Processing process of recovered waste powdered ink plastic box of intelligent printer

Abstract

The invention discloses a processing process of a recovered waste powdered ink plastic box of an intelligent printer. The process specifically comprises the following steps: developing a product die; forming a product; removing the die; punching and processing; after-processing; blowing air; assembling. According to the processing process adopting the aforementioned mode, a step of cooling a jig is added after the step of removing the die; after the product is solidified, the die is removed and burrs are removed, the product is immediately placed into a cooling device to avoid deformation; the productivity is increased to be 50pcs per hour, each product cycle is decreased to be 220s, and thus the productivity is increased by 500%.

Description

technical field [0001] The invention relates to the field of intelligent printers, in particular to a processing technology for recycling waste toner plastic boxes of intelligent printers. Background technique [0002] All kinds of printers in China are increasing at a rate of 25%, generating more than 200,000 cubic meters of solid waste every year, up to one million tons, which can fill 3,000 trains, and they will remain intact after being buried underground for 1,000 years. [0003] The waste toner cartridge is used to collect the waste generated by the printer. At present, the blow molding process is mostly used in the industry, because the parts are large, require a long cooling time, the molding efficiency is low, and the cost is high. At the same time, in order to meet the intelligentization, the waste toner box will be installed to automatically detect the amount of waste collected inside the toner box Electronic equipment such as toner cartridges will be installed b...

AI Technical Summary

Problems solved by technology

At present, the blow molding process is mostly used in the industry, because the parts are large, require a long cooling time, the molding efficiency is low, and the cost is high. At the same time, in order to meet the intelligentization, the waste toner box will be installed to automatically detect the amount of waste collected inside the toner box Electronic equipment such as toner cartridges will be installed by drilling holes on the side wall of the toner cartridge. The traditional punching machine operation has a large dimensional control error, which will cause gaps between the assembly parts and the toner cartridge, powder leakage, etc., and labor costs are high. Manual operation errors cause low yield rate. This process develops laser drilling, which solves the above problems, reduces costs and improves production capacity and yield rate.

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