|1.||WO||WO/2014/129885 - METHOD FOR IDENTIFICATION OF MOLECULAR MARKERS LINKED TO HEIGHT INCREMENT||28.08.2014||
|PCT/MY2014/000020||MALAYSIAN PALM OIL BOARD||ONG, Pei Wen|
The present invention relates to a method for identifying a genetic marker linked to a trait locus of a plant comprising the steps of measuring phenotypic parameter of plant, developing and screening markers, and conducting data analyses to identify genetic marker. The marker relates to gene that suppresses level of auxin and associated with height increment.
|2.||WO||WO/2014/129884 - COMPOSITION WITH INHIBITORY EFFECT ON VIRAL INTEGRASE ACTIVITY||28.08.2014||
||PCT/MY2014/000019||MALAYSIAN PALM OIL BOARD||SAMBANTHAMURTHI, Ravigadevi|
Present invention relates to a composition comprising extracts from oil palm in preventing and treating viral infection and related diseases. The composition may be provided as compounds with pharmaceutically acceptable carriers, in effective dosage forms of solid, liquid, solution, nutraceutical, nutritional supplementary and suppository form. The composition may be administered orally and by intravenous.
|3.||WO||WO/2014/129883 - A REINFORCED PALLET||28.08.2014||
|PCT/MY2013/000257||DE FRAZER INTERNATIONAL SDN BHD||NG, Siang Ling|
The present invention discloses a pallet comprising a plurality of elongate base members (102) being spaced apart from one another at its long edges with a plurality of block structures (108) arranged one by one within and along the long edges of each base member (102) that the base member (102) carries a plurality of paired slits (106) and each slit (106) cuts into every block structure (108) at a predetermined length; and a plurality elongate deck units (101) perpendicularly disposed on top of the base members that each deck unit is defined by a first construct (103), with an n-shaped cross-sectional profile, sandwiched in between a pair of second constructs (104), with an inverted L-shaped cross-sectional profile, and each deck unit (101) has a conjoined horizontal flat surface and a pair of downwardly extending portions (105) formed by the contiguous first (103) and second constructs (104); wherein the paired vertical extending portions (105) of each deck unit (101) are slotted into the aligned paired slits (106) of each block structure (108) to link all the base members (102) with the deck units (101) together while the horizontal flat surface serves as a work surface.
|4.||WO||WO/2014/126453 - OUTDOOR LIGHT HARNESSING RENEWABLE ENERGY||21.08.2014||
|PCT/MY2014/000014||UNIVERSITI MALAYA||CHONG, Wen Tong|
An outdoor light  to harness solar and wind energy is described. The street light , comprises a pole , and a light source  fitted at the top part of the pole , characterized in that, a reflecting cover  shrouds the light source  and top part of the pole , said reflecting cover  is provided with solar panel  on top. A vertical axis wind turbine  is adapted between the reflecting cover  and solar panel . The wind turbine  comprises of a power augmentation guide vane  having guide vanes , an upper wall duct  and lower wall duct  inclined at an angle of 10 degrees to 80 degrees from the centre axis, said upper wall duct  is flared upwards and lower wall duct  is flared downwards.
|5.||WO||WO/2014/126456 - A METAL HYDRIDE BASED HYDROGEN STORAGE SYSTEM||21.08.2014||
|PCT/MY2014/000017||UNIVERSITI MALAYA||MAHIDZAL, Bin Dahari|
A metal hydride based hydrogen storage system providing passive ventilation using ambient air for cooling the canisters comprising of a frame structure (101) having a base (110); a pair of side frames (1 12,1 13) erected vertically from two opposing sides of the base (110); a plurality of corresponding spaced apart shaft members (1 1 1), running horizontally from edge to edge at each side frame, to define different levels inside the frame structure ( 101 ); at least two bars ( 1 14) connecting each corresponding shaft member (1 1 1) on the two side frame (1 12, 1 13) to form a platform accommodating canisters ( 106) at each level; and a plurality of U-bolts (1 15) fashioned to removably secure onto the bars (1 14) to fasten the canisters (106) onto the platform; a mounting plate (102) mounted on top of the frame structure (101) having a plurality of check valves (130), a plurality of pressure gauges (131) and a pressure regulator (134).
|6.||WO||WO/2014/126455 - A METAL HYDRIDE COMPRESSOR AND METHOD OF OPERATING THE SAME||21.08.2014||
|PCT/MY2014/000016||UNIVERSITI MALAYA||MAHIDZAL, Bin Dahari|
A metal hydride compressor comprising of two or more compression modules (101, 102), each of which comprising a plurality of gas tank (103 - 108) submersed in a cooling water tank or a heating water tank (109, 1 10) of a reversible heat pumping system so that at least one module, when being cooled, is absorbing hydrogen at low pressure while at least another module, when being heated, is desorbing hydrogen at a higher pressure. The water is directed to flow from water reservoir tanks ( 1 1 1, 1 12) to water tanks ( 109, 1 10) and then is directed to flow back to the original water reservoir tanks ( 111, 112) using three way valves (1 13, 117, 118, 121) to conserve energy needed for heating and cooling the water in the reversible heat pumping system.
|7.||WO||WO/2014/126452 - IGNITION COIL ASSEMBLY WITH TERMINALS CONNECTING INSERT||21.08.2014||
|PCT/MY2013/000030||LAM LUK MUI, Joe||LAM LUK MUI, Joe|
An ignition system comprises an ignition coil assembly (100) that supplies a high voltage electric current to a resistor-type spark plug (20). The ignition coil assembly (100) includes an ignition coil (140), a high voltage coil terminal (120), a terminals connecting insert (30) and an insulator (40). The terminals connecting insert (30) conducts the high voltage current from the ignition coil (140) to the resistor-type spark plug (20) by connecting the high voltage coil terminal (120) of the ignition coil (140) to the electrode terminal (22) of the resistor-type spark plug (20). The conductor core (32) of the terminals connecting insert (30) is formed of electrically conducting elongated fibres of carbon fibre or graphite fibre. A conductor supporting body stem (34) of the terminals connecting insert (30) forms an insulating and protecting layer around the outside of the fibre conductor core (32). The insulator (40) provides a passageway to house the high voltage coil terminal (120), the terminals connecting insert (30), the electrode terminal (22) and portion of the resistor-type spark plug (20). The insulator (40) can be detachable as a separate component from the high voltage coi l terminal (120) of the ignition coil (140) to form a detachable-insulator (42). The insulator (40) can be non-detachable from the high voltage coil terminal (120) to form a non-detachable-insulator (44). The non-detachable-insulator (44) is in a form of an integral part of an insulator (40) with the ignition coil (140).
|8.||WO||WO/2014/126454 - A PROCESS FOR PRODUCING HIGH OLEIC CONTENT LIQUID PALM OIL FRACTION||21.08.2014||
|PCT/MY2014/000015||MALAYSIAN PALM OIL BOARD||MAT DIAN, Noor Lida Habi|
A process for producing high oleic content liquid palm oil fraction wherein the process includes subjecting substantially moisture-free palm oil to heat resulting in molten palm oil, lowering the temperature adding catalyst into the molten palm oil to initiate directed interesterification reaction, subjecting the oil-catalyst mixture to react at directed interesterification temperature, deactivating the catalyst, removing the catalyst from the directed interesterified palm oil, purifying the catalyst-free directed interesterified palm oil, subjecting the purified directed interesterified palm oil, crystallizing the molten directed interesteritified palm oil form high oleic content liquid palm olein and high palmitic content solid stearin fractions and separating the high palmitic content stearin solid crystals resulting in high oleic content liquid palm oil fraction.
|9.||WO||WO/2014/123405 - A RUBBER COMPOUND FOR ELECTROSTATIC DISSIPATIVE RUBBER PRODUCTS AND METHOD OF PRODUCING THE RUBBER COMPOUND||14.08.2014||
|PCT/MY2014/000001||LEMBAGA GETAH MALAYSIA||YONG, Kok, Chong|
A rubber compound for the manufacture of electrostatic dissipative products comprising a rubber component derived from poly(butadiene-co-acrylonitrile), an electrically conductive filler component derived from sulfonic acid doped polyaniline, and an antioxidant, wherein the mixture comprising the rubber component, electrically conductive filler and antioxidant is vulcanised by exposure to electromagnetic radiation, and the vulcanised rubber compound possesses improved conductivity and tensile strength properties. A method for producing the rubber compound above comprising of providing a rubber component derived from poly(butadiene-co-acrylonitrile), an electrically conductive filler component derived from sulfonic acid doped polyaniline, and an antioxidant, then mixing the rubber component, electrically conductive filler and antioxidant together. The mixture is then moulded into a suitable shape and then subjected to an electromagnetic radiation to stimulate vulcanisation of the rubber mixture.
|10.||WO||WO/2014/123406 - A COMPOSITION FOR TREATING LEUKEMIA||14.08.2014||
|PCT/MY2014/000013||UNIVERSITI PUTRA MALAYSIA||ABDULLAH, Rasedee@Mat|
The present invention relates to a composition for treating leukemia. The composition comprises of effective amount of zerumbone and a pharmaceutically acceptable carrier characterized in that the carrier is a nanostructure lipid carrier. The composition is safe for administration in human body and shows enhanced bioavailability. The present invention also relates to a method for preparing the composition.