Die cutter mechanism for automotive acoustic parts

Abstract

The invention belongs to the technical field of automobile acoustic component production equipment, and relates to a cutting tool mechanism of an automobile acoustic component die. The cutting tool mechanism comprises three groups of cutting tool mechanisms are uniformly arranged along the lengthwise direction of a base plate, wherein each group of cutting tool mechanism comprises a fixed plate, an oil cylinder, supporting frames and cutting blades; the two supporting frames in each group of cutting tool mechanism are respectively fixed at two ends of each base plate along the width direction; the fixed plates can be connected to the supporting frames in a lifting manner; the supporting frames are arranged on the base plates; the oil cylinders are mounted on the base plates on the fixed plates; piston rods of the oil cylinders are connected with the fixed plates; and the cutting blades comprise end portion cutting blades and middle cutting blades. The mechanism can improve the storing and fetching convenience of a formed material, reduce the production cost and improve the production efficiency, and is simple in structure and convenient to operate.

Description

technical field [0001] The invention belongs to the technical field of production equipment for automobile acoustic components, and relates to a mold cutting knife mechanism for automobile acoustic components. Background technique [0002] Automotive acoustic component molds are generally designed as one mold or two molds. However, due to the decline in product profits, it is necessary to produce the required tooling to produce more products in the same time, and the cost of labor and energy consumption should be as low as possible. does not increase. [0003] After optimizing the mold structure, a mold with four pieces or one mold with multiple pieces is designed. However, the mold size of one mold with four or more pieces is relatively large, and the size of the material after molding is also large and cannot be picked and placed by a single person, requiring multiple manual operations. In order to save labor, energy consumption and management costs, a separate mold for a...

AI Technical Summary

Problems solved by technology

However, the mold size of one mold with four or more pieces is relatively large, and the size of the material after molding is also large and cannot be picked and placed by a single person, requiring multiple manual operations. In order to save labor, energy consumption and management costs, a separate mold for automotive acoustic components has been developed Cutter Mechanism

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