Mobile data sharing system applied to portable radio monitoring all-in-one machines

Abstract

The invention discloses a mobile data sharing system applied to portable radio monitoring all-in-one machines. The mobile data sharing system comprises a plurality of portable radio monitoring all-in-one machines which are used for carrying out radio signal monitoring and conveying, a server used for controlling moving directions of date, a wireless network used for signal transmission, and a plurality of receiving terminals used for displaying and transmitting monitoring data of a local receiver. Each portable radio monitoring all-in-one machine is connected with one receiving terminal through the wireless network, and each receiving terminal is connected with the server through the wireless network. The mobile data sharing system applied to the portable radio monitoring all-in-one machines can achieve field information sharing and improve information source finding efficiency, can be connected with a rear command system, display investigate process and hold field overall situation, and can achieve remote control and give full play to manpower resource efficiency of specialists.

Description

technical field [0001] The invention relates to the field of radio monitoring, in particular to a mobile data sharing system suitable for a portable radio monitoring integrated machine. Background technique [0002] Before the appearance of the portable radio monitoring all-in-one machine that the applicant applied for at the same time, the existing portable radio monitoring system was mainly composed of several major components such as a signal processing unit, a receiver, an electronic compass and an antenna; the radio signal induced by the antenna was connected to the receiver, The intermediate frequency signal of the receiver is processed by FFT and then output to the signal processing unit. The signal processing unit outputs the parameters of the signal to the display for display after data calculation according to the direction indication of the electronic compass; The problems of split-type radio monitoring equipment composed of several major components such as compas...

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Problems solved by technology

[0002] Before the appearance of the portable radio monitoring all-in-one machine that the applicant applied for at the same time, the existing portable radio monitoring system was mainly composed of several major components such as a signal processing unit, a receiver, an electronic compass and an antenna; the radio signal induced by the antenna was connected to the receiver, The intermediate frequency signal of the receiver is processed by FFT and then output to the signal processing unit. The signal processing unit outputs the parameters of the signal to the display for display after data calculation according to the direction indication of the electronic compass; The problems of split-type radio monitoring equipment composed of several major components such as compass and antenna include: 1. The radio monitoring equipment is formed by split-type combination, which is particularly inconvenient to carry and use; 2. A large number of connectors are required between multiple components, resulting in The concealment of radio monitoring equipment is poor, and the failure rate of each component is high; 3. The antenna monitoring function module is missing, and the antenna for immediate use cannot be detected and analyzed; 4. The lack of WIFI or Bluetooth functions cannot, cannot be realized Information processing, display terminal for information transmission

The disadvantage of the product of this patent is that the user also needs to wear information processing devices, antennas, electronic compass and other equipment to form a radio monitoring system that can monitor radio signals; however, since the direction finding host and information processing devices are separate When performing radio monitoring, the user needs to hang or carry it on the body respectively, and then carry out radio monitoring through the hand-held antenna. Such a structure is not only complicated, but also has a single function, poor operation concealment, and portability. Poor; and does not have the identification function of directional antenna

[0006] The existing individual operations mainly have the following problems: 1. The on-site information cannot be shared; 2. The rear command system cannot be connected, let alone the overall situation of the site; 3. Remote control cannot be realized, and the human resource efficiency of experts can be brought into play

[0007] Therefore, the signal processing unit in the existing radio monitoring equipment cannot use the wireless network to send various parameters of the current monitoring equipment to the computer of the information processing, display terminal, and monitoring command center through the WIFI or Bluetooth unit, and cannot display the information of the user in real time. The current location, signal parameters, etc., let alone form a wireless network working group to work together

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