Drum brake shoe block insert arranging, clamping and conveying and die-casting mechanism

Abstract

The invention relates to a drum brake shoe block insert arranging, clamping and conveying and die-casting mechanism. According to the mechanism, the specific structures of die-casting dies, a positioning sliding frame and a clamp are designed, so that insert boxes on the die-casting dies, clamping jaws on the clamp and notches in the positioning sliding frame are in one-to-one correspondence in position; the positioning sliding frame is driven by a horizontal pushing mechanism to move along a horizontal guide rail in a multi-section mode to match vibration discs symmetrically arranged on the two sides for conveying, so that inserts are efficiently arranged and accurately positioned and placed on the positioning sliding frame; a robot arm controls the clamping jaws on the clamp to efficiently clamp all the inserts on the positioning sliding frame at a time and efficiently transfer the inserts into the corresponding die-casting dies of die-casting machines; and the die-casting proceduresof the two or more die-casting machines are staggered, so that one robot arm can meet the uninterrupted insert conveying and die-casting process of more than two die-casting machines, the insert conveying efficiency and safety are greatly improved, and the insert type die casting quality stability is improved.

Description

technical field [0001] The invention relates to the field of die-casting automation equipment, in particular to a die-casting mechanism for sorting and pinching inserts of drum brake shoes. Background technique [0002] In the die-casting industry, there are many parts that need to be placed in the die-casting mold for die-casting; the Chinese patent with the authorized notification number CN107790703B discloses a method for one person to operate two die-casting machines, which fully takes into account the Due to the particularity of the die-casting parts, especially the multi-cavity and multi-insert die-casting parts (for example, eight inserts need to be placed in a die-casting product), the spatial and action layout of the two die-casting machines is cleverly designed to realize a Workers operate two die-casting machines to die-cast the same or similar parts, making full use of the limited human time, reducing the standby time of the die-casting machines, making the utili...

AI Technical Summary

Problems solved by technology

[0003]Although the above-mentioned patents have improved the efficiency of die-casting, the grabbing and placing of the inserts still requires manual grabbing and placing of the inserts one by one; and one person needs to complete two To grasp and place the inserts of the die-casting machine, manual labor needs to stand between two die-casting machines for a long time and work under high load. The working environment temperature is high and the environment is poor, and the operation is dangerous.

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