Automotive carpet walk-in forming equipment

Abstract

The invention relates to automotive carpet walk-in forming equipment, which comprises a feeding trolley, wherein the feeding trolley is used for spreading a plurality of raw material sheets to form a sheet carpet. The equipment is characterized by also comprising a feeding mechanism, a feed heating mechanism and a forming mechanism, wherein the feeding mechanism and the feed heating mechanism are arranged on a whole framework; the feeding mechanism is used for taking the sheet carpet spread on the feeding trolley out and conveying the sheet carpet to the feed heating mechanism; the feed heating mechanism is used for heating the sheet carpet and conveying the sheet carpet to the forming mechanism; and the forming mechanism is used for pressing the heated sheet carpet and cutting the sheet carpet by matching manpower. The equipment is simple, compact and reasonable in structure and flexible in adaptability to multiple products, ensures the heating quality of the automotive carpet raw material, and is high in automation degree and accurate and convenient in positioning and cutting; and the equipment can improve the production efficiency and reduce the labor intensity of workers, is high in safety, and can reduce the manufacturing cost of a product, save energy and improve the quality of the product.

Description

technical field [0001] The invention relates to a molding and cutting equipment for interior parts of passenger cars, in particular to a walk-in molding equipment for automobile carpets, belonging to the technical field of processing and manufacturing of automobile parts. Background technique [0002] At present, the trimming action of carpet sheet materials for automotive interior parts generally adopts wire body clamping and conveying forming and water jet cutting action, automatic wire body conveying layout, the effective size and function of each station are reserved, and invalid actions, space and The waste of heating energy is serious, especially when the forming station and the cutting station are combined into one. This independent station layout method requires a large equipment footprint, and the movement distance of each station is long, which cannot ensure high-precision positioning of the heated sheet material. It is prone to misalignment, resulting in a lot of...

AI Technical Summary

Problems solved by technology

[0002] At present, the trimming action of carpet sheet materials for automotive interior parts generally adopts wire body clamping and conveying forming and water jet cutting action, automatic wire body conveying layout, the effective size and function of each station are reserved, and invalid actions, space and The waste of heating energy is serious, especially when the forming station and cutting station are combined into one

This independent station layout method requires a large equipment area, and the movement distance of each station is long, which cannot ensure the high-precision positioning of the heating sheet material.

It is prone to misalignment, resulting in a large number of leftover materials in the design of raw materials, with a single side up to 40mm, a large amount of material sagging when heated, and serious deformation

Moreover, the actual heating area does not correspond to the actual area of ​​the raw material, which is prone to defective product heating; and the semi-finished product needs to be manually moved into the water jet room for cutting, the production efficiency is low, and the product manufacturing cost is relatively high.

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