Orthopedic power battery charging device for operating room and automatic fire-fighting method

Abstract

The invention relates to an orthopaedic power battery charging device for an operating room and an automatic fire-fighting method. The key points of the technical scheme are that the orthopaedic power battery charging device comprise a cabinet body, and the cabinet body internally comprises a charging system, a first-level safety system and a second-level fire extinguishing system; the charging system comprises a charging area and a full-charging area matched with the charging area, a transportation assembly is arranged between the charging area and the full-charging area, and a fully-charged device is transported to the full-charging area through the transportation assembly to be placed for use; the first-level safety system comprises a smoke sensor, an automatic circuit cutting-off device, an alarm indicator lamp and a buzzer; and the second-level fire extinguishing system comprises a temperature sensor, a control circuit and a fire extinguishing device. According to the present invention, the charging time of a rechargeable battery is managed, when a fire happens to the charging system, a power source can be cut off in time, meanwhile, an alarm lamp is turned on, and an alarm sound is given out, so that the medical staff find hidden dangers, and losses in the operating room are avoided.

Description

technical field [0001] The invention relates to a charging device for an orthopedic power battery used in an operating room and an automatic fire-fighting method. Background technique [0002] The fire fighting in the operating room is a key area of ​​the hospital. Once a fire breaks out, it will cause unimaginable disasters to the operating room with high cleanliness and full of oxygen pipes, as well as the operating patients and medical staff who are relying on the high clean environment. All kinds of sternum saws and power systems used in orthopedics department need batteries. Batteries are flammable and explosive materials, and centralized charging and storage are hidden dangers. At present, there is no special charging and storage device for orthopedic power system batteries in hospitals. , are all scattered charging and placement, but this is prone to fire safety hazards; now, many hospitals have also realized the safety of charging, but because there are no related pr...

AI Technical Summary

Problems solved by technology

[0002] The fire protection in the operating room is a key area of ​​the hospital. Once a fire breaks out, it will cause unimaginable disasters to the operating room with high cleanliness and full of oxygen pipelines, as well as the operating patients and medical staff who are relying on the high-clean environment. All kinds of sternum saws and power systems used in the department of orthopedics require batteries. Batteries are flammable and explosive materials, and centralized charging and storage are hidden dangers. Currently, hospitals do not have special charging and storage devices for orthopedic power system batteries. , are all scattered charging and placement, but this is prone to fire safety hazards; now, many hospitals have also realized the safety of charging, but because there are no related products available on the market, they can only be used in orthopedic surgery. The charging and storage of related batteries are placed in an area far away from the operating room, and they are retrieved when they are not in use. However, frequent round trips increase the burden on medical staff and reduce work efficiency.

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