New syringe efficient mass treatment equipment

Abstract

The invention discloses new syringe efficient mass treatment equipment. The equipment comprises a base body; the base body is provided with a shell; a first rotating shaft is arranged in the shell, and is provided with support circular plates; connecting rods are arranged between the two support circular plates; cutting blades are arranged on each connecting rod; a speed reducer is arranged on theshell, and is provided with a first servo motor; an arc separation plate is arranged under a cutter; a circular pipe is arranged under the arc separation plate, and is provided with a rotating shaft;poking plates are arranged on the rotating shaft; a communicating channel is formed between an upper cavity of the shell and a cavity of the circular pipe; arc covering plates are arranged between any two adjacent poking plates; a second servo motor is fixed on the shell; a discharge pipe is fixed on the circular pipe; a receiving frame is arranged under the discharge pipe; and a syringe feedingmechanism is arranged at the side part of the base body. The equipment can efficiently crush mass syringes, so that the receiving frame can receive more syringes for transportation to an incinerationplant for combustion, and both popularization and application are deserved.

Description

technical field [0001] The invention relates to a device, in particular to a new type of high-efficiency processing device for a large number of syringes. Background technique [0002] Syringes are commonly used tools in medical use, and are usually used to inject liquid drugs. Since syringes are disposable medical tools, a large number of used disposable syringes are produced every year. If the syringes are not crushed first, it is very difficult It may flow into the market and be used by criminals to make disposable plastic bags (the syringe barrel is made of PVC, which will be used by criminals to make food packaging bags). Because there are many germs and viruses left in the syringe, generally It cannot be killed at the temperature at which plastic bags are made, so it will cause unimaginable health problems to consumers who use such plastic bags. [0003] Existing syringe processing methods are all for placing the syringe in a grinder for crushing (such as Chinese util...

AI Technical Summary

Problems solved by technology

[0002] Syringes are commonly used tools in medical use, and are usually used to inject liquid drugs. Since syringes are disposable medical tools, a large number of used disposable syringes are produced every year. If the syringes are not crushed first, it is very difficult It may flow into the market and be used by criminals to make disposable plastic bags (the syringe barrel is made of PVC, which will be used by criminals to make food packaging bags). Because there are many germs and viruses left in the syringe, generally It cannot be killed at the temperature at which plastic bags are made, so it will cause unimaginable health problems for consumers who use such plastic bags

[0003] Existing syringe processing methods are all for placing the syringe in a grinder for crushing (such as Chinese utility model patent CN 207403036 U), and then putting each syringe fragment into the material holding frame (compared to Place the syringe directly in the material frame, the material frame can put more syringe fragments and the syringe fragments are more conducive to incineration, and the toxic substances produced by incineration are less), and then pulled to the incineration plant for incineration, which This method of using a grinder to process syringes is inefficient, and cannot efficiently process a large number of syringes, which will greatly increase the labor intensity of the staff

Images