WO/2016/197361 METHOD FOR SPECIFIC KNOCKOUT OF SWINE GGTA1 GENE USING CRISPR-CAS9 SPECIFICITY, AND SGRNA USED FOR SPECIFICALLY TARGETING GGTA1 GENE||WO||15.12.2016|
||PCT/CN2015/081233||SHENZHEN SECOND PEOPLE'S HOSPITAL||CAI, Zhiming|
Provided is a method for using CRISPR-Cas9 specificity to knock out a swine GGTA1 gene, and an sgRNA used for specifically targeting the GGTA1 gene. The target sequence of the sgRNA for specifically targeting the GGTA1 gene conforms to 5'-N(20)NGG-3' sequence rules, N(20) representing 20 consecutive bases and N representing A or T or C or G; the target sequence in the GGTA1 gene is unique and is located at the 5 exon coding regions, or the junction with the adjacent introns, at the N end of the GGTA1 gene.
WO/2016/197354 CRISPR-CAS9 METHOD FOR SPECIFIC KNOCKOUT OF SWINE PDX1 GENE AND SGRNA FOR USE IN TARGETING SPECIFICALLY PDX1 GENE||WO||15.12.2016|
||PCT/CN2015/081226||SHENZHEN SECOND PEOPLE'S HOSPITAL||CAI, Zhiming|
A method utilizing CRISPR-Cas9 for specific knockout of swine PDX1 gene and an sgRNA for use in targeting specifically PDX1 gene. The target sequence on the PDX1 gene of the sgRNA targeting specifically the PDX1 gene complies with the sequence permutation rule of 5'-N(20)NFF-3', where N(20) represents 20 consecutive nucleobases, wherein each N represents either A or T or C or G; the target sequence on the PDX1 gene is located at either the first exon coding region at the N-terminus of the PDX1 gene or a junction with an adjacent intron; and the target sequence on the PDX1 gene is unique. The sgRNA is for use in the CRISPR-Cas9 method for specific knockout of swine PDX1 gene, allows rapid, precise, highly efficient, and specific knockout of swine PDX1 gene, effectively solves the problem of extended cycle and high costs for constructing PDX1 gene-knockout swine.
WO/2016/192044 METHOD AND APPARATUS FOR CELL CONFIGURATION||WO||08.12.2016|
||PCT/CN2015/080599||TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)||XU, Jiying|
Embodiments of the present disclosure provide a cell configuration method in a wireless network with a plurality of carriers. The method is performed at a base station of the wireless network. The method comprises generating a common cell from a first plurality of sectors at a first carrier of the plurality of carriers and identifying one or more high-traffic sectors from a second plurality of sectors at a second carrier of the plurality of carriers by monitoring a traffic volume of each of the second plurality of sectors. Each of the identified high-traffic sectors has the traffic volume higher than a predetermined threshold. The method also comprises generating one or more independent high-traffic cells from the one or more high-traffic sectors. The first plurality of sectors at least partially overlaps with the second plurality of sectors. Correspondingly, there is also provided an apparatus for cell configuration in a wireless network with a plurality of carriers.
WO/2016/183716 METHOD AND SYSTEM FOR IMAGE DEBLURRING||WO||24.11.2016|
||PCT/CN2015/079039||PEKING UNIVERSITY SHENZHEN GRADUATE SCHOOL||ZHANG, Xinxin|
Provided is a method for image deblurring, comprising the steps of: computing an intermediate imageL, wherein an edge region and a smooth region of an inputted image are marked and constrained to obtain the intermediate imageL; estimating a blur kernelk, wherein a salient edge having a scale greater than that of the blur kernelk is extracted from the intermediate imageL to calculate the blur kernelk; restoring the inputted image, wherein non-blind deconvolution is performed based on the inputted image and the estimated blur kernelk so as to restore the inputted image to a clear image. Imposing constraints on the edge region and the smooth region allows the obtained intermediate image to maintain the edge while effectively removing noises and ringing artifacts of the smooth region. Moreover, the use of the salient edge of the intermediate imageL to calculate the blur kernel enables a more accurate blur kernel estimation. Furthermore, performing non-blind deconvolution based on the inputted image and the estimated blur kernelk to restore the inputted image to a clear image achieves a desired deblurring effect.
WO/2016/183742 SURGICAL CLAMP APPLIER||WO||24.11.2016|
||PCT/CN2015/079092||HANGZHOU OPTACLA MEDICAL INSTRUMENT CO., LTD.||TAN, Renmu|
Disclosed is a surgical clamp applier, comprising: a body (10), the body being provided with a trigger, and the trigger having an actuating state and a release state; a clamp rod (20), starting to extend from the body, and jaws (30) are formed at the distal end far from the body; a track (23), the track being fixed in the inner cavity of the clamp rod along the axial direction of the clamp rod and extending to the jaws; a carrier (21), the carrier sliding along the track, wherein at least one surgical clamp is capable of being placed in the carrier, and the carrier is connected to the trigger; and a push plate (22), the push plate being arranged in a cavity formed between the carrier and the track and slidably cooperated with the carrier, the push plate abutting against the surgical clamp closest to the push plate, the push plate moving with the carrier and pushing the surgical clamp toward the jaws as the carrier moves toward the jaws along the track, and the push plate not withdrawing with the carrier or stopping withdrawing after withdrawing for a pre-set distance as the carrier withdraws toward the body along the track. An applier can realize stable clamp delivery, a surgical clamp cannot be deformed and get stuck, technological requirements are greatly decreased, and moreover, costs can be reduced.
WO/2016/183844 TRANSFERRING METHOD, MANUFACTURING METHOD, DEVICE AND ELECTRONIC APPARATUS OF MICRO-LED||WO||24.11.2016|
A transferring method, a manufacturing method, a device and an electronic apparatus of micro-LED. The method for transferring micro-LED, comprises: forming micro-LEDs(202) on a laser-transparent original substrate(201), providing an anisotropic conductive layer(203) on a receiving substrate(204), bringing the micro-LEDs(202) into contact with the anisotropic conductive layer(203) on the receiving substrate(204), irradiating the original substrate(201) with laser from the original substrate side to lift-off the micro-LEDs(202) from the original substrate(201), and processing the anisotropic conductive layer(203), to electrically connect the micro-LEDs(202) with the pads(205`) on the receiving substrate(204).
WO/2016/179746 MIDDLE DIVISION PIPE ASSEMBLY INCLUDING MULTIFUNCTIONAL ADAPTER||WO||17.11.2016|
||PCT/CN2015/078560||SHENZHEN ENVISEN INDUSTRY CO., LIMITED||LU, Yufei|
Disclosed is a middle division pipe assembly including a multifunctional adapter, which comprises a middle division pipe (1), which middle division pipe (1) comprises a pipe body (11) and a middle division spacer (12). The middle division pipe assembly including a multifunctional adapter further comprises an adapter plug (2) connected to the middle division pipe (1) and a functional accessory connected to the adapter plug (2), wherein the adapter plug (2) is provided with at least two middle division joints (21) connected between two middle division pipes (1); the adapter plug (2) is also provided with at least one water collection joint (22) for connecting the functional accessory; an adapter spacer (24) is provided inside the adapter plug (2); and the functional accessory is a water collection cup (3) or a filter (301) or a humidifier (302) or an automatic chemical feeder (303).
WO/2016/179804 METHODS AND DEVICES FOR BEAM SELECTION||WO||17.11.2016|
||PCT/CN2015/078802||TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)||SHI, Cong|
One embodiment of the present disclosure relates to a method for use in a terminal device. The method comprises : obtaining signal quality measurements of plural beams; and selecting at least one serving beam from the plural beams depending upon the obtained signal quality measurements and scheduling constraint information of the plural beams. The embodiments of the present disclosure also relates to relevant radio access node device. When selecting or reselecting a serving beam for a terminal device, the scheduling constrains applied on the beams/links can be taken into consideration, which may allow an mmW network operating the link-specific coordination to control the probability that a terminal device is served by a coordinated beam on constrained radio resources at a lower level as possible.
WO/2016/176962 WIRELESS COMMUNICATION DEVICE AND WIRELESS COMMUNICATION METHOD||WO||10.11.2016|
||PCT/CN2015/091750||ISOFT POWER TECHNOLOGY LTD.||LIU, Xin|
Provided is a wireless communication device, comprising: a verification module for performing identity verification on a user of the wireless communication device; a first access module for establishing a cloud service connection to a cloud service end of the user via a wireless communication network when the verification module successfully verifies the user; a second access module for establishing a short-range wireless connection to one or more external terminal devices; and a transmission module forwarding data between the external terminal devices and the cloud service end via the short-range wireless connection and the cloud service connection. In the embodiments of the present invention, one wireless communication device provides uniform access and verification processing of a could service for one user, so that there is a lower design requirement for various terminal devices of the user, and design and production costs of the terminal devices can be reduced, thereby facilitating user use.
WO/2016/172870 VIDEO MONITORING METHOD, VIDEO MONITORING SYSTEM AND COMPUTER PROGRAM PRODUCT||WO||03.11.2016|
||PCT/CN2015/077783||BEIJING KUANGSHI TECHNOLOGY CO., LTD.||YU, Gang|
The present disclosure relates to a video monitoring method, a video monitoring system and a computer program product. The video monitoring method comprises: acquiring video data collected by a video data collection apparatus; and based on pre-set scenario information and the video data, executing the determination and statistics of a monitored object in the scenario.