Vehicle-mounted turnable single-screen integrated console and use method
By designing a vehicle-mounted flip-up single-screen integrated control console that integrates multiple devices and enables switching between displays, the problems of compact layout and complex operation of in-vehicle equipment have been solved, improving the compatibility and operational efficiency of the control console.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- TIANJIN 764 COMM AIRMANSHIP
- Filing Date
- 2025-12-30
- Publication Date
- 2026-06-02
AI Technical Summary
The vehicle's electronic devices are numerous, have a compact spatial layout, poor compatibility, and are complex to operate, making it difficult to achieve information sharing and collaborative work, resulting in a cluttered control panel layout and inconvenient operation.
Design a vehicle-mounted flip-up single-screen integrated control console, which uses components such as LCD screen, support frame, hinges, connecting rods, and cover plate. It integrates and switches the display of multiple devices through servo handwheels, KVM switch, etc. The control console can be unfolded or folded, and integrates communication, command, reconnaissance, positioning and navigation functions.
It achieves information fusion and efficient processing of in-vehicle equipment, simplifies operation procedures, improves the compatibility and space utilization of the control panel, and makes operation more intuitive and efficient, suitable for the control needs of different scenarios.
Smart Images
Figure CN122131877A_ABST
Abstract
Description
Technical Field
[0001] This invention relates to a vehicle-mounted rotatable single-screen integrated control console and its usage method, belonging to the field of electronic equipment control technology. Background Technology
[0002] With the rapid development of intelligent, information-based, and integrated vehicle-mounted equipment, in-vehicle electronic devices are becoming increasingly sophisticated, and the amount of information to be processed is also growing. This has evolved from traditional radio communication systems and individual device control systems to today's integrated communication and command systems, positioning and navigation systems, multi-device control systems, and integrated display systems.
[0003] However, due to limited vehicle space and systems from different suppliers with varying communication protocols and interface standards, information sharing and collaborative operation are difficult. Different devices occupy different control areas, requiring operation on separate control panels. Numerous physical buttons and scattered screens occupy interior space, making the cockpit layout cluttered, unsightly, and hindering quick operation. In some vehicles, the control panel buttons are densely packed, making it difficult for operators to quickly locate the required functions. Furthermore, to meet tasks in different scenarios, multiple control devices are often required, resulting in a compact layout of control panels within a limited space, causing interference between them and significantly limiting the usability of in-vehicle equipment. As a key human-machine interface device, the in-vehicle control panel needs to integrate multiple communication and command systems to achieve information fusion and efficient processing. Therefore, designing a comprehensive in-vehicle control panel has significant market value. Summary of the Invention
[0004] In view of the technical problems of existing vehicle control devices, such as a wide variety of types, compact spatial layout, poor compatibility and complicated operation, the present invention provides a vehicle-mounted flip-up single-screen integrated control console and its usage method.
[0005] The technical solution adopted in this invention is: a vehicle-mounted flip-up single-screen integrated control console, including a control console, an LCD screen, a base, a support frame, hinges, connecting rods, cover plates, rotating shafts, indexing pins, and sliding pins; the support frame is fixed to the base, the bottom end of the LCD screen is positioned on the base, and the upper end of the LCD screen is fixed to the support frame; the base is connected to the control console via hinges; two cover plates are respectively fixed to the side walls of the control console; one end of each of the two connecting rods is connected to a rotating shaft provided on the side walls of the base, and the other end of each connecting rod is respectively connected to a strip-shaped groove provided on the side walls of the control console and passes through the strip-shaped groove of the cover plate. The sliding pins of the holes are connected, and the two indexing pins pass through the indexing pin holes I of the two connecting rods respectively, and are inserted into the indexing pin holes III of the two cover plates and the indexing pin blind holes II of the control panel, or the indexing pin holes II of the two cover plates and the indexing pin blind holes I of the control panel; when the indexing pins are inserted into the indexing pin holes III and the indexing pin blind holes II, the control panel and the LCD screen are in the unfolded state, and when the indexing pins are inserted into the indexing pin holes II and the indexing pin blind holes I, the control panel and the LCD screen are in the folded state; the control panel is respectively provided with a servo handwheel, IP phone, mouse, keyboard, headphone jack, speaker, power switch, KVM switch, and dial button.
[0006] A method for using a vehicle-mounted rotatable single-screen integrated control console involves fixing the console to the vehicle interior wall, connecting the external power supply system to AC220V AC voltage interface X1, connecting external communication and command equipment, reconnaissance equipment, signal processing equipment, and positioning and navigation equipment sequentially to display interfaces I X2, II X3, III X4, and IV X5, connecting external speakers to audio signal interface X6, connecting an external turntable to the control console signal interface X7, and connecting an external IP telephone network to IP telephone interface X8; pulling out two indexing pins from the indexing pin holes I of the two connecting rods, allowing the tips of the two indexing pins to exit from indexing pin hole II and indexing pin blind hole I respectively; flipping the console down, then inserting the tips of the two indexing pins through the indexing pin holes I of the two connecting rods into indexing pin holes III and blind pin holes II respectively, so that the console surface and the LCD screen are in a horizontal unfolded state; and turning on the power switch to connect the vehicle-mounted integrated control console. The system controls the power supply and KVM switch to switch the four VGA signals, enabling switching and display control of external communication command equipment, reconnaissance equipment, signal processing equipment, and positioning and navigation equipment on the LCD screen. It also allows for mouse and keyboard input of commands to control the external host's interface. When controlling the servo motor to rotate the external turntable antenna, the servo handwheel on the control panel sends a signal to the servo motor via the servo handwheel control circuit. Upon receiving the signal, the servo device controls the antenna turntable to turn towards the designated target and displays the current antenna position information on the LCD screen, providing data support for subsequent command operations. The control panel's IP phone receives external communications; dialing keys are used for digital command data input, or the IP address of other communication command equipment in the system can be entered. After successful connection, the IP phone communicates with the corresponding communication command equipment. The speaker will broadcast the received alarm audio signal; the headphone jack is for connecting external headphones or audio equipment. After completing the work, turn off the power switch to disconnect the power to the vehicle-mounted integrated control panel. Pull the two indexing pins out of the indexing pin holes II of the two connecting rods respectively, so that the tops of the two indexing pins exit from the indexing pin holes III and the indexing pin blind holes II. Fold the control panel up and insert the tops of the two indexing pins into the indexing pin holes II and the indexing pin blind holes I of the two connecting rods respectively, so that the control panel and the LCD screen are in a vertically folded state.
[0007] The technical effect of this invention is that the vehicle control console has a KVM switching function. By operating the KVM switching switch, the KVM switcher switches the on / off state of four VGA signals, realizing the switching of external communication command equipment, reconnaissance equipment, signal processing equipment and positioning and navigation equipment, and displaying the selected equipment application screen on the LCD screen.
[0008] The control panel features a servo handwheel, IP phone, mouse, keyboard, headphone jack, speaker, power switch, KVM switch, and dial buttons. Internal wiring is used. The panel includes a speaker to broadcast received alarm information and other audio signals. The display is a detachable LCD screen for easy removal. The control panel can be unfolded or folded according to usage needs and has a limit lock function. The overall structure is compact, easy to operate, convenient to maintain, easy to deploy, and highly expandable. It integrates communication, command, reconnaissance, control, positioning, navigation, and display functions into a single control panel, offering strong compatibility and enabling data synchronization and sharing. The display unit uses a high-definition touchscreen and a simple UI design, reducing the number of physical buttons and making the cockpit space more concise and aesthetically pleasing. Through a unified interactive interface, operators can perform multiple functions on the same screen, simplifying the operation process and making it more intuitive and efficient. It is compatible with different equipment systems to meet different user needs and can be expanded into control panels for various scenarios, such as shelters, shipborne, and airborne systems. Attached Figure Description
[0009] Figure 1 A schematic diagram of the structure of the single-screen integrated control console of the present invention; Figure 2 This is a front view of the single-screen integrated control console of the present invention; Figure 3 This is an exploded view of the single-screen integrated control console structure of the present invention; Figure 4 for Figure 3 Enlarged view of structure A; Figure 5 This is a schematic diagram of the control panel and LCD screen of the present invention in an unfolded state; Figure 6 This is a schematic diagram of the structure of the control panel and LCD screen of the present invention in a folded state; Figure 7 This is a connection block diagram of the control circuit of the present invention; Figure 8 This is a schematic diagram of the control panel structure of the present invention; Figure 9 This is a schematic diagram of the cover plate structure of the present invention; Figure 10 This is a schematic diagram of the base structure of the present invention; Figure 11 for Figure 5 Bottom view of the base structure; Figure 12 This is a schematic diagram of the support frame of the present invention.
[0010] In the diagram: 1. Control panel; 1-1. Servo handwheel; 1-2. IP phone; 1-3. Mouse; 1-4. Keyboard; 1-5. Headphone jack; 1-6. Speaker; 1-7. Power switch; 1-8. KVM switch; 1-9. Dial button; 1-10. Irregular concave surface; 1-11. Strip groove; 1-12. Indexing pin blind hole I; 1-13. Indexing pin blind hole II; 1-14. Fixing screw hole; 1-15. Outlet tube I; 2. LCD screen; 3. Base; 3-1. Positioning pin; 3-2. Rectangular concave surface; 3-21. Rotary shaft hole I; 3-3. Outlet pipe II; 4. Support frame; 4-1. Screw hole; 4-2. Raised corner protector; 5. Hinge; 6. Connecting rod; 6-1. Rotary shaft hole II; 6-2. Sliding pin hole; 6-3. Indexing pin hole I; 7. Cover plate; 7-1. Strip hole; 7-2. Indexing pin hole II; 7-3. Indexing pin hole III; 7-4. Fixing hole; 8. Rotary shaft; 9. Indexing pin; 10. Sliding pin. Detailed Implementation
[0011] like Figures 1 to 12As shown, a vehicle-mounted flip-up single-screen integrated control panel includes a control panel 1, an LCD screen 2, a base 3, a support frame 4, hinges 5, connecting rods 6, a cover plate 7, a rotating shaft 8, an indexing pin 9, and a sliding pin 10. The protruding ends of the two side walls of the base 3 are respectively placed into the two protruding corners 4-2 on the lower side walls of the support frame 4, and the support frame 4 is fixed to the base 3 with screws. The positioning holes 2-2 on both sides of the bottom of the LCD screen 2 are respectively inserted into the positioning posts 3-1 on both sides of the upper surface of the base 3, so that the LCD screen 2 is positioned on the upper surface of the base 3. Then, two screws are used to screw the LCD screen 2 into the fixing holes 2-1 on both sides of the upper end of the LCD screen 2 and the screw holes 4-1 on both sides of the upper frame of the support frame 4, thus securing the LCD screen 2. The end is fixed together with the support frame 4; the base 3 is connected to the control panel 1 via the hinge 5; the small diameter ends of the two sliding pins 10 are respectively placed in the strip holes 7-1 from the back of the two cover plates 7, with the small diameter ends of the sliding pins 10 and the strip holes 7-1 having clearance fit; the two cover plates 7 are respectively placed in the irregular concave surfaces 1-10 on the two side walls of the control panel 1; several screws are respectively screwed together with several fixing holes 7-4 on the cover plates 7 and several fixing screw holes 1-14 on the control panel 1; the two cover plates 7 are respectively fixed on the two side walls of the control panel 1; at this time, the indexing pin hole II 7-2 and the indexing pin hole III 7-3 are respectively concentric with the indexing pin blind hole I 1-12 and the indexing pin blind hole II 1-13. The cover plate 7 has a slot 7-1 center that is concentric with the control panel 1 has a slot 1-11 center. The large-diameter end of the sliding pin 10 is placed in the slot 1-11, and the small-diameter end of the sliding pin 10 moves left and right in the slot 7-1, causing the large-diameter end of the sliding pin 10 to move left and right in the slot 1-11. The design of the slot 1-11 being wider than the slot 7-1, along with the structure of the large-diameter and small-diameter ends of the sliding pin 10, ensures that the sliding pin 10 will not move out of the slot 7-1 during its left and right movement. The two connecting rods 6 have shaft holes II 6-1 ends that are respectively connected to the shafts 8 provided on the two side walls of the base 3, and the two connecting rods 6 have sliding pin holes 6-2 ends that are respectively connected to the shafts 8 provided on the two side walls of the base 3. The two indexing pins 9 are respectively connected to the small diameter ends of the sliding pins 10, which are set in the strip grooves 1-11 on both sides of the control panel 1 and pass through the strip holes 7-1 of the cover plate 7. The two indexing pins 9 pass through the indexing pin holes I6-3 of the two connecting rods 6 and are inserted into the indexing pin holes III7-3 of the two cover plates 7 and the indexing pin blind holes II1-13 of the control panel 1, or the indexing pin holes II7-2 of the two cover plates 7 and the indexing pin blind holes I1-12 of the control panel 1. When the indexing pins 9 are inserted into the indexing pin holes III7-3 and the indexing pin blind holes II1-13, the control panel 1 and the LCD screen 2 are in the unfolded state. When the indexing pins 9 are inserted into the indexing pin holes II7-2 and the indexing pin blind holes I1-12, the control panel 1 and the LCD screen 2 are in the folded state. The control panel 1 is equipped with a servo handwheel 1-1, IP phone 1-2, mouse 1-3, keyboard 1-4, headphone jack 1-5, speaker 1-6, power switch 1-7, KVM switch 1-8, and dial button 1-9. The mouse 1-3 is placed in the recessed box of the control panel 1. When the control panel 1 and the LCD screen 2 are folded, the cover is fastened to the recessed box to prevent the mouse 1-3 from falling off. The servo handwheel 1-1 converts the operator's mechanical rotation into electrical signals, which are then processed by the servo handwheel control circuit and sent to the servo driver to ultimately control the external turntable for precise motion control. The IP phone 1-2 is used for communication via an external local area network. The mouse 1-3 is used for operating system positioning. The keyboard 1-4 and dial keys 1-9 are used for digital command data input. The headphone jack 1-5 is used for connecting external audio equipment. The speaker 1-6 converts electrical signals into sound signals, plays audio files, and outputs audio. The power switch 1-7 controls the power supply to the entire unit. The KVM switch 1-8 switches the four VGA signals. The dial keys 1-9 are used for digital command data input when dialing the IP phone 1-2 for external communication. The LCD screen 2 uses a high-definition touchscreen. The screen features a simple UI design and is used to receive VGA / PS2 signals from the host via a KVM switch to achieve switching display control functions. Pressing KVM switch 1-8 controls the LCD screen 2 to display the interface of the corresponding external device. The control panel 1 is made of aluminum alloy in one piece with a hollow design for weight reduction. The advantages are outstanding structural strength and stability, strong impact and vibration resistance, and the ability to withstand the bumps and external impacts under complex working conditions such as vehicles with minimal deformation. The outer surface of the control panel 1 is coated with fluorocarbon paint, which provides strong light and weather resistance. The coating consists of primer, anti-rain erosion paint, and anti-static paint to meet the equipment usage requirements. The cover plate 7 is made of 440C stainless steel, which has the advantage of strong wear resistance. The selection of this material can solve the wear problem of the indexing pin contact surface on the connecting rod when the control panel is repeatedly unfolded and folded.
[0012] like Figure 7As shown, the control circuit includes a filter, a power module, a KVM switch, a power amplifier circuit, and a servo handwheel control circuit. The external power supply system is connected to the power module sequentially through AC220V voltage interface X1, power switch 1-7, and filter. The power module provides power to the KVM switch, LCD screen 2, mouse 1-3, keyboard 1-4, servo handwheel 1-1, IP phone 1-2, power amplifier circuit, and speaker 1-6. The KVM switch is connected to display interface I X2, display interface II X3, display interface III X4, and display interface IV X5. KVM switch 1-8, mouse 1-3, keyboard 1-4, and LCD screen 2 are connected. External communication command equipment, reconnaissance equipment, signal processing equipment, and positioning and navigation equipment are connected to display interface I X2, display interface II X3, display interface III X4, and display interface IV X5 respectively. The power amplifier circuit is connected to two speakers 1-6 and IP phone 1-2 respectively. The external IP phone network is connected to IP phone 1-2 through IP phone interface X8. The external turntable is connected to servo handwheel 1-1 through control console signal interface X7 and servo handwheel control circuit respectively. External speakers are connected to headphone jacks 1-5 via audio signal interface X6; The KVM switch is used for KVM switching functions, enabling the switching of operating interfaces between devices; the power module is used to convert AC220V AC voltage into DC12V / DC9V output through a voltage regulator circuit. The filter is used to utilize the characteristic of capacitors to conduct high-frequency signals and block low-frequency signals, to guide the high-frequency interference current of the live wire and neutral wire into the common mode of the ground wire, or to guide the high-frequency interference current of the live wire into the differential mode of the neutral wire; the power amplifier circuit is used to amplify the weak audio electrical signal, so that it has enough current and voltage to drive the speaker, ensuring that the speaker can work normally and output sufficient volume and sound quality.
[0013] The servo handwheel control circuit receives the mechanical rotation of the servo handwheel and sends signals to the servo motor. The servo handwheel 1-1, IP phone 1-2, mouse 1-3, keyboard 1-4, speaker 1-6, power switch 1-7, and KVM switch 1-8 on the LCD screen 2 and control panel 1 are connected to the control circuit via cable exit tubes I 1-15 and II 3-3. Additionally, the cable exiting the control panel vias X6 and X7, X7 and X8, is connected to the servo handwheel 1-1, and X8 and X8, respectively.
[0014] like Figure 4 As shown, the connecting rod 6 is a strip-shaped body. Each end face of the connecting rod 6 is provided with a pivot hole II 6-1 and a sliding pin hole 6-2. A dividing pin hole I 6-3 is provided on the semi-circular protrusion surface near the pivot hole II 6-1.
[0015] like Figure 8 As shown, an irregular concave surface 1-10 is provided on each of the two side walls of the control panel 1. Within the irregular concave surface 1-10, there is a strip groove 1-11, a dividing pin blind hole I 1-12, a dividing pin blind hole II 1-13, and several fixing screw holes 1-14. A cable outlet pipe I 1-15 is provided on the rear of the control panel 1. The length of the strip groove 1-11 is the same as the length of the strip hole 7-1 of the cover plate 7, and the width of the strip groove 1-11 is greater than the width of the strip hole 7-1, so as to ensure that the large diameter end of the sliding pin 10 can move left and right in the strip groove 1-11.
[0016] like Figure 9 As shown, the cover plate 7 is irregularly shaped, and on the surface of the cover plate 7 are provided a strip hole 7-1, an indexing pin hole II 7-2, an indexing pin hole III 7-3, and several fixing holes 7-4.
[0017] like Figure 10 , Figure 11 As shown, a positioning post 3-1 is provided on each side of the upper end face of the base 3, and a rectangular concave surface 3-2 is provided on each side wall of the base 3. A rotating shaft hole I 3-21 is provided on the rectangular concave surface 3-2. On the bottom surface of the base 3, there is a cable outlet pipe II 3-3, an AC220V AC voltage interface X1, a display interface I X2, a display interface II X3, a display interface III X4, a display interface IV X5, an audio signal interface X6, a console signal interface X7, an IP telephone interface X8, and a control circuit.
[0018] Example 1: A method for using a vehicle-mounted rotatable single-screen integrated control console. The single-screen integrated control console is fixed to the interior wall of an electronic warfare vehicle via a support frame 4. The external power supply system is connected to the AC220V AC voltage interface X1. External communication and command equipment, reconnaissance equipment, signal processing equipment, and positioning and navigation equipment are sequentially connected to display interfaces I X2, II X3, III X4, and IV X5, respectively. External speakers are connected to the audio signal interface X6. The external turntable is connected to the control console signal interface X7. An external IP telephone network is connected. Connect the network to the IP phone interface X8; pull out the two indexing pins 9 from the indexing pin holes I6-3 of the two connecting rods 6 respectively, so that the tops of the two indexing pins 9 exit from the indexing pin holes II7-2 and the indexing pin blind holes I1-12 respectively; flip the control panel 1 down, and slide the two sliding pins 10 from one end of the strip hole 7-1 of the cover plate 7 to the other end of the strip hole 7-1; then insert the tops of the two indexing pins 9 into the indexing pin holes III7-3 and the indexing pin blind holes II1-13 respectively through the indexing pin holes I6-3 of the two connecting rods 6, so that the control panel 1 and the LCD screen 2 are in a horizontal unfolded state; Turn on the power switch 1-7 to connect the power supply of the vehicle integrated control console. Operate the KVM switch 1-8 to switch the on / off of the four VGA signals through the KVM switcher to realize the switching display control function of external host such as external communication command equipment, reconnaissance equipment, signal processing equipment and positioning and navigation equipment. The selected equipment application screen is displayed on the LCD screen 2. Figure 2 The mouse (1-3) and keyboard (1-4) can control four subsystems. For example, operating button I of the KVM switch (1-8) switches the VGA signal on and off via the KVM switch, enabling switching of the display, communication, and command equipment interface; button II switches the VGA signal on and off via the KVM switch, enabling the reconnaissance equipment function; button III switches the VGA signal on and off via the KVM switch, enabling the signal processing equipment function; and button IV switches the VGA signal on and off via the KVM switch, enabling the positioning and navigation equipment function. The input of commands via the mouse (1-3) and keyboard (1-4) controls the operation interface of the external host. When it is necessary to control the servo motor to rotate the external turntable antenna, directly rotating the servo handwheel 1-1 on the right side of the control panel sends a signal to the servo motor in the reconnaissance system through the servo handwheel control circuit, and the servo equipment receives the signal. Upon receiving a signal, the system controls the antenna turntable to turn towards the designated target and displays the current azimuth information received by the antenna on LCD screen 2, providing data support for subsequent command operations. When the device receives external communications, it directly uses IP phones 1-2 on the left side of the control panel 1 and dialing buttons 1-9 for digital command data input. Speakers 1-6 can broadcast received alarm information and other audio signals. The IP addresses of communication command devices in other systems can be entered through dialing buttons 1-9. After successful connection, IP phone 1-2 can communicate with the corresponding communication command device. On a single LCD screen, operators can simultaneously view positioning and navigation information, reconnaissance information, signal processing, and communication command systems without switching between multiple control panels. Multiple functions can be performed on the same control panel and screen, simplifying the operation process and improving efficiency.
Claims
1. A vehicle-mounted rotatable single-screen integrated control console, characterized in that, The system includes a control panel (1), an LCD screen (2), a base (3), a support frame (4), hinges (5), connecting rods (6), cover plates (7), rotating shafts (8), indexing pins (9), and sliding pins (10). The support frame (4) is fixed to the base (3), the bottom of the LCD screen (2) is positioned on the base (3), and the upper end of the LCD screen (2) is fixed to the support frame (4). The base (3) is connected to the control panel (1) via hinges (5). The two cover plates (7) are fixed to the two side walls of the control panel (1). One end of each of the two connecting rods (6) is connected to the rotating shafts (8) on the two side walls of the base (3), and the other end of each connecting rod (6) is connected to the sliding pins (10) which are located in the strip grooves (1-11) on the two side walls of the control panel (1) and pass through the strip holes (7-1) of the cover plates (7). The two indexing pins (9) pass through the indexing holes of the two connecting rods (6). The pin hole I (6-3) is inserted into the indexing pin hole III (7-3) of the two cover plates (7) and the indexing pin blind hole II (1-13) of the control panel (1), or into the indexing pin hole II (7-2) of the two cover plates (7) and the indexing pin blind hole I (1-12) of the control panel (1); the indexing pin (9) is inserted into the indexing pin hole III (7-3) and the indexing pin blind hole II (1-13), with the control panel (1) and the LCD screen (2) in the unfolded state, and the indexing pin (9) inserted. Installed in the indexing pin hole II (7-2) and the indexing pin blind hole I (1-12), the control panel (1) and the LCD screen (2) are in a folded state; the control panel (1) is provided with a servo handwheel (1-1), IP phone (1-2), mouse (1-3), keyboard (1-4), headphone jack (1-5), speaker (1-6), power switch (1-7), KVM switch (1-8), and dial button (1-9).
2. The vehicle-mounted rotatable single-screen integrated control console according to claim 1, characterized in that, It also includes a control circuit, which includes a filter, a power module, a KVM switch, a power amplifier circuit, and a servo handwheel control circuit. The external power supply system is connected to the power module in sequence through AC220V AC voltage interface X1, power switch (1-7), and filter. The power module provides power to the KVM switch, LCD screen (2), mouse (1-3), keyboard (1-4), servo handwheel (1-1), IP phone (1-2), power amplifier circuit, and speaker (1-6). The KVM switch is connected to display interface IX2, display interface IIX3, display interface IIIX4, display interface IVX5, KVM switch (1-8), mouse (1-3), keyboard (1-4), and LCD screen (2). External communication command equipment, reconnaissance equipment, signal processing equipment, and positioning and navigation equipment are connected to the display in sequence. Interface I X2, display interface II X3, display interface III X4, and display interface IV X5 are connected; the power amplifier circuit is connected to two speakers (1-6) and an IP phone (1-2) respectively, and the external IP phone network is connected to the IP phone (1-2) through IP phone interface X8; the external turntable is connected to the servo handwheel (1-1) in sequence through the control console signal interface X7 and the servo handwheel control circuit; the external audio is connected to the headphone jack (1-5) through the audio signal interface X6; the KVM switch is used for KVM switching function to realize the switching of operation interfaces between devices; the power module is used to convert AC220V AC voltage to DC12V / DC9V output; the filter is used to utilize the characteristic of capacitors to conduct high-frequency signals and block low-frequency signals to guide the high-frequency interference current of the live wire and neutral wire to the ground wire or to guide the high-frequency interference current of the live wire to the neutral wire; The power amplifier circuit is used to amplify the weak audio electrical signal, enabling the speaker to work normally and output sufficient volume and sound quality; the servo handwheel control circuit is used to receive the mechanical rotation of the servo handwheel and send signals to the servo motor.
3. The vehicle-mounted rotatable single-screen integrated control console according to claim 1, characterized in that, An irregular concave surface (1-10) is provided on each of the two side walls of the control panel (1). A strip groove (1-11), an indexing pin blind hole I (1-12), an indexing pin blind hole II (1-13) and several fixing screw holes (1-14) are provided in the irregular concave surface (1-10). A cable outlet pipe I (1-15) is provided on the back of the control panel (1).
4. The vehicle-mounted rotatable single-screen integrated control console according to claim 1, characterized in that, The base (3) has a positioning post (3-1) on each side of the upper end face, and a rectangular concave surface (3-2) on each side wall of the base (3). A rotating shaft hole I (3-21) is provided on the rectangular concave surface (3-2). On the bottom surface of the base (3), there is a cable outlet pipe II (3-3), an AC220V AC voltage interface X1, a display interface I X2, a display interface II X3, a display interface III X4, a display interface IV X5, an audio signal interface X6, a console signal interface X7, and an IP telephone interface X8.
5. A vehicle-mounted rotatable single-screen integrated control console according to claim 1, characterized in that, The connecting rod (6) is a strip-shaped body. The two ends of the connecting rod (6) are respectively provided with a pivot hole II (6-1) and a sliding pin hole (6-2). A dividing pin hole I (6-3) is provided on the semi-circular protrusion surface near the pivot hole II (6-1).
6. The vehicle-mounted rotatable single-screen integrated control console according to claim 1, characterized in that, The cover plate (7) is irregularly shaped, and has a strip hole (7-1), an indexing pin hole II (7-2), an indexing pin hole III (7-3), and several fixing holes (7-4) on its surface.
7. The vehicle-mounted rotatable single-screen integrated control console according to claim 1, characterized in that, The control panel (1) is made of aluminum alloy and is integrally machined.
8. The vehicle-mounted rotatable single-screen integrated control console according to claim 1, characterized in that, The cover plate (7) is made of 440C stainless steel.
9. A method of using the vehicle-mounted rotatable single-screen integrated control console as described in any one of claims 1 to 8, characterized in that: Fix the single-screen integrated control console to the vehicle wall inside the vehicle. Connect the external power supply system to the AC220V AC voltage interface X1. Connect the external communication command equipment, reconnaissance equipment, signal processing equipment, and positioning and navigation equipment to the display interfaces I X2, II X3, III X4, and IV X5 in sequence. Connect the external audio system to the audio signal interface X6. Connect the external turntable to the control console signal interface X7. Connect the external IP telephone network to the IP telephone interface X8. Connect the two indexing pins (9) to the indexing pin holes I of the two connecting rods (6) respectively. Pull out of (6-3) so that the tops of the two indexing pins (9) exit from the indexing pin hole II (7-2) and the indexing pin blind hole I (1-12) respectively. Flip down the control panel (1) and then insert the tops of the two indexing pins (9) into the indexing pin hole I (6-3) and the indexing pin blind hole II (1-13) respectively through the two connecting rods (6) so that the control panel (1) and the LCD screen (2) are in a horizontal unfolded state. Turn on the power switch (1-7) to connect the power supply of the vehicle integrated control panel and operate the KVM switch (1-8) to switch via KVM. The device switches the on / off state of four VGA signals to realize the switching display control function of external communication command equipment, reconnaissance equipment, signal processing equipment and positioning and navigation equipment external host. The selected equipment application screen is displayed on the LCD screen (2); the operation mouse (1-3) and keyboard (1-4) input instructions and data to control the operation interface of the external host; when it is necessary to control the servo motor to realize the rotation of the external turntable antenna, the servo handwheel (1-1) of the control panel (1) is directly rotated to send a signal to the servo motor through the servo handwheel control circuit. After receiving the signal, the servo device controls the antenna turntable to turn. Specify the target and display the current azimuth information received by the antenna on the LCD screen (2) to provide data support for subsequent command operations; use the IP phone (1-2) on the control panel (1) to receive external communications, dial the dial key (1-9) for digital command data input, or input the IP address of the communication command equipment in other systems. After successful connection, the IP phone (1-2) communicates with the corresponding communication command equipment; the speaker (1-6) broadcasts the received alarm information audio signal; the headphone jack (1-5) is used to connect external headphones or audio equipment; After the work is completed, turn off the power switch (1-7) to cut off the power of the vehicle integrated control panel. Pull out the two indexing pins (9) from the indexing pin holes I (6-3) of the two connecting rods (6) respectively, so that the tops of the two indexing pins (9) are removed from the indexing pin holes III (7-3) and the indexing pin blind holes II (1-13). Flip the control panel (1) up and insert the tops of the two indexing pins (9) into the indexing pin holes II (7-2) and the indexing pin blind holes I (1-12) through the indexing pin holes I (6-3) of the two connecting rods respectively, so that the control panel (1) and the LCD screen (2) are in a vertical folded state.