Stair climbing system and running method thereof
A stair-climbing and track technology, applied in the field of automatic control, can solve the problems of inability to achieve a single-story multi-person synchronous stair climbing, slow promotion progress, inability to travel, etc., achieving convenient and reliable use, clear control instructions, and reduced installation and maintenance. cost effect
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Embodiment 1
[0089] A climbing system includes: foot track 1, hand track 2, electric shoes, and electric gloves 3.
[0090] The foot track is arranged on the slope step surface on one side of the stair handrail, the hand track is arranged on the stair handrail on the slope step surface, and both the foot track and the hand track are U-shaped grooves. Such as figure 1 Shown.
[0091] Electric shoes include electric shoe racks. There is an electric shoe sole plate under the electric shoe rack. An electric shoe front wheel, an electric shoe rear wheel and an electric shoe power supply are arranged under the electric shoe sole plate. The electric shoe front wheel is equipped with a front wheel motor and electric shoes. The rear wheel is equipped with a rear wheel motor. The front wheel motor and the rear wheel motor are both hub motors. The electric shoe power supply is connected to the front wheel motor and the rear wheel motor to provide power for both.
[0092] The electric glove includes a glove...
Embodiment 2
[0096] A stair climbing system, the structure of which is as described in embodiment 1, the difference is that a foot track is provided on the ground at the corner of the floor on one side of the stair handrail, and the foot track on the ground at the corner of the floor and the slope step surface The foot rails are connected; the hand rails are provided on the handrails at the corners of the floors, and the hand rails on the handrails at the corners of the floors are connected with the hand rails on the handrails of the slope steps. When you need to climb multiple floors continuously, you don't need to move the electric shoes or electric gloves out of the track. The kinetic energy inertia of the upstairs can be used to transition the distance between the corners and reach the next slope step surface for the next climb.
Embodiment 3
[0098] A climbing system, the structure of which is as described in embodiment 1, the difference is that the glove wheel includes a glove front wheel 38 and a glove rear wheel 39. Both the glove front wheel and the glove rear wheel are equipped with glove wheel motors, respectively The glove front wheel motor 41, the glove rear wheel motor 42. Such as Figure 8 Shown.
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