The application data weighing management system integrated with cloud computing explosion-proof Electronic scale is a cloud service platform that serves the whole process of production and sales by using mobile Internet, Internet of Things, big data, cloud computing and other related technologies. To create a comprehensive regulatory framework covering the entire process of product production, manufacturing environment, logistics transportation, and terminal sales. By adopting modular real-time monitoring instrument hardware and utilizing the powerful functions of programmable logic controllers (PLCs), the production process of fluid packaging can be fully automated, including "weighing and Measuring system monitoring", "automatic control of stacking units", "production data recording and storage", as well as "485 or TCPIP communication and data transmission with the upper computer network". The explosion-proof electronic scale adopts advanced control algorithms and a new generation of single-chip microprocessing, which is more powerful, faster in operation, and has stronger anti-interference ability. It also has automatic calibration compensation and vibration prevention functions to ensure the best batching accuracy. It can automatically calibrate every time it is turned on to ensure accurate accuracy. Users can directly access PLC systems and terminal control systems to achieve multi pass control and automation control. The system digitizes the weak weight signal output by the weighing module to obtain high-precision weighing data. Rich digital filtering techniques and emergency software are set up in the software to prevent interference and system loss of control.

A weighing scale is mainly composed of a scale base, a scale body, a weighing sensor, a junction box, etc. The scale platform adopts a steel welded structure, and four weighing sensors are installed on the scale base through four load-bearing components at the four corners of the scale body. The signals of the four weighing sensors are collected in the junction box, and then transmitted to the display instrument through shielded signal cables from the junction box. When the weighed object is placed on the scale body, it is subjected to gravity, which acts on the weighing sensors at its four corners through the scale body, causing deformation of the elastic body of the weighing sensors and transmitting the weight signal to the display instrument. The weighing scale adopts a frame structure consisting of a scale base, a scale body, a weighing sensor, and a junction box. The scale base is composed of two or more corner bases set around the periphery and connecting beams spanning each corner base. The scale body adopts a table top and a supporting beam located at the lower part of the table top. The supporting beam is located on the inner side of the connecting beam, and the bottom surface of the supporting beam is lower than the bottom surface of the connecting beam. Two or more weighing sensors connected to the table top are respectively supported on the mounting seats of the corner base plate. The inner sides of the two side plates of the weighing scale corner seat are respectively fixed with composite limit columns and nuts, and the inner hole of the composite limit column is a threaded hole. The outer side of the corner seat is equipped with an I-shaped anchor bracket, and two anchor bolts pass through the anchor bracket and are respectively installed in the composite limit column and nut. The other side of the anchor bracket has a through hole. The supporting beam is fixedly connected to the reinforcing plate on both sides, and at least two symmetrically arranged reinforcing plates have threaded holes at the bottom of the supporting beam. The bottom of the supporting beam has two or more symmetrically arranged threaded holes at the center of gravity.