Visual universal operating room

Abstract

The invention provides a visual universal operating room. The operating room is divided into a plurality of operating areas along the length direction of a clean corridor, one side of each operating area is provided with an operating room access door, and the head of an operating bed arranged in each operating area faces the corresponding operating room access door; every two adjacent operating areas are isolated by a wallboard, one side of each wallboard is provided with an openable partition door, the other side of each wallboard is provided with an air return port close to the ground, the air return ports are communicated with vertical air return ducts, and an air supply port of each operating area is positioned on a ceiling; and part of the area of each wallboard is made of electronic atomizing glass, so that the adjacent operating areas can be switched to be in a visual state. By the structure, a sickbed can conveniently enter and exit from each operating area, the air distribution of each operating area can meet the current national standard, and each operating area can be freely switched to be in an observable state or a hidden state. The universal operating room can be used for performing multiple similar standardized operations simultaneously, and only one room can be used.

Description

technical field [0001] The invention relates to a visual universal operating room formed by partitions of a large-bay operating room. Background technique [0002] The large bay operating room has several operating areas, allowing surgeons and anesthesiologists to freely travel between each operating area, so as to command and complete several similar operations at the same time, so as to save medical care (especially anesthesiologists). [0003] However, the existing large-bay operating rooms generally lack corresponding barrier facilities, and cannot return air from both sides of the operating table, but can only return air from the ceiling, which does not meet the current national standards and will cause airflow between adjacent operating areas. Interference, on the one hand, makes patients feel bad about their privacy, especially the risk of cross-infection and contamination. Especially in today's environment where the new crown virus is raging, the safety of large-bay ...

AI Technical Summary

Problems solved by technology

[0003] However, the existing large-bay operating rooms generally lack corresponding barrier facilities, and cannot return air from both sides of the operating table, but can only return air from the ceiling, which does not meet the current national standards and will cause airflow between adjacent operating areas. Interference, on the one hand, makes patients feel bad about privacy, especially the risk of cross-infection and contamination. Especially in the current environment where the new crown virus is raging, the safety of large-bay operating rooms cannot be ignored

[0004] In addition, if there are no patients of the same type at all, it cannot be used in a large-bay operating room, or as long as there are only 1-2 similar patients, using a large-bay operating room will lead to waste

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