WO/2015/053718 LED HEADLIGHT STRUCTURE FOR MOTORCYCLE||WO||16.04.2015|
||PCT/TH2013/000055||HONDA MOTOR COMPANY LIMITED||KHEAWHORM, Sohnthaya|
To provide a LED headlight structure that visually conveys a modern or stylish appearance to an observer, the LED headlight structure is characterized in that: a headlight PCB(260) low beam and high beam headlight LED structures on at least one side of the motorcycle are mounted to one plate or in one plane such that high beam illumination is emitted at the inside of the motorcycle and low beam illumination is emitted at the outside of the motorcycle; an extension member (120) is positioned forward of the reflector assembly ( 140 ) and between a headlight case (104) and a headlight lens (102); and a window structure ( 122 ) configured for selectively passing portions of the low and the high beam illumination reflected by the reflector assembly is formed at the extension member (120).
WO/2015/053719 PERFORATED WRAPPING PAPER||WO||16.04.2015|
||PCT/TH2013/000058||SUPURTIPANISH, Rattanin||SUPURTIPANISH, Rattanin|
The gift wrapping paper with perforated lines is provided. The perforated lines consist of alternated series of small cuts and the paper surface remains intact. The perforated lines include small slits or small dots to allow tearing along the perforated lines. The perforated lines are made over the entire piece of paper. The perforated lines thus divide the paper into smaller pieces in various shapes including quadrilateral, triangular, geometric, free and/or natural shapes to allow folding without obviously visible folded lines once the wrapping paper is unfolded due to the fact that the paper is folded in the same direction as the previously form perforated lines. The number of wrapping steps is further decreased since there is no cutting tool is required in cutting the paper, yet it is possible to tear the paper along the perforated lines to immediately obtain the desired sizes. Additionally, the perforated lines on the wrapping paper also encourage gift recipients to more easily reuse the gift wrapping paper by tearing the paper along its perforated lines into desired sizes for further use.
WO/2015/050508 CONTROLLABLE PITCH PROPELLER||WO||09.04.2015|
||PCT/TH2013/000054||CHOMTONGDEE, Kitipan||CHOMTONGDEE, Kitipan|
A controllable pitch propeller assembly comprises a propeller assembly, a shaft assembly and a collar assembly. A hub (1) is reciprocally installed on a shaft (6) through splines (6a). A number of blades (3) on pivot shafts (4) around the hub (1) have internal crank pins (4a) held by associated transverse slots (5) on the shaft (6). A propeller collar (11) is connected to the hub (1) through a twin thrust bearings (10). Pitch control can be done by two structures. For the propeller control structure, the propeller will be connected to a fixed shaft, pitch control will be done by adjusting the propeller position on the fixed shaft through a reciprocal movement control mechanism connected to the propeller collar (l l).For the shaft control structure, the propeller collar (11) will be fixed to a shaft sleeve, pitch control will be done by adjusting shaft end position in the propeller by means of an extensible shaft.
WO/2015/047200 METHOD TO PRODUCE MOLDABLE AND CUSTOMIZABLE ICE CREAMS||WO||02.04.2015|
||PCT/TH2014/000046||ABU-ALI, Jareer Mansour||ABU-ALI, Jareer Mansour|
This disclosure describes a simple and cost effective method to make ice cream, and related frozen dairy and non-dairy desserts, with end-user controlled and variable texture, freezing rate, melting point and eating qualities without the use of traditional, home or industrial ice cream machines and a product made by this method. The process entails the creation of a stabilized food foam and then the incorporation of said foam into a stabilized serum base solution under near equilibrated osmotic pressure conditions at preset ratios resulting in easily controlled and variable solids content and overrun, and then freezing that product till desired hardness is achieved. The main execution of this process involves the use of dry powders that are transported and sold dry and then reconstituted by the end user before they are combined. The invention offers significant improvement over existing manufacturing method in terms of cost, convenience, and environmental impact.
WO/2015/047199 A BACTERIAL SURROGATE FOR TESTING OF ANTIMALARIALS: THYA KNOCKOUT, FOLA KNOCKOUT, FOLP KNOCKOUT, AND FOLK KNOCKOUT BACTERIA FOR TESTING OF INHIBITION OF ANTIFOLATE PATHWAY||WO||02.04.2015|
||PCT/TH2014/000045||NATIONAL SCIENCE AND TECHNOLOGY DEVELOPMENT AGENCY||SUWANAKITTI, Nattida|
In this invention, cell lines are created for enzyme inhibitory testing of inhibitors against Plasmodium falciparum DHFR-TS and HPPK-DHPS. Provided the complementing DHFR-TS and HPPK-DHPS have sufficient activities to support growth of the surrogates in un-supplemented medium, the same surrogates could be used for screening inhibitors of targets against other parasite and pathogen species e.g. Plasmodium vivax, Trypanosoma brucei, Trypanosoma cruzi, Toxoplasma gondii or Mycobacterium tuberculosis. The cell lines in this invention are Escherichia coli strain whose thyA, folA, folK, and folP genes were disrupted using genetic knockout coupled with elimination of antibiotic resistance markers. The thyA KO, folP KO, folK KO, thyAfolA KO, folKfolP KO, thyAfolAfolP KO, thyAfolAfolK KO and thyAfolAfolKfolP KO E. coli cell lines are easy and convenient for testing single and combination drugs as plasmids bearing complementing parasite genes can be introduced simply by transformation using standard antibiotic selection.
WO/2015/041615 HEIGHT ENHANCEMENT DEVICE FOR SHOES FOR ADDED HEIGHT||WO||26.03.2015|
||PCT/TH2013/000050||SRISUWANASORN Chaipruk||SRISUWANASORN Chaipruk|
The height augmentation device is composed of the body of the shoe (10) for containing the foot. The height adjustment base (20) serves to support the foot and push the heel upward to augment height. The end of the height augmentation shoe (30) and the heel of the height augmentation shoe (40) provide flexibility during placement into the body of the ordinary shoe to maintain a snug fit while connected by the body of the shoe (10), the height augmentation shoe base (20), end (30) and heel (40), respectively.
WO/2015/041616 AN AUTOMATICALLY CONTROLLED AIR CURTAIN DEVICE||WO||26.03.2015|
||PCT/TH2014/000038||LEENUTAPHONG, Apipu||LEENUTAPHONG, Apipu|
An automatically controlled air curtain device (100), comprising an air curtain housing (12), a fan set (11) locating in the air curtain housing (12), a motor (10) for driving the fan set (11), an electric power source for supplying to drive the motor (10), an electronic circuitry (5), a keypad (6) is in communicating with the electronic circuitry (5), and a set of electronic sensors (102) is in communicating with the electronic circuitry (5) for controlling the electric power source supplying to the motor (10).
WO/2015/041614 IMPROVED MANUFACTURING PROCESS FOR DIHYDROXYDIPHENYLMETHANE WITH HIGH SELECTIVITY FOR 2,4'- DIHYDROXYDIPHENYLMETHANE||WO||26.03.2015|
||PCT/TH2013/000049||ADITYA BIRLA CHEMICALS (THAILAND) LTD||DUBEY PRADIP, Kumar|
The invention relates to an improved manufacturing process for the preparation of high 2, 4 '-dihydroxydiphenylmethane, by a process involving reaction of phenol and formaldehyde, in the presence of an inorganic polyprotic acid. According to this process, the reaction conditions are selected to favour a high yield of dihydroxydiphenylmethane, with a relatively high concentration of the 2,4'-isomer, by using a relatively low molar excess of phenol than conventional methods.
WO/2015/034446 PROCESS OF AND APPARATUS FOR HARDENING STEEL SURFACE||WO||12.03.2015|
||PCT/TH2014/000041||THAI PARKERIZING CO., LTD.||BEPPU, Masaaki|
[Object] To provide a process of and an apparatus for hardening steel surface, for forming in a short time a steel material of a deep hardening depth, provided with a compound layer. [Solution] The invention comprises; a nitriding step HI for heating a steel material in a nitriding-gas atmosphere of an ammonia-gas content rate of 100 vol% and at a temperature Tl of 592-650°C by high-frequency induction heating, to form on the surface of the steel material a compound layer of high nitrogen concentration including, in a part or the whole thereof, a compound layer of more than 9-wt% nitrogen concentration; and a quenching step H2 for heating the steel material, which has been processed by the nitriding step, by high- frequency induction heating at a temperature T3 under vacuum, and then quenching, to form on the surface of the steel material a compound layer of the the ε phase of 6-9 wt%, or of the ε phase and the γ' phase of 6-9 wt%; wherein the temperature T2 of the steel material which has been processed by the nitriding step is kept to 350°C or higher, until the quenching step H2 is started.
WO/2015/034444 NEW OVERHEAD SELF-LAUNCHING LAUNCHING GANTRY SYSTEMS||WO||12.03.2015|
||PCT/TH2013/000044||NRS CONSULTING CO., LTD.||PEDRO BAE, Martin|
The overhead self-launching launching gantry comprises of - Main Girder (100) which is made of more than one plate in order to function as the principle bearing component for transferring the segment loads to the supports, - Front nose (110) which is connected to the front end of the main girder (100) and is designed to transfer loads to the support during launching. The said front nose (110) further comprises of hinge (120) between the said main girder (100) and the said front nose (1 10), - Rear Support (400) which provides support to the launching gantry during segments ' ' installation and launching. The said rear support (400) is adjustable for different span, - Front Support (410) which provides support to the said launching gantry during1 segment installation, the front leg and middle launching support's relocation and installation, - Front 'Leg (420) which provides' support to ' the launching gantry 'during launching operation, - Middle Launching Support (430) which provides support to the said launching gantry during launching operation, - Crane (700) which provides segment delivery into the correct position.