Automatic assembling mechanism for automobile parts

Abstract

The invention relates to an automatic assembling mechanism for automobile parts, and is used for automatically assembling buckles and sealing sleeves in the automobile parts, the automatic assembling mechanism is characterized by comprising a feeding assembly, a working mechanism and an external processor mechanism; the feeding assembly is used for conveying a buckle with two or more bayonets to the working mechanism; the working mechanism is used for detecting the buckle and the sealing sleeve and assembling the buckle and the sealing sleeve into a whole; the external processor mechanism is used for comparing and processing detection data or detection parameters of the buckle, the sealing sleeve and the assembly part composed of the buckle and the sealing sleeve, wherein the detection data or the detection parameters are detected and transmitted by the working mechanism, and the external processor mechanism controls the working mechanism to work. The injection molding quality of the buckle is judged through automatic detection, and the detection risk caused by visual inspection is effectively reduced; according to the automatic assembling mechanism for the buckle and the sealing sleeve, the physical strength of an operator is hardly consumed, and the production efficiency can be greatly improved.

Description

Technical field: [0001] The invention belongs to the technical field of assembly mechanisms for auto parts, and specifically designs an automatic assembly mechanism for auto parts used for automatic assembly of buckles and sealing sleeves in auto parts. Background technique: [0002] The buckle and sealing sleeve of auto parts are assembled manually due to their special structure. The buckle is made of plastic material through injection molding, and the sealing sleeve is made of rubber material. During the assembly process, There will be the following problems: [0003] First of all, it is necessary to manually visually inspect the buckle for injection quality problems, such as air bubbles, cracks, size inconsistencies, design requirements, and other problems that may affect the quality of the buckle. In the mass production process, it is easy to cause Observers are visually fatigued, making the speed of visual inspection slow, and there is a risk that the unqualified buckl...

AI Technical Summary

Problems solved by technology

[0003] First of all, it is necessary to manually visually inspect the buckle for injection quality problems, such as air bubbles, cracks, size inconsistencies, design requirements, and other problems that may affect the quality of the buckle. In the mass production process, it is easy to cause The visual fatigue of the observers slows down the speed of visual inspection, and there is a risk that the unqualified buckle will be judged as qualified if the visual inspection is not in place;

[0004] Secondly, install the qualified buckle and the sealing sleeve with the sealing rubber sleeve. Since the sealing sleeve of the rubber sealing rubber sleeve has an inward closing to accommodate a part of the buckle, the two are firmly installed, so The installation of the buckle and the sealing sleeve requires the operator to manually unfold the closing of the sealing rubber sleeve, and then put it into the buckle. After the part of the buckle with the bayonet is installed into the closing of the sealing rubber sleeve, release and unfold the closing of the sealing rubber sleeve It is too cumbersome to install the buckle and the sealing sleeve by hand, especially in mass production, the manual operation of the operator to expand the closure of the sealing rubber sleeve greatly consumes the operator's physical strength, and at the same time The assembly method is inefficient

[0005] Therefore, in the prior art, the assembly of snaps and sealing sleeves of auto parts, when mass production is required, the operator cannot judge the injection molding quality of the snaps well, and the assembly process will greatly consume the physical strength of the operator, making Assembly efficiency becomes low

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