WO/2016/068692 A FORMWORK ARRANGEMENT||WO||06.05.2016|
||PCT/MY2015/050135||O-STABLE PANEL SDN. BHD. ||KHOO, Tian |
A modular assembly for erecting formwork (10) to construct a concrete beam, comprising of a base formwork (14) and a pair of side formworks (16) assembleable to form a channel (41) to receive concrete, characterized in that the base formwork (14) comprises of at least one panel (11) with flanges (13), the side formwork (16) comprises of at least one panel (11A) with flanges (13A), at least a pair of brackets (20) to fasten the side formwork (16) against the base formwork (14) to provide a channel (41) to receive concrete, the pair of brackets (20) further includes a stopper means (22) to maintain a fixed distance (X) between each bracket (20) and a fastening means (24) to fasten the brackets (20) against side formworks (16) wherein the side formworks (16) bias against base formwork (14).
WO/2016/068691 A SYSTEM AND METHOD FOR ONTOLOGY MODEL PROCESS DRIVEN DECISION SUPPORT SYSTEM||WO||06.05.2016|
||PCT/MY2015/050133||MIMOS BERHAD ||CHEW, Yew Choong |
The system (100) and method (400) of the present invention provides a decision support system (DSS) 5 which utilizes open standards and information reuse that provides reusable solution for other open standard ontology system. The system's decision making process decouples the sub-systems in the DSS, processes, and data needed for deployment of a new decision making process, algorithms and supporting data without any modification to the system. The distinctiveness of the present invention lies in the following sub systems of the ontology model of the Decision Support System (DSS); Workflow Manager (104) for managing the workflow of a predefined solution; Data Integrator (110) for interacting with a variety of data from internal and external sources; Rule-based Inference Engine (106) for supporting automatic decision making based on pre-defined rules that interoperate with a range of rule-based reasoners in plug-and-play manner; and Algorithm Library (108) for processing customized algorithm to enable deployment of algorithms based on generic methodology defined in the Library without any modification of the ontology; algorithms are shared between heterogeneous implementers wherein each implementer is identified through a unique identification (ID) which is defined in the system; and a lookup directory is used to load and execute the algorithms in the Library.
WO/2016/068688 METHOD AND SYSTEM FOR UBIQUITOUS INTERFACE FOR LED DEVICES||WO||06.05.2016|
||PCT/MY2015/000086||MIMOS BERHAD ||PALAI, Smruti Santosh |
The present invention discloses a method and system for ubiquitous interface for Light Emitting Diode (LED) devices. The system comprises a configuration module (106) that further comprises a plurality of First-in First-Out (FIFO) modules (202), a control Finite State Machine (FSM) (204), a PWM register (206), an On/Off control switch (210), a Timer register (208), a power management register (206) and an interface logic module (212).
WO/2016/068690 METHOD AND SYSTEM FOR AUTOMATED SEMANTIC PARSING FROM NATURAL LANGUAGE TEXT||WO||06.05.2016|
||PCT/MY2015/050120||MIMOS BERHAD ||CHU, Benjamin |
The present invention discloses semantic parsing method for use in natural language processing of an input; the method comprising: performing an entity recognition for extraction of at least one entity (102); performing a coreference resolution to resolve referents (103); and performing a semantic analysis (104) to generate semantic structures. In one embodiment, the semantic analysis (104) comprises: performing a semantic pre-processing (104 A) for deriving at least one main root verb for retrieval of at least one corresponding linguistic structure and; performing semantic filtering (104B) for selecting the best linguistic structure and merging of semantic structure to represent the input.
WO/2016/068689 A SYSTEM AND METHOD FOR PERFORMING OPTICAL INTERFEROMETRY REFERENCING FOR OPTICAL SENSOR||WO||06.05.2016|
||PCT/MY2015/000091||MIMOS BERHAD ||MOHD HAFIZULFIKA, Bin Hisham |
The present invention relates to the sensing instruments and methods for measuring the phase measurement of an analyte more particularly, to a system and method for performing optical interferometry referencing for phase fluometric optical sensor. One of the advantages of the present invention is that the system and method provides optically the phase of the reference excitation signal at the same phase wavefront with the fluorescence excitation signal in the absent of the analyte. The method of the present invention utilizes interferometry technique to achieve a precision phase measurement. In addition, the system of the present invention engages safely the phase of excitation reference signal as the sensing system phase reference. The present invention further provides a considerable reduction of materials with even greater efficiency and economically during operation.
WO/2016/064264 MULTIPLEX PCR KIT FOR THE DETECTION OF PIG, DOG, CAT, RAT AND MONKEY DERIVED MATERIALS FOR HALAL AUTHENTICATION||WO||28.04.2016|
||PCT/MY2015/000085||UNIVERSITY OF MALAYA ||EAQUB, Ali |
The present invention discloses a multiplex polymerase chain reaction (Multiplex PCR) kit for multiple target detection in a single assay platform for Halal authentication. The Multiplex PCR kit disclosed according to the present invention comprises of five sets of forward and reverse specifically designed primers for DNA amplification to identify five meat species forbidden in Islamic foods such as pig, dog, cat, rat and monkey. In another embodiment, the multiplex PCR kit according to the present invention comprising five different sets of species-specific primers that specifically detect five different segments (108 to 172 bp) of three different mitochondrial genes of the said five species.
WO/2016/064265 METHODS AND APPARATUS FOR MECHANICAL SEPARATION OF CO2||WO||28.04.2016|
||PCT/MY2015/050134||PETROLIAM NASIONAL BERHAD (PETRONAS) ||RAHMAN, Fadhli Hadana B |
A method for the separation of liquid CO2 from a 2 phase feed stream, the process comprising the steps of: cooling the feed stream to a cryogenic temperature; expanding the cooled stream so as to further lower the temperature of the feed through expansion; mechanically separating the expanded stream, using a mechanical separator, into a gas phase and a liquid CO2 phase, and; venting the gas phase and outflowing the liquid CO2.
WO/2016/064263 METHOD OF ZERO KNOWLEDGE PROCESSING ON BIOMETRIC DATA IN DISCRETISED VECTOR REPRESENTATION||WO||28.04.2016|
||PCT/MY2015/000081||MIMOS BERHAD ||GOH, Alwyn |
The present invention provides a method comprising: encoding of a biometric vector-stream, as comprises a sequence of biometric vector-frames, during an authentication interaction between a client and a server sub-system, wherein encoding of any particular biometric vector-frame is different from any other biometric vector-frame in vector-stream of interest; secure transmission of such an encoded biometric vector-stream as originating from a particular user of interest operating the client to the server; and then decoding at the server of the encoded biometric vector-stream as received from the client; further comprising limitation in capability of server to undertake such decoding by subject to correct demonstration of private PKC credential corresponding to public credential stipulated by the user during the authentication interaction.
WO/2016/060540 A BIOMASS DRYER||WO||21.04.2016|
||PCT/MY2014/000254||UNIVERSITI MALAYSIA SABAH ||JIDON @ ADRIAN BIN JANAUN |
The present invention relates to a laterally aerated moving bed biomass dryer (100). The biomass dryer (100) comprises of a hollow main body (20) to provide a biomass bed; a receiver (10) at one end to receive biomass; an outlet at another end of the biomass dryer (100) to discharge dried biomass from the main body (20); at least one partially perforated inner tube (25) inside the main body (20) to distribute hot air into the biomass bed; a warm air outlet (21) to let warm air out from the biomass dryer (100) during a biomass drying process; and a movable plate (60) at the outlet. The at least one partially perforated inner tube (25) inside the main body (20) is attached to the movable plate (60) and moves together with the movable plate (60) when the biomass drying process takes place.
WO/2016/060541 OVERVOLTAGE PROTECTION||WO||21.04.2016|
||PCT/MY2015/000003||O.Y.L. TECHNOLOGY SDN BHD ||TAN, Ching Hau |
The present invention provides an overvoltage protection circuitry for a switching mode power supply (SMPS) DC BUS of an electrical appliance which comprises a field-effect transistor (Q01) to function as a switch for controlling electric current and regulating voltage from a power input supply, a zener diode (TVS1), a resistor (R02) for resisting current into the transistor that will gradually turn on the transistor when a sudden input voltage is higher than a threshold voltage of the zener diode, wherein the transistor will conduct current across the drain to the source of the transistor. An electrolytic capacitor (E01) is added across the transistor's gate and source to form a gate charging circuit to allow the switching mode power supply DC Bus to be slowly charged up.