WO/2015/041513 A PRINTED CIRCUIT BOARD CONNECTOR||WO||26.03.2015|
||PCT/MY2014/000140||MIMOS BERHAD||KHAIRUL NAZRI, Abd Wahib|
The present invention relates to a device to connect two printed circuit boards (200) in series with waterproof solder-less characteristics. The present invention comprises a metal connector (100) housed in an elastomeric holder (300) which having a slot (300b) through the elastomeric holder (300) to receive the two printed circuit boards (200) from each end.
WO/2015/041514 AVERRHOA CARAMBOLA EXTRACT AND A METHOD FOR PRODUCING THE EXTRACT||WO||26.03.2015|
||PCT/MY2014/000235||FOREST RESEARCH INSTITUTE MALAYSIA||ABDULLAH, Zunoliza|
An extract containing an effective amount of a bioactive compound derived from Averrhoa carambola comprising soluble dietary fiber, soluble phenolics, soluble protein, acid-soluble lignin and sugar. The bioactive compound has galactoglucan residues as a major component and has an average molecular weight of about 11992 Da. The bioactive compound enables the extract to act as a cholesterol lowering agent suitable for use in the manufacture of a composition for reducing blood lipid levels. The extract is also suitable to be made into a health supplement or into food and beverage products. A method of producing a therapeutically effective extract derived from Averrhoa carambola of the present invention is also provided.
WO/2015/037981 OPTICAL FIBER FOR HIGHLY SENSITIVE DOSIMETER||WO||19.03.2015|
||PCT/MY2014/000238||UNIVERSITY OF MALAYA||GHAFOUR, Amouzad Mahdiraji|
The present invention discloses a method of fiber pulling that the output optical fiber can sense radiation dose with very high sensitivity. In a specific embodiment, the method comprising steps of applying temperature with or without vacuum pressure onto a preform during optical fiber fabrication to form collapsed air holes optical fiber. The collapsed or fused area made in the invented fiber increases radiation dose sensitivity. The output fiber is not limited to any specific diameter, shape, single mode or multimode. The method can be applied for any diameter size, any shapes (flat, circle, hollow or solid), single mode, multi-mode and micro structured optical fibers. Also, the method can be used for doped or undoped or combination of them. The invented fiber can be used for detecting irradiation dose using either thermoluminescence or photo luminescence approaches.
WO/2015/037980 ZERO LIQUID DISCHARGE PALM OIL CLARIFICATION PROCESS||WO||19.03.2015|
||PCT/MY2014/000233||MALAYSIAN PALM OIL BOARD||KANDIAH, Sivasothy|
A multi-step process for extracting palm oil (528) from a feed liquor (500) consisting of a mixture of oil, free water, bound water, suspended solids (includes fine and coarse fibrous solids and sand), dissolved solids and gums from prior processing steps in the palm oil extraction process, while achieving environmental compliance and reducing the carbon and water footprints. There is no highly polluting liquid effluent produced as a by-product that must be treated prior to discharge. In the new process, most (but not all) of the free water in the feed liquor is removed by evaporation (519), using oil in the feed to the evaporator as a fluidizing medium, to convert the effluent discharged from the clarification process from a liquid form to more easily disposable solid form (514). Removing most of the free water breaks oil/ water emulsions and leads to the gums becoming insoluble and forming a gel-like substance that readily precipitates from the oil. Removal of the gums from the evaporated liquor is achieved by a decanting centrifuge (513), using suspended solids in the feed to the decanter as a carrier for conveying the gums out of the decanting centrifuge. Various clarification plant configurations incorporating the abovementioned steps are possible using either two-phase or three- phase decanting centrifuges. In the simplest clarification plant configuration, the evaporation step precedes the decanting step and the suspended solids required for the removal of precipitated gums by the decanting centrifuge are present in the feed to the evaporator. To minimize the likelihood of evaporator fouling, it is advantageous if the decanting step (513) precedes the evaporation step (519), and the evaporated liquor (521) is either recycled completely, or recycled after separating most of the oil by using a settling tank (526), and mixed with the feed liquor (500) to facilitate removal of gums by the decanting centrifuge (513).
WO/2015/037978 AN ANATOMICAL MODEL||WO||19.03.2015|
||PCT/MY2014/000230||UNIVERSITI MALAYA||VICKNESWARAN, A/L Mathaneswaran|
This invention relates to a three-dimensional anatomical model (100) representing at least one actual anatomical structure comprising one or more anatomical region produced from an additive manufacturing technique using different materials each representing different anatomical regions, the anatomical region being configured by a three-dimensional conversion of a plurality of segmented medical images to simulate the actual anatomical structure captured in the segmented medical images.
WO/2015/037979 A LACTOCOCCAL BICISTRONIC VECTOR SYSTEM FOR GENE DELIVERY AND METHOD OF PREPARATION THEREOF||WO||19.03.2015|
||PCT/MY2014/000232||UNIVERSITY PUTRA MALAYSIA||MAT ISA, Nurulfiza|
The present invention provides a bicistronic vector system based on Lactococcus lactis plasmid DNA into which an eukaryotic promoter, a first gene to be transcribed by the promoter, internal ribosome entry (IRES), a second gene to be transcribed by IRES and transcription terminator signal are incorporated in said order downstream of each other. The invention also provides a method of preparation of such vector.
WO/2015/037973 A FACE IDENTIFICATION METHOD||WO||19.03.2015|
||PCT/MY2013/000167||DATA CALIBRE SDN BHD||LIM, Yong Thye|
The present invention relates to a method of identifying a face in a digital image (100), characterised by the steps of: detecting a face in a scene of an image; extracting at least one template from the detected face of the image; training the extracted template using an ensemble of classifiers for classifying the face into two classes of face and non-face template; converting the face template to a Greyscale image or Hue Saturation Intensity (HSI) image; resizing the converted face template to a consistent dimension; adjusting the resized face template for consistent brightness and contrast; extracting facial feature from the face template for discrimination; generating face descriptors using a transform matrix corresponding to the respective facial feature; and verifying the input facial feature by comparing generated face descriptors with registered face descriptors using a fusser between multiple classifiers for face identification; wherein the multiple classifiers is fused using an ordinal structure fuzzy module technique; whereby votes for each class are counted over the input classifiers and an output is chosen using the ordinal structure fuzzy module technique.
WO/2015/037974 PORTABLE BAGGAGE WRAPPER||WO||19.03.2015|
||PCT/MY2014/000103||WONG, Chee Hoe||WONG, Chee Hoe|
A portable baggage wrapper (10) comprising a housing (1) having an opening (8) with a means for removably mounting a roll of wrapping film (2) within the housing, means for removably mounting a roll of branding film (4) within the housing and a guide shaft (5) mounted within the housing for guiding the dispensation of the wrapping and branding films. The mounting means are arranged to position the rolls of wrapping and branding films for allowing the branding film to attach to the wrapping film when the wrapping film is unwound and dispensed to the opening of the housing for wrapping the baggage.
WO/2015/037975 SYSTEM AND METHOD FOR SELF-MAINTAINING THE CLOUD SYSTEM||WO||19.03.2015|
||PCT/MY2014/000143||MIMOS BERHAD||MOHAMAD, Zakaria Bin Alli|
The present invention provides a system and method for managing system maintenance of a plurality of hosts accessible by client devices (105, 107, 109) over at a cloud-computing network. The system provides a maintenance controller (110) having a migration agent (112) and an analyze agent (114) for supervising the maintenance task. Each host is deployed with a monitoring agent and a workflow agent (124) for monitoring the respective hosts activities and automating maintenance tasks when during the maintenance process.
WO/2015/037976 METHOD OF PRINTING ADVERTISEMENTS ON A POLYGONAL BOX||WO||19.03.2015|
||PCT/MY2014/000227||CHEAH, Xue Jieh||CHEAH, Xue Jieh|
A method is disclosed for printing messages on a polygonal box having a plurality of surface panels whereby a predetermined number of messages is designated to be printed for each of said plurality of panels. The method comprises firstly, identifying, from among said predetermined number of messages for respective panels, the first panel with the lowest number. This is followed by running the printing of the respective plurality of said panels in said lowest number of prints, and pausing printing upon reaching said lowest number for next step. Next is the step of reassigning said first panel which balance now equals zero, with a new input of a predetermined number of messages designated to be printed for said panel. Then, from balances of unprinted numbers of the remaining panels, the next panel with the remaining lowest number is identified. These steps may be repeated with new input.