An intelligent periodic progressive automatic liquid temperature detection device

Abstract

Disclosed is an intelligent period-progressive automatic liquid temperature detection device, wherein an intelligent automatic electronic control heat preservation device is introduced with regard to the existing thermometer (1). Based on a specifically designed timing circuit (12), by means of a designed micro rotating motor (11) and with the cooperation of the friction between a glass tube outer wall of the thermometer (1) and a rubber sleeve (10), the thermometer (1) automatically moves up and down in a slide bushing (2), thereby realizing the contact between an electric heating device (6) and a liquid bulb of the thermometer (1). After temperature detection, the heat of the liquid bulb of the thermometer (1) can be preserved by means of the specifically designed electric heating device (6) and a heat conduction sheet (3), and in this way, the thermometer (1) can be controlled to always maintain the temperature of the last temperature measurement, such that every temperature measurement is performed on the basis of a previous temperature measurement result, thereby enabling an effective improvement in the precision and efficiency of periodic temperature measurement.

Description

technical field [0001] The invention relates to an intelligent periodic progressive automatic liquid temperature detection device, which belongs to the technical field of liquid temperature detection. Background technique [0002] Temperature detection is the most common type of data detection. It is used to obtain the temperature of the measured object. The existing temperature detection mostly uses thermometers for detection, and with the development of smart life and IoT life, sensors are used for temperature detection. It has also been gradually promoted. In addition, it is the laboratory temperature detection. In order to ensure the accuracy of the data, the laboratory temperature detection still uses a thermometer, but in the actual laboratory application process, there are still deficiencies and inconveniences. As we all know, the experimental data of the laboratory is in the process of constant change, and scientific exploration is carried out in the constantly chang...

AI Technical Summary

Problems solved by technology

[0002] Temperature detection is the most common type of data detection. It is used to obtain the temperature of the measured object. The existing temperature detection mostly uses thermometers for detection, and with the development of smart life and IoT life, sensors are used for temperature detection. It has also been gradually promoted. In addition, it is the laboratory temperature detection. In order to ensure the accuracy of the data, the laboratory temperature detection still uses a thermometer, but in the actual laboratory application process, there are still deficiencies and inconveniences. As we all know, the experimental data of the laboratory is in the process of constant change, and scientific exploration is carried out in the constantly changing experimental data, and the change process of the experimental data is also the data required by the laboratory, but some of the existing thermometers The specific structure determines its use, and there are still errors. For example, the temperature of the water in the heating process is measured periodically. After each thermometer is used to measure the temperature, the thermometer will be taken out of the water, and the temperature will be measured again at the time of the next cycle. During the waiting process, the thermometer will be affected by the ambient temperature and change again. When the next cycle time is reached, when the thermometer is put into the water to measure the temperature again, the temperature measured by the thermometer will be changed by the change of the ambient temperature. Come, on the one hand, this will affect the temperature measurement efficiency, on the other hand, it will affect the temperature measurement accuracy

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