An Intelligent Temperature Control System Based on Area Division

Abstract

The present invention provides an intelligent temperature control system based on area division. The system comprises: an area division module configured to divide a target area to a plurality of subareas; a temperature detection module configured to collect temperatures of a plurality of subareas; a temperature analysis system configured to analyze temperatures of a plurality of subareas and output an analysis result; and a temperature regulation module comprising n temperature regulation submodules which are respectively configured to regulate temperatures of the subareas according to the analysis result of the temperature analysis module. The system divides the target area into a plurality of subareas, collects actual temperatures of the subareas and compares the actual temperatures of the subareas with a preset temperature range corresponding to each subarea, and when the actual temperature in a certain subarea deviates from the preset temperature range, a temperature regulation device in this subarea is employed to regulate the temperatures in the subarea so as to ensure the pertinency and the validity of temperature regulation.

Description

technical field [0001] The invention relates to the technical field of temperature intelligent control, in particular to an intelligent temperature control system based on area division. Background technique [0002] Most of the existing temperature adjustment systems use the method of collecting the overall actual temperature in the target area to compare with the preset temperature, and then formulate a temperature adjustment strategy according to the temperature comparison results to adjust the temperature of the target area. However, in actual use, since the location of the target area is different, and different locations in the target area have different temperature requirements, it is difficult to ensure the pertinence and effectiveness of temperature adjustment by using a unified temperature adjustment strategy in this case. For example: when residents adjust the temperature, different areas such as the room, living room, kitchen, and bathroom have different temperat...

AI Technical Summary

Problems solved by technology

However, in actual use, since the location of the target area is different, and different locations in the target area have different temperature requirements, it is difficult to ensure the pertinence and effectiveness of temperature adjustment by using a unified temperature adjustment strategy.

For example: when residents adjust the temperature, different areas such as the room, living room, kitchen, and bathroom have different temperature requirements. If the traditional temperature adjustment method is used, it will not only be difficult to achieve the effect of temperature adjustment in different areas, but also cause waste of energy; if When the temperature is adjusted in the warehouse, due to the different positions of the goods stacked and the different properties of the goods, different areas also require different temperature ranges. It is also difficult to ensure the effect of temperature adjustment by using traditional temperature adjustment methods.

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