WO/2016/145595 METHOD AND APPARATUS FOR DISCOVERING SOCIAL TIES BASED ON CLOAKED TRAJECTORIES||WO||22.09.2016|
||PCT/CN2015/074302||NOKIA TECHNOLOGIES OY||KOU, Qinli|
An approach is provided for discovering social ties among users based on cloaked trajectories. In a method, cloaked regions of a first trajectory of a first user and cloaked regions of a second trajectory of a second user are transformed to corresponding semantic regions, respectively, wherein a semantic region is expressed with a semantic meaning of a corresponding cloaked region. The transformed semantic regions are mapped into nodes of a hierarchical semantic tree, wherein each node of the hierarchical semantic tree corresponds to a semantic region. According to relationships between nodes mapped to semantic regions of the first trajectory and node mapped to the semantic regions of the second trajectory, social ties among the first user and the second user can be inferred.
WO/2016/145568 LTE-TDD CARRIER AGGREGATION ENHANCEMENT FOR HALF-DUPLEX UES||WO||22.09.2016|
||PCT/CN2015/074195||QUALCOMM INCORPORATED||ZHENG, Ruiming|
Enhancement of long term evolution (LTE) time division duplex (TDD) carrier aggregation for half duplex user equipments (UEs) is discussed. In one aspect of enhanced TDD carrier aggregation, the UE monitoring for a control signal indicating subframe configuration for each TDD cell of an aggregated set of TDD cells in the same band. The UE may determine the downlink subframes and receive downlink transmissions on such subframes based on the control signal. In another aspect, the UE compares the number of scheduled uplink and downlink subframes between the TDD cells in the same band to determine the downlink error-control messaging timing for each cell.
WO/2016/145564 SEALING SYSTEM FOR A GEARBOX OF A WIND TURBINE||WO||22.09.2016|
||PCT/CN2015/074189||GENERAL ELECTRIC COMPANY||LI, Rong|
A sealing system for a gearbox assembly of a wind turbine includes an air distribution pipe (62) having a plurality of nozzles (64) configured therein and an air supplying device (70). The air distribution pipe (62) is located at or near an opening (54,56) of a gearbox housing (38) of the gearbox assembly (30). The air supplying device (70) provides compressed air through the nozzles (64) so as to seal a gap between a shaft (34, 36) of the gearbox assembly (30) and the opening (34, 36) of the gearbox housing (38).
WO/2016/145572 METHOD OF COMMUNICATION BETWEEN NETWORK DEVICE AND TERMINAL DEVICE, NETWORK DEVICE AND TERMINAL DEVICE UTILIZING SAME||WO||22.09.2016|
A method of communication between a network device and a terminal device, wherein the network device stores information comprising a corresponding relationship between a link layer address and an IP address of the terminal device. The method comprises: acquiring, by the network device, a first link layer address; determining whether a count of IP addresses corresponding to the first link layer address in the information has reached a threshold, wherein the threshold indicates a maximum count of the IP addresses corresponding to the first link layer address that can be saved by the network device; if the count of the IP address has reached the threshold; selecting an IP address from the IP addresses corresponding to the first link layer address, the count of the selected IP address being less than or equal to the maximum count; saving the corresponding relationship between the first link layer address and the selected IP address; transmitting, according to the selected IP address, a message to the terminal device having the first link layer address, the message being configured to inform to the terminal device having the first link layer address whether an IP address of the terminal has been selected by the network device. The present invention can effectively alleviate insufficient cache in the network device, and reduce a packet loss in a communication process.
WO/2016/145580 ELECTRONIC DEVICE, PHOTOGRAPHING METHOD AND PHOTOGRAPHING APPARATUS||WO||22.09.2016|
An electronic device (100) provided in the embodiments detects, by means of a suspended touch screen (101), whether there is a suspension touch-control object on the suspended touch screen (101), and sends, when there is a suspension touch-control object on the suspended touch screen (101), a signal of at least one suspension touch-control point generated by the suspension touch-control object on the suspended touch screen (101) to a CPU (102). The CPU (102) determines a focus position according to the signal of at least one suspension touch-control point, and controls a first camera (103) to start focusing at the focus position. The suspended touch screen (101) detects a photographing operation on the suspended touch screen (101), and sends the photographing operation to the CPU (102). When receiving the photographing operation sent by the suspended touch screen (101), the CPU (102) controls the first camera (103) to execute photographing. In this way, the characteristics of the suspended touch screen (101) are fully used, and a high-quality photograph can be quickly photographed, thereby greatly improving the photographing experience of a user.
WO/2016/145612 ATOMIZING COMPONENT AND ELECTRONIC CIGARETTE||WO||22.09.2016|
An atomizing component and an electronic cigarette. The atomizing component comprises a mouthpiece component (1), an e-liquid storage component (2), and an atomizing core component (3). A first e-liquid storage cavity (22) used for storing an e-liquid is provided within the e-liquid storage component (2). An e-liquid filler opening is formed at an end opening of an extremity of the e-liquid storage component (2). An extremity of the mouthpiece component (1) is detachably connected at the e-liquid filler opening. When a button mechanism (4) is being pressed, a ventilation pipe (42) is separated from an atomizing cover (32), and the e-liquid in the first e-liquid storage cavity (22) flows into a second e-liquid storage cavity (34) of the atomizing core component (3); therefore, a user can allow a certain amount of the e-liquid to flow into the second e-liquid storage cavity (34) as required by self.
WO/2016/145566 DATA PARALLEL TRANSMISSION METHOD AND DEVICE||WO||22.09.2016|
The present invention provides a data parallel transmission method and device. The method comprises: a second AP receives an SYN-RTS frame sent by a first AP; according to the SYN-RTS frame, an antenna quantity of the first AP, an antenna quantity of the second AP and an antenna quantity of a second STA to be scheduled by the second AP, the second AP determines to send an SYN-CTS frame to the first AP; and the second AP schedules the second STA according to content indicated by the SYN-CTS frame, and the second AP and the first AP, in parallel, transmit downlink data. The method provided in an embodiment of the present invention can ensure gain of a data flow in a system.
WO/2016/145578 METHODS OF CANCER TREATMENT USING ACTIVATED T CELLS||WO||22.09.2016|
||PCT/CN2015/074227||SYZ CELL THERAPY CO.||ZHOU, Xiangjun|
Provided is a method of treating cancer in an individual using activated T cells induced by antigen presenting cells loaded with a plurality of tumor antigen peptides. Methods of preparing activated T cells are further provided. An isolated population of cells comprising activated T cells and compositions or kits useful for cancer immunotherapy are also provided.
WO/2016/145625 3D HAND POSE RECOVERY FROM BINOCULAR IMAGING SYSTEM||WO||22.09.2016|
||PCT/CN2015/074447||TANG, Xiaoou||TANG, Xiaoou|
Disclosed is an apparatus, a method and a system for constructing a 3D hand model from a binocular imaging system. The apparatus may comprise a retrieving device configured to retrieve a hand region from a stereo frame comprising at least a first image and a second image; a segmenting device in electrical communication with the retrieving device and configured to segment at least one hand part each having feature points from the retrieved hand region; an acquiring device electrically coupled with the segmenting device and configured to, for each segmented hand part, acquire a plurality of matched feature point pairs in which the feature points in the first image are matched with corresponding feature points in the second image; and a generating device in electrical communication with the acquiring device and configured to generate a 3D model of each hand part based on the matched feature point pairs of the hand part to construct the 3D hand model.
WO/2016/145627 A CONTINUOUSLY VARIABLE TRANSMISSION AND METHOD FOR CONTROLLING THE SAME||WO||22.09.2016|
||PCT/CN2015/074456||GM GLOBAL TECHNOLOGY OPERATIONS LLC||DUAN, Chengwu|
A continuously variable transmission (CVT) (14) includes a drive pulley (18), a driven pulley (20), and an endless rotatable device (22) coupled between the drive and driven pulleys (18, 20). The drive pulley (18) and the driven pulley (20) each include pulley teeth (19T, 21T), and the endless rotatable device (22) includes device teeth (22T). A controller (50) can control the operation of the CVT and can execute the following instructions: (a) receiving a torque request while the device teeth (22T) are mating with the pulley teeth (19T, 21T); (b) determining whether the torque request direction is opposite to the input torque direction; (c) determining whether a current clamping force applied by an actuator (28, 30) to the drive pulley (18) is sufficient to change the direction of the torque transmitted by the drive pulley (18); and (d) commanding the actuator (28; 30) to increase the current clamping force when the current clamping force is not sufficient to change the direction of the torque transmitted by the drive pulley (18).