Fast riveting process of spring washer and basin stand

Abstract

The invention relates to the technical field of a mold, and discloses a fast riveting process of a spring washer and a basin stand. The fast riveting process is used for fast riveting the spring washer on the basin stand and comprises a basin stand feeding step, a spring washer feeding step and a spring washer and basin stand riveting step, wherein in the riveting step, a riveting mold is adopted for riveting, a positioning rod used for storing the basin stand and a riveting station used for storing the spring washer are arranged in the riveting mold, and when the riveting mold is used for riveting, the spring washer arranged in the riveting station and the basin stand arranged on the positioning rod realize fast riveting. According to the riveting process, firstly, the spring washer and the basin stand are respectively stored on the riveting station and the positioning rod of the riveting mold, and then, the riveting mold is driven to realize the fast riveting of the basin stand and the spring washer in the riveting station. Compared with the existing single riveting, the fast riveting process has the advantages that the riveting efficiency is high, the time is short, the riveting force is uniform, and the product quality is high.

Description

Technical field [0001] The invention relates to the technical field of molds, and more specifically, to a rapid riveting process of a washer and a basin frame. Background technique [0002] There are many types of well-known pot holders, including round and rectangular pot holders. In the production process of the basin frame, it needs to be stretched and formed by a mold; at the same time, a washer (ie spring washer) is required to be riveted and fastened during the production process of the basin frame, namely: figure 1 The shown basin frame A needs to be riveted with washer on the upper end surface B of the basin frame A. In the prior art, the riveting is generally performed manually. The disadvantages are: 1. The riveting efficiency is low and the time is long. , Can not be mass-produced; 2. The uneven riveting force will easily lead to different quality of the same batch of basin products, which affects its normal use. Therefore, it is necessary to design a rapid riveting p...

AI Technical Summary

Problems solved by technology

During the production process of the pot frame, it needs to be stretched and formed through the mold; at the same time, a kind of washer (that is, a spring washer) is also required to be riveted and fastened during the production process of the pot frame, that is: as figure 1 The pot frame A shown requires riveting washers on the upper end surface B of the pot frame A. In the prior art, riveting and fastening is generally done manually. The disadvantages are: 1. The riveting efficiency is low and the time is long , can not be mass-produced; 2. The riveting force is uneven, which can easily lead to different quality of the same batch of pot frame products, which affects its normal use

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