||WO||WO/2014/183243 - METHOD FOR PREPARING GRAPHENE MATERIAL AND USE THEREOF IN CHEMICAL ENERGY STORAGE AND/OR CONVERSION||20.11.2014||
||PCT/CN2013/074275||FUJIAN INSTITUTE OF RESEARCH ON THE STRUCTURE OF MATTER, CHINESE ACADEMY OF SCIENCES||WANG, Yaobing|
The present invention provides a method for preparing a graphene material and the use thereof in chemical energy storage and/or conversion. The method comprises the following steps: 1) adding graphene oxide into a dispersion medium so as to obtain a graphene oxide suspension; 2) spray-drying the suspension so as to obtain graphene oxide particles; 3) reducing the graphene oxide particles through an atmospheric reduction. Furthermore, the resulting material is applied as the electrode material of super capacitors, the capacity of which is able to reach 120 F/g. The method of the present invention can obtain porous micron-sized graphene particles in a macro amount. The graphene material of the present invention can be used as the electrode material of super capacitors, catalyst carriers or infrared optical materials.
||WO||WO/2014/183310 - TRAVEL SUITCASE||20.11.2014||
||PCT/CN2013/076730||JIN, Shasha||JIN, Shasha|
A travel suitcase. A case body frame thereof adopts an integrally formed structure, and comprises a side face (2) and a bottom face (1) made of hard plastic, and a top face made of a flexible material. Because a frame structure of the travel suitcase is made of a hard material, a high overall strength is ensured. An internal space can be used for loading goods that are easily to be crushed, for example, a fragile item. Whereas the top face is made of the flexible material. Strength thereof is low and a quality is small. An internal space can be used for loading goods that are not easily to be crushed. An entire travel suitcase has advantages of a high strength and a low weight.
||WO||WO/2014/183307 - END STAMPING MECHANISM||20.11.2014||
||PCT/CN2013/076120||ZHAO, Wei||ZHAO, Wei|
An end stamping mechanism, comprising: a frame (1), a die head (2), an adjustment block (3), an adjustable torsion rod (4), a stamping head (5), and two die head guide posts (6); an opening (8) is provided on the die head along the axial direction of the thread hole fitted to the adjustment block and the die head adjustable torsion rod; there is a certain distance between the two sides of the opening in its natural state; screw (9) is provided perpendicular to the opening; a tightness adjustment mechanism is provided on the die head between the adjustment block and the die head adjustable torsion rod; when it is necessary to rotate the die head adjustable torsion rod to adjust stamping head height, the tightness adjustment mechanism is loosened; after the stamping head height is determined, the tightness adjustment mechanism is tightened; this protects the thread of the die head adjustable torsion rod against damage.
||WO||WO/2014/183228 - DRIVE CONTROLLER OPERATING CIRCUIT, DRIVE CONTROLLER CHIP AND OPERATION METHOD THEREFOR||20.11.2014||
||PCT/CN2013/000569||CHANG WAH ELECTROMATERIALS INC.||TSAI, Wen-Kuei|
The present invention relates to a drive controller operating circuit, a drive controller chip and an operation method therefor. The circuit may include an input unit, a rectification and voltage stabilization unit, a drive unit, a switch unit and an energy storage unit. The input unit can receive an alternating voltage and rectify the alternating voltage to generate a direct voltage. The rectification and voltage stabilization unit can receive the direct voltage to start the drive unit to allow the drive unit to control the switch unit, and the energy storage unit can store energy by the turning on and off of the switch unit, the energy stored by the energy storage unit is released to drive a load, a voltage generated by the energy storage unit is fed back to the rectification and voltage stabilization unit for rectification and voltage stabilization so as to continuously provide a working voltage to the drive unit.
||WO||WO/2014/183304 - CHARGING CONNECTOR STRUCTURE||20.11.2014||
||PCT/CN2013/076083||TAILON TECHNOLOGY CO. LTD||CHEN, Zhirong|
A charging connector structure (100) comprises a charging circuit board main body, a load connecting end (20) and three contacts (30). The three contacts are all electrically connected to the charging circuit board main body and are in a same line. The load connecting end is electrically connected to the charging circuit board main body. The three contacts of the charging connecting structure are disposed in the same line, and features small occupancy space, simple processing, and low cost.
||WO||WO/2014/183305 - MOBILE POWER SUPPLY PLATE STRUCTURE AND THREE-CONTACT-TYPE CONTACT-TYPE CHARGING ASSEMBLY WITH STRUCTURE||20.11.2014||
||PCT/CN2013/076085||TAILON TECHNOLOGY CO. LTD||CHEN, Zhirong|
The present utility model discloses a mobile power supply plate structure. The mobile power supply plate structure comprises a substrate housing, a power supply input portion, an electricity storage apparatus, a position detection circuit, and a plurality of pole pieces. A plurality of pole piece clamping holes are disposed on an upper surface of the substrate housing, and the pole pieces are clamped in the corresponding pole piece clamping holes and are exposed on the upper surface of the substrate housing in a protruding manner. The plurality of pole pieces forms a longitudinally arranged first pole piece group and a transversely arranged second pole piece group, and a contact gap is formed between two adjacent pole pieces. The position detection circuit is disposed in the substrate housing. One end of the position detection circuit is electrically connected to an output end of the power supply input portion, and the pole pieces are electrically connected to the other end of the position detection circuit. An input end of the power supply input portion is electrically connected to the electricity storage apparatus. The mobile power supply plate structure is provided with the electricity storage apparatus, so that the mobile power supply plate structure can be portable, flexible and convenient. In addition, the present utility model also provides a three-contact-type contact-type charging assembly with the mobile power supply plate structure.
||WO||WO/2014/183230 - ELECTROMAGNETIC AIR FLUID PRESSURE REDUCTION AND PROPULSION APPARATUS||20.11.2014||
||PCT/CN2013/000575||JIA, Long||JIA, Long|
The present invention relates to an electromagnetic air fluid pressure reduction and propulsion apparatus, which is characterized in that it comprises a lift force bottom plate, a pair of electrodes, a magnet, more than two laser sources and several laser reflectors. A lower surface of the lift force bottom plate is connected to the magnet. One end of the lift force bottom plate is located on the magnet, and the other end extends outside the magnet along a direction of an incoming air flow. The two electrodes are arranged on two sides of an upper surface of the lift force bottom plate respectively. A relative position of the lift force bottom plate, the two electrodes, and the magnet is fixed. Several small holes are arranged on the two electrodes. Multiple multi-layer laser beams emitted by the each laser source pass through the small holes, and are transmitted between the two electrodes in a reciprocating way through the reflectors. By comprising the lift force bottom plate, the magnet, the electrodes and the reflectors, arranging one end of the lift force bottom plate on the magnet, and extending the other end outside the magnet, the present invention features a simple structure, and can effectively improve a lift force of the lift force bottom plate. The present invention can be widely used in areas such as aircraft, fire-fighting, entertainment and the like.
||WO||WO/2014/183248 - RECEIVING DEVICE AND OPTICAL SWITCHING NETWORK APPARATUS||20.11.2014||
||PCT/CN2013/075538||HUAWEI TECHNOLOGIES CO., LTD.||CAO, Shiyi|
The present invention provides a receiving device and an optical switching network apparatus. The receiving device comprises: multiple selection modules, quick optical switches separately connected to the selection modules, an output module connected to all the quick optical switches, and a receiver connected to the output module. The selection module is used for receiving a multi-wave optical signal, and selecting and filtering one segment of first optical signal within a preset time segment in the multi-wave optical signal, and sending the first optical signal to the quick optical switch. The quick optical switch is used for selecting a second optical signal from first optical signal filtered by the selection module, and transmitting the second optical signal to the output module. The output module is used for merging the optical signals selected by all quick optical switches into one path of optical burst signal, and sending the optical burst signal to the receiver. The receiver is used for performing optical-to-electrical conversion on the optical burst signal and extracting service data of an electric signal. By using the optical switching network apparatus comprising receiving device, the problem in the prior art can be solved that the capacity of an optical switching matrix is small or the switching speed cannot meet requirements.
||WO||WO/2014/183256 - CASHIER REGISTER DEVICE ALLOWING EVALUATION OF CUSTOMER SATISFACTION AND METHOD THEREFOR||20.11.2014||
||PCT/CN2013/075576||SINYA DIGITAL CORPORATION||LEE, Mingtsung|
Disclosed are a cashier register device allowing evaluation of customer satisfaction and a method therefor. The cashier register device allowing evaluation of customer satisfaction comprises a cashier register module and an evaluation module. The cashier register module is used for executing regular cashier register functions. The evaluation module is electrically connected to the cashier register module. When a satisfaction evaluation result is inputted by a user, the evaluation module commences to transmit an invoice printing signal to the cashier register module, thus allowing the cashier register module to print an invoice.
||WO||WO/2014/183263 - TRAIN CONTROL METHOD, AND APPARATUS AND SYSTEM THEREOF||20.11.2014||
||PCT/CN2013/075606||COORDINATE-SYSTEM TRANSPORT TECH. CO., LTD.||HOU, Mancang|
A train control method comprises the steps: an onboard processing unit receiving a train control command sent by a ground train control unit, the train control command comprising working condition level information; the onboard processing unit obtaining, according to the working condition level information, a digital value or an analogue value used for controlling a traction/braking unit; and the onboard processing unit controlling the traction/braking unit of the train according to the obtained digital value or an analogue value. The present invention also provides a train onboard processing apparatus and a train control system. The train control method, and apparatus and system of the present invention can effectively improve the operation security of a train control system.