Wireless centralized control system based on SYH-500 type

Abstract

The present invention discloses a wireless centralized control system based on an SYH-500 type. The system comprises a PLC controller module, a data collection module, a data centralized module, a centralized control module, an SYH-500 information mainboard, an information processing module, an information storage module, a wireless port and a hardware debugging interface. The PLC controller module is convenient to issue an operation command and visually observe the fed information so as to achieve real-time grasping of the internal mixture material environment of the machinery, the data collection module performs special information collection of the transmission speed system, an electric appliance control system and a multi-direction motion mechanism so as to reduce the complexity and the delay of later data analysis and facilitate accurate data transmission, and the SYH-500 information mainboard has four main parts and other components to achieve omnibearing information processing and perform mechanical debugging prior to usage so as to facilitate storage of information.

Description

technical field [0001] The invention relates to a wireless centralized control system, specifically a SYH-500-based wireless centralized control system, belonging to the technical field of automatic guidance control. Background technique [0002] The so-called SYH-500 wireless centralized control system is mainly the system inside the SYH series three-dimensional motion mixer. The existing three-dimensional motion mixer includes many series. Of course, the SYH series is a series with good sales in the market. It mainly includes four models of 50,300,500,1000. Each model has its own characteristics. The three-dimensional motion mixer is mainly used for the powdery and granular High-uniformity mixing of materials, when the three-dimensional motion mixer is in operation, due to the multi-directional movement of the mixing barrel, the flow and diffusion of various materials are accelerated during the mixing process, and at the same time, the centrifugal force of the general mixe...

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Problems solved by technology

[0003] There are advantages in the existing three-dimensional motion mixer system, but it is also inevitable that there are more or less defects. First, it is impossible to monitor and control the process in an all-round way, and there is no accurate and reliable quantitative data, resulting in mixed materials. It cannot be fully and evenly mixed. Second, the current wireless centralized control system has many deficiencies. It can only control some parameters, which cannot meet the technical informatization and networking requirements of mechanical production. Third, the degree of automation is low. The transmission method is relatively simple, and the information cannot reach the designated module in a timely and accurate manner

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