[CHEN, Vincent Wei-Kang, CHEN, Vincent Wei-Kang, LEE, Paul, CHEN, Vincent Wei-Kang, LEE, Paul, HECHT, Gregory M., CHEN, Vincent Wei-Kang, LEE, Paul, HECHT, Gregory M., CHEN, Erdi, CHEN, Vincent Wei-Kang, LEE, Paul, HECHT, Gregory M., CHEN, Erdi, CHEN, Jenny Chun-yi, CHEN, Vincent Wei-Kang, LEE, Paul, HECHT, Gregory M., CHEN, Erdi, CHEN, Jenny Chun-yi, CARRERA, Maria-Ines, CHEN, Vincent Wei-Kang, LEE, Paul, HECHT, Gregory M., CHEN, Erdi, CHEN, Jenny Chun-yi, CARRERA, Maria-Ines, COMMENT, Estelle Laure Myriam, CHEN, Vincent Wei-Kang, LEE, Paul, HECHT, Gregory M., CHEN, Erdi, CHEN, Jenny Chun-yi, CARRERA, Maria-Ines, COMMENT, Estelle Laure Myriam, CHU, Eric, CHEN, Vincent Wei-Kang, LEE, Paul, HECHT, Gregory M., CHEN, Erdi, CHEN, Jenny Chun-yi, CARRERA, Maria-Ines, COMMENT, Estelle Laure Myriam, CHU, Eric, HONG, Peter Jin, CHEN, Vincent Wei-Kang, LEE, Paul, HECHT, Gregory M., CHEN, Erdi, CHEN, Jenny Chun-yi, CARRERA, Maria-Ines, COMMENT, Estelle Laure Myriam, CHU, Eric, HONG, Peter Jin, ADAMS, Christopher John, CHEN, Vincent Wei-Kang, LEE, Paul, HECHT, Gregory M., CHEN, Erdi, CHEN, Jenny Chun-yi, CARRERA, Maria-Ines, COMMENT, Estelle Laure Myriam, CHU, Eric, HONG, Peter Jin, ADAMS, Christopher John, DIXON, Lucas Gill] 1600 Amphitheatre ParkwayMountain View, California 94043 Methods, systems, and apparatus are described for transferring application data between devices. In one aspect, a method includes causing, by a first service running on a first device, the first device to establish a wireless connection with a second device; receiving, from a second service running on the second device, data specifying applications that are installed on the second device and supported by the second service, each of the applications being separate from the second service; determining, by the first service, that a first application installed on the first device matches one of the applications installed on the second device, the first application being separate from the first sendee; receiving, by the first service, first application data from the first application; and causing, by the first service, the first device to send the first application data to the second service running on the second device using the wireless connection.

[KANG, Kejun 康克军, KANG, Kejun 康克军, CHEN, Zhiqiang 陈志强, KANG, Kejun 康克军, CHEN, Zhiqiang 陈志强, ZHANG, Li 张丽, KANG, Kejun 康克军, CHEN, Zhiqiang 陈志强, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, KANG, Kejun 康克军, CHEN, Zhiqiang 陈志强, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, LIU, Yaohong 刘耀红, KANG, Kejun 康克军, CHEN, Zhiqiang 陈志强, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, LIU, Yaohong 刘耀红, ZHANG, Jian 张健, KANG, Kejun 康克军, CHEN, Zhiqiang 陈志强, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, LIU, Yaohong 刘耀红, ZHANG, Jian 张健, GU, Jianping 顾建平, KANG, Kejun 康克军, CHEN, Zhiqiang 陈志强, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, LIU, Yaohong 刘耀红, ZHANG, Jian 张健, GU, Jianping 顾建平, LI, Qiang 李强, KANG, Kejun 康克军, CHEN, Zhiqiang 陈志强, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, LIU, Yaohong 刘耀红, ZHANG, Jian 张健, GU, Jianping 顾建平, LI, Qiang 李强, ZHANG, Duokun 张多坤] No .1, Tsinghua Yuan 中国北京市海淀区清华园1号, Beijing 100084Haidian DistrictBeijing 100084;2nd Floor, Block A, Tongfang Building 中国北京市海淀区双清路同方大厦A座2层, Beijing 100084Shuangqinglu, Haidian DistrictBeijing 100084 A method and system for checking goods. The method comprises the steps of: acquiring a transmission image of checked goods (S21); processing the transmission image to obtain a region of interest (S22); extracting features of the region of interest, and determining goods information about the checked goods according to the extracted features (S23); and based on the determined goods information and at least partial information in a customs declaration, giving recommended handling suggestions for the goods (S24). According to the method, the image discrimination personnel can be assisted of accurately judging whether the involved goods are allowed to pass or not.

[LI, Liang 李亮, LI, Liang 李亮, CHEN, Zhiqiang 陈志强, LI, Liang 李亮, CHEN, Zhiqiang 陈志强, KANG, Kejun 康克军, LI, Liang 李亮, CHEN, Zhiqiang 陈志强, KANG, Kejun 康克军, ZHANG, Li 张丽, LI, Liang 李亮, CHEN, Zhiqiang 陈志强, KANG, Kejun 康克军, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, LI, Liang 李亮, CHEN, Zhiqiang 陈志强, KANG, Kejun 康克军, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, XING, Yuxiang 邢宇翔, LI, Liang 李亮, CHEN, Zhiqiang 陈志强, KANG, Kejun 康克军, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, XING, Yuxiang 邢宇翔, XIAO, Yongshun 肖永顺, LI, Liang 李亮, CHEN, Zhiqiang 陈志强, KANG, Kejun 康克军, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, XING, Yuxiang 邢宇翔, XIAO, Yongshun 肖永顺, GU, Jianping 顾建平, LI, Liang 李亮, CHEN, Zhiqiang 陈志强, KANG, Kejun 康克军, ZHANG, Li 张丽, ZHAO, Ziran 赵自然, XING, Yuxiang 邢宇翔, XIAO, Yongshun 肖永顺, GU, Jianping 顾建平, ZHENG, Juan 郑娟] No.1, Tsinghua Yuan 中国北京市海淀区清华园1号, Beijing 100084Haidian DistrictBeijing 100084;2nd Floor,Block A,TongFang Building, Shuangqinglu, Haidian District 中国北京市海淀区双清路同方大厦A座2层, Beijing 100084Beijing 100084 A dual-energy ray imaging method and system. The method comprises: calculating the material mass thickness of an overlapped region of two materials using a calibrated curve surface fitting method; then decomposing a pair of pieces of original high and low energy data of a pixel into two sets of high and low energy data corresponding to the two materials; and finally, conducting a calculation to obtain decomposition results of different materials of each pixel. The method has the unique advantage that the problem of misrecognition of materials caused by forward and backward overlapping of the two materials can be eliminated, and the hierarchical imaging of various materials can be realized, thereby effectively improving the accuracy of substance recognition, reducing the false alarm rate and missing report rate, and having a very important significance on the application of same in fields such as safety inspection and customs anti-smuggling.

[KANG, Kang 康康, KANG, Kang 康康, CHEN, Shihong 陈世宏, KANG, Kang 康康, CHEN, Shihong 陈世宏, SHEN, Yue 沈玥, KANG, Kang 康康, CHEN, Shihong 陈世宏, SHEN, Yue 沈玥, WANG, Yun 王云, KANG, Kang 康康, CHEN, Shihong 陈世宏, SHEN, Yue 沈玥, WANG, Yun 王云, XU, Xun 徐讯] Main Building, Beishan Industrial Zone 中国广东省深圳市盐田区北山工业区综合楼, Guangdong 518083Yantian DistrictShenzhen, Guangdong 518083 Disclosed is a high-throughput detection method for a DNA synthesis product. The method comprises the following steps: respectively connecting multiple DNA components into cloning vectors and transforming them to screening strains to screen out clones connected to DNA components; respectively numbering the clones and culturing corresponding clone bacterial liquids; selecting and mixing clone bacterial liquids having the same number and extracting plasmids; connecting sequencing tags to construct multiple mixed sequencing libraries, different mixed sequencing libraries having different sequencing tags; performing high-throughput sample mixed sequencing to obtain a sequence of the DNA components; and comparing the sequence with a reference sequence to obtain a target DNA component having a set correct ratio in a DNA synthesis product. According to the method of the present invention, a high-throughput sequencing technology is applied to detection of a DNA chip synthesis product through a mixed library construction strategy, so that costs of product detection and correct product screening are reduced.

[KANG, Kejun 康克军, KANG, Kejun 康克军, GU, Jingyu 顾菁宇, KANG, Kejun 康克军, GU, Jingyu 顾菁宇, CHEN, Zhiqiang 陈志强, KANG, Kejun 康克军, GU, Jingyu 顾菁宇, CHEN, Zhiqiang 陈志强, LI, Jianmin 李荐民, KANG, Kejun 康克军, GU, Jingyu 顾菁宇, CHEN, Zhiqiang 陈志强, LI, Jianmin 李荐民, LI, Yuanjing 李元景, KANG, Kejun 康克军, GU, Jingyu 顾菁宇, CHEN, Zhiqiang 陈志强, LI, Jianmin 李荐民, LI, Yuanjing 李元景, LI, Yulan 李玉兰, KANG, Kejun 康克军, GU, Jingyu 顾菁宇, CHEN, Zhiqiang 陈志强, LI, Jianmin 李荐民, LI, Yuanjing 李元景, LI, Yulan 李玉兰, WANG, Dongyu 王东宇] No.1, Tsinghua Yuan, Haidian District 中国北京市海淀区清华园1号, Beijing 100084Beijing 100084;2nd Floor, Block A,TongFang Building, Shuangqinglu, Haidian District 中国北京市海淀区双清路同方大厦A座2层, Beijing 100084Beijing 100084 Disclosed in the present invention is a vehicle-borne inspection system, said system comprising: a chassis (1011), a rotatable mechanism (105) disposed upon the chassis (1011), a first radiation-emitting device connected to the rotatable mechanism (105) and used for emitting radiation, a first probe device connected to the rotatable mechanism (105) and used for receiving radiation emitted by the first radiation-emitting device, and a second radiation-emitting device connected to the rotatable mechanism (105) and used for emitting radiation. The rotatable mechanism (105) is able substantially to cause the first radiation-emitting device, the first probe device and the second radiation-emitting device to rotate around a vertical axis from a rest position to a working position. By means of the installation on a transport vehicle (101) of a plurality of imaging devices, a multi-point perspective image of an object can thus be obtained from a single scan.

[CHEN, Jin-Syung 陈进雄, CHEN, Jin-Syung 陈进雄, LIN, Pei-Chin 林培钦, CHEN, Jin-Syung 陈进雄, LIN, Pei-Chin 林培钦, CHIANG, Jui-Kang 蒋瑞康, CHEN, Jin-Syung 陈进雄, LIN, Pei-Chin 林培钦, CHIANG, Jui-Kang 蒋瑞康, GAN, Lai-Pheng 颜来平, CHEN, Jin-Syung 陈进雄, LIN, Pei-Chin 林培钦, CHIANG, Jui-Kang 蒋瑞康, GAN, Lai-Pheng 颜来平, LEE, Chin-Yin 李金颖, CHEN, Jin-Syung 陈进雄, LIN, Pei-Chin 林培钦, CHIANG, Jui-Kang 蒋瑞康, GAN, Lai-Pheng 颜来平, LEE, Chin-Yin 李金颖, NISHIMANIWA, Osamu 西间庭理, CHEN, Jin-Syung 陈进雄, LIN, Pei-Chin 林培钦, CHIANG, Jui-Kang 蒋瑞康, GAN, Lai-Pheng 颜来平, LEE, Chin-Yin 李金颖, NISHIMANIWA, Osamu 西间庭理, SUZUKI, Katsushi 铃木胜司] Room 804B, 8/F, Tower 1, Cheung Sha Wan Plaza, No.833 Cheung Sha Wan Road, KLN 中国香港特别行政区九龙长沙湾道833号长沙湾广场1期8楼804B室, Hong Kong 999077Hong Kong 999077 A maximum power point tracking device (2), and an assessment method for a solar cell module (10). A decline in maximum power point tracking efficiency within given conditions can be inhibited, and the output power of the solar cell module (10) is increased. The maximum power point tracking device (2) comprises: an MPPT control portion (3), capable of tracking the maximum power point with respect to voltage, current or power, and controlling the voltage, current or power corresponding to the maximum power point; an adjustment portion (4), capable of adjusting a load value of the MPPT control portion (3), when tracking the maximum power point, in correspondence with an action of the solar cell module (10) or an environment-related measurement value.

[GEE, Kyle, GEE, Kyle, WANG, Xin, GEE, Kyle, WANG, Xin, KANG, Hee, Chol, GEE, Kyle, WANG, Xin, KANG, Hee, Chol, CHEN, Aimei, GEE, Kyle, WANG, Xin, KANG, Hee, Chol, CHEN, Aimei, WU, Yexin, GEE, Kyle, WANG, Xin, KANG, Hee, Chol, CHEN, Aimei, WU, Yexin, HU, Yi-Zhen, GEE, Kyle, WANG, Xin, KANG, Hee, Chol, CHEN, Aimei, WU, Yexin, HU, Yi-Zhen, AGGELER, Robert, GEE, Kyle, WANG, Xin, KANG, Hee, Chol, CHEN, Aimei, WU, Yexin, HU, Yi-Zhen, AGGELER, Robert, LOW, Quentin] Attn: IP Department5791 Van Allen WayCarlsbad, CA 92008 Water-soluble, conjugated polymers containing one or more dibenzosilole monomer residues, as well as compositions, kits, and methods of making and using such polymers are disclosed. Also disclosed are dibenzosilole derivatives substituted with one or more water-solubilizing groups, and methods of making and using such derivatives to prepare water-soluble dibenzosilole polymers.

[KANG, Xiongbin 康雄斌, KANG, Xiongbin 康雄斌, CHEN, Fang 陈芳, KANG, Xiongbin 康雄斌, CHEN, Fang 陈芳, LIU, Ping 刘萍, KANG, Xiongbin 康雄斌, CHEN, Fang 陈芳, LIU, Ping 刘萍, XU, Huixin 徐惠欣, KANG, Xiongbin 康雄斌, CHEN, Fang 陈芳, LIU, Ping 刘萍, XU, Huixin 徐惠欣, LU, Jing 芦静, KANG, Xiongbin 康雄斌, CHEN, Fang 陈芳, LIU, Ping 刘萍, XU, Huixin 徐惠欣, LU, Jing 芦静, JIANG, Haojun 蒋浩君] Floors 7-14, Building No.7, BGI Park, No.21 Hongan 3rd Street 中国广东省深圳市盐田区洪安三街21号华大综合园7栋7层-14层, Guangdong 518083Yantian District, Shenzhen, Guangdong 518083 Disclosed in the present invention is a device for constructing distribution area of different combined genotypes of SNP site, comprising: construction unit of first area and second area for constructing the first area and the second area, wherein the first area is the distribution area of the first combined genotype of SNP site, and the second area is the distribution area of the second combined genotype of SNP site; construction unit of third area and fourth area for constructing the third area and the fourth area from the second area, wherein the third area is the distribution area of the first predetermined ratio AAaa SNP site in the second combined genotype of SNP site, and the fourth area is the distribution area of AAab SNP site in the second combined genotype of SNP site. Also disclosed in the present invention are a method for constructing distribution area of different combined genotypes of SNP site, a method and device for determining the fetal nucleic acid content from a pregnant woman sample.

[KANG, Sheng 康盛, KANG, Sheng 康盛, CHEN, Guofeng 陈国峰, KANG, Sheng 康盛, CHEN, Guofeng 陈国峰, WEI, Wei 魏伟, KANG, Sheng 康盛, CHEN, Guofeng 陈国峰, WEI, Wei 魏伟, ZHU, Yongzhong 朱永忠, KANG, Sheng 康盛, CHEN, Guofeng 陈国峰, WEI, Wei 魏伟, ZHU, Yongzhong 朱永忠, WANG, Jie 王洁] 2/F Baidu Campus, No. 10, Shangdi 10th Street, Haidian District 中国北京市海淀区上地十街10号百度大厦2层, Beijing 100085Beijing 100085 Proposed is a server. The server comprises a shell and a single server node of at least one server, wherein the single server node is placed in the shell. The single server node comprises a hard disk of a first size, a push-pull hard disk tray, a hard disk back plate, a mainboard and a node power allocation plate, wherein the hard disk of a first size is placed on the push-pull hard disk tray, and the push-pull hard disk tray has at least two layers; and each layer of hard disk tray is connected to the hard disk back plate using a telescopic cable, alternatively, each layer of hard disk tray is connected to the mainboard and the node power allocation plate using the telescopic cable, and the push-pull hard disk tray can achieve the hot plugging of the hard disk of a first size. The server can improve the space utilization rate of the server, and achieve the hot plugging of each layer of the hard disk.

[ZHANG, Hong 张鸿, ZHANG, Hong 张鸿, ZHANG, Yongtao 张永涛, ZHANG, Hong 张鸿, ZHANG, Yongtao 张永涛, TANG, Qi 唐启, ZHANG, Hong 张鸿, ZHANG, Yongtao 张永涛, TANG, Qi 唐启, CHEN, Hongbao 陈宏宝, ZHANG, Hong 张鸿, ZHANG, Yongtao 张永涛, TANG, Qi 唐启, CHEN, Hongbao 陈宏宝, YOU, Xinpeng 游新鹏, ZHANG, Hong 张鸿, ZHANG, Yongtao 张永涛, TANG, Qi 唐启, CHEN, Hongbao 陈宏宝, YOU, Xinpeng 游新鹏, WU, Xingfa 巫兴发, ZHANG, Hong 张鸿, ZHANG, Yongtao 张永涛, TANG, Qi 唐启, CHEN, Hongbao 陈宏宝, YOU, Xinpeng 游新鹏, WU, Xingfa 巫兴发, ZHENG, Hehui 郑和晖, ZHANG, Hong 张鸿, ZHANG, Yongtao 张永涛, TANG, Qi 唐启, CHEN, Hongbao 陈宏宝, YOU, Xinpeng 游新鹏, WU, Xingfa 巫兴发, ZHENG, Hehui 郑和晖, KANG, Xueyun 康学云, ZHANG, Hong 张鸿, ZHANG, Yongtao 张永涛, TANG, Qi 唐启, CHEN, Hongbao 陈宏宝, YOU, Xinpeng 游新鹏, WU, Xingfa 巫兴发, ZHENG, Hehui 郑和晖, KANG, Xueyun 康学云, WANG, Min 王敏, ZHANG, Hong 张鸿, ZHANG, Yongtao 张永涛, TANG, Qi 唐启, CHEN, Hongbao 陈宏宝, YOU, Xinpeng 游新鹏, WU, Xingfa 巫兴发, ZHENG, Hehui 郑和晖, KANG, Xueyun 康学云, WANG, Min 王敏, HUANG, Yue 黄跃] No.11 Jinyinhu Road, Dongxihu District 中国湖北省武汉市东西湖区金银湖路11号, Hubei 430040Wuhan, Hubei 430040 Disclosed is a glued joint connecting method for a steel-concrete composite beam of a cable-stayed bridge, in which beam body sections, which constitute a beam body and mate with each other, are prefabricated in a plant, during construction, lower steel structure parts (1) of adjacent beam body sections are fixed by means of welding, upper concrete plates (2) of the adjacent beam body sections are connected by means of gluing joints, such that on-site construction tasks can be reduced, construction quality is guaranteed, and the various members have a high standardization degree and industrialized degree.