Temperature and humidity testing device and method

Abstract

The invention provides a temperature and humidity testing device and method. The temperature and humidity testing device comprises an intelligent temperature control heating source, multiple paths oftemperature testers and a temperature and humidity control processing part. The temperature and humidity control processing part is connected with the intelligent temperature control heating source; and the temperature and humidity control processing part is connected with the multiple paths of temperature testers. The intelligent temperature control heating source comprises an intelligent heatingsource body, a heat conduction layer, a temperature control layer and a non-woven fabric layer. The device has the characteristics of good temperature control effect, small temperature deviation, small fluctuation and the like. The non-woven fabric layer partially or completely covers the temperature control layer; the temperature control layer partially or completely covers the heat conduction layer; and the heat conduction layer partially or completely covers the heating source. The testing device can simulate the fever condition of a human body, and the temperature testing device comprisesthe heat conduction layer, the temperature control layer and the non-woven fabric layer. By adjusting the power of the heating source, the temperature of the heating plate can be accurately controlled while the temperature rises, so that the heating plate is stabilized at the set temperature, and large fluctuation is avoided.

Description

technical field [0001] The present invention relates to the technical field of testing devices, in particular to a temperature and humidity testing device and method. Background technique [0002] The cooling performance of the antipyretic patch is an important indicator for evaluating the quality of the antipyretic patch. At present, the main method of testing the cooling performance of the antipyretic patch is to stick it on a beaker with 40 degrees Celsius hot water, and then observe its antipyretic performance. This method cannot guarantee that the water temperature is always 40 degrees Celsius, so it cannot simulate the human body's fever. And this device test fluctuates greatly, and sensitivity is not high. [0003] The patent document CN108534906A discloses a multi-point temperature and humidity tester and its use method. The main point of its technical solution is to include a body and a processor, a key, a display, a detection sensor and a printing module arranged ...

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