Ice and snow sliding device and method of use for controlling sliding speed
A speed, ice and snow technology, applied in the field of ice and snow surface sliding devices, can solve the problems of slowing down speed, unsafe use, and danger during the sliding process, and achieve the effect of improving safety, flexible use, and improving safety
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Embodiment 1
[0024] An ice and snow surface glide device for controlling the glide speed, comprising: an arc-shaped bottom plate 1, a middle control port 2 is opened at the middle position of the arc-shaped bottom plate, and the middle control port is fixedly connected to the left support plate 3 and the right Support plate 4, the left support plate is set opposite to the right support plate, the left support plate has a left circular hole 5, the left circular hole is connected to the left bearing 6, the right support plate Have right circular hole 7, described right circular hole is connected right bearing 8, is connected by curved rod between described left bearing and described right bearing, and resistance is little when left bearing and right bearing make curved rod rotate, and control The sprocket is easy to rotate, and the sprocket does not touch the sliding slope when the curved bar is not in use, which does not affect the sliding of the skating and skiing device. The curved bar is ...
Embodiment 2
[0026] In the ice and snow sliding device for controlling the sliding speed described in Embodiment 1, the curved rod includes a round rod 13, the round rod is fixedly connected to the sprocket, and the round rod is vertically connected to the left vertical round rod 14 And right vertical round bar 15, described left vertical round bar vertically connects left round bar 16, and described left round bar connects described left bearing, and described right vertical round bar vertically connects right round bar 17, and described The right round rod of the said right bearing is connected.
[0027] When the curved rod does not rotate, the round rod does not go downward, and the sprocket does not touch the slope. After the curved rod rotates, the round rod contacts the slope downward with the sprocket, so as to achieve the purpose of deceleration.
Embodiment 3
[0029] In the ice and snow sliding device for controlling the sliding speed described in Embodiment 1, the left support board and the right support board are connected by a front support board 18 and a rear support board 19, and the front support board is connected with the right support board. The rear support boards are all connected to the central control port, the rear support board has a rear control hole 20, the deceleration control rod passes through the rear control hole, and the rear control hole of the described rear control hole The area is larger than the cross section of the deceleration control rod, the deceleration control rod can adjust its position in the rear control hole, and the deceleration control rod is connected to the control ring 21 . The area of the rear control hole is large enough to meet the movement of the deceleration control rod in it, and it is convenient to control the deceleration control rod. The area of the control ring is larger than t...
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