Medical surgical instrument drying cabinet

Abstract

The invention discloses a medical surgical instrument drying cabinet which comprises a cabinet body and a device box. The lower portion of an inner wall of a right cabinet plate is provided with an air exhaust hole communicated with an air exhaust channel in a right cabinet plate interlayer. A placing frame and a first heater are arranged in a drying chamber of the cabinet body, two first fans are arranged in the device box, a hole in the middle of a left cabinet plate is an air inlet channel, the lower portion of the air inlet channel is communicated with an air inlet hole at the middle-lower portion of an inner wall of the left cabinet plate, and a second heater is fixedly arranged at the upper portion in the air inlet channel. An original two-dimensional air supply mode is adjusted to be a three-dimensional air supply mode, so that surgical instruments on an upper placing frame and a lower placing frame can be synchronously dried well, and drying consistency and drying uniformity are good. Accordingly, the defect that the surgical instruments on the upper placing frame is easily and excessively dried and the surgical instruments on the lower placing frame are insufficiently dried. The medical surgical instrument drying cabinet is ingenious in conception, simple in structure and easy to implement.

Description

technical field [0001] The invention belongs to the field of drying medical instruments, in particular to a drying cabinet for drying medical operating instruments. Background technique [0002] As we all know, medical surgical instruments (such as surgical forceps, etc.) need to be strictly cleaned after use, so that they can be used next time. In order to prevent the cleaning fluid remaining on the surgical instruments from breeding bacteria, it is generally necessary to use a special drying cabinet to dry the cleaned surgical instruments. The existing drying cabinet includes a cabinet body, which is mainly composed of a left cabinet board, a right cabinet board, a rear cabinet board, a front cabinet door, a bottom cabinet board and a top cabinet board, wherein the front cabinet door is installed on the left or right cabinet board On the top, the front cabinet door is closed when drying surgical instruments, and the left cabinet board is a solid structure. Simultaneously...

AI Technical Summary

Problems solved by technology

[0005] 1. Since the hot air generated by the heater dries the surgical instruments on the rack from top to bottom, the air supply direction is single; and because there are multiple racks for placing surgical instruments in the drying cabinet, the above Surgical instruments can easily block the following surgical instruments, so it is easy to cause the upper surgical instruments to be overdried, while the lower surgical instruments are not sufficiently dried, which will seriously affect the consistency and uniformity of drying;

[0006] 2. In actual use, it is often necessary to dry some medical pipelines (such as ventilator connection pipelines, surgical anesthesia pipelines), but the existing drying cabinets are powerless;

[0007] 3. The existing drying cabinet is equipped with a water receiving tray at the lower part of the drying room of the cabinet body, which will cause the water receiving tray to be heated together with the surgical instruments. After the water in the water receiving tray is full, the user will easily scald when pouring water. at hand;

[0008] 4. The hot and humid air generated by the existing drying cabinet is basically discharged outside through the hot and humid air discharge pipe, which will inevitably cause a certain amount of heat waste

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