Intelligent space system based on robot control

Abstract

The invention relates to an intelligent space system based on robot control. The intelligent space system comprises a plurality of sensors, a data transmission layer, a robot interaction layer and a monitoring layer, wherein the sensors are arranged on site and used for collecting the state or environment information of each Internet of things device on an intelligent space site; the data transmission layer is used for providing communication service for a site data collecting layer and the robot interaction layer; the robot interaction layer is used for controlling the Internet of things devices in the intelligent space through a robot and controlling the robot to conduct information interaction with a user to achieve query operation of the Internet of things devices; and the monitoring layer is used for remotely monitoring the robot and each Internet of things device. The intelligent space system controls the corresponding Internet of things devices and is in butt joint with the corresponding Internet of things devices in the mode of being in butt joint with the robot. Compared with the prior art, the intelligent space system has the advantages of being efficient, intelligent, convenient to use, capable of saving labor cost and time cost and the like.

Description

technical field [0001] The invention relates to the technical field of intelligent robots, in particular to an intelligent space system based on robot control. Background technique [0002] The Internet of Things technology realizes the connection of things in the objective world. It is another revolution in world information technology after computers and the Internet, and it is another technological extension of human society in the 21st century with the application of information technology as the core. The essence of the comprehensive integration of the Internet of Things and traditional industries is the "Internet of Things Connected". This sentence has two meanings: first, the Internet is still the core and foundation of the Internet of Things, and the Internet of Things uses the Internet to expand and extend. Second, IoT terminal sensors can be embedded into any IoT monitoring equipment, and these IoT devices can use related technologies to connect to the Internet fo...

AI Technical Summary

Problems solved by technology

The traditional smart space system has the following deficiencies in the control of the Internet of Things: First, the set sensors can only communicate with the public data platform of the Internet of Things. Although it is a unified management of the devices, the reuse rate is not high and the connections are different. The equipment needs to update the corresponding equipment name and add new equipment modules, each time it needs to be redeveloped, and the labor cost and time cost are relatively high

After different administrators add different devices, it is difficult to obtain unified information in time for the updated devices or to notify other modules or individuals of the information in a timely and correct manner

In addition, with the change of personnel or the change of the corresponding administrator, it takes a long time for the new administrator to become familiar with or control the IoT devices in the smart space, and the management and control of each device in the smart space is more cumbersome. And it is often set incorrectly due to misoperation, resulting in subsequent information association errors and other problems, which is very inconvenient to operate and control

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