Parking lot management experimental device

The inductive IC card parking lot system uses sensor IC card reading technology to integrate advanced and mature technologies such as radio frequency card technology, automatic transmission lane gates, vehicle induction technology, and industrial control technology in the system.

2. Features

1. The system includes automatic lanes, vehicle detectors, entry controllers, export control machines, parking lot management software, temporary card fees, and image systems in actual engineering; 2. The system charges have IC card methods, or paper tickets Way.

3. Technical parameters

1. System work voltage: single -phase three -line 220V ± 5%50Hz

2. The whole machine capacity: <3.5KVA

2. Dimensions: about 1668mm × 805mm × 1484mm

4. Safety protection: there is an automatic protection device with leakage

Fourth, tr--ning project

1. Introduction to the working principle of each component of the system

2. Software operation

3. Entry control

4. Go out control

5. System scenario simulation

5. Basic configuration

1. The parking lot system analog screen (iron double -layer sub -light dense -densely pattern spraying structure)

(1) AC power supply provides AC power supply: single -phase AC power 220V50Hz (2) Simulation parking lot system (3) The parking lot management system structure diagram

2. Building tr--ning table

The tr--ning table is the iron double -layer sub -light -derivatives spraying structure. The desktop is fire, waterproof, wear -resistant and high -density board, strong structure, shaped like a cubic closed structure, beautiful shape and generous shape. Doors are used to place tools, store pendants and information. The desktop is used to install the power supply screen and provide a spacious and comfortable work table. The tr--ning table also has four universal wheels and four fixed regulatory agencies, which is convenient for moving and fixed, which is conducive to the layout of the tr--ning room.

ZRJX-YGCA type

1. M--n parameters

1. Electric power: 60W, speed regulation range: 0-100rpm 2. Poor parameters: joystick 260mm, connecting rod 300m 3. Sensor parameters: angle displacement sensor 360p/R 4, appearance size: 820*510*400, weight weight, weight 47kg

2. M--n performance characteristics

1. The four -shot mechanism experimental table can be simply assembled by four -shot mechanism, and the crank and joystick can be performed and simulated.

2. The length of all rod components can be adjusted in order.

3. The test system adopts advanced human -style single -chip microcomputer system, high test data accuracy, fast speed, and stability.

4. The supporting software of this system is produced and developed with VB as the platform, which is rich in content, including experimental video, experimental desk, institutional virtual design, institutional motion testing, institutional motion simulation, experimental results analysis and other content. point.

5. The experimental results can be stored in the form of style, and can be sent and printed on the Internet to facilitate network experiments.

3. M--n experimental content

1. The virtual design and physical fitness of the four -shot mechanism.

2. Movement detection of crank, racker motion simulation and measured comparison analysis; analysis of motion trajectory on the point of the connecting rod movement plane.

3. Rangers vibration test and institutional balance test.