Bearing trolley applied to intelligent passageway moving device

Abstract

The invention discloses a bearing trolley applied to an intelligent passageway moving device. The bearing trolley comprises a trolley frame, a balance plate, a roller train used for being assembled with a guide rail and a handrail used for being held, wherein the roller train is fixed to the balance plate, an angle adjusting mechanism is arranged on the balance plate, the balance plate is rigidly connected with the trolley frame through the angle adjusting mechanism, angles of the guide rail and the trolley frame are adjusted by the angle adjusting mechanism, a pedal capable of being folded upwards is arranged at the bottom of the trolley frame, and the pedal is hinged to the trolley frame. According to the bearing trolley disclosed by the invention, a roller assembly and the trolley frame are designed separately in a block mode, the angles of the guide rail and the trolley frame can be adjusted by the angle adjusting mechanism of the balance plate, the trolley frame and the unfolded pedal can keep horizontal, and the roller assembly can move on guide rails with different angles to be adaptive to different stair angles at the same time; furthermore, the bearing trolley has higher universality, small passageway space occupancy and a simplified structure; the pedal is thinner and light and convenient to fold, so that passageway space occupancy is further reduced.

Description

technical field [0001] The invention relates to a corridor moving device, in particular to a carrying trolley for an intelligent corridor moving device. Background technique [0002] Nowadays, corridor mobile devices not only appear in large passenger places such as subway stations and airports, but also gradually show the demand for intelligent corridor mobile devices in many old communities, and the subsequent adaptability of intelligent corridor mobile devices And versatility also put forward higher requirements. Existing corridor mobile devices are roughly divided into seat type stair lifts, standing platform type stair lifts and wheelchair platform type stair lifts. A large amount of space; the standing platform stair lift has a thick frame, takes up a lot of stair space, and is easily damaged through wire rope transmission; the wheelchair platform stair lift has a large working platform, and the guide rails need to be customized, which cannot be mass-produced and appl...

AI Technical Summary

Problems solved by technology

Existing corridor mobile devices are roughly divided into seat type stair lifts, standing platform type stair lifts and wheelchair platform type stair lifts. A large amount of space; the standing platform stair lift has a thick frame, takes up a lot of stair space, and is easily damaged through wire rope transmission; the wheelchair platform stair lift has a large working platform, and the guide rails need to be customized, which cannot be mass-produced and applied to various communities. Each floor requires two sets of motors and control systems, which are expensive

[0003] Therefore, the existing corridor mobile devices generally have the defects of large space occupation, high cost, and poor versatility, difficult daily maintenance and inability to adapt to various corridors of different widths, and cannot be installed in narrow corridors, and the existing Most of the carrying trolleys are seat type and wheelchair platform type. The former cannot be folded and stowed when idle, resulting in unnecessary waste of space, while the latter is bulky and difficult to install in old communities. Even if it can be folded, the thickness when folded It is also thicker and takes up a lot of corridor space; and the carrying trolley of the prior art is only suitable for a kind of corridor elevator inclination angle, and has poor versatility. The pedal retractable mechanism determines the height of the trolley.

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