Storage device convenient to store, take and place

Abstract

The invention discloses a storage device convenient to store, take and place. The storage device comprises a storage box, drawing frames, clamping frames, blocking grooves, rotating blocking pieces, rubber clamping strips, spring grooves, reset springs, pin holes, limiting assemblies, label grooves, rubber cushion plates, limiting baffle plates, handles and numbering grooves, the front face of the storage box is evenly provided with a plurality of storage grooves, and the drawing frames and the clamping frames are respectively embedded in the storage grooves. According to the storage device, personnel can conveniently store radiotherapy positioning films in a classified and batched mode according to the sizes and the shapes of the radiotherapy positioning films, the radiotherapy positioning film storage and arrangement difficulty is reduced, the problem that storage is disordered when many patients exist is solved, management and storage of the radiotherapy positioning films are facilitated, the difficulty of taking, placing and storage of the radiotherapy positioning films is reduced, taking and placing are convenient, time and labor are saved, a radiotherapy positioning film of a specific patient can be quickly found, the efficiency of radiotherapy is improved, unnecessary damage to the radiotherapy positioning films is avoided, and the positioning function of the radiotherapy positioning films is ensured.

Description

technical field [0001] The invention relates to the technical field of storage devices, in particular to a storage device that is convenient for storage and access. Background technique [0002] Radiotherapy positioning film is a new functional medical material with memory function. It is made of high-molecular polymer low-temperature thermoplastic plate. It is widely used in the auxiliary positioning and fixing of tumor patients in radiotherapy, and reduces the impact on normal tissues caused by the patient's body movement. Unnecessary damage and increase the absorption of radiation by local lesions. At present, the patient's radiotherapy positioning film will be made into unique models of different sizes and shapes according to the body shape, and placed in storage devices such as equipment cabinets, which is convenient for the patient to use for one or more radiotherapy treatments. [0003] However, most of the traditional radiotherapy positioning film storage devices ha...

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Problems solved by technology

[0003] However, most of the traditional radiotherapy positioning film storage devices have the following problems: First, the radiotherapy positioning film is inconvenient to store and organize, and cannot be classified and stored in batches according to the size and shape of the radiotherapy positioning film. The problem is that it is not conducive to the management and preservation of the radiotherapy positioning film; secondly, it is difficult to take and store the radiotherapy positioning film, and it is time-consuming and laborious for personnel to search for it. It is easy to cause unnecessary damage to the radiotherapy positioning film, which reduces the positioning function of the radiotherapy positioning film; third, the storage device is inconvenient to install and disassemble, and maintenance and replacement are difficult, which inevitably shortens the service life of the storage device

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