Automatic press-connecting machine for sleeve and guide ring

Abstract

The invention provides an automatic press-connecting machine for a sleeve and a guide ring. The automatic press-connecting machine for the sleeve and the guide ring comprises a machine table, a feeding and discharging device and a press-connecting device, wherein the feeding and discharging device and the press-connecting device are arranged on the machine table; the press-connecting device comprises a positioning block, a pressing block, a press-connecting cylinder, photoelectric sensors and a pressure sensor, wherein the pressing block is positioned on the positioning block; the press-connecting cylinder is connected with the pressing block; the photoelectric sensors are arranged at the two sides of the pressing block; the pressure sensor is used for detecting the press-connection force;the positioning block is provided with a sleeve positioning hole and a guide ring positioning hole; a sleeve jack-out rod is arranged below the sleeve positioning hole; a guide ring press-connectingjack block is arranged below the guide ring positioning hole; a positioning slide table and a press-connecting slide table are arranged below the positioning block; and the press-connecting slide table is connected with an electric linear guide rail. According to the automatic press-connecting machine provided by the invention, the overall sleeve and guide ring press-connection process is automatically implemented and needs not to be operated step by step separately, so the labor productivity is improved; and meanwhile a press-connection sensor is used for monitoring a pressure value in real time in the overall press-connection process so as to guarantee the press-connection quality.

Description

technical field [0001] The invention relates to the field of optical communication, in particular to an automatic crimping machine for a sleeve and a guide ring. Background technique [0002] In the existing production of optical devices, there is a process of crimping the sleeve and the guide ring. The specific operation is to put the sleeve into the metal part, press it to the bottom manually, and then put the metal part with the sleeve into it. In the fixed crimping tooling, put the guide ring, start the manual crimping machine or pneumatic crimping machine, press the guide ring into the metal part, check the crimping effect, and complete the crimping. This crimping method is slow, and it is difficult to control the crimping strength of a single crimping, and the crimping quality cannot be guaranteed; and the sleeve and the guide ring need to be crimped separately, so the utilization rate of personnel is low, and the production efficiency is low. Some existing automatic ...

AI Technical Summary

Problems solved by technology

This crimping method is slow, and it is difficult to control the crimping strength of a single crimping, and the crimping quality cannot be guaranteed; and the sleeve and the guide ring need to be crimped separately, the utilization rate of personnel is low, and the production efficiency is low

Some existing automatic crimping systems are basically one-time crimping, and the raw materials are less and easy to control. For the automatic crimping of the sleeve and the guide ring, these devices cannot be completed and need to be redesigned

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