WO/2015/026223 END PLATE||WO||26.02.2015|
||PCT/MY2014/000018||ONG, Chin Chai||ONG, Chin Chai|
The present invention discloses a pair of identical top end plate (la) and bottom end plate (lb) for joining two separate spun piles by interlocking together at the top end plate (la) located at the bottom end of the first spun pile (16a) to the bottom end plate (lb) located at the top end of the second spun pile (16b) comprising of; segmental protrusions (8a, 8b) and segmental recesses (7a, 7b) with localised hot forged indentations (2a,2b) for the prestressed steel tendon (5a,5b) button head and seating (9a,9b); a 45 degrees rotation of the square openings (4) leading to a tapered square passageway formed by mating the tapered dovetail groove (14) of the top segmental protrusion (8a) with the bottom segmental recess (7b) and top segmental recess (7a) with the bottom segmental protrusion (8b); tapered square pins (3) corresponding to the tapered square passageways that can be jammed therethrough the square openings (4) to interlocked the end plates (la, lb); outer segmental side edges (10a, 10b) on the underside of the segmental protrusions (8a,8b) with a deep rectangular groove (6a,6b) that traverse the circumference on the outer side of the end plate (la, lb) such that it can embed the lip of the circular steel skirt (lla,llb), and a sloping edge (12a,12b) on the edges of the segmental protrusion(8a,8b) above the tapered square pins (3) to avoid compressing the dovetail groove during impact driving.
WO/2015/026225 BILAYER HYDROCOLLOID FILMS CONTAINING THERAPEUTIC AGENTS||WO||26.02.2015|
||PCT/MY2014/000222||UNIVERSITI KEBANGSAAN MALAYSIA||NG, Shiow Fern|
The present invention provides a bilayer hydrocolloid pharmaceutical film, suitable for use as slow-release dressing, containing a lower layer comprising glycerol, water-based solvents and a hydrogel-forming polymer, and a upper layer comprising glycerol, water-based solvents, a hydrogel-forming polymer and a therapeutic agent. The invention further includes a method of preparation of the pharmaceutical film and its use as mucosa surface dressing.
WO/2015/026224 A SYSTEM AND A METHOD OF PRODUCING GRANULATED SOLDER||WO||26.02.2015|
||PCT/MY2014/000220||UNIVERSITI MALAYSIA PERLIS||MOHD MUSTAFA AL BAKRI, Abdullah|
A system of producing granulated solder comprising a tank for storing molten solder; a drying chamber having a covered top and a bottom outlet for collecting granulated solder, in which the covered top is fabricated with apertures of predetermined number and size around the circumferential edge of the top; an atomiser attached to the top cover of the drying chamber, draining the molten solder to the drying chamber and produce molten solder droplets; an annealing apparatus having a first gas inlet connected to the drying chamber substantially adjacent to the top cover, injecting heated inert gas to the drying chamber to anneal the molten solder droplets; and a second gas inlet provided onto the drying chamber directing inert gas at ambient temperature at a portion relatively lower than the first inert gas inlet to quench and solidify the molten solder droplets, wherein the tank is being connected to the atomiser with a heated piping system.
WO/2015/023174 A STERILISATION SYSTEM FOR OIL PALM FRESH FRUIT BUNCHES||WO||19.02.2015|
||PCT/MY2014/000217||DOLPHIN APPLICATIONS SDN BHD||LOW Teck Yin|
The present invention relates to a sterilisation system with integrated programmable control of steam management and material handling thereof, the sterilisation system (10) comprises: a) at least one elongated vessel (20), the vessel (20) with only a single opening (22) through which FFB and/or loose fruitlets are received and discharged and the opening (22) provided with a lid (22a); b) a support frame structure (30) to support the vessel (20) either at rest or during rotation; c) a drive mechanism (50, 120, 130, 150) which is capable of delivering sufficient torque to move and hold steady an eccentric weight of the vessel (20) in a multiple of pre-determined positions between an oblique position with the opening (22) facing upwards and an oblique position with the opening (22) facing downwards; d) a lid pick and place mechanism (60) operable for removing and delivering the lid (22a) from and to the vessel (20) without hindering the rotation of the vessel (20); wherein sterilisation system (10) is provided with a computer or PC based controller to facilitate integrated lid movement with programmable multi-positional rotation of the vessel (20).
WO/2015/023173 LAMINATE COMPOSITION WITH ENHANCED PENETRATION RESISTANCE||WO||19.02.2015|
||PCT/MY2014/000046||LEMBAGA GETAH MALAYSIA||YONG, Kok, Chong|
The present invention relates to a composition which provides a material which is of high penetration resistance wherein the composition comprises rubber compound and natural plant fiber in particular of the wood fiber of Hevea sp. plant. The rubber compound can be of natural rubber or synthetic rubber or a combination thereof. The rubber wood fiber consists of at least 60% by weight of cellulose and the rubber wood fiber is further compressed using a pressing means to form sheets of fibrous layer ranging from 1.0 mm to 10.0 mm in thickness. The rubber compound of natural rubber or synthetic rubber or a combination thereof is further combined with vulcanization agents, vulcanization accelerators, vulcanization activators, fillers and chemical additives to form sheets of rubber compound layer ranging from 0.3 mm to 10.0 mm. The present invention also relates to a method in producing a laminate composition which comprises of both the rubber wood fiber layers and rubber compound layers. The rubber wood fiber layer and rubber compound layer are bonded alternately to form a laminate composition. The laminate composition comprising of multiple layers the rubber wood fiber layer and rubber compound layer is then compressed and heated to vulcanize the rubber compound and to cure the adhesive system.
WO/2015/020514 SEAWEED CULTIVATING SYSTEM||WO||12.02.2015|
||PCT/MY2014/000215||SIRIM BERHAD||MD IBRAHIM, Siti Musalmah|
The present invention discloses a system (1 ) for cultivation of marine algae such as seaweed seedling or the like, where said seaweed seedling is cultured in a predetermined weight in a basket, a plurality of said baskets are arranged in a spaced apart configuration in a body of water, said system (1 ) comprising a floating body (11) powered by an engine, said floating body (11) having a container (12) for stocking of said seaweed seedling; and a generator (13) and a mechanized dispensing means (14) for dispensing said predetermined weight of seaweed seedling into said baskets. The system of the present invention is made as such so that seaweed seedling can be dispensed into the basket manually or automatically.
WO/2015/016700 METHOD FOR PREPARING CATALYSST-ASSISTED POLYPYRROLE NANOPARTICLES DECORATED GRAPHENE FILM FOR HIGH-PERFORMANCE SUPERCAPACITOR||WO||05.02.2015|
||PCT/MY2014/000054||UNIVERSITI PUTRA MALAYSIA||LIM, Hong Ngee|
A method for preparing polypyrrole and graphene nanocomposite films includes the steps of: washing the graphite oxide solution for thickening the graphite oxide solution, creating a dispersion of the graphite oxide solution in a liquid, thickening the graphite oxide solution to form a graphite oxide gel, introducing at least one reagent into an one-compartment cell, providing a deposition solution and dipping it in the graphite oxide gel, stirring the deposition solution for a particular time period, reacting the at least one reagent to form polypyrrole within the deposition solution, providing a substrate, and applying an electric field across at least a portion of the deposition solution dipped in the graphite oxide gel for depositing at least one portion of graphene from the graphite oxide gel and the deposition solution on the substrate to form polypyrrole and graphene nanocomposite films.
WO/2015/016702 HAMMER WITH RATTAN HANDLE||WO||05.02.2015|
||PCT/MY2014/000212||CHAN, Heng Hui||CHAN, Heng Hui|
Hammers finished with rattan handle have characteristic of lightweight and flexibility to increase strength to weight ratio and increases the kinetic energy delivered to the target (ie: nails, concretes, bricks, stone, etc). Meanwhile, the flexibility characteristic of rattan absorb most of the vibration and backward forces come from the striked object.
WO/2015/016701 METHOD FOR PREPARING GRAPHENE-BASED CONDUCTING NANO-COMPOSITE FILM||WO||05.02.2015|
||PCT/MY2014/000055||UNIVERSITI PUTRA MALAYSIA||LIM, Hong Ngee|
A method for preparing graphene-based conducting nano-composite film includes the steps of, providing a graphite source and oxidizing the graphite source to form graphite oxide solution, creating a dispersion of the graphite oxide solution in a liquid, thickening the graphite oxide solution to form a graphite oxide gel, providing a deposition solution and dipping it in the graphite oxide gel, providing a substrate, and, applying an electric field across at least a portion of the deposition solution dipped in the graphite oxide gel for depositing at least one portion of graphene from the graphite oxide gel and the deposition solution on the substrate.
WO/2015/012678 METHOD AND MODULE FOR ENABLING CONTINUOUS ACCESS TO INTERNET WHEN PRIMARY NETWORK IS DISRUPTED||WO||29.01.2015|
||PCT/MY2014/000102||MIMOS BERHAD||UZAIRI, Rosli|
The present invention relates to a method for enabling continuous access to internet information and interactivity when primary network is temporarily disrupted, said method is characterized by providing a plurality of caching servers; clustering them into a group; selecting and converting one of the caching servers to become an access point; and the rest of the caching serves to become client caching servers; the access point gathers data from each client caching server and consolidates all the gathered data to form a complete data; synchronizing the data between the client caching servers within the group via the access point having the complete data by using a dedicated radio in addition to the existing network radio and WiFi radio; and each client caching server consolidates the received complete data with its own existing data to produce a duplicate copy of the complete data. The present invention also relates to a synchronization module for performing the aforesaid method.