Detector for temperature sensitive controllers

Abstract

The invention relates to a detector for temperature sensitive controllers. The detector includes a control center and a multi-station operation rotary table; the control center is provided with a control panel; the multi-station operation rotary table is mounted above a rack and can rotate horizontally relative to the rack; the upper surface of the operation rotary table is provided with positioning and clamping devices; the quantity of the positioning and clamping devices is corresponding to the quantity of working stations; the positioning and clamping devices are used for supporting temperature sensitive controllers under test; and a thermal detection system is provided with a preheating station, a low-temperature detecting station and a high-temperature detecting station which are located on the multi-station operation rotary table. Compared with existing manual division detection, the detector can realize multi-station simultaneous detection from automatic feeding, part detection, result judgment to automatic unloading; the detection time of the detector depends on the longest detection time of a single station; and linked detection can be performed on a plurality of temperature sensitive controllers, and therefore, high efficiency and a high automation degree can be realized, and manpower and production costs can be greatly saved.

Description

technical field [0001] The invention relates to a detector, especially a detector for detecting a temperature-sensitive controller. Background technique [0002] As the core of electric tea set appliances, the temperature sensitive controller is of vital importance to its quality. Effective detection of it can ensure the life and efficacy of the whole electric tea set appliance and improve the reliability of the whole machine. At present, its detection is completed by manual operation from the initial placement to each detection station, which has problems such as high labor intensity, low production efficiency, and high production cost, and there are many intermediate links, which are easy to damage the temperature-sensitive controller. In the detection of temperature-sensitive actuators, which are the most critical to temperature-sensitive controllers, air-heating is used to detect them after heating up, which has the following disadvantages: the heat loss in the process o...

AI Technical Summary

Problems solved by technology

The current detection is done manually from the initial placement to each detection station, which has problems such as high labor intensity, low production efficiency, and high production cost, and there are many intermediate links, which are easy to damage the temperature-sensitive controller.

In the detection of temperature-sensitive actuators, which are the most critical to temperature-sensitive controllers, air-heating is used to detect them after heating up, which has the following disadvantages: the heat loss in the process of air-heating is large, and the air-heating needs to be directly raised to the detection level in one step. Due to the rapid heating, the temperature during detection is unstable, which affects the accuracy of detection results

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