Development trend and characteristics of Aerial work platform

1. By type: vertical lifting (also called scissors) Aerial work platform, folding arm lifting Aerial work platform, self-propelled aerial work platform, telescopic arm Aerial work platform. Among them, the vertical elevating platform has a heavy bearing, but its working height is limited, its mobility is poor, and it is inflexible. At present, the folding boom elevating Aerial work platform is widely used in China.

2. According to the height of the homework: 6 meters, 10 meters, 14 meters, 16 meters, 18 meters, 22 meters, 25 meters, 30 meters, 50 meters. Currently, the height can reach over 80 meters abroad.

2、 applicable scope of Aerial work platform:

Widely used in high-altitude operations such as electricity, streetlights, municipal engineering, landscaping, communication, airports, ship building (repair), transportation, advertising, photography, etc.

3、 Features of Aerial work platform:

There are control devices inside the work bucket and on the rotating seat, which can remotely control the start, stop, high speed, and low speed of the engine. The action of the arm is controlled by an electro-hydraulic proportional valve, with good stability. The work arm can rotate continuously 360 ° left and right, and the water level of the work tank is automatically maintained by the connecting rod mechanism. When the main pump malfunctions, the emergency pump can be operated to lower the work tank, with night lighting and the ability to lift heavy objects.

4、 Future development of Aerial work platform:

It is envisaged that a combined Aerial work platform can be used for multiple purposes. This vehicle has a head part (mainly equipped with power system), which can be used independently or connected with different carriages to become a minivan, tourist car, refrigerator car and racing car, which can be replaced at any time as needed. In the future automotive world, there will be several special automobile passenger transportation systems. One is the "Airbus" vehicle, which has the advantages of dual use of land and air. It can travel on land like regular buses, or on special planes for air travel, reducing the trouble for passengers to get on and off the plane.

In the future, there will be more Aerial work platform with unique shapes and excellent performance. For example, a tracked air cushion vehicle, which replaces the wheels of a car with inflatable rubber shoes, can freely walk on muddy roads or swamps. Wheelless walking cars are manufactured by imitating the characteristics of animal walking, equipped with four legs, and are very flexible in going down potholes and wading in mud. There are also water, land, and air vehicles, UFO cars, submarine cars, and so on. Computers are widely used in the Aerial work platform, which will be an important symbol of the future automobile. Future cars will be equipped with computer command systems. The driver's will and external driving conditions can be combined to convert into electrical signals, which are then centrally transmitted to microprocessors. After analysis and calculation, commands are issued to various parts of the vehicle. Make cars safer and more reliable. Even unmanned "intelligent" cars can appear. There is another kind of driverless automatic passenger car. The size of the Aerial work platform is similar to the current passenger car, with four or six seats. The difference is that the passenger car has only two wheels, and the left side is a cantilever, which is connected with the track on the upper left side of the vehicle. In addition to serving as a guide, the track also plays the role of transmitting automatic signals and electricity.