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Vehicle capable of leaping onto roofs and vaulting over walls

A technology of flying eaves and walls and body, applied in the field of mechanical devices, can solve the problems of inaccessibility, limited height and the length of the extension arm, etc.

Inactive Publication Date: 2010-10-06
周兴权
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] A car cannot climb over a steep slope with too large a slope when driving. A helicopter cannot approach objects within the range of propeller rotation when flying. Elevators are only limited to a specific space. Fire ladder vehicles can move freely, but the height but is limited by the length of the extension arm

Method used

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  • Vehicle capable of leaping onto roofs and vaulting over walls
  • Vehicle capable of leaping onto roofs and vaulting over walls
  • Vehicle capable of leaping onto roofs and vaulting over walls

Examples

Experimental program
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Embodiment Construction

[0012] Because the source of inspiration of the invention is a helicopter, so this cornice and wall-walking vehicle is intuitively seen as a car with an aircraft power system installed, and the flexible use of the flight power of the aircraft is the essence of the present invention. As for using propellers or Other motors just need to depend on specific conditions, can only be referred to as thrust generators here. When the eaves and walls are in the working position, start and generate a vertical thrust relative to the running surface 6 to the vehicle body. When the thrust is enough to offset the weight of the vehicle body, frictional force will be generated between the moving running device 4 and the running surface 6 . The motion walking device 4 starts, and the thrust generating device 1 continues to work, and this cornice and wall walking vehicle can move freely on the working running surface 6.

[0013] The air guide cover 2 is mainly responsible for dredging the airflow...

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PUM

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Abstract

The invention relates to a movable machinery, in particular to a mechanical device which can move freely on a large-angle inclined plane. The movable machinery can be used for operations of transportation, rescue, cleaning and the like of specific positions, such as high buildings or cliffs and the like. A main vehicle body of the vehicle comprises three functional parts, i.e. (1) a thrust generating device, (2) a function bearing area and (3) a moving running gear. The working principle of the vehicle is that when operating, the thrust generating device can generate a thrust which is enough to counteract the self-gravitation so that after a running part of the vehicle body is clung on a running surface, an operator can control running of the vehicle to start to work. When the movable machinery is used as a miniaturization product, such as a glass and wall cleaning machine, an external control device 7 can play a role of a wired remote control circuit, a cleansing fluid conveying pipeline, accidental falling protection and the like. A signal arrow drawn in the figure indicates an air flow route.

Description

technical field [0001] The invention relates to movable machinery, especially a mechanical device that can move freely on a large-angle inclined surface. Background technique [0002] A car cannot climb over a steep slope with too large a slope when driving. A helicopter cannot approach objects within the range of propeller rotation when flying. Elevators are only limited to a specific space. Fire ladder vehicles can move freely, but the height However, it is limited by the length of the extension arm. The present invention avoids the above various deficiencies, and can meet the special requirements of some high-altitude operations. Contents of the invention [0003] The present invention can be used for transportation, rescue, cleaning and other work in special positions, such as tall buildings or cliffs and the like. The main body of the car is divided into three functional parts, one thrust generating device, two functional bearing areas, and three motion walking devi...

Claims

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Application Information

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IPC IPC(8): B62D55/065B62D55/26B62D55/08A47L1/02A47L11/38
Inventor 周兴权
Owner 周兴权
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