READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

UTeM Commercialization Centre (UCC)

UCC 1

UTeM Commercialization Centre (UCC)
2 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

UTeM Commercialization Centre (UCC)

Content

FOREWORD..................................................................................................................................... 4

ELECTRIC & ELECTRONICS
• Re-Volt 8.0 Reversed Voltage Topology Single Phase Multilevel Inverter.................................................. 6
• Self-Powered Vehicle Collision Notification Via Disc Break Thermal Energy Harvesting (C-NOTE) ............. 7
• Multiband Isolation of DPDT................................................................................................................. 8
• 26 GHz Open Ended Air Gap Cavity RLSA Antenna for Next Generation
Broadband Wireless Access................................................................................................................. 9
• New Design and Development of Ankle-Foot Rehabilitation Exerciser (AFRE)
System Using Intelligent Pneumatic Actuator (IPA)............................................................................... 10
• Voice-Assisted Wheelchair................................................................................................................ 11
• E-IV 3000 High Power Efficiency 3 Phase Cascaded H-Bridge Multilevel Inverter.................................. 12
• Microwave Bio-Sensor with High Measurement Accuracy for Material Properties Detection................... 13
• Reconfigurable and Integrated Microwave Bandpass Filter with Notched Band for

Wireless Applications........................................................................................................................ 14
• Lead-free KNN Impact Induced Vibration Energy Harvester.................................................................. 15
• Embedded Stiffness Control for Pneumatic System............................................................................. 16
• A Simple Thermal Harvesting Device for Low Power Applications......................................................... 17

INFORMATION & COMMUNICATION TECHNOLOGY (ICT)
• Web-based Dynamic Similarity Distance Tool (WebSDT)...................................................................... 19
• The Community Based Smart Shopping Assistant App-iCUST.............................................................. 20
• Trust Crawler.................................................................................................................................... 21
• Aplikasi Tashih Mushaf Al-Quran (TasMuQ)......................................................................................... 22
• Sistem Penilaian Kebolehbacaan Bahasa Melayu (SPIKE)..................................................................... 23

MECHANICAL & MANUFACTURING
• Nano EcO-Door Multi-Scale Eco-Composite Automotive Door Panel..................................................... 25
• Portable minimum quantity ablution system (POMQAS)....................................................................... 26
• Ultrasonic and Vacuum System Assisted Fuse Deposition Modeling to Improve Parts’
Strength and Surface Finish.............................................................................................................. 27
• Low Cost Metal 3D Printing Machine.................................................................................................. 28
• OR+HO-DRILL ................................................................................................................................. 30
• Hybrid 3D printer.............................................................................................................................. 32
• SHIMLESS SHAFT MISALIGNMENT CORRECTION DEVICE.................................................................... 34
• Spent Tea Leaf - Natural Rubber Composites as Sound Absorbing Material for
Household Application....................................................................................................................... 36
• Twin Spindle Milling Cutter Adapter for Machining Thin-Wall Aerospace Component.............................. 37
• Smart Clothes Drying System; Green Technology Adaptation................................................................ 38

UCC 3

UTeM Commercialization Centre (UCC)

FOREWORD
Annually published “Ready To Commercialize Technology Directory” is a platform for UTeM to promote the university’s
inventions to the industries and community.
This 2017 invention directory is compiled into three (3) clusters comprising 27 products which are:
(i) Electrical & Electronics (12)
(ii) Mechanical & Manufacturing (10), and
(iii) Information & Communication Technology (5)
UTeM Commercialization Centre (UCC) hopes this directory will benefit the industries and interested parties in spurring the
development of R&D activities. With this initiative we also expect to work more closely with the industries. Please do not
hesitate to contact us should you have any quiries:
PROF. IR. DR. SIVARAO SUBRAMONIAN
Director,
UTeM Commercialization Centre,
Universiti Teknikal Malaysia Melaka,
76100, Hang Tuah Jaya,
Durian Tunggal, Melaka
(Telephone No.: 016-6341481)
Thank you.

4 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

UTeM Commercialization Centre (UCC)

UCC 5

POSTER TEMPLATES FOR EXHIBITION-SIIF 2017

UTeM Commercialization Centre (UCC)

1 Product Title
Re-Volt 8.0

Re-Volt 8.0Reversed Voltage Topology Single Phase Multilevel Inverter
Reversed Voltage Topology Single Phase Multilevel Inverter

2 Principle Researcher (with image)
Dr. Aziah Binti Khamis

Dr. Aziah binti Khamis
[email protected]

3 CoT-eRceshenaorclhoegrsy Description
MuRsea-VBoinltY8u.s0upisLaadpar,oMduochtamofadmRulidtiulewvaenl iBnivneMrtderN(aMwLaIw) if,oDr rl.oMwahaasprmalioznaicBidntiistortion and low cost MLI. Due to increasing usage
AAzsorhif,raiPnf rvNoefur.tkeMmrasadniynaBsiDnorl.aArGzlaaannp,pClNihcuianrtiSKoynima,m,itDimirs.i sMBigiunhntiaifmAichmamnaatddtoHFeraremudzaui,ncNeBuitnrhheJidaadmyeaavhleuldoBdpininmt,i ent cost of MLI and at the same time can produce
AblouwKhhaanrimpaohnics distortion at the output inverter. This product reduces the number of switching inverters on typically reverse
voltage topology of MLI from 12 to 8 switches.

4 Abstract/Product Description (with image if available)
Re-Volt 8.0 is a product of multilevel inverter (MLI) for low harmonic distortion
and low cost MLI. Due to increasing usage of inverters in solar application, it is
significant to reduce the development cost of MLI and at the same time can
produce low harmonics distortion at the output inverter. This product reduces the
number of switching inverters on typically reverse voltage topology of MLI from
12 to 8 switches.

Novelty & Inventiveness:
• Reduce 33% switching components
• Simple, light, easy to maintain and economical
• Total harmonic distortion current is complies with IEEE 519
Commercialization Potential
• Rural Area, Residential Area, Agrofarm,Communication Tower

6 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

UTeM COMMERCIALISATION CENTRE (UCC)

POSTER TEMPLATES FOR EXHIBITION-SIIF 2017 UTeM Commercialization Centre (UCC)

1 Product Title
Self-Powered Vehicle Collision Notification Via Disc Break Thermal

Self-Powered Vehicle Collision Notification Via Disc Break ThermalEnergy Harvesting (C-NOTE)
Energy Harvesting (C-NOTE)

2 Principle Researcher (with image)
Assoc. Prof. Dr. Kok Swee Leong

Assoc. Prof. Dr. Kok Swee Leong
[email protected]

3 CToe-Rcehsenaorclhoegrsy Description
AHlieMaothaismmgeedneArbadtaeldKaadshimd,isBconbgrYeuakJiinngg, GisohbSeieinwgYuanp,pVliigendestwoarsatRopaoa vehicle from top speed in a shorter time especially a few
As/eLcGoanndnaspabtehfyore an accident occured. The heat that is generated is propotional to the initial speed before the vehicle stop
completely. With this mind, therefore a notification of distress signal can be sent before an actual accident happened and

4 Atbhsetrnaoctv/PerltoyduiscttoDerseccriopvtieornt(hweithwiamsatgeehifeaavtaielanbelerg) y into electrical energy that can be used to power up electronic devices such
Haesatthisegweniereralteesdsassednisscobrrenaokdineg tiso bneointgifyaptphleiedintcoidsteopnta, avenhdicltehefrroemfotorep can save life in time.

speed in a shorter time especially a few seconds before an accident occured.
The heat that is generated is propotional to the initial speed before the vehicle
stop completely. With this mind, therefore a notification of distress signal can be
sent before an actual accident happened and the novelty is to recover the waste
heat energy into electrical energy that can be used to power up electronic devices

Experimental set-up for the evaluation of the emergency breaking system.

Thermoelectric Generator (TEG) and energy management circuit for the wireless alert
system.

Novelty & Inventivene5ss:Novelty/Inventiveness
• Heat from disc break is asanHienadt fircoamtidoinscobfreeamk ies ragseanncinydbicraetioankionf gemheargpepnecny ebrde,akwinhgichhapdpeoneesd,not require battery and sensor.
• No battery and therefore minwimhiachl mdoaesinntoetnreaqnuciree braetqteuryiraendd.sensor.
• No sensor therefore does notNnoebeadttecryaalinbdrathteiorenfo.re minimal maintenance required.
• Energy management circuit cNaonsepnosworetrhienrgefourepdeoleescntroot nneiceddceavlibicraetsiona.t temperature gradient as low as 10°C.

 Energy management circuit can powering up electronic devices at
temperature gradient as low as 10°C.

Commercialization Potential
• The self-powered vehicle notification system can be applied in trains, buses and lorries for the authority to monitor and
take fast action to save life.

UCC 7

1 PUroTdeuMctCToitmlemercialization Centre (UCC)

Fixed and Selectable Multiband Isolation of RF Switches Using Transmission Line
Stub Resonator for Wireless Communications

Multiband Isolation of DPDT

2 Principal Researcher (with image)
Dr. Noor Azwan Bin Shairi
transmission line stub resonator was discussed where it can be cascaded and
resonated at center frequencies of 2.3 and 3.5 GHz. Moreover, the cascaded
transmission line stub resonators can be reconfigured between all-pass and band-
stop responses using discrete PIN diodes. The key advantage of the proposed RF
switches with switchable transmission line stub resonators are a multiband high

isolaDtior.nNwooithr Aazwmiannimbuimn Snhuamirbier of PIN diodes. The simulated and measured
[email protected]: less than 3 dB of insertion loss, more than 10 dB of

return loss and more than 30 dB of multiband isolation in 2.3 and 3.5 GHz bands.

3 CToe-cRhenseoalorcghyeDrsescription
Th1is. pArosjseoctc.pProropfo.sDesr ZfiaxehdrilaadnhdasBeliencZtaabklearimaultiband isolation of RF switches with switchable transmission line stub
res2o.naDtorrIsmfroarnwBireinleMssochodmIbmruanhiicmations. The proposes RF switches are Single Pole Double Throw (SPDT) and Double Pole
Do3u.bleAbThdruolwlah(DMPDohTa) mthmatewdeSreagdhesirigZnoebdilafohr WiMAX and LTE in 2.3 and 3.5 GHz bands. The RF switches allow selecting
only one band while unselecting the other or selecting both. The transmission line stub resonator used in this design is an
open stub resonator with quarter wave of the electrical length. By using a simple mathematical model, the theory of the

4 Atbrasntsrmacist/sPiornodlinuectstDubesrecsroipntaiotonr w(wasithdisimcuasgseedifwahveareilaitbclea)n be cascaded and resonated at center frequencies of 2.3 and
3.5 GHz. Moreover, the cascaded transmission line stub resonators can be reconfigured between all-pass and band-stop
respoTnhsises pursoinjegctdispcrroepteosPeINs dfiioxdeeds. aThned kseeyleacdtvaabnlteagemoufltitbhaenpdropisoosleadtioRnF sowf itcRhFes with switchable transmission line
swstiutcbhreessonwatiothrs asrwe iatcmhaubltliebantdrahnigshmiissosliaotnion lwiniteh asmtuibnimruemsonnuamtobresr offoPrIN wdiioredleess.sThe simulated and measured results
coisshmoolmawteiuodnnitcihnaet2ifo.o3nllsoa.wndiTn3ghs.e5: lGepsHroszptbhoaasnneds3s.dRBFofsiwnsitecrhtieosn laosres, mSionrgelethaPno1le0 dDBooufbrleetuTrnhrloosws and more than 30 dB of multiband

(SPDT) and Double Pole Double Throw (DPDT) that were designed for WiMAX
and LTE in 2.3 and 3.5 GHz bands. The RF switches allow selecting only one
band while unselecting the other or selecting both. The transmission line stub
resonator used in this design is an open stub resonator with quarter wave of the
electrical length. By using a simple mathematical model, the theory of the

Novelty & Inventiveness:
• Suitable for multi-band operation applications.
• Small size using transmission line stub resonators
• Higher Isolation and low current consumption with minimum number of PIN diodes used

Commercialization Potential
• Can be integrated with base station and wireless infrastructure for WiMAX and LTE in 2.3 and 3.5 GHz bands

8 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

1 Product Title UTeM Commercialization Centre (UCC)

26 GHz Open Ended Air Gap Cavity RLSA Antenna for Next Generation
Broadband Wireless Access

26 GHz Open Ended Air Gap Cavity RLSA Antenna for Next Generation
2 Principal Researcher (with imagBer) oadband Wireless Access

Imran Bin Mohd Ibrahim

The RLSA at 26 GHz antenna for Simpler antenna design and
Point to Multipoint FWA was fabrication that allow a low cost

designed based on Linear Polarised on mass production
Beam Squint technique.

Dr Imran bin Mohd Ibrahim
[email protected]

AIMS

3 CToe-cRhensoeloargcyhDeresscription
The demand of large bandwidth has pushed the wireless backbone into the mm- wave frequency range. A compact wireless
tbsecarenm3124nd....iincaapsRPDAlohsrraaio.nasbbfNsto.iaaocboDcft.eoukvrePb.rlienoArTAwonsdhzefua.aawgncDrwgadaeerinrkyf.rsoiatZSeArehrahtd.bhhAabdaerit.triReliA2Rana6zdvdaiihiGhraaoamlHnnLzmBKainonieanevnme(ZtSUr.alatNonhrkteuievaAxdedtrrdiTregraahsiceaneyianntifdtAeaeTernbna.retniteAcaikonadnstnniemooasFnliaiogaxalnlgtenacdid2anM6tWudhsaeeiGhrlseaaHiiglmlyzeohspswfglsrieaearAq)incuceaennsctseynhbnaaasnbhdeahesnabseperbonepeionnstredodedvauetcloe2pd6ebGdeH.cTzahfureseeqauiorefgntahcpey
cavity approach has made the fabrication simpler apnrdiceligohntm. Tahsseprgoadiuncteioxnceeds 23 dBi has been realized at a frequency of
26 GHz with overall dimensions of 200 mm x 200 mm x 3.6 mm. The reflection coefficient better than -10 dB has been

4 Asubcsctersascfut/lPlyraocdhuiecvetdDaetsocpreirpattinognfr(ewqiuthenicmieasgbetwifeaevna2il5a.5blGeH) z to 26.5 GHz.

The demand of large bandwidth has pushed the wireless backbone into the mm-
wave frequency range. A compact wireless terminal has been suggested at 26
GHz over the decade. A small and high gain antenna has been introduced because
of the scenic point of view and for the environment. Next generation Fixed Wireless
Access has been proposed at 26 GHz frequency band as a backbone carrier. A
Radial Line Slot Array Antenna at 26 GHz frequency band has been developed.
The air gap cavity approach has made the fabrication simpler and light. The gain
exceeds 23 dBi has been realized at a frequency of 26 GHz with overall
dimensions of 200 mm x 200 mm x 3.6 mm. The reflection coefficient better than
-10 dB has been successfully achieved at operating frequencies between 25.5
GHz to 26.5 GHz.

Figure 1: The slots on the surface of Air Gao RLSA prototype

Figure 2: Side view of Air Gap RLSA prototype

Novelty & Inventiveness:
• Wide bandwidth and suitable for point to point wireless backhaul applications for 5G application
• Low profile and simple antenna structure
• Simplify the antenna fabrication through air gap cavity design
• Easy to fabricate

Commercialization Potential
• For the use of telecommunication such as 5G Comunication and point to point fixed broadband wireless access.

UCC 9

UTeM COMMERCIALISATION CENTRE (UCC)

POSTER TEMPLATES FOR EXHIBITION-MTE 2017

UTeM Commercialization Centre (UCC)

1 Product Title
New Design and Development of Ankle-Foot Rehabilitation Exerciser (AFRE)

New Design and Development of Ankle-Foot Rehabilitation ExerciserSystem Using Intelligent Pneumatic Actuator (IPA)
2 Principle (AFRE)Researcher (with imSayges) tem Using Intelligent Pneumatic Actuator (IPA)

Dr. Khairuddin bin Osman

new moveable mechanism design prototype using a new double acting Intelligent

Pneumatic Actuator (IPA), embedded Predictive Functional Control with

Observer (PFC-O) algorithm and MODBUS communication protocol. The drive

system consDirs. tKshaoirfunddoinnlibnineaOrsmmaonving pneumatic actuator that controls the angle
position, [email protected] stiffness characteristic of the ankle-foot

orthosis platform. In addition, the device can be configured through Graphical

3 CTo-eRcehsenaUorclshoeegrsry IDnetsecrfraipcteion(GUI) via personal computer where user can adjust the required
a)TDhri.sArmeaRsteAOamrcMirhbpinraeBnsaesdanrtis-reUthTseeiMsdetasingnceandfodrevethlopemeunst eorf ainnovreel astlr-attiemgyef.orAannaAnlyklsei-sFooctaRrerhieabdilitaotiuont Edxuerrciinsegr (AthFReE)
4 AbcTde))))espwdfsboMPDAcytsneiarhstsrtrdsehor.ngstdmiauefAogoe.ocmO.mlchnoDtrfS.m/gsbuarsdasP.Ppi.yitsantAfrirpy,KrinileodoccFseoFJosdfretdaaSxtR.icviuocatotpiIaceiEorhcmteucand.yrintintsDhmaapfmSsuD(yihilarqeuPasc.esrinzobntFAseteauuodieCnchhtbmsrvmtlrdomia-piilinonOpsPUnoapOtySbal.rrhacyMgtoreinudisi).blitalnsazo-iwslihoeeTas`tdaattntnSiAhaeoeruiaetlmmhidcagtcts(mbmornrhIdihwaovnooiIeineiotfsosfnaseninrtliw,itovceBeioruthrt.t-alpeioxrrrihcsnToUfnofiliA(eadno-meaamofhPlTMobsUsrdntcEheFeaFcfAuiloTeonseMgaeCaa(CthbdceRgtruhendso(mmlMtein-bepneGudiOnasEFfewoe.aditinUaaael)agMfictaiInudvrconInnthinard)aunsOtargedaiztoligonglDacyldesinta,vneugoo-di(BbTsiilsoasmsaIiUmrdloPpnUIitmentntPTnkieeoeph)tpSAidytMiancsaoeemlodm)ishida,crlnrtgelIdssaioionn,ogmsaionswvmceenietntginieoehimsn,stntvmdnauvehmwMtftbiliuoefnpcMraPoeecodrncgororencrodtOeoiaxdficeeumodvtpnsDpoasuneingcpttattaBsmdeyiieeo(ufonthlCpUfluractnndoeeePcmStwePttiraMipccecusasnrnwhcrodess)tdAoeiocimedihcdnntbcmsliorecegcpgteeaiectuhrvr)mtloe.ciieocaaiavacactTdultreutno.uenoahsnecasnmsTreciaieestcefdhuwtoFn(iaeagrIedPrdxubfrtudoceiiiAnttmosdrsssorahvhe)ctntr,uiniauturtcidscevieibetmoettpbeanilmutncferodhcgfjooaasnhetbfjortatunnyelhoeoeneccssdttsudcsrthetttsaCiogoedinmentsstlhmlheohlgsdt.cisdnenuheaTIGtttincarhoanmrPhriarotoferemkrearenatnulneqlerlpeccaslmdeuiadehet-ginwwiesifrciredogciRttrepivtrstinloaimasiaohedevrtttltnieoienoifocgfviFsneennotugeahoofanbdfnncetllelMhetitinveoetomiehcnptdaaeiaeeoarnlcnfkrtohmCaial(raeeoRonne-pnOvnfaitdosiyMrnrtmoolgyt)l
orTthhoissirsespelaartcfhorpmre.seInntRsadOthdMeitidoaensn,idgtnhreaensddiesdtvaeicvneecleocpamfnoernbttehoecf oaunnsfioegvruerliensdtrraetthearglo-ytuifmgorhe.GAranpahlyicsaisl UcsaerrrieIndteorufaPtacddedlue(rGinUgI) thveia personal computer
uasnwehAdenCrkeolen-utFinsoueoortuRcsaePhnaasbasidliivtjaeutssiMoytnosttthiEeoexmner(reCcviqPsaueMlrir)de(daAdetFivoRRicnEOe)Maasnnydasdntsedtmrtee.rnsegAtsitFnhisRgetEanntdhsucyrreosatnuefcogmerhtctrhaasnieenilnbuegesceterdinsruebajle-tcitms ea. rAenaplyresissecnaterrdiedanodut during the system
devvaicliedaftoironeaarlnydstteagsetinfgudntcihstircoounuasglsheredsh.ealbTeilhcittaisetidoAns.FuRTbhEjeecsdtsyessaitgreenmepdriesmseeecnxhtpaeendicsatmenddcatdnoiscsuusbssetidtu.tTehitshAeFtRraEdsityiostneaml tihseerxappeycted to substitute the
altlorawdditeiosnireadl tmhearxaimpuymanaadnndmdmomintoiomrituzomeridzReraednhgareebhoilifatabMtioiliottianotnido(enRvOicdMee)vtofiocreindcotroresaifilsneexcirotehnaesheeathl etimheeaolf tthimeepaotifentht esppecaitfiiecnatlly.Intelligent

and plantar flexion (upwarsdpseacnidficdaolwlyn.wards stretching). This device consists of Link Pneumatic

Prototype Application Actuator

Paddle (IPA)

Electronic
box

Link Intelligent
Pneumatic
Electronic Actuator
box
Alum(IPinAu) m frame

Figure 1: Prototype ApplicationAluminum frame

Figure 1: Prototype Application

Subject 1 Subject 2 Subject 3

Novelty & Invent2iv00eness:200Right Pos. (mm) Right Pos. (mm) Ref. Ref.
ks=0.5

• A rehabilitation apparatus10d0esign using the all-in-one system equipped with Intekkssl==l12igent Pneukms=0a.t5ic Actuator (IPA), new
controller algorit1h0m0 design (PFC-O) and communication protocol (MODBUS). The system variakbs=le1 (position and stiffness
effect) can be controlled ea0s0ily fro10m Gr2a0phica30l Use4r0 IntTeimr5fe0a(sc) e (6G0 UI) w70ithou8t0 man9u0 al a1d0j0ustmenkts.=2

Commercialization00Poten21100t000ial 20 Left Pos. (mm) 30 40 50 60 70 kRse=8f0.0.5 90 100
Time (s)
ks=1

• National SportsLeft Pos. (mm) 2C0o0uncil (NS0C), State Sports Council, hospitals, rehabilitation cenkst=e2rs, univerRsietfi.es and other academic
institution.
100 0 10 20 30 40 50 60 70 80 90 100 ks=0.5
Time (s)
ks=1
Figure 2: Results Analysis for Subject 3
ks=2

10 READY TO CO0MMERCIALIZE TECHNOLOGY DIRECTORY

0 10 20 30 40 50 60 70 80 90 100
Time (s)

1 Product Title UTeM Commercialization Centre (UCC)
제품 제목

Mobile Multi-Navigation Power-Driven System for Manual Wheelchair
(MoNav)

Voice-Assisted Wheelchair수동 휠체어 용 모바일 멀티 네비게이션 전력 구동 시스템 (MoNav)

2 Principle Researcher (with image)

원리 연구원

Ahmad Fauzan B. Kadmin

Ahmad Fauzan bin Kadmin
[email protected]

3 Co-Researchers

공동Te연c구h원nology Description

AEfivfTceenohndneGitBrrMoo. ulHolpeNarm:aKzsvahuhasc,iyrhuSslataAeifsuzmhllaDahis-BBp.d.aAeSd.sa,Ailagzjominzy,,esSTdtghicatMokmosiahnudnlsdFFtaaasklislhpaiaenlrBeBm.c.ThaAenbnindgukaGuslhmWwanaohior,etkRpe,ohlMcsotohanhmadeir and controls to navigate a wheelchair using multiple virtual
wirelessly. The objective is to ease the burden for frequent
FawrrizheBe. Blcahsaarir user especially for elderly people and stroke patient to move around. These navigation methods in smartphone

is a key which may provide a new way of human interaction with machines or tools, The system navigates the wheelchair

movement i.e. forward, backward, left, right and also facing the Kiblah. The system can also controls remote electrical

appliances. 전동 휠체어를 제어하는 격차 해소 독립적 인 이동성 존재

OVERCOME DIFFICULTIES
CONTROLLING POWERED WHEELCHAIR

TACKLE WIRED CONTROL ASSISTING
SYSTEM INDEPENDENT MOBILITY

태클 유선 제어 시스템 AIMS
목표

MOVE

움직임

Novelty & Inventiveness:
• Wireless multi-navigation controller; D-pad, Joystick & Speech
• Provides Kiblah movement to perform prayer for Muslim
• Provides obstacles detection
• Power monitoring
• Remote electrical appliances controller
Commercialization Potential
• Suitable to be used in paramedical application, rehabilitation center, hospitals, clinics and healthcare providers.
• Potential investment from manual and electric-powered wheelchair manufacturer.

UCC 11

UTeM COMMERCIALISATION CENTRE (UCC)

UTeM CommerPcOiSaTElRizTaEMtPiLoAnTECS eFOnRtrEXeH(IBUITIOCNC-S)IIF 2017

1 Product Title
E-IV 3000

E-IV 3000High Power Efficiency 3 Phase Cascaded H-Bridge Multilevel Inverter
2 High Power EfficiencyPrinciple Researcher (with image) 3 Phase Cascaded H-Bridge Multilevel Inverter

Dr. Maaspaliza Azri

Dr. Maaspaliza binti Azri
[email protected]

3 Co-Researchers

MTuseacBhinnoYulsougp yLaDdae, sMcohraimpatdioRniduwan Bin Md Nawawi, Dr. Aziah Binti
KEha-mIVis,30P0ro0f. isMaadyparoDdru. cGt aonf lCohwin cKoismt, aDnrd. hMiughhampmoawderHeerfmfiacnienBciny three phase nine-level cascaded H-Bridge multilevel inverter
JNauumrshaiindluagdydabinhi,pBoiAnlstaihArrabafunKNdhuakunmnipaipanhoBlainr sAwzliatnc,hiNnugr sScyhamemimiesBifnotir ArehmneadwaFbaulezi,energy application. The advantages of this product are it is low
cost compared to the conventional inverter, high power output, and robust. This project can be installed not only in rural areas
but also for standalone renewable energy system.

4 Abstract/Product Description (with image if available)
E-IV 3000 is a product of low cost and high power efficiency three phase nine-
level cascaded H-Bridge multilevel inverter using bipolar and unipolar switching
schemes for renewable energy application. The advantages of this product are it
is low cost compared to the conventional inverter, high power output, and robust.
This project can be installed not only in rural areas but also for standalone
renewable energy system.

Figure 3: E-IV 3000

Novelty & Inventiv5eneNsosv:elty/Inventiveness
• Plug-and-Play
• Green technology applicaPGtilrouenge-nantedc-Phnlaoylogy application
• Low cost compared tocoLnovwenctoiostncaolminpvaerertdetro conventional inverter
 High power efficiency
• High power efficiency  Robust switching scheme to adapt with non-linear and sensitive load

• Robust switching scheme to adapt with non-linear and sensitive load

6 Commercialization Potential

Commercialization PoNtieghnttmiaalrket, Rural Area, Residential Area, Agrofarm
• Night market, Rural Area, Residential Area, Agrofarm

7 Contact Info (UCC address are Compulsory)

UTeM COMMERCIALISATION CENTRE (UCC)
UNIVERSITI TEKNIKAL MALAYSIA MELAKA

12 READY TO COMMHEARNCGIATLUIAZHE TJAEYCAH,N76O1L0O0 GY DIRECTORY

UTeM COMMERCIALISATION CENTRE (UCC) UTeM Commercialization Centre (UCC)
POSTER TEMPLATES FOR EXHIBITION

1 Product Title  Comparison Between Proposed SSRR Sensor and Commercialized Coaxial Probe

Microwave

Microwave Bio-Sensor with High Measurement Accuracy for MaterialProperties
Bio-Sensor with High MeaKsiutrement Accuracy for Material
Detection
Properties Detection2 Principle Researcher (with imMagUe)T
Reference Measured Data using Measured Data using

Permittivity Commercialized Proposed SSRR
Coaxial Probe Kit Sensor (Accuracy)

Assoc. Prof Dr. Zahriladha Zakaria (Accuracy) %ɛr
ɛr ɛr %ɛr ɛr

Air 1 1.11 89.00 0.94 93.00

Roger 2.2 2.34 93.64 2.12 96.36
5880 3.48 3.4 97.70 3.50 99.43

Roger
4350

BFRPee4rfof. Dr.45Z6.4a.5hriladha bin44.6Z2.a24k8aria 95.91 4.45 99.31
82.27 55.98 99.08

[email protected] 52.47 - 58.59 -

3 Co-Researchers

Technology Description
RDTarhmZiusmlkaianhlnvAaeliinnHtMiuoosnshidepnYreuAssl-oeAffnh,ntDsormaNi,onAoomrvAyerzulwlsaAtnrzuuSachnatuiMrri,oeDhordIfBmparlahananrM,aDorrhmdYoIibcsrzraaohwDimaasvreil, sPeronfsors for determining and detecting the dielectric properties
in materials (solid/ liquid). These sensors are suitable for various industry applications such as food industry/ halal-hub, quality
4 Acbosntrtarcotl/,Pmrodeudcict iDneesc&ripptihoanr(mwiathceimuatigceailf.aIvtaiislabbleel)ieved that this technique would lead for a promising solution of characterizing
Tmhisaitneverinatilonpparretsiecnutslaarlnyovienl sdtreutceturrme oifnpinlagnarmmaictreowriaavlepsreonspoersrtfioer sdeatenrmdinqinugaalnitdy.

detecting the dielectric properties in materials (solid/ liquid). These sensors are suitable for

various industry applications such as food industry/ halal-hub, quality control, medicine &

pharmaceutical. It is believed that this technique would lead for a promising solution of

characterizing material particularly in determining material properties and quality.

Novelty & Inventiveness:
• Optimum topology of planar resonator for materials characterization from microwave sensors.
• Extracting the formula for permittivity to characterize and determine the properties of materials.
• Proof of concept (POC) where designs can be customized for desired frequencies and applications.

Significant Contributions:
• Introducing a novel design of high-Q microwave resonator structure of material classification with capability to suppress
the undesired harmonic spurious.
• Characterizing and determining the properties of the materials based on the novel resonator structure which can be
used as a sensor.

Commercialization Potential 13
• Collaboration with local and international food and medical industries
• Research and Development activities such as food processing, quality control, bio-sensing and pharmacy.

UCC

1 PUroTdeuMctCToitmlemercialization Centre (UCC)

Fixed and Selectable Multiband Isolation of RF Switches Using Transmission Line
Stub Resonator for Wireless Communications

Reconfigurable and Integrated Microwave Bandpass Filter with
2 Principal Researcher Notched(with image) Band for Wireless Applications

Dr. Noor Azwan Bin Shairi

Dr. Noor Azwan bin Shairi
[email protected]

3 CToe-cRhenseoalorcghyeDrsescription

Ccoom12n..vpeoADnntsreiosnInmotacirnl.amPtnhrieBcosrfioen. wDsMayrsvoZteheadmfhroIsrbinlsartua-dechhnhiamdaBscoifnimlteZmraurkenatiarciiaantsiosnomsyestfeixmeds are designed for a fixed pre-defined operation and the main
parameters such as frequency band, bandwidth, and selectivity.

Ho3w.evAebr,dmuolldaehrnMtoechhanmomlogeydsSuachghaisr uZlotrbai-lwahide-band (UWB), satellite, UAV radar, microwave resonance imaging, and cellular

radio system that requires flexibility to support a very large number of standards (e.g., LTE, 5G, WLAN, UWB, Wi-Fi, WiMAX,

satellite band, etc.) to discriminate the strong interference signals as well as to adapt with the changing environmental

4 Acnboosntctdrhiateicodtn/b.PaTrnhodedrteuofcoetrxeDh,iebthsiticsbrapipnrodtjipeoacntssp(wraoniptdhosnieomstcaahgnreeesiwfpaodvnesaseiiglansbimolfeua)ltarneecoonufsilgyuirnabalesinangdle integrated microwave bandpass filter with
device. This device consists of band-pass

respoTnhsise thpartoijsecotpeprarotipngosineswidfiexbeadndasnpdectsreumlec(t3abGlHez –m6ulGtibHazn) dandisnoolatcthionrespoof nsReFthat is operating at 5.2 GHz

switches with switchable transmission line stub resonators for wireless

communications. The proposes RF switches are Single Pole Double Throw

(SPDT) and Double Pole Double Throw (DPDT) that were designed for WiMAX

and LTE in 2.3 and 3.5 GHz bands. The RF switches allow selecting only one

band while unselecting the other or selecting both. The transmission line stub

resonator used in this design is an open stub resonator with quarter wave of the

electrical length. By using a simple mathematical model, the theory of the

Novelty & Inventiveness:
• Suitable for multifunctional operation applications.
• Remove undesired signal interference simultaneously.
• Can be customized and reconfigurable at desired frequencies and Q-factors.
• High selectivity with adjustable transmission zero response.

Commercialization Potential
• Can be integrated with base station or civil/military radar.
• Medical imaging application for scanning & diagnosis.
• Education training kit for higher learning institutions.

14 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

1 Product Title UTeM Commercialization Centre (UCC)

Lead-free (K, Na) NbO3 vibration-based energy harvester (EH)

Lead-free KNN Impact Induced Vibration Energy Harvester

2 Principal Researcher (with image)

Dr. Umar Al-Amani bin Azlan

Assoc. Prof. Dr. Umar Al-Amani bin Haji Azlan
[email protected]

Technology Description
3 CViob-rRateiosne-baarscehdeersnergy harvesters have become significantly popular due to growing demand of electronic devices and a

wireless sensor which demand miniature, portable, long lasting and easily recharged source of power. Use of conventional
MNAAbbussasauaittssrnzttuooeegiarrlcciytteA..hirsePPzeAuiprraskoolwmamaffca..bnaeDDieAmlunrrnMz..etamnWMovctihcibocaedroharpsidtHtkitao.haAbnTtlAhsetianiybssakdowdHluoRiztrAiakroazsnrneahgtpmioedo.prTtoshwtehehereudapeltshtihgaenndadenendnsavenilryaolnpymosipseunolatfatpleicdeoznnoocedeleercnstrooincf
devices due to their bulky sizes and high
energy harvester which can be harvested
the toxicity of PZT drive the great interest

of scientist and engineers in finding the new replacement to lead-based materials which has dominated the vast majority

of piezoelectric devices. KNN has been reported to be an excellent choice for lead-free piezoelectric application due to high

4 Aelbescttrroamcet/cPhraonidcualcctoDupelisncgrfiapcttioor,np(iewziotehleicmtriacgceoeiffiacvieanitl,aabnldeh) ighest dielectric properties. Based on the result, the output

voltage of the KNN system was significantly optimized at 0.952 V with working frequency of 2.0 – 2.1 kHz and power of
V0i.b1r0a4tiomnW-b. aCsomedpaerantievreglyy, commercialized PZT with similar geometry to that KNNharvesters have become significantly popularproperties. Based on the result, the output voltage of the KNN system was dureecotroded the maximum voltage
gproowweirnogutdpuetmoaf n1d.00o3f significantly optimized at 0.952 V with working frequency of 2.0 – 2.1 kHz and and
Vealencdtr0o.n11ic1 mW. The obtained data shows that the performance of KNNdevices and a wireless sensor which demandpower of 0.104 mW. Comparatively, commercialized PZT with similar geometry
to that KNN recorded the maximum voltage and power output of 1.003 V and system is closely matched
mtointhiaattuPrZeT, hpaorrvteasbteler,wlhoincgh has good futuristic possibility to replace PZT and can be appliedlasting and easily recharged source of power. Use of0.111 mW. The obtained data shows that the performance of KNN system is
closely matched to that PZT harvester which has good futuristic possibility to in wireless sensor network.
replace PZT and can be applied in wireless sensor network.
conventional batteries is an unacceptable solution to power up the densely

populated nodes of devices due to their bulky sizes and high battery replacement

cost. This work reports the design and analysis of piezoelectric energy harvester

which can be harvested using the ambient vibration in kHz range. The health and

environmental concern on the toxicity of PZT drive the great interest of scientist

and engineers in finding the new replacement to lead-based materials which has

dominated the vast majority of piezoelectric devices. KNN has been reported to
Lead-free (K, Na) NbO3

be an excellent choice for lead-free piezoelectriTchin Fialmps plication due to high

electromechanical coupling factor, piezoelectric coefficient, and highest dielectric

Novelty & Inventiveness:
• FirstinitiativeinMalaysiaindevelopinglead-freepiezoelectric-basedenergyharvesterdedicatedforminiaturedevices
and wireless sensors.
• Applied GREEN TECHNOLOGY-Convert unused/wasted mechanical vibration from nature to useful electrical energy
• Eliminate the disposal issues of the conventional battery
• New means of generating energy and energy efficiency
• Cost saving for manufacturing, cable and wired system

Commercialization Potential
• A wide range of market is available for wireless condition monitoring in various applications: medical transportation and
aerospace.

UCC 15

UTeM COMMERCIALISATION CENTRE (UCC)

POSTER TEMPLATES FOR EXHIBITION-MTE 2017

UTeM Commercialization Centre (UCC)

1 Product Title
New Design and Development of Ankle-Foot Rehabilitation Exerciser (AFRE)

Embedded Stiffness Control for Pneumatic SystemSystem Using Intelligent Pneumatic Actuator (IPA)

2 Principle Researcher (with image)
Dr. Khairuddin bin Osman

Dr. Khairuddin bin Osman
[email protected]

3 CTo-eRcehsenaorclhoegrsy Description

a)TDhri.sApmraotjeAcmtirpbriensBeanstasrin-eUwTemModel and controller design applications to pneumatic actuator embedded system. Two model
bcd)))asMDAtcrsrtda.usmtAoae.chtgoS.miPreitairsdosFfoyaS.sftIairtmpd.eoDhamishrq.iitbnAi(iotnhbrntmaiinnSaaMsudnfloda`eAhirmfdtohafIrisufnciBnre-aicnUa-tiTrMUoeeonTMph)edrMoisFpaoousbdeztdai -intUoeTrdMeafrliozme coSmysptelimancIdeecnotniftircoaltfioonr
stiffness characteristic. Model of the pneumatic
(SI) method. Next, combination of Predictive
4 tahneTAe)et(FabdNhPcsusheIrstnn)orneacsPfdoe.sctyleoiDstsorw/vgmrPtnoi.yecra,KemoegJloncdsaiCrtucaopaahoocnainntfnndmSdDttthruaeorzPembslourclcmwoerloagioliptnterrohtbiatiro-rmsoolnSuelbimlcc(esshwcraeoSiebitorashsvlleyseopdimffrseuSEaar(lytPlnfgysopegFetriceCntmmiofeme-neaeOdvrtdoi)ranoonidignlltna,eoCbbTMsohloiegAtiCktp)hnTyhoLsh(iePAsIinmiSBspsoutseiatClulayne)(ttedcsPimotovetnfiSaedclarimooadncsadCotaernaed)tnarntoelhm-lwdltreiomricu.caoegRnrbheeotsrxrloeuepclaletoslr-tsitnmtrohiamotetrewnesogtseusylxtlcfhpeoaecrrtrei.pmthnseReesnuntemfseuswaultsulicciynlotgsnyctNssrootaehltnlmieoortn.rwiaPsolesaIlrndfsobattrrpmhoutemaatdhnetcnteot

simTuhlisarteisoeanrchapnredsenrtsetahel-dteismigneaned xdepveelorpimmenet onf tasnovel strategy for
an Ankle-Foot Rehabilitation Exerciser (AFRE) system. AFRE system can be

used Continuous Passive Motion (CPM) device and strength endurance training

device for early stage functional rehabilitation. The designed mechanism can

allow desired maximum and minimum Range of Motion (ROM) for dorsiflexion

and plantar flexion (upwards and downwards stretching). This device consists of

Figure 1: Application

Novelty & Inventiveness:

• Actuator design using the all-in-one system equipped with Intelligent Pneumatic Actuator (IPA), new controller algorithm

design (PFC-O) and communication protocol (MODBUS). The system variable (posiktsio(Snima)=n0d.5stiffness effect) can be
controlled easi1ly20from Graphical User Interface (GUI) without manual adjustment. ks(Sim)=1

Commercializat1i0o0n PotentialForce (N) ks(Sim)=2
• Industries e.g. 8a0pplying stamping machine and production line. ks(NI)=0.5
• Universities and other academic institution. ks(NI)=1
ks(NI)=2
ks(Emb)=0.5

60 ks(Emb)=1
ks(Emb)=2

16 READY TO C40OMMERCIALIZE TECHNOLOGY DIRECTORY

20

POSTER TEMPLATES FOR EXHIBITION-ITEX 2017

UTeM Commercialization Centre (UCC)

1 Product Title

A A Simple Thermal Harvesting Device forSimple Thermal Harvesting Device for Low Power Applications Low Power Applications

2 Principal Researcher (with image)
Dr. Norihan bt Abdul Hamid

therefore power amplification circuit are required. Moreover, an energy storage
is necessary to store the electrical energy generates. This thermal energy
harvesting device will hold a promise for electronic device applications, hence

Dr. NoriharleenspslabmciiannignttibeaAntatbenrdcieeusalnwHdithalemsasbicdeonset.fit of green technology, environment sustainable,
[email protected]

3 CTTheoec-RrhmenasoleleaonrgcehrygeyDrsheasrcversiptintigonis a process of capturing heat from several sources or heat waste that spread freely into the

SsuyrarfoeuenzdainAghomraadvaRilaadbzlei, iMnathzreeeenIvbirraohnimme,nMt.uThhaemsemhaedaSt ywaadsztae Swhilal rbueddcoinlleacntded, convert into electrical energy and can be

Nusuerudl fHoruslonwa pMoowhedr application devices. Large amount of thermal energy can be produced proportional with higher amount

of heat waste harvest. Aims of this project is develop a simple thermal energy harvesting device to harvest heat waste

from several source and convert the waste into electrical energy that can be used for low power applications with less

4 Ambasintrteancat/nPcreodaundctcDoests.cIrtipistiaosn s(wimitphleimasagtaepipfinagvatihlaebtlhee)rmoelectric device to heat waste sources, collect the heat and
convert into electrical energy. The conversion principle from temperature difference into electrical energy used in in this
Tdheevircmeaisl eknneorwgny ahsarSveeesbtiencgk icsoancperpotc. eSseseboefcckaepftfuercint gdehfeinaetsfrtohamt,sgeevneerraaltisoonuorcf easn electrical potential difference will occur
eaoathnnrsevdarhireecorfaoeanrnstmeuewblptneaootws.futeTeasrehtadeethmmsafeoppt rlehifsreilacopatawrutetriaowepndaodswcifftiefrereecrreuwealinytipllcapebirlneiecatoarccetrioqootlhusnleseircedatdeesc.vudoir,cMrneocdosuour.nnecdvLotoeivanrre.rgtgrG,ieneaotnnraoemeraenaovleleulayrcni,gltatrytihbcoselafetlotthrehiaenengrrememtrhgaiaseyll
energy harvest is in very small amount,
necessary to store the electrical energy

egneenregtrhyaertecefoarse.npoTwbhereiasmpptlrihfoiceadtrioumnccaiercluditeapnrereroerqpguiroyedr.htiMoaornrevaoevlesr,wtainniteghnerhdgyeigsvtohiracegeer awmillohuonltdoaf hperoamt wisaesftoerhealervcetrsotn. ic device applications, hence replacing
is necessary to store the electrical energy generates. This thermal energy energy harvesting device to

Aims of this project is develop a simple thermalharvesting device will hold a promise for electronic device applications, hence
batteries with a benefit of green technology, environment sustainable, less maintenancereplacing batteries with a benefit of green technology, environment and less cost.

harvest heat waste from several sourceless maintenance and less cost.
sausntadinabcle,onvert the waste into electrical

energy that can be used for low power applications with less maintenance and

cost. It is as simple as tapping the thermoelectric device to heat waste sources,

collect the heat and convert into electrical energy. The conversion principle from

temperature difference into electrical energy used in in this device is known as

Seebeck concept. Seebeck effect defines that, generation of an electrical

potential difference will occur as a result of a temperature difference across a

conductor. Generally, the thermal energy harvest is in very small amount, Light Up USB Lamp

Simple Thermal Harvesting Energy Device

Novelty & Inventiveness: Charging Mobile Phone

• Space requirement is only 1/20th of a solar cell. 5 Novelty/Inventiveness

• Portable power source – can be use anywhere as long as heat waste is avaiSlapbaclee.requirement is only 1/20th of a solar cell.
• Environmental friendly/green technology – convert heat waste to usable elecaPtvorairctilaabbplleeo.pwoweerr (sNouorcne o–icsaen,bne ouspe oanllyuwthioerne)as long as heat waste is
 Environmental friendly/green technology – convert heat waste to usable
• Low cost and maintenanceSimple Thermal Harvesting Energy Device electric power (No noise, no pollution)

• User friendly – simple and very useful for various electronic devices.  Low cost and maintenance
 User friendly – simple and very useful for various electronic devices.

Commercialization Potential 6 Commercialization Potential
• Portable power source
 Portable power source
• Replacement of battery and wired device  Replacement of battery and wired device
 Potential application for micro and nanotechnology device
• Potential application for micro and nanotechnology device  Medical – self wearable energy harvesting for biomedical device

appliances

• Medical – self wearable energy harvesting for biomedical device appliances

7 Contact Info (UCC address are Compulsory) 17

UCCUTeM COMMERCIALISATION CENTRE (UCC)

UTeM Commercialization Centre (UCC)
18 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

UTeM COMMERCIALISATION CENTRE (UCC) UTeM Commercialization Centre (UCC)
POSTER TEMPLATES FOR EXHIBITION-MTE 2017

1 ProductTitle Web-based Dynamic Similarity Distance Tool (WebSDT)
Aplikasi Tashih Mushaf Al-Quran (TasMuQ)

2 Principle Researcher (with image)
Mohd Sanusi Bin Azmi

Assoc. Prof. Dr. Mohd Sanusi bin Azmi
[email protected]

3 CTo-eRecsheanrcohelrosgy Description
1)TMhoehdWSeanbuSsiDBTinpArzomvi ides different mechanisms for processing the input data based on the types of similarity distance. It will
2)cAamlciruullaRtaemzthanei BdinisRtaadnzcide from the input data file then lists the similarity results from the smallest value to the biggest value or
34))vPNicruoerfeAvstieokrrasMhaaBd.inyTatihDAerrbAMazianehaKnamAivlaehrBaigntei DPrarmecanis@ioMnu(dMa AP) method is applied later to rank the similarity results by weight. Therefore, the
65))mMInaotahtncdhEZriamnkgai hBaoinnriMBraeinsc'tuiodAg. Jnailtiilon results will be improved and significantly accepted. The tool does not only offer dynamicity in the
7)sNeoleorcAtizoilnahoBfintthi Deradmisanta@ncMeudaalgorithms, it also has flexibility in processing any length or size of attributes.

4 Abstract/Product Description (with image if available)
Mushaf Al-Quran berada di pasaran perlu mendapat kelulusan dari Lembaga
Pengawalan dan Perlesenan Percetakan Al-Quran (LPPPQ) Malaysia,
Kementerian Dalam Negeri (KDN). Kandungan Mushaf adalah sangat terpelihara

Figure 2: Example of WebSDT process
Figure 2: Example of WebSDT process

Figure 3: Main interface of Web Based SDT

Figure 3: Main interface of Web Based SDT

Novelty/Inventiveness

• Innovation in terms of approach and user friendliness

Commercialization Potential
• Can be applied for object recognition
• Can be applied for detecting objects from industry conveyer belt
• Can be applied for security gateway such as face and thumb prints recognition

UCC 19

UTeM COMMERCIALISATION CENTRE (UCC)

UTeM CommercPiOaSlTiEzRaTtEiMoPnLACTeEnS tFrOeR (UCC)EXHIBITION-ITEX 2017

1 Product Title

The The Community Based SmartCommunity Based Smart Shopping Assistant App-iCUST Shopping Assistant App-iCUST

2 Principal Researcher (with image)
Siti Azirah binti Asmai

Siti Azirah binti Asmai
[email protected]

3 CToe-Rcehsenaorclhoegrsy Description
SZnThuiherbineegaaditeuSnldacla’rhate,yoaBass,urpAianheirgmanhadodHfwFulsaiivssdiieznnl,ligyNN.iuezTraxhAmpimseAanSblidsnmuaelasbRirnawtthiSmiAthhhamont,pahZdpeuirnauigdnaAsAtsabsabilslAettwtohabhehancicshocth,uouAAsoistssbopeOedmpuCthehlRerodS. blefFaodeumvrsredttiahnesldeothcerompcoptoeimpnridegne,gittiehnmmmistae’lasal.nppkSptreoicat,elotsehoaivssnaedocprapflavynliseehtssedtialapnhntagienImalsepcaaqgrvuceoinisebPgitnrlitooeitmncme.emsastaninodtgtcheteoercsthlapfnoinqrtudheeaupsreorpteor
plan is
choose

the best shopping mall that available in the user area by using the crowdsourcing data. The decision making is made based

4 Aobnstrtahcet/PitreomducptriDceesscraipntdionth(ewitdhisimtaangceeisf aovfaitlhabeles)hopping mall from the location of the customer. This system can assist the
customer in making the right decision during choosing the best shopping mall that suitable for the customer based on the
eTrvheeeqryiunscirirneegamlseiencngetnottfhmliavaitnttgeisre,axdnpidesntaaspenrscowepesitrhoptflhaetnhuiesnsncteauebsdlteeodhmotouesrsepfheroonlddmiwnticshoeemlyse. hTmhoaipskpeSimngartmall and the prices offer from the shopping mall. By using
SthhoisppainpgpA,sdsaisitlaynltifAepcpodsetveolfoptheed icnutesnttotmo seorlvceatnhebperorbeledmuctoedhe, lbpethseiduesserthtois app help saving time for the customer in term of making
ttwhohcctcehctahraihoeconphcweohdpuoadsissdsoseiatssoeatsiltsoushnceOtreocmictsehibCtinaseehoegpRonsercpdf.tuattslbsfFhiothoeteaeouosr.cmspsrThhdpatethhooirnensepoeignthpIdsermmieomemnccgaapatitolsigkhmlpniitroeenhiaegnngalPlb,gtmtifhretratoaeohemsvmkcamtirisneiialgstag’hshlhasblesti.olspeidplnSpompeirgcnpcoiaaciaitsdtnt,hieeieloogetscnhnboauhmaiodssnnsfeuaaeditrrqchplidnlaeau.pfgroaeeSnclnciausoehwtshthb,osteohyedotmhisaluiactpiiesennshtimrgani.cnIigtTsmpahahtresnhOicicaseabqeChgsevsueyRseiasntilpstnfPegodimtirrnitooidmsnceae.tevesicnastgniinndtggimcitteoeecsmathn’sfndoipqrcruoicseet
for the customer. Furthermore, this
and fast data acquisition.

shopping mall that suitable for the customer based on the requirement that is,

distances of the customer from the shopping mall and the prices offer from the ICUST
shopping mall. By using this app, daily life cost of the customer can be reduced, Database
besides this app help saving time for the customer in term of making the decision

Community
open data

Commerce
database

Training ICUST Smart Shopping
Image Pre- Service

process Authentication
Rendering Community-
Character based
Character content
Classifier Commerce
analytic
services

Novelty & Inventiveness:
• Community Engagement ICUST
real-time price update from coDmamtaubnasitey 5 Novelty/Inventiveness

Community Engagement
• Intelligent Image Processing –( price acquisition)

Intelligently snap the price image for fast and Creomlimabunleitydata acquisition.
• Data Product open data

A series of consumer analytics products

Commerce
database

Commercialization Potential

• Targeted to many store owners in providing the competitive price continuously.
• They can give the best price oTrraoinfinfeg r attraICcUtiSvTeSmSreaerrvwticSeahorpdpsingpoints, gifts or vouchers to the active engaged user through the app.
• Consumer-centric and the cIompnarogsecuePsmrse-er can get more monetization value by this app engagement.
• Expected to improve shopping behaviour oAfucthoenntsicuamtioner and future financial health.
cRCeohnaldlreaecrctinetgror
• Own Smart data consumer (data product)
Community-
20 READY TO COMMERCIACCLhlaIasZrsaicEfiteeTrr ECHNOLOcboGanstYeednDt IRECTORY

Commerce
analytic

1 Product Title UTeM Commercialization Centre (UCC)

Trust Crawler

Trust Crawler

2 Principal Researcher (with image)

Assoc. Prof. Dr. Massila Kamalrudin

Assoc. Prof. Dr. Massila binti Kamalrudin
[email protected]

Technology Description

Given the fluidity and excessive information available online, issues relating to the trustworthiness of information have

3 Cbeoc-oRmee saecoanrccehrnearmsong the users and authorities. Therefore, there is a need to develop a mechanism that helps users to
verify the trustworthiness of information that feeds in the social media so that they can decide whether to trust or to ignore

DMttthrhureeo.shtitSwnraafoaoimtrrftmhioaaifanhdtveioisrNSnsa.lioadTifnzreuifnroskifrtomCKrmrahatawiaotlinieor.rnuI,indshdetchnaiincspearbedlseepveeinlcotgp,eiTnnrguesrinatCtfionrragmwtelheder aadniemdgserethteoicoeafdl tuurscueasrttsewooarfntmhdinemedsiaaskceoofpniutnebfnolitcr.muasteiorns as well as identifying
aware of the level of

Nuridawati Mustafa

Nor Aiza Moketar

Noorrezam Yusop

4 Abstract/Product Description (with image if available)

Given the fluidity and excessive information available online, issues relating to the

trustworthiness of information have become a concern among the users and

authorities. Therefore, there is a need to develop a mechanism that helps users to

verify the trustworthiness of information that feeds in the social media so that they

can decide whether to trust or to ignore the information. TrustCrawler is capable in

generating the degree of trustworthiness of information as well as identifying the

trait of viral information. In this respect, TrustCrawler aims to educate and make

public users aware of the level of trustworthiness of information, hence developing

iNnofovremltyed&aInnvdenettihviecnaelsuss:ers of media content.

This research could provide the following implications and impacts:

• Cultivate ethical 5andNsoavfeeltyu/Isneveonftisveonceiassl media among its users.

• Contribute in identiTfyhiins gresemarischincfoourlmd parotivoidne theearfolyllowainngdimhpolicpaetiofunsllyandpirmepvaecntst: it from spreading, wherein if it is not

controlled, it may lead to unnecessary panic.
• Support fast decision-m12))akCCiuonnlgtitvriadbtuuetreeitnihngiciadilneanfnotidfrymsinagafetmiuoissneinocfofrrsimsoiacstiaioslnmiteueadaritlayioaanmnsdonhgoiptsefuuslleyrsp.revent it from

Commercialization Potentiaslpreading, wherein if it is not controlled, it may lead to unnecessary panic.
3) Support fast decision-making during information crisis situations
• Business sectors

a. To identify the truthfulness of information for any products and services

• Individual/Society 6 Commercialization Potential
a. To determine the degree of trustworthiness of information before sharing/viral
b. To cultivate ethical soci1a)l Bmuesidneiassusseectrosrs

• Internet Security

a. To determine the trustworthiness of information especially in information crisis.

UCC 21

UTeM CommercUiTaeMliCzOMaMtEiRoCnIALCISeATnIOtNrCeEN(TUREC(UCCC))

POSTER TEMPLATES FOR EXHIBITION-MTE 2017

1 Product Title Aplikasi Tashih Mushaf Al-Quran (TasMuQ)

Aplikasi Tashih Mushaf Al-Quran (TasMuQ)

2 Principle Researcher (with image)
Mohd Sanusi Bin Azmi

Assoc. Prof. Dr. Mohd Sanusi bin Azmi
[email protected]

3 CTo-eRecsheanrcohelrosgy Description

1)AMllohMduSsanhuasfi BAinl-AQzumrian in the market must to get approval from Lembaga Pengawalan dan Perlesenan Percetakan Al-Quran
23))(LNAPmurPirAuPtliQkRaa)hmMBzianantliiaBAyrinbsaiRaina,dzKidementerian Dalam Negeri (KDN) Malaysia. The Mushaf content is highly preserved and mistake in the
4)wPrriotfiensgorsM, apdryiantDsr Aaznadh KaarmrailanhgBeinmtieDnratmsaonr@deMrudwaill cause sensitive issues not only in Malaysia but globally. Mushaf in Malaysia is
56))dMInisotathrndibEZruamktaei hBaiinnnitMoBainsp'tuirdiAn.tJeadlil in the form of books and also in digital form such as image, pdf and software formats. Both of these
7)cNaotoergAozriliaehsBainrtei Dfruamrtahne@r dMiuvdiaded into whether they have been approved by LPPPQ or vice versa. Unauthorized Mushaf Al-Quran

4 PAMKataeebuonmssrgtheperaaaanrwfinctomeatAord/lPialast-unrQnoacutdDoltruldaaocanltdawtnhmeDbaeeevNtrPdseaececdlgrrtoalaeioepprnsitdieb(oitnKbenhpaDaene(Nsws)aoiu.ptrPhlaKsrdenaoiermncotdpdeoaerutgtarnbleydkugapyiiafnsmenatLevrMPnoaiAbduifPllas-auQhpPtbthaauleQeftrea)da,kndTettalauhola(lsueLhtshPhasPpianehPnuQgdpbMaa)ultriiustbeMLshlreiphaecmelaa.rlbiyhfTasacgiAhraoaa,elm-Qtdddpdpeiieaeujpaannntaradnggdasiueaykaenknjarin.sano(mtNcnTrfsaeyaaaektnsksbhatgkaaoMnheengakimaumdshQiitQegramAuauj)lkkor-MnQaeadafuienupktsumlrapharmnManligisafsceuynteaoaaaasbkmntkkaahigaeonegaltatnasrdfeii,.ilsgdainasTeuahangnhtshamdiahtiiiskuegkgatajnaihTh.nhdia.UeamsMsTpjaieIMaumhksjtsaMelahukajireauaQmeylfsduafhAalinoauaclg-srsfpQ.eeaacpFubn,koliratairdaumcgenanraasrmdyiyiteaimaiLloaunanPokgngnrPdsctiaePtestehnlyQrorahadaftakeaaatraskpwiuetinaalhapndtdeuraoenrriniines
Malaysia or abroad. menggunakan dua pendekatan iaitu berasaskan kepada jarak terhampir dan

pengawasan mesin terselia. Proses teknikal sistem semakan dan pengtashihan
Mushaf Al-Quran adalah seperti dalam rajah 2.

Rajah 3 : Proses pengekstrakkan imej teks, baris dan ayat Mushaf Al-Quran. Rajah 2 : Proses teknikal sistem semakan dan pentashihan Mushaf Al-Quran.

Novelty & Inventiveness:Contoh paparan aplikasi TasMuQ untuk pengguna membuat laporan kepada pihak

berkuasa mengenai kesalahan ayat dalam Mushaf Al-Quran adalah seperti dalam
r•aja h 4.Review digitally.Pengekstrakkan imej teks, baris dan ayat Mushaf perlu dilakukan bagi
the authenticity of the Quran’s Mushaf mengekstrak fitur dan melakukan proses pentashihan Mushaf Al-Quran. Proses

• Review the origins of the Mushaf Al-Quran digitally. pengekstrakkan teks, baris dan ayat bagi aplikasi TasMuQ adalah seperti dalam
• Users may report the printed mistake of the Quran Murasjhahaf3.to the LPPPQ, KDN authorities.

• Publication of the Quran Mushaf script can review and issue a report to be sent to LPPPQ for printing approval process.

Commercialization Potential

• This software product can be used by LPPPQ,KDN as a software to check the authenticity of the Mushaf Al-Quran

Rajah and to know4 : Contoh paparan aplikasi the origins of theTasMuQ untuk pengguna membuat Mushaf such as writer,laporan kepada pihak berkuasa mengenai printing company, years, editions, Mushaf checkers and also have
kesalahan ayat dalam Mushaf Al-Quran.
for the Mushaf publisher, this software can be used as a review
obtained printed approval or otherwise. Besides that,Contoh paparan aplikasi TasMuQ untuk carian maklumat Mushaf Al-Quran dalam
p angkaalann ddataisasdualaeh saeperretipdoalratm rtaojahb5e. sent to LPPPQ for the process of obtaining printing approval. Moreover, for the Islamic

community, this software will be used to assisting the purchase of the Mushaf Al-Quran, reporting the printed mistake

on the Mushaf and also obtaining further information about the Mushaf to be purchased.

22 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

POSTER TEMPLATES FOR EXHIBITION-PECIPTA 2017

1 Product Title UTeM Commercialization Centre (UCC)

Sistem Penilaian Kebolehbacaan Bahasa Melayu (SPIKE)

Sistem Penilaian Kebolehbacaan Bahasa Melayu (SPIKE)

2 Principal Researcher (with image)

Mohd Hafiz bin Zakaria

Dr. Mohd Hafiz bin Zakaria
[email protected]

Technology Description
SPIKE is an online system developed to assist readers in knowing the score of a Malay text in the quickest and easiest way.
SPIKE is developed in fulfilling the needs of Malay readers who may struggle to read as there is no available tool that can
3 Com-eRaessuereartchheerresadability level of Malay texts. The core of SPIKE is based on the following revised formula which is proposed
to be able to calculate and measure the difficulty level of a text.

Syariffanor binti Hisham,

NMuSurPhAIaKmmEmaplairnodaviHdbeainsztiiqtMwLooimhtyapbmeinasdAobHf draeuzalaladwhaab, wiliit,y levels: 1) Readability level for normal user and 2) Readability lever for people who
4 SAhbpMhrrTcKaaaaseeosaaehlasrtlablktortdraihtelariucieeylevelcruirberyawltclu(alia/dymhnpoaPnriadinhlcagrPyreihgoytguHadifcdhaworurduesugurraiiylqnufamecsrsfufreitttcliiohaceyarnuDeenomidttldhnieteesaiotsesaxrDollsitsmycswrieaf.atrtpplioiTwatuotlphneirhhbmfmtgdeoliriK.eoesrprTeeahaneatoxhtedasaipe(dssdifwneianeGsbraggiirciyasetnseohdhnnK.riifacedfoThifetdmarahihicsd,ctereaiueiojtDtahngcalimtoiheoudifeentpnlmiRoonsairucfngbe.olorheghadpmecra,viafononpKafrdidficaai.ae5ldurmtStadehialftPbdfeeiseiIcPltyKtetseuNoeis)nE)rlxottttejthoavuMuSTSS.meemsshbPPPaleeeRtepIIIlayaKKKsdrefn/myeiEEEIaranipswonadwegvtnarnioexeoaoebrttrdnenhnrvirdlmnaestlieeitsisKncryvlitantehreierssteedeekntpavfoseeuodiosslRltieleresertunodsaatdiwmanfioiblethdrHialmiitsfuryfeuiurcaSruluedacfl,itotnhbwrwgeeaohdsrtroeidiefcfasdmihcdfuariobcolttincamileihtnsypmwuolaeaisttfvhlefianeenyrglcetotitaceafdoxtlaheltodrMeu’isfrarfaclieacogayueddlteteliednxwvgtseoylssrdptesemeind

Sistem Penilaian Kebolehbacaan Bahasa Melayu or SPIKE is unique and proves
that not all Malay texts are equal in nature. In fact, the Malay articles we read can
be categorised according to the reader's age level. SPIKE is made accessible
online for readers to obtain the score of online/offline Malay reading materials. It
is designed to crawl the sampled text for Malay words and break them into
syllables. It can also detect the formation of Malay words and calculate the
presence of Malay difficult words such as Kata Ganda, Kata Pinjaman,

SPIKE can assist readers in knowing the readability level of a Malay text in the
quickest and easiest way. It is developed in fulfilling the needs of Malay readers
who may struggle to read as there is no available tool that can measure the
readability level of Malay texts. The core of SPIKE is based on the following
revised formula which is proposed to be able to calculate and measure the
difficulty level of a text.

6 Commercialization Potential

Novelty & Inventiveness: SPIKE has potential commercialization for book publishers, book authors, Dewan

• i TS=hP=3eIiK0s0fEti/hrSsee,txnstoaurmnmalpcbinlteeserionptfootwhoteeloncrtdoatissaemilnsdetsuaiefdnsfyitucerunecltet.whSeoirsrdethsaedfrniobummilitbymerlaeolvfaesyel naBbtoetseaefxnnh8ateca0efMsictainl4aind2l3aai0c0nya,00lPt0pewu0sxsoyettrcaddhksuo.aclaootgroiTsrstrs,a6iinn0in0Mg,0aC0la0eynsptieraeo.sp.leInwpitahrtsicpuelcaira,lSnPeIeKdEs is expected to
• in reading as well

• SP=IKthEegneumnebreartoefssyRlleaabdleisbility Score to match with reader’s age level
• SP=IK-1E3.w98a8rns readers with reading difficulties using colour coded system

7 Contact Info (UCC address are Compulsory)

= 0.3793 UTeM COMMERCIALISATION CENTRE (UCC)
UNIVERSITI TEKNIKAL MALAYSIA MELAKA
Comm= e0.r0c20i7alization Potential

• SPIKE has potential commercialization for book publishers, book authors, Dewan Bahasa dan Pustaka or Training
uSsPeIKrCaaEsennpwdtrroe2evl)lsiRda.eesInsa8dtpw0aaobcritltliiyitcnypuiecllesaavrloe,pflSsrfPoeyraIcKdphEaeoboliosiplgilteeyisxwltpeshveoeicnlthseM:ad1vae)tloaRreyebsaaeidadni.anebgfiiltditi4yff2ilce0uv,let0ile0fso0.r neodrumcaaltors, 600,000 people with special needs in reading

There is an additional parameter used in calculation known as potential difficult

words consist of Kata Ganda, Diftong, Kata Pinjaman and Kekeliruan Huruf,

which can affect the reading speed particularly for readers with reading

difficulties.

Example: UCC 23

STEP 1: An example of text sampled from UTUSAN MALAYSIA

UTeM Commercialization Centre (UCC)
24 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

POSTER TEMPLATES FOR EXHIBITION-ITEX 2017

1 Product Title UTeM Commercialization Centre (UCC)

NanoEcO-Door

Nano EcO-DoorMulti-Scale Eco-Composite Automotive Door Panel
Multi-Scale Eco-Composite Automotive Door Panel

2 Principal Researcher (with image)

Dr. Jeefferie Bin Abd Razak

Dr. Jeefferie bin Abd Razak
[email protected]

3 Co-Researchers

TechnoloAgssyocDiaetesPcrroifp. Dtiro. Nnoraiham Mohamad;
‘NDar.nSoyEachOriz-aDoIsomraMil;uIlrt.i-DSr.cMaloehEdcYou-hCaozmri pYoaaskitoebA; uDtro. mRoostiidvaehDoor Panel’ is specially designed by sourcing local natural fiber with
MJiadnamtfea.grN;roaMrtrzio.uHnriayoiarfuhnlnaEi nfAfoebtnuedcByhaAnkbaorlMo; Mgauyr..loTAdhm;isMiruspl.rAoNmdourmaciatnrahBaAidnliaAuMtbidlaiztReNasozcoaork;;mposite multi-scaling technology as reinforcement and toughness
enMhasn. Tceewr aHnudeinTahneon-gmaanndiMpur.laMtoehddsAumrfiarcheafigzraeneBninfibHeurssin.

4 AbTshtreacut/Pnrioqduuect Dfeeascturipretionof(wtihthisimpagroedifuacvatiliasbleit)s comparable high-strength-to-weight ratio to conventional aluminum based door
Mpeatanlelb.aPserdoviaduintogmogtrieveeneinrnearltedronoartivpeanteol saurpepobrutlktyh,e hgeoavveyr,nment policies on nanotechnology and green technology. Most
eximpepnosirvteanatnlyd, irseqaulisroesehciognhoermmicaainl,tesnimanpclee ifnabcraisceatoifonc,raaslhs.oTphreovide an immense potential for up-scaling and commercialization.

This invention provides three times less lighter (0.961 g/cm3) and lower market price prediction of RM 149.42 per unit door
panel. The nanofiller improved about 15% of ultimate tensile strength, 90% of fracture toughness and 33% higher of glass
transition temperature. It is completely biodegradable and longer end of life up to 50 years.

Novelty/Inventiveness
• Integrated system of nanotechnology and natural fiber green materials for eco-composite automotive door panel
fabrication
• Multi-scaling composites technology via simplified dual-steps manufacturing method

• Nano-manipulated surface natural fibers green materials

Commercialization Potential 25
• Inner Door Panel for Automotive Application
• Sound and Vibration Absorption Materials for Automotive Application
• Alternative Advanced & Light-Weight Materials for Aluminum / Steel based Door Panel Replacement

UCC

UTeM COMMERCIALISATION CENTRE (UCC)

POSTER TEMPLATES FOR EXHIBITION-ITEX 2017

UTeM Commercialization Centre (UCC)

1 Product Title

Portable minimum Portable minimumquantity ablution system (POMQAS) quantity ablution system (POMQAS)

2 Principal Researcher (with image)
Mohd Shahir Bin Kasim

Dr. Mohd Shahir bin Kasim
[email protected]

3 CoT-eRceshenaroclhoegrsy Description

RHaawCdjalizetlIheazoyanumlAitnsbWehuasBuhsdaRkiusaa’rj.aa,TnMAhbueimdhpuapmlrlaooahbrdt,laeSAnmyktamhipsarrulemlAcAboozdsnwutdlaoiRntfiaoSMznuaunkods,filM,imIMushloauahmsmdeaiAcdamwHlroaaotnkraisMmmhdiipRoA.uolimnW, tMeuoloidfhudw’aisteranduersinsgenthtieailr part of Cleanliness. Salah is not valid
ablution. Unfortunately, this can cause

wasting of water due to excessive use of water by just a single person. So, portable minimum quantity ablution system

(POMQAS) was developed to overcome the problem of ablution during water shortages and easy for the user to bring to

4 Abhsiktriancgt,/PpriocdnuicctaDnedsccraipmtipoinng(woitrhoimthaegreoiuf tadvoaoilrabalcet)ivity. The design has come with bladder type. It was equipped with a water

Clmeainsltinneosszzlies parnoxiimmpitoyrtasnetnsporercaotntdhiteionnoozfzleIsltaomdicetewcotrshhuipm. aWnubdoud’ yi.sAapnplication of water mist nozzle and proximity sensor is to
esascenhtiieavl ipnagrtthofeACpmlpeliacaaxntiiolminneousfmsw.atoSerfamlwaishat tniesozrznlesoatanvvdianlpigrdoxdiwmuiittyrhiosneugntsoaWr biusludtouti'o.acnThiheaveincgptirvthoietbyl.emThiiss system can reduce up to 95% of water consumption
most of Muslim usmeaxaimulomt oaf mwaoteur nsatvoinfgwduaritnegradbluutrioinn gacttihviety.irTahibs lsuystitoemn.caUnnrefdourcteunupattoely, this
be used at any place.
during ablution. This product was designed to be portable so that cancpaenrsocna.usSeow, apsotirnp9to5agr%tbaobloelfef wswoamttaehirtanetcicmroannusdubmumeeputsioeqtnoduadatuenarixnntciygteypalsabclsuaeit.viboenlu. tTuihosisneproosdfyuscwtteawmates rde(bPsiygOneMjduQstotAbaSe )sinwgales

developed to overcome the problem of aPbORluTAtBiLoEnANdDuring water shortages and easy
for the user to bring to hiking, picnic anEdASYcTaOmCApRRinY g or other outdoor activity. The

pdreosxigimn ithyassencsoomr eatwthitehMnAbXolIaMSzAdUzVMdlINeeWG trAoTEtRydpeete. cItt was equipped wLIGitHhT WaEIGwHTater mist nozzle WATER
human body. CONTAINER

AIMS WATER PUMP

POWER SUPPLY (12V WATER BLADDER
RECHARGERBLE BATTERY) (WATER CONTAINER)

CONTROLLER CONTROLLER

WATER WATER
PUMP NOZZLE

IR SENSOR IR SENSOR

=]
NOZZLE

Novelty & Inventiveness:
• Portable
• Lightweight
• Automatically spray – The nozzle will spray once the sensor detect human body

Commercialization Potential
• For the use of traveler, pilgrims of Hajj and ‘umrah, military operation, hiker.

26 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

1 Product Title UTeM Commercialization Centre (UCC)

Ultrasonic and Vacuum System Assisted Fuse Deposition Modeling to Improve

Parts’ Strength and Surface Finish

Ultrasonic and Vacuum System Assisted Fuse Deposition Modeling to
2 Principle ResearchIemrp(wriothveimPagaer)ts’ Strength and Surface Finish

Dr. Shajahan bin Maidin

Assoc. Prof. Dr. Shajahan bin Maidin
[email protected]

3 CTFoue-scRehdensdoeelpoaogrscyitihoDneermsscordieplitnigonis one of the additive manufacturing technologies. Fused deposition modelling is capable to
WPrtfpieoonrconifshdeghnusocwHoleohrgu3iciIeaDrhs.nfpfDgoorrrirnbU.dtideiSnfsdfegiivrpt,eaatnAorrttashpboumeorrpuaaops/dserloedSSds.uauyIcsnbattseerfniarwqedmsitbpthionriongcndoliyuMamctnhptoil,siehnxIparvr.gmoaeDjreioeocrmudt.sehMtairnsioedashu.psdpHtrloiyRewsthi.ezevUaseleltr,rbatiesticonhhnaniAcsollaokinngasdyuhtfvaofaicricniieu,tneuJgtmorsahtstreynesdntgeatmnhdaaprneedrfboporomthorwdseifulflerfwraeictnhet
fused deposition modeling to address the issue of insufficient strength and poor surface finish of 3D printed parts .

4 AbUlstratrsaoncict/wPorroksdbuycptroDduecsincgraipmtieochnan(wicailthvibirmatioangwehiicfhaevxaciitleasbthlee)molten thermoplastic molecule and will produce a

rise in temperature. Vacuum on the other hand reduces heat loss by restricting convection of air. Thus project has proved that
the acFtuautlhseeexpvdearcimudeuenmtpsoestysusiptteioamsnswistmaesdoawdbithleeultilotnragismonpiisrcoavonednlaveayceuroubmfonsthydsietnegm,aradenddduitcievestremssaannudfpaacrttudrisintogrtiotnescthhunsoilmopgrioevse.the strenght of the
uFlitgruarseowFfn2iniutFuipochsltitgeihfashrtsuraortaaershwhtecnsocedtssn2u’owdiatpcpshludhmraethecrooarxeewSditnpprcsscpesum.hldrhtceioheumIoememcxusedfeSnnapoir.cttttgrmeiChricsoodebeeoovdmtunoeniionaaudnmvttgpmeiecstmrdehaardessmneoiiosaenttpitgsoldrrotrytthfiaein,noeeemdtueepltsxwlorlhbtrpifiir.ptnenehaetleraeHsgisxumrtoplfuutpooerenralirrasnfismiswmcattofeao.censelrcdneimcystvaeas.faltetianpnesudersimpast,v.hubaeFhpictlwi.uagneFusuahdmigrsbeatuoser1p3syees4rs3ntpe%oihnmstordheowswoasuwsudnthedcsfiudlfteictcivoeniaercev3nudauDtumrcsieoptsrtuyrhesisenntestgimetnatdhdiirmucpapasrasntoerrdviteeesfspsfepoo.cartoUrttrhplsturstrsroaueidnsmrgfoupatnhcrcotibvecsey
the surface finish
22%.

and vacuum system are both different technologies for different purposes.

Interestingly this project has apply these technology to integrated and perform

well with fused deposition modeling to address the issue of insufficient strength

and poor surface finish of 3D printed parts .

Ultrasonic works by producing a mechanical vibration which excites the molten
thermoplastic molecule and will produce a rise in temperature. Vacuum on the
other hand reduces heat loss by restricting convection of air. Thus project has
proved that the vacuum system was able to improve layer bonding, reduce
stress and part distortions thus improve the strenght of the parts’ produced.
Conversely, ultrasonic system has been tested to reduce the stair case effect
thus improve the surface finish of the parts. Improvement on the surface finish
was 14% while vacuum system improves part strength by 22%. Figure 1 shows

Figure 1:FAigcutruea1l:eAxcptuearilmeexpnetrsimetenutpsaest suipstaesdsiwstiethd wulitthrauslotrnaiscoanincdanvadcvuaucmuumsyssytestmem FiFgiugurere 33:: PPieiezozeoleecletriccttrriacnstrdauncesrdmuocuenrtemd oonupnltaetfdormon platform

NoveltyVa/cuIunmvVeacunumtiveness 5 5 Novelty/Inventiveness
e.g Vessel Vessel
Novelty/Inventiveness
• Vacuum system
e.g
• Ultrasonic system
e.g  Vacuum system
• Improves part surface finish and strength.  VacUulutrmasosnyicssteysmtem

• No post processing needed  UltraImspornovicesspyasrttesmurface finish and strength.

 No post processing needed.

 Improves part surface finish and strength.

Commercialization Potential 6 NCoompomsetrcpiraoliczaetsiosninPgotneenteiadled.

e.g To print end used product for household, medical, industries, consumer
• Fei.ggurTeo2F:pigSruicrnehte2m:eSnactdhiceumdsiaaetgicdradmpiargoorafdmeuxocpfteefrxiompreerhnimtoaeulnsstaeelthsueop6tludp, medicparlo,diuncdt,ussptorriteesq,ucipomnesnutsmetec.r product, sport equipments etc.

Commercialization Potential

UCCe7.g TCoonptraincttIenfnod(UuCsCedadpdrroesdsuacrtefoCromhopuulsseorhyo) ld, medical, industries, 2co7nsumer

prodUucTet,MsCpOorMtMeEqRuCipIAmLeISnAtsTIOetNc.CENTRE (UCC)
UNIVERSITI TEKNIKAL MALAYSIA MELAKA

HANG TUAH JAYA, 76100

1 PrUodTeuMcCtomTmitelercialization Centre (UCC)

Hybrid 3D printer Low Cost Metal 3D Printing Machine

2 Principal Researcher (with image)

Ir. Dr. Mohd Rizal bin Alkahari
[email protected]

Ir. TDecr.hnMolooghydDResiczraipltiAonlkahari
or plasma3sDypsrtinetming ttoechbneolougsyehdasaesmethrgeedhaesatht esnoeuwrcaeltertnoatmiveemltethhoed mto etrtaanlsfaornmdthe virtual model into the physical object
layCeor oth-fbrRaoaduesdgeihstidvaeelaamoyarnencrubdhfyaaceltatuaryresinrfgoropinemdruatsitocrnioe.smTdhpueeuattpeoprliit-csaacitdiaopenadobfilittdhyeetosmifgeatbnarli-cb(aCatesAecdDomm).palteeWxriasilhthainpe3Drappridinlyti.nTgheis now on the leading edge
3by commonly used 3D metal

ment, it apllroinwtinsg tihneadfdaitibvericmaatnioufnactoufrinagninydupsatrirets farroemtheCeAleDctrown ibtheamcoomr lpaseetri-tbivaseed system. However, the expensive price
stipllohrtaavbSDDeleirrt,th..iioaisnfnettSFNheddcreoesahfeavmatdeicaajuzmlleaooncj.epaawdtTRretuchihad-oiecea.lnraldofTdAlimehnnsxebzsetiitbsteiaMmati3ulhnli-attDybiReaacoahofnihsifia.dtmnetsHehdmiMeeinsjd3nutelmDacaisselaitp,jgcirapnldhiinkirnnitineeonetrvetaehegalllarorndaswetyedbssseioogmcmnetoehmsutoaelfteliran-inlhioclemeorotawitttmag-ncstaimoeoossune(terMcda3reIncGD,dhi)eapwcilrglehiencah3ltdtlirlDnieongsnnggki,mmceTisl,ua,lecnemthgsoaipsenrlteceechnitaahInlnaliyect arfatolbGrcleasosmmto(apTploIlG/rnmi)neotenrdtmspiuelwamtasi-tmlh-sbcaatahssleeyesdictneomdmmuasptttoeurritbeieaesrl
dle it. TPhreoulsfoe.wdIa-rsc.othDsetrh.meaStasciovhuarincereatoiosmpeSlot uttheebnmrtaieatmal ltaoondnbdeieapcnoosimt itmlaeyerrcbiay lliazyeerdbafsoerduonsedarsta from computer-aided design (CAD). With
ricate cDurs.mbtoeMinnmeimofiiztushemjdudasdtpNjluaiksrietztmsaanerynmato,ptihtiSedarllluyocow,dmseimntnhegericfnaiaeblre3icDraitnmiogentawolfoparrniknytsephra.roBtpefrssoid,messCmpAoDartlwal/bimtlhe,ectdohmeiuplomewti--ticvoestco3sDt;mheotwael vperirn, tsetrilldhoaevsentohtenseteadndhaigrhd
and eduIrc.asDtkioilrln.o/rTreexaspeneratirCscehhtoeinheasntdiFtlueatiito.i ns.

4printinAg mbasa) cthr3aiDncemte/tPal prrointdinug mcatchDinee scription (with image if available)

Hybrid 3D printer is a newly developed machine that is based on the Fused Deposit
Modeling (FDM) technique of 3D printing system. The novelty of the hybrid 3D printe
the integration of both mechanism of extruded molten plastic and mechanical press
during the 3D printing process. The machine translates product design and ideas fr
computer-aided design (CAD) into real product rapidly as it able to 3D print hig
complex structures with cost-saving potential, minimal built time with acceptable qua
In FDM, plastic filament becomes semi-molten through filament heating and later
filament is extruded through the nozzle to form layers based on the slice geometry fr
the CAD data. Most of the open source 3D printer utilizes FDM systems for the print
processes due to the affordable price, ease of handling and user-friendly. However,
strength of the 3D printed components manufaMcettualr3eDdPrifnrteor musingthMeIG Woepldeinng source 3D printe
less superior compared to the commercial 3D Printer. Therefore, the new open sou
hybrid 3D printer is introduced in order to improve the mechanical properties of the
printed part. The result of tensile strength, porosity percentage and surface roughne
indic28atesREsADigYnTOifCicOMaMnEtReCIfAfLeIZcEtsTECwHhNOeLnOGtYhDeIRhEyCTbOrRiYd process is used with the same paramete

UTeM Commercialization Centre (UCC)

Metal 3D Printer using MIG Welding

MMeettaall 33DD PPrriinntteerr uussiinnggPPllaassmmaa
b) Sample 3D printed metal part

Virtual model cylindrical shape Physical cylindrical shape
(CAD drawing) (Metal 3D printed part)

Novelty & Inventiveness:
• The invention allows the metal part to be printed
• A low-cost metal 3D printer
• Machine is portable and does not required high expertise to handle
• Any part can be fabricated directly from CAD data
• Used wire feed system approach for metal 3D printing
• Capability to use be used with different heat source

Commercialization Potential
• Small and medium industries, personal use, educational institution (Technical colleges, universities, polytechnics etc)

UCC 29

POSTER TEMPLATES FOR EXHIBITION ITEX 2017

1 PUroTdeuMct TCitolemmercialization Centre (UCC)

OR+HO-DRILL OR+HO-DRILL

2 Principle Researcher (with image)
Raja Izamshah Bin Raja Abdullah (Assoc. Prof. Dr.)

Assoc. Prof. Dr. Raja Izamshah bin Raja Abdullah
[email protected]

Technology Description
3 CDou-Rrinegseaarrcohuetirnse orthopedic surgery, the principle bio-mechanical procedure in repairing and reconstructing bone fractures

Iri.sNdooonraezibzyi BdinrilSlianmg stuhdedibno, nDer., MfioxihndgSahnadhirrBe-inatKtaacshimin,gSythaherusleApzawraatneBpinarts together using screws, wires and plates. Such

Spurnodcie, dDur.reMoishdusAumarlalynpBeinrfoMrdmAeldi, Dmra. nMuoahldlyHwaidthzleay hBainndA-bhueBldaksaurrgical tool. Hitherto, the rate of success of these surgeries

varies significantly and often highly dependent on the surgeons’ skills. Tool designers have always neglected this important

4 Afbacsttorarcint/PthroedirudcetsDigenssc.rCipotimonm(ownitshciemnaagrieosifoafviamilparbelcei)se manipulations or deviations from normal drill axis can cause the drill

skidding across the bone surface. These maladjustments affect the hole accuracy, which then lead to a localized temperature
aDrnuisdrienregrceaosnursoltturiutnicngteinaogrttbhhoeonrpemedfariaclcnstuuerrcegrseorissyi,sdtohoneneptbrhiynecdisrpiollleifntbgtiiotsh-smeuebecoshnaesn,uifcrixaroilnupgnroadcniedndgruert-ehateitnahcroheiplneagirrteinhggeion. Many different surgical drill-bit designs and

sspngueerpoergfarooemrrmarmiteaeeesltd0rpvimeaadsrraetiesnhgsuartaoesvlglieeygenpwtbhifeeiietcnheraenanuttrsplhyaiarntonagiopdnn-doshcsaeoreenlfddtwgessnloeu,vrhwgewiigrcihrhaetilchlyshteodaodyenleo.pdaeeHnrspitsdhlna,eetoenertttasor.co,ehntSphuewrthecriehstahetsepnuirtotorsgftcehoesoeuwdncurnscree’ecassllsikaissiilomltsufic.sthouTaeafonslsolgeyulleccoefsms.aHnuoawlelyvceor nmtroosltpoefntehteradtiroilnlss are based on
by surgeons.

dsdfIcertrieslilcinisgstainkorkeiidonnrdsssoinwoihgnfnaciamvricenepromredascelsrwiinsltalehtiyneswmgbhanomniecnipegehulceslthachuttarieeofndanniccsewtsho.,oirsTuadhleieddmvseipeaavontimiraottoaantignlsoatondfrnjfouaoimzscftetmo1nrteohndreimtnesaghatlrohfedfleeereiicrlltpoadetfhxeriepsfsoieghcrnnomaeslne.tarcnaaCacctuocieosmusenrm.atcTaohynhne,geleinvfreonmtiotnheofntohrims a(Ol Rbo+nHeOs-uDrRfaILcLe will result in
) is aimed to

gwtiissenhosoitculmovheeesatthrctihesecnuesorsurlheeonaautdvdneidostiofcnbgreuaeepplntohatceopnarlcoi3hzipee0oodslesdedteedrumegrogripnveieoegernras.ottuhrdMrteerhaiolyrnliipesynaeegrddsrepii,fcfseeeusnarleutceinnhrttggrawesatriiutiohterhgnseiitc.rsamaTnlohagwildslnneripellcd-crbloreaoitpivsmoiiadssetoioistfoniiognsnntushsceowcfesaislaonlsfdt.fnuerwthesrurcgaictaallydzerillbbreitagkethormouegtrhy design that takes
advancements in

biomechanical and bio-medical technologies.

Unique web design for
superior control at full OD

High helix for efficient chip Optimized tip point angle
evacuation and reduce ensures extreme accuracy at

friction to minimize the heat build-up high penetration angles

30 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

UTeM Commercialization Centre (UCC)

Improvement in hole performance of
up to 30 degrees penetration angle

Novelty & Inventiveness:
• The invention relate to the high performance orthopedic surgical drill bit design. It offers superior control to the surgeon
up to 30 degrees penetration angle without slippage, reduced patients risk, greater accurancy and success of
orthopaedic implants, shorter surgery times, fewer drill bits consumed, reduced post-operative trauma and healing time
time that can save overall cost for the hospital.
Commercialization Potential
• Medical and Health Industries

UCC 31

POSTER TEMPLATES FOR EXHIBITION-ITEX 2017
UTeM Commercialization Centre (UCC)

1 Product Title Hybrid 3D printer
Hybrid 3D printer

2 Principal Researcher (with image)

Ir. Dr. Mohd Rizal bin Alkahari
[email protected]

Ir. TDecr.hMnoolohgdy RDeizsaclriAptlkioanhari

3 CoHp-ryiRbnrteiindsg3esDyasprtrecimnht.eerThrisesanonveewltlyy developed machine that is based on the Fused Deposition Modeling (FDM) technique of 3D
of the hybrid 3D printer is the integration of both mechanism of extruded molten plastic and

mechanical pressing during the 3D printing process. The machine translates product design and ideas from computer-aided
SitdieNsiganja(CtAuDl )Ainitsohreaahl pMrodaujcidt rapidly as it able to 3D print highly complex structures with cost-saving potential, minimal

Drb.uFiltatizmeRweitdhzaaccRepatambleliquality. In FDM, plastic filament becomes semi-molten through filament heating and later the
Drf.ilaSmheantjaisheaxtnrudMedaithdrionugh the nozzle to form layers based on the slice geometry from the CAD data. Most of the open
IDPr.rrofsct.DrhooifMeeum.rnrm.TpcIdoreaTlehyh.rc.3eeahdDHdDanocrntNwpo.riCcreoiitSanzvhhsleteaiepsrev,rcrm-ateoosuhpmrteeieaFSlmicrszotateuitereiseirodsScnFniiogaunDfatlhMbt3lhoDreasfayPrt3msherDteienaompt3ernDosrin.ifpTtfaeorhtidnrnhetrtpeheeaedforptcpr.erorTi,imnnhttheptineeorgendnsepeunwrplottsacooemrpfstetasensnenushssfoioadluecuwrtecsusetrrteoehtdnyhtghbferterohidm,adpf3fetooDhrpreodposaoriisbtpnyleitetepnerepsdirrsocicueimenrn,cttraeaeogatd3eseuDercaipeonadrfdilnshisntaeuanorrfdrriadsleicenleergisntrsoaonusiomdguvhppunaersoerleivsores-r
indicoartesflasitg-nsifhicaanpteedffeacts wtheen pthreehsysburidreprowcaesss iaspupselidedwithonthteosathmee psaurarmfaecteers.oTfheecarcoshs-soefcttiohneal alareyaeorsf .the
4 AbpsrinttrHeadecpntac/rPtes,rhoothwdesutchcetodnDetpaeocsstictesrdiupmrftaaitoecrenialsb(waeretiwtihneoeivmnal aothrgefleatl-iasfhyaaepvresadiablsaetbcheolemp)reessgurreewaatesrapwplhieedroentoitthreedsuurfcaeces otfheeach

of thpeolaryoesrsit.yHepnecer,ctehentcaognteactasnudrfacceonbectuwrereennthtleylaiynecrsrebaecsoemse tghreeatemr awtheerreiailt rsetdruecnesgtthhe. pTorhoesitynpeewrcehntyabgreidand
MHyocbodnreicd3dulieDrnr3vegpDnetrl(loyiToFnppirhnDtremecfilnrMarceettrai-eo)nsssshrettspases-iposstciheenthedecactnnmieaonitasnqibateaeutellhwrieatetatolreyeopsarbtrfrdeeemos3enfsgecDvuthtocrheee.hmplopawrmrpiniannseiettceirdaandcplgipmpapallisrreiatzoydcsepshhodetonierwntatomsienettd.shhtehTeuaahdssruteeeerpifdooasnscbioeibnttevaaodaeifsnmlveeetyaaaddtcre.ohirooifaunoltsfshttaehhareeephplianyFlybioucervrassiadte.liod3nDDineppprironostdeiutriocitsn
the integraHtieonnceo, tfhebocothntamct esucrhfaacenibsemtweoefn ethxetrlauyderesdbemcoomlteegnrepatlearswtihcerae nitdremduceecshtahenical pressing

during the p3oDrospityripnetricnegntapgreoacnedscso.ncTurhreentmly ianccrheainsees ttrhaenmsaltaertiealsstprernogdthu. cTthedneeswighnybaridnd ideas from
computer-a3dieDdvpeerldoinptmedreeinsstpsiogintencneti(baCel tttAoerbDem)ecocihmnatmnoiecracrlieaplarizolepdepratrineodsduausrecedtobinrtaaainpveiaddr.iloyusaasppliitcaatiobnlein ptroodu3cDt print highly

complex structures with cost-saving potential, minimal built time with acceptable quality.

In FDM, plastic filament becomes semi-molten through filament heating and later the

filament is extruded through the nozzle to form layers based on the slice geometry from

the CAD data. Most of the open source 3D printer utilizes FDM systems for the printing

processes due to the affordable price, ease of handling and user-friendly. However, the

strength of the 3D printed components manufactured from the open source 3D printer is

less superior compared to the commercial 3D Printer. Therefore, the new open source

hybrid 3D printer is introduced in order to improve the mechanical properties of the 3D

printed part. The result of tensile strength, porosity percentage and surface roughness

indicates significant effects when the hybrid process is used with the same parameters.

Fig 1. The New Hybrid 3D Printer

Fig 1. The New Hybrid 3D Printer
32 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

UTeM Commercialization Centre (UCC)

FiFgig1.1T. hTeheNeNwewHyHbyrbidrid3D3DPrPinritnetrer

FiFgig2.2C. oCmompapraisroisnonbebtewteweenenNoNromrmala3lD3DprpinritnetrearnadndHyHbyrbidrid3D3DPrPinritnetrer

Novelty & Inventiveness:
• Integration of both mechanism of extruded molten plastic and mechanical pressing during the 3D printing process. The
innovation allows the deposited material to be compressed along the process of the printing.
• Integrated and automated pressing system. The innovation enables the pressing mechanism operates automatically
during the printing process.
• Suitable for any types of open source 3D printer with simple modification.
Commercialization Potential
• Can be used as a tool to transfer ideas for personal use
• Component fabricator in small-medium industry
• Education tools at school and university.
• Can be a competitor to commercial 3D printer due to comparable strength.

UCC 33

UTeM COMMERCIALISATION CENTRE (UCC)
POSTER TEMPLATES FOR EXHIBITION-ITEX 2017

UTeM Commercialization Centre (UCC)

1 Product Title

SHIMLESS SHAFT MISALIGNMENT CORRECTION DEVICEPortable minimum quantity ablution system (POMQAS)

2 Principal Researcher (with image)
Mohd Shahir Bin Kasim

Dr. Mohd Shahir bin Kasim
[email protected]
3 CoT-eRceshenaroclhoegrsy Description
Over the past few years, billions of dollars were loss by industry worldwide due to misalignment of machinery problems.
HRaaRdjaoztlIeazyatimnAgsbhusaBhhaaRkftaarjaa,nMAdbudhmuaomllataohdr, SAayrkaemhawrulilAdAbezdlywulauRnsaeSzduankind, iM,inMudhouahsmdtarAydmtHroaankpirMmodidRuAoclim,eMesloithedel, glass, petroleum, electrical, the food we eat, and also
our transportation. Besides, everything around us are being influenced by rotating dynamic machinery. It has been revealed
4 Abtohsftartthacesnth/esPahwrfoat dfamtuliecgantncsDmuheresienncsrteispamptpiopaoneroat(twhras,itnehtofdifmihclaaioegvsneestitfdaoaekfvleiavpnielraraobymdleou)forcpetoiwcorenurc.tiaoTlhtrheoelemmdoautironinr-gfderiniavstetunarleleinqgufoiparnmdtehnseet.rfvoicointginmgascyhsinteermy. Pisrotpheer aalbiginlimtyent
of the footing system to do vertical and horizontal alignment to eliminate parallel and angular
CeslSesaetunndltiinaimeel sspissahraatislvoiegfanbCnemleeiamnenplnrionetrevtasewsna.tlheSpedarleratchehoanittsdhmintieooistnafvloaioglfoindtmIswinleaitghmnoticuostyrwWsaotlusredsohmuik'p.n.ToihsWwenuipndrauoss’btlaseisolmlfetaidfnsooutsnsdloewrlymdaomtoargeptuhemmpacohfinbereyaorvienrga hceorutasininpgesr.iod
dmpcaeeooinnrvnssfeectoclwtoroniaempf.uMpmaeMsesdoSeua.eootsscMo,w,rlihitmceioaisiponvsooaouetueilvnrsnriptcgeagpeilonnibaanrmolmrg,eglfteoettawwtmanhhanaetemciedtnaeacpiomrrllurupsooaundorsrbmntuasolleoedecdmfoayqstwfuodu.hoapscafaterenBtaftoxrttobciydtdilfeyusupaustcrriiisolieanstuninvibmagosreleduinttad.huta.uitoerTusTlinniltherrhigeoniaesosbwgmfylmceausarwttatateiiecotahsriimhnnctysee.iahnrfUloe(eabnPpirarstmyfOryatosougrMjfeptubreaueQsmlsrnietloAuafamobatSrnveerd)llecsyyste,iadhn,wsatueghuasesliefysscfeaoohdsooaytatisnihmngnugosagiyseissenty,atevsmemitbnoeriauamsnntitto,choneetf,,hasfibehhniaailigftnptyhcfriaooadifllbutulhlorereesa,msfbbodeiouladitetirnuiynpgrguiasnrtyncegshmdtaespsmhheiniraggatofhttutdhroee
dfoervsetihgrenticuahasalleisgracnntoodmmbhereionnwrgitiztthoocnbhatliaaknildndagbel,iregpnticyamnpviece.onaIittnddtwoeacdesa.lmiempTqiuihnnigpiasptoeerwdoptwiahlriletahrelloaenultswdauaontordereraamnctthigisvtueitlnya.oerzTfmzhfleeeiscatliigvnemneenstswohfertehtehepfooowtiengr styrsatnemsmisisisnisotanllefdroumnder
promxoimtoitmyr spoeuntmosoprr paotufthmbeepnaoritznzogleshthooaduefsttienacgtnsh.dumMraeonrdebuoovcdeye.r,tthhe prroodbulcetmis tshaaidttocecausrysadsuseemtbolym, eiassayligmnaminteenatnpcreo, bhilgehmd.urability and
high positioning accuracy. By installing the improved footing system, the problem during shaft alignment can be avoided.
This will ensure the effectiveness of the power transmission from motor pump to shaft and reduce the problem that occurs
due to misalignment problem.

Isometric view
Figure 1: Isometric view.

34 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

UTeM Commercialization Centre (UCC)

Figure 1: Isometric view.

FigureA2c:tAuacltupraoldpurcotduct

Novelty & Inventiveness:
• Shaft alignment between two machines can be made in short time, no measurement, calculation, graph paper required.
• Correction can be made in horizontal and vertical direction accurately.
• The product easy to use and require less training to perform alignment task.
• Correction can be made during operation.
• The product able to hold the machinery firmly, but flexible for misalignment correction.
Commercialization Potential
• For the use of rotating machinery in refinery plants.

UCC 35

1 Product Title

SpeUnTteTMeCaomLemaefrc-iaNliazatutiroanl CReuntbrbee(Ur CCCo)mposites as Sound Absorbing Material for
Household Application

2 PrincipSalpReFneastbeTraeircacahtLieoerna(fwM-itNahtaiemtruairagalelf)RorubHboeurseChoomldpoAspitpeliscaatsioSnound Absorbing
Professor Dr. Qumrul Ahsan

Prof. Dr. Qumrul Ahsan
[email protected]

Technology Description

3 Co-••R eARsEenCoaYvCerlLcsEhoDueWnrdAsaSbTsEoMrbAinTgERmIAaLteSria(Sl pfreonmt TSePaELNeTafT)EaAs LEAF with natural rubber latex binder
value added products.

Kyli• e WBSYeoNttneTrgHE,pTePIrCforFromIBfaE.nRIcre. Din rr.edSucivinagrnaooise, aPnMd eDnvirr.onAmzenmtaal pPolluuttiroans, D- Hr.IGSHLoYhPOTTiEaNkTIACLhTuOaRnE,PLPArCoEf.EXISTING
Ir. D•r . MAnJtiMFUNNGoALrAND TERMITE ATTACK

Product
4 Abstract/Product Description (with image if available)

 A novel sound absorbing material from SPENT
TEA LEAF with natural rubber latex binder

 RECYCLED WASTE MATERIALS (Spent Tea
Leaf) as value added products.

 Better performance in reducing noise and
environmental pollutions - HIGHLY POTENTIAL
TO REPLACE EXISTING SYNTHETIC FIBER

 Anti FUNGAL AND TERMITE ATTACK

N• oveBlitoyde&gArIanndvaabellneyteisvcoiesnfrei&esnsdA:ly pplication

• Alternative solution for (PU Foam/Glass Fiber) sound absorption panel materials
• Cost effective

Commercialization Potential
• In collaboration with Rubber Leisure Products Sdn. Bhd, Melaka, Malaysia For the use of SMI/SME industries,

architecture, automotive, home appliances (washing machine, vacuum cleaner, etc.).

36 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

POSTER TEMPLATES FOR EXHIBITION ITEX 2017

1 Product Title UTeM Commercialization Centre (UCC)

OTwRin+SpHindOle-MDillRingICLuLtter Adapter for Machining Thin-Wall Aerospace

Component

2 Principle Researcher (with image)
Raja Izamshah Bin Raja Abdullah (Assoc. Prof. Dr.)

Assoc. Prof. Dr. Raja Izamshah bin Raja Abdullah
[email protected]

Technology Description

3 CPoe-rRipehseeraarlcmheilrlsing of very flexible components with a large span ratio of height to thickness such as monolithic component is
a common manufacturing process in the aerospace industries. In such cases, the wall thickness of the part is further reduced
ISrda.uruNnerdoinnio,gorDartmrzh.izeMailolpByhrinodccoSAemamsmpsreaslunendasBdadiitninne,MgdDdttroh.ArMsoliu,ouDrhgfdarh.cSMaeholadehhindmirgHeBthaninydsziKoalenanysadilBmeein,xrpSrAoeybran,uhswriBvuhaelickAtahrzriwamlaanaknBedisnethrreorpNreCcispiroongrdaifmficvualtlidtoatmioanspterro.cTehses
resulting errors
which tends to

lower the productivity and difficulty in ensuring the component accuracy. To solve the problem with current technique, this
4 Apbrsotjeraccttp/ProropdouscetsDaestwcrinipstipoinnd(wleitmh iilmlinaggecuifttaevraaildaabplet)er to control the wall deflection. By employing this technique, the part

Dduerifnlegcatioronutcinaenobrtehocpoendticrosluargnedryh,ethneceprmincinipilme ibzieo-tmheechsaunrifcaaclepreorcreodrusr.e in repairing

and reconstructing bone fractures is done by drilling the bone, fixing and re-attaching the
separate parts together using screws, wires and plates. Such procedure is usually
performed manually with a hand-held surgical tool. Hitherto, the rate of success of these
surgeries varies significantly and often highly dependent on the surgeons’ skills. Tool
designers have always neglected this important factor in their designs. Common
scenarios of imprecise manipulations or deviations from normal drill axis can cause the
drill skidding across the bone surface. These maladjustments affect the hole accuracy,
which then lead to a localized temperature rise resulting a thermal necrosis on the soft
tissues surrounding the hole region. Many different surgical drill-bit designs and
geometries have been proposed over the years, each with its own claim of success.

Novelty/Inventiveness
• The developed product aim to solve the discrepancies with the current techniques in machining thin wall low rigidity part
by using a simultaneous twin cutter machining technique to control the wall deflection. A twin cutter adapter consists
of a set of gear arrangement design for transmitting the rotation of the machine spindle has been developed that suit
with the normal CNC machine spindle. A set of experimental work was performs to evaluate on the effectiveness of the
propose technique. From the conducted experimental work, the results indicated that the deflection of the thin wall part
can be neglected and hence minimize the surface errors since the same cutting forces acts on both opposite sides of
the wall surface. In addition, the proposed product able to increase the component accuracy and reduce the machining
time up to 50 percent as the wall structure are machined with one single pass compare with the current machining

technique.

Commercialization Potential
• Aerospace manufacturing industries and precision manufacturing industries.

UCC 37

POSTER TEMPLATES FOR EXHIBITION-ITEX 2017

UTeM Commercialization Centre (UCC)

1 Product Title

Smart SmartClothes Drying Clothes Drying System;System; Green Technology Adaptation Green Technology Adaptation

2 Principal Researcher (with image)
Syahrul Azwan bin Sundi @ Suandi

Syahrul Azwan bin Sundi @ Suandi
[email protected]

3 CToe-RchesneoalrochgeyrsDescription
Smart Clothes Drying System is a specially designed of mini movable closet with complete integrated smart system to utilize
MthuehawmamstaedhSeyaatfidkisJusimpaatlie,dMbayzracnonAdhemnsaidn,gRu. nIzitamofshsaphlitRr.eAsibddeunltlaiahl,aMirochodnSdhitaiohnirer for clothes drying purpose whilst using in
KtahseimnigahntdtMimoeh.dMFeaahnkwrihAillaeu, dinditnheKadsaiymtime the system is easily push-able to sun-lighting areas in order to utilize the sunlight
as well as the air flow as the two main drying agents just like our current conventional method of drying clothes today.

4 AFbusrtthraecrmt/Porroed, uthcet Dsoelsacrrpipatnioenl a(wttaitchhiemdaogne tihf eavtaoiplaobfleth) e closet is expected to harvest the energy from the sun to recharge
Stmhearmt aCilnotphoews eDrrysionugrcSey.sTtehme sisysatesmpeschiaallllyaduetosmignaetidcaollfymcilnoisemdovaanbdlesecclousreetdwthithe clothes once the water sensor triggered few
cdormopplleettes oifnrteaginrsa.teUdltimsmataerlty,sywsittehmthistoneuwtilliyzedesthigenewdassytestehmeamt akdeisssidpraytiendg cbloythes is now more flexible, energy saving and
ceoansdieenr stihnagnubneitfoorfes.plit residential air conditioner for clothes drying purpose whilst

using in the night time. Meanwhile, in the day time the system is easily push-able
to sun-lighting areas in order to utilize the sunlight as well as the air flow as the two
main drying agents just like our current conventional method of drying clothes
today. Furthermore, the solar panel attached on the top of the closet is expected to
harvest the energy from the sun to recharge the main power source. The
system shall automatically closed and secured the clothes once the water sensor
triggered few droplets of rains. Ultimately, with this newly designed system makes
drying clothes is now more flexible, energy saving and easier than before.

Novelty & Inventivenes5 s:Novelty/Inventiveness

• “Smart” integrated system – a“Sttmaacrht”edintwegitrahtewd astyesrtesmen–soatrtatcohesdewnisthewtahteer psreenssoerntto osfenrsaeinthderoplet in order to command the
whole system to secure the clportehseenst oinf sraidinedroplet in order to command the whole system to secure the
• Side doors design and transpScaliodrteehendstoinomsrisdaetdeersiiagnl -anidn turatnilsizpianregntnmatauterreialn-aimn eutliylizisngunn-atluigrehtnianmgelay nd air flow (wind) as the main

drying agents – sun-lighting and air flow (wind) as the main drying agents and control
• Bluetooth module
integratedBlwueittohotbhlumeotdouoleth– minteogdrautleed twoithimblupertooovteh msioddeuledtoooimrsproavcecseidsesdaoboirlsity

• Waste utilization – heat discharged by condensing unit of residential split unit air conditioner is channeled back into the

system for clothes drying purpose

• Green energy – solar powered energy to recharge the main power source whilst drying process taking place in the sunny

day

Commercialization Potential
• This prototype is absolutely the best to be used by any consumers out there with or without split air conditioner at home
especially to those who are working parents, living in urban residential area and who really want to save their pocket

money.

38 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY

UCC

UTeM Commercialization Centre (UCC)
40 READY TO COMMERCIALIZE TECHNOLOGY DIRECTORY