Comb-Tooth Corridor Type Automated Parking System

Comb-Tooth Corridor Type Automated Parking System

Product Types: Garage Car Stacking System Car Size • Max Length (mm): 5300 • Max Width (mm): 1900 • Height (mm): 1550 • Max Weight (kg): 2350 Lifting Speed: 0-30m/min Horizontal Transfer Speed: 0-30m/min Shuttle Cart Speed: 0-60m/min Control Method: Button/Swipe Card
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Product Introduction

The Comb-Tooth Corridor Type Automated Parking System emerges as a groundbreaking solution, offering a smart, streamlined, and highly effective approach to vehicle storage and retrieval.

This innovative system is designed around a unique "Comb-Tooth" corridor layout, facilitating multiple entry and exit points that operate independently and seamlessly. Unlike conventional automated parking systems-often hindered by single access bottlenecks-this design enables vehicles to be parked and retrieved instantly, significantly enhancing overall throughput and user experience.

One of the standout features of the Comb-Tooth Corridor system is the realization of "instant entry and exit". When a vehicle arrives at one entrance, it can be immediately directed into an available parking space without delay. Similarly, retrieval requests are promptly fulfilled at the corresponding exit, enabling swift departure. This "just-in-time" access dramatically reduces waiting times and eliminates the frustrations users often associate with automated parking facilities.

A common problem with traditional plate-type automated parking garages is system congestion caused by the backward movement (returning) of carrier platforms. This "backflow" frequently results in vehicles queueing at the entrance or exit, creating bottlenecks that degrade the parking experience. The Comb-Tooth Corridor system, however, is engineered with several entrances and exits that can function independently of each other.

When one entrance or exit is actively engaged in loading or unloading a vehicle, the other entrances and exits continue operating without interruption. This independence means that no single entry or exit becomes a bottleneck, thereby supporting a smoother, more reliable vehicle flow throughout the facility.

Because the entrances and exits are not mutually blocking, the system's throughput is significantly improved. Where traditional systems might experience delays due to carrier platforms that must traverse long sections to retrieve a vehicle-often impacting other vehicles in the queue-the Comb-Tooth Corridor system's distributed access points ensure continuous availability.

This translates into higher throughput capacity and reduces congestion during peak hours, making it an ideal option for busy commercial centers, office complexes, and residential developments where demand for efficient parking solutions is high.

- Efficient Space Utilization: By automating vehicle storage with a compact comb-tooth corridor design, the system maximizes parking density without sacrificing accessibility.

- High Throughput and User Satisfaction: Instant vehicle entry and exit combined with multiple independently operating entry/exit points greatly reduce waiting time.

- Avoidance of Common Bottlenecks: Independent operation eliminates queuing caused by carrier platform backflow, a significant improvement over plate-type parking garages.

- Flexible and Scalable: The modular nature of the system makes it adaptable to different building sizes and parking volumes, facilitating easy expansion as demand grows.

The Comb-Tooth Corridor Type Automated Parking System represents a major step forward in automated parking technology, prioritizing user convenience and operational efficiency. With its ability to deliver "just-in-time" vehicle access and its robust multi-entry/exit configuration, it solves longstanding challenges associated with traffic congestion and delays in automated parking facilities.

For urban planners, developers, and property managers seeking to enhance parking convenience and flow, this system offers a compelling, future-proof solution that ensures smooth, hassle-free parking experiences day in and day out. As cities become more congested and parking demand rises, innovations like the Comb-Tooth Corridor system will be critical in transforming how we think about urban mobility and space management.

 

Technical Specifications

Product Types

Garage Car Stacking System

Car Size

Max Length (mm)

5300

Max Width (mm)

1900

Height (mm)

1550

Max Weight (kg)

2350

Parking Capacity

20-100 (units)

Lifting Motor Power

15-22kW

Horizontal Moving Motor Power

5.5kW

Power of the Car Storage and Retrieval Mechanism

2-0.75kW

Lifting Speed

0-30m/min

Horizontal Transfer Speed

0-30m/min

Shuttle Cart Speed

0-60m/min

Drive Method

Motor-driven, chain or wire rope lifting

Control Method

Button/Swipe Card

Power Supply

Three-phase 380V 50Hz

 

Product Illustration

 

Front View

1

Top View

2

Left Side View

3

Product Display

 

About Us

product-1172-429

 

 

 

 

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