Clamp-Type Parking Equipment
The clamp-type parking equipment is an intelligent and flexible mechanical parking solution, which takes the adjustable clamp mechanism as the core component to realize vehicle storage and retrieval by stably clamping and lifting the vehicle tires or chassis. Different from traditional parking equipment, it abandons the integral car-carrying plate, and uses the movable clamp arm to fix the vehicle, which is more flexible and space-saving, especially suitable for narrow areas such as urban hutongs, small communities and commercial alleyways where traditional parking equipment is difficult to install. It integrates intelligent sensing, mechanical transmission and automatic control technology, and is widely applicable to residential communities, commercial plazas, hospitals and office buildings, effectively solving the problem of parking difficulty in areas with tight land resources.
This equipment adopts a high-strength steel structure, with strong load-bearing capacity and stable operation, which can meet the parking needs of ordinary private cars, SUVs and small commercial vehicles. It is equipped with an advanced PLC intelligent control system and high-precision infrared sensing devices, which can automatically identify the vehicle size and adjust the clamp width, supporting license plate recognition, one-click operation and remote control. The whole process of storage and retrieval is fully automatic, which can be completed in 1-2 minutes, realizing efficient and convenient unmanned on-duty operation, and greatly improving the parking experience.
Working Principle
The working principle of the clamp-type parking equipment is simple and reliable, focusing on the stable clamping and safe transfer of vehicles. The transmission mechanism is driven by a high-power geared motor, and the adjustable clamp arm is connected to the hydraulic lifting system and the horizontal traversing mechanism. When storing vehicles, the driver parks the vehicle in the designated area, and the system automatically detects the vehicle position, size and tire position through sensors. Then the clamp arm moves to the bottom of the vehicle tires, clamps the tires stably (or clamps the chassis according to the model), and the hydraulic system drives the clamp mechanism to lift the vehicle. Finally, the traversing mechanism moves the vehicle to the designated parking space to complete storage. When retrieving vehicles, the system reverses the operation, moves the clamped vehicle to the entrance, releases the clamp arm, and the driver can drive the vehicle out directly.
Features/Equipment Characteristics
The clamp-type parking equipment has distinct characteristics that adapt to the needs of narrow space and flexible parking. Firstly, it has excellent space-saving performance, which does not require extra space for the car-carrying plate, and the space utilization rate is 5-9 times that of traditional flat parking lots, even realizing intensive parking in narrow areas where traditional equipment cannot be installed. Secondly, it is flexible and adjustable, and the clamp arm can be adjusted according to the vehicle size, which is suitable for various models of ordinary cars and SUVs. Thirdly, it is safe and reliable, equipped with anti-slip clamp pads, overload protection, emergency stop buttons and multiple safety sensors, which can immediately stop operation and alarm in case of abnormal situations such as loose clamping or foreign body obstruction. Fourthly, it is easy to install and maintain, with modular design and prefabricated components, which shortens the on-site installation cycle and reduces later maintenance costs. Finally, it has strong adaptability, suitable for both indoor and outdoor environments, with good corrosion resistance and dustproof performance.
Our clamp-type parking equipment adopts a strict and standardized production process to ensure product quality and stable operation. Firstly, raw material selection and inspection: we select high-strength corrosion-resistant steel and high-quality hydraulic components and electrical parts that meet national standards, and conduct strict quality inspection to eliminate unqualified materials from the source. Secondly, clamp arm and frame processing: professional technicians use advanced laser cutting and automatic welding equipment to process clamp arms and steel frames, and conduct non-destructive testing on welding joints to ensure structural firmness and precision. Thirdly, surface treatment: the components are sprayed with anti-corrosion and anti-rust paint through an automatic spraying production line to enhance durability and adaptability to harsh environments. Finally, assembly and debugging: prefabricated components are assembled in the factory, and the transmission system, hydraulic system, control system and safety devices are debugged, and each finished product undergoes strict load-bearing, clamping stability and safety performance tests before leaving the factory.