Medical instrument robot for treating medical physiological saline bottles

Abstract

The invention relates to a medical instrument robot for treating medical physiological saline bottles. The medical instrument robot comprises a bottom plate. A fixing frame is arranged in the middle of the upper end of the bottom plate. Sliding holes are uniformly formed in the fixing frame in the circumferential direction of the fixing frame. A fixing and locking device is arranged in the slidingholes. Two electric sliding blocks are arranged on the bottom plate, a moving frame is arranged between the two electric sliding blocks, and a processing device is arranged at the lower end of the moving frame. By the adoption of the medical instrument robot, the problems that in an existing physiological saline glass bottle treatment process, bottle caps and bottle bodies need to be separated manually with the aid of existing tools, the bottles need to be fixed by manual control, aluminum-plastic caps on the bottle bodies need to be removed manually, bottle stoppers of the bottles need to bepulled out manually, the separation of the bottle bodies and the bottle caps by workers with the aid of the tools is troublesome, the bottles are easy to damage, the manual fixing of the bottles is unstable, the manual removal of aluminum-plastic plates scratches limbs easily, and manual pulling-out of the bottle stoppers takes time and labor can be solved.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a medical device robot for processing medical saline bottles. Background technique [0002] Physiological saline refers to the sodium chloride solution whose osmotic pressure is basically equal to that of animal or human plasma in physiological experiments or clinical practice. Physiological saline is only relatively physiological, and its purpose is to supply electrolytes and maintain the tension of body fluids. It is used for medical purposes. Physiological saline bottles mainly include two types, plastic saline bottles and glass saline bottles. Glass saline bottles usually adopt a sealing method in which an aluminum-plastic cap and a cork cooperate with each other, which can provide a good seal. In the process of bottle processing, it is necessary to manually separate the bottle cap from the bottle body with the help of existing tools, manually control the fixing of th...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above problems, the present invention provides a medical instrument robot for medical physiological saline bottle processing, which can solve the need to manually separate the bottle cap from the bottle body with the help of existing tools in the existing glass saline medicine bottle processing process. Manually controlling the fixing of the medicine bottle requires manual removal of the aluminum-plastic cap on the bottle body, and the need to manually remove the cork of the medicine bottle. It is troublesome to separate the bottle body and the bottle cap manually with the help of tools, and it is easy to clean the medicine bottle. Destruction, manual fixation of the medicine bottle is unstable, manual removal of the aluminum-plastic plate is easy to scratch the limbs, and manual removal of the cork is time-consuming and labor-intensive. It can realize the function of automatic processing of glass saline medicine bottles, without manual operation, and there is no potential safety hazard. And it has the advantages of stable work, low labor intensity, time saving and high work efficiency.

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