Ferromagnetic accident preventing high-altitude operation vehicle for building construction

Abstract

The invention discloses a ferromagnetic accident preventing high-altitude operation vehicle for building construction. The ferromagnetic accident preventing high-altitude operation vehicle for building construction structurally comprises a controlling regulator, a fencing frame, an electric ferromagnetic stabilizing device, a telescopic frame, a movable base, and a driving small wheel, wherein thecontrolling regulator is arranged on the inner side of the fencing frame in a bonding connection mode. According to the ferromagnetic accident preventing high-altitude operation vehicle for buildingconstruction, a superconducting coil is electrified to generate a magnetic field, and then strengthens the magnetic field through the ferromagnetism of a first ferromagnetic core and a second ferromagnetic core, thereby making a magnetic conducting pedal base to generate magnetism to attract special working boots, stabilizing the center of gravity of an operator, and preventing the operator from slipping caused by inertia force; the rainwater on the upper surface of the magnetic conducting pedal base is drained out through a water guiding chute by using a filter screen layer and a pervious layer to avoid water accumulating and operator slipping; at the same time; through the mutual interaction between a stress spring and a clapboard, the pre-stress is dispersed and cracks caused by excessive force are prevented; and by using a cooling chamber to cool down, the situation that the ferromagnetism of the first ferromagnetic core and the second ferromagnetic core is reduced caused by excessive temperature, and then the magnetism of the magnetic conducting pedal base is affected can be prevented.

Description

technical field [0001] The invention relates to the field of high-altitude operation, more precisely, it relates to a ferromagnetic anti-missing high-altitude operation vehicle for building construction. Background technique [0002] During building construction, considering the safety of operators, when the working height is higher than 2 meters, most of them use aerial work vehicles to work, and most aerial work vehicles are installed with fences to ensure the safety of operators. The existing traditional Technical considerations are not comprehensive and have the following disadvantages: [0003] When it rains, because of the inconvenient drainage of the bottom surface trampled by the operator of the aerial work vehicle, resulting in water in the trampled area, you can pay attention to not slipping under your feet during normal activities. This makes the inertial force larger at the time of completion, while the bottom is covered with water, the friction force is reduced...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a ferromagnetic slip-proof aerial work vehicle for building construction to solve the problem in the prior art that when it rains, it is inconvenient to drain water from the bottom surface trampled by the operator of the aerial work vehicle. If there is water in the area, you can pay attention to not slipping under your feet during normal activities. When the operator uses the crowbar at high altitude, it needs to use a large force to operate, so that the inertial force is relatively large when the operation is completed, and the bottom is covered with water, and the friction force is reduced. Small, people tend to fall back and slip, and after falling, the protective railing cannot be used as a safety measure against falling from high altitudes. At this time, the personal safety of operators working at high altitudes will be greatly threatened.

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