An Internet of Things cloud platform system based on high-pressure water jet robot

Abstract

An Internet of Things cloud platform system based on high-pressure water jet robots, including multiple water jet robots, multiple sets of high-pressure pump systems for supplying water to the respective water jet robots, and a cloud platform remote controller with a display screen. Each water jet robot and multiple sets of high pressure pump systems are installed with their own cloud platform terminal intelligent modules. The cloud platform remote controller collects the relevant data of the water jet robot and the high pressure pump system through the cloud platform terminal intelligent module, and uses its own data. The statistical analysis capability presents the received data to the operator on the display screen in the form of a statistical chart, which avoids the problem that it is difficult to monitor a large number of devices simultaneously in the prior art, and enables the operator to monitor all the water jet robots working at the same time. It is convenient for the operator to judge and adjust the overall situation of the water jet operation and save a lot of personnel originally used to monitor the equipment.

Description

technical field [0001] The invention relates to the field of high-pressure water jet robots, in particular to an Internet of Things cloud platform system based on high-pressure water jet robots. Background technique [0002] Water jet is a high-speed water stream of different shapes formed by the nozzle. When the jet reaches the target, the energy formed by the jet at its speed is converted into impact pressure and acts on the surface to be worked. The ejected jet hits the surface of the target. It is called jet operation above. High-pressure water jet robots are widely used in the fields of ship derusting, industrial cleaning and concrete crushing. They usually consist of a water jet robot and a high-pressure pump system. The system is connected through pipelines, so that the high-pressure water jet can be sprayed continuously during the movement of the robot, so as to perform water jet operations on the surface of ships and other places that are difficult to operate manua...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the problem that in the existing high-pressure water jet industry, it is difficult to carry out real-time monitoring and data collection for a large number of equipment synchronously, making it difficult for the operator to know the working status of all equipment in time, resulting in the operator's poor judgment on the production site and chaotic management. The invention provides an Internet of Things cloud platform system based on a high-pressure water jet robot