Slide-type vehicle conveying system and slide-type vehicle conveying method

Abstract

The invention discloses a slide-type vehicle conveying system, which comprises an inlet conveying platform, an outlet conveying platform and a middle conveying platform. An inlet vertical lifting device can vertically move between a first horizontal position and a second horizontal position. An outlet vertical lifting device can vertically move between the first horizontal position and the second horizontal position. The middle conveying platform is arranged between the inlet conveying platform and the outlet conveying platform and composed of upper and lower conveying layers. A conveying device comprises the inlet conveying platform, the outlet conveying platform, and a plurality of supporting rollers arranged at the upper ends of the upper and lower conveying layers of the middle conveying platform. Driving means are provided for the inlet conveying platform, the outlet conveying platform, and the upper and lower conveying layers of the middle conveying platform respectively and are used for driving the plurality of supporting rollers to move synchronously so as to convey a skid arranged on the plurality of supporting rollers. Via the technical scheme, the fast conveying of small-sized passenger cars is solved, and the safety checking of the small-sized passenger cars is realized.

Description

technical field [0001] The invention relates to a vehicle conveying system and a vehicle conveying method, which belong to the technical field of ray perspective scanning and conveying, are suitable for the occasion of fast conveying small passenger cars, and can also be used in the technical field of logistics conveying. Background technique [0002] When the existing small passenger cars to be inspected need to be scanned and inspected, there are mainly three transportation methods: one is to use a large flat plate with its own driving device to reciprocate on the track to realize the transportation. This method mainly has a large area , high cost and other disadvantages; the other is to use a drag device with its own drive and a card wheel mechanism to reciprocate on the track to achieve transportation. This method still has the disadvantage of high cost, and this method has the card The drag device of the mechanism reciprocates on the track, which is intermittent work, a...

AI Technical Summary

Problems solved by technology

[0002] When the existing small passenger cars to be inspected need to be scanned and inspected, there are mainly three transportation methods: one is to use a large flat plate with its own driving device to reciprocate on the track to realize the transportation. This method mainly has a large area , high cost and other disadvantages; the other is to use a drag device with its own drive and a card wheel mechanism to reciprocate on the track to achieve transportation. This method still has the disadvantage of high cost, and this method has the card The drag device of the mechanism reciprocates on the track, which is intermittent work, and the transmission efficiency is low

At the same time, using this method, the small passenger car cannot pull the handbrake after parking, which is very different from our usual habit of parking the handbrake, which is likely to cause misoperation and safety accidents; the third method is to install push rollers on the chain and use the chain to reciprocate. This method of transporting small passenger cars has high efficiency and low cost, but there is still the disadvantage that the handbrake cannot be pulled after the small passenger car is parked, which may easily cause misoperation

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