[ZHANG, Zhaoyang 张朝阳, ZHANG, Zhaoyang 张朝阳, HUANG, Lei 黄磊, ZHANG, Zhaoyang 张朝阳, HUANG, Lei 黄磊, JIANG, Yujia 姜雨佳, ZHANG, Zhaoyang 张朝阳, HUANG, Lei 黄磊, JIANG, Yujia 姜雨佳, FENG, Qinyu 冯钦玉, ZHANG, Zhaoyang 张朝阳, HUANG, Lei 黄磊, JIANG, Yujia 姜雨佳, FENG, Qinyu 冯钦玉, CAI, Mingxia 蔡明霞, ZHANG, Zhaoyang 张朝阳, HUANG, Lei 黄磊, JIANG, Yujia 姜雨佳, FENG, Qinyu 冯钦玉, CAI, Mingxia 蔡明霞, TONG, Yanqun 佟艳群, ZHANG, Zhaoyang 张朝阳, HUANG, Lei 黄磊, JIANG, Yujia 姜雨佳, FENG, Qinyu 冯钦玉, CAI, Mingxia 蔡明霞, TONG, Yanqun 佟艳群, LIU, Gao 刘皋, ZHANG, Zhaoyang 张朝阳, HUANG, Lei 黄磊, JIANG, Yujia 姜雨佳, FENG, Qinyu 冯钦玉, CAI, Mingxia 蔡明霞, TONG, Yanqun 佟艳群, LIU, Gao 刘皋, LU, Haiqiang 陆海强] 301, Xuefu Road 中国江苏省镇江市学府路301号, Jiangsu 212013Zhenjiang, Jiangsu 212013 Provided are a method and a device for etching a transparent insulating material with a magnetic powder induction laser plasma. The method uses magnetic powder as an absorbing layer to absorb laser energy, such that the energy is mainly intensively irradiated on a solution/material interface to break down the solution to generate plasma, forming an impact stress and a cavitation stress, acting on the surface of the transparent insulating material to remove the material. The present invention reduces the requirements on a laser power for the etching process of the transparent insulating material workpiece, increases the processing efficiency, and avoids the defect that cracks are easily formed when the transparent insulating material workpiece is processed by a high-energy laser.

[ZHAO, Kun 赵昆, WANG, Mingxia 王明霞, YUE, Mingfei 岳明飞, ZHANG, Shuming 张书铭, ZHANG, Congyue 张从跃, SONG, Shihao 宋时浩, YIN, Shaokai 尹绍锴, ZHANG, Xiangyu 张项瑜, MENG, Fanbo 孟凡博, KE, Taochun 柯桃春] Room 901, No.20 HuaYang Road, ShiBei District 中国山东省青岛市市北区华阳路20号901室, Shandong 266021Qingdao, Shandong 266021 A power control method and system for a heat-not-burn smoking set, wherein same are used for solving the problem of low compatibility of an existing heat-not-burn smoking set. The method comprises: receiving a cigarette feature input by a user; acquiring first control information associated with the cigarette feature; receiving an environmental feature input by the user; acquiring second control information associated with the environmental feature; and controlling a heating power of a heat-not-burn smoking set on the basis of the first control information and the second control information.

[WANG MINGXIA, LI BO, WANG HUI, ZHANG SHUMING, ZHANG CONGYUE, SONG XINHUA, YUE MINGFEI, ZHANG XIANGYU, YIN SHAOKAI, SONG SHIHAO] A heat-not-burn smoking set, comprising a housing (1) having a hollow cavity, a battery (2) being provided in the hollow cavity. Said smoking set further comprises a circuit assembly, the circuit assembly comprises a flexible circuit board (3) extending along the hollow cavity, the flexible circuit board (3) has: a positive electrode connector (31) and a negative electrode connector (32) for connecting the battery; a first circuit region (33), a second circuit region (34) and a connection region (35) for connecting the first circuit region (33) and the second circuit region (34); the first circuit region (33) and the second circuit region (34) are both deflected towards the center of the hollow cavity relative to the connection region (35); the connection region (35) has a length not shorter than that of the battery (2), and at least part of the connection region (35) is attached to an outer surface of the battery (2). The flexible circuit board (3) is used to connect various components, and two ends of the flexible circuit board (3) can be deflected towards a central region of the housing (1), so that the size of the smoking set can be reduced to a great extent, facilitating the development of the smoking set towards miniaturization. The flexible circuit is positioned in such away with the use of strategically placed supports that the deformation of the circuit is reduced.

[WU, Yingli 武颖利, YANG, Sheng 杨胜, YI, Ruiji 易瑞吉, GUO, Wanli 郭万里, LI, Denghua 李登华, FAN, Hongxia 范红霞, XIAO, Limin 肖立敏, FU, Hua 傅华, LING, Hua 凌华, ZHANG, Zhaosheng 张兆省, HUANGFU, Zehua 皇甫泽华, WANG, Fang 王芳, REN, Qiang 任强, ZHONG, Qiming 钟启明, HUANG, Yinghao 黄英豪, LI, Yong 李勇, LI, Jun 李军, ZHANG, Min 张民, LI, Shilin 李士林, ZHANG, Juhua 张举华, WU, Jiefu 吴杰夫, GONG, Lifei 龚丽飞, HUANGFU, Yufeng 皇甫玉峰, CUI, Baoyu 崔宝玉, CHEN, Chen 陈晨, YUAN, Jing 袁静, JIANG, Zhile 蒋致乐, HUANGFU, Mingxia 皇甫明夏] WU, Yingli 中国江苏省南京市鼓楼区广州路223号武颖利, Jiangsu 210029No. 223 Guangzhou Rd., Gulou DistrictNanjing, Jiangsu 210029;WU, Yingli 中国四川省成都市青羊区敬业路108号T区7栋武颖利, Sichuan 610000Buildings 7th in Section TNo. 108 Jingye Road, Qingyang DistrictChengdu, Sichuan 610000 An underwater detection system for a cavity region of a concrete panel rock-fill dam based on acoustic wave sensing, comprising a moving platform, an acoustic wave producing apparatus, an acoustic wave receiving apparatus (9), a traction apparatus, and a positioning apparatus (4); the acoustic wave producing apparatus and the positioning apparatus (4) are arranged on the moving platform, the traction apparatus controlling the movement of the moving platform on the surface of a concrete panel (13); the acoustic wave producing apparatus produces a penetrative acoustic wave, and the acoustic wave receiving apparatus (9) receives the acoustic wave and determines whether there is a cavity region on the basis of the acoustic wave signal, the position of the cavity region being transmitted by means of the positioning apparatus (4).

[WANG MINGXIA, LI BO, WANG HUI, ZHANG SHUMING, ZHANG CONGYUE, SONG XINHUA, YUE MINGFEI, ZHANG XIANGYU, YIN SHAOKAI, SONG SHIHAO] CN A heat-not-bum smoking set, comprising a housing (1) having a hollow cavity, a battery (2) being provided in the hollow cavity. Said smoking set further comprises a circuit assembly, the circuit assembly comprises a flexible circuit board (3) extending along the hollow cavity, the flexible circuit board (3) has: a positive electrode connector (31) and a negative electrode connector (32) for connecting the battery; a first circuit region (33), a second circuit region (34) and a connection region (35) for connecting the first circuit region (33) and the second circuit region (34); the first circuit region (33) and the second circuit region (34) are both deflected towards the center of the hollow cavity relative to the connection region (35); the connection region (35) has a length not shorter than that of the battery (2), and at least part of the connection region (35) is attached to an outer surface of the battery (2). The flexible circuit board (3) is used to connect various components, and two ends of the flexible circuit board (3) can be deflected towards a central region of the housing (1), so that the size of the smoking set can be reduced to a great extent, facilitating the development of the smoking set towards miniaturization.

[Mingxia WANG, Lejun ZHANG, Jingfeng ZHANG, Tao ZHANG, Wenhao LIU, Haobo XING, Qiang ZHU] CN CN,Beijing The present disclosure relates to a railway video resource interconnection and convergence system and a convergence method. The system includes: a security device and a railway video sharing cloud platform. The security device is configured to map, under the condition that a first resource network is physically isolated from other resource networks, an internet protocol address of the first resource network of video resources to an internet protocol address of a shared network; and the railway video sharing cloud platform is configured to acquire a stream of the video resources, and convert the stream of the video resources into a stream of a preset standard format. The present disclosure solves the problem of secure and effective integration of video resources of a professional video monitoring system in a railway and a comprehensive video monitoring system.

[WANG, Mingxia 王明霞, LI, Bo 李波, ZHANG, Shuming 张书铭, SONG, Xinhua 宋新华, WANG, Hui 王辉, YUE, Mingfei 岳明飞, MENG, Fanbo 孟凡博, ZHANG, Congyue 张丛跃, ZHANG, Xiangyu 张项瑜, SONG, Shihao 宋时浩, YIN, Shaokai 尹绍锴] Room 901, No. 20 HuaYang Road, ShiBei District 中国山东省青岛市市北区华阳路20号901室, Shandong 266021Qingdao, Shandong 266021 A low-temperature smoking tool, comprising a smoking tool housing (12) and a heating element (14). The smoking tool housing (12) is formed with an accommodating hole (122) capable of positioning an aerosol base (20). The heating element (14) is disposed in the accommodating hole (122). The heating element (14) comprises a first heating portion (142), a second heating portion (144), and a heat conducting portion (146). The first heating portion (142) can extend along the axis of the accommodating hole (122) and can be inserted into the end surface of the aerosol base (20). The second heating portion (144) can extend along the depth direction of the accommodating hole (122), and can be attached to the side surface of the aerosol base (20). The heat conducting portion (146) connects the first heating portion (142) and the second heating portion (144). By extending the heating element (14), the heating element (14) can heat the aerosol base (20) from inside and outside, so as to fully heat the aerosol base (20).

[Yandong Zhan, Changfa Wang, Yuhua Li, Ruitao Zhang, Zhenwei Zhang, Ziwen Liu, Mengmeng Li, Lanjie Li, Ying Han, Qingshan Ma, Liangliang Li, Wenqiong Chai, Yan Li, Tongtong Wang, Tao Jia, Jimin Jia, Shishuai Xing, Guiqin Liu, Wenqiang Liu, Mingxia Zhu, Miaomiao Zhou, Wei Zhang, Jingya Xing, Jinpeng Wang, Yan Sun] CN Liaocheng City A mobile DR applicable to in-vivo detection of multi-thoracolumbar variations in equine animals and a use method are provided. The DR mainly comprises four aspects: (1) a digital flat-panel X-ray imaging system; (2) equine animal retaining device system (radiography bed) applicable to different body sizes; (3) radiography parameters applicable to equine animals of different body sizes and at different developmental stages; and (4) a stitching system Polaris for radiographed pictures. The digital flat-panel X-ray imaging system comprises an X-ray tube, a beam limiting device, a high-voltage generator, a flat-panel detector, an image acquisition workstation.

[WANG, Mingxia 汪明霞, ZHANG, Lejun 张乐军, ZHANG, Jingfeng 张景峰, ZHANG, Tao 张涛, LIU, Wenhao 刘文豪, XING, Haobo 邢昊博, ZHU, Qiang 朱强] Block No. 1, CRSCBuilding, South Road of Auto Museum, Fengtai District, 中国北京市丰台区汽车博物馆南路1号院, Beijing 100070Beijing 100070 The present invention relates to a railway video resource interconnection and convergence system and convergence method. The system comprises: a security device and a railway video sharing cloud platform; the security device is used for mapping the Internet protocol address of a first resource network of video resources to the Internet protocol address of a shared network when the first resource network is physically isolated from other resource networks; the railway video sharing cloud platform is used for acquiring code streams of the video resources, and converting the code streams of the video resources into code streams in a preset standard format. The present invention solves the problem of secure and effective integration of video resources of a professional video monitoring system and comprehensive video monitoring system in a railway. Since an original system networking mode is not changed, operations such as complex routing configuration and physical networking are not required for video resource convergence, and video resource storage can be completed only by configuring system-related information. In the present invention, a security protection measure is taken, thereby ensuring network perimeter security, and video resource convergence and sharing operations are greatly simplified and secured.

[WU, Yingli 武颖利, YANG, Sheng 杨胜, YI, Ruiji 易瑞吉, GUO, Wanli 郭万里, HE, Ning 何宁, LI, Denghua 李登华, XIAO, Limin 肖立敏, LING, Hua 凌华, WANG, Fang 王芳, ZHANG, Zhaosheng 张兆省, HUANGFU, Zehua 皇甫泽华, FAN, Hongxia 范红霞, REN, Qiang 任强, HUANG, Yinghao 黄英豪, FU, Hua 傅华, GONG, Lifei 龚丽飞, LI, Yong 李勇, LI, Shilin 李士林, HU, Zhe 胡哲, ZHANG, Juhua 张举华, WU, Jiefu 吴杰夫, ZHANG, Sai 张赛, HUANGFU, Mingxia 皇甫明夏, LUO, Fusheng 罗福生, CUI, Baoyu 崔宝玉, CHEN, Chen 陈晨, ZHENG, Kai 郑凯, XUE, Chen 薛晨, YUAN, Jing 袁静] WU Yingli 中国江苏省南京市鼓楼区广州路223号武颖利, Jiangsu 210029No.223 Guangzhou Rd.Gulou DistrictNanjing, Jiangsu 210029;Wu Yingli 中国四川省成都市青羊区敬业路108号T区7栋武颖利, Sichuan 610000Buildings 7th In Section T No.108 Jingye Road, Qingyang DistrictChengdu, Sichuan 610000 A flow rate sensing-based underwater dam leakage detection system, comprising a moving platform, a pressure sensing device (2), a traction device and a positioning device (5); the pressure sensing device (2) and the positioning device (5) are disposed on the moving platform, and the traction device controls the moving platform to move on a surface of a concrete panel of a dam; the pressure sensing device (2) senses changes in pressure caused by water flow, and transmits the location of a leakage point by means of the positioning device (5). The detection system enables the rapid, efficient and low-cost detection of underwater leakage from concrete panels and rock-fill dam panels.