Chest drainage bottle anti-toppling device

Abstract

The invention belongs to the technical field of chest drainage bottles, and provides a chest drainage bottle anti-toppling device. The device comprises an outer frame and an inner frame containing a drainage bottle. The inner frame is horizontally in sliding fit with the outer frame, and the device has the technical effects that the operation difficulty of a patient is small, the anti-toppling effect is more remarkable, the structure is simpler, and the promotion cost is lower.

Description

technical field [0001] The invention relates to the technical field of chest drainage bottles, in particular to an anti-dumping device for chest drainage bottles. Background technique [0002] Closed thoracic drainage bottles are widely used in the drainage of hemothorax, pneumothorax, and empyema. One end of the drainage tube is placed in the chest cavity, and the other end is connected to a water-sealed bottle lower than its position, so as to discharge gas or collect thoracic fluid. fluid, which allows the lung tissue to reopen and restore function. In clinical practice, closed thoracic drainage bottles placed on the ground are often accidentally knocked over by medical staff or family members of patients, causing the drainage bottles to fall or even break, causing aggravated pneumothorax, chest infection, and even accidents that cause empyema to persist. [0003] The existing schemes for preventing the drainage bottle from toppling mainly include the following types: th...

AI Technical Summary

Problems solved by technology

In clinical practice, closed thoracic drainage bottles placed on the ground are often accidentally knocked over by medical staff or patient family members, causing the drainage bottle to fall or even break, causing aggravated pneumothorax, chest infection, and even accidents that cause empyema to persist

[0003] The existing schemes for preventing the drainage bottle from toppling mainly include the following types: the first one is to provide support when the drainage bottle is toppled by setting complex mechanical structures, such as a patent document with the announcement number CN105363078B, which discloses a chest cavity closed type The technical solution of the drainage bottle is to install side plates on the left and right side walls of the drainage bottle, and the wiping plate is connected by a pole, and when the drainage bottle is dumped, the side plate on one side is driven by the pole to support it. This scheme is used in practice The middle stability is poor, because it is easy to cause ineffective transmission of force due to friction in the channel, and finally cannot support the drainage bottle, and once it falls, it is difficult for the patient with the drainage tube to be removed without the help of outsiders. Restore the original state, because this kind of patient can't bend over; The second kind is to adopt the principle of the tumbler, as the patent document that publication number is CN203060386U, the spherical counterweight body is set at the bottom of the drainage bottle, although this scheme is simple, but practical It will increase its instability. Once someone slightly touches the bottle body, it will continue to shake for a long time. The drainage bottle continues to shake, which may cause the chest drainage tube fixed on the patient's chest skin to fall off; the third type It is to fix or hang the drainage bottle. For example, the patent document CN204814995U discloses a convenient hanging chest drainage bottle and the CN203634544U discloses a closed chest drainage bottle fixer. High, must have fixed or hanging article just can use, and the promotion cost is too high; The fourth is to directly fix the drainage bottle with the ground, as the patent document of publication number CN207640720U has announced a kind of anti-kick type chest cavity drainage bottle, Although this solution can significantly improve the stability of the drainage bottle, it is difficult to disassemble it when the patient gets out of bed or goes to the toilet because it is too stable.

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