WO/2015/109420 A METHOD OF PREPARING 3-FLUOROALKYL-1-SUBSTITUTED PYRAZOL-4-CARBOXYLIC ACID BY AIR OXIDATION||WO||30.07.2015|
||PCT/CN2014/000163||ABA CHEMICALS (NANTONG) LIMITED||LIN, Zhigang|
Provided is a method of preparing 3- fluoroalkyl-1-substituted pyrazol-4-carboxylic acid by air oxidation. The method uses 3-fluoroalkyl-1-substituted pyrazol-4-formaldehyde as raw material for reaction in a neutral or alkaline condition under the action of a catalyst and with air as an oxidizing agent, to obtain 3-fluoroalkyl-1-substituted pyrazol-4-carboxylic acid. The method employs a mild, safe and clean reaction, and is suitable for industrial mass production.
WO/2015/109466 METHODS FOR PREPARING AQUEOUS ICE-COVERING RESISTANT MONO-COMPONENT HYBRID COATING AND COATING LAYER THEREOF, AND USE THEREOF||WO||30.07.2015|
||PCT/CN2014/071162||INSTITUTE OF CHEMISTRY, CHINESE ACADEMY OF SCIENCE||WANG, Jianjun|
An aqueous ice-covering resistant mono-component hybrid coating mainly comprising a hybrid emulsion. Preferably, the hybrid emulsion is a nanoparticle-modified polymer emulsion. Also provided are a coating layer containing the coating, a method for preparing the coating, a method for coating the coating layer, and a method for forming an ice-covering resistant coating layer on the surface of a substrate.
WO/2015/109618 ELECTRONIC CIGARETTE||WO||30.07.2015|
||PCT/CN2014/072129||KIMREE HI-TECH INC.||LIU, Qiuming|
An electronic cigarette, comprising: a cigarette body (101) and a mouthpiece (102). An airflow sensor switch (109) is arranged within the cigarette body (101). A microcontroller is arranged within the cigarette body (101). An atomiser (103) arranged within the cigarette body (101) controls atomisation of a liquid within a liquid-storage cotton (104). A sound generator (105) is arranged on an outer surface of the cigarette body (101). A sensor switch (106) is arranged on the outer surface of the cigarette body (101). According to a first pulse signal, the microcontroller controls the atomiser (103) to operate, and the sound generator (105) to emit a sound, enabling a user to hear a corresponding sound during smoking, thereby improving the smoking experience.
WO/2015/109616 WIRELESS CHARGING SYSTEM FOR ELECTRONIC CIGARETTE||WO||30.07.2015|
||PCT/CN2014/072050||KIMREE HI-TECH INC.||LIU, Qiuming|
Provided is a wireless charging system for an electronic cigarette, comprising a wireless power receiving device arranged within an electronic cigarette and connected to a rechargeable battery of the electronic cigarette. The wireless power receiving device receives power wirelessly outputted by an external charging device, and outputs the received power to the rechargeable battery, thereby charging the rechargeable battery. Since the wireless power receiving device receives power wirelessly, it is not necessary to connect to the external charging device via electrodes. An electronic cigarette provided with the wireless power receiving device need only be placed within a wireless power transmission range of the external charging device for charging to be performed. The present invention is easy to use, and solves the problem in the prior art that electronic cigarette charging is inconvenient.
WO/2015/109627 STARTING DEVICE FOR INTERNAL COMBUSTION ENGINE||WO||30.07.2015|
||PCT/CN2014/072354||TAIZHOU EMSEIKI CO., LTD.||QIN, Jiming|
Disclosed is a starting device for an internal combustion engine, comprising a chassis (9), a rope sheave (1), an intermediate wheel (2) located above the rope sheave (1), and a starting wheel (3) located above the intermediate wheel (2), wherein an intermediate shaft (4) is provided on the chassis (9), the rope sheave (1), the intermediate wheel (2) and the starting wheel (3) are sheathed onto the intermediate shaft (4) in sequence, the rope sheave (1) is provided at the bottom with a reset coil spring (11), a one-way driving structure is provided between the rope sheave (1) and the intermediate wheel (2), a one-way structure is provided between the intermediate wheel (2) and the intermediate shaft (4), and a buffer structure is provided between the intermediate wheel (2) and the starting wheel (3). The starting device for an internal combustion engine enables the starting device to be effectively buffered when starting up, so as to prevent the starting device from rapid impact and damage; at the same time, the one-way structure can avoid the additional impact of the counter force of the internal combustion engine when the reset coil spring pulls the rope sheave to reset; and the starting device has a simple structure and production and assembly processes, and a stable operation.
WO/2015/109580 LED ENCAPSULATION METHOD||WO||30.07.2015|
||PCT/CN2014/071512||SHANGHAI REFOND OPTOELECTRONICS CO., LTD||PEI, Xiaoming|
An LED encapsulation method, comprising: manufacturing a transparent encapsulation film (1) or transparent glass sheet having recesses (11) in an array arrangement; filling the recesses (11) with fluorescent glue (3), wherein the amount of fluorescent glue filled into each recess (11) is a difference between the volume of the recess (11) and the volume of a flip chip (2) to be encapsulated; fixing the flip chip (2) into the fluorescent glue (3), and exposing a bottom electrode (21) of the flip chip (2) to form LED encapsulation sheets in an array arrangement; and dividing the LED encapsulation sheets in the array arrangement into a plurality of LED encapsulation monomers. According to the method, encapsulation of the flip chip (2) on the transparent encapsulation film (1) or transparent glass sheet is performed, the encapsulation body is only constituted by the flip chip (2), the fluorescent glue (3) and the transparent encapsulation film (1), and thus has the advantages of high reliability, saving materials, low cost and high productivity; no restrictions on the shape of a bracket facilitates large-scale integrated encapsulation; not having to separate the fluorescent glue reduces the manufacturing processing; losses such as interior scattering of photons in fluorescent powder can be reduced to facilitate improving product brightness; and not having to plate a gold-tin alloy layer on positive and negative electrodes of the chip saves cost.
WO/2015/109504 METHOD FOR ENGAGING A STEEL SHAFT END PIECE WITH ALUMINIUM PIPE FITTING||WO||30.07.2015|
||PCT/CN2014/071283||SAITO, Katsuo||SAITO, Katsuo|
Disclosed is a method for engaging a steel shaft end piece with an aluminium pipe fitting, comprising the steps of: firstly machining and forming a steel shaft end piece; secondly, inserting the steel shaft end piece into a through-hole of a hollow aluminium pipe fitting, wherein an outer end face of an annular groove of the steel shaft end piece and an outer end face of the hollow aluminium pipe fitting are located in the same straight line; thirdly, machining and forming a pressing member; and fourthly, pressing the pressing member against the aluminium pipe fitting in an axial direction of the steel shaft end piece such that aluminium in the aluminium pipe fitting is pressed into the annular groove of the steel shaft end piece, and then resetting the pressing member so that a product is obtained. With the roller-core structure formed by the method of the present invention, since a straight-bar steel shaft end piece is adopted, the coaxiality and precision thereof with the hollow aluminium pipe fitting are improved substantially; and by pressing a pressing member with an annular projection against the aluminium pipe fitting such that the aluminium in the end face of the aluminium pipe fitting is pressed into the steel shaft end piece with an annular groove, a close fit is formed for the hollow aluminium pipe fitting, and thereby the torsion strength and tensile strength of the product are increased.
WO/2015/109532 BATTERY HOLDER, ELECTRONIC CIGARETTE AND ATOMISATION CONTROL METHOD FOR ELECTRONIC CIGARETTE||WO||30.07.2015|
||PCT/CN2014/071380||KIMREE HI-TECH INC.||LIU, Qiuming|
A battery holder, an electronic cigarette and an atomisation control method for an electronic cigarette. The battery holder is used for being combined with atomisers (7) to form an electronic cigarette, and comprises a holder body (1) and a battery (4) installed within the holder body (1). At least two connecting portions (121) are provided on the holder body (1). Each connecting portion (121) is used for being detachably connected to each corresponding atomiser (7). A selection switch assembly used for being selectively electrically connected to one of the connecting portions (121) is also provided on the holder body (1). The selection switch assembly controls the operation of each atomiser (7). The present invention has the beneficial effect of enabling a user to smoke an electronic cigarette having electronic cigarette vapour with different flavours in the shortest time. In addition, the electronic cigarette is simple to operate, allows for easy selection, and is easy to assemble.
WO/2015/109417 ELECTRONIC DETONATOR BLASTING MANAGEMENT SYSTEM AND BLASTING CONSTRUCTION METHOD||WO||30.07.2015|
||PCT/CN2014/000073||BEIJING DXSMART TECHNOLOGY CO., LTD.||ZHANG, Wenyuan|
An electronic detonator blasting management system and a blasting construction method in the field of engineering blasting. The method comprises: inputting characteristic information to an electronic detonator by means of an electronic detonator characteristic reader-writer; after the electronic detonator is connected to an initiating branch and the initiating branch is connected to a network device, the network device calculating actual delay of the electronic detonator according to the characteristic information of the electronic detonator, and sending the actual delay to the electronic detonator; the electronic detonator stores the actual delay; a repeater providing a initiating voltage to the electronic detonator by means of the network device, and an initiator delivering an initiating instruction to the electronic detonator by means of the repeater and the network device; and after the electronic detonator receives the initiating instruction, the electronic detonator starting timing and initiating the blasting after the actual delay reaches. The system comprises an initiator, a repeater, a network device, an initiating branch, an electronic detonator, and an electronic detonator characteristic reader-writer. A blasting construction process is simplified, the efficiency of preprocessing before the blasting is improved, and the accuracy of the blasting is increased.
WO/2015/109418 PURIFIER HAVING FUNCTION OF WIRELESS REMOTE CONTROL||WO||30.07.2015|
||PCT/CN2014/000092||WU, Guoyi||WU, Guoyi|
Provided is an air purifier having the function of wireless remote view and control. The air purifier comprises: a database server, a wireless communication module, a storage module, an input module, and a power management module; the wireless communication module uses a built-in WiFi access module to communicate with a communication terminal utilized by a user via a wireless network; the database server controls the generating and receiving of remote control data of the wireless network; the power management module supplies electrical power resources for the whole system; the database server has a web site based on IIS; and the wireless terminal can be a mobile phone or a web browser on a computer etc. for visiting the site.