[PAN, Weidong 潘卫东, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, HUANG, Lan 黄兰, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, HUANG, Lan 黄兰, LIANG, Guangyi 梁光义, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, HUANG, Lan 黄兰, LIANG, Guangyi 梁光义, ZHANG, Maosheng 张茂生, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, HUANG, Lan 黄兰, LIANG, Guangyi 梁光义, ZHANG, Maosheng 张茂生, LI, Tianlei 李天磊, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, HUANG, Lan 黄兰, LIANG, Guangyi 梁光义, ZHANG, Maosheng 张茂生, LI, Tianlei 李天磊, LOU, Huayong 娄华勇, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, HUANG, Lan 黄兰, LIANG, Guangyi 梁光义, ZHANG, Maosheng 张茂生, LI, Tianlei 李天磊, LOU, Huayong 娄华勇, HU, Zhanxing 胡占兴, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, HUANG, Lan 黄兰, LIANG, Guangyi 梁光义, ZHANG, Maosheng 张茂生, LI, Tianlei 李天磊, LOU, Huayong 娄华勇, HU, Zhanxing 胡占兴, LIU, Sheng 刘晟, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, HUANG, Lan 黄兰, LIANG, Guangyi 梁光义, ZHANG, Maosheng 张茂生, LI, Tianlei 李天磊, LOU, Huayong 娄华勇, HU, Zhanxing 胡占兴, LIU, Sheng 刘晟, CAO, Peixue 曹佩雪, PAN, Weidong 潘卫东, FENG, Yibin 冯奕斌, LIU, Yazhou 刘亚洲, WANG, Ning 王宁, HUANG, Lan 黄兰, LIANG, Guangyi 梁光义, ZHANG, Maosheng 张茂生, LI, Tianlei 李天磊, LOU, Huayong 娄华勇, HU, Zhanxing 胡占兴, LIU, Sheng 刘晟, CAO, Peixue 曹佩雪, RUAN, Jinghua 阮婧华] 202 Shachong South Road, Nanming District 中国贵州省贵阳市南明区沙冲南路202号, Guizhou 550002Guiyang, Guizhou 550002;Versitech Limited Room 405A, Cyberport 4, 100 Cyberport Road 中国香港特别行政区数码港道100号数码港四座405A室, Hong KongHong Kong Disclosed are a compound of general formula (I), a single stereoisomer thereof, a mixture of stereoisomers thereof, and a prodrug, pharmaceutically acceptable salt and metabolite thereof, X1, X2, X3, X4, R1, R2, x, y and z being as defined in the present invention.

[ZHU, Xi 朱曦, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, LI, Wei 李伟, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, LI, Wei 李伟, WANG, Wenzhu 王文伫] F6,Building No.4,Accelerator,No.18,East jialingjiang Street,Jianye District 中国江苏省南京市建邺区嘉陵江东街18号加速器04幢6层, Jiangsu 210019Nanjing, Jiangsu 210019 An assistant docking method and system for a vessel. The docking method uses a solar blind ultraviolet imaging method, and comprises: using at least two solar blind ultraviolet imaging modules to calculate, according to a light signal received from a solar blind ultraviolet light source array arranged in advance at a shore, the position and the attitude of the vessel relative to a shoreline of a berth of a port during a docking process. Further, when more than three solar blind ultraviolet light imaging modules are used, the precision of position and attitude data of the vessel is improved by using a normalized autocorrelation algorithm and a data fusion algorithm. By using the assistant docking method and system for a vessel, the problem in the prior art that the vessel has berthing difficulty in foggy weather and the problem in the prior art that pilotage and berthing devices for the vessel are greatly affected by weather, environment and the like can be remarkably solved.

[ZHU, Xi 朱曦, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, LI, Wei 李伟, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, LI, Wei 李伟, WANG, Wenzhu 王文伫] F6, Building No.4, Accelerator, No.18, East Jialingjiang Street, Jianye District 中国江苏省南京市建邺区嘉陵江东街18号加速器04幢6层, Jiangsu 210019Nanjing, Jiangsu 210019 An assistant docking method and system for a vessel. The method is characterized by comprising: determining information of the position of a vessel relative to a berth by using a solar blind ultraviolet imaging method; determining, by means of a GPS method, an attitude angle of the vessel relative to the berth by using at least two GPS receivers (112, 113), which can effectively allow a vessel to safely dock when the vessel is close to a shore in a case in which the visibility is very low; and further, integrating, by using a normalized autocorrelation algorithm and a data fusion algorithm, coordinate data and angle data received by a solar blind ultraviolet imaging module (103) and GPS signal receiving modules (112, 113), so as to improve the positioning precision. The assistant docking method and system for a vessel can remarkably solve the problem in the prior art that the vessel has berthing difficulty in foggy weather and the problem in the prior art that pilotage and berthing devices for the vessel are greatly affected by weather, environment and the like.

[YANG, Yue 杨越, YANG, Yue 杨越, LIU, Zelin 刘泽林, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, PAN, Feng 潘锋, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, PAN, Feng 潘锋, QIU, Li 邱力, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, PAN, Feng 潘锋, QIU, Li 邱力, WANG, Fei 王飞, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, PAN, Feng 潘锋, QIU, Li 邱力, WANG, Fei 王飞, WANG, Li 王力, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, PAN, Feng 潘锋, QIU, Li 邱力, WANG, Fei 王飞, WANG, Li 王力, WANG, Changfa 王长发, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, PAN, Feng 潘锋, QIU, Li 邱力, WANG, Fei 王飞, WANG, Li 王力, WANG, Changfa 王长发, XIAO, Dong 肖冬, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, PAN, Feng 潘锋, QIU, Li 邱力, WANG, Fei 王飞, WANG, Li 王力, WANG, Changfa 王长发, XIAO, Dong 肖冬, ZHAO, Yunxiao 赵云霄, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, PAN, Feng 潘锋, QIU, Li 邱力, WANG, Fei 王飞, WANG, Li 王力, WANG, Changfa 王长发, XIAO, Dong 肖冬, ZHAO, Yunxiao 赵云霄, ZHANG, Ming 张鸣, YANG, Yue 杨越, LIU, Zelin 刘泽林, ZHANG, Jian 张健, LIN, Hongjiang 林鸿江, JIANG, Shunlong 姜顺龙, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, PAN, Feng 潘锋, QIU, Li 邱力, WANG, Fei 王飞, WANG, Li 王力, WANG, Changfa 王长发, XIAO, Dong 肖冬, ZHAO, Yunxiao 赵云霄, ZHANG, Ming 张鸣, YI, Chen 易晨] 18th Floor, Science Building 中国广东省深圳市福田区上步中路科技大厦18层, Guangdong 518000ShangbuZhong Road, Futian DistrictShenzhen, Guangdong 518000;17th-19th Floor, Shenzhen Science Building 中国广东省深圳市福田区上步中路1001号深圳科技大厦17-19楼, Guangdong 518000No.1001 ShangbuZhong Road, Futian DistrictShenzhen, Guangdong 518000;24th Floor, Shenzhen Science Building 中国广东省深圳市福田区上步中路1001号深圳科技大厦24层, Guangdong 518000No.1001 ShangbuZhong Road, Futian DistrictShenzhen, Guangdong 518000 A comprehensive security response system and device for a multi-unit nuclear power base. The system comprises: a main server (11) and alarm sub-systems (12) of at least two units. The alarm sub-system (12) of the unit is used for generating an alarm signal and sending information about a position at which the alarm signal is generated to the main server (11), and is used for receiving an alarm linkage triggering instruction that is sent by the main server (11) according to the information about the position at which the alarm signal is generated and executing a corresponding linkage action according to the alarm linkage triggering instruction. The main server (11) is used for receiving the information about the position at which the alarm signal is generated and sending a corresponding alarm linkage triggering instruction. The main server (11) is further used for storing personnel information of the at least two units, so that personnel of the at least two units can be counted during evacuation. The security of a multi-unit nuclear power plant can be improved.

[HUANG, Jun 黄俊, HUANG, Jun 黄俊, QIU, Li 邱力, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, JIANG, Shunlong 姜顺龙, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, JIANG, Shunlong 姜顺龙, PAN, Feng 潘锋, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, JIANG, Shunlong 姜顺龙, PAN, Feng 潘锋, GUO, Qiulin 郭秋林, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, JIANG, Shunlong 姜顺龙, PAN, Feng 潘锋, GUO, Qiulin 郭秋林, LI, Dawei 李大伟, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, JIANG, Shunlong 姜顺龙, PAN, Feng 潘锋, GUO, Qiulin 郭秋林, LI, Dawei 李大伟, WANG, Xiancheng 王仙成, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, JIANG, Shunlong 姜顺龙, PAN, Feng 潘锋, GUO, Qiulin 郭秋林, LI, Dawei 李大伟, WANG, Xiancheng 王仙成, TIAN, Bin 田彬, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, JIANG, Shunlong 姜顺龙, PAN, Feng 潘锋, GUO, Qiulin 郭秋林, LI, Dawei 李大伟, WANG, Xiancheng 王仙成, TIAN, Bin 田彬, HUANG, Limin 黄立民, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, JIANG, Shunlong 姜顺龙, PAN, Feng 潘锋, GUO, Qiulin 郭秋林, LI, Dawei 李大伟, WANG, Xiancheng 王仙成, TIAN, Bin 田彬, HUANG, Limin 黄立民, LIU, Guohua 刘国华, HUANG, Jun 黄俊, QIU, Li 邱力, YI, Chen 易晨, WANG, Changfa 王长发, ZHANG, Jian 张健, LIU, Zelin 刘泽林, JIANG, Shunlong 姜顺龙, PAN, Feng 潘锋, GUO, Qiulin 郭秋林, LI, Dawei 李大伟, WANG, Xiancheng 王仙成, TIAN, Bin 田彬, HUANG, Limin 黄立民, LIU, Guohua 刘国华, LIN, Hongjiang 林鸿江] 18th Floor, Science Building 中国广东省深圳市福田区上步中路科技大厦18层, Guangdong 518000ShangbuZhong Road, Futian DistrictShenzhen, Guangdong 518000;17th-19th Floor, Shenzhen Science Building 中国广东省深圳市福田区上步中路1001号深圳科技大厦17-19楼, Guangdong 518000No.1001 ShangbuZhong Road, Futian DistrictShenzhen, Guangdong 518000;24th Floor, Shenzhen Science Building 中国广东省深圳市福田区上步中路1001号深圳科技大厦24层, Guangdong 518000No.1001 ShangbuZhong Road, Futian DistrictShenzhen, Guangdong 518000 The present invention is applied to the field of nuclear power security, and provided are a security control method and device for a million-kilowatt-class nuclear power plant. The method comprises: judging whether staff are permitted to enter a designated nuclear power plant area according to permission information corresponding to identification information about the staff which is set in the nuclear power plant area, an operating mode corresponding to a time point at which the staff request to enter the nuclear power plant area and a correlation of the admissible number of staff corresponding to the operating mode; and when an emergency counting instruction is received, sending indication information that the counting instruction is successfully received, and after an acknowledgement instruction of counting request information is received, adding one to a statistical count, and according to information about the counted number of staff and information about the number of staff at an assembly point, determining the number of missing staff. In the present invention, different modes can be used to control the number of staff in a nuclear power plant area, and count the number of staff in the nuclear power plant area accurately and efficiently, thereby being beneficial to ensure the security of staff.

[WU, Jun 吴军, WU, Jun 吴军, PAN, Chao 潘超, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WANG, Hengliang 王恒樑, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WANG, Hengliang 王恒樑, LIU, Bo 刘波, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WANG, Hengliang 王恒樑, LIU, Bo 刘波, PENG, Zhehui 彭哲慧, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WANG, Hengliang 王恒樑, LIU, Bo 刘波, PENG, Zhehui 彭哲慧, ZHU, Li 朱力, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WANG, Hengliang 王恒樑, LIU, Bo 刘波, PENG, Zhehui 彭哲慧, ZHU, Li 朱力, CHANG, Shaohong 唱韶红, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WANG, Hengliang 王恒樑, LIU, Bo 刘波, PENG, Zhehui 彭哲慧, ZHU, Li 朱力, CHANG, Shaohong 唱韶红, GONG, Xin 巩新, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WANG, Hengliang 王恒樑, LIU, Bo 刘波, PENG, Zhehui 彭哲慧, ZHU, Li 朱力, CHANG, Shaohong 唱韶红, GONG, Xin 巩新, FENG, Erling 冯尔玲, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WANG, Hengliang 王恒樑, LIU, Bo 刘波, PENG, Zhehui 彭哲慧, ZHU, Li 朱力, CHANG, Shaohong 唱韶红, GONG, Xin 巩新, FENG, Erling 冯尔玲, WANG, Bin 王斌, WU, Jun 吴军, PAN, Chao 潘超, SUN, Peng 孙鹏, WANG, Hengliang 王恒樑, LIU, Bo 刘波, PENG, Zhehui 彭哲慧, ZHU, Li 朱力, CHANG, Shaohong 唱韶红, GONG, Xin 巩新, FENG, Erling 冯尔玲, WANG, Bin 王斌, ZENG, Ming 曾明] 20 Dongdajie Street, Fengtai District 中国北京市丰台区东大街20号, Beijing 100071Beijing 100071 Provided are a method for preparing a bacterial polysaccharide-modified recombinant fusion protein and a use thereof. The method comprises: the recombinant fusion protein and the neisseria meningitidis O-oligosaccharyltransferase PgIL are co-expressed in a bacteria defective in O-antigen ligase genes, and the polysaccharides which are endogenous or exogenous for the bacteria itself are connected to the recombinant fusion protein by the O-oligosaccharyltransferase PgIL, and the polysaccharide-modified recombinant fusion protein is thus obtained. The protein can be used for preparing antibodies and vaccines against bacterial polysaccharides.

[LI, Yun-Long, LI, Yun-Long, BURNS, David M., LI, Yun-Long, BURNS, David M., FENG, Hao, LI, Yun-Long, BURNS, David M., FENG, Hao, GLENN, Joseph, LI, Yun-Long, BURNS, David M., FENG, Hao, GLENN, Joseph, HE, Chunhong, LI, Yun-Long, BURNS, David M., FENG, Hao, GLENN, Joseph, HE, Chunhong, HUANG, Taisheng, LI, Yun-Long, BURNS, David M., FENG, Hao, GLENN, Joseph, HE, Chunhong, HUANG, Taisheng, MEI, Song, LI, Yun-Long, BURNS, David M., FENG, Hao, GLENN, Joseph, HE, Chunhong, HUANG, Taisheng, MEI, Song, PAN, Jun, LI, Yun-Long, BURNS, David M., FENG, Hao, GLENN, Joseph, HE, Chunhong, HUANG, Taisheng, MEI, Song, PAN, Jun, WANG, Xiaozhao, LI, Yun-Long, BURNS, David M., FENG, Hao, GLENN, Joseph, HE, Chunhong, HUANG, Taisheng, MEI, Song, PAN, Jun, WANG, Xiaozhao, YE, Yingda] 1801 Augustine Cut-OffWilmington, Delaware 19803 This application relates to compounds of Formula I or pharmaceutically acceptable salts thereof, which are inhibitors of TAM kinases which are useful for the treatment of disorders such as cancer.

[LIU, Zelin 刘泽林, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, ZHAO, Yongbin 赵永斌, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, ZHAO, Yongbin 赵永斌, LI, Dawei 李大伟, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, ZHAO, Yongbin 赵永斌, LI, Dawei 李大伟, TIAN, Bin 田彬, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, ZHAO, Yongbin 赵永斌, LI, Dawei 李大伟, TIAN, Bin 田彬, HUANG, Limin 黄立民, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, ZHAO, Yongbin 赵永斌, LI, Dawei 李大伟, TIAN, Bin 田彬, HUANG, Limin 黄立民, LIN, Hongjiang 林鸿江, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, ZHAO, Yongbin 赵永斌, LI, Dawei 李大伟, TIAN, Bin 田彬, HUANG, Limin 黄立民, LIN, Hongjiang 林鸿江, PAN, Feng 潘锋, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, ZHAO, Yongbin 赵永斌, LI, Dawei 李大伟, TIAN, Bin 田彬, HUANG, Limin 黄立民, LIN, Hongjiang 林鸿江, PAN, Feng 潘锋, YANG, Yue 杨越, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, ZHAO, Yongbin 赵永斌, LI, Dawei 李大伟, TIAN, Bin 田彬, HUANG, Limin 黄立民, LIN, Hongjiang 林鸿江, PAN, Feng 潘锋, YANG, Yue 杨越, YI, Chen 易晨, LIU, Zelin 刘泽林, HUANG, Jun 黄俊, ZHANG, Jian 张健, JIANG, Shunlong 姜顺龙, ZHANG, Ming 张鸣, WANG, Fei 王飞, WANG, Xiancheng 王仙成, LIANG, Fangqun 梁芳群, ZHAO, Yongbin 赵永斌, LI, Dawei 李大伟, TIAN, Bin 田彬, HUANG, Limin 黄立民, LIN, Hongjiang 林鸿江, PAN, Feng 潘锋, YANG, Yue 杨越, YI, Chen 易晨, QIU, Li 邱力] 18th Floor, Science Building 中国广东省深圳市福田区上步中路科技大厦18层, Guangdong 518000ShangbuZhong Road, Futian DistrictShenzhen, Guangdong 518000;17th-19th Floor, Shenzhen Science Building 中国广东省深圳市福田区上步中路1001号深圳科技大厦17-19楼, Guangdong 518000No.1001 ShangbuZhong Road, Futian DistrictShenzhen, Guangdong 518000;24th Floor, Shenzhen Science Building 中国广东省深圳市福田区上步中路1001号深圳科技大厦24层, Guangdong 518000No.1001 ShangbuZhong Road, Futian DistrictShenzhen, Guangdong 518000 A cross-base alarm linkage method and device for a nuclear power plant. The method comprises: monitoring alarm linkage systems of a plurality of bases in real time (S101); judging whether the alarm linkage system of each of the bases operates normally (S102); if so, the alarm linkage system of the current base achieving security and protection monitoring (S103); if not, an emergency command centre system judging the alarm level of an emergency alarm signal sent by the alarm linkage system of the current base (S104); according to the alarm level, starting corresponding permission management (S105); according to the emergency alarm signal, invoking and executing a plan (S106); when an illegal attack occurs, generating an alarm signal (S401); the command centre extracting site alarm position information from the integrated alarm signal, then invoking an image collection device group to collect a site image, and automatically popping up the site image on a monitor so as to understand the authenticity and seriousness of an unexpected event in time (S405); giving audible and visual alarms simultaneously (S406); and recording the image of an alarm region which is automatically popped up while the alarms are given (S407).

[PAN, Feng, PAN, Feng, PARK, Jaekwan, PAN, Feng, PARK, Jaekwan, GHODSI, Ramin] 8000 South Federal WayBoise, Idaho 83716-9632 Apparatuses and methods for segmented SGS lines are described. An example apparatus may include first and second pluralities of memory subblocks of a memory block. The apparatus may include a first select gate control line associated with the first plurality of memory subblocks and a second select gate control line associated with the second plurality of memory subblocks. The first select gate control line may be coupled to a first plurality of select gate switches of the first plurality of memory subblocks. The second select gate control line may be coupled to a second plurality of select gate switches of the second plurality of memory subblocks. The first and second pluralities of select gate switches may be coupled to a source. The apparatus may include a plurality of memory access lines associated with each the first and second pluralities of memory subblocks.

[FENG, Lei 冯磊, FENG, Lei 冯磊, YAO, Jian 姚键, FENG, Lei 冯磊, YAO, Jian 姚键, PAN, Baiyu 潘柏宇, FENG, Lei 冯磊, YAO, Jian 姚键, PAN, Baiyu 潘柏宇, LU, Shuqi 卢述奇] Sec.A&C, 5/F, Tower A, Sinosteel Plaza, 中国北京市海淀区海淀大街8号中钢国际广场A座5层A、C区, Beijing 1000808 Haidian St,, Haidian DistrictBeijing 100080 Disclosed in the present invention is a streaming media playing method. The method includes: acquiring a first request for a player to play streaming media; acquiring an m3u8 file corresponding to the streaming media obtained from a streaming media server according to the first request, wherein the m3u8 file includes the URL information of a media file; parsing the m3u8 file and subjecting the parsed m3u8 file to optimizing processing; transmitting the m3u8 file subjected to optimizing processing to the player; acquiring from the player a second request regarding a media file; acquiring the corresponding media file from the streaming media sever according to the second request; transmitting the corresponding media file to the player. The present invention has the advantages that the problem that the player is not supportive to floating point time length can be solved by means of optimizing processing; the problems of unsmooth picture playing and time progress error of the player are solved by means of optimizing the m3u8 file/media file (for instance: TS fragments); playing smoothness can be improved by the selection of more proper addresses according to the CDN scheduling policy.