Printer cleaning system

Abstract

The invention discloses a printer cleaning system. The printer cleaning system comprises a cleaning base, an ink stack assembly, a scraper assembly, a transmission device and a driving device, whereinthe cleaning base is provided with a first containing groove and a second containing groove, the ink stack assembly is arranged in the first containing groove, the scraper assembly is arranged in thesecond containing groove, the transmission device penetrates through the first containing groove and the second containing groove and is connected with the ink stack assembly and the scraper assembly, and the driving device is connected with the transmission device to drive the transmission device; when the transmission device rotates at the first angle, the ink stack assembly is driven by the transmission device to be in the ink stack cleaning position; when the transmission device rotates at the second angle, the scraper assembly is driven by the transmission device to be in the scraper cleaning position; and when the transmission is rotated at the third angle, the ink stack assembly is in the ink stack return position and the scraper assembly is in the scraper return position. According to the printer cleaning system, the motion error is extremely small, the cleaning effect is effectively improved, and meanwhile, the pollution can be prevented.

Description

technical field [0001] The invention relates to a cleaning system, in particular to a printer cleaning system. Background technique [0002] The printer cleaning system is a system used to maintain the print quality and nozzle availability. The printer cleaning system mainly includes ink stack and scraper components. [0003] Generally speaking, the ink stack can be divided into lifting type and swing arm type, and the scraper assembly can be divided into fixed type and reciprocating type, but no matter what type is used, there are problems such as ink splashing and pollution. Specifically, since the ink stack and the scraper assembly are independently controlled to perform actions such as pumping ink and scraping off dirt, due to their independent and complicated structures, the movement errors are relatively large. In addition, the ink stack and scraper components that operate independently of each other use more materials, which also makes the cost of the components hig...

AI Technical Summary

Problems solved by technology

[0003] Generally speaking, the ink stack can be divided into lifting type and swing arm type, and the scraper assembly can be divided into fixed type and reciprocating type, but no matter what type is used, there are problems such as ink splashing and pollution

Specifically, since the ink stack and the scraper assembly are independently controlled to perform actions such as pumping ink and scraping off dirt, due to the independent and complicated structure, the movement error is relatively large

In addition, the ink stack and scraper components that operate independently of each other use more materials, which also makes the cost of the components higher

Furthermore, since the two operate independently of each other, their driving is also carried out independently, it is difficult to accurately control and adjust the contact area and cleaning force during cleaning, which will cause unpredictable pollution problems

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