A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to a composite operating room which comprises an operating bed, an air supply unit, a driving unit and a cantilever unit. The driving unit is used for driving the cantilever unit to reciprocate so as to change the position of the cantilever unit relative to the operating bed. The through ventilation part is arranged on the cantilever unit, and the projection area of the ventilation part on the ground coincides with the projection area of the air supply unit on the ground, so that purified airflow sent out by the air supply unit can smoothly pass through the ventilation part instead of being blocked by the cantilever unit. The air supply unit is located above the operating bed, that is, at least part of the ventilation part is located above the operating bed, so that airflow penetrating through the ventilation part can smoothly flow to the operating bed below the ventilation part. Namely, the flowing of the air flow is vertical laminar flow, and compared with turbulent flow, the air speed loss of the air flow is small, so that the purified air flow can take away polluted air at the surgical site, and the air infection at the surgical site is reduced; meanwhile, the cleaning effect of the operating room can be guaranteed.
本申请涉及一种复合手术室，包括手术床、送风单元、驱动单元和悬臂单元。驱动单元用于驱动悬臂单元往复移动，以改变悬臂单元相对手术床所在的位置。通过在悬臂单元上设置贯穿的通风部，由于通风部在地面上的投影区域与送风单元在地面上的投影区域有重合，使得送风单元送出的净化气流不再被悬臂单元阻挡，而是能够从通风部顺畅穿过。而送风单元又是位于手术床的上方，也就是说，通风部的至少部分位于手术床的上方，使得穿过通风部的气流能够顺畅流动至下方的手术床。也即，气流的流动为垂直层流，相较于紊流而言，气流的风速损失较小，从而保证净化气流能够带走手术部位的污染空气，降低手术部位的空气感染；同时，能够保证手术室的洁净效果。
The invention relates to a composite operating room which comprises an operating bed, an air supply unit, a driving unit and a cantilever unit. The driving unit is used for driving the cantilever unit to reciprocate so as to change the position of the cantilever unit relative to the operating bed. The through ventilation part is arranged on the cantilever unit, and the projection area of the ventilation part on the ground coincides with the projection area of the air supply unit on the ground, so that purified airflow sent out by the air supply unit can smoothly pass through the ventilation part instead of being blocked by the cantilever unit. The air supply unit is located above the operating bed, that is, at least part of the ventilation part is located above the operating bed, so that airflow penetrating through the ventilation part can smoothly flow to the operating bed below the ventilation part. Namely, the flowing of the air flow is vertical laminar flow, and compared with turbulent flow, the air speed loss of the air flow is small, so that the purified air flow can take away polluted air at the surgical site, and the air infection at the surgical site is reduced; meanwhile, the cleaning effect of the operating room can be guaranteed.
本申请涉及一种复合手术室，包括手术床、送风单元、驱动单元和悬臂单元。驱动单元用于驱动悬臂单元往复移动，以改变悬臂单元相对手术床所在的位置。通过在悬臂单元上设置贯穿的通风部，由于通风部在地面上的投影区域与送风单元在地面上的投影区域有重合，使得送风单元送出的净化气流不再被悬臂单元阻挡，而是能够从通风部顺畅穿过。而送风单元又是位于手术床的上方，也就是说，通风部的至少部分位于手术床的上方，使得穿过通风部的气流能够顺畅流动至下方的手术床。也即，气流的流动为垂直层流，相较于紊流而言，气流的风速损失较小，从而保证净化气流能够带走手术部位的污染空气，降低手术部位的空气感染；同时，能够保证手术室的洁净效果。
Composite operating room
复合手术室
LI YU (author)
2024-12-03
Patent
Electronic Resource
Chinese
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