摘要：【中文】本公开公开了基于边缘计算的智慧社区仪表数据快速处理系统及方法，包括：若干台边缘计算服务器，每台边缘计算服务器布设在对应的住区内，负责定期采集住区内每一家住户的用户编码、用水量、用电量和燃气使用量；每台边缘计算服务器，根据每一家住户的用水量、用电量和燃气使用量计算得到当前住户的水费、电费和燃气费；每台边缘计算服务器将计算得到的水费、电费、燃气费与对应的用户编码结合后，上传给社区云服务器，社区云服务器将得到数据存储到云数据库中；社区云服务器根据水费、电费、燃气费与对应的用户编码，计算用户编码对应的费用清单，并将费用清单上传给云平台，云平台根据用户客户端的查询指令，将费用清单下发给用户客户端。 【EN】The utility model discloses a smart community instrument data rapid processing system and method based on edge computing, including: each edge calculation server is arranged in a corresponding residential area and is responsible for periodically acquiring the user code, the water consumption, the electricity consumption and the gas consumption of each household in the residential area; each edge calculation server calculates the water charge, the electricity charge and the gas charge of the current household according to the water consumption, the electricity consumption and the gas consumption of each household; each edge computing server combines the calculated water fee, electricity fee and gas fee with the corresponding user code and uploads the combined water fee, electricity fee and gas fee to the community cloud server, and the community cloud server stores the obtained data into a cloud database; the community cloud server calculates a expense list corresponding to the user code according to the water fee, the electric fee, the gas fee and the corresponding user code, uploads the expense list to the cloud platform, and the cloud platform issues the expense list to the user client according to the query instruction of the user client.

摘要：【中文】本发明公开了一种下肢负重移动外骨骼，包括背板部件、髋关节驱动器部件和大腿连接部件，其中，所述髋关节驱动器部件有两个且分别与所述背板部件的两端连接，所述大腿连接部件有两个且分别与两个所述髋关节驱动器部件相连；当人体髋关节处于摆动期时，屈曲的髋关节对应的所述髋关节驱动器部件处于储能状态；当人体髋关节处于支撑期时，伸展的髋关节对应的所述髋关节驱动器部件处于能量释放状态，以辅助人体负重移动。本发明可以辅助人体负重向前移动，为负重移动用户平地行走、爬坡或上楼梯时提供助力，大幅增加了普适性，并且增加了最大负重，具有更广阔的市场前景。 【EN】The invention discloses a lower limb load moving exoskeleton which comprises a back plate part, two hip joint driver parts and two thigh connecting parts, wherein the two hip joint driver parts are respectively connected with two ends of the back plate part; when the hip joint of the human body is in the swing period, the hip joint driver component corresponding to the flexed hip joint is in an energy storage state; when the hip joint of the human body is in the supporting period, the hip joint driver part corresponding to the extended hip joint is in an energy release state so as to assist the movement of the weight of the human body. The invention can assist the human body to move forwards under the load, provides assistance for the load-bearing mobile user when walking on flat ground, climbing slope or going upstairs, greatly increases universality, increases the maximum load, and has wider market prospect.

摘要：【中文】激光雷达屏幕显示头盔，包括头盔壳体，头盔壳体朝里的表面设有缓冲层，缓冲层朝里的表面设有内衬层，头盔壳体的顶部设有激光雷达固定座，激光雷达固定座利用向下穿过头盔壳体和缓冲层的螺钉固定在头盔壳体的顶部，激光雷达固定座顶部的边缘沿竖直方向设有多个支撑柱，多个支撑柱的顶端顶在激光雷达安装板的下端面上，激光雷达安装板通过多个螺钉与对应的支撑柱和激光雷达安装板固定相连，激光雷达安装板的顶端安装有机械式激光雷达。其目的是提供一种在火灾现场采集到的图像信息的清晰度和精确度更高，进而可降低消防员在火灾现场的安全风险，提高救援效率的激光雷达屏幕显示头盔。 【EN】Laser radar screen display helmet, including helmet shell, helmet shell surface inwards is equipped with the buffer layer, buffer layer surface inwards is equipped with the inner liner, helmet shell's top is equipped with the laser radar fixing base, the screw fixation at helmet shell's top at laser radar fixing base utilization downwards pass helmet shell and buffer layer, the edge at laser radar fixing base top is equipped with a plurality of support columns along vertical direction, the top of a plurality of support columns is on the lower terminal surface of laser radar mounting panel, the laser radar mounting panel passes through a plurality of screws and the support column that corresponds and the laser radar mounting panel is fixed continuous, mechanical type laser radar is installed on the top of laser radar mounting panel. The laser radar screen display helmet aims to provide the laser radar screen display helmet which is higher in definition and accuracy of image information collected on a fire scene, and further can reduce the safety risk of a fireman on the fire scene and improve the rescue efficiency.