Connector terminal assembling and positioning rapid detection tool

Abstract

The invention discloses a connector terminal assembling and positioning rapid detection tool. The tool is provided with a pedestal. A base for installation of detection probes and a socket for insertion of a connector are formed on the pedestal. A plurality of probe holes corresponding to jacks of conductive terminals of the connector are formed in the base. A conductive plate is installed between the base and the socket. A plurality of through holes are formed in the positions, corresponding to the probe holes, of the conductive plate. The probes are installed in the probe holes; the front ends of the probes penetrate through the through holes of the conductive plate and stretch into the socket; gaps are reserved between the front ends of the probes and the through holes of the conductive plate; the front ends of the probes are further provided with steps in contact with the bottom face of the conductive plate at the right time; and the probes and the conductive plate are connected with detection equipment. When the connector is arranged in the socket and the front ends of the probes pass through the through holes of the conductive plate and extend into the jacks of the connector, the steps of the probes and the conductive plate are in a contact or non-contact state, and the detection equipment judges whether the conductive terminals in the connector are installed well. According to the invention, terminals can be accurately and rapidly detected.

Description

technical field [0001] The invention relates to a detection jig, in particular to a fast detection jig for assembly and positioning of connector terminals. Background technique [0002] A connector is a device that connects two active devices and is used to transmit current or signals. After the connector is assembled, it is necessary to detect whether the terminals in the connector have been installed, whether the installation position is accurate, whether the terminals are deformed, etc. Only when the terminal is installed correctly and there is no deformation, can the normal use of the subsequent connector be guaranteed. [0003] In the prior art, there are many fixtures for detecting the assembly and positioning of connector terminals, such as simply using step needles to test whether the terminals are installed in place and whether they are internally deformed. Or in the case of internal deformation, the terminal may be in contact with the probe due to the shaking of ...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, there are many fixtures used to detect the assembly and positioning of connector terminals. For example, simply use step needles to test whether the terminals are installed in place and whether they are internally deformed. However, because the terminals have a movable gap in the connector, the terminals are not installed in place Or in the case of internal deformation, the terminal may be in contact with the probe due to the shaking of the terminal, so that there is a risk that the defective product will pass the test and needs to be improved

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