[LI, Zhaoming 李照明, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LV, Yufeng 吕玉峰, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LV, Yufeng 吕玉峰, LAN, Lihua 兰丽华, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LV, Yufeng 吕玉峰, LAN, Lihua 兰丽华, LIU, Xiangdong 刘向东, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LV, Yufeng 吕玉峰, LAN, Lihua 兰丽华, LIU, Xiangdong 刘向东, LIANG, Pu 梁普, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LV, Yufeng 吕玉峰, LAN, Lihua 兰丽华, LIU, Xiangdong 刘向东, LIANG, Pu 梁普, ZHAO, Honggang 赵宏刚, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LV, Yufeng 吕玉峰, LAN, Lihua 兰丽华, LIU, Xiangdong 刘向东, LIANG, Pu 梁普, ZHAO, Honggang 赵宏刚, ZHANG, Ruiqiu 张瑞秋, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LV, Yufeng 吕玉峰, LAN, Lihua 兰丽华, LIU, Xiangdong 刘向东, LIANG, Pu 梁普, ZHAO, Honggang 赵宏刚, ZHANG, Ruiqiu 张瑞秋, WANG, Wentao 王文涛, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LV, Yufeng 吕玉峰, LAN, Lihua 兰丽华, LIU, Xiangdong 刘向东, LIANG, Pu 梁普, ZHAO, Honggang 赵宏刚, ZHANG, Ruiqiu 张瑞秋, WANG, Wentao 王文涛, BAI, Xueling 拜雪玲, LI, Zhaoming 李照明, GUO, Xiaofeng 郭小峰, ZHENG, Jicheng 郑继承, FAN, Junfang 范俊芳, WANG, Wei 王伟, QI, Yang 祁扬, LV, Yufeng 吕玉峰, LAN, Lihua 兰丽华, LIU, Xiangdong 刘向东, LIANG, Pu 梁普, ZHAO, Honggang 赵宏刚, ZHANG, Ruiqiu 张瑞秋, WANG, Wentao 王文涛, BAI, Xueling 拜雪玲, YAN, Cheng 晏诚] Jianzhang Road, Sanqiao Town 中国陕西省西安市三桥镇建章路, Shaanxi 710086Xi`an, Shaanxi 710086 A liquefied natural gas railway tank car, comprising an operating room (8) and a chassis (2); one end of the chassis (2) is a first-position end, and the other end of the chassis (2) is a second-position end or a tail end; the operating room (8) is arranged on the chassis (2) and close to the second-position end; the liquefied natural gas railway tank car further comprises a tank body (4) capable of bearing the impact load and the fatigue load during the railway transportation process and a filling and discharging system (7) capable of loading and unloading liquefied natural gas at two sides of the railway tank car; the tank body (4) is fixedly arranged on the chassis (2); the filling and discharging system (7) is arranged inside the operating room (8). The liquefied natural gas railway tank car can realize a large-scale, long-distance, safe and reliable transportation of the liquefied natural gas medium by means of railway, and solve the problem of the railway transportation of the liquefied natural gas energy sources.

[HE, Zhiyuan 贺之渊, HE, Zhiyuan 贺之渊, YANG, Weigang 杨卫刚, HE, Zhiyuan 贺之渊, YANG, Weigang 杨卫刚, LV, Zheng 吕铮, HE, Zhiyuan 贺之渊, YANG, Weigang 杨卫刚, LV, Zheng 吕铮, FENG, Jingbo 冯静波, HE, Zhiyuan 贺之渊, YANG, Weigang 杨卫刚, LV, Zheng 吕铮, FENG, Jingbo 冯静波, LI, Qiang 李强, HE, Zhiyuan 贺之渊, YANG, Weigang 杨卫刚, LV, Zheng 吕铮, FENG, Jingbo 冯静波, LI, Qiang 李强, YU, Haiyu 于海玉, HE, Zhiyuan 贺之渊, YANG, Weigang 杨卫刚, LV, Zheng 吕铮, FENG, Jingbo 冯静波, LI, Qiang 李强, YU, Haiyu 于海玉, LIAO, Min 廖敏, HE, Zhiyuan 贺之渊, YANG, Weigang 杨卫刚, LV, Zheng 吕铮, FENG, Jingbo 冯静波, LI, Qiang 李强, YU, Haiyu 于海玉, LIAO, Min 廖敏, PENG, Ling 彭玲] No. 86, West Chang'an Street, Xicheng District 中国北京市西城区西长安街86号, Beijing 100031Beijing 100031;Future Technology City，No.270 Shunsha Road, Dadongliu Village, Xiaotangshan Town, Changping District 中国北京市昌平区小汤山镇大东流村顺沙路270号（未来科技城）, Beijing 102211Beijing 102211;No.16 Nanzhong Road, Nanshao Town, Changping District 中国北京市昌平区南邵镇南中路16号, Beijing 102200Beijing 102200;No. 2000, Wangyue Road, Shizhong District 中国山东省济南市市中区望岳路2000号, Shandong 250000Jinan, Shandong 250000 A hybrid trigger circuit suitable for a thyristor, comprising a hardware method trigger circuit and a software method trigger circuit, wherein the hardware method trigger circuit is connected to the software method trigger circuit in parallel through a gate line and a cathode line, so as to trigger the thyristor. The software method trigger circuit triggers the thyristor through a logical judgement, both the trigger pulse width and the continuous trigger time being able to be set by software, and has relatively high electrical isolation. The hardware method trigger circuit can bear a relatively high overvoltage value, and can continuously trigger the thyristor. The hybrid trigger circuit has a simple structure and low costs and is realized easily.

[LI, Yibin 李毅斌, LI, Yibin 李毅斌, LV, Shiwen 吕世文, LI, Yibin 李毅斌, LV, Shiwen 吕世文, XU, Zhiyun 徐志云, LI, Yibin 李毅斌, LV, Shiwen 吕世文, XU, Zhiyun 徐志云, LI, Jianan 李佳楠, LI, Yibin 李毅斌, LV, Shiwen 吕世文, XU, Zhiyun 徐志云, LI, Jianan 李佳楠, ZHENG, Deyuan 郑德源, LI, Yibin 李毅斌, LV, Shiwen 吕世文, XU, Zhiyun 徐志云, LI, Jianan 李佳楠, ZHENG, Deyuan 郑德源, CHEN, Zhi 陈志] Block B No.558 Binhai 4th Road, Hangzhou Bay New District, 中国浙江省宁波市杭州湾新区滨海四路558号B区, Zhejiang 315336Ningbo, Zhejiang 315336 A prosthesis (100) for preventing a valve regurgitation, comprising a fixation unit (110), a connection piece (120) and a closure assisting piece (130); the fixation unit (110) comprises a fixation piece (111) and an anchor (112); the connection piece (120) is flexible, and a far end portion thereof is connected to a near end portion of the fixation piece (111), and a near end portion thereof is connected to a far end portion of the closure assisting piece (130); the fixation piece (111) is fixed on the atrial wall or a valve ring of a patient via the anchor (112); the expansion width of the fixation piece (111) is less than two-thirds of the perimeter of a valve tissue ring; the closure assisting piece (130) is located between autologous valve leaflets of the patient when in a free state; the maximum width of the closure assisting piece (130) is less than the maximum expansion width of a single autologous valve leaflet; and the near end of the anchor (112) is provided with an anti-dropping end (1120). The position of the prosthesis (100) can be adjusted, and the prosthesis (100) is accurately positioned and firmly anchored, and does not readily adhere to tissue adjacent to the valve ring of the patient.

[CHU, Hongmei 褚红梅, CHU, Hongmei 褚红梅, LV, Xufeng 吕旭峰, CHU, Hongmei 褚红梅, LV, Xufeng 吕旭峰, ZHANG, Fei 张飞, CHU, Hongmei 褚红梅, LV, Xufeng 吕旭峰, ZHANG, Fei 张飞, ZHENG, Jianbin 郑建宾, CHU, Hongmei 褚红梅, LV, Xufeng 吕旭峰, ZHANG, Fei 张飞, ZHENG, Jianbin 郑建宾, FENG, Xiao 冯晓] CUP Tower, 36 Hanxiao Rd. 中国上海市浦东新区含笑路36号银联大厦, Shanghai 200135Pudong new areaShanghai 200135 A non-stop toll collection system, comprising: a beacon device, for broadcasting beacon information associated with the geographical location of the beacon device; a server, for receiving user-related information from a user terminal and the beacon information, and according to the user-related information and the beacon information, calculating and collecting a toll, the beacon information being received from the beacon device by the user terminal; and a toll gate, for automatically releasing a vehicle authorized for release by retrieving a set of license plates for release issued by the server after the server has successfully collected the toll; the user-related information includes a user identifier, vehicle information, and payment information.

[CHU, Hongmei 褚红梅, CHU, Hongmei 褚红梅, ZHENG, Jianbin 郑建宾, CHU, Hongmei 褚红梅, ZHENG, Jianbin 郑建宾, LV, Xufeng 吕旭峰, CHU, Hongmei 褚红梅, ZHENG, Jianbin 郑建宾, LV, Xufeng 吕旭峰, FENG, Xiao 冯晓] CUP Tower, 36 Hanxiao Rd., Pudong New Area 中国上海市浦东新区含笑路36号银联大厦, Shanghai 200135Shanghai 200135 A method using a mobile terminal to make a payment comprises: transmitting, to a back end, information of a payment account (101); receiving, from the back end, information of a virtual account corresponding to the payment account (102); and writing, via near field communication, the information of the virtual account into a smart card separated from a mobile terminal so that the virtual account can be used by the smart card to make a payment (103). A method using a mobile terminal to make a payment comprises: transmitting, to a back end, information of a payment account (101); receiving, from the back end, information of a virtual account corresponding to the payment account (102); and writing, via near field communication, the information of the virtual account into a smart card separated from a mobile terminal so that the virtual account can be used by the smart card to make a payment (103).

[FENG, Xiao 冯晓, FENG, Xiao 冯晓, ZHENG, Jianbin 郑建宾, FENG, Xiao 冯晓, ZHENG, Jianbin 郑建宾, LV, Xufeng 吕旭峰, FENG, Xiao 冯晓, ZHENG, Jianbin 郑建宾, LV, Xufeng 吕旭峰, CHU, Hongmei 褚红梅] CUP Tower, 36 Hanxiao Rd., Pudong new area 中国上海市浦东新区含笑路36号银联大厦, Shanghai 200135Shanghai 200135 The present invention relates to a security smart card verified by virtue of an external terminal and a verification method thereof. The security smart card comprises: a security chip module, for storing card information of the smart card; a card verification submodule, for triggering a verification function of the smart card and sending a starting or closing work request to the security chip module according to the verification result, and on the other side, triggering a following timing submodule only when the work request for starting is sent to the security chip module; a Token submodule, for generating a verification code used for verification when the card needs to be verified; an I/O communication submodule, for data transmission with external terminals; a power submodule, for supplying power to the security card; and a timing submodule, for timing a usable time of the smart card according to the triggering of the card verification submodule. The present invention can further improve the smart card security.

[LV FU-YUAN, LV JIAN-HUI, LV YUN-SHENG, LI ZHENG-YU, ZHANG SHI-MING, KE RU-JUAN, LV YING-YING] TW;TW

[Fang LV, Huiting YAN, Yaxi ZHANG, Shiqi ZHENG, Yiqian LIU, Jianing YU, Hong LV, Weizhi CHEN, Shan ZHENG, Ji HE, Bo DU] CN Taizhou A method and a kit for determining genome instability based on next generation sequencing (NGS) are disclosed. The new method is used to determine whether there is homologous recombination defect by calculating a comprehensive value of one or more of pathogenic germline and somatic mutations, such as SNV, indels, and CNVs, and Biallelic germline and somatic mutations, pathogenic mutational signature, copy number variation (CNV) in homologous recombination repair (HRR) gene, genomic structural variation and genome instability. The genomics DNA is interrupted and added with an A adapter; then corresponding polymerase chain reaction (PCR) is conducted, and Whole genome sequencing is performed; the hybrid capture is conducted with designed probes of HRR genes and SNPs, and a captured DNA library is subjected to amplification and library sequencing; and then professional bioinformatics software is used for evaluation to determine the homologous recombination deficiency (HRD) status.

[Fang Lv, Huiting Yan, Yaxi Zhang, Shiqi Zheng, Yiqian Liu, Jianing Yu, Hong Lv, Weizhi Chen, Shan Zheng, Ji He, Bo Du] CN Taizhou A method and a kit for determining genome instability based on next generation sequencing (NGS) are disclosed. The new method is used to determine whether there is homologous recombination defect by calculating a comprehensive value of one or more of pathogenic germline and somatic mutations, such as SNV, indels, and CNVs, and Biallelic germline and somatic mutations, pathogenic mutational signature, copy number variation (CNV) in homologous recombination repair (HRR) gene, genomic structural variation and genome instability. The genomics DNA is interrupted and added with an A adapter; then corresponding polymerase chain reaction (PCR) is conducted, and Whole genome sequencing is performed; the hybrid capture is conducted with designed probes of HRR genes and SNPs, and a captured DNA library is subjected to amplification and library sequencing; and then professional bioinformatics software is used for evaluation to determine the homologous recombination deficiency (HRD) status.

[LV, Fang 吕芳, YAN, Huiting 闫慧婷, ZHANG, Yaxi 张亚晰, ZHENG, Shiqi 郑时奇, LIU, Yiqian 刘异倩, YU, Jianing 于佳宁, LV, Hong 吕红, CHEN, Weizhi 陈维之, ZHENG, Shan 郑杉, HE, Ji 何骥, DU, Bo 杜波] No. 73, Second Floor East, G57 Building, Koutai Road West And Lujia Road East, China Medical City 中国江苏省泰州市中国医药城口泰路西侧、陆家路东侧G57幢73号二层东侧, Jiangsu 225300Taizhou, Jiangsu 225300 The present invention relates to the technical field of molecular test. Disclosed are a method for determining genomic instability based on a next-generation sequencing technology, and a kit. The present invention provides a method for determining genomic instability based on a next-generation sequencing technology, and a kit. In the method, after a gene to be tested is interrupted, a joint A is added; after a corresponding PCR reaction is performed, a designed probe is used for hybridization capture; and after a captured DNA library is amplified and then sequenced, software is used for evaluation to determine a homologous recombination deficiency state.