Combined type powder removing and paper clipping integrated machine and using method thereof

Abstract

The invention discloses a powder removing and paper clipping integrated machine which can be used for realizing automatic operation, has high production efficiency and combines two processes of removing residual powder and clipping anti-pollution paper, and a using method thereof. The integrated machine comprises a base (1) and a controller, wherein the two sides of the base (1) are respectively provided with a first carbon powder box clamp position (2) and a second carbon powder box clamp position (3); a photosensitive drum conductive contact (7) and a magnetic roller conductive contact (8) are arranged on the first carbon powder box clamp position (2); a drive motor (5) as well as a forward rotation switch (9) and a backward rotation switch (10) which are used for controlling the drive motor (5) to rotate forward and backward are also arranged in the base (1); a rotation shaft (6) of the drive motor (5) extends into the second carbon powder box clamp position (3) and is matched with a drive gear of the photosensitive drum; and by starting the forward rotation switch (9) and the backward rotation switch (10), the processes of removing the residual powder and clipping the anti-pollution paper can be finished respectively. According to the invention, the two major functions are perfectly combined, and the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to a combined powder-removing and paper-clamping machine and a use method thereof. Background technique [0002] The existing laser toner cartridge is the product of the combination of scanning technology and electrophotography technology, mainly relying on the carbon powder in the toner cartridge to change from electrostatic latent image to visible text output. Due to the split structure of the toner cartridge, its model has a seal, and the toner cartridge cannot be tested for printing quality before the seal is pulled. Therefore, when testing the print quality of the toner cartridge in the existing industry, it is always The assembly is coated with an appropriate amount of test toner, and then the printing performance test is performed. After the toner cartridge test is completed, the remaining toner must be cleaned, that is, the operation of removing the remaining powder. After the operation of removing the remaining powder, i...

AI Technical Summary

Problems solved by technology

At present, there are mainly the following ways to remove the remaining powder in the prior art: (1) Manually remove the remaining powder, disassemble the laser developer toner cartridge, remove the remaining powder in the magnetic roller compartment and then reinstall it, this method It is a manual operation with hidden quality problems and low production efficiency

(2) The printer removes the remaining powder, put the laser developer toner cartridge into the printer to print the full text version or the full black version, and transfer the remaining powder in the magnetic roller compartment to the paper. This method consumes paper, and the remaining powder cannot be removed. Thorough, consumes a lot of time and manpower

(3) At present, it is more advanced to use a special instrument to remove the residual powder, put the laser developer toner cartridge into the instrument to simulate printing, and use the magnetic roller to transfer the residual powder to the waste toner bin of the laser developer toner cartridge. This method still only operates on a single process, and cannot be effectively combined with the process of clamping anti-pollution paper, and the efficiency needs to be further improved

The method currently used in the process of clipping anti-pollution paper mentioned above is to manually clip black paper. After decomposing the laser developer toner cartridge, the black paper is clipped between the photosensitive drum and the charging roller, and then all parts are reassembled. Putting it back, this method has hidden dangers in quality and low production efficiency

To sum up, in the prior art, the above two processes are carried out separately, which consumes a lot of time and manpower and has high cost, low production efficiency, and there are still hidden dangers in the quality of its products in the later stage.

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