Temperature-based automatic regulation device

Abstract

The invention belongs to the technical field of temperature control regulation, particularly relates to a temperature-based automatic regulation device, and provides the following scheme to solve the problems that when an existing temperature-based automatic regulation device carries out temperature self-regulation, field temperature monitoring is generally carried out through a temperature sensor and reflected to a background control end to control a heating device to be switched on and switched off, but the temperature monitoring range of the temperature sensor is limited, temperature difference occurs in different areas under the condition that the site is large, the air flowing speed is low, and temperature difference change is small: the temperature-based automatic regulation device comprises a heating plate. By arranging an air pump, an air pipe and a mixing plate, during temperature detection, air at different positions in a site is guided into the air pipe through the air pump and then guided into the hollow detection plate through the mixing plate, and when temperature detection is conducted through a temperature sensor, the air at the different positions is mixed, so that the uniformity of temperature difference detection is ensured, then the temperature is regulated, and the regulated temperature is suitable for each position.

Description

technical field [0001] The invention relates to the technical field of temperature control and adjustment, in particular to a temperature-based automatic adjustment device. Background technique [0002] The existing poultry or green plants need to be kept at a constant temperature during the breeding process. However, the heat inside the breeding place will be lost with the passage of time, which requires self-regulation through the temperature inside the breeding place. Therefore, it is necessary to A temperature-based autoregulator is used. [0003] Existing temperature-based automatic adjustment devices generally use temperature sensors to monitor the site temperature when performing self-adjustment of temperature, which is used to reflect to the background control terminal to control the switch of the heating device. However, the temperature range monitored by the temperature sensor has limitations. In the case of a large site, there will be temperature differences in d...

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Problems solved by technology

[0002] The existing poultry or green plants need to be kept at a constant temperature during the breeding process. However, the heat inside the breeding place will be lost with the passage of time, which requires self-regulation through the temperature inside the breeding place. Therefore, it is necessary to Use temperature-based autoregulators

[0003] Existing temperature-based automatic adjustment devices generally use temperature sensors to monitor the site temperature when performing self-adjustment of temperature, which is used to reflect to the background control terminal to control the switch of the heating device. However, the temperature range monitored by the temperature sensor has limitations. In the case of a large site, there will be temperature differences in different areas, the air flow speed is slow, and the temperature difference changes little, so it often causes deviations in temperature control

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