Radiotherapy body membrane automatic storing and taking device with ultraviolet disinfection function

Abstract

The invention discloses a radiotherapy body membrane automatic storing and taking device with an ultraviolet disinfection function. The radiotherapy body membrane automatic storing and taking device comprises a storage device, a conveying device and a measurement and control system, wherein the storage device comprises a box body and a body membrane hanging frame arranged in the box body; the conveying device is arranged on the body membrane hanging frame; a plurality of stations used for hanging body membranes are arranged on the conveying device; the side surface of the box body is providedwith an automatic door and a reading device used for identifying and reading information of a two-dimensional code label; the signal output end of the reading device is connected with the signal inputend of the measurement and control system; and the signal output end of the measurement and control system is connected with the signal input end of the conveying device and the signal input end of the automatic door. The radiotherapy body membrane automatic storing and taking device has the advantages that the utilization rate of the storage space is improved; the cross infection of the body membranes in the storage process is avoided; the friction and the overlapping between the body membranes are reduced; and the systematic management and the hospital infection management of the body membranes by hospitals are facilitated.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to an automatic access device for radiotherapy body membrane with ultraviolet disinfection function. Background technique [0002] The body membrane is widely used in the auxiliary positioning and fixing of the body of tumor patients during radiotherapy, reducing the displacement between treatments and during treatment, avoiding unnecessary damage to the patient's normal tissues during treatment, and improving the radiation resistance of local lesions. Absorption. However, at present, major hospitals in China mainly adopt open storage cabinets provided by radiotherapy centers for the storage of body membranes. Patients manually place their own body membranes in the cabinets and take them out before use. In this way, it is inconvenient to systematically manage patients' body membranes. Membrane, there may be a risk of body membrane loss and mistaking, wasting medical resou...

AI Technical Summary

Problems solved by technology

However, at present, major hospitals in China mainly adopt open storage cabinets provided by radiotherapy centers for the storage of body membranes. Patients manually place their own body membranes in the cabinets and take them out before use. In this way, it is inconvenient to systematically manage patients' body membranes. Membrane, there may be risks of body membrane loss and mistaking, wasting medical resources and increasing the cost of treatment beds

[0003] Currently, the storage cabinets provided by the radiotherapy center store multiple patients’ body membranes in one cabinet. The timing of taking and placing body membranes of different patients is staggered, which inevitably causes friction and overlapping between body membranes, which is very easy to cause The body membrane is deformed, which violates the treatment principles of precise radiotherapy

[0004] Most of the storage cabinets provided by the current radiotherapy center have only one floor, which cannot effectively use the three-dimensional space for storage, resulting in waste of resources

[0005] Patent CN210762007U discloses a body membrane access system, which solves the problem of systematic management of patient membranes and prevents the loss of body membranes by mistake, but does not make full use of the storage space. At the same time, the body membranes used by patients may be polluted , Unsterilized storage may contaminate the box, which will lead to cross-contamination of the body membrane stored in the box, affecting the patient's continued use, shortening the service life of the body membrane, and not conducive to hospital infection management. The radiotherapy body film automatic access device with disinfection function needs to be developed urgently

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