Scraping plate mechanism for cast-weld machine

Abstract

The invention discloses a scraping plate mechanism for a cast-weld machine, which comprises a scraping blade component and a connection mechanism used for connecting with a punch baseplate of the cast-weld machine, wherein the upper part of the scraping blade component is rotatably connected onto the connection mechanism, and a reset device for driving the scraping blade component to restore to a natural state under a swinging state is arranged between the connection mechanism and the scraping blade component; the connection mechanism comprises two connection blocks which are used for connecting with the punch baseplated of the cast-weld machine, and a hinged support which is rotatably connected between the two connection blocks is arranged on the upper end of the scraping blade component; and the reset device is arranged between the connection blocks and the upper end surface of the scraping blade component and is formed by two elastic pins which are vertically assembled in the two connection blocks in parallel in a penetrating way, wherein the front end of the elastic pin is extended out of the bottom of the connection block and is elastically propped against the upper end of the scraping blade component. The invention has simple structure and convenient installation, can automatically clean the surface of a cast-weld die through the back and forth moving of the punch baseplate after being connected with the punch baseplate of the cast-weld machine, saves labor and improves the production efficiency.

Description

technical field [0001] The invention relates to the field of casting and welding equipment, in particular to a scraper mechanism applied to a casting and welding machine. Background technique [0002] At present, the production steps of lead-acid batteries generally include electrode group arrangement, mold assembly, lead melting, casting welding, cooling and boxing, etc. Most of the production equipment adopts semi-automatic or fully automatic casting welding machines, and the processing efficiency is high. However, there are still some steps that are manually operated. For example, some residual molten lead particles and other sundries on the surface of the casting mold need to be cleaned and cleaned to ensure the welding quality. Manual cleaning is not only labor-intensive The strength is high, the efficiency is low, and human resources are seriously wasted, and the temperature of the casting and welding mold after melting lead is very high, and manual cleaning has potent...

AI Technical Summary

Problems solved by technology

[0002] At present, the production steps of lead-acid batteries generally include electrode group arrangement, mold assembly, lead melting, casting welding, cooling and boxing, etc. Most of the production equipment adopts semi-automatic or fully automatic casting welding machines, and the processing efficiency is high. However, there are still some steps that are manually operated. For example, some residual molten lead particles and other sundries on the surface of the casting mold need to be cleaned and cleaned to ensure the welding quality. Manual cleaning is not only labor-intensive The strength is high, the efficiency is low, and human resources are seriously wasted, and the temperature of the casting and welding mold after melting the lead is very high, and manual cleaning has potential safety hazards

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