English
The Puzzle Parking System (PSH) (internationally categorized as the Lift-and-Slide Parking System) is an exceptionally versatile, semi-automated mechanical garage engineering solution. Designed to resolve acute space shortages in high-density areas, it multiplies parking capacity horizontally and vertically within an incredibly small footprint. This flexible system is a globally preferred engineering asset for residential developments, mixed-use commercial properties, office structures, and retrofitted surface lots.
1. Operating Principle: Smart Shifting Buffer Matrix
The system configures heavy-duty steel parking platforms into a highly organized matrix across multiple rows and columns. Controlled by an integrated PLC processor, the system coordinates automated vertical lifting and horizontal sliding movements using a strategic shifting buffer logic:
· Direct Ground-Level Access: Vehicles on the ground tier park directly onto their allocated platforms. These can be driven into or out of the system instantly, with zero dependence on other platform movements.
· Strategic Shifting Buffer (Empty Spaces): To facilitate upper-tier vehicle retrieval, each independent mechanical control block incorporates precisely one empty parking space on the ground level. This vacant slot serves as a dynamic shifting channel.
· Multi-Axis Lateral Routing: When a driver requests an upper-level vehicle, the system automatically detects its coordinate grid. It then seamlessly shifts all intervening ground-level platforms horizontally by exactly one slot width toward the empty space, clearing a direct vertical pathway beneath the target vehicle.
· Synchronized Vertical Descent: With the vertical channel cleared, the selected upper-level carrier plate lowers smoothly to the ground plane, enabling the user to drive their vehicle forward into or out of the bay in seconds.
2. Tailored Heavy-Duty Mechanical Drive Configurations
To accommodate highly varied project budgets, ceiling clearances, structural parameters, and environmental dynamics, our PSH series supports four distinct commercial-grade drive mechanisms:
Drive Type Configuration | Technical Operational Mechanics | Engineering Application Focus |
Motor with Cable Drum | Utilizes industrial-grade electric motors coupled with steel wire rope winding drums for highly stable lifting. | Proven reliability and excellent economy for standardized commercial applications. |
Motor with Roller Chain | Employs high-tensile dual leaf/roller chains driven by geared electric motors for continuous heavy-duty operation. | Exceptional durability and long-life cycle with minimal mechanical elongation over time. |
Hydraulic with Wire Rope | Combines high-pressure hydraulic cylinders with flexible multi-strand steel cables to deliver rapid vertical travel. | Engineered for high-frequency projects requiring faster cycle times and whisper-quiet operation. |
Hydraulic Rear Cantilever | Utilizes space-optimized rear-mounted hydraulic lift frames to eliminate intrusive front structural posts. | Perfect for premium architectural designs, providing wider vehicle entryways and maximizing comfort. |
3. Advanced Product Features & Manufacturing Standards
· Premium Carrier Plate Exchange Technology: Every vehicle rests securely on its own heavy-duty galvanized wave-plate pallet. This protects vehicles from lower-tier fluid drippings, safeguards vehicle alignment, and minimizes mechanical operational wear.
· Galvanized Corrugation Profile: Platform decks are rolled using high-strength, anti-corrosion galvanized sheets, ensuring exceptional resistance to rainwater, road salts, oil leaks, and harsh structural loads over decades.
· Redundant Multi-Layer Safety Matrix: Equipped with automated mechanical anti-fall lock frames, emergency dynamic overload sensors, photo-electric vehicle positioning detectors, and acoustic-optic warning alerts to achieve uncompromising operational safety.
4. Versatile Structural Deployment & Layout Adaptation
The engineering versatility of the Dayang PSH series enables seamless architectural integration across diverse site parameters:
· Underground Basements & Multi-Level Garages: Fits into low-headroom spaces or deep subterranean parking structures, allowing developers to expand parking spaces by 2x to 5x within structural concrete footprints.
· Outdoor Surface & Open Lot Extensions: Deploys smoothly on open asphalt parcels, vacant urban plots, or commercial setbacks. It can be easily clad with customized architectural facades or steel-sheet roofing to match local aesthetics.
