CN213028564U - Individual soldier type fusion communication command terminal - Google Patents
Individual soldier type fusion communication command terminal Download PDFInfo
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- CN213028564U CN213028564U CN202022380448.4U CN202022380448U CN213028564U CN 213028564 U CN213028564 U CN 213028564U CN 202022380448 U CN202022380448 U CN 202022380448U CN 213028564 U CN213028564 U CN 213028564U
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Abstract
The utility model discloses a single soldier type fusion communication command terminal, which comprises a host; the host comprises a hand microphone interface, a PDT radio station switch, a PDT frequency modulation knob, a PDT frequency writing interface, a PDT antenna interface, an audio SIM card interface, a 4G voice antenna interface, a Beidou/GPS antenna interface, an MESH antenna interface, a WIFI antenna interface, a Bluetooth antenna interface, a routing SIM card interface, a 4G routing antenna interface, a network interface, an HDMI video input interface and a power interface, and further comprises a local talkback module, a PDT talkback module, a 4G voice module, an MESH talkback module, an audio exchange module, a Beidou/GPS module, a WIFI module, a Bluetooth module, a wireless ad hoc network module, a 4G routing module, an audio and video coding module and a switch module; the utility model discloses have inside the net, the sound video and the data interconnection function between the net, realize collection, processing and the transmission to information resource under the arbitrary environment under the circumstances that makes wireless ad hoc network and multiple heterogeneous communication network exist simultaneously.
Description
Technical Field
The utility model relates to an emergency communication ensures technical field, concretely relates to individual soldier's formula fuses communication command terminal.
Background
The public mobile communication network is used as a normalized basic communication network, and the private network communication is used as a supplement, and two different types of communication devices are used. At the emergency rescue scene, emergency communication guarantees need to face complex environments, including: urban roads, building interiors, forest areas, mountain areas, rivers, mines, subways, tunnels, underground parking lots, post-disaster areas, and the like. Therefore, a portable converged communication command terminal integrating broadband and narrowband, being compatible with public network and private network, being all-weather, all-terrain and serving actual combat is needed, and the portable converged communication command terminal provides network, voice and video communication and data acquisition and transmission means for emergency rescue field communication support personnel at any time and any place and provides command decision information for a field command department or a rear command center.
The existing broadband communication equipment is mainly used for network data and video transmission, and has short communication distance; narrow-band communication devices are commonly used for data transmission and voice talkback, and have long communication distance but low data rate; this presents several problems: the broadband and the narrowband are generally divided into two communication systems, which are not beneficial to carrying and control; secondly, the service is single, for example, the broadband can only solve the problem of IP transmission, the narrowband only solves the problem of voice, integration is not realized, and the functions of audio/video and data acquisition, processing and distribution are not realized; and thirdly, the environmental adaptability is realized, the common equipment is a commercial product, and the requirements of actual combat environments such as sunshine, high temperature, rain, freezing and the like under the emergency communication condition cannot be met. And fourthly, private network talkback can only be used in a local range, and a public network cannot be effectively utilized to extend private network talkback. Fifthly, voice intercommunication capability. The broadband talkback cannot be effectively interconnected with the narrowband private network talkback so as to achieve communication coverage extension and interconnection. And sixthly, the video service only provides one platform, and can not support different monitoring platforms, live broadcast platforms, APPs and decoders under the conditions of the Internet and the local area network.
SUMMERY OF THE UTILITY MODEL
The to-be-solved technical problem of the utility model is to overcome prior art not enough and provide a single soldier's formula and fuse communication command terminal, have in the net, the sound video and the data interconnection function between the net, realize collection, processing and the transmission to information resource under the condition that makes wireless ad hoc network and multiple heterogeneous communication network exist simultaneously under the arbitrary environment.
In order to solve the technical problem, the utility model discloses the technical scheme who takes is:
an individual soldier type fusion communication command terminal comprises a host; the host comprises a hand microphone interface, a PDT radio station switch, a PDT frequency modulation knob, a PDT frequency writing interface, a PDT antenna interface, an audio SIM card interface, a 4G voice antenna interface, a Beidou/GPS antenna interface, an MESH antenna interface, a WIFI antenna interface, a Bluetooth antenna interface, a routing SIM card interface, a 4G routing antenna interface, a network interface, an HDMI video input interface and a power interface, and further comprises a local talkback module, a PDT talkback module, a 4G voice module, an MESH talkback module, an audio exchange module, a Beidou/GPS module, a WIFI module, a Bluetooth module, a wireless ad hoc network module, a 4G routing module, an audio and video coding module and a switch module;
the smart phone comprises a hand microphone interface, a PDT radio switch, a PDT frequency modulation knob, a PDT write-frequency interface and a PDT antenna interface, wherein the hand microphone interface is connected with a local talkback module, the PDT radio switch, the PDT frequency modulation knob, the PDT write-frequency interface and the PDT antenna interface are respectively connected with the PDT talkback module, the audio SIM card interface and the 4G voice antenna interface are respectively connected with a 4G voice module, the local talkback module, the PDT talkback module, the 4G voice module, an audio exchange module and an MESH talkback module are respectively connected with the audio exchange module, the MESH talkback module is connected with a wireless ad hoc network module; the switch module is respectively connected with the wireless ad hoc network module, the 4G routing module and the audio and video coding module; the wireless ad hoc network module is respectively connected with the Beidou/GPS module, the WIFI module and the Bluetooth module; the Beidou/GPS antenna interface is connected with the Beidou/GPS module, the WIFI antenna interface is connected with the WIFI module, the Bluetooth antenna interface is connected with the Bluetooth module, the routing SIM card interface and the 4G routing antenna interface are respectively connected with the 4G routing module, the network interface is connected with the switch module, and the HDMI video input interface is connected with the audio and video coding module; and the power supply interface is connected with each module in the host.
Further, the device also comprises a power supply module; the power supply module comprises a power supply cell module, a power supply management module, a power supply charging interface and a power supply interface; the power supply charging interface is connected with the power supply management module, and the power supply management module is respectively connected with the power supply cell module and the power supply interface; and the power supply interface is connected with the power interface.
Adopt the produced beneficial effect of above-mentioned technical scheme to lie in:
the utility model discloses under the prerequisite of all kinds of wireless communication technique of make full use of, collect all kinds of front end information technology, with video, audio frequency, data, position, sensor information etc. unified management and collect to can carry out interconnection intercommunication through networks such as ethernet, wiFi, mobile public network, LTE private network, intercom communication system with external information system, provide public private an organic whole, the all-round guarantee method of wide and narrow compatibility for emergency communication scene combat commander.
Drawings
Fig. 1 is a block diagram of the overall structure of the present invention.
Fig. 2 is a schematic diagram of the communication structure of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.
As shown in fig. 1, the utility model discloses a single soldier type fusion communication command terminal, which comprises a host; the host computer includes the hand miaow interface, PDT radio station switch, PDT frequency modulation knob, PDT writes frequently the interface, PDT antenna interface, audio frequency SIM card interface, 4G pronunciation antenna interface, big dipper GPS antenna interface, MESH antenna interface, WIFI antenna interface, bluetooth antenna interface, route SIM card interface, 4G route antenna interface, network interface, HDMI video input interface and power source, still include local module of talkbacking, PDT talkbacking module, 4G voice module, MESH talkbacking module, the audio frequency exchange module, big dipper GPS module, the WIFI module, bluetooth module, wireless ad hoc network module, 4G route module, audio and video coding module, switch module and power source module.
The smart phone comprises a hand microphone interface, a PDT radio switch, a PDT frequency modulation knob, a PDT write-frequency interface and a PDT antenna interface, wherein the hand microphone interface is connected with a local talkback module, the PDT radio switch, the PDT frequency modulation knob, the PDT write-frequency interface and the PDT antenna interface are respectively connected with the PDT talkback module, an audio SIM card interface and a 4G voice antenna interface are respectively connected with a 4G voice module, the local talkback module, the PDT talkback module, the 4G voice module, an audio exchange module and an MESH talkback module are respectively connected with the audio exchange module, the MESH talkback module is connected with; the switch module is respectively connected with the wireless ad hoc network module, the 4G routing module and the audio and video coding module; the wireless ad hoc network module is respectively connected with the Beidou/GPS module, the WIFI module and the Bluetooth module; the Beidou/GPS antenna interface is connected with the Beidou/GPS module, the WIFI antenna interface is connected with the WIFI module, the Bluetooth antenna interface is connected with the Bluetooth module, the routing SIM card interface and the 4G routing antenna interface are respectively connected with the 4G routing module, the network interface is connected with the switch module, and the HDMI video input interface is connected with the audio and video coding module; the power interface is connected with each module in the host. The power supply module comprises a power supply cell module, a power supply management module, a power supply charging interface and a power supply interface; the power supply charging interface is connected with the power supply management module, and the power supply management module is respectively connected with the power supply cell module and the power supply interface; the power supply interface is connected with the power interface.
Voice signals transmitted and received by the local talkback module, the PDT talkback module, the 4G voice module and the MESH talkback module which are respectively connected with the audio exchange module are exchanged after being digitalized by the audio exchange module, so that interconnection and intercommunication among four paths of voice are realized; the Beidou/GPS antenna interface is used for being connected with a Beidou/GPS positioning antenna, receiving positioning satellite signals and sending the received positioning satellite signals to the Beidou/GPS module, and the Beidou/GPS module carries out networking processing on the received positioning satellite signals to obtain network positioning data and transmits the positioning data to the background server through the wireless ad hoc network module and the switch module.
The MESH antenna interface is used for connecting an MESH antenna, and the wireless ad hoc network module receives and transmits an MESH network signal through the MESH antenna, so that the MESH ad hoc network local area network is formed by the MESH antenna interface and other single-soldier integrated communication command terminals in the same frequency band; the WIFI antenna interface is used for connecting a WIFI antenna, receiving and transmitting WIFI network signals, sending the received WIFI signals to the WIFI module, and sending the received network data from the WIFI module out through the WIFI antenna; the Bluetooth antenna interface is used for connecting a Bluetooth antenna, sending a received Bluetooth signal to the Bluetooth module, carrying out serial port Bluetooth data sending to the wireless ad hoc network module after the Bluetooth signal is subjected to serial port processing to obtain serial port Bluetooth data by the Bluetooth module, carrying out networking processing on the serial port Bluetooth data by the wireless ad hoc network module, sending network Bluetooth data to the switch module after the network Bluetooth data is obtained, and carrying out LAN or 4G public network transmission.
The 4G routing antenna interface is used for connecting a 4G routing antenna and then is connected with the switch module through the 4G routing module, so that network communication between the host and the 4G public network is realized; the network interface is used for connecting a network cable of the individual soldier type converged communication command terminal and providing a function of connecting equipment into a local area network; the HDMI video input interface is used for being connected with the HDMI video input device, obtaining an HDMI video signal from the HDMI video input device and sending the HDMI video signal to the audio and video coding module, the audio and video coding module carries out coding processing on the HDMI video signal, and after the audio and video network signal is obtained, audio and video network data are sent to the switch module.
The power supply interface is used for transmitting the electric power obtained from the power supply interface of the power supply module to each module of the host computer to provide the electric power for the host computer.
The power supply charging interface is used for being connected with a power supply charger and charging a power supply battery cell module, the power supply battery cell module is used for storing electric energy, and the power supply management module is used for monitoring charging current voltage and discharging current voltage.
The utility model discloses having assembled the multiple communication technology of no central wireless broadband, wiFi, bluetooth, GPS big dipper, public network full network expert, private network LTE, private network PDT radio station talkback and ethernet, having the integration communication and the processing function that voice exchange, audio and video codec and video service, data acquisition forwarded the service. The voice exchange comprises local hand microphone voice, 4G voice, PDT talkback voice and wireless ad hoc network talkback voice. The audio-video coding comprises audio coding and video coding. The audio coding comprises AAC, GG.711U and G.711A, and the video coding comprises H.264 and H.265. The audio decoding comprises AAC, G.711U and G.711A, and the video decoding comprises the following steps: h.264, h.265. The video service comprises RTSP streaming service, RTMP streaming service, TS streaming service and UDP multicast service. The data collection and forwarding service comprises a data forwarding service after data collection through WiFi or Bluetooth. The data acquisition comprises Bluetooth data, WiFi data, serial port data, positioning data and the like.
As shown in fig. 2, a centerless local area network is formed between the individual soldier-type converged communication command terminal devices through an MESH self-organizing network; the PC computer can carry out configuration management on the equipment through a wired network; the equipment can be connected with a camera through an HDMI video cable to carry out audio and video acquisition; the equipment has audio and video coding and transmission functions, and can play videos acquired by the equipment at a PC (personal computer) end by using software; the device can be connected with a decoder through a network to perform video decoding and playing; supporting a mobile phone APP to check videos; the device has the Beidou/GPS double-positioning function, and can acquire positioning information through a positioning satellite and transmit the positioning information to a data platform; the device has WiFi/Bluetooth function and can be connected with WiFi/Bluetooth equipment to carry out field data acquisition; the 4G communication module is arranged in the equipment and can carry out voice communication with a mobile phone and a special dispatching command system through a public mobile base station; the 4G routing module is arranged in the equipment and can transmit data such as WiFi, Bluetooth and video collected by the equipment to the cloud video/data platform through the 4G base station; the device is internally provided with a talkback module which can carry out talkback communication with the 350M/370M talkback system.
Claims (2)
1. The utility model provides an individual soldier formula fuses communication command terminal which characterized in that: comprises a host; the host comprises a hand microphone interface, a PDT radio station switch, a PDT frequency modulation knob, a PDT frequency writing interface, a PDT antenna interface, an audio SIM card interface, a 4G voice antenna interface, a Beidou/GPS antenna interface, an MESH antenna interface, a WIFI antenna interface, a Bluetooth antenna interface, a routing SIM card interface, a 4G routing antenna interface, a network interface, an HDMI video input interface and a power interface, and further comprises a local talkback module, a PDT talkback module, a 4G voice module, an MESH talkback module, an audio exchange module, a Beidou/GPS module, a WIFI module, a Bluetooth module, a wireless ad hoc network module, a 4G routing module, an audio and video coding module and a switch module;
the smart phone comprises a hand microphone interface, a PDT radio switch, a PDT frequency modulation knob, a PDT write-frequency interface and a PDT antenna interface, wherein the hand microphone interface is connected with a local talkback module, the PDT radio switch, the PDT frequency modulation knob, the PDT write-frequency interface and the PDT antenna interface are respectively connected with the PDT talkback module, the audio SIM card interface and the 4G voice antenna interface are respectively connected with a 4G voice module, the local talkback module, the PDT talkback module, the 4G voice module, an audio exchange module and an MESH talkback module are respectively connected with the audio exchange module, the MESH talkback module is connected with a wireless ad hoc network module; the switch module is respectively connected with the wireless ad hoc network module, the 4G routing module and the audio and video coding module; the wireless ad hoc network module is respectively connected with the Beidou/GPS module, the WIFI module and the Bluetooth module; the Beidou/GPS antenna interface is connected with the Beidou/GPS module, the WIFI antenna interface is connected with the WIFI module, the Bluetooth antenna interface is connected with the Bluetooth module, the routing SIM card interface and the 4G routing antenna interface are respectively connected with the 4G routing module, the network interface is connected with the switch module, and the HDMI video input interface is connected with the audio and video coding module; and the power supply interface is connected with each module in the host.
2. The individual soldier-type converged communication command terminal according to claim 1, wherein: the device also comprises a power supply module; the power supply module comprises a power supply cell module, a power supply management module, a power supply charging interface and a power supply interface; the power supply charging interface is connected with the power supply management module, and the power supply management module is respectively connected with the power supply cell module and the power supply interface; and the power supply interface is connected with the power interface.
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| CN202022380448.4U CN213028564U (en) | 2020-10-23 | 2020-10-23 | Individual soldier type fusion communication command terminal |
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| CN202022380448.4U CN213028564U (en) | 2020-10-23 | 2020-10-23 | Individual soldier type fusion communication command terminal |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115580831A (en) * | 2022-12-07 | 2023-01-06 | 成都星航微波技术有限公司 | Self-adaptive multimode intelligent communication device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115580831A (en) * | 2022-12-07 | 2023-01-06 | 成都星航微波技术有限公司 | Self-adaptive multimode intelligent communication device |
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