Reliably movable lifting stopping device

Abstract

The invention relates to a reliably movable lifting stopping device. The reliably movable lifting stopping device comprises a lower track and a driving device which are fixed on a base, a movable frame which is arranged on the lower track and can move between a distance set on the lower track, a steering pillar which is erected on the movable frame and steered by a steering mechanism controller, a lifting support arranged on the steering pillar, and a parking platform obliquely arranged on the lifting support. The reliably movable lifting stopping device is characterized in that the movable frame is connected with the driving device through a traction component, and the driving device is fixedly arranged at the outer end of the lower track to drive the movable frame to move on the lower track. The reliably movable lifting stopping device consists of different components for traction and positioning, and the improved technical scheme has the beneficial effects of being beneficial to the traction of the movable frame, avoiding slippage in the process that the movable frame moves to a vehicle entering or exiting position and then returns to a parking position, with definite action and timely and accurate positioning, and being beneficial to the improvement of the using safety. Meanwhile, power components are relatively few so as to be beneficial to the reduction of power loss and the improvement of transmission efficiency.

Description

technical field [0001] The invention relates to a car parking device, in particular to a reliable moving lifting parking device for parking small vehicles on upper and lower floors of the same plane. Background technique [0002] Patent No. ZL200410026901.4 discloses a parking platform without avoidance, on which the moving mechanism includes a moving motor arranged on a moving base, and a moving roller arranged on the moving base connected to the moving motor through a transmission member. Driven by the mobile motor, the mobile rollers rotate on the lower track, and then drive the mobile base to move, so that the upgradeable parking platform can be used to access small vehicles. The device increases parking capacity by allowing two small vehicles to be parked where one small vehicle would otherwise be parked. However, this structure in which the motor is fixed on the mobile base has the following disadvantages: first, the mobile motor transmits power to the mobile roller t...

AI Technical Summary

Problems solved by technology

However, this structure in which the motor is fixed on the mobile base has the following disadvantages: first, the mobile motor transmits power to the mobile roller through the transmission part, and then the mobile base is driven to move by the rolling of the mobile roller on the lower track. There is a power loss between the transmission part and the moving roller, and there is also a power loss between the moving roller and the track, and the transmission efficiency is relatively low; second, the power of the moving base comes from the friction between the moving roller and the track, and the moving roller and the track They are all metal, and they are easy to slip between the two. The friction force does not match the power of the mobile base, which is not conducive to the smooth movement of the mobile base, and it is also difficult to control the moving distance in time. It is easy to move too far or not in place, which will affect parking. , take the car; third, the mobile motor is set on the mobile base, because the mobile base will shake during the movement, the mobile motor works on the shaking support, which is easy to be damaged, which is not conducive to the transmission of power to the mobile rollers through the transmission parts On the other hand, the mobile motor itself will shake when it is working. These superimposed shaking forces are not conducive to the firm reliability of the track and the mobile base, and it is more likely to affect safety after repeated long-term use

Fourth, the moving rollers must not only provide moving friction, but also ensure that the moving base runs in a straight line on the track, which requires high assembly and use during processing and is easily damaged

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