Hydraulic rotary three-dimensional garage

Abstract

The invention discloses a hydraulic rotary stereo garage which comprises electro-hydraulic motors, a rotating disc assembly, brake mechanisms, bridging mechanisms and a hydraulic system. The electro-hydraulic motors are connected with the rotating disc assembly, the bridging mechanisms are detachably connected with the rotating disc assembly, the brake mechanisms are detachably connected with the rotating disc assembly, and the electro-hydraulic motors, the brake mechanisms and the bridging mechanisms are respectively connected with the hydraulic device. According to the hydraulic rotary stereo garage, the low-speed large-torque electro-hydraulic motors are adopted for driving, the volume proportional control speed regulation hydraulic system is adopted, rotating, delivering, parking and driving are integrated, and energy consumption is reduced; meanwhile, the safe reliability is improved, the service life is prolonged, stability and comfort are improved, the structure is simplified, cost is reduced, and vehicles are conveniently parked and driven out. In addition, operation is flexible, the vehicles are conveniently and rapidly parked and driven out, the structure is suitable for small stereo garages, and an integrated garage can also be combined.

Description

technical field [0001] The invention relates to the field of three-dimensional garages, in particular to a three-dimensional garage that integrates rotation, conveyance and access. Background technique [0002] The traditional three-dimensional garage has various forms such as parking lot type, chain drive type, plug-in type, etc. The parking lot type three-dimensional garage uses a vertical lifting mechanism to transport the car to the parking platform, and then the car drives to the parking lot. The structure is simple, but the area occupied Large, inconvenient and inefficient to access the car; the chain drive three-dimensional garage uses a chain drive to transport the car to the parking position, the structure is complex, the energy consumption is large, and it is inconvenient to access the car; the plug-in three-dimensional garage uses a vertical lifting mechanism to lift the car It is transported to the target parking floor, and then rotated and horizontally transport...

AI Technical Summary

Problems solved by technology

[0002] Traditional three-dimensional garages have various forms such as parking lot type, chain drive type, and plug-in type. The parking lot type three-dimensional garage uses a vertical lifting mechanism to transport the car to the parking platform, and then the car is driven to the parking lot. The structure is simple, but the occupied area Big, inconvenient to access the car, low efficiency; the chain drive three-dimensional garage uses a chain drive to transport the car to the parking position, the structure is complex, energy consumption is large, and it is inconvenient to access the car; the plug-in three-dimensional garage uses a vertical lifting mechanism to lift the car It is transported to the target parking floor, and then rotated and horizontally transported to the parking position. Several cars can be parked on each floor, and the structure is complex. Most of the above-mentioned vertical lifting mechanisms use mechanical traction machines or hydraulic cylinders to lift, and most of the above-mentioned horizontal conveying mechanisms use chains. Transmission, generally speaking, the traditional three-dimensional garage has a complex structure and high cost, which fails to meet the parking needs of the majority of users

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