CN109089003B

CN109089003B - Converged communication system

Info

Publication number: CN109089003B
Application number: CN201811106062.5A
Authority: CN
Inventors: 胡文鼎; 皇甫江涛; 毛海军
Original assignee: Shenzhen Bee New Intelligent Technology Co ltd
Current assignee: Shenzhen Bee New Intelligent Technology Co ltd
Priority date: 2018-09-21
Filing date: 2018-09-21
Publication date: 2021-04-13
Anticipated expiration: 2038-09-21
Also published as: CN109089003A

Abstract

The invention relates to a converged communication system, which comprises a background server, wherein the background server is connected with a communication server, the communication server is connected with a master switch, the master switch is connected with a plurality of ring network switches, the ring network switches are connected with indoor base stations, the indoor base stations are connected with terminals, an external communication bus is connected with the background server and is connected with the communication server through the background server, the communication server is connected with the master switch, the master switch is used for coordinating signals into the ring network switches and connecting the signals with the indoor base stations in each office area, so that the signals of the communication bus are coordinated to the terminals of each office area, the background server is used for sending various instructions, the coordinated communication of office places in a plurality of different areas is realized, and the office efficiency can be effectively improved.

Description

Converged communication system

Technical Field

The invention relates to the technical field of communication, in particular to a converged communication system.

Background

With the development of the internet, operations such as office work and communication in different places are very frequent, and communication between different places or communication in a span in the same place has three common ways at present, namely the internet, a wired telephone network and a mobile communication network.

When an enterprise includes a plurality of offices, cooperative work among the offices is very important for improving work efficiency.

Disclosure of Invention

The invention aims to overcome the defects in the prior art and provide a converged communication system which can realize cooperative communication of a plurality of office places and ensure the office efficiency of enterprises.

In order to achieve the purpose, the invention adopts the technical scheme that:

the utility model provides a fuse communication system, includes backend server, backend server is connected with communication server, communication server is connected with total switch, total switch is connected with a plurality of looped netowrk switches, the looped netowrk switch is connected with respective indoor base station, indoor base station is connected with the terminal.

Compared with the prior art, the invention has the technical effects that: the outside communication bus is connected with the background server and is connected with the communication server through the background server, the communication server is connected with the main switch, the main switch is used for coordinating signals into the ring network switch, and the signals are connected with indoor base stations in all office areas, so that the signals of the communication bus are coordinated to terminals of all office areas, the background server is used for sending various instructions, the coordinated communication of office places in a plurality of different areas is realized, and the office efficiency can be effectively improved.

Drawings

FIG. 1 is a schematic diagram of a converged communication system;

FIG. 2 is a block diagram of a coupler;

fig. 3 is a schematic diagram of the arrangement of the eavesdropping detecting device.

Detailed Description

The converged communication system is further described in detail below with reference to fig. 1:

a converged communication system comprises a background server 10, wherein the background server 10 is connected with a communication server 20, the communication server 20 is connected with a master switch 30, the master switch 30 is connected with a plurality of ring network switches 40, the ring network switches 40 are connected with indoor base stations 50, and the indoor base stations 50 are connected with terminals; an external communication bus is connected with a background server 10, is connected with a communication server 20 through the background server 10, is connected with a main switch 30 by using the communication server 20, and the main switch 30 coordinates signals into a ring network switch 40 and connects the signals with indoor base stations 50 in each office area, so that the signals of the communication bus are coordinated to terminals of each office area, and the background server 10 is used for sending various instructions, so that coordinated communication of office places in a plurality of different areas is realized, and the office efficiency can be effectively improved; the indoor base station 50 is actually a distributed base station, and the indoor base station 50 may be made of: the BBU3900 product has high base station stability and signal transmission efficiency, and can effectively reduce the occurrence of distortion problems.

As a preferred embodiment of the present invention, in order to implement cooperative scheduling for the whole office area, conveniently issue a scheduling command, and record various scheduling signals, the ring network switch 40 is further connected to the voice gateway 60, the voice gateway 60 is connected to the coupler 70, and the coupler 70 is connected to the telephone 80. The signals of different office areas are shared by the answering of the telephone 80, and the call signal is transmitted to the ring network switch 40 by the coupler 70, and the recording of the telephone 80 is carried out by the background server 10. The coupler 70 includes a communication module 71 for communicating with the voice gateway 60 and an audio processing module 72 for processing audio signals.

As shown in fig. 2, the communication module 71 includes a voice output 711 and a voice input 712. The audio processing module 72 comprises a first audio input 721 for inputting signals from the communication module 71, a second audio input 722 for inputting telephone signals; a first audio output 723 for transmitting telephone set signals to the communication module, and a second audio output 723 for outputting conference call signals to a telephone set microphone. The audio processing module 72 is further provided with a parsing circuit 725, and the parsing circuit 725 directly outputs the input signal received by the second audio input terminal 722 from the telephone 80 connected to the same coupler 70 through the second audio output terminal 723. The voice output 711 is connected to the first audio input 721, and the first audio output 723 is connected to the voice input 712.

The telephone set 80 is also integrated with a eavesdropping detection device, and the telephone set has enough volume by using the receiver part or the base part of the telephone set, but the circuit of the telephone set is simple, namely the inner space of the shell is sufficient, so that the telephone set not only occupies the used space, but also ensures that a speaker and the eavesdropping prevention device exist at the same time. The situation that the eavesdropping device is just close to the speaker due to the fact that the detector is arranged too far is avoided; resulting in an awkward situation where a call is eavesdropped but not detected by the eavesdropping probe.

The specific method of the anti-eavesdropping technology is as follows: the battery 81 supplies power to operate independently. The signal detector 82 is connected to an antenna 83. the antenna 83 has a length and is integrally concealed within the handset or base portion of the telephone 80. The signal detector 82 receives a signal sent by the wireless eavesdropping device by using the antenna 83, and outputs the signal to the controller 84 after passing through a filter circuit, an amplifying circuit and a shaping circuit in the signal detector 82; the voice signal of the speaker from the controller 84 and the telephone handset through the voice receiving module 86 is compared and matched, the signal command is sent out after the existence of the wiretap signal is confirmed, and the voice command is sent out through the loudspeaker of the telephone handset to prompt the speaker. The voice receiving module 86 receives the voice signal of the speaker, performs similar processing, and compares the processed signal with the signal output by the signal detector 82. Meanwhile, the eavesdropping detection device is triggered by the signal of the voice receiving module 86 to start the whole detection device to work. Only the speaker knows whether the eavesdropping is carried out by a person, and then, whether the information and the content expressed by the speaker are proper or not is noticed; but the prompt can not be known by others, and the embarrassing situation that the conventional eavesdropping detection device alarms and can be known by people and takes a countermeasure to scare the snake is avoided. The method is particularly suitable for occasions such as business negotiations with two parties or multiple parties participating together and different places of each party, and has very high business value.

Hardware devices at specific times such as fig. 3: an eavesdropping detection device is integrated on the telephone 80, and comprises a battery 81, a signal detector 82, an antenna 83, a controller 84, a signal conversion module 85 and a voice receiving module 86; the battery 81 is used for supplying power to the whole eavesdropping detecting device 82; the signal detector 82 is connected with an antenna 83, and the antenna 83 has a certain length and is integrally hidden inside a receiver of the telephone 80; the signal detector 82 receives a signal sent by the wireless eavesdropping device by using the antenna 83, and the signal is shaped by a filter circuit, an amplifying circuit and a shaping circuit in the signal detector 82 and then output to the controller 84; the controller 84 compares the signal sent by the signal detector 82 with the voice signal of the speaker sent by the voice receiving module 86 arranged in the microphone of the telephone, confirms that the wiretap signal exists, and sends out a prompt signal and an instruction; the signal conversion module 85 emits voice through the speaker of the handset according to the instruction of the controller 84 to prompt the speaker to listen. The connecting line of the signal conversion module 85 and the loudspeaker, the connecting line of the voice receiving module 86 and the controller 84, and the connecting line of the antenna 83 and the signal detector 82 are integrated in the telephone line of the telephone, and are independently arranged in parallel without interfering with each other. The voice receiving module 86 of the detection device receives the voice signal of the speaker and then activates the whole device to work through the switch circuit.

Further, the voice gateway 60 is also connected to a wired telephone 90. In order to transmit signals in the indoor base station 50 to each indoor terminal, the indoor base station 50 is connected to a mobile phone 51, a personal computer, and a wireless router. To implement scheduling for background and to conduct various telephone conferences, the communication server 20 is connected to a broadcasting station 21. The communication server 20 is connected with a communication handset 22.

And that the present invention may be embodied in other specific forms without departing from its spirit or essential characteristics. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims

1. A converged communication system, characterized by: the system comprises a background server (10), wherein the background server (10) is connected with a communication server (20), the communication server (20) is connected with a master switch (30), the master switch (30) is connected with a plurality of ring network switches (40), the ring network switches (40) are connected with indoor base stations (50) respectively, and the indoor base stations (50) are connected with terminals;

the ring network switch (40) is also connected with a voice gateway (60), the voice gateway (60) is connected with a coupler (70), and the coupler (70) is connected with a telephone (80);

the coupler (70) comprises a communication module (71) for communicating with the voice gateway (60) and an audio processing module (72), the communication module (71) comprising a voice output (711) and a voice input (712); the audio processing module (72) comprises a first audio input (721) for inputting signals from the communication module (71), a second audio input (722) for inputting telephone signals; a first audio output (723) for transmitting telephone set signals to the communication module, a second audio output (723) for outputting conference call signals to a telephone set; the speech output (711) communicates with the first audio input (721), and the first audio output (723) communicates with the speech input (712).

2. The converged communication system of claim 1, wherein: the voice gateway (60) is also connected with a wired telephone (90).

3. The converged communication system of claim 1, wherein: the audio processing module (72) is further provided with a resolving circuit (725), and the resolving circuit (725) directly outputs an input signal which is received by the second audio input end (722) and is from a telephone (80) connected to the same coupler (70) through the second audio output end (723).

4. The converged communication system of claim 2, wherein: the indoor base station (50) is connected with a mobile phone (51), a personal computer and a wireless router.

5. The converged communication system of claim 4, wherein: the communication server (20) is connected with a broadcasting station (21).

6. The converged communication system of claim 5, wherein: the communication server (20) is connected with a communication mobile phone (22).

7. The converged communication system of any one of claims 1 to 6, wherein: an eavesdropping detection device is also integrated on the telephone (80), and comprises a battery (81), a signal detector (82), an antenna (83), a controller (84), a signal conversion module (85) and a voice receiving module (86);

the battery (81) is used for supplying power to the whole eavesdropping detection device (82);

the signal detector (82) is connected with an antenna (83), and the antenna (83) has a certain length and is integrated and hidden inside a telephone receiver of the telephone (80); the signal detector (82) receives a signal sent by the wireless eavesdropping device by using the antenna (83), and the signal is shaped by the filter circuit, the amplifying circuit and the shaping circuit in the signal detector (82) and then output to the controller (84);

the controller (84) compares and fits the signal sent by the signal detector (82) with the speaker voice signal sent by the voice receiving module (86) arranged in the telephone microphone, confirms the existence of the wiretap signal and sends a prompt signal and an instruction;

the signal conversion module (85) sends out voice instructions through a loudspeaker of a telephone receiver according to instructions of the controller (84) to prompt a speaker to eavesdrop.