Easy-for-feeding-powder direct insertion type ink powder bottle for selenium drum

Abstract

The invention discloses an easy-for-feeding-powder direct insertion type ink powder bottle for a selenium drum. The easy-for-feeding-powder direct insertion type ink powder bottle comprises a bottle body, an agitation strip and a powder feeder, wherein the center of the bottom of the bottle body is provided with a clamping groove; the center of the clamping groove is provided with a through hole;a first end of the agitation strip is inserted into the through hole to extend to a bottle neck; a second end of the agitation strip extends to the through hole in a bottle bottom to be connected witha telescopic strip; the other end of the telescopic strip is connected with a bottom cover; the bottom cover is connected with the clamping groove in a clamping manner; agitation thorns which are downwards inclined to be at included angles of 30 degrees are arranged between the first end and the second end; the powder feeder is detachably connected with a powder feeding passage of a powder storage bin of the selenium drum; a spring is arranged to be that an ejector pin at the lower part of a blockage structure is connected with a solid of a second supporting net in a butting manner to enablethe interior of a shell to be communicated with the powder feeding passage when a first cover body is not connected with a washer and the powder feeder is connected with the powder feeding passage, and when the first cover is not connected with the washer and the powder feeder is not connected with the powder feeding passage, a hemi-elliptical structure of the lower part of the blockage structureis connected with the washer in the butting manner to close a lower port of the shell. The ink powder bottle provided by the invention is high in powder feeding efficiency and is pollution-free in a powder feeding process.

Description

technical field [0001] The invention relates to the technical field of printing equipment consumables. More specifically, the present invention relates to an easy-to-fill in-line toner bottle for a toner cartridge. Background technique [0002] Most of the toner cartridges used in laser printers on the market are for one-time use, which makes the cost of office printing higher. Therefore, the toner cartridges with repeated powder addition are gradually getting better in the market. When the toner in the toner storage bin of the printer is exhausted, it is necessary to open the toner storage bin, fill the toner storage bin with toner, and then seal the toner storage bin. Because the toner is very fine, if the operation is slightly improper, it will cause the toner to leak, cause pollution, and may affect the printing quality, and reduce the overall life of the toner storage bin. Generally, it is handled by professionals. Most of the existing toner adding operations are comp...

AI Technical Summary

Problems solved by technology

Because the toner is very fine, if the operation is slightly improper, it will cause the toner to leak, cause pollution, and may affect the printing quality, and reduce the overall life of the toner storage bin. Generally, it is handled by professionals.

Most of the existing toner adding operations are complex in structure, and are likely to remain on the pipeline when the toner is transported, reducing the utilization rate of the toner, resulting in waste of resources, or the structure is too simple, and the funnel is directly used for transport. Cleaning up the funnel also causes waste of toner and environmental pollution

[0003] Existing toner bottles are generally barrel-packed bottles, and some of them are provided with conical tube-shaped powder-feeding head guides at the mouth of the bottle. The mouth of the bottle is narrowed, but compared with the ultra-fine particle toner, its effect is minimal, and it is still easy to cause toner leakage and pollution during the process of adding toner

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