Temperature detection device and detection equipment for carrier fluid

Abstract

The present invention provides a temperature detection device and detection equipment for a carrier fluid, wherein the device includes: at least one set of temperature probes, each set of temperature probes in the at least one set of temperature probes includes a plurality of closely arranged temperature probes, at least one set of temperature probes The probe is used for detecting the temperature of at least one temperature detection point in the carrier fluid; the fixing component is used for correspondingly fixing at least one group of temperature probes on the at least one temperature detection point of the carrier fluid. The device can achieve the purpose of parallel arrangement, can offset temperature fluctuations, improve the stability of collected data, improve the accuracy of detection, ensure the reliability of detection, and is simple and easy to implement.

Description

technical field [0001] The invention relates to the technical field of automobiles, in particular to a temperature detection device and detection equipment for a carrier fluid. Background technique [0002] In the related art, a single temperature probe multi-point measurement method can be used to measure the temperature of the carrier fluid, so as to obtain its temperature rise data information, and then conduct related research. [0003] However, during the test, it is necessary to carry out high-temperature protection for each warm mining line, which not only requires a long wrapping time, but also uses a large amount of high-temperature tape, which increases the strength of the test and wastes energy; secondly, To install multiple temperature probes on the carrier fluid, it is not only difficult to bind the wires, but also easily leads to improper binding, which affects the test effect; further, because the probes are small, the measured temperature is easy to fluctuate...

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Problems solved by technology

[0003] However, during the test, each temperature mining line needs to be protected from high temperature, which not only requires a long wrapping time, but also uses a large amount of high-temperature tape, which increases the intensity of the test and wastes energy; secondly, To install multiple temperature probes on the carrier fluid, not only is it difficult to tie the wires, but it is also likely to cause improper binding, which will affect the test results; furthermore, due to the small size of the probes, the measured temperature is likely to fluctuate , which makes it more difficult to observe the data; finally, after obtaining the data, it is necessary to screen and identify a certain temperature mining data as the test basis, which not only reduces the accuracy of the measurement, but also causes a waste of measurement data. In addition,; During the test, due to the large number of probes and the difficulty in controlling the temperature collection line, it is easy to cause ablation of the plastic collection line, resulting in safety accidents

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