Innovation Technology Nuclear Power Research Institute: Swing Gate and Flap Barrier Integration Case Study

Innovation Technology Nuclear Power Research Institute: Swing Gate and Flap Barrier Integration Case Study

Innovation Technology Nuclear Power Research Institute Access Control Gate Application Case Overview:

Innovation Technology Nuclear Power Research Institute Swing Gate and Flap Barrier Combination Case Study

In this case study, the China National Nuclear Corporation (CNNC) Nuclear Power Operation Research Institute is the end-user.  They adopted an integrated access control system combining swing gates and flap barriers to provide personnel access control via card swiping and real-time tracking of employee movements. The CNNC Nuclear Power Operation Research Institute is a research institution specializing in nuclear power operation technology research and technical services. Therefore, strict confidentiality and security are essential, and personnel entry and exit must strictly adhere to the institute's management regulations. Innovation Technology provided a management system combining swing gates and flap barriers for more convenient management and stricter control of entry and exit points.

Nuclear Power Research Institute Access Control Gates

Main products used in the Innovation Technology Nuclear Power Research Institute access control gate application case: Bridge-type swing gates, bridge-type flap barriers

Product introduction for the Innovation Technology Nuclear Power Research Institute access control gate application case:

Bridge-type swing gates are mainly used for access control at entrances and exits.  They are typically used in locations where only pedestrians, people with luggage, and people with disabilities are allowed to pass. Swing gates offer wider passage than flap barriers. Most swing gate passages can accommodate pedestrians, bicycles, electric bicycles, and other non-motorized vehicles.

Bridge-type flap barriers consist of a main unit and movable wings, resembling an eagle with outstretched wings, hence the name "flap barrier." They have a blocking (deterrent) function for unauthorized personnel, hence also known as "blocking gates."  Their advantages include fast operation and a luxurious appearance, but their disadvantage is that the passage is narrower, only allowing pedestrians to pass. Innovation Technology's bridge-type swing gate features a unique anti-collision function and is highly durable.  Based on the basic characteristics of the swing gate, the Power Research Institute uses it for the passage of general small goods and non-motorized vehicles. In the event of a sudden collision, the bridge-type swing gate can withstand reasonable impacts without affecting its service life. At the same time, Innovation Technology's bridge-type swing gate offers excellent passage efficiency, ensuring "one swipe, one pass," preventing tailgating, maintaining orderly passage, and ensuring smooth employee attendance and visitor management.

Innovation Technology Nuclear Power Research Institute Channel Gate Management System Function Description:

1. Identity Recognition Function: Provides employee attendance, corporate gate access control, and visitor management, used for personnel management within the user unit, in accordance with relevant regulations;

2. Intelligent Security Function: Maintains order in the passage, provides civilized and orderly passage, facilitates the work of security personnel, and records authorized personnel data for the passage, providing convenience for subsequent accident investigations;

3. Multi-business Integration: The system supports MSSQL or ORACLE databases and can be flexibly integrated with third-party systems to achieve centralized enterprise information management.