Carrying bracket with adjustable turnover universal wheels for medical oxygen bottle

Abstract

The invention relates to the technical field of oxygen bottle transportation, and discloses a carrying bracket with adjustable turnover universal wheels for a medical oxygen bottle. The carrying bracket comprises a chassis, a transfer device is arranged at the bottom of the chassis, the transfer device comprises support columns and four groups of stabilizing plates, the stabilizing plates are distributed in an annular array state from outside to inside, and the universal wheels are arranged at the bottoms of the stabilizing plates. According to the carrying bracket with the the adjustable turnover universal wheels for the medical oxygen bottle, by arranging the transfer device, when the chassis and the oxygen bottle are pushed to be transferred on the ground as a whole, and uneven pits exist on the ground, the four groups of universal wheels distributed at the bottom of the stabilizing plates in an annular array state increase the contact area with the ground, the universal wheels located on the uneven ground do not make direct extrusion contact with the ground, the universal wheels located on the plane make normal contact with the ground, and the transferring effect on the chassisand the oxygen bottle is achieved, so that the efficiency of transferring and transporting the oxygen bottle is improved.

Description

technical field [0001] The invention relates to the technical field of oxygen cylinder transportation, in particular to a medical oxygen cylinder transport bracket with adjustable flip universal wheels. Background technique [0002] Oxygen cylinders in hospitals are often fixedly placed on the chassis with positioning and transporting brackets. The body of the oxygen cylinder is fixed and limited. There are evenly distributed universal wheels that can be turned over at the bottom of the chassis. Medical staff push the bracket body through the universal wheel. The transfer is carried out on the ground by the steering wheel. However, the existing technology often has the following disadvantages in the process of transshipment and transportation of oxygen cylinders. First, when there are potholes and uneven terrain on the transportation road, the universal wheels at the bottom of the chassis are easy to fall into potholes. Internally, the overall tilt of the chassis and the ox...

AI Technical Summary

Problems solved by technology

However, the existing technology often has the following disadvantages in the process of transshipment and transportation of oxygen cylinders. First, when there are potholes and uneven terrain on the transportation road, the universal wheels at the bottom of the chassis are easy to fall into potholes. Internally, the overall tilt of the chassis and the oxygen cylinder is caused. Second, when there are some hard impurities or garbage on the transport road, the hard impurities on the ground are easy to get stuck at the bottom of the chassis, which makes the chassis unable to continue to move forward through the universal wheels. Moving, secondly, the plastic garbage on the transfer road is easy to entangle the universal wheels at the bottom of the chassis, resulting in the inability of the universal wheels to move, reducing the transfer efficiency of oxygen cylinders

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