Hyperbaric oxygen chamber 3D printing equipment

Abstract

The invention relates to hyperbaric oxygen chamber 3D printing equipment, and belongs to the technical field of hyperbaric oxygen chamber forming equipment. The hyperbaric oxygen chamber 3D printing equipment comprises a sprayer set provided with at least two printing sprayers, a multi-freedom-degree movable base and a supply system. The multi-freedom-degree movable base comprises a movable pedestal, a first vertical lifting cylinder rotationally connected with the movable pedestal through a first rotation motor, a horizontal telescopic cylinder rotationally connected to the end portion of a piston of the first vertical lifting cylinder through a hinge, a second vertical lifting cylinder rotationally connected with the end portion of a piston of the horizontal telescopic cylinder through asecond rotation motor, and the sprayer set is rotationally connected with the second vertical lifting cylinder through a third rotation motor. The hyperbaric oxygen chamber 3D printing equipment candirectly print a hyperbaric oxygen chamber body on the usage site, producing and manufacturing in professional manufacturers are not needed any more, the size, shape and the dimension of the hyperbaric oxygen chamber body can be adjusted according to the size of the sites, the adaptability of a hyperbaric oxygen chamber to the sites and the adaptability of patients to the hyperbaric oxygen chamberare greatly improved, popularization and usage of the hyperbaric oxygen chamber are facilitated, and the usage cost is reduced.

Description

technical field [0001] The invention relates to the technical field of forming equipment for a hyperbaric oxygen chamber, in particular to a 3D printing equipment for a hyperbaric oxygen chamber. Background technique [0002] The hyperbaric oxygen chamber for treatment is basically made of steel plate rolled into a cylindrical shape, and then welded at the joints of the end and the ends and the cover plates at both ends to make it a closed cylinder. There are many problems in this structure: one is that the steel plate material makes the hyperbaric oxygen chamber heavy and difficult to transport; the other is that the working pressure of the hyperbaric oxygen chamber is about 3Kg, so the requirements for welding quality are relatively high. It is very strict, and the oversized cabin also increases the difficulty of inspection and increases the manufacturing cost; third, the cylindrical cabin is not conducive to the patient's movement, affects the patient's adaptability to th...

AI Technical Summary

Problems solved by technology

There are many problems in this structure: one is that the steel plate material makes the hyperbaric oxygen chamber heavy and difficult to transport; the other is that the working pressure of the hyperbaric oxygen chamber is about 3Kg, so the requirements for welding quality are relatively high. It is very strict, and the oversized cabin also increases the difficulty of inspection and increases the manufacturing cost; third, the cylindrical cabin is not conducive to the patient's movement, affects the patient's adaptability to the cabin, and may also reduce the space of the cabin. Utilization rate; Fourth, because the cabin is not convenient for transportation, it is basically manufactured in the factory, and it cannot be changed on site, and the adaptability to the site is poor. If you do not pay attention, it may lead to failure to install and use

[0003] Due to the existence of the above problems, the use level of the hyperbaric oxygen chamber is restricted.

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