Shenzhen Baimang Baiwang Building parking lot management system project case
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1. Text description of Baimang Village parking lot management project solution
In response to customer requirements, our company recommends customers to use sjs-psoo1d parking lot management system. The customer’s requirements are interpreted in the parking lot management system.
The details are as follows:
1. The system uses an IC card, which can carry user, vehicle-related information, and vehicle entry and exit information, so the system can operate normally when the system is offline and offline.
2. The control machine has voice prompts and display screen prompts, which provide guidance for vehicles entering the field, and reflect the fairness of the charges when they exit the field, and also reflect the humanization and intelligence of the vehicle management system.
3. The entrance adopts automatic card issuing machine, and the temporary vehicle entrance and exit adopt the card-taking approach. At the exit, the administrator collects the card and opens the gate for a fee.
4. The software automatically captures the photos of the vehicles when the vehicles enter and exit. When leaving the field, the personnel on duty can judge whether they are the same car in and out by comparing the entry and exit photos, which improves the safety of the parking lot system.
5. Manually release the vehicle, and the software automatically generates the brake opening record.
6. The charging standard can be loaded through the software, and customers can adjust it according to their needs.
7. The software has issued reports, charge reports, card operation reports, and operation log reports. Each report has daily statistics, monthly statistics, and annual statistics. All reports can be exported in EXCEL format.
8. All reports can select query conditions to query the records within the conditions, which brings convenience to financial reconciliation.
2. On-site rendering of parking lot management system
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3. System design principles and specifications
3.1 Design principles
The principle of system practicability: The overall design of the system requires that the configuration of software and hardware must consider various constraints, and it must be useful, practical and easy to use on the basis of ensuring that the functions and performance requirements proposed by you are met.
The principle of system openness: The system should have good openness, that is, compatibility and scalability, to adapt to the continuous development of technology and the continuous enhancement and increase of application requirements. The design of the entire program and the products selected must adhere to the principle of standardization and comply with various international standards and industrial standards established by international organizations.
The principle of overall optimality: When designing and configuring the system, comprehensive consideration and evaluation must be carried out, taking into account the following aspects: practicality, advancement, reliability, safety, and economy. stability.
Economic principle: The selection of equipment should improve the performance-to-price ratio as much as possible on the premise of fulfilling the required functions of the system.
3.2 Design specifications
“The People’s Republic of China Security Industry Standard” GA/T74-94
“Interim Provisions on the Design and Management of Intelligent Building Systems Engineering” Ministry of Construction
“Code for Electrical Design of Civil Buildings” (JGJ/T16-92)
“Intelligent Building Design Standard” (DBJ08－4－95)
“Code for Design of Integrated Wiring Engineering for Buildings and Building Groups” China Engineering Construction Standards Association
“People’s Republic of China Public Safety Industry Standard” GA/T70-94
“Code for Design of Automatic Fire Alarm System” State Planning Commission
3.3 Topological diagram of parking lot system
For more information, please contact: Shenzhen Century Shun Industrial Co., Ltd.
Phone: 0755-86330736-833
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