Dividing and guiding device special for opening of hospital elevator

Abstract

A dividing and guiding device special for an opening of a hospital elevator comprises vertical rods which are located at the door opening of the elevator, detachably fixed to the ground and used for partitioning the opening of the elevator into different areas. The left side areas are elevator outlet areas, and the right side areas are elevator inlet areas. Outlet stopping rods are arranged on the vertical rods corresponding to the left side areas. Inlet stopping rods are arranged on the vertical rods corresponding to the right side areas. The outlet stopping rods can only rotate around the corresponding vertical rods from the inside of the elevator to the outside and can automatically reset, and the inlet stopping rods can only rotate around the corresponding vertical rods from the outside of the elevator to the inside and can automatically reset. A disinfectant storage cavity is formed in the middle of each vertical rod, wherein the top of the vertical rod is open, and a component which can be pressed to discharge the disinfectant is arranged in the open position. The vertical rods are used for partitioning the opening of the elevator into different inlet and outlet areas, people going in and coming out of the elevator are divided and guided, and the elevator taking efficiency and safety are improved. The disinfectant is arranged in the vertical rods, people can sterilize hands when going in and coming out of the elevator, and viral transmission is reduced. Sucking discs are arranged at the bottoms of the vertical rods correspondingly, so that the dividing and guiding device is detachable.

Description

technical field [0001] The invention relates to the technical field of special equipment for hospitals, in particular to a shunt guide device for hospital elevator entrances. Background technique [0002] The hospital is a crowded place, whether it is an inpatient building or a general outpatient building, the elevator is a particularly crowded place with a high utilization rate. Because not only patients and doctors, but also relatives who visit patients will take the elevator. During the peak period of use, the elevator is full of people, and there are people entering and exiting. Many people squeeze into the elevator before the people in the elevator can get out. Not only is the riding efficiency low, but it is easy to cause danger. Moreover, crowding in and out may cause the spread of viruses and bacteria, bringing more harm to patients. Elevators will meet the requirements of wheelchairs and hospital beds for entering and exiting, so there is no good way to solve them...

AI Technical Summary

Problems solved by technology

During the peak period of use, the elevator is full of people, and there are people entering and exiting. In order to squeeze into the elevator, many people squeeze into the elevator before the people in the elevator can get out. Not only is the riding efficiency low, but it is easy to cause danger.

Moreover, crowding in and out may cause the spread of viruses and bacteria, bringing more harm to patients.

Elevators have to meet the requirements for the entry and exit of wheelchairs and hospital beds, so there is no good solution yet

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