Helicopter operation management and control center layout and intelligent centralized management and control system

Abstract

The invention belongs to the technical field of helicopter management and control construction design planning, and relates to a helicopter operation management and control center layout and intelligent centralized management and control system comprising a hall which is divided into a display area, a command area, an office maintenance area and a multifunctional conference area. The display area comprises a first display area located in the center of the front end of the hall and a second display area located in the center of the rear end of the hall, the first display area is provided with an LED large screen, the second display area is provided with a liquid crystal display screen, the command area is located in the front of the center of the hall, the command area is provided with a chairman operating system, and the two multifunctional conference areas are symmetrically arranged in the front and rear of the center of the hall. The multifunctional conference area is provided with a seat operating system, the command area and two office maintenance areas are respectively arranged on two sides of the multifunctional conference area, and the office maintenance areas are provided with office consoles; the chairman position operating system and the column position operating system are both connected with the office table, and the LED large screen and the liquid crystal display screen are both connected with the office console.

Description

Technical Field

[0001] The present invention belongs to the technical field of helicopter control construction design planning, and relates to a helicopter operation control center layout and an intelligent centralized control system. Background Art

[0002] Domestic helicopter manufacturing companies generally have weak digital flight test control and management capabilities. The various information systems currently in use lack the ability to collect, process, integrate and analyze flight test data. The data connectivity between systems is poor, and some data are still recorded and circulated in paper form. The unified management and coordination capabilities of flight test business are insufficient, and the utilization rate of workshop business, flight test resources, flight parameters and other data is not high. They do not yet have comprehensive flight test data analysis and decision-making capabilities. The digital control capabilities of flight test safety are insufficient, and a unified digital flight test safety monitoring and early warning platform has not yet been established.

[0003] The operation and control center built to solve the above problems should take the digitalization of the "flight test" business of the industrial chain as a breakthrough point, build a flight test data aggregation, analysis hub platform and abnormal and deviation event monitoring system. Drive the improvement of flight test safety, quality and lean management level with data, radiate and drive the optimization of upstream parts and components, assembly production and downstream batch production delivery and service guarantee processes; drive the integration of upstream and downstream information systems with demand, realize integrated multi-threaded collaborative operation and control at the perception level, control level, and decision-making level, and promote the transformation and upgrading of production factors and operation models.

[0004] Referring to the construction of similar flight control centers in the industry, they generally occupy a large space and have a single function. They are unable to simultaneously take into account the functional requirements of hosting multi-purpose meetings such as test flight safety meetings, technical coordination meetings, quality analysis meetings, model regular meetings, and delivery coordination meetings during the aircraft scientific research and production stages, resulting in a waste of resources and space. Summary of the invention

[0005] Technical problems solved by the present invention:

[0006] According to the use requirements of the helicopter operation and control center, the present invention proposes a layout of the helicopter operation and control center and an intelligent centralized control system, planning and designing a high-definition large-screen display system, a multi-functional conference system, a safe and reliable uninterrupted power supply system, an operating system, an office control system, etc., to ensure that the layout of the control center is reasonable and feasible, and has a variety of operation and control functions.

[0007] Technical solution of the present invention

[0008] A layout of a helicopter operation and control center includes a hall, wherein the hall is divided into a display area, a command area, an office maintenance area, and a multifunctional conference area. The display area includes a display area 1 located at the front center of the hall and a display area 2 located at the rear center of the hall. The display area 1 is provided with an LED large screen, and the display area 2 is provided with a liquid crystal display screen. The command area is located in the front center of the hall, and the command area is provided with a chairman seat operating system. There are two multifunctional conference areas, which are symmetrically arranged at the front and rear of the center of the hall, and the multifunctional conference areas are provided with a row seat operating system. Office maintenance areas are provided on both sides of the command area and the two multifunctional conference areas, and office control consoles are provided in the office maintenance areas.

[0009] Among them, the chairman's seat operating system and the row seat operating system are both connected to the office desk, and the LED large screen and LCD display are both connected to the office console.

[0010] Furthermore, the LED large screen displays data information of the management and dispatching platform, is connected to the office console through a switch and control cables, is powered by a UPS, is set on a lifting mechanism, and is connected to the office console; the LCD screen is used to display the content of the meeting, is connected to the office console through a switch and control cables, is powered by a UPS, is set on a lifting mechanism, and is connected to the office console.

[0011] Furthermore, the chairman's operating system includes a 5-person chairman operating table and a rotating table. The chairman's operating table is arranged on the rotating table, and the rotating table is connected to the office console.

[0012] Furthermore, the row seat operating system includes a 4-person row seat operating table, a 6-person row seat operating table and a rotating table. The row seat operating table is arranged on the rotating table, and the rotating table is connected to the office control console.

[0013] Furthermore, the office console includes 2 sets of 3-person special-shaped consoles, and the 2 sets of 3-person special-shaped consoles are arranged on both sides of the chairman's seat operating system. The 2 sets of 3-person special-shaped consoles are connected to the chairman's seat operating system, row seat operating system, LED large screen, and LCD display.

[0014] Furthermore, the office console also includes 2 sets of 4-person operating tables, which are arranged on both sides of the row seat operating system. The 2 sets of 4-person operating tables are connected to the chairman seat operating system, the row seat operating system, the LED large screen, and the LCD display.

[0015] Furthermore, the rotating table of the chairman's seat operating system and the row seat operating system can realize a 180-degree or 90-degree tabletop rotation. The rotating table is located under the hall, and its surface is flush with the ground.

[0016] Furthermore, the hall is arranged with a lighting system, a sound reinforcement system, a sunshade system, a video system and an air conditioning system, and the lighting system, the sound reinforcement system, the sunshade system and the air conditioning system are connected to an office console.

[0017] An intelligent centralized control system is integrated in the office console of the helicopter operation control center, including an intelligent central control module, and a conference rotating platform module, an air conditioning control module, a lighting system control module, a sunshade system control module, an LED large screen display control module, a liquid crystal display control module, a display lifting module, an audio processing module, a video conferencing module and a conference discussion module connected to the intelligent central control module, wherein:

[0018] The intelligent central control module controls the rotation of the rotating table through the conference rotating table module;

[0019] The intelligent central control module controls the air conditioning system through the air conditioning control module;

[0020] The intelligent central control module controls and switches the working mode of the lighting system through the lighting system control module;

[0021] The intelligent central control module controls the sunshade system through the sunshade system control module;

[0022] The intelligent central control module controls the LED large screen to display the data information of the management and control dispatching platform, and the LCD screen to display the meeting content through the LED large screen display control module and the LCD screen display control module;

[0023] The intelligent central control module controls the lifting mechanism through the display lifting module to adjust the position and height of the LED large screen and LCD display;

[0024] The intelligent central control module processes the audio signals input and output by the sound reinforcement system through the audio processing module;

[0025] The intelligent central control module controls the video system through the video conferencing module to conduct video conferencing;

[0026] The intelligent central control module initiates a meeting discussion through the meeting discussion module, and the staff at the chairman's console and the attending consoles participate in the meeting discussion.

[0027] Beneficial Effects

[0028] The present invention proposes a layout of a helicopter operation control center and an intelligent centralized control system, so that the operation control center can realize data aggregation, analysis and abnormal and deviation event monitoring while taking into account the functional requirements of multi-purpose meetings such as test flight safety meetings, technical coordination meetings, quality analysis meetings, model regular meetings, and delivery coordination meetings during the helicopter scientific research and production stages.

[0029] The present invention can realize the basic functions of data aggregation, analysis, and abnormal and deviation event monitoring of the flight test operation control center to the greatest extent, while rationally utilizing space resources and taking into account the function of a multi-functional conference hall of the control center, so that problems can be discussed and analyzed on the spot when they are discovered, effectively improving the efficiency of operation control. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 This is a schematic diagram of the layout of the helicopter operation control center of the present invention;

[0031] Figure 2 This is an example diagram of the conference mode layout of the control center of the present invention;

[0032] Figure 3 This is the architecture diagram of the intelligent centralized control system of the present invention;

[0033] Among them: 1-LED large screen; 2-row seat rotating table; 3-row seat operating table; 4-chairman seat rotating table; 5-chairman seat operating table; 6-3-person special-shaped control console; 7-4-person operating table; 8-LCD display screen. DETAILED DESCRIPTION

[0034] The features and illustrative embodiments of various aspects of the present invention will be described in detail below. In the detailed description below, many specific details are proposed to provide a comprehensive understanding of the present invention. However, it is obvious to those skilled in the art that the present invention can be implemented without the need for some of these specific details. The following description of the embodiments is only to provide a better understanding of the present invention by illustrating examples of the present invention. The present invention is by no means limited to any specific settings and methods proposed below, but covers any improvements, replacements and modifications of structures, methods, devices without departing from the spirit of the present invention. In the accompanying drawings and the following description, known structures and technologies are not shown to avoid unnecessary ambiguity in the present invention.

[0035] It should be noted that, in the absence of conflict, the embodiments of the present invention and the features in the embodiments can be combined with each other, and the embodiments can refer to and quote each other. The present invention will be described in detail below with reference to the accompanying drawings and in combination with the embodiments.

[0036] The present invention proposes a layout of a helicopter operation and control center, including a hall, wherein the hall is divided into a display area, a command area, an office maintenance area, and a multifunctional conference area. The display area includes a display area 1 located at the front center of the hall and a display area 2 located at the rear center of the hall. The display area 1 is provided with an LED large screen, and the display area 2 is provided with a liquid crystal display screen. The command area is located at the front center of the hall, and the command area is provided with a chairman seat operating system. There are two multifunctional conference areas, which are symmetrically arranged at the front and rear center of the hall, and the multifunctional conference areas are provided with a row seat operating system. Office maintenance areas are respectively provided on both sides of the command area and the two multifunctional conference areas, and an office control console is provided in the office maintenance area.

[0037] Among them, the chairman's seat operating system and the row seat operating system are both connected to the office desk, and the LED large screen and LCD display are both connected to the office console.

[0038] Specifically, the control center includes a hall, which is mainly divided into LED display area, command area, office maintenance area, multi-functional meeting area, control room, etc.

[0039] The hall can accommodate about 39 people, and the LED screen 1 is located in the center of the hall;

[0040] A set of 5-person chairman operating table 5 is set on the chairman rotating table 4;

[0041] Two sets of row seat operation tables 3 are set on the two sets of row seat rotating tables 2 in the multifunctional conference area, which are composed of two sets of 6-person operation tables and two sets of 4-person operation tables;

[0042] Two sets of three-person special-shaped control consoles 6 and two sets of four-person operation tables 7 in the office maintenance area are used by staff to control the large screen and other equipment in the control center;

[0043] 1 set of LCD screen 8, used for information processing and display in conference mode. The layout of the control center is as follows Figure 1 shown.

[0044] Among them, the LED large screen displays the data information of the control and dispatching platform, and is connected to the office console through a switch and control cables. The LED large screen is powered by UPS, and the LED large screen is set on a lifting mechanism, which is connected to the office console; the LED large screen size is 19.2×2.7m, 1.25 pitch full-color U-shaped screen, the resolution is not less than 15360×2160, front maintenance, supports 3-5 computer split screens, and supports more than 8 arbitrary areas. The LCD screen is used to display the content of the meeting, and is connected to the office console through a switch and control cables. The LCD screen is powered by UPS, and the LCD screen is set on a lifting mechanism, which is connected to the office console.

[0045] The chairman seat operating system includes a 5-person chairman operating table and a rotating table. The chairman operating table is set on the rotating table, and the rotating table is connected to the office control console; the row seat operating system includes a 4-person row seat operating table, a 6-person row seat operating table and a rotating table. The row seat operating table is set on the rotating table, and the rotating table is connected to the office control console. The rotating tables of the chairman seat operating system and the row seat operating system are equipped with a ground rotatable mechanical turntable. By controlling the buttons, the tabletop can be rotated 180 degrees or 90 degrees. The floor in the room is dug down as a whole at the turntable to ensure that the turntable is flush with the ground, and carpet or floor glue is laid.

[0046] Among them, the office console includes 2 sets of 3-person special-shaped consoles, 2 sets of 3-person special-shaped consoles are arranged on both sides of the chairman's seat operating system, and 2 sets of 3-person special-shaped consoles are connected to the chairman's seat operating system, row seat operating system, LED large screen, and LCD display screen; the office console also includes 2 sets of 4-person operating desks, 2 sets of 4-person operating desks are arranged on both sides of the row seat operating system, and 2 sets of 4-person operating desks are connected to the chairman's seat operating system, row seat operating system, LED large screen, and LCD display screen.

[0047] In addition, the hall is equipped with a lighting system, a sound reinforcement system, a sunshade system, a video system and an air conditioning system, and the lighting system, the sound reinforcement system, the sunshade system and the air conditioning system are connected to the office console.

[0048] like Figure 3 The present invention also proposes an intelligent centralized control system, which is integrated in the office console of the helicopter operation and control center. The intelligent centralized control system is the key to realize the conversion of the conference control mode of the operation and control center. The centralized control system realizes the control and processing of the rotating table, conference display, audio processing, control screen display and other systems through switches and control cables, and the systems are interconnected through video cables, audio cables and network cables.

[0049] The intelligent centralized control system specifically includes an intelligent central control module, and a conference rotating table module, an air conditioning control module, a lighting system control module, a sunshade system control module, an LED large screen display control module, a liquid crystal display display control module, a display lifting module, an audio processing module, a video conferencing module and a conference discussion module connected to the intelligent central control module, wherein:

[0050] The intelligent central control module controls the rotation of the rotating table through the conference rotating table module;

[0051] The intelligent central control module controls the air conditioning system through the air conditioning control module;

[0052] The intelligent central control module controls and switches the working mode of the lighting system through the lighting system control module; the intelligent lighting system can realize the switching of basic lighting mode, key lighting mode, conference lighting mode, discussion lighting mode, and natural light lighting through the intelligent central control module, and can customize personalized lighting modes according to actual usage; to achieve fast switching of attendance and lighting when meeting different needs, meeting modes such as Figure 2 shown.

[0053] The intelligent central control module controls the sunshade system through the sunshade system control module;

[0054] The intelligent central control module controls the LED large screen to display the data information of the management and control dispatching platform, and the LCD screen to display the meeting content through the LED large screen display control module and the LCD screen display control module;

[0055] The intelligent central control module controls the lifting mechanism through the display lifting module to adjust the position and height of the LED large screen and LCD display;

[0056] The intelligent central control module processes the audio signals input and output by the sound reinforcement system through the audio processing module;

[0057] The intelligent central control module controls the video system through the video conferencing module to conduct video conferencing;

[0058] The intelligent central control module initiates a meeting discussion through the meeting discussion module, and the staff at the chairman's console and the attending consoles participate in the meeting discussion.

[0059] An application embodiment of the present invention is as follows:

[0060] Implementation scenario case: Hold regular model meetings based on the flight test failure and production problem data pushed by the operation control center.

[0061] Main workflow:

[0062] 1. After a problem occurs, it is entered online on the flight test failure and production problem information platform, with multi-level process distribution, online reception confirmation, online closed loop, and real-time tracking to achieve platform-based management and control of flight test failure and production problem information;

[0063] 2. Integrate all flight test failure and production problem information to achieve integrated management and control of failure and problem data;

[0064] 3. Classify and count flight failures and production problems, identify common failures, problem patterns and treatments through in-depth analysis, and realize search classification according to different aircraft models and specialties;

[0065] 4. According to the requirements of the meeting organizer or the person in charge of the model, screen the currently unresolved or key issues and generate a meeting data package, generally in the form of data tables or statistical charts;

[0066] 5. Before the meeting, manually select the model regular meeting mode on the console on the wall at the entrance of the control center. The central control system recognizes the function signal and controls the display system, lighting system, curtain system, and conference system to switch modes. Specifically, the small screen opposite the LED large screen starts to display the content of the conference data package, the computer on the rostrum rises, and the screen content can be controlled by this computer; the light tubes are switched to conference mode, and the focus is on the conference area; the curtains are automatically closed; the rostrum rotates 180°, and the attendee position rotates 90° toward the middle area; the sound reinforcement system starts working automatically;

[0067] 6. After the meeting, meeting minutes are automatically generated based on the meeting content and can be sent to participants as needed.

[0068] The present invention can realize the basic functions of data aggregation, analysis, and abnormal and deviation event monitoring of the flight test operation control center to the greatest extent, while rationally utilizing space resources and taking into account the function of a multi-functional conference hall of the control center, so that problems can be discussed and analyzed on the spot when they are discovered, effectively improving the efficiency of operation control.

[0069] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the field can easily think of various equivalent modifications or substitutions within the technical scope disclosed by the present invention, and these modifications or substitutions should all be covered within the protection scope of the present invention.

Claims

1. A helicopter operation control center layout, characterized in that: It includes a hall, which is divided into a display area, a command area, an office maintenance area, and a multifunctional conference area. The display area includes a display area 1 located at the front center of the hall and a display area 2 located at the back center of the hall. The display area 1 is provided with a large LED screen, and the display area 2 is provided with a liquid crystal display screen. The command area is located in the front center of the hall, and the command area is provided with a chairman seat operating system. There are two multifunctional conference areas, which are symmetrically arranged at the front and back of the center of the hall. The multifunctional conference areas are provided with a row seat operating system. Office maintenance areas are provided on both sides of the command area and the two multifunctional conference areas, and office control consoles are provided in the office maintenance areas; Among them, the chairman's seat operating system and the row seat operating system are both connected to the office desk, and the LED large screen and LCD display are both connected to the office console.

2. The helicopter operation control center layout according to claim 1 is characterized in that: The LED large screen displays the data information of the management and dispatching platform, and is connected to the office console through a switch and control cables. The LED large screen is powered by a UPS, and is set on a lifting mechanism, which is connected to the office console; the LCD screen is used to display the meeting content, and is connected to the office console through a switch and control cables. The LCD screen is powered by a UPS, and is set on a lifting mechanism, which is connected to the office console.

3. The helicopter operation control center layout according to claim 1 is characterized in that: The chairman operating system comprises a 5-person chairman operating table and a rotating table. The chairman operating table is arranged on the rotating table, and the rotating table is connected to the office control console.

4. The helicopter operation control center layout according to claim 3 is characterized in that: The row seat operating system comprises a row seat operating table for 4 persons, a row seat operating table for 6 persons and a rotating table. The row seat operating table is arranged on the rotating table, and the rotating table is connected with the office control console.

5. The helicopter operation control center layout according to claim 1 is characterized in that: The office console includes 2 sets of 3-person special-shaped consoles. The 2 sets of 3-person special-shaped consoles are arranged on both sides of the chairman's seat operating system. The 2 sets of 3-person special-shaped consoles are connected to the chairman's seat operating system, row seat operating system, LED large screen and LCD display.

6. The helicopter operation control center layout according to claim 5 is characterized in that: The office console also includes 2 sets of 4-person operating tables, which are arranged on both sides of the row seat operating system. Both sets of 4-person operating tables are connected to the chairman seat operating system, row seat operating system, LED large screen and LCD display.

7. The helicopter operation control center layout according to claim 4 is characterized in that: The rotating table of the chairman's seat operating system and the row seat operating system can realize 180-degree or 90-degree tabletop rotation. The rotating table is located in the basement of the hall and its surface is flush with the ground.

8. The helicopter operation control center layout according to claim 7 is characterized in that: The hall is arranged with a lighting system, a sound reinforcement system, a sunshade system, a video system and an air conditioning system, and the lighting system, the sound reinforcement system, the sunshade system and the air conditioning system are connected with an office console.

9. An intelligent centralized control system, integrated in the office console of any helicopter operation control center layout described in any one of rights 1 to 8, characterized in that: It includes an intelligent central control module, and a conference rotating table module, an air conditioning control module, a lighting system control module, a sunshade system control module, an LED large screen display control module, a liquid crystal display display control module, a display lifting module, an audio processing module, a video conferencing module and a conference discussion module connected to the intelligent central control module, wherein: The intelligent central control module controls the rotation of the rotating table through the conference rotating table module; The intelligent central control module controls the air conditioning system through the air conditioning control module; The intelligent central control module controls and switches the working mode of the lighting system through the lighting system control module; The intelligent central control module controls the sunshade system through the sunshade system control module; The intelligent central control module controls the LED large screen to display the data information of the management and control dispatching platform, and the LCD screen to display the meeting content through the LED large screen display control module and the LCD screen display control module; The intelligent central control module controls the lifting mechanism through the display lifting module to adjust the position and height of the LED large screen and LCD display; The intelligent central control module processes the audio signals input and output by the sound reinforcement system through the audio processing module; The intelligent central control module controls the video system through the video conferencing module to conduct video conferencing; The intelligent central control module initiates a meeting discussion through the meeting discussion module, and the staff at the chairman's console and the attending consoles participate in the meeting discussion.

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