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/2015/034444 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.
WO/2015/034445 GAS-BY-PASS CHECK VALVE WITH AIR-CUSHION RING GAP INSIDE FOR AIR-CONDITIONING OR REFRIGERATION||WO||12.03.2015|
||PCT/TH2013/000057||MATHURAPOJCHANAKUL, Adichai||MATHURAPOJCHANAKUL, Adichai|
To prevent undesirably gas-by-pass events occurred within an air-conditioning or refrigeration system, the invention proposes a gas-by-pass check valve device having an inside-mechanism creating an air-cushion ring gap, whereby the check-valve can be installed on the compressor or the air conditioning system or a cold producing refrigeration system, in particular, for a cold producing refrigeration system designed for making cold at less than -5 degree Celsius. At the time the compressor is in full function, the air-cushion ring valve (14 CI) according to the invention creates the air-cushion ring, so that an air pressure gap (14C1B) occurres between the upper cut-radius ring (14 C4.1) and the lower cut-radius ring (14 C4.2) while the air-cushion ring valve (14 CI) hopping up and down as long as the rhythm of the pressure of refrigerant in vapor state being pushed by the compressor (I) by supporting the pressing position controller (14C3) suspended in proper rank position above the by-pass valve controller (14D1.3). This event will keep the pressure management system in fully stable function, thereby preventing some unwanted effects. As a result, the pressure of the system is completely stabilized, preventing losses resulting of adverse gas by-pass in the refrigeration system. The maximum energy efficiency is used for all functions controlled by the pressure management system.
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/2015/026303 RADIO FREQUENCY SYSTEM AND METHOD FOR MITIGATING INFESTATION IN AGRICULTURAL CROPS||WO||26.02.2015|
||PCT/TH2014/000030||AGRICULTURAL RESEARCH DEVELOPMENT AGENCY (PUBLIC ORGANIZATION)||VEARSILP, Suchada|
The present disclosure relates to a radio frequency system for mitigating infestation in agricultural crops, as well as a method of an application of the system. The system comprises a treatment apparatus for treating the agricultural crops with radio frequency radiation. The system also comprises an outlet feeder for feeding the agricultural crops into the treatment apparatus. The agricultural crops flow vertically through the treatment apparatus after being fed therein. An advantage of the present disclosure is that the agricultural crops are continuously flowing through the system, such that the agricultural crops are subject to radio frequency radiation from the treatment apparatus as they vertically flow through the treatment apparatus. Another advantage is that there are lesser spaces within the agricultural crops due to the vertical flow, leading to more efficient use of the radio frequency radiation from the treatment apparatus.
WO/2015/026302 VERTICAL TAKE OFF AND LANDING UNMANNED AERIAL VEHICLE WITH TWIN YAW CONTROL SYSTEM||WO||26.02.2015|
||PCT/TH2013/000041||DEFENCE TECHNOLOGY INSTITUTE (PUBLIC ORGANIZATION)||PRAKORNKAEW, Pitak|
Vertical Take Off and Landing Unmanned Aerial Vehicle (VTOL UAV) with Twin Yaw Control System (TYCS). TYCS consists of auxiliary rotors (6) which are connected to the main rotor head frame. They acquire rotational forces from a gearbox (3) and control the movement of VTOL UAV to left- and right-directions as well as produce an anti-torque to counter the torque induced from the rotation of the main rotor (5) around the main rotor head (4) at certain rotational velocity until sufficient lift is created in vertical direction to lift VTOL UAV up and down in the air vertically. Apart from this, TYCS also helps balance the torque around the vertical axis created by the rotation of the main rotor (5). This results in the upright alignment of VTOL UAV parallel to the vertical axis at all times and therefore there is no need for a trim from external pilot or automatic flight control system while flying.
WO/2015/023235 COMET REDUCTION GEAR SHAFT ROTARY PISTON ENGINE||WO||19.02.2015|
||PCT/TH2013/000036||SUEBSINSKULCHAI, Yong Sak||SUEBSINSKULCHAI, Yong Sak|
A comet reduction gear shaft rotary piston engine consists of a triangular rotor (3) rotated in a rotor housing (1) and side housings (2). The comet reduction gear set comprises of two sets of internal engaging gears, wherein, the big set (4, 20, 5) and the small set (5, 6) are fitting uniquely together. The comet reduction gear shaft rotary piston engine has two systems of output shaft. The comet reduction gear shaft rotary piston engine has high thermal efficiency and reduces overall wear and tear of the engine.
WO/2015/020615 PLANT FOR COMPRESSING HYDROGEN OXYGEN AND CARBONDIOXIDE TECHNICAL FIELD||WO||12.02.2015|
||PCT/TH2013/000034||SAISUWAN, Bhornbhat||SAISUWAN, Bhornbhat|
A plant for manufacturing hydrogen and oxygen. The plant includes batteries, a tank for compressing and mixing hydrogen, oxygen and carbon dioxide, a double pump, a protection gas return unit, a centrifugal pump and a fuel cell manifold house. The PVC pipe is to circulate the gas by the centrifugal pump and serve as an entrance and an exit of the gas to batteries.