Fingerprint identification electronic element operation apparatus and test classification device utilizing same

Abstract

The invention provides a fingerprint identification electronic element operation apparatus and a test classification device utilizing same. The fingerprint identification electronic element operation apparatus comprises a test mechanism and a multi-section press moving mechanism, wherein the test mechanism is provided with a test circuit board with at least one test seat, the test circuit board is used for testing a fingerprint identification electronic element with a sensing portion and an electric connector, the multi-section press moving mechanism is provided with a press fetcher moving in at least one direction, the press fetcher adsorbs a non-sensing portion of the fingerprint identification electronic element to be operated and moves the fingerprint identification electronic element to be operated into the test seat to perform the non-sensing fingerprint state test program, a press measuring part which can move is arranged inside the press fetcher, the press measuring part presses against the sensing portion of the fingerprint identification electronic element, so that the fingerprint identification electronic element simulates and executes a sensed fingerprint state test program; and after the test operation is completed, the press measuring part of the press moving mechanism is separated from the sensing portion of the fingerprint identification electronic element, and the operated fingerprint identification electronic element is moved out of the test seat by virtue of the press fetcher.

Description

technical field [0001] The present invention provides a method of using a pressure-shifting mechanism to consistently and automatically transfer and place the fingerprint identification electronic component, and press against the fingerprint identification electronic component in a multi-stage manner to perform a non-sensing / sensed fingerprint state test procedure, thereby saving costs and improving A fingerprint recognition electronic component operating device with production efficiency. Background technique [0002] Nowadays, fingerprint readers are widely used in the identification and confirmation of personal identity, such as access control, handheld devices or computers. Compare with the sample fingerprint image in the database to identify the identity of the user; the bottom surface of the fingerprint identification electronic component is provided with a plurality of electrical contacts, and a sensing part that can sense fingerprints is provided on the top surface, ...

AI Technical Summary

Problems solved by technology

[0004] 1. The staff must manually open the outer cover 14, put the unused fingerprint identification electronic component 21 into the test socket 13, and then close the outer cover 14 to perform the test operation. After the test is completed, it is also necessary to manually The method repeatedly opens and closes the outer cover 14 and takes out the fingerprint identification electronic components 21 that have been operated, so that the manual operation is slow and time-consuming, and the production efficiency cannot be improved.

[0005] 2. Since the operating device uses manual work to repeatedly open and close the outer cover 14 and pick and place the fingerprint identification electronic components 21, if the number of fingerprint identification electronic components 21 to be tested is large, additional manpower must be allocated to cope with the testing operations, resulting in an increase lack of cost

[0006] 3. The lower pressing block 17 only performs the operation of pressing down on the fingerprint identification electronic component 21. When the staff manually opens the outer cover 14, places materials and closes the outer cover 14, the lower pressing block 17 is empty and does not move. Not only wastes waiting time, but also cannot consistently automate testing operations, thereby failing to improve production efficiency

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