Product introduction of "MSCS prison mobile phone detection and blocking control system"

The new generation mobile phone signal monitoring and control system (rbr, referred to as the system) is a system developed by Beijing Shenzhou Mingda that can conduct real-time monitoring of mobile phone signals. It can alert or take proactive preventive measures when active fluctuations in base station downlink signals (mobile phone communications) are found. Information full product. It is different from the traditional mobile phone signal blocking system in that it is a proactive full-protection product with fast and reliable mobile phone signal detection efficiency, accurate positioning function, and stable and efficient blocking effect.
Product Features

High-performance integrated motherboard: Integrated microcomputer processor system provides strong guarantee for data calculation of front-end equipment.

Circuit board printed antenna design: The antenna is printed on the circuit board, making the detector body more compact and beautiful, and providing multi-dimensional scale positioning for the system in the environment of direct waves and indirect waves. accurate basis.

Network power supply: The front-end detector of the system uses network power supply. This mode facilitates the user unit to conduct centralized control and management of the line. The power supply line is the full voltage of the human body. Even if it is damaged, there will be no harm. There is no power consumption for the equipment, and it is green and environmentally friendly.

Multi-platform management of the Internet of Things: The system software adopts the open B platform, with Zhuo version software optional, and is compatible with most mainstream domestic mobile phones. Supports remote login to the server and remote operation and management. Compatible with domestic mainstream defense products such as biometric access control, face recognition monitoring perimeter, etc.

Super cloud computing mode: It can quickly detect and compare the alarm time and received signal gain strength of front-end equipment, effectively avoiding the occurrence of false alarms and missed alarms while ensuring response speed.

Automatic operating environment detection: Compared with the previous two generations of systems that required staff to manually adjust and set detection parameters for each detector, the system database has a built-in complex environment variable parameter model to automatically set the system Alarm threshold value.

Multiple algorithms for accurate positioning: The management center of the system more scientifically compares various information such as the response time of the detector, the intensity of the receiving gain level, the transmission rate of the electromagnetic signal, etc., and finally determines the location. The results are usually more precise based on the location of the target phone.

Real-time monitoring and timely reminders: The base station is responsible for detecting the working status of the system's detectors and shielding equipment. The content includes important information such as the working status of the equipment, whether the threshold setting transmit power is offline, and Alarm in time to prompt maintenance.

Remote management, smart shielding: When the system detects a mobile phone signal, it will activate nearby mobile phone shielding equipment to intercept the signal based on the distance and strength of the signal source.

Note: Due to the use of spread spectrum coding for targets such as and other targets, it is difficult to achieve a good shielding effect with the general noise interference signal suppression method.

Function application

Audio-visual venues: theaters, movie theaters, concerts, libraries, recording studios, auditoriums, etc.

Protect privacy: military police, prisons, courts, government agencies, financial institutions and other confidential places.

Healthy: industrial factories, production workshops, gas stations, gas stations, hospitals, etc.

Product Review

The prototype of the system first appeared in 1998, and is collectively referred to in the industry as: the first generation mobile phone signal detection and shielding system. This system was designed and developed by Beijing Shenzhou Mingda High-Tech Co., Ltd., and was the first to be applied in Qincheng Prison of the Ministry of Public Security nationwide.

The mobile phone signal detection and control system has patents and applications, and has super strength in blocking mobile phone signals. Firstly, the system is the domestic leader in the application of micro-conductive particle nanotechnology. Secondly, it is the first in the industry to use circuit board printed antenna design. Thirdly, the system pioneers hierarchical multi-channel dynamic array filtering technology. Fourthly, the system has been comprehensively upgraded to a bus structure. Fifthly, the system nodes Wireless data transmission mode is used between them. Finally, the system uses preset alarm thresholds without any human adjustment.

Compared with the previous two generations of systems, which required staff to manually adjust and set detection parameters for each detector, its performance is more intelligent. The system database has a built-in complex environmental variable parameter model. When the system is started for the first time, the front-end detector will automatically detect the physical field strength and report it to the management center. The central platform will adjust the algorithm based on this and automatically set the system alarm threshold. When multiple detectors detect the same mobile phone signal at the same time, the second-generation system only judges based on the alarm time, and determines that the coverage area of the detector that alarmed first is the area where the mobile phone user is located. The management center of the system more scientifically compares various information such as the response time of the detector, the receiving gain level, the intensity of the electromagnetic signal transmission rate, etc., and finally determines the location of the target mobile phone, and the results are usually more accurate.

When the system detects a mobile phone signal, it will activate nearby mobile phone shielding equipment to intercept the signal based on the distance and strength of the signal source. Because of the use of phase-locked loop frequency source synthesis technology and unique information deception methods, the system can cover a wide range with smaller power. The system's shielding equipment all uses intelligent shielding terminals, which can not only flexibly adjust the transmission power according to the power of the shielding object, but also realize remote equipment switching on and off, dynamic adjustment of remote equipment working status, remote inspection and other intelligent functions.

Mobile phone signal monitoring and control systems have been widely used in various security protection fields, and will also occupy an increasingly important position in the security industry.