Glass hinge testing equipment

Abstract

The invention provides glass hinge testing equipment. The equipment comprises a frame body, a hinge mounting seat, a glass door, a door leaf driving mechanism and an angle detection mechanism, the hinge mounting seat is arranged on the frame body and is used for mounting a glass hinge, the glass door is used for being connected with the glass hinge on the hinge mounting seat, the door leaf driving mechanism can drive the glass door to rotate, the angle detection mechanism can detect the opening and closing angle of the glass door, and the door leaf driving mechanism can be separated relative to the glass door according to the opening and closing angle fed back by the angle detection mechanism when the glass door rotates to a preset position. According to the glass hinge testing equipment provided by the invention, through cooperation of the door leaf driving mechanism and the angle detection mechanism, driving force on the glass door can be withdrawn when the glass door rotates to a preset angle, so that the glass door is automatically buffered and closed through the glass hinge, the actual use scene of the glass hinge is simulated, more reliable testing data is provided, the structure is simple, and the test efficiency is high.

Description

technical field [0001] The invention relates to the field of hardware accessories testing, in particular to a glass hinge testing device. Background technique [0002] With the wide use of glass doors, the glass hinge, as a connecting accessory between the glass door and the door frame and allowing the two to rotate relative to each other, will have higher and higher quality requirements for the glass hinge, which needs to be checked before leaving the factory. The test is used to test mechanical items such as life closing time, closing torque, energy efficiency ratio, load performance, door opening buffer performance and delayed closing function. [0003] However, the existing test equipment usually simply drives the glass door to open and close through the push rod, which is difficult to meet the multiple parameter test requirements of the glass hinge, the test effect is poor and time-consuming, and will eventually lead to market failure Product quality varies. Contents...

AI Technical Summary

Problems solved by technology

[0003] However, the existing test equipment usually simply drives the glass door to open and close through the push rod, which is difficult to meet the multiple parameter test requirements of the glass hinge, the test effect is poor and time-consuming, and will eventually lead to market failure Product quality varies

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