A medical cleaning machine for surgical knives

Abstract

The invention discloses a medical cleaning machine for surgical tools. The cleaning machine comprises a cylinder case and a cover body installed on the top of the cylinder case through four piston rods, an inner bottom mechanism is arranged in the cylinder case, a driving motor is arranged in the middle of the cover body, a triple reduction gear is connected to a shaft body, located in the cover body, of a motor shaft of the driving motor, a position plate is connected to an output section of the triple reduction gear, a double side clamping piece is circularly arranged on the top surface of the position plate, a frame net mechanism is installed on the double side clamping piece, an arc rack is arranged at the bottom of the frame net mechanism and radially stretches into the position plate, a manual screw is meshed with the rack and radially installed at the bottom of the position plate, a high pressure injection mechanism is arranged in the middle in the position plate, an elastic shaft mechanism is connected to the bottom of the position plate and installed on the inner bottom mechanism, and an injection mechanism is arranged on the inner wall of the cylinder case. Comprehensivetool cleaning is provided, integrative cleaning, drying and disinfection are achieved, and secondary infection is avoided.

Description

technical field [0001] The invention relates to the field of medical instruments, in particular to a medical cleaning machine for surgical knives. Background technique [0002] The scalpels used by surgeons in the hospital are divided into blades and handles. The blades are disposable, and the handles are reusable. Many other surgical instruments also need to be reused. For these reusable instruments, each It needs to be sterilized by autoclaving during use, and some larger integrated scalpels such as certain surgical forceps cannot discard the blade, so careful cleaning is required. The so-called sterilization is to kill all microorganisms. [0003] At present, when cleaning the scalpel, especially when cleaning the scalpel by immersion in liquid, many of them directly place various scalpels in the liquid for cleaning, but the disadvantage of this is that there is a gap between the scalpels. There is contact, so that the contacted surface of the scalpel cannot be cleaned m...

AI Technical Summary

Problems solved by technology

[0008] (1) Most of the existing medical cleaning devices separate the cleaning and disinfection process from the drying process, and set them in different chambers. While increasing the volume of the equipment, it is necessary to manually transfer the chamber of the tool and dry it. The space inside the room is relatively closed for a long time, and it is easy to breed bacteria after drying. It needs to be pretreated during use, and it is easy to produce secondary pollution during the transfer process;

[0009] (2) Most of the existing medical cleaning devices place various surgical knives together for cleaning during the cleaning process, which easily makes the contact surface of the knives unable to be cleaned well during the cleaning process. At the same time, due to the Messy placement and sharper knives are likely to cause injuries to medical staff when the medical staff cleans up the knives and stores them

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