[MO, Yi 莫毅, MO, Yi 莫毅, LI, Fangqiong 李芳琼, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, YU, Yan 余彦, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, YU, Yan 余彦, LI, Honghu 李洪湖, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, YU, Yan 余彦, LI, Honghu 李洪湖, MU, Hong 牟红, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, YU, Yan 余彦, LI, Honghu 李洪湖, MU, Hong 牟红, ZHANG, Yuquan 张玉权, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, YU, Yan 余彦, LI, Honghu 李洪湖, MU, Hong 牟红, ZHANG, Yuquan 张玉权, YU, Qingyang 于庆洋, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, YU, Yan 余彦, LI, Honghu 李洪湖, MU, Hong 牟红, ZHANG, Yuquan 张玉权, YU, Qingyang 于庆洋, CHENG, Fujun 程福军, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, YU, Yan 余彦, LI, Honghu 李洪湖, MU, Hong 牟红, ZHANG, Yuquan 张玉权, YU, Qingyang 于庆洋, CHENG, Fujun 程福军, YAN, Pangke 严庞科, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, YU, Yan 余彦, LI, Honghu 李洪湖, MU, Hong 牟红, ZHANG, Yuquan 张玉权, YU, Qingyang 于庆洋, CHENG, Fujun 程福军, YAN, Pangke 严庞科, ZHAO, Ziwei 赵紫微, MO, Yi 莫毅, LI, Fangqiong 李芳琼, LIU, Jianyu 刘建余, YU, Yan 余彦, LI, Honghu 李洪湖, MU, Hong 牟红, ZHANG, Yuquan 张玉权, YU, Qingyang 于庆洋, CHENG, Fujun 程福军, YAN, Pangke 严庞科, ZHAO, Ziwei 赵紫微, QIN, Linlin 秦琳琳] No.136 Beverley Road, Across the Taiwan Strait Technology Industry Development Park, Wenjiang District 中国四川省成都市温江区海峡两岸科技园区百利路136号, Sichuan 611130Chengdu, Sichuan 611130 The present invention relates to a pharmaceutical preparation of a compound of formula (I) or stereoisomer, pharmaceutically acceptable salt, prodrug thereof, and a novel method for general anesthesia or sedative for mammals. Also provided are kits and manufactured products of the medicament and the pharmaceutical composition and a method for using the medicament and the pharmaceutical composition. R1, R2 and n are defined as stated in description.

[WANG, Xiangmin 王祥敏, LIANG, Zefeng 梁泽锋, YAN, Qiang 颜强, ZHANG, Qingyang 张庆扬, YAO, Chuangmu 姚创沐, WANG, Ge 王戈, DING, Jiayi 丁佳艺, CHEN, Zhenhong 陈震鸿, ZHAO, Meng 赵猛, BAI, Qian 白乾, ZHAO, Hang 赵航, ZHU, Wenfeng 祝文锋, SUN, Keliang 孙科亮, LIN, Qiaoying 林巧英, CHEN, Dandan 陈丹丹, LIN, Xiumin 林秀敏, ZOU, Ming 邹明, CHEN, Jiamin 陈家敏, ZHANG, Huawei 张华薇, CHEN, Zhihao 陈志浩, MO, Yurun 莫雨润, ZHONG, Jiawen 钟伽文, YUAN, Mu 苑木, ZOU, Fu 邹夫] 35/F, Tencent Building 中国广东省深圳市南山区高新区科技中一路腾讯大厦35层, Guangdong 518057Kejizhongyi Road, Midwest District of Hi-tech park Nanshan DistrictShenzhen, Guangdong 518057 A method and device for image search, a computer apparatus, and a storage medium. The method comprises: displaying an image selection page of an instant messaging client (101); determining, on the basis of an operation performed by a user with respect to the image selection page, an input image for a search operation (102); presetting multiple image similarity dimensions according to the level of similarity between two chat session interactive images (103); searching on the basis of the multiple image similarity dimensions to obtain one or more output images similar to the input image (104), wherein each output image is similar to the input image in at least one image similarity dimension; and generating a search result list according to the one or more output images, and displaying same (105).

[Shouwei Gao, Minghua Wang, Yue Zhao, Qingyang Chen, Longlong Zhao, Jian Yuan] CN Shanghai The invention relates to an assistant system for the tour guide, comprising a tour guide roll-call device, a plurality of labels for tourists and an intelligent mobile phone. The tourist guide roll-call device communicates with the labels tourists wearing via wireless network; the intelligent mobile phone communicates with the roll-call device via Bluetooth. After the tour guide roll-call device is respectively connected to the labels tourists wearing and the intelligent mobile phone, the intelligent mobile phone sends roll-call signal to the labels tourists wearing via the tour guide roll-call device. In setting area, the labels tourists wearing receive the roll-call signal and send feedback signal. The tour guide roll-call device receives the signal and sends it to the intelligent mobile phone. The intelligent mobile phone reads the signal to judge whether tourists are in place, and displays the roll-call result information on the screen.

[ZHAO, Fangzhou 赵方州, YU, Luwei 余陆委, LI, Lin 李琳, CHEN, Jiedi 陈杰弟, ZHOU, Mingbo 周明波, XU, Chongjian 许重建, LI, Qinggang 李清刚, DU, Qusheng 杜曲生, ZHAO, Qingyang 赵青阳] Room 303, 3rd Floor, Building 5, 699 Wangshang Road, Changhe Sub-District, Binjiang District, 中国浙江省杭州市滨江区长河街道网商路699号5号楼3楼303室, Zhejiang 310056Hangzhou, Zhejiang 310056 Provided in the embodiments of the present application are an information processing method and a computing device. The method comprises: acquiring a plurality of types of user feature data of a target user; according to the plurality of types of user feature data, identifying whether the target user has a logistics service requirement; and when the target user has a logistics service requirement, sending to target personnel user-related information of the target user. By means of the technical solution provided in the embodiments of the present application, the popularization efficiency is improved, and the system performance is ensured.

[ZOU, Haitian 邹海天, ZHOU, Guofu 周国富, ZHAO, Shengyu 赵盛宇, HUANG, Longlong 黄龙龙, XIONG, Jianmin 熊建敏, LIU, Yiren 刘毅仁, MENG, Qingyang 孟庆洋, ZENG, Haizhao 曾海钊, PENG, Wenbin 彭文斌, ZHAO, Jianxin 赵健鑫] Room 301, Building B, Kemron Science And Technology Park, Guansheng 5th Road, Luhu Community, Guanhu Street, Longhua District 中国广东省深圳市龙华区观湖街道鹭湖社区观盛五路科姆龙科技园B栋301, Guangdong 518000Shenzhen, Guangdong 518000 The present application relates to a battery cell heating device and method. The battery cell heating device comprises a carrier, a conveying mechanism, a heating mechanism, a first temperature measuring mechanism, and a control mechanism. The heating mechanism comprises at least one first heating module and at least one second heating module, the first heating module and the second heating module are arranged in the conveying direction of the conveying mechanism, and the conveying mechanism is used for driving the carrier to sequentially pass through the first heating module and the second heating module. The first temperature measuring mechanism comprises a first temperature measuring member in communication connection with the control mechanism; the first temperature measuring member is used for measuring a first temperature of a battery cell after being heated by the first heating module adjacent to the second heating module and before being heated by the second heating module; the control mechanism is used for controlling, on the basis of the difference between the first temperature and a preset temperature, the second heating module to adjust heating power to ensure the heating temperature of the battery cell, improving the qualification rate of subsequent hot-press shaping of the battery cell, and reducing the scrap rate of the battery cell. The present application relates to a battery cell heating device and method. The battery cell heating device comprises a carrier, a conveying mechanism, a heating mechanism, a first temperature measuring mechanism, and a control mechanism. The heating mechanism comprises at least one first heating module and at least one second heating module, the first heating module and the second heating module are arranged in the conveying direction of the conveying mechanism, and the conveying mechanism is used for driving the carrier to sequentially pass through the first heating module and the second heating module. The first temperature measuring mechanism comprises a first temperature measuring member in communication connection with the control mechanism; the first temperature measuring member is used for measuring a first temperature of a battery cell after being heated by the first heating module adjacent to the second heating module and before being heated by the second heating module; the control mechanism is used for controlling, on the basis of the difference between the first temperature and a preset temperature, the second heating module to adjust heating power to ensure the heating temperature of the battery cell, improving the qualification rate of subsequent hot-press shaping of the battery cell, and reducing the scrap rate of the battery cell.

[LI, Deheng 李德衡, ZHAO, Lankun 赵兰坤, XU, Qingyang 徐庆阳, MA, Yanhe 马延和, SUN, Jibin 孙际宾, LIU, Yuantao 刘元涛, HU, Hongtong 户红通, ZHENG, Ping 郑平, GAO, Cuijuan 高翠娟, ZHAO, Fengliang 赵凤良, SUN, Qinbo 孙钦波, FAN, Tingting 范婷婷, LI, Shubiao 李树标, WANG, Xiaoping 王小平] Kaichuang Street (zhalantun), Ling Dong Industrial Development 中国内蒙古自治区呼伦贝尔市岭东工业开发区（扎兰屯）开创大街, Inner Mongolia 162650Hulunbeier, Inner Mongolia 162650;No. 1038 Dagu South Road, Hexi District 中国天津市河西区大沽南路1038号, Tianjin 300222Tianjin 300222;32 West 7th Avenue, Tianjin Airport Economic Area 中国天津市空港经济区西七道32号, Tianjin 300308Tianjin 300308 A glutamic acid fermentation process, comprising the following steps: introducing Corynebacterium glutamicum into a fermentation tank filled with a clean fermentation medium for fermentation culture, performing ultrasonic treatment, and adjusting the pH value of the fermentation broth.

[ZOU, Haitian 邹海天, PENG, Wenbin 彭文斌, LIU, Yiren 刘毅仁, MENG, Qingyang 孟庆洋, XIONG, Jianmin 熊建敏, GU, Xin 顾鑫, CHEN, Chong 陈冲, ZOU, Linlang 邹林浪, ZENG, Haizhao 曾海钊, ZHAO, Jianxin 赵健鑫, WANG, Jiangnan 王江南, HUANG, Longlong 黄龙龙, ZHOU, Guofu 周国富, ZHAO, Shengyu 赵盛宇] Room 301, Building B, Kemron Science and Technology Park, Guansheng 5th Road, Luhu Community, Guanhu Street, Longhua District 中国广东省深圳市龙华区观湖街道鹭湖社区观盛五路科姆龙科技园B栋301 518000Shenzhen, Guangdong 518000 The present application relates to a heating control method, control apparatus and control system for a battery cell, and a storage medium. The method comprises: temporally moving a battery cell to be heated to a plurality of heating positions; and controlling heating apparatuses at at least some of the heating positions to heat said battery cell by using different heating parameters, wherein the heating parameters comprise one or more of a structure parameter, a heating power and a heating frequency of a heating apparatus. By using the method, a battery cell can be uniformly heated. The present application relates to a heating control method, control apparatus and control system for a battery cell, and a storage medium. The method comprises: temporally moving a battery cell to be heated to a plurality of heating positions; and controlling heating apparatuses at at least some of the heating positions to heat said battery cell by using different heating parameters, wherein the heating parameters comprise one or more of a structure parameter, a heating power and a heating frequency of a heating apparatus. By using the method, a battery cell can be uniformly heated.

[Xiangmin WANG, Zefeng LIANG, Qiang YAN, Qingyang ZHANG, Chuangmu YAO, Ge WANG, Jiayi DING, Zhenhong CHEN, Meng ZHAO, Qian BAI, Hang ZHAO, Wenfeng ZHU, Keliang SUN, Qiaoying LIN, Dandan CHEN, Xiumin LIN, Ming ZOU, Jiamin CHEN, Huawei ZHANG, Zhihao CHEN, Yurun MO, Jiawen ZHONG, Mu YUAN, Fu ZOU] CN Shenzhen An image search method is provided. In the method, an image selection page of a messaging application is displayed. An input image for a search is determined based on an operation performed by a user on the image selection page. A search is performed for at least one output image similar to the input image based on a plurality of types of image characteristics that indicate levels of similarity between images. Each of the ay least one output image is determined to be similar to the input image based on at least one of the types of image characteristics. A search result list is generated according to the at least one output image. Further, the search result list is displayed.

[LIU, Liu, LONG, Biao, SUN, Yue, LIU, Jiayifan, CHEN, Zhuoyi, LI, Mingxue, WANG, Qingyang, ZHANG, Linfeng, YIN, Ke, CAO, Lei, WANG, Bo, ZHAO, Ye] No. 31 Jinrong Street Xicheng District, Beijing 100033, CN Provided are a method and system for realizing a service-based mobile originated short message service. The method for realizing a service-based mobile originated short message service (MO SMS) comprises: after receiving a short message sent by a user terminal, an SMSF entity querying, from an NRF entity, information of a network function that can provide an MO SMS forwarding service; when it is determined, according to a query result, that a corresponding SMS-IWMSC can provide the MO SMS forwarding service, the SMSF entity sending the short message to the SMS-IWMSC; and the SMS-IWMSC sending the short message to an SC, so that the SC sends the short message to a corresponding short message receiver.＜img id="iaf01" file="imgaf001.tif" wi="78" he="48" img-content="drawing" img-format="tif" /＞

[QU, Meiyue 曲美玥, LI, Shun 栗顺, JIANG, Dawei 姜大威, WANG, Dongdong 王冬冬, ZHANG, Qingyang 张清扬, JIANG, Mingyong 姜名勇, LI, Shihang 李师航, ZHAO, Zexi 赵泽熙, LIU, Tianshu 刘天舒, XU, Ming 徐明] No.4888 Weishan Road, High-technology Industry Development Area 中国吉林省长春市高新技术产业开发区蔚山路4888号, Jilin 130012Changchun, Jilin 130012 The present invention relates to a preparation method for a multi-stage nanosheet array NiCo2O4/rGO/NF. Nickel cobaltate NiCo2O4 is compounded with high-conductivity graphene, and is further grown on a foamed nickel substrate to prepare a NiCo2O4 hybrid having a special morphology, and then a three-dimensional multi-stage nanosheet array NiCo2O4/rGO/NF is constructed. A nanosheet array is directly grown on an NF substrate, which increases the exposure of active sites, and is more beneficial to the transmission of electrons or particles. The multi-stage nanosheet array NiCo2O4/rGO/NF is applied as an electrode. An active material is directly grown on the foamed nickel substrate, thereby reducing a contact resistance between the active material and a current collector. Nanosheets have porous structures, and a large number of open pore channels are formed between the interconnected nanosheets, which is more beneficial to the permeation of electrolyte ions.