CN113014856A

CN113014856A - Conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion

Info

Publication number: CN113014856A
Application number: CN202110194046.1A
Authority: CN
Inventors: 沈爱春; 朱玉东; 朱静; 毛新伟; 俞晓亮; 赵彬
Original assignee: Taihu River Basin Hydrology Water Resource Monitoring Center (taihu River Basin Water Environmental Monitoring Center)
Current assignee: Taihu River Basin Hydrology Water Resource Monitoring Center (taihu River Basin Water Environmental Monitoring Center)
Priority date: 2021-02-20
Filing date: 2021-02-20
Publication date: 2021-06-22
Anticipated expiration: 2041-02-20
Also published as: CN113014856B

Abstract

The invention belongs to the technical field of cloud conferences, and particularly relates to a conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion, which comprises a cloud video conference unit, wherein a scheduling control center is arranged above the cloud video conference unit, and a command unit is arranged above the scheduling control center, and the conference system has the following characteristics: by utilizing cloud computing, the system has the capabilities of high-efficiency stable video transmission and wide connection; the system is compatible with various standard protocols and common terminal equipment, and has strong video fusion capability; the method meets the requirements of complex services such as emergency treatment and the like, and supports multi-scene application requirements (such as water conservancy industry water burst events, blue algae prevention and control, water administration patrol and the like); the development interface is fully opened, and deep embedding and integration with third-party service application are easy to realize; the end-to-end national secret algorithm is adopted for encryption, and the security guarantee measures of the operator level are provided; the group can enter the meeting conveniently and quickly, and a movable temporary command center can be built at any time in the field and at the wharf of vehicles and ships.

Description

Conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion

Technical Field

The invention relates to the technical field of cloud conferences, in particular to a conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion.

Background

The traditional remote consultation video conference system of the consultation center is a main platform for holding conferences in the system and carrying out remote consultation in various industries, but is a closed conference room system, the system is poor in openness and does not have a multi-terminal access function, when the system is used for carrying out emergency command scheduling, a field first line cannot be efficiently connected, equipment such as a field temporary command center and individual soldier terminals outside the consultation system cannot enter the conferences easily, equipment interconnection and intercommunication and information sharing are difficult to achieve, inconvenience is brought to communication and collaborative operation in the consultation center, and emergency scheduling command efficiency is affected. At present, technologies such as cloud computing and video conferencing constantly develop, and high-efficient, convenient cloud video conferencing obtains very big popularization and application, but cloud video conferencing group meeting mode and application form are relatively fixed, have restricted the use of cloud meeting to a certain extent, can't satisfy meeting business demand under the complicated scene such as emergency command, consequently, develop one kind and realize the collaborative conference system on the department-crossing cloud based on multiple terminal video fusion.

Disclosure of Invention

The invention provides a conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion, which enables a cloud video conference room to be effectively connected with a traditional conference center and efficiently connected into a video monitoring platform, realizes the audio and video integration of the traditional conference center and common terminals such as an unmanned aerial vehicle, video monitoring and individual soldier equipment, has high information resource sharing, extends a command field of view to a field site, and effectively solves the problems that the traditional conference center is limited in construction by using an environment closed access device, is insufficient in cross-department cross-industry collaborative combat capability, is limited in information resource decentralized knowledge sharing and the like.

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

a conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion comprises a cloud video conference unit, wherein a scheduling control center is arranged above the cloud video conference unit, a command unit is arranged above the scheduling control center, an access unit is arranged above the command unit, a circuit control center is arranged on one side of the command unit, a monitoring management center and a field terminal module are arranged below the cloud video conference unit, the monitoring management center is arranged on one side of the field terminal module, a data management unit is arranged above the monitoring management center, a display module is arranged on the other side of the command unit, an audio sending module, an audio transmission module and an audio receiving module are sequentially arranged on one side of the display module, which is far away from the command unit, from top to bottom, a remote control unit is arranged below the monitoring management center, and one side of the remote control unit is provided with an anti-interference module, one side of the monitoring management center is sequentially provided with a fixed monitoring module, a movable monitoring module and an unmanned aerial vehicle monitoring module from top to bottom, and a service coordination unit and an encryption unit are arranged below the field terminal module.

Preferably, an administrator login module and a user login module are arranged above the access unit, the administrator login module is arranged at one side of the user login module, a data definition language module is arranged above the administrator login module, and a data operation language module is arranged above the user login module.

Preferably, one side of the circuit control center, which is far away from the cloud video conference unit, is provided with a power-off module and a power-on module, the power-off module is arranged above the power-on module, switches are fixedly mounted on the upper surfaces of the power-off module and the power-on module, and the input ends of the switches are electrically connected with the output ends of the power-off module and the power-on module respectively.

Preferably, one side of the data management unit is sequentially provided with a data conversion module, a data analysis module and a data collection module from top to bottom.

Preferably, the display module is arranged on one side of the command unit, the display screen is fixedly mounted on the front surface of the display module, the input end of the display screen is electrically connected with the output end of the display module, and the sound box and the microphone are fixedly mounted on the upper surfaces of the audio sending module, the audio transmission module and the audio receiving module.

Preferably, fixed monitoring module's upper surface intermediate position fixed mounting has the ball machine, and the input of ball machine and fixed monitoring module's output electric connection, portable monitoring module's upper surface intermediate position fixed mounting has cloth accuse ball, and the input of cloth accuse ball and portable monitoring module's output electric connection, unmanned aerial vehicle monitoring module's surface fixed mounting has unmanned aerial vehicle, and unmanned aerial vehicle's input and unmanned aerial vehicle monitoring module's output electric connection, remote control unit's below is provided with wireless module and wired module, wireless module sets up the one side position at wired module, and wireless module keeps away from wired module one side from last to having set gradually signal transmission module, signal transmission module and signal receiving module down.

Preferably, one side of the field terminal module is provided with an individual soldier equipment access module, a PC end receiving module and an intelligent video access module, and the individual soldier equipment access module, the PC end receiving module and the intelligent video access module are arranged in parallel from top to bottom.

Preferably, the service cooperation unit is arranged at one side of the encryption unit, which is far away from the service cooperation unit, is provided with a password input module and a password matching module, the password input module is arranged above the password matching module, and a supervision department access module is arranged between the positions of the password input module and one side of the password matching module, which is far away from the encryption unit.

Preferably, a field information collection module and a data collection module are arranged on one side, away from the encryption unit, of the business cooperation unit, an analysis module is arranged between positions of one side, away from the business cooperation unit, of the field information collection module and the data collection module, the data collection module is arranged below the field information collection module, and a field simulation module, a model design module and a drawing manufacturing module are sequentially arranged on one side, away from the field information collection module, of the analysis module from top to bottom.

Compared with the prior art, the invention has the beneficial effects that:

1. according to the cloud video conference system, the cloud video conference is accessed through the individual equipment access module, the PC end receiving module and the intelligent video access module in the field terminal module, an originally closed electronic conference center is changed into an open conference center, the time and region limitation is avoided, and the network special line is not relied on, so that a small conference room or a field temporary command center is quickly built, participants in various departments can conveniently enter the conference at any time and any place, and can conveniently contact files, data, objects and the like displayed by all parties, the system compatibility is strong through multi-terminal access, the application scene is wide, great convenience is provided for communication and exchange in the conference, and the functions of the conference room are greatly expanded;

2. according to the invention, the fixed monitoring module, the movable monitoring module and the unmanned aerial vehicle monitoring module in the monitoring management center are used for integrating three types of monitoring such as a fixed ball machine, a control ball arranged on a patrol car for real-time mobile monitoring, an unmanned aerial vehicle and the like, state signals are pushed to the scheduling control center, video monitoring signals are pushed to a cloud video conference unit by the scheduling control center through a public network according to conference requirements, zero distance between the command center and the site is realized, and a flattening management support mode after a plurality of intermediate links is omitted, so that the emergency scheduling command efficiency is remarkably improved;

3. in the invention, a background remote assistance technician collects data uniformly through a field information collection module, a data collection module and an analysis module in a service cooperation unit, and is efficiently connected with a field first line and assists in analyzing the development direction of field information through a field simulation module, a model design module and a drawing making module, thereby realizing large-scale service cooperation and knowledge sharing;

4. in the invention, the encryption unit is arranged to encrypt the signal transmission process through the password input module and the password matching module, so that the cloud video service has the security guarantee of the operator level, and the access module of the supervision department is combined for tracking and protecting, thereby providing more comprehensive security guarantee;

according to the invention, the on-cloud collaborative conference system has the capabilities of efficient and stable video transmission and wide connection (low code rate, high packet loss and clear audio and video); the multi-network integration is compatible with private network public network and wired and wireless; the system is compatible with various standard protocols and common terminal equipment, integrates a video monitoring platform, and is efficiently accessed to various terminal equipment such as field fixed ball machines, distributed control balls, unmanned aerial vehicles, individual soldiers, PADs, PCs and the like; the system has the advantages that the service is deeply integrated, multi-scene application requirements (such as water conservancy industry water burst events, blue-green algae prevention and control, water administration inspection, field survey, flood prevention command, engineering scheduling and the like) are supported, video intercommunication, field achievement access display, explanation and remote cooperation between a command center and a field can be realized, the use functions of a traditional conference center and a cloud conference room are greatly expanded, the command visual field is extended to the field, the local and the field are effectively combined, and the emergency scheduling command efficiency is remarkably improved; the comprehensive open development interface is easy to deeply embed and integrate with third-party service application; the end-to-end national secret algorithm is adopted for encryption, and the security guarantee measures of the operator level are provided; the group can enter the meeting conveniently and quickly, and a temporary command center can be built at any time in the field, at the wharf of a vehicle and a ship.

Drawings

Fig. 1 is a schematic structural diagram of a conference system for implementing cross-department cloud collaboration based on multi-terminal video fusion according to the present invention;

fig. 2 is an electrical connection diagram of a monitoring management center of a conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion, according to the present invention;

fig. 3 is a schematic diagram of an electrical connection of a field terminal module of a conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion according to the present invention;

fig. 4 is an electrical connection schematic diagram of a service collaboration unit of a conference system for implementing cross-department cloud collaboration based on multi-terminal video fusion, which is provided by the present invention.

In the figure: 1 cloud video conference unit, 2 access units, 3 administrator login modules, 4 user login modules, 5 data definition language modules, 6 data operation language modules, 7 circuit control centers, 8 power-off modules, 9 power-on modules, 10 data management units, 11 data conversion modules, 12 data analysis modules, 13 data collection modules, 14 command units, 15 display modules, 16 audio emission modules, 17 audio transmission modules, 18 audio receiving modules, 19 monitoring management centers, 20 remote control units, 21 fixed monitoring modules, 22 mobile monitoring modules, 23 unmanned aerial vehicle monitoring modules, 24 anti-interference modules, 25 wireless modules, 26 wired modules, 27 signal transmission modules, 28 signal transmission modules, 29 signal receiving modules, 30 field terminal modules, 31 business cooperation units, 32 encryption units, 33 single equipment access modules, A 34PC terminal receiving module, a 35 intelligent video access module, a 36 password input module, a 37 password matching module, a 38 supervision department access module, a 39 field information collecting module, a 40 data collecting module, a 41 analyzing module, a 42 field simulating module, a 43 model designing module, a 44 picture making module and a 45 dispatching control center.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.

Referring to fig. 1-4, a conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion, a scheduling control center 45 is arranged above a cloud video conference unit 1, a command unit 14 is arranged above the scheduling control center 45, an access unit 2 is arranged above the command unit 14, a circuit control center 7 is arranged on one side of the command unit 14, a monitoring management center 19 and a field terminal module 30 are arranged below the cloud video conference unit 1, the monitoring management center 19 is arranged on one side of the field terminal module 30, a data management unit 10 is arranged above the monitoring management center 19, a display module 15 is arranged on the other side of the command unit 14, an audio sending module 16, an audio transmission module 17 and an audio receiving module 18 are sequentially arranged on one side of the display module 15 far away from the command unit 14 from top to bottom, a remote control unit 20 is arranged below the monitoring management center 19, and one side of the remote control unit 20 is provided with an anti-interference module 24, one side of the monitoring management center 19 is sequentially provided with a fixed monitoring module 21, a mobile monitoring module 22 and an unmanned aerial vehicle monitoring module 23 from top to bottom, and a service coordination unit 31 and an encryption unit 32 are arranged below the field terminal module 30.

An administrator login module 3 and a user login module 4 are arranged above the access unit 2, the administrator login module 3 is arranged at one side of the user login module 4, a data definition language module 5 is arranged above the administrator login module 3, a data operation language module 6 is arranged above the user login module 4, a power-off module 8 and a power-on module 9 are arranged at one side, far away from the cloud video conference unit 1, of the circuit control center 7, the power-off module 8 is arranged above the power-on module 9, switches are fixedly arranged on the upper surfaces of the power-off module 8 and the power-on module 9, the input ends of the two groups of switches are respectively electrically connected with the output ends of the power-off module 8 and the power-on module 9, and a data conversion module 11, a data analysis module 12 and a data collection module 13 are sequentially arranged at one side of the data management unit 10; the display module 15 is arranged at one side of the command unit 14, a display screen is fixedly arranged on the front surface of the display module 15, the input end of the display screen is electrically connected with the output end of the display module 15, sound boxes and microphones are fixedly arranged on the upper surfaces of the audio sending module 16, the audio transmission module 17 and the audio receiving module 18, a ball machine is fixedly arranged at the middle position of the upper surface of the fixed monitoring module 21, the input end of the ball machine is electrically connected with the output end of the fixed monitoring module 21, a cloth control ball is fixedly arranged at the middle position of the upper surface of the movable monitoring module 22, the input end of the cloth control ball is electrically connected with the output end of the movable monitoring module 22, an unmanned aerial vehicle is fixedly arranged on the outer surface of the unmanned aerial vehicle monitoring module 23, the input end of the unmanned aerial vehicle is electrically connected with the output end of the unmanned aerial vehicle monitoring module 23, a, the wireless module 25 is arranged at one side position of the wired module 26, one side of the wireless module 25 far away from the wired module 26 is sequentially provided with a signal sending module 27, a signal transmission module 28 and a signal receiving module 29 from top to bottom, one side of the field terminal module 30 is provided with an individual soldier equipment access module 33, a PC end receiving module 34 and an intelligent video access module 35, the individual soldier equipment access module 33, the PC end receiving module 34 and the intelligent video access module 35 are arranged in parallel from top to bottom, the business cooperation unit 31 is arranged at one side position of the encryption unit 32, one side of the encryption unit 32 far away from the business cooperation unit 31 is provided with a password input module 36 and a password matching module 37, the password input module 36 is arranged above the password matching module 37, and a supervision department access module 38 is arranged between the password input module 36 and the password matching module 37 at one side position far away from the encryption unit 32, the side of the business cooperation unit 31 far away from the encryption unit 32 is provided with a field information collection module 39 and a data collection module 40, an analysis module 41 is arranged between the positions of the field information collection module 39 and the side of the data collection module 40 far away from the business cooperation unit 31, the data collection module 40 is arranged below the field information collection module 39, and the side of the analysis module 41 far away from the field information collection module 39 is sequentially provided with a field simulation module 42, a model design module 43 and a drawing making module 44 from top to bottom.

The working principle is as follows: a system administrator and conference participants enter an access unit 2 through an administrator login module 3 and a user login module 4 respectively to login a cloud video conference unit 1, the languages of system pages are set through a data definition language module 5 and a data operation language module 6 to meet the use requirements of different native language personnel on a cloud conference system, the cloud video conference unit 1 establishes a conference platform through cloud video software, a circuit control center 7 integrates a segmented network of the cloud conference system, a power-on module 9 and a power-off module 8 are used for controlling the power-on operation and the power-off shutdown of the system, a data management unit 10 collects, manages and analyzes system electric signals through a data conversion module 11, a data analysis module 12 and a data collection module 13 and converts the electric signals into useful data information and sends the data information to a monitoring management center, and a scheduling control center 45 plays a role in fixing, fixing and controlling, The function of moving and unmanned aerial vehicle monitoring pictures to call into a conference room, and can maintain the order of a conference place by prohibiting wheat and managing the personnel entering the conference, and the cooperation of a display module 15, an audio sending module 16, an audio transmission module 17 and an audio receiving module 18 is used as a scene picture broadcasting carrier to facilitate real-time meeting communication, a fixed monitoring module 21, a movable monitoring module 22 and an unmanned aerial vehicle monitoring module 23 in a monitoring management center 19 are used for integrating various types of monitoring such as a fixed ball machine, a control ball arranged on a patrol car for real-time mobile monitoring, an unmanned aerial vehicle and the like, status signals are pushed to a scheduling control center, video monitoring signals are pushed to a cloud video conference unit by the scheduling control center through a public network according to the conference requirements, the zero distance between the command center and the scene is realized, and a polarization management support mode after a plurality of intermediate links is omitted, therefore, the emergency dispatching command efficiency is remarkably improved, the remote control unit 20 realizes remote signal connection between a conference room and a field terminal based on the wireless module 25, remotely transmits electric signals through the signal transmitting module 27, the signal transmitting module 28 and the signal receiving module 29 so as to transmit and receive instructions, realizes remote operation and use of a platform system, the wired module 26 realizes electric connection between lines in the conference system, the anti-interference module 24 provides isolation protection of the circuit, shields signal interference and enhances the anti-interference capability of the system circuit, the soldier equipment access module 33, the PC end receiving module 34 and the intelligent video access module 35 in the field terminal module 30 are accessed into a cloud video conference, the originally closed electronic conference center is changed into an open conference center, the emergency dispatching command efficiency is not limited by time and does not depend on a network private line, and therefore a small regional conference room or a field temporary command center is quickly built, the system has strong system compatibility and wide application scenes due to multi-terminal access, provides great convenience for communication and exchange among the meeters, greatly extends the functions of the meetings room, sets the encryption unit 32 to encrypt the signal transmission process through the password input module 36 and the password matching module 37, ensures that the cloud video service has operator-level security, tracks and protects the cloud video service by combining the access module 38 of the monitoring department, provides more comprehensive security guarantee, collects data uniformly through the field information collection module 39, the data collection module 40 and the analysis module 41 in the business cooperation unit 31, and efficiently connects the field first line and the development direction of auxiliary analysis field information through the field simulation module 42, the model design module 43 and the drawing production module 44, and large-range business collaboration and knowledge sharing are realized.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.

Claims

1. A conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion comprises a cloud video conference unit (1) and is characterized in that a scheduling control center (45) is arranged above the cloud video conference unit (1), a command unit (14) is arranged above the scheduling control center (45), an access unit (2) is arranged above the command unit (14), a circuit control center (7) is arranged on one side of the command unit (14), a monitoring management center (19) and a field terminal module (30) are arranged below the cloud video conference unit (1), the monitoring management center (19) is arranged on one side of the field terminal module (30), a data management unit (10) is arranged above the monitoring management center (19), and a display module (15) is arranged on the other side of the command unit (14), one side that command unit (14) was kept away from in display module (15) is from last to having set gradually audio frequency emission module (16), audio transmission module (17) and audio receiving module (18) down, the below of control management center (19) is provided with remote control unit (20), and one side of remote control unit (20) is provided with anti-interference module (24), one side of control management center (19) is from last to having set gradually fixed monitoring module (21), portable monitoring module (22) and unmanned aerial vehicle monitoring module (23) down, and the below of on-the-spot terminal module (30) is provided with business coordination unit (31) and encryption unit (32).

2. The conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion according to claim 1, wherein an administrator login module (3) and a user login module (4) are arranged above the access unit (2), the administrator login module (3) is arranged at one side of the user login module (4), a data definition language module (5) is arranged above the administrator login module (3), and a data operation language module (6) is arranged above the user login module (4).

3. The conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion according to claim 1, wherein a power-off module (8) and a power-on module (9) are arranged on one side, away from a cloud video conference unit (1), of the circuit control center (7), the power-off module (8) is arranged above the power-on module (9), switches are fixedly arranged on the upper surfaces of the power-off module (8) and the power-on module (9), and the input ends of the two sets of switches are electrically connected with the output ends of the power-off module (8) and the power-on module (9) respectively.

4. The conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion according to claim 1, wherein a data conversion module (11), a data analysis module (12) and a data collection module (13) are sequentially arranged on one side of the data management unit (10) far away from the cloud video conference unit (1) from top to bottom.

5. The conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion according to claim 1, wherein the display module (15) is arranged on one side of the command unit (14), a display screen is fixedly mounted on the front surface of the display module (15), the input end of the display screen is electrically connected with the output end of the display module (15), and a sound box and a microphone are fixedly mounted on the upper surfaces of the audio emission module (16), the audio transmission module (17) and the audio receiving module (18).

6. The conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion according to claim 1, wherein a dome camera is fixedly mounted at a middle position of an upper surface of the fixed monitoring module (21), an input end of the dome camera is electrically connected with an output end of the fixed monitoring module (21), a distribution control ball is fixedly mounted at a middle position of an upper surface of the mobile monitoring module (22), an input end of the distribution control ball is electrically connected with an output end of the mobile monitoring module (22), an unmanned aerial vehicle is fixedly mounted on an outer surface of the unmanned aerial vehicle monitoring module (23), an input end of the unmanned aerial vehicle is electrically connected with an output end of the unmanned aerial vehicle monitoring module (23), a wireless module (25) and a wired module (26) are arranged below the remote control unit (20), the wireless module (25) is arranged at a position on one side of the wired module (26), and one side of the wireless module (25) far away from the wired module (26) is sequentially provided with a signal sending module (27), a signal transmission module (28) and a signal receiving module (29) from top to bottom.

7. The conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion according to claim 1, wherein an individual soldier equipment access module (33), a PC end receiving module (34) and an intelligent video access module (35) are arranged on one side of the field terminal module (30), and the individual soldier equipment access module (33), the PC end receiving module (34) and the intelligent video access module (35) are arranged in parallel from top to bottom.

8. The conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion according to claim 1, wherein the service collaboration unit (31) is arranged at one side of the encryption unit (32), a password input module (36) and a password matching module (37) are arranged at one side of the encryption unit (32) far away from the service collaboration unit (31), the password input module (36) is arranged above the password matching module (37), and a supervision department access module (38) is arranged between one side of the password input module (36) and one side of the password matching module (37) far away from the encryption unit (32).

9. The conference system for realizing cross-department cloud collaboration based on multi-terminal video fusion according to claim 1, wherein a field information collection module (39) and a data collection module (40) are arranged on one side of the business collaboration unit (31) far away from the encryption unit (32), an analysis module (41) is arranged between positions of one side of the field information collection module (39) and the data collection module (40) far away from the business collaboration unit (31), the data collection module (40) is arranged below the field information collection module (39), and a field simulation module (42), a model design module (43) and a drawing making module (44) are sequentially arranged on one side of the analysis module (41) far away from the field information collection module (39) from top to bottom.