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A platform for research: civil engineering, architecture and urbanism
Carrier roller carrier centering method
The invention discloses a carrier roller carrier centering method, which belongs to the technical field of stereo garages, and comprises the following steps: S1, a vehicle is driven into a carrier frame; s2, a vehicle stopping mechanism is started, and a driver controls the vehicle to be parked in a parking area of a carrier roller; s3, judging whether the vehicle is in place or not; s4, if the vehicle is not in place, the step S2 is carried out, and if the vehicle is in place, a stop gear mechanism is started; s5, the carrier roller rotates to drive the vehicle to translate in the direction of an opposite stop mechanism; s6, judging whether the vehicle is in place or not; s7, if the vehicle is not in place, the step S5 is carried out, and if the vehicle is in place, the vehicle stop mechanism and the alignment stop mechanism are closed; and S8, centering is finished. The technical problem that vehicle tire treads or hubs are prone to being damaged in a mechanical forced pushing centering mode is solved, and the device is widely applied to stereo garages.
本发明公开了一种托辊搬运器对中方法，属于立体车库技术领域，包括以下步骤：S1、车辆驶入搬运器框架；S2、车辆止挡机构启动，驾驶员操控将车辆停放至托辊的停放区域；S3、判断车辆是否到位；S4、若车辆不到位，则进行步骤S2，若车辆到位，则对中止挡机构启动；S5、托辊转动，带动车辆向对中止挡机构方向平移；S6、判断车辆是否到位；S7、若车辆不到位，则进行步骤S5，若车辆到位，则车辆止挡机构和对中止挡机构关闭；S8、对中结束。本发明解决了机械强行推移对中方式容易造成车辆轮胎胎面或者轮毂损伤的技术问题，广泛应用于立体车库中。
Carrier roller carrier centering method
The invention discloses a carrier roller carrier centering method, which belongs to the technical field of stereo garages, and comprises the following steps: S1, a vehicle is driven into a carrier frame; s2, a vehicle stopping mechanism is started, and a driver controls the vehicle to be parked in a parking area of a carrier roller; s3, judging whether the vehicle is in place or not; s4, if the vehicle is not in place, the step S2 is carried out, and if the vehicle is in place, a stop gear mechanism is started; s5, the carrier roller rotates to drive the vehicle to translate in the direction of an opposite stop mechanism; s6, judging whether the vehicle is in place or not; s7, if the vehicle is not in place, the step S5 is carried out, and if the vehicle is in place, the vehicle stop mechanism and the alignment stop mechanism are closed; and S8, centering is finished. The technical problem that vehicle tire treads or hubs are prone to being damaged in a mechanical forced pushing centering mode is solved, and the device is widely applied to stereo garages.
本发明公开了一种托辊搬运器对中方法，属于立体车库技术领域，包括以下步骤：S1、车辆驶入搬运器框架；S2、车辆止挡机构启动，驾驶员操控将车辆停放至托辊的停放区域；S3、判断车辆是否到位；S4、若车辆不到位，则进行步骤S2，若车辆到位，则对中止挡机构启动；S5、托辊转动，带动车辆向对中止挡机构方向平移；S6、判断车辆是否到位；S7、若车辆不到位，则进行步骤S5，若车辆到位，则车辆止挡机构和对中止挡机构关闭；S8、对中结束。本发明解决了机械强行推移对中方式容易造成车辆轮胎胎面或者轮毂损伤的技术问题，广泛应用于立体车库中。
Carrier roller carrier centering method
一种托辊搬运器对中方法
FENG QINGHE (author) / XUAN CHENGKAI (author) / LI GUOJIAN (author) / LYU SHULONG (author) / WANG HUIJIU (author)
2024-03-15
Patent
Electronic Resource
Chinese
IPC:
E04H
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