A device for realizing accurate measurement of toner output

Abstract

The invention discloses a device for accurately measuring the output of carbon powder. Its structure includes a measuring carbon powder output port, a placement operation table, a support rod, and a fixed base. Measuring toner output port includes movable support rod, partition case, stamping cone, force ring, magnetic return strip, limit slip rope, anti-floating blocking rod. When installing, the stamping cone and force-bearing ring will move downwards under the internal force, and the slip-limiting rope will drag the magnetic return bar to move along the movable groove, and its hook will tilt down along the trend, so that the toner can go smoothly When it needs to be sealed, the return triangle will slide to the other side, so that the hard rod can return to the original position, and the hook will return to the original state, wrap it, and make the remaining toner It will not flutter down, and when sealing, the residual toner can be caught and pulled back in time, so that it will not be blown out due to the combined airflow.

Description

technical field [0001] The invention belongs to the field of carbon powder, and more specifically relates to a device for accurately measuring the output of carbon powder. Background technique [0002] When measuring the amount of imported toner while outputting and filling the toner, the operation is performed in batches. After the previous bottle of toner is filled, the seal is waiting for the next bottle to be filled, and the toner is in powder form. , with a lighter texture. [0003] Based on the inventor's discovery above, the existing equipment for measuring the output of carbon powder mainly has the following deficiencies, such as: [0004] When the sealer is closing and waiting for the next bottle filling operation, because the toner powder is too light, the tiny airflow during the sealing process is easier to blow out the toner residue left at the outlet, and the toner powder is more difficult to clean and easier to clean. Affect the surrounding environment and th...

AI Technical Summary

Problems solved by technology

[0006] In order to solve the above-mentioned technology, when the sealer is closing and waiting for the next bottle filling operation, because the carbon powder is too light, the tiny airflow during sealing is easier to blow out the carbon powder slag originally left at the outlet, and the carbon powder is difficult Cleaning is more likely to affect the surrounding environment and the cleanliness of the outside of the filling bottle

Images