Safe three-dimensional garage

Abstract

The invention relates to a safe three-dimensional garage comprising a frame and lifting columns. The lifting columns are driven to rotate by driving motors and penetrate through the side edges of the frame. Two vertical bearing plates are fixedly arranged on the frame, the two ends of each bearing plate are provided with adjusting areas, and adjusting wheels are distributed on the adjusting areas at equal intervals. Wheel shafts of the adjusting wheels are parallel to the bearing plates, transverse bearing rods are further mounted on the frame, and the lifting columns are sleeved with the two ends of the bearing rods. The bearing rods and the lifting columns are matched in an engaged mode through threads, the middle sections of the bearing rods are adjusting rod bodies, and the adjusting rod bodies can freely rotate relative to the two ends of the bearing rods and transversely penetrate through the adjusting areas. Lines engaged with the adjusting wheels are arranged on the surfaces of the adjusting rod bodies in an engraved mode. According to the three-dimensional garage, overall-process slippage preventing can be achieved, the stability of a parking space is effectively ensured, a driver is assisted to accurately park, the space utilization rate is increased, energy is saved, and the stable and efficient effects are achieved.

Description

technical field [0001] The invention relates to a garage, in particular to a three-dimensional garage. Background technique [0002] With the development of science and technology and the progress of society, private cars have spread to thousands of households, so a large number of parking spaces need to be filled in crowded business districts and streets; and due to limited space, there is no enough land for parking, so People shifted the direction to the space, and the three-dimensional garage came into being; the traditional three-dimensional garage pulls the four corners of the parking space through four chains, and then lifts the car body; Prevent the parking space from falling; however, the power required for the lifting process is greater than the power required to maintain the parking space in the air, so the tension on the chain is also the largest during the lifting process. Therefore, chain breakage and slippage often occur during the lifting process. There are n...

AI Technical Summary

Problems solved by technology

[0002] With the development of science and technology and the progress of society, private cars have spread to thousands of households, so a large number of parking spaces need to be filled in crowded business districts and streets; and due to limited space, there is no enough land for parking, so People shifted the direction to the space, and the three-dimensional garage came into being; the traditional three-dimensional garage pulls the four corners of the parking space through four chains, and then lifts the car body; Prevent the parking space from falling; however, the power required for the lifting process is greater than the power required to maintain the parking space in the air, so the tension on the chain is also the largest during the lifting process. Therefore, chain breakage and slippage often occur during the lifting process. There are no protective measures in the process, which poses a great potential safety hazard; in addition, due to the uneven driving skills of everyone, many drivers will only find that the vehicle is not parked properly after parking. The unbalanced force of the chain is likely to cause safety hazards

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