FIELD: life saving equipment.
SUBSTANCE: mobile evacuation complex comprises a motor vehicle with a geared extension devices with receiving and descent arrangements is mounted. It is presented with a pivotally coupled links consisting of plates to be placed one inside the other in a folded position and vertically arranged in an unfolded position. An upper link comprises an overhung girder with its top directed perpendicularly to a plane of the link and representing a shielded platform. From an opposite side, at the top of this link, divergent blocks enveloped by a wire cable are mounted on an arm. A carrier is suspended to one end of the cable, while the other end is attached to a drum provided with a winch brake mounted on the vehicle platform. The upper link accommodates a draw-out stop coupled with a carrier bottom. Over the divergent blocks on the upper link, there is mounted a plate with a drive thereon with dual blades rotatable in a horizontal plane in opposite sides. Also, the plate accommodates attached lattice shields open covering the blades. Extension of the girder exceeds a radius of the blades. The girder is supplied with a draw-out or vertically rotary footpace resting against a building, and grippers represented by two end-hooked round-link chains fastened in window openings of a building. The vehicle platform accommodates a mounted limiter of the vertical links during evacuation, and a support frame to keep the girder in a starting position of the components of the complex when all links with the exception of the vertical upper link, are in the folded position. In a working position, a cage bottom is arranged at level of a girder cantilever equipped with a travel ladder.
EFFECT: invention allows to enhance the complex due to increased lifting height of its working body, reduced time of actuation and evacuation operation, as well as higher performance of the complex ensured by the absence of an effect of emergency consequences on functionality of the complex facilities.
5 cl, 2 dwg
Authors
Dates
2011-02-10—Published
2009-07-20—Filed