Wind-proof and fire-proof facilities for external rail bender under vertical shaft of logistics track

Abstract

The invention discloses a wind-proof and fire-proof device for an external rail bender under a vertical shaft of a logistics track. The wind-proof and fire-proof device includes vertical fixed rails corresponding to each floor arranged in the shaft and horizontal fixed rails arranged at the bottom of each floor, and a 90-degree movable bending rail arranged in the shaft of each corresponding floorcorresponding to the horizontal fixed rail, and the front upper end of the movable bending rail is connected with the horizontal fixed rail in the window hole of the front wall of the vertical shaft,and the rear lower end is hinged with the upper end of the vertical fixed rail, and the vertical shaft is provided with an overturning mechanism for overturning the movable bending rail, and the connecting end of the movable bending rail and the horizontal fixed rail is provided with a support mechanism; smoke prevention and fire prevention flat windows with closed windows are arranged in the vertical shaft; windshields are provided in the window openings above the horizontally fixed rails. The invention changes the scheme of installing the rail breaker in the indoor into installing the railbreaker in the vertical shaft, which not only simplifies the indoor environment but also reduces the space of the vertical shaft and the engineering cost of the building.

Description

technical field [0001] The invention relates to a rail logistics conveying system, in particular to a windproof and fireproof facility for an outer curved rail breaker under a vertical shaft of a logistics rail. Background technique [0002] A hospital rail logistics transportation system uses intelligent rail trolleys to transport medicines, samples, instruments, documents and other items to the required wards, operating rooms, and required departments through rails, which changes the past. The traditional method of pushing the trolley to each department after the required floor. [0003] In the traditional track implementation, the horizontal tracks between the floors are all connected to the corresponding vertical tracks in the building shafts to realize the track network penetration of each transportation location in the hospital. The horizontal tracks pass through the shaft wall window openings and enter the shaft Inside, and connected to the vertical track through a 9...

AI Technical Summary

Problems solved by technology

[0007] 1. The above-mentioned "rail turner" is set in the room on the floor, which occupies space and is not beautiful

[0008] 2. Using the above-mentioned "rail turner", it is necessary to reserve a section of fixed rail in the shaft, which increases the construction space of the shaft and increases the floor area and construction cost of the building

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