By combining mature and stable RFID automatic sensing recognition technology, semiconductor fingerprint recognition technology, computer network communication, and big data processing technology, the assessment and management of patrol and inspection personnel can be achieved. As long as patrol points are arranged on important facilities, equipment, and patrol routes, patrol personnel hold patrol machines to each patrol point and first perform fingerprint recognition confirmation. Then, the patrol machine senses the patrol location, and the patrol machine will automatically record and save accurate time, location name, and patrol personnel. After the patrol is completed, the patrol inspection data is uploaded to the computer through a data cable. The manager can view the entire patrol inspection process through software, providing quantifiable data basis for the management system.

Thoroughly solve the problem of patrol personnel not patrolling and ensure the safety of life and property.

Resolve the patrol and inspection management system without data as a basis, and enhance the quantitative management process.

Using semiconductor fingerprint recognition technology to achieve active fingerprint collection and solve the problem of producing fingerprint kits for patrol. Responsibility to people is responsible for the results.

Solve the problem of unclear status prompts in traditional patrols through voice broadcasting.

Resolve the issue of similar products being unable to display card reading, time, and user information in Chinese characters.

Resolve the issue of high usage costs caused by unstable technology and high damage rates in similar products.

Implement three defenses to control the product repair rate below 1 ‰.

Resolve the issues of data loss and computer crashes caused by slow communication between similar products and software.

Solve the problem of single software management for similar systems, which cannot meet customer customization needs.

The basic principle is to meet customer needs by solving practical problems and satisfying user needs;

Reliability: The system can ensure long-term safe operation. The software, hardware, and information resources in the system should meet the reliability design requirements, and the system lifespan should not be less than 15 years.

Security: The system has necessary security protection and confidentiality measures, strong ability to prevent computer crimes and viruses, supports multi-user hierarchical management requirements, and has automatic data backup function.

Fault tolerance: The system has high fault tolerance and strong anti-interference ability. There should be the ability to prompt or automatically eliminate misoperations from various users.

Adaptability: The system has a wide range of adaptability to continuously developing and improving statistical accounting methods, survey methods, and indicator systems, meeting the individual business needs of customers.

Scalability: The software and hardware of the system have room for expansion and upgrading, and the original system will not be rendered useless due to software and hardware expansion, upgrade, or modification.

Practicality: Emphasize the use of mature and practical technologies to make the system meet user business needs;

² progressiveness: On the premise of practicality, semiconductor fingerprint processing chip is used to track the most advanced computer hardware and software technology, information technology and network communication technology at home and abroad, so that the system has high performance indicators;

² Ease of operation: based on Internet thinking and user experience, a friendly user interface is established to make users operate simply and intuitively, and easy to learn;

An intelligent inspection device that integrates fingerprint recognition, voice prompts, and flashlight lighting, with a high-definition OLED LCD screen displaying Chinese characters to indicate various working statuses. Additional smash records, alarm reminders, and step counting functions ensure the authenticity of the inspection process. The body adopts a silicone jacket, a metal shell, a silicone liner, and a magnetic gold-plated contact USB 2.0 drive free design.

Technical Specifications