Multi-station continuous mould drawing translational station mechanism

Abstract

The invention discloses a multi-station continuous mould drawing translational station mechanism. The mechanism is characterized by comprising a fixed plate (304), an elastic head seat (305), a blocking elastic head (302) and a reset elastic device (303), wherein the elastic head seat (305) is fixed on the fixed plate (304) and is provided with a vertical blocking elastic head slideway; the blocking elastic head (302) is slidably arranged in the blocking elastic head slideway, and the bottom of the blocking elastic head is a bevel; one end of the reset elastic device (303) is connected with the blocking elastic head (302), and the other end of the reset elastic device (303) is connected with the fixed plate (304); and one end of the reset elastic device is arranged in a counter bore of the blocking elastic head (302), and the other end of the reset elastic device is connected with the fixed plate (304). The blocking elastic head moves up and down, instead of swinging, so that the position of the dead center of the elastic head in the horizontal direction is determined, the working reliability and stability are greatly improved, and the design and manufacture of the novel mechanismare simpler and easier.

Description

technical field [0001] The invention relates to the technical field of a transition station mechanism, and more specifically relates to a transition station mechanism of a multi-station continuous drawing die. Background technique [0002] At present, in the production process of continuous multi-station punching battery steel shells, the product transmission of each station adopts the automatic feeding method of reciprocating manipulators. Due to space constraints, the transition station is a must in the multi-station punching process. An indispensable part, there are two types of transition stations currently in use: [0003] Option 1: punching rod transition; its working principle is as follows figure 1 As shown, after the steel shell 102 is sent to the station by the manipulator of the front station, the transition punch 101 moves down to press it, and the manipulator of the back and front station retracts and rushes into the worktable 103 after being pressed. The stee...

AI Technical Summary

Problems solved by technology

Due to the difference in physical properties and processing conditions of the steel strips used for processing steel shells, the consistency of the height of the steel shells cannot be guaranteed, see figure 2 , during the process of the steel shell 201 being transferred from position 1 to position 2, the working state of the pushing warhead 203 is to swing around the rotating shaft 202 under the push of the steel shell 201, and the difference in the height of the steel shell 201 makes the pushing warhead 203 rotate around The angle at which the rotating shaft 202 swings is uncertain, resulting in an uncertain position of the dead center A of the warhead in the horizontal direction

However, the position 1 and position 2 of the steel shell 201 and the feeding step distance are fixed, which leads to a great drop in the reliability of the stop function of the pushing bullet 203. Therefore, in the production process, the resulting jamming problem sometimes exists.

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