Elevator capable of moving diagonally

Abstract

The invention discloses an elevator capable of moving diagonally. The elevator consists of an elevator car system, a guide wheel system, a radian changing system and a hydraulic system, wherein the elevator car system consists of a guide rail, a bracket, an elevator car and a tractor; the guide wheel system consists of a guide wheel, a spring, a spring fixing frame and a guide wheel fixing frame; the radian changing system consists of a special sheet metal and a connection shaft; the hydraulic system consists of a hydraulic device, a hydraulic control device, a fixing frame, a gyroscope module and a bottom plate. Particularly, the radian of the elevator on the guide rail is changed through a metal bottom plate, the connection shaft and the guide wheel, so that diagonal movement can be realized; an angle between the floor in the elevator car and a contact surface is changed by the hydraulic device, so that the floor in the elevator car always keeps vertical to a horizontal plane; the elevator belongs to the field of industrial machinery; positioning and sensing control for the internal elevator car are realized by a gyroscope, and ascending and descending of the bottom plate of the elevator car are controlled by controlling the rise and fall of a hydraulic pressure, so that the elevator car can keep safe, accurate and stable during working.

Description

technical field [0001] The invention relates to an elevator with a changeable inclined arc angle. Specifically, special metal plates, connecting shafts and guide wheels are used to change the arc of the elevator on the guide rail so as to achieve an arc-shaped track, and a hydraulic device is used to change the arc angle. The angle between the floor in the car and the contact surface makes the floor of the car always perpendicular to the horizontal plane, which belongs to the field of oblique arc elevators. Background technique [0002] Since the elevator was born in 1854, it has been used more and more in daily life. As an efficient and convenient power tool, the elevator occupies an increasingly important position in modern cities with many high-rise buildings. However, after more than one hundred years of development Evolution, various changes in elevators, elevators can be built in the face of high mountains, which can reduce the physical strength of people going up the ...

AI Technical Summary

Problems solved by technology

[0002] Since the elevator was born in 1854, it has been used more and more in daily life. As an efficient and convenient power tool, the elevator occupies an increasingly important position in modern cities with many high-rise buildings. However, after more than one hundred years of development Evolution, various changes in elevators, elevators can be built in the face of high mountains, which can reduce the physical strength of people going up the mountain, and improve the work efficiency of mountain operations. Now there have been oblique elevators, but the cost is high, and the guide rails are difficult to graft. The present invention can Running on curved guide rails and less application in the field of elevators

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