Temperature monitoring method, system and device based on mobile robot and storage medium

Abstract

The invention provides a temperature monitoring method, system and device based on a mobile robot and a storage medium. The temperature monitoring method comprises the following steps: constructing athree-dimensional diagram of an acquisition space according to the size proportion of the acquisition space; enabling a mobile robot to advance in the acquisition space, and performing temperature acquisition on an acquisition target in the acquisition space through a plurality of temperature sensors according to a preset sampling interval to obtain a plurality of temperature values and position information of the measured temperature values; and filling the three-dimensional diagram with the temperature value and the corresponding position information to generate a single-point three-dimensional diagram with the temperature value. According to the temperature monitoring method provided by the invention, the temperature sensor arranged on the mobile robot performs temperature acquisition in the acquisition space according to the set sampling interval, and the single-point three-dimensional diagram with the temperature value is generated based on the temperature value and the corresponding position information, so that the temperature in the acquisition space can be acquired as required; and a basis is provided for obtaining more accurate and effective temperature visualization information.

Description

technical field [0001] The present invention relates to the technical field of computer applications, and more specifically, to a temperature monitoring method, system, device and storage medium based on a mobile robot. Background technique [0002] With the development of computer technology, more and more computers have entered people's lives. While greatly enhancing social productivity, their demand for energy has also increased significantly. In the data center computer room, with the continuous expansion of business requirements, its computing scale and applications are also increasing, and its corresponding energy consumption and heat generation are also increasing. As the most direct factor reflecting the condition of the data center computer room, temperature makes it very important to obtain the temperature information inside the data center computer room. [0003] However, the current method of obtaining fixed-point temperature values ​​based on temperature sensor...

AI Technical Summary

Problems solved by technology

At present, there are two ways to obtain the temperature inside the data center computer room, one is to simply calculate the average value of several adjacent temperatures as the interpolation temperature, and the other is to calculate the interpolation value through complex algorithms. The former method is simple and cannot truly describe the data. In the case of the central computer room, the latter has high requirements on the sensors and other hardware inside the data center computer room, and the acquisition and calculation of temperature data takes a long time, so it is impossible to realize timely and effective visualization of temperature information, and thus cannot guarantee the operating environment of the equipment in the computer room

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