Device for automatically detecting inserting and extracting force of connector

Abstract

The invention discloses a device for automatically detecting an inserting and extracting force of a connector. The device is characterized by comprising a cabinet, an electric control cabinet, a human-computer interface, an image detection mechanism, an inserting and extracting force conduction mechanism, an industrial machinery arm and a connector clamp, wherein the cabinet is provided with a lower bracket, a table facet and a cover shell; the image detection mechanism is provided with an industrial camera; the electric control cabinet is arranged in the lower bracket of the cabinet; the human-computer interface is arranged on the outer side of the cover shell; the connector clamp and the industrial machinery arm are arranged on the table facet of the cabinet; and the image detection mechanism and the inserting and extracting force conduction mechanism are respectively arranged on the industrial machinery arm. The device provided by the invention adopts the industrial machinery arm and the connector clamp for executing, the image detection mechanism and the inserting and extracting force conduction mechanism are used for detecting, the computer is used for operating and a PLC controller is used for controlling a driver, so that the automatic detection for the inserting and extracting force of the connector is realized; the phenomena of missing detection and fault detection are avoided; the device has the advantages of human resource saving effect and detection efficiency promotion.

Description

technical field [0001] The invention relates to the technical field of electrical connector product detection, in particular to a device for automatically detecting the insertion and withdrawal force of a connector. Background technique [0002] In the production process of electrical connectors, there are certain technical requirements for the retention force between the internal pins and sockets of the connector, otherwise when the electrical connector pins and sockets are docked, due to the gap between the pins and the hole ends The holding force is not up to standard, resulting in the quality problems of virtual connection or open circuit in the electrical connector, so it is necessary to test the holding force of the pin or socket of the electrical connector product. Most of the detection methods in the prior art are manual detection, because there are many types and varieties of electrical connectors, and different types of electrical connectors have different detectio...

AI Technical Summary

Problems solved by technology

Most of the detection methods in the prior art are manual detection, because there are many types and varieties of electrical connectors, and different types of electrical connectors have different detection standards for insertion force due to different structures and diameters of pins or sockets.

The existing problem is that when working, the inspector holds a single detection needle of different diameters and should insert it into the jack of the electrical connector, and checks in turn whether the holding force of each jack to be tested in the electrical connector is qualified. The measurement depends on the experience and feeling of the inspectors, and lacks scientific basis. In the detection operation of long-term fatigue operation, the situation of false detection and missed detection is unavoidable

And when the problematic product is delivered to the user for installation, it will cause quality problems in electrical equipment

Images