Campus channel tripod turnstile-Innovation PassCampus channel three-roller gate-Innovation Pass

Innovation Pass campus channel, Innovation Pass is a new high-tech enterprise integrating R&D, production and sales. The company has brand core products with independent intellectual property rights and has applied for a number of R&D technology patents. It has successively developed a general series (including,,,, one-way gate, translation gate, revolving gate, barrier-free channel 7 categories), Pentium series (including fully automatic three-roller gate, anti-collision swing gate, anti-submarine revolving gate, etc.), with hundreds of channel series products suitable for various places.

Campus safety management is imperative, and creating a safe and comfortable learning and growth environment for students is the primary task of the school. On the one hand, government departments need to strengthen management and education and publicity work, and on the other hand, security equipment needs to be reasonably applied on campus. At present, most of the security equipment and systems used by domestic schools are: video surveillance system, access control card system, multimedia teaching system, intrusion alarm system, broadcasting system, electronic patrol system, etc.

1. Monitoring system. Main applications on campus:

1. It is used as security monitoring for campus safety. The monitoring points are mainly distributed in the main passages, important places, walls, entrances and exits of various buildings in the school;

2. It is used for invigilation, teaching, and remote management. Among them, examination room monitoring is a hot application system that has emerged in recent years.

Campus monitoring system

2. Access control card. It is also the main security application on campus. Common access control cards are used in teaching management, consumption, etc., such as teacher cards, student cards, library cards, medical cards, swimming cards, dining cards, phone cards, etc. At the same time, these cards can also be used as credentials for entering and leaving the campus, effectively managing and controlling people on campus.

3. Anti-theft alarm system. It is mainly distributed in key areas such as school walls, electronic classrooms, finance rooms, and chemical laboratories. It is the most practical and basic component of campus security. It allows teachers to contact the outside world and get assistance in time when an accident occurs in the school. It must be connected to the automatic alarm system of the 110 command center. Once the school is in danger, the school on-duty personnel can manually start the alarm.

4. Broadcasting system. It is mainly used for playing background music, notifications and emergency fire broadcasts. Electronic patrol systems are currently mainly online and offline, and are mainly used for monitoring security personnel patrol routes.

At present, there are many systems built on campus, including security, fire protection, transportation, etc., but due to different construction times, each system is independent of each other; this makes the information of each system scattered, the degree of integration between systems is low, and there is a lack of unified management; ultimately, when users use it, for safety accidents that occur on campus, they can often only use the process of each system independently, and cannot track and manage the entire process, and cannot fundamentally guarantee the safety of teachers and students.

1. Design ideas

With the video surveillance system as the core, various technical resources are used to integrate various campus security prevention systems to form a set of monitoring systems that can conduct all-round monitoring, early warning, decision-making and dispatch of various campus events, provide strong support for campus security prevention work, and conduct comprehensive and effective supervision of campus safety. The system has a high degree of intelligence and strong comprehensive prevention capabilities, and has the characteristics of intelligent early warning before the event, linkage processing during the event, and efficient viewing after the event.

The design idea of the system is to create a smart and safe campus through the coordination of multiple links such as monitoring, verification, resolution and optimization of the smart safety ring. The system forms a more complete monitoring network through comprehensive detection, accurate verification, rapid resolution and continuous optimization, truly implementing our smart safety ring.