Intelligent glasses test frame

Abstract

The invention provides an intelligent glasses test frame which comprises a test frame, at least one support frame, a sound source unit and a sound receiving unit, wherein the test frame comprises a placing table, the at least one support frame is arranged on the placing table, the sound source unit is arranged on the test frame, and the radio unit is arranged on the test frame. Therefore, the intelligent glasses can be placed on the intelligent glasses test frame through the placing table, the intelligent glasses are supported by the at least one supporting frame, and the intelligent glasses are tested by the sound source unit and the sound receiving unit. Therefore, the test fixture provided by the utility model is used for replacing a manual test which cannot be quantified so as to meet the requirements of normalization and standardization, and is convenient for mass production.

Description

technical field [0001] The invention relates to a test frame, in particular to a test frame for smart glasses. Background technique [0002] Smart glasses refer to wearable glasses devices that have an independent operating system like a smartphone, and can realize various functions by installing software. [0003] However, today's smart glasses generally use unquantifiable manual tests for acoustic testing, that is, the tester wears the smart glasses and then emits a sound. The microphone of the smart glasses receives the tester's voice, indicating that the microphone can be used normally. [0004] In mass production or research and development of smart glasses, acoustic testing of smart glasses is required. However, it is generally a manual test that cannot be quantified. The tester puts on the smart glasses and makes a sound, and the receiver can hear the sound, indicating that the microphone of the smart glasses can be used normally; the tester uses the smart glasses to...

AI Technical Summary

Problems solved by technology

However, it is generally a manual test that cannot be quantified. The tester puts on the smart glasses and makes a sound, and the receiver can hear the sound, indicating that the microphone of the smart glasses can be used normally; the tester uses the smart glasses to play the audio file, and the tester can listen to the sound The file indicates that the speaker of the smart glasses can be used normally

Because the human voice will change with the physical condition, and the height, strength, and speed of the voice are not easy to control, so manual testing is not only impossible to quantify, but also inconvenient to detect, with low detection accuracy, low detection efficiency, and non-repeatability. Therefore, in order to ensure the test The stability and accuracy of the data requires a test fixture to replace the unquantifiable manual test, in order to meet the requirements of standardization and standardization, and to facilitate mass production

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