Innovation directory 4th edition

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engineering Easy Spray Gun For Industrial Liquid TECHNOLOGY DESCRIPTION This technology is an apparatus related to a linear motor operated spray gun which can be operated as an air spray gun. TECHNOLOGY FEATURES This technology employs a high volume low pressure (HVLP) air spray gun, an airless spray gun and an air assisted airless spray gun without dismantle the total system. The spray units can be rotated easily for easier spraying. The technology is more effective compared to the current available technology in market which uses pneumatic system. All the components are housed in a single gun body to ensure easy application. ADVANTAGES • The spray units can be rotated either side • Easy to handle • Contains three types of spray in one component. INDUSTRY OVERVIEW Prospect: Automotive Industry, Agriculture Industry, Furniture Industry, Aerospace and Defense Industry, Construction Industry Spray gun is a tool that uses compressed air from a nozzle to atomize a liquid into a controlled pattern. The spray nozzle operates by impinging high-velocity turbulent air on the surface of filaments or films of liquid, causing them to collapse to droplets with a wide range of sizes. The main regions of the spray gun industry includes North American, Europe and Asia, and the specific main players to be originating from the United States ,Germany ,Japan and China. There are about 468 suppliers of various spray gun types globally. The present invention relates to an apparatus of painting operation. More particularly the present invention links to a linear motor operated spray gun which can be used as an air spray gun, a high volume low pressure (HVLP) air spray gun, an airless spray gun and an air assisted airless spray gun without having to dismantle the total system. Among the market buyers for this product listed under SMEs database or other relevant are Automotive Industry (28 manufacturing and assembly plants), Agriculture Industry (355 companies), Furniture Industry (2400 companies), Aerospace and Defense Industry (87 companies), and Construction Industry (1558 companies). Prof. Dr. Ishak Aris Faculty of Engineering 83
engineering In-Field Oil Palm Fresh Fruit Bunch Picker TECHNOLOGY DESCRIPTION This technology is a single chassis machine system for in-field evacuation of randomly located cut oil palm fresh fruit bunches (FFB). TECHNOLOGY FEATURES This technology is applied on varied types of terrain conditions where picking, loading, collection and transportation tasks are embedded together within a single machine trip. It provides a machine system that could overcome labor shortage problems and increasing field returns by increasing both the labor and land productivities. ADVANTAGES • Continuous on-the-go operation without requiring the cut oil palm fresh to be laid closed to machine path. • Fully mechanized and automated for one man operation. • Safe labor cost INDUSTRY OVERVIEW Prospect: Palm Oil Industry Currently there are 5 million hectares of oil palm cultivation areas that need to be mechanized and the total dependency of 500,000 million of foreign forces for the plantations field operations that need to be reduced. Based on the present trend, a point will be reached when it may no longer be profitable for the plantation sector to accommodate further increases in labor cost. Hence, there is a need to maximize mechanization of estate operations to reduce labor dependence as well as cost of production. This product is a highly versatile and efficient single chassis machine system for in-field evacuation of randomly located cut oil palm fresh fruit bunches (FFB) on varied types of terrain conditions, where picking, loading, collection and transportation tasks are embedded together within a single machine trip. It allows continuous on-the-go operation without requiring the cut oil palm fresh to be laid closed to machine path, is fully mechanized and automated for one man operation, and is selfcontained and rugged and for all field terrain conditions. The product is seen to be viable for two main owners of palm oil plantations in Malaysia which are Sime Darby, and Felda Global Ventures Holdings (FGV). It is also possible to be relevant to the other 149 palm oil-based SMEs in Malaysia. Prof. Ir. Dr. Azmi Dato’ Yahya Faculty of Engineering 84
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CONTENTS FOREWORD AGRICULTURE Oil P
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CONTENTS EDUCATION Learning Outcome
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agriculture Oil Palm Fruit Bunch Ch
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agriculture Vaccine for Caseous Lym
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agriculture Electric Nose to Identi
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agriculture Eco-Friendly Fungicide
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agriculture Oil Palm Promoter Seque
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agriculture LABUsimsoft - A Softwar
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agriculture Agriculture Spraying Dr
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agriculture Smart and Low Cost Sens
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Biotechnology
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iotechnology A Green Method for Pre
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iotechnology An Improved Palm Oil R
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iotechnology A Green Method for Ext
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iotechnology A Greener Catalyst For
Page 34: iotechnology An Improved Method for
Page 37 and 38: food Natural Food Coloring from Man
Page 39 and 40: food Gluten-free Food Products From
Page 41 and 42: food All-Natural, Sweet And Low Cal
Page 43 and 44: food Production Of Antioxidant and
Page 45 and 46: health & medical A Composition for
Page 47 and 48: health & medical Phaleria Leaf Extr
Page 49 and 50: health & medical New Secodammarane
Page 51 and 52: health & medical A Novel Method of
Page 53 and 54: health & medical Biodegradable Poly
Page 55 and 56: health & medical A Rapid Diagnostic
Page 57 and 58: health & medical A New Formulation
Page 59 and 60: health & medical Cardiothoracic Sur
Page 62 and 63: Electric & Electronic
Page 64: electric & electronic Cheaper Singl
Page 67 and 68: ICT Geographic Information System (
Page 69 and 70: ICT KARE : Software Requirement ana
Page 71 and 72: ICT E-Merit Student / Resident Regi
Page 73 and 74: ICT Mobile Application for Watermar
Page 75 and 76: ICT An Adaptive Congestion Control
Page 77 and 78: engineering An artificial Smell and
Page 79 and 80: engineering Sesame Cracker Biscuits
Page 81 and 82: engineering Economical and No Hassl
Page 83: engineering Diverge Fluid Plane Das
Page 87 and 88: engineering I-Face System : IBS Fac
Page 89 and 90: education Learning Outcome Based Qu
Page 91 and 92: education Timber IBS Training Game
Page 94 and 95: Manufacturing Process
Page 96 and 97: manufacturing process Efficient Met
Page 98 and 99: manufacturing process A Simple Meth
Page 100 and 101: Environment
Page 102 and 103: environment Economical and Non-Toxi
Page 104 and 105: environment Development of Silver N
Page 106 and 107: environment Novel Solar Water Filte
Page 108 and 109: Halal
Page 110 and 111: halal Immunoglobulins Specific to P
Page 112: ACKNOWLEDGEMENT Special acknowledge
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