[HAN, Shuai 韩帅, HAN, Shuai 韩帅, ZHANG, Kunpeng 张琨鹏, HAN, Shuai 韩帅, ZHANG, Kunpeng 张琨鹏, GAO, Pengfei 高鹏飞, HAN, Shuai 韩帅, ZHANG, Kunpeng 张琨鹏, GAO, Pengfei 高鹏飞, WANG, Fengguo 王凤国, HAN, Shuai 韩帅, ZHANG, Kunpeng 张琨鹏, GAO, Pengfei 高鹏飞, WANG, Fengguo 王凤国, BAI, Nini 白妮妮, HAN, Shuai 韩帅, ZHANG, Kunpeng 张琨鹏, GAO, Pengfei 高鹏飞, WANG, Fengguo 王凤国, BAI, Nini 白妮妮, KANG, Feng 康峰, HAN, Shuai 韩帅, ZHANG, Kunpeng 张琨鹏, GAO, Pengfei 高鹏飞, WANG, Fengguo 王凤国, BAI, Nini 白妮妮, KANG, Feng 康峰, LIU, Yu 刘宇] No.10 Jiuxianqiao Rd. 中国北京市朝阳区酒仙桥路10号, Beijing 100015Chaoyang DistrictBeijing 100015;Ordos Equipment Manufacturing Base, Dongsheng District 中国内蒙古自治区鄂尔多斯市东胜区装备制造基地, Inner Mongolia 017020Ordos, Inner Mongolia 017020 A thin-film transistor as well as an array substrate utilizing same and a display apparatus. The thin-film transistor comprises: a gate electrode (11), a gate insulating layer, a semiconductor layer (12), a source electrode (13) and a drain electrode (14), the gate electrode (11) comprising a first area (111) located at the side of the source electrode (13), a second area (112) located at the side of the drain electrode (14) and a middle area (113) located between the first area (111) and the second area (112), the middle area (113) completely covering the semiconductor layer (12) arranged corresponding to the middle area (113), and at least one of the first area (111) and the second area (112) covering a partial area of the corresponding semiconductor layer (12). In the case of no use of a lightly-doped drain electrode, the leak current of the thin-film transistor is effectively suppressed, so that the cost can be decreased.

[LU, Guochao 鲁国超, HONG, Jie 洪杰, XU, Leikun 许雷坤, YANG, Yong 杨永, GAO, Yingqian 高莹倩, GAO, Pengfei 高鹏飞, WANG, Aiping 汪爱平, JI, Chunyao 季春耀] Dagang Industry City, Ningbo Economic and Technological Development Zone, Beilun District 中国浙江省宁波市北仑区宁波经济技术开发区大港工业城, Zhejiang 315000Ningbo, Zhejiang 315000;No. 8, Dagang 6th Road, Beilun District 中国浙江省宁波市北仑区大港六路8号, Zhejiang 315000Ningbo, Zhejiang 315000 An automatic film connecting mechanism, comprising: a mounting frame (100); a first film supplying unit, provided on the mounting frame (100), the first film supplying unit comprising a first film roll used for storing a main film body; a second film supplying unit, provided on the mounting frame (100), the second film supplying unit comprising a second film roll used for storing a standby film body; a first film cutting unit (400), fixedly connected to the mounting frame (100), the first film cutting unit (400) being used for cutting off the main film body on the first film roll; and a bonding unit (600), used for bonding the standby film body on the second film roll to the main film body which is cut off. The mechanism can achieve automatic film connecting, the film connecting effect is good, and interruption of a production line during film connecting and roll replacing is avoided.

[GUO, Min 郭敏, GAO, Pengfei 高鹏飞, GAO, Pei 高霈, DAI, Tianchun 代田纯, YU, Xue 于雪] Building 12, 118 Furonghua Road 中国上海市浦东新区芙蓉花路118弄12号楼 201321Pudong New Area, Shanghai 201321 Provided are a genetically engineered strain based on tRNA modification, a preparation method therefor, and a use thereof. Specifically, an inhibitory tRNA coding sequence is directly recombined into a yeast cell genome, and the problem that an inhibitory tRNA gene cannot be normally expressed when directly inserted into a yeast cell genome is solved, thereby achieving the purpose of preparing an unnatural amino acid protein.

[DING, Yadan 丁亚丹, YU, Wenhai 于文海, ZHOU, Yongkai 周雍恺, CHEN, Chengqian 陈成钱, GAO, Pengfei 高鹏飞, SUN, Quan 孙权] CUP Tower, 36 Hanxiao Road, Pudong New Area 中国上海市浦东新区含笑路36号银联大厦, Shanghai 200135Shanghai 200135 An operation behavior recognition method and apparatus, which are applied to the technical field of artificial intelligence. The method comprises: acquiring text description information of the current operation behavior of a target object, and converting the text description information into an image to be recognized (S201); recognizing said image by means of a trained abnormal behavior recognition model, so as to obtain preliminary risk scores of the current operation behavior in a plurality of dimensions (S202); and on the basis of the preliminary risk scores in the plurality of dimensions, obtaining a risk determination result of the current operation behavior (S203). Text description information of an operation behavior of a merchant is converted into image information, such that data is more directly observed and more relevant to a monitoring scenario, thereby making it convenient to subsequently use the abnormal behavior recognition model to perform self-supervised recognition on the operation behavior to determine whether the operation behavior is a risk behavior, and also improving the accuracy of the recognition of the operation behavior. Moreover, it is unnecessary to preset a risk operation behavior strategy to recognize the operation behavior of the merchant, thereby avoiding a waste of storage resources and improving the efficiency of the recognition of the operation behavior.

[GAO, Pengfei 高鹏飞] Building 9 中国江苏省苏州市官浦路1号9幢, Jiangsu 215000No.1 Guanpu RoadSuzhou, Jiangsu 215000 A direct-current power supply parallel-machine input reverse connection prevention circuit and a server. The circuit comprises a first switch tube (Q1) and a second switch tube (Q2); a first end of the first switch tube (Q1) is used for being connected to a positive end of a first power supply (Power1), and a second end of the first switch tube (Q1) is connected to a positive input end of a first driving module (100); a first end of the second switch tube (Q2) is used for being connected to a positive end of a second power supply (Power2), and a second end of the second switch tube (Q2) is connected to a positive input end of a second driving module (200). When the second power supply (Power2) is connected reversely, the first switch tube (Q1) is closed, the second switch tube (Q2) is opened, thus preventing a current from flowing from the positive end of the first power supply (Power1) to a negative end of the second power supply (Power2); when the first power supply (Power1) is connected reversely, the first switch tube (Q1) is opened, the second switch tube (Q2) is closed, thus preventing a current from flowing from the positive end of the second power supply (Power2) to a negative end of the first power supply (Power1). The currents are blocked by means of the first switch tube (Q1) and the second switch tube (Q2), and the problem of internal device damage caused by power supply reverse connection during direct-current power supply parallel-machine input is effectively solved. A direct-current power supply parallel-machine input reverse connection prevention circuit and a server. The circuit comprises a first switch tube (Q1) and a second switch tube (Q2); a first end of the first switch tube (Q1) is used for being connected to a positive end of a first power supply (Power1), and a second end of the first switch tube (Q1) is connected to a positive input end of a first driving module (100); a first end of the second switch tube (Q2) is used for being connected to a positive end of a second power supply (Power2), and a second end of the second switch tube (Q2) is connected to a positive input end of a second driving module (200). When the second power supply (Power2) is connected reversely, the first switch tube (Q1) is closed, the second switch tube (Q2) is opened, thus preventing a current from flowing from the positive end of the first power supply (Power1) to a negative end of the second power supply (Power2); when the first power supply (Power1) is connected reversely, the first switch tube (Q1) is opened, the second switch tube (Q2) is closed, thus preventing a current from flowing from the positive end of the second power supply (Power2) to a negative end of the first power supply (Power1). The currents are blocked by means of the first switch tube (Q1) and the second switch tube (Q2), and the problem of internal device damage caused by power supply reverse connection during direct-current power supply parallel-machine input is effectively solved.

[LI, Songlei 李松磊, TENG, Xuejun 滕学军, XIAO, Bo 肖波, GAO, Pengfei 高鹏飞, ZHANG, Hongzhen 张洪镇] No. 278 Xinyi Road, ZhengDong New District 中国河南省郑州市郑东新区心怡路278号, Henan 450000Zhengzhou, Henan 450000 A current equalizing device, method and system. The current equalizing device (702) comprises: a monitor (101) and at least two processors (102), wherein the at least two processors (102) and at least two external power supplies (701) connected in parallel to each other are connected in one-to-one correspondence; the monitor (101) acquires the current output current of each power supply (701), calculates an average current according to the current output current of each power supply (701), and sends the average current to each processor (102); and each processor (102) determines whether the current difference between the current output current of the correspondingly connected power supply (701) and the average current sent by the monitor (101) exceeds a pre-set difference interval, and if so, the correspondingly connected power supply (701) is controlled so that same adjusts an output voltage. In the technical solution, the output voltage of a power supply is adjusted according to the difference between the current output current of the power supply and the average current obtained by means of calculation, so as to realize the adjustment of the output current by means of adjusting the output voltage of the power supply, thereby improving the uniformity of current output. A current equalizing device, method and system. The current equalizing device (702) comprises: a monitor (101) and at least two processors (102), wherein the at least two processors (102) and at least two external power supplies (701) connected in parallel to each other are connected in one-to-one correspondence; the monitor (101) acquires the current output current of each power supply (701), calculates an average current according to the current output current of each power supply (701), and sends the average current to each processor (102); and each processor (102) determines whether the current difference between the current output current of the correspondingly connected power supply (701) and the average current sent by the monitor (101) exceeds a pre-set difference interval, and if so, the correspondingly connected power supply (701) is controlled so that same adjusts an output voltage. In the technical solution, the output voltage of a power supply is adjusted according to the difference between the current output current of the power supply and the average current obtained by means of calculation, so as to realize the adjustment of the output current by means of adjusting the output voltage of the power supply, thereby improving the uniformity of current output.

[FEI, Zhijun 费志军, QIU, Xuetao 邱雪涛, GAO, Pengfei 高鹏飞, YANG, Yanming 杨燕明, XU, Zhijie 徐智劼] 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 an unauthorized use prevention method of an ETC system and the ETC system. The method comprises: obtaining identifier information and position information of a vehicle from the vehicle; retrieving according to the identifier information of the vehicle to obtain attribute information of the vehicle; when the vehicle passes through a specified detection area, triggering obtaining of image information of the vehicle, and obtaining the attribute information of the vehicle according to identification of the image information; and determining whether the retrieved attribute information of the vehicle is matched with the identified attribute information of the vehicle, sending out an alarm indicating the existence of an unauthorized use risk when it is determined that the two attribute information are not matched, and releasing the vehicle when it is determined that the two attribute information are matched. According to the present invention, an illegal intruding vehicle at an ETC gate can be effectively identified, and an illegal intruding behavior can be alarmed in time. The present invention relates to an unauthorized use prevention method of an ETC system and the ETC system. The method comprises: obtaining identifier information and posi

[GAO, Pengfei 高鹏飞] No. 388, Xingye Avenue, Airport Industrial Park, Economic And Technological Development Area 中国安徽省合肥市经济技术开发区空港工业园兴业大道388号, Anhui 230000Hefei, Anhui 230000 Disclosed are a wafer boat structure, and a wafer boat assembly and diffusion furnace having same. The wafer boat structure comprises: a support frame, wherein the support frame comprises an upper support member and a lower support member, a plurality of support rods are arranged between the upper support member and the lower support member, two ends of each support rod are respectively connected to the upper support member and the lower support member, the plurality of support rods are arranged at intervals in the circumferential direction of the upper support member, and an opening suitable for wafers to pass therethrough is formed between two adjacent support rods of the plurality of support rods; and wafer support parts, wherein the wafer support parts are arranged on the support rods to bear wafers. Each wafer support part comprises a support plate and at least one wafer insertion plate, wherein the support plate and the at least one wafer insertion plate bear the same wafer; the support plate is connected to the support rods and corresponds to the central positions on the upper support member and the lower support member; and the wafer insertion plate is arranged on inner sides of the support rods to support the edge of the wafer. Disclosed are a wafer boat structure, and a wafer boat assembly and diffusion furnace having same. The wafer boat structure comprises: a support frame, wherein the support frame comprises an upper support member and a lower support member, a plurality of support rods are arranged between the upper support member and the lower support member, two ends of each support rod are respectively connected to the upper support member and the lower support member, the plurality of support rods are arranged at intervals in the circumferential direction of the upper support member, and an opening suitable for wafers to pass therethrough is formed between two adjacent support rods of the plurality of support rods; and wafer support parts, wherein the wafer support parts are arranged on the support rods to bear wafers. Each wafer support part comprises a support plate and at least one wafer insertion plate, wherein the support plate and the at least one wafer insertion plate bear the same wafer; the support plate is connected to the support rods and corresponds to the central positions on the upper support member and the lower support member; and the wafer insertion plate is arranged on inner sides of the support rods to support the edge of the wafer.

[WANG, Qi 王琪, GAO, Pengfei 高鹏飞, ZHOU, Yongkai 周雍恺, ZHANG, Gaolei 张高磊, CHEN, Zhongzheng 陈钟正, DING, Yadan 丁亚丹] 36 Hanxiao Rd., 中国上海市浦东新区含笑路36号, Shanghai 200135Pudong New Area, Shanghai 200135 The present application belongs to the field of big data processing. Disclosed are a method for comparing traffic parameters, and a device, a system and a storage medium. The method comprises: on the basis of a first binary character string which is obtained by means of converting a first traffic parameter of a first device, randomly generated first label character strings and agreed initial random character strings, obtaining a first interaction character string and a first result character string; sending the first interaction character string to a second device, such that the second device obtains a second result character string on the basis of a second binary character string, which is obtained by means of converting a second traffic parameter of the second device, the initial random character strings, some of randomly generated second label character strings, and the first interaction character string; and performing interaction with the second device on the basis of the first result character string and the second result character string, and performing fragmentation calculation to obtain a first comparison result.

[AI, Boxuan 艾博轩, ZHENG, Jianbin 郑建宾, GAO, Pengfei 高鹏飞, YANG, Yanming 杨燕明] 36 Hanxiao Rd., 中国上海市浦东新区含笑路36号, Shanghai 200135Pudong New Area, Shanghai 200135 Provided are a data processing method and apparatus, a device, and a storage medium. The method comprises: receiving a first neural network model sent by each of N participants; aggregating the first neural network model sent by each participant to obtain a second neural network model; embedding identity information into the second neural network model to obtain a third neural network model, wherein the identity information comprises first identity information of the participants and second identity information of a server to which the second neural network model belongs; and sending the third neural network model to each participant. Provided are a data processing method and apparatus, a device, and a storage medium. The method comprises: receiving a first