Solve urban parking challenges with this Hydraulic Pitch-Type Parking Garage Drawing, available for free, instant download only on MechStream. Pitch-type parking systems, often semi-automated or fully automated, are ingenious solutions for maximizing vehicle storage in limited space. By utilizing a hydraulic mechanism, these systems lift or “pitch” one vehicle bay over another, effectively doubling the parking capacity in a single footprint. This technology is critical for modern city developments, residential complexes, and commercial buildings.
This comprehensive set of mechanical plans details the construction of the entire parking structure, including the heavy-duty frame, the platform mechanisms, and the crucial hydraulic lifting system. The drawing focuses on stability, safety interlocking features, and the precise control required for smooth, reliable vehicle movement. Whether you are a civil engineer designing a new parking facility, a mechanical engineer working on vehicle lifts, or a student studying automated storage systems, this high-quality blueprint is an invaluable resource. Download the free Hydraulic Pitch-Type Parking Garage Drawing today to master the design principles behind modern, space-efficient parking solutions. MechStream is your trusted source for expert mechanical drawings that support smart city infrastructure.
Ключевые особенности:
- Pitching Hydraulic Mechanism: Detailed schematics of the cylinder and linkage system that safely raises and angles the upper parking platform.
- Конструкция каркаса: Plans for the robust, steel frame engineered to support the combined weight of two vehicles and withstand repetitive lifting cycles.
- Platform and Access Ramp Details: Specifications for the vehicle platforms and the ground-level interface that allows easy vehicle ingress and egress.
- Safety Lock Systems: Includes design elements for mechanical locks and limit switches to secure the platform at the raised position, ensuring absolute safety for users and vehicles.
- Оптимизация пространства: The design illustrates how the system maximizes vertical space to nearly double the parking density of a traditional flat lot.
