Portable oxygen cylinder bracket

Abstract

The invention relates to a portable oxygen cylinder bracket, in particular to a portable oxygen cylinder bracket capable of damping through damping springs. The portable oxygen cylinder bracket comprises a supporting rod; the lower end of the supporting rod is connected with a base; a placing barrel is installed on the base; circular grooves with different sizes are formed in the bottom of the placing barrel so as to be suitable for oxygen cylinders in different models; and a movable edge is arranged on the circumference on one side of the bottom of the placing barrel. According to the portable oxygen cylinder bracket, by adopting design of the circular grooves, the oxygen cylinders with different sectional areas are convenient to store, and the universality of the bracket is improved; damping of the placing barrel is convenient due to design of the damping springs; design of offset springs is used for weakening vibration in the horizontal direction; the structure is reasonable, the design is simple, the performance is good, and carrying is convenient, thus placement of the oxygen cylinders is facilitated, and medical rescue use is convenient; and meanwhile, quakeproof protection and anti-collision protection on the oxygen cylinders are very in place, and daily carrying, steady placement and clinic use of the conventional portable oxygen cylinder are convenient.

Description

technical field [0001] The invention relates to a portable oxygen bottle support, in particular to a portable oxygen bottle support which can be damped by a shock-absorbing spring. Background technique [0002] As we all know, oxygen is the gas that human beings depend on for survival. In recent years, with the emission of automobile exhaust and industrial waste gas, the air environment has become worse and worse, and the smog weather has continued to intensify. Breathing pure oxygen in nature has become a luxury. People in bad air environment can easily cause acute upper respiratory tract infection, acute tracheobronchial pneumonia, pulmonary heart disease, asthma attack; hypoxia aggravates blood circulation disorder, induces angina pectoris, myocardial infarction, hypertension, cerebral hemorrhage, coronary heart disease and other cardiovascular and cerebrovascular diseases. attack, life-threatening. As an important rescue measure, oxygen inhalation can correct the hypox...

AI Technical Summary

Problems solved by technology

The oxygen cylinder is a cylindrical thin structure, the bottom surface design is not a flat structure but a slightly protruding arc-shaped plane, the stability is poor, when placed vertically on the plane, it is easy to be knocked over or toppled due to slight shaking , the oxygen cylinder itself does not have a shockproof structure, and the oxygen cylinder is filled with compressed oxygen, which is prone to explosion hazards when encountering shocks; when participating in rescue activities in the wild, the terrain is often complicated, and it is extremely inconvenient to place, and the disadvantages are more obvious; carrying multiple oxygen cylinders by hand at the same time When moving, it is difficult because there is no handle; when a portable oxygen cylinder is needed for medical treatment in the hospital, the bottle body is often toppled or shaken due to the pulling of the oxygen delivery pipeline. The operator must always pay attention to the stability of the oxygen cylinder, resulting in the inability to concentrate Rescue the sick and wounded; participate in rescue activities in the wild, often with complex terrain, extremely inconvenient placement, and more obvious disadvantages; in addition, when using oxygen cylinders, no matter whether the oxygen cylinders are placed vertically or horizontally on the ground, it is not conducive for the user to adjust the oxygen flow Observation with the pressure gauge, and it is inconvenient to operate when connecting the pipeline, which affects the treatment of patients and causes medical accidents

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