WO/2017/045088 FULLY-AUTOMATIC REGIONAL CITRATE ANTICOAGULATION MACHINE||WO||23.03.2017|
||PCT/CN2015/000643||XUE, Yingfeng||XUE, Yingfeng|
A fully-automatic regional citrate anticoagulation machine comprises a sampling portion, a sample injection portion, an assay and analysis portion, an administration portion, and a program control portion. The sampling portion extracts a blood sample on line and in real time and sends the blood sample to a blood sample storage purifier (22) for storage and purification. The sample injection portion conveys the blood sample in the blood sample storage purifier (22) to a sample loading slot (30) through a sample injection tube (12). The assay and analysis portion conveys, through a sample suction tube (13), the blood sample to an analyzer (14) for blood sample assay and analysis. The sampling portion, the sample injection portion, the assay and analysis portion and the administration portion are connected to the program control portion (15). The program control portion (15) controls, according to an internally-set program, operation of the sampling portion, the sample injection portion and the assay and analysis portion, and sends an instruction to the administration portion according to the data result obtained by the assay and analysis portion. The technical problems of dosage adjustment delays and high expense due to tedious and time-consuming manual calculation and operation steps in RCA methods of the prior art are resolved.
WO/2017/045089 HEAVY-LOAD AND HIGH-SPEED ROTORCRAFT WITH DUAL ROTOR DISKS||WO||23.03.2017|
||PCT/CN2015/000645||KANG, Jian||KANG, Jian|
A main rotor shaft 5 is mounted on each of the two sides of a rotorcraft body 1, comprising a rotor head, a total torque control device and a blade 4. The two rotor disks rotate in opposite directions. When the rotorcraft takes off, the blades 4 lift the rotorcraft off the ground, and a jet engine 8 drives the rotorcraft forward. When the lift of wings 6 and 2 can hold the rotorcraft, a propeller engine 10 stops working, such that the blades 4 rotate freely, whereupon the rotors work in a rotorcraft state. When high-speed flight is required, a damping brake device 9 is activated, the rotors 4 are fixed, and the jet engine 8 increases the jet power, thus realizing high-speed flight.
WO/2017/045090 MULTIFUNCTIONAL EMERGENCY LED BULB WITH STAND-BY POWER SUPPLY||WO||23.03.2017|
||PCT/CN2015/000678||HUANG, Zhao||HUANG, Zhao|
A multifunctional emergency LED bulb with a stand-by power supply. The bulb comprises a CC-CV control circuit, a battery charging and discharging protection circuit, a battery, a charging state display module, a UPS digital detection control circuit, an LED dimming circuit and an LED light-emitting source; the UPS digital detection control circuit is connected to the CC-CV control circuit, the battery charging and discharging protection circuit, the battery and the LED dimming circuit; the CC-CV control circuit, the battery charging and discharging protection circuit, the battery and the charging state display module are connected successively; the LED dimming circuit is connected to the LED light-emitting source; the CC-CV control circuit is connected to a mains power supply; a positive electrode end of the LED light-emitting source is connected to the LED dimming circuit; and a negative electrode end of the LED light-emitting source is connected to a UPS digital dimming control circuit via a triode Q1. A UPS digital detection control circuit enables an emergency LED bulb to have a flash light function, an emergency illumination function, a conventional illumination function and a brightness memory function when a lamp is turned off, i.e. the adjusted brightness can be memorized from when the lamp was turned off the last time, and automatic switching can be realized; and an LED dimming circuit can adjust the brightness of an LED light source, so as to satisfy the use requirements.
WO/2017/045091 PLASTIC AND FLANNELETTE-TYPE FABRIC COMBINATION DEVICE AND PROCESS||WO||23.03.2017|
||PCT/CN2015/000700||GUANGDONG JINMING MACHINERY CO., LTD.||WANG, Quan|
A plastic and flannelette-type fabric combination device comprises an unwinding mechanism and a winding mechanism. A negative-pressure roller (1) is disposed at the downstream part of the unwinding mechanism. A flow casting die head (2) is disposed right above the negative-pressure roller (1). The flow casting die head (2) is provided with a strip-shaped flow casting extrusion die opening (21). Multiple small air holes are formed in the peripheral wall of the negative-pressure roller (1). An inner ring wall (12) is disposed in the negative-pressure roller (1). Multiple separation sheets (13) are disposed between the inner ring wall (12) and the peripheral wall (14) of the negative-pressure roller (1). The separation sheets (13) separate an annular space between the inner ring wall (12) and the peripheral wall (14) into multiple strip-shaped air chambers (15). Each strip-shaped air chamber (15) forms an end face opening at the end face of the negative-pressure roller (1). A fixed arc-shaped chamber (3) is further formed. An arc-shaped opening of the arc-shaped chamber (3) is aligned with end face openings of part of the strip-shaped air chambers (15) in the negative-pressure roller (1). Further provided is a plastic and flannelette-type fabric combination process. Plastic and flannelette-type fabrics can be tightly combined, the combined plastic and flannelette fabrics are tightly bonded, the bonding force is high, and the combined plastic and flannelette fabrics are unlikely to be stripped.
WO/2017/045092 MOSQUITO KILLER LAMP||WO||23.03.2017|
||PCT/CN2015/000745||NINGBO DAYANG INDUSTRY AND TRADE CO., LTD||ZHENG, Jun|
A mosquito killer lamp comprises a lamp base (1), an illumination component (2), a mosquito killer device (3), a connection base (4), and a circuit board arranged in the lamp base (1) and comprising an illumination control circuit board (51) and a mosquito killer control circuit board (52). The illumination component (2) is arranged at a bottom of the connection base (4), and electrically connected to the illumination control circuit board (51). The mosquito killer device (3) is arranged in the connection base (4), and electrically connected to the mosquito killer control circuit board (52). The mosquito killer lamp can replace a conventional lamp for use in an original circuit without making any change to the original circuit and switch control, while having functions of killing mosquitos and lighting.
WO/2017/045093 PASSIVE REMOTE CONTROL SWITCH AND REMOTE CONTROL SYSTEM APPLYING THE PASSIVE REMOTE CONTROL SWITCH||WO||23.03.2017|
||PCT/CN2015/000929||HE, Zhaolong||HE, Zhaolong|
A passive remote control switch and a remote control system applying the passive remote control switch. The passive remote control switch comprises a housing and a button arranged on the housing, an encoding circuit and a transmitting circuit are further arranged in the housing, and an encoding signal generated by the encoding circuit is transmitted via the transmitting circuit; and further comprised is an electric energy conversion unit which is arranged in the housing and supplies power to the encoding circuit and the transmitting circuit; the electric energy conversion unit comprises a permanent magnet and an inductance coil, and head and tail ends of the inductance coil constitute an electric energy output end for supplying power to the encoding circuit and the transmitting circuit; when the button is pressed, the button drives the permanent magnet to generate a displacement, so that the inductance coil moves relative to the permanent magnet and vertically cuts a magnetic force line of the permanent magnet to enable the head and tail ends of the inductance coil to generate an induced electromotive force.
WO/2017/045094 METHOD AND TERMINAL FOR CONTROLLING NUMBER OF TOUCH PANEL REPORTING POINTS||WO||23.03.2017|
||PCT/CN2015/089488||HUAWEI TECHNOLOGIES CO., LTD.||CHEN, Yuanfeng|
Provided in the present invention are a method and terminal for controlling the number of touch panel reporting points, the method comprising: an MCU acquires interface area information of a current interface; the interface area information comprises a first mapping relationship between an identifier of every interface area and coordinate information of every interface area, and a second mapping relationship between an identifier of every interface area and reporting results corresponding to every interface area; the MCU receives reporting information reported by a touch panel TP processor, and on the basis of the first mapping relationship determines that a position of the current interface corresponding to the reporting information is positioned in a first interface area; and, on the basis of the identifier of the first interface area and the second mapping relationship, the MCU determines the reporting results corresponding to the first interface area. The method provided in the embodiments of the present invention reduces the power consumption of an AP, saving system resources.
WO/2017/045095 METHOD OF SEGMENT ROUTING IN RING TOPOLOGY AND ROUTER||WO||23.03.2017|
||PCT/CN2015/089498||TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)||ZHAO, Ke|
A method of routing packets in a network having a ring topology comprising receiving (102) a packet with an associated segment stack, wherein a top segment identifier in the segment stack being a direction segment identifier identifying direction of routing in the ring network. The method also comprises sending (104) the packet with the segment stack towards a destination node along the ring network. The method is performed by a router operative to perform segment routing based on the segment stack associated with the packet. A router for implementing the method is also disclosed.
WO/2017/045096 METHOD, APPARATUS AND SYSTEM FOR DEMODULATING UPLINK INFORMATION||WO||23.03.2017|
||PCT/CN2015/089502||HUAWEI TECHNOLOGIES CO., LTD.||SHAO, Jiafeng|
Provided are a method, apparatus and system for demodulating uplink information, relating to the technical field of communications.
After an MCS index is selected for a terminal device, fallback processing is performed on the MCS index according to a pre-set MCS index fallback exponent; the fallen back MCS index is indicated to the terminal device; frequency offset estimation is performed on the terminal device by means of a recorded historical frequency offset value; and after the frequency offset estimation, the terminal device is demodulated to send a PUSCH according to the fallen back MCS index.
A frequency offset value is determined by means of a pre-recorded historical frequency offset value, without determining the frequency offset value by increasing a DM-RS symbol in a TTI of 0.5 milliseconds, as in an existing method. The resource occupancy is thereby reduced, improving the data transmission efficiency and reducing the system overhead of a reference signal.
WO/2017/045097 MODULAR SNAP FASTENER AND FISHING TOOL SINKING ROPE ADOPTING SAME||WO||23.03.2017|
||PCT/CN2015/089513||HSIEH FOU FISHING TACKLES INDUSTRY CO., LTD.||YEH, Jui-Wen|
A modular snap fastener (140) and a fishing tool sinking rope (100, 200, 500) adopting the same. A module stringing core (110) is configured to string a plurality of sinking elements (130, 230, 330, 430, 530) at equal intervals. Each of the sinking elements comprises a main body (131, 231, 431, 531) having two ends connected jointly to a neck portion (132) and a terminal portion (133, 333, 433). The neck portion has a radial cross-sectional size less than a radial cross-sectional size of the main body and a radial cross-sectional size of the terminal portion. A covering woven rope (120) is interlaced to cover the module stringing core. The modular snap fastener comprises a bendable line (141) and a plurality of droplet-shaped hollow snap fastening members (142) connected to two ends of the bendable line (141). Each of The hollow snap fastening members comprises a U-shaped gap snap fastening slot (143) configured to fit the neck portion. Therefore, the sinking element and the modular snap fastener can be quickly assembled to form a string of the module stringing core serving as a center line of a circular knitting machine and woven to produce the fishing tool sinking rope, implementing automated production.