Outdoor mobile command and control equipment capable of being rapidly and flexibly deployed

Abstract

An outdoor mobile command and control device capable of being rapidly and flexibly deployed comprises a command and control platform, a relay communication mechanism and a plurality of task terminals, the command and control platform comprises a multifunctional bearing box used for bearing an information processing system, a task management system and a communication support system, and the information processing system comprises an information processor and a switch; the communication support system comprises a communication radio station. The multifunctional bearing box comprises a box body, an antenna erecting rod and a radio station antenna. The task management system comprises a command control terminal, and a command control terminal program is loaded in the command control terminal; the relay communication mechanism comprises relay communication equipment and a relay communication unmanned aerial vehicle; the task terminal comprises a mobile terminal and a handheld radio station with a positioning function, and a task terminal program is loaded in the mobile terminal. The multifunctional bearing box bearing devices of the command and control platform is convenient to carry, the flexibility and convenience of platform deployment are effectively improved, and stable and efficient data transmission between the terminal nodes and the command and control platform is guaranteed by means of communication radio stations between the nodes.

Description

Technical Field

[0001] The present invention relates to the technical field of communication networking, and in particular to an outdoor mobile control device that can be deployed quickly and flexibly. Background Art

[0002] Generally speaking, in places covered by general communication networks, communication networking is very convenient and information transmission is stable and efficient because of the presence of various communication base stations. Therefore, the command and control platform can be set up and deployed in any place where the wired / wireless network can reach and cover stably. The command post can be in the form of a room in a building or a movable command vehicle, so that each command node and task terminal can achieve timely data exchange and information sharing. On this command platform, various types of information such as voice, images, videos, data, etc. can be efficiently transferred between each command node and task terminal, so that the commander can quickly and comprehensively understand the situation and on-site situation, and make corresponding decisions. For example, in the traffic command hall, the traffic conditions in cities at all levels can be mastered and monitored, and traffic resources can be contacted and commanded to deal with various traffic accidents; emergency rescue vehicles can be used as command platforms, relying on the covered 4G / 5G wireless network to carry out various temporary command and dispatch work on the terminal emergency disposal resources to ensure the efficient use of resources.

[0003] However, when performing tasks in the field without effective and stable general network coverage, because there is no special communication network covering the entire mission area, stable information communication cannot be carried out between the command platform and the various mission terminals, resulting in the inability to perform the mission. At this time, it is necessary to build a temporary networking communication and a temporary command platform to solve the problems of platform construction, communication management, information processing, mission control, etc. in areas without general network coverage, thereby ensuring the feasibility and efficiency of various types of field tasks. Summary of the invention

[0004] The technical problem solved by the present invention is to provide an outdoor mobile control device that can be quickly and flexibly deployed to solve the problems in the above-mentioned background technology.

[0005] The technical problem solved by the present invention is achieved by adopting the following technical solutions: A fast and flexible deployment outdoor mobile command and control equipment comprises a command and control platform, a relay communication mechanism and a plurality of task terminals, wherein the command and control platform comprises an information processing system, a task management system, a communication guarantee system and a multifunctional carrying box, wherein the multifunctional carrying box carries the information processing system, the task management system and the communication guarantee system, wherein the information processing system comprises an information processor and a switch, and is a storage, processing, distribution and conversion unit for task information; the communication guarantee system comprises a communication radio station, which is used to ensure the transmission of task information; the multifunctional carrying box comprises a box body, an antenna erection pole and a radio station antenna, which are used to realize fast and flexible carrying and deployment of an outdoor mobile command and control system; the task management system comprises a command and control terminal, wherein the command and control terminal is loaded with a command and control terminal program for realizing different command and control functions, and is used for executing command and control tasks; the relay communication mechanism comprises relay communication equipment and a relay communication drone, which is used for realizing relay communication; the task terminal comprises a mobile terminal and a handheld radio station, wherein the mobile terminal is loaded with a task terminal program for executing different task functions, and is used for executing tasks at the terminal.

[0006] In the present invention, a pull rod is provided on the upper part of the box, and an antenna erecting rod for erecting a radio antenna is pre-buried on one side of the pull rod, side panels constituting the box are symmetrically provided on both sides of the box, and the two side panels are flipped up at the same time to form a continuous working platform with the top surface of the box where the pull rod is provided, which is used to support the operation of the command terminal, a communication radio is provided on the upper part of the box, a switch is provided below the communication radio, an information processor is provided below the switch, and a space for placing a relay communication mechanism and a relay communication drone is provided below the information processor; moving wheels are provided at the bottom of the box.

[0007] In the present invention, the mission terminal is the system equipment carried by the end-person performing the mission, and the mobile terminal is a mobile phone or a tablet computer. The mobile phone or tablet computer is loaded with a mission terminal program for performing different mission functions, thereby sending corresponding mission information and intelligence situation information to the command and control platform, and can also receive business information and command information from the command and control terminal; the handheld radio is a terminal device to protect the search and rescue personnel, and it is a portable radio station that can communicate with the command and control platform.

[0008] In the present invention, the relay communication UAV is used to expand the field communication distance between the command and control platform and the terminal mission execution personnel. The relay communication UAV is equipped with a relay communication mechanism, which can greatly improve the communication distance between the command and control personnel and the ground search and rescue personnel while ensuring the communication quality.

[0009] In the present invention, the charging terminal program includes a task message module, a task dispatching module, an action planning module, a task ending module and a display interface.

[0010] In the present invention, the task terminal program includes a task request module, a data recording module, a report generation module, an emergency call module and a map interface.

[0011] In the present invention, the side panels are fixed to the box body by buckles.

[0012] In the present invention, when performing a search and rescue mission, the end personnel who perform the search and rescue carry the mission terminal to carry out the search and rescue work in the wild. The mission terminal has a built-in positioning function and can send its real-time position to the command platform through a temporarily established communication network. The command personnel can view the real-time position and search and rescue route of each search and rescue personnel on the command terminal in real time. When the search and rescue personnel find trapped persons, they use the mission terminal to edit the on-site situation in real time, including the physical condition, current position, and desired rescue means of the trapped persons, generate a formatted briefing, and send it to the command platform. After receiving the message, the command personnel conduct a mission analysis based on the existing situation, and plan the search and rescue action route and the rescue items to be carried according to the current situation, and dispatch the corresponding rescue equipment for rescue disposal; When there are messages coming in from multiple search and rescue personnel at the same time, the tasks will be assigned to different command personnel for handling according to the task numbers. Beneficial Effects

[0013] 1) The present invention relies on the communication radio stations between the nodes to quickly establish a communication network at the ground nodes, ensuring stable and efficient data transmission between the terminal nodes and the command and control platform. In addition, the relay communication drone is configured and equipped with a relay communication mechanism, which can greatly increase the communication distance between the nodes and significantly expand the execution area of ​​the task; 2) The present invention can execute different types of tasks and has strong scalability. The command platform and task terminal can customize corresponding business programs according to different tasks and scenarios. After the command terminal and task terminal are loaded with relevant programs, various tasks in different scenarios can be executed, and the usage scenarios are diverse; 3) The task execution efficiency of the present invention is greatly improved. Relying on the command and control platform and the task terminal, the development and implementation of the task are comprehensively monitored from the task initiation, task planning, and task implementation, which greatly improves the task execution efficiency. In addition, intelligent algorithms can be used to assist the command and control personnel in task planning, further improving the task execution efficiency. 4) The command and control platform of the present invention can be flexibly carried and deployed. The multifunctional carrying box is the carrier of the various equipment of the command and control platform. When the vehicle cannot reach the target location due to terrain reasons, the multifunctional carrying box can be unloaded from the vehicle and carried to the target area for deployment, which effectively improves the flexibility and convenience of platform deployment. In addition, in addition to the carrying and carrying functions, the multifunctional carrying box can also be used as a working platform for the command and control terminal after it is unfolded, so that one box can be used for multiple purposes. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1It is a schematic diagram of the operation of a preferred embodiment of the present invention.

[0015] Figure 2 It is a schematic diagram of the folding structure of the multifunctional carrying box in a preferred embodiment of the present invention.

[0016] Figure 3 It is a schematic diagram of the unfolded structure of the multifunctional carrying box in a preferred embodiment of the present invention.

[0017] Figure 4 Schematic diagram of the search and rescue mission terminal system interface in a preferred embodiment of the present invention.

[0018] Figure 5 It is a schematic diagram of the interface of the search and rescue command terminal system in a preferred embodiment of the present invention. DETAILED DESCRIPTION

[0019] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below with reference to specific diagrams.

[0020] See also Figures 1-2 A kind of outdoor mobile command and control equipment that can be deployed quickly and flexibly includes a command and control platform, a relay communication mechanism and multiple task terminals, wherein the command and control platform includes an information processing system, a task management system, a communication guarantee system and a multifunctional carrying box, the multifunctional carrying box is the carrier of the information processing system, the task management system and the communication guarantee system, the information processing system includes an information processor 1 and a switch 3, which is a storage, processing, distribution and conversion unit of task information; the communication guarantee system includes a communication radio 2, which is used to ensure the transmission of task information; the multifunctional carrying box includes a box body, a buckle 6, a side plate 7, an antenna erection rod 8, and a radio antenna 9, which are used to achieve fast and flexible carrying and outdoor mobile command and control system deployment; the task management system includes a command and control terminal 5, and the command and control terminal 5 is loaded with a command and control terminal program for realizing different command and control functions, and the command and control terminal program includes a task message module 14, a task dispatching module 15, an action planning module 16, a task end module 17 and a display interface, which are used to execute the command and control task; the relay communication mechanism includes a relay communication mechanism 10 and a relay communication drone 4, which are used to realize relay communication; the task terminal includes a mobile terminal 11 and a handheld radio 12, which are used to execute the task at the end; A pull rod is provided on the upper part of the box, and an antenna erection rod 8 for erecting a radio antenna 9 is pre-buried on one side of the pull rod. The side panels 7 symmetrically arranged on both sides of the box are flipped up to form a continuous working platform with the top surface of the box with the pull rod, which is used to support the operation of the command terminal 5. When the multifunctional carrying box is carried, the side panels 7 are fixed by buckles 6. A communication radio station 2 is provided in the upper part of the box, a switch 3 is provided below the communication radio station 2, an information processor 1 is provided below the switch 3, and a space for placing a relay communication mechanism 10 and a relay communication drone 4 is provided below the information processor 1; moving wheels are provided at the bottom of the box; The mission terminal is a system equipment carried by the end-users who perform the mission. The mobile terminal 11 is a mobile phone or a tablet computer. The mobile phone or tablet computer is loaded with a mission terminal program for performing different mission functions, so as to send corresponding mission information and intelligence situation information to the command and control platform, and can also receive business information and command and control information from the command and control terminal. The mission terminal program includes a mission request module 13, a data recording module, a report generation module, an emergency call module and a map interface; the handheld radio 12 is a terminal device to ensure the search and rescue personnel, and is a portable radio that can communicate with the command and control platform; The relay communication drone 4 is used to expand the field communication distance between the command and control platform and the terminal mission execution personnel. The relay communication drone 4 is equipped with a relay communication mechanism 10, which can greatly improve the communication distance between the command and control personnel and the ground search and rescue personnel under the premise of ensuring the communication quality. Example

[0021] When conducting a search and rescue mission, the command personnel carry a multifunctional carrying box (including an information processor 1, a communication radio 2, a switch 3, and a drone 4), and the command terminal 5 is placed in a backpack and carried by the end mission personnel, who then move to the mission area with the vehicle. When the vehicle cannot continue to move due to environmental factors, the end mission personnel unload the multifunctional carrying box and carry the multifunctional carrying box to find a suitable location for deployment. The specific deployment steps are as follows: 1) Unfasten the buckles 6 on the left and right sides of the multifunctional carrying box, open the side panels 7 and flip them upwards until they are flush with the top surface of the box body with the pull rod, forming a continuous working platform; 2) Place the control terminal 5 on the working platform to form a working seat; 3) Pull out the antenna erection rod 8 hidden on one side of the multifunctional carrying box pull rod upward, and then connect the radio antenna 9 to the antenna erection rod 8 to complete the antenna erection; 4) Connect all cables. The cable connections are: switch 3 <-> information processor 1, switch 3 <-> charge terminal 5, switch 3 <-> communication radio 2; 5) Power on and start all devices; 6) Mount the relay communication mechanism 10 on the relay communication UAV 4, power on the relay communication UAV 4 and the relay communication mechanism 10, and control the relay communication UAV 4 to take off to a certain height; 7) The commanding personnel opens the search and rescue command terminal system in the command terminal program of the command terminal 5. The interface of the search and rescue command terminal system is as follows: Figure 4 As shown; The frontline personnel who perform the rescue mission carry the mobile terminal 11 and the handheld radio 12 and move with the vehicle into the rescue mission area. When the vehicle is restricted and cannot continue to move, the rescue personnel carry the mobile terminal 11 and the handheld radio 12 to get off the vehicle and conduct search and rescue on foot. The mobile terminal 11 and the handheld radio 12 are powered on and the search and rescue mission terminal system in the mission terminal program is opened. The search and rescue mission terminal system interface is as shown in FIG. Figure 4 As shown, the mobile terminal 11 can realize self-positioning after being powered on, and report the position information to the command platform at a certain period; The command personnel can view the real-time location of each search and rescue personnel on the map interface of the search and rescue command terminal system. Figure 5 As shown, the rescuer's number and other information can be displayed and viewed accordingly; When the search and rescue personnel find the trapped persons, they open the task request module 13 through the search and rescue task terminal system, fill in the rescue information and send it to the command platform. The rescue information includes location information, physical condition of the trapped persons, desired rescue means, etc.; after receiving the task request information, the command personnel check the task request message in the task message module 14, and comprehensively consider the currently available rescue resources and their distribution. In the task dispatching module 15, they contact and dispatch appropriate rescue forces to carry out the rescue of this task, and plan a specific rescue action route in the action planning module 16, and send the action route to the search and rescue personnel and the rescue forces assigned to the rescue. During the implementation of the search and rescue task, the command personnel can supervise the progress of the rescue task throughout the whole process. When the search and rescue personnel or the rescue forces assigned to the rescue deviate from the action route, they will make timely corrections and remind both parties to implement the rescue according to the planned correct route. When a rescue task is completed, the command platform clicks the task end 17 to end the rescue task. When all rescue missions are completed, all equipment is turned off, and the erected radio antenna 9 and the connected cables are retracted, the relay communication drone 4 is controlled to return and stored in the multi-functional carrying box for fixation, and then the side panels 7 on both sides of the multi-functional carrying box are restored and the buckles 6 are fastened, and the withdrawal of all equipment is completed.

[0022] In this embodiment, when multiple task requests are initiated simultaneously, the charging platform distributes the received task requests to another charging terminal 5 by one charging terminal 5 , and the multiple charging terminals 5 work together and share data. Example

[0023] When performing field tasks other than rescue operations without general network coverage, the deployment, installation, connection and withdrawal of the equipment are exactly the same. The difference lies in that the business programs deployed in the command terminal 5 carried by the command personnel and the mobile terminal 11 carried by the task executors are different. When other types of task programs are installed and deployed, corresponding tasks in other scenarios can be executed.

Claims

1. An outdoor mobile command and control device that can be quickly and flexibly deployed, including a command and control platform, a relay communication mechanism and multiple task terminals, characterized in that: The command and control platform includes an information processing system, a task management system, a communication support system and a multifunctional carrying box. The multifunctional carrying box carries the information processing system, the task management system and the communication support system. The information processing system includes an information processor and a switch; the communication support system includes a communication radio for ensuring the transmission of task information; the multifunctional carrying box includes a box body, an antenna mounting pole and a radio antenna; the task management system includes a command and control terminal for the execution of command and control tasks, and the command and control terminal is loaded with a command and control terminal program for realizing different command and control functions; the relay communication mechanism includes relay communication equipment and relay communication drones; the task terminal includes a mobile terminal and a handheld radio with a positioning function, and the mobile terminal is loaded with a task terminal program for executing different task functions.

2. The outdoor mobile command and control device that can be quickly and flexibly deployed according to claim 1 is characterized in that: A pull rod is provided on the upper part of the box, and an antenna erecting rod for erecting the radio antenna is embedded on one side of the pull rod. Side panels that constitute the box are symmetrically arranged on both sides of the box. After the two side panels are flipped upward at the same time, they form a continuous working platform with the top surface of the box where the pull rod is provided, which is used to support the operation of the command and control terminal. A communication radio is arranged in the upper part of the box, a switch is arranged below the communication radio, an information processor is arranged below the switch, and a space for placing relay communication mechanisms and relay communication drones is arranged below the information processor.

3. The outdoor mobile control device that can be quickly and flexibly deployed according to claim 2 is characterized in that: The side panels are fixed to the box body by buckles.

4. The outdoor mobile command and control device that can be quickly and flexibly deployed according to claim 1 is characterized in that: The mobile terminal is a mobile phone or a tablet computer, which is loaded with a task terminal program for executing different task functions.

5. The outdoor mobile command and control device that can be quickly and flexibly deployed according to claim 1 is characterized in that: The command terminal program includes a task message module, a task dispatch module, an action planning module, a task completion module and a display interface.

6. The outdoor mobile command and control device that can be quickly and flexibly deployed according to claim 1 is characterized in that: The mission terminal program includes a mission request module, a data recording module, a report generation module, an emergency call module and a map interface.

7. The outdoor mobile command and control device capable of rapid and flexible deployment according to claim 1, characterized in that: The bottom of the box is provided with moving wheels.

8. An outdoor mobile accusation device that can be quickly and flexibly deployed according to any one of claims 1 to 7, characterized in that: When performing search and rescue missions, the end personnel who perform the search and rescue work carry the mission terminal to carry out search and rescue work in the field. The mission terminal has a built-in positioning function and can send its real-time location to the command and control platform through a temporarily established communication network. The command and control personnel can view the real-time location and search and rescue route of each search and rescue personnel on the command and control terminal in real time. When the search and rescue personnel find trapped people, they use the mission terminal to edit the on-site situation in real time to generate a formatted briefing and send it to the command platform. After receiving the message, the command and control personnel will analyze the mission according to the current situation, and plan the search and rescue route and the rescue items to be carried according to the current situation, and dispatch the corresponding rescue equipment for rescue disposal; When there are messages coming in from multiple search and rescue personnel at the same time, the tasks will be assigned to different command personnel for handling according to the task numbers.

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