WO/2015/088494 APPARATUS AND METHOD FOR THERMAL EXTRACTION OF METALS||WO||18.06.2015|
||PCT/US2013/074076||GLOBAL METAL TECHNOLOGIES LLC||BOYMAN, Vaughn, K.|
An apparatus and a method for removing metal from complex materials in a reactor chamber by using a plasma torch in a first opening of the chamber and a second opening near the first opening for entry of complex material and earner gas, the path of the complex material and carrier gas being along the same axis in relation to the major axis of the plasma torch, and said reactor chamber is surrounded by a secondary heating system. The plasma torch and reactor components are easily accessible as they are subject to wear due to high temperature.
WO/2015/085833 DIESEL LOCOMOTIVE CONTROLLER SELF-CHECK CIRCUIT AND METHOD||WO||18.06.2015|
||PCT/CN2014/089395||DALIAN LOCOMOTIVE AND ROLLING STOCK CO., LTD. CNR GROUP||GUAN, Minghua|
A diesel locomotive controller (ADLC) self-check circuit and method. In the ADLC, a PMW channel is connected to an FI channel, a DO channel is connected to a DI channel, and an AO channel is connected to an AI channel. A CAN bus channel of the ADLC is connected to a CAN bus channel of a host computer (PC), and an RS485 channel of the ADLC is connected to an RS485 of the PC. The ADLC sets, on the basis of a CAN message sent by the PC, the output of the PWM, DO, and AO channels, and then sends to the PC FI, DI, and AI check results via the CAN bus channel. The PC sends to the ADLC a life signal via the RS485, and, upon receiving said signal, the ADLC sends back the signal to the PC via the RS485, then the PC displays and compares the sent and received signals. Replacing current manual-check models, the present invention greatly improves check effectiveness and accuracy, while providing reliable testing means for controller malfunction diagnosis and repair.
WO/2015/085344 CYCLIST POWER LINK||WO||18.06.2015|
||PCT/AU2014/000134||ENVIROSHOWER PTY LTD||VOGEL, Jordan Walter George|
An apparatus for connecting a rider to a bike comprises a belt with a link at the front to a coupling on the bike frame which coupling allows hands free release of the link from the frame. A strap connected to the belt at one end and to a cable at the other end which has a ball bearing attached which engages a mating recess in the coupling such that the rider can disengage the cable by moving her body forward of the coupling.
WO/2015/081768 CONTROL METHOD FOR PREVENTING AUXILIARY ELECTRICITY GENERATION CIRCUIT OF INTERNAL COMBUSTION LOCOMOTIVE FROM OVER VOLTAGE||WO||11.06.2015|
||PCT/CN2014/089315||DALIAN LOCOMOTIVE AND ROLLING STOCK CO., LTD. CNR GROUP||GUAN, Minghua|
A control method for preventing the auxiliary electricity generation circuit of a diesel locomotive from over voltage. A reference voltage value is set for the auxiliary electricity generation circuit, an actual voltage value of the auxiliary electricity generation circuit is detected (1.4), the difference between the reference voltage value and the actual voltage value is put into a PI to be adjusted and calculated (1.5), and the calculation result from the PI is used for generating a PWM wave form to drive an auxiliary generator exciting current. The PWM duty cycle is detected (1.2). When the PWM duty cycle is greater than a preset value P%, the reference voltage value is adjusted (1.3), and the PWM output is limited (1.6). With the method, the problem of the over voltage of the locomotive auxiliary electricity generation circuit is solved, which is caused by promoting the rotating speed of a diesel engine when the diesel engine is rotating in low speed and an air compressor is working. The safety of an electrical system is ensured, and the needs for operating a locomotive are met.
WO/2015/078181 CARRIAGE OF DUMP TRUCK AND TRUCK||WO||04.06.2015|
||PCT/CN2014/081155||QIQIHAR RAILWAY ROLLING STOCK CO., LTD. DALIAN R&D CENTRE||HE, Baichuan|
Disclosed is a carriage of a dump truck, comprising a box body and a longitudinal center sill (7), wherein the box body is arranged on the longitudinal center sill (7), two ends of the box body are inclined end walls (1), and the end wall (1) comprises an upper end wall (11), a lower end wall (12) and a transition wall (13); the upper end wall (11) is located at the upper side of the longitudinal center sill (7), the lower end wall (12) is located at the lower side of the longitudinal center sill (7), the slope of the lower end wall (12) is greater than or equal to that of the upper end wall (11), the transition wall (13) is connected to the upper end wall (11) and the lower end wall (12), and the slope of a line connecting the upper and lower ends of the transition wall (13) is greater than that of the upper end wall (11). In a terminal unloading region, when goods pass the transition wall (13), the frictional resistance generated by the transition wall (13) is smaller than that generated by the upper end wall (11), so that the goods can obtain an additional downward acceleration which facilitates the goods to pass; and after passing the transition wall (13), the frictional resistance generated by the lower end wall (12) is less than or equal to that generated by the upper end wall (11) so that the acceleration facilitates smooth unloading of the goods. As compared with the prior art, the terminal unloading region has a better unloading effect.
WO/2015/080363 HIP SEAT CARRIER SET||WO||04.06.2015|
||PCT/KR2014/006810||I-ANGEL CO., LTD.||LEE, Jin-Seop|
A hip seat carrier set for use in holding an infant, comprising a carrier including a first supporting member capable of supporting an infant, and a shoulder band to be attached to the user's shoulders when the user puts on the carrier; hip seat separably coupled to the carrier, including a waist belt to be fastened around the user's waist, and for holding hips of the infant thereon; and a carrier blanket separably coupled to the carrier, and including a second supporting member capable of supporting the body of the infant, and a pelvis belt to be connected to a lower portion of the second supporting member and to be put on around the user's body to support the hips of the infant, wherein the hip seat or the carrier blanket is coupled to the carrier depending on a mode of usage, can be provided.
WO/2015/078306 STORAGE BOX||WO||04.06.2015|
||PCT/CN2014/091106||LEUNG, Ming Fuk||LEUNG, Ming Fuk|
A storage box, comprising a foldable box body (1) and a base plate (3) for supporting the box body; a flexible substrate (2) is disposed at the bottom of the box body (1); the base plate (3) is detachably disposed on the substrate (2); and the box body (1) is movably connected to an top plate (4) pressing against the base plate (3). When folded, the storage box is convenient to store, having a small footprint; and when unfolded, the storage box has a stable structure and good practicability.
WO/2015/074358 LARGE-TONNAGE NARROW AND LONG EXTERNAL FORCE TYPE BEND UNLOADING SKIP BUCKET||WO||28.05.2015|
||PCT/CN2014/074090||XUZHOU COAL MINE SAFETY EQUIPMENT MANUFACTURE CO., LTD.||ZHU, Zhencai|
A large-tonnage narrow and long external force type rail unloading skip bucket comprises an upper box body (1), a lower box body (2), a self-locking gate (6), and a gate opening apparatus. The upper box body (1) and the lower box body (2) are separately formed by fixedly connecting inner layer liner plates (10-1) and outer layer liner plates (10-2) into a whole by means of a plurality of pins (11). The upper portion of the upper box body (1) is provided with a loading port and a spillplate (4) for blocking coal in a process of coal loading. The lower box body (2) is provided with the self-locking gate (6) consisting of sector gate plates (6-1) and unloading idler wheels (6-2). The lower portion of the self-locking gate (6) is provided with a coal sliding apparatus (7). The upper box body (1) and the lower box body (2) are connected by means of a flange (5), and a steel channel (9) is welded to each of the outer wall of the upper box body (1) and the outer wall of the lower box body (2) in a surrounding manner. When the skip bucket is located at an unloading position, an external force telescopic push rod (13) pushes the unloading idler wheels (6-2) to move inside an unloading rail (12-1) of a sliding block (12) to open the self-locking gate (6), and the coal is unloaded along the coal sliding apparatus (7). Because the upper box body (1) and the lower box body (2) are reliably connected, the inner layer liner plates (10-1) are effectively and conveniently fixed and the self-locking gate (6) is reliably opened, the skip bucket can meet requirements of a large mine with a ten-million-ton scale.
WO/2015/075861 BUBBLING ELECTROLYZED WATER-GENERATING DEVICE AND AUTOMATIC CLEANING APPARATUS||WO||28.05.2015|
||PCT/JP2014/005181||TECH CORPORATION CO., LTD.||NAKAMOTO, Yoshinori|
[Problem] To be able to automatically clean an object to be cleaned using highly effective electrolyzed water by reducing the neutralization reaction that occurs during mixing when the generated gas is mixed with the electrolyzed water. [Solution] This automatic cleaning apparatus (1) comprises: an electrolyzed water-generating unit (8) for generating electrolyzed water by electrolyzing raw water to which an electrolyte has been added; a bubble-generating unit (9) for generating bubbling electrolyzed water by forcing the electrolyzed water to comprise microbubbles using the gas generated in the electrolyzed water-generating unit (8); a cleaning unit (4) for cleaning the object to be cleaned by spraying the bubbling electrolyzed water thereon; and a control unit (2) for controlling the spray timing and spray volume of the bubbling electrolyzed water.
WO/2015/075422 METHOD OF MANUFACTURING A GUIDE RAIL FOR A SCREEN||WO||28.05.2015|
||PCT/GB2014/053292||IDEAS BY DESIGN LTD||DIBBEN, Martin|
A method of manufacturing a guide rail for a zip-like guided screen, comprises: providing an elongate body (10) including a pair of spaced-apart walls (12, 14) defining a channel (18) therebetween, each wall (12,14) having a flange (20) projecting laterally into the channel (18) to define a neck region (22) of the channel (18); and plastically deforming the elongate body (10) to reduce the neck region (22) of the channel (18) from a first width to a second width such that the channel defines a keyway for receiving a zip-like retention device, the keyway having a profile which is maintained on completion of the plastic deformation and is configured to allow the zip-like retention device to slide in a first direction along the channel, and to resist movement in a second direction perpendicular to the first direction which would separate the zip-like retention device from the elongate body.