A rubber pad installation mechanism for frame parts

Abstract

The invention relates to a rubber pad mounting mechanism facilitating ejection. The mechanism comprises a conveying frame, a conveying belt matched with a product is arranged on the conveying frame, atransverse frame of the product is attached to the conveying frame, and a pad feeding device matched with the product is arranged on the conveying frame. The pad feeding device comprises a square upper fixing plate above the conveying frame, a material taking groove is formed in the upper fixing plate in the diagonal direction, the material taking groove is matched with a material taking air cylinder, and the material taking air cylinder is connected with a pushing device. An air cylinder head of the material taking air cylinder penetrates through the material taking groove and is matched with a rubber pad. A pushing device and the material taking air cylinder are connected to a controller. The rubber pad mounting mechanism facilitating ejection is provided with the conveying belt matchedwith the product, and a rubber pad feeding device matched with the product is arranged on the conveying belt. The rubber pad is taken and placed through the material taking air cylinder. The rubber pad is pressed in through the pushing device, meanwhile, conveying is not affected, the rubber pad installation efficiency is greatly improved, and the rubber pad installation time is shortened.

Description

technical field [0001] The invention relates to the field of assembly equipment for parts in a frame, in particular to a rubber pad installation mechanism for frame parts. Background technique [0002] In the production process of frame parts, many parts used as support seats need to be added with rubber pads to make them have a certain degree of elasticity and prevent them from being crushed, especially widely used in seat frames. [0003] Such as figure 2 As shown, the corner of the product 6 in the frame is provided with a rubber pad hole, and the rubber pad needs to be put into the rubber pad hole. Since the rubber pad has the property of elastic deformation, most of the rubber pads are assembled by extrusion , most of the existing rubber pads are installed manually, and a small part has achieved semi-mechanization, but it is still necessary to manually place the product on the processing station, and then press the rubber pad into the rubber pad hole through the extrus...

AI Technical Summary

Problems solved by technology

[0003] like figure 2 As shown, the corner of the product 6 in the frame is provided with a rubber pad hole, and the rubber pad needs to be put into the rubber pad hole. Since the rubber pad has the property of elastic deformation, most of the rubber pads are assembled by extrusion , most of the existing rubber pads are installed manually, and a small part has achieved semi-mechanization, but it is still necessary to manually place the product on the processing station, and then press the rubber pad into the rubber pad hole through the extrusion device. The operation is cumbersome, the installation efficiency is low, and a lot of processing time is consumed

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