Manufacturing technique for split type carbon powder box

Abstract

The invention discloses a manufacturing technique for a split type carbon powder box and aims to provide a manufacturing technique for a split type carbon powder box, wherein the manufacturing technique has low labor cost, good working environment and capability of providing high product quality. The manufacturing technique comprises the following steps: (1) assembling internal powder cabin accessories; (2) welding a surface cover; (3) assembling a powder feeding roller and sealing; (4) pasting a developing roller sealing element and assembling a developing roller; (5) assembling a gear set and a side cover; and (6) filling the powder. The manufacturing technique for the split type carbon powder box is applied to the technical field of production of split type carbon powder boxes.

Description

technical field [0001] The invention relates to a production process of a split type carbon powder box. Background technique [0002] Toner cartridges are an important part of printing equipment, and toner cartridges can be divided into one-piece and split-type. As far as the split toner cartridge is concerned, most of its production is still manual. The manual method has complex process, low production efficiency and high labor cost, and some processes will bring some adverse factors due to manual operation. For example, the scraping process will cause poor adhesion due to sweat and oil on hands, and eventually lead to powder leakage. In addition, the powder filling process of the traditional craft takes a lot of time. Some use the assembled powder box and send it to the powder filling room to fill the powder. The turnover cycle is long, and some are manually filled on the production line, which pollutes the environment and is inefficient; there is packaging. In the codin...

AI Technical Summary

Problems solved by technology

The manual method has complex process, low production efficiency and high labor cost, and some processes will bring some adverse factors due to manual operation. For example, the scraping process will cause poor adhesion due to sweat and oil on hands, and eventually lead to powder leakage.

In addition, the powder filling process of the traditional craft takes a lot of time. Some use the assembled powder box and send it to the powder filling room to fill the powder. The turnover cycle is long, and some are manually filled on the production line, which pollutes the environment and is inefficient; there is packaging. In the coding process, individual labels or nameplates are manually placed into the corresponding positions of the coding machine one by one, which is inefficient and insufficient in positioning accuracy

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