Moveable seat operation unit facilitating rapid deployment

Abstract

The invention discloses a transportable seat operation unit convenient to deploy quickly, which comprises a communication workstation comprising a reinforced double-screen portable computer, an IP (Internet Protocol) voice telephone, a microphone, a video and audio encoder, a power supply, a network access unit and a matched cable; the video and audio encoder can be respectively connected with the reinforced double-screen portable computer and the microphone through corresponding matching cables, and the power supply and network access unit can be respectively connected with the reinforced double-screen portable computer, the IP voice telephone and the video and audio encoder through corresponding matching cables; the removable seat workbench comprises a case body and two turnover bedplates, and the video and audio encoder, the power supply and the network access unit are all mounted in the case body; the case body is constructed to be capable of accommodating the reinforced double-screen portable computer, the IP voice telephone, the microphone and the matched cable; the two overturning bedplates are oppositely hinged to the two sides of the case body and can be overturned from the folding position to the unfolding position around the hinged side so as to support the reinforced double-screen portable computer taken out of the case body.

Description

Technical Field

[0001] The present invention relates to a movable seat operation unit, and in particular to a field plug-and-play movable seat operation unit which has computing storage, communication network, video and audio, and voice communication capabilities and is easy to deploy quickly. Background Art

[0002] Portable equipment is mainly used to temporarily set up command posts for forward command, exercise training, emergency rescue and other scenarios. It is necessary to control the overall weight, meet the requirements of rapid construction and rapid evacuation, and be able to flexibly expand according to different mission scales. In addition, it is necessary to consider having good modular and universal design to improve interchangeability and be compatible with civilian and commercial equipment to have sufficient flexibility in use.

[0003] In the current system, the seat workbench of the movable command post is separated from the equipment. The seat workbench only serves as a working platform, and the upper equipment and cables are stored in other boxes. They are combined when used. It has a single function, many connecting cables, and it takes a long time to open and remove, making it difficult to expand.

[0004] The information disclosed in this background technology section is only intended to enhance the understanding of the overall background of the invention and should not be regarded as an acknowledgement or any form of suggestion that the information constitutes the prior art already known to ordinary technicians in this field. Summary of the invention

[0005] Purpose of the invention: The technical problem to be solved by the present invention is to provide a portable seat operation unit that is easy to deploy quickly in view of the shortcomings of the existing technology, has computing storage, communication network, audio and video, and voice communication capabilities, is plug-and-play in the field, and can be quickly deployed.

[0006] In order to solve the above technical problems, the present invention discloses a movable seat operation unit that is easy to deploy quickly, which includes:

[0007] The communication workstation includes a reinforced dual-screen portable machine, an IP voice phone, a microphone, an audio and video encoder, a power supply and a network access unit, and supporting cables; the audio and video encoder can be connected to the reinforced dual-screen portable machine and the microphone through corresponding supporting cables, and the power supply and the network access unit can be connected to the reinforced dual-screen portable machine, the IP voice phone, and the audio and video encoder through corresponding supporting cables;

[0008] And a retractable seat workbench, including a chassis body and two flip tables, the audio and video encoder and the power supply and network access unit are all installed in the chassis body; the chassis body is constructed to accommodate the reinforced dual-screen portable machine, IP voice phone, microphone and the supporting cables; the two flip tables are relatively hinged to the two sides of the chassis body and can be flipped around the hinged sides from a folded position to an unfolded position to support the reinforced dual-screen portable machine taken out of the chassis body.

[0009] Specifically, the supporting cables respectively connected to the power supply and network access unit, the video and audio encoder and the IP voice phone are all pre-connected.

[0010] Specifically, the chassis body includes a first storage cavity, a second storage cavity, a third storage cavity and a drawer for accommodating an IP voice phone. The top surface of the chassis body is provided with a top surface storage opening connected to the first storage cavity. The top surface storage opening is provided with a flip panel for closing the top surface storage opening. The first storage cavity is used to accommodate the matching cables.

[0011] The chassis body is provided with a first front storage opening, a second front storage opening and a back storage opening, the first front storage opening and the back storage opening are both connected to the second storage cavity, and the second storage cavity is used to accommodate the microphone and the reinforced dual-screen portable machine. A front sealing plate is provided at the first front storage opening, and a rear sealing plate is provided at the back storage opening.

[0012] The second front storage opening is located above the first front storage opening and is connected to the third storage cavity. The drawer is slidably arranged in the third storage cavity through the second front storage opening. A rotating lifting mechanism is installed in the drawer, and the rotating lifting mechanism includes a fixed end fixed to the drawer and a lifting end connected to the IP voice phone and capable of being lifted and lowered relative to the fixed end.

[0013] Furthermore, the lower end of the flip table plate on the side opposite to the hinged side is also connected to a telescopic table leg via a self-locking folding hinge, and the end of the telescopic table leg is connected to a leveling foot support.

[0014] A stainless steel elastic tube clamp is also installed on the back of the flip table. When the telescopic table leg is rotated to fit with the back of the flip table, the stainless steel elastic tube clamp is connected to the telescopic table leg.

[0015] Specifically, the power supply and network access unit includes a mains input interface, a network input interface, a mains output interface, a panel indicator light unit, a PC1 network interface, a PC1 power interface, an IP voice network interface, a PC2 network interface, a PC2 power interface, an IP voice power interface, a collection box network interface, a collection box power interface, a network cascade interface, a filter module, a power module, a transformer and a switching board.

[0016] The AC power input interface is connected to the input side of the filter module, and the input side of the power module and the AC power output interface are both connected to the output side of the filter module. The filter module can filter the AC power voltage input by the AC power input interface, and provide the filtered AC power voltage to the power module and the AC power output interface respectively.

[0017] The power module includes a first power output port and a second power output port, wherein the first power output port is connected to the panel indicator light for supplying power to the panel indicator light. The second power output port of the power module is connected to the input side of the transformer, and the PC1 power interface, the PC2 power interface, the IP voice power interface and the acquisition box power interface are respectively connected to the output side of the transformer.

[0018] The output side of the transformer is also connected to the switch board for supplying power to the switch board. The network input interface is connected to the input side of the switch board, and the PC1 network interface, the PC2 network interface, the IP voice network interface, the acquisition box network interface and the network cascade interface are respectively connected to the output side of the switch board.

[0019] Specifically, the power supply and network access unit includes a first shell, a first front panel installed on the front surface of the first shell, and a first rear panel installed on the rear surface of the first shell. The filter module, power module, transformer and switching board are all arranged in the first shell.

[0020] The mains input interface, the network input interface, the mains output interface, the network cascade interface and the panel indicator light unit are all arranged on the first front panel. The panel indicator light unit includes an operating status indicator light, a mains input indicator light, a network input indicator light, a mains output indicator light, a network cascade indicator light, a PC1 network indicator light, a PC1 power indicator light, a PC2 network indicator light, a PC2 power indicator light, a collection box network indicator light, a collection box power indicator light, an IP voice network indicator light and an IP voice power indicator light.

[0021] The PC1 network interface, the PC1 power interface, the IP voice network interface, the IP voice power interface, the acquisition box network interface, the acquisition box power interface, the PC2 network interface and the PC2 power interface are all arranged on the first rear panel.

[0022] The first front panel is also provided with a power switch for controlling the connection and disconnection of the mains power.

[0023] The first rear panel is also provided with positioning pins, which are used to fix the first rear panel to the inside of the chassis body through the positioning pins when the power supply and network access unit are installed in the chassis body, so as to prevent displacement.

[0024] Specifically, the video and audio encoder includes an encoder power input interface, a network interface, an audio input interface, an HDMI loop-out interface, an HDMI copy chip, an HDMI to MIPI chip, a MIPI to RGMII chip, an RGMII to network chip, a boost chip, an isolation voltage regulator chip and a four-channel DC buck chip.

[0025] The HDMI input interface is connected to the input end of the HDMI replica chip. The output end of the HDMI replica chip is divided into two paths, which are respectively connected to the HDMI loop output interface and the input end of the HDMI to MIPI chip. The output end of the HDMI to MIPI chip is connected to the input end of the MIPI to RGMII chip, the output end of the MIPI to RGMII chip is connected to the input end of the RGMII to network chip, and the output end of the RGMII to network chip is connected to the network interface.

[0026] The encoder power input interface is divided into two paths, which are respectively connected to the input end of the boost chip and the input end of the isolation voltage regulator chip. The output end of the boost chip is connected to the audio input interface to provide 48V phantom power to the microphone. The output end of the isolation voltage regulator chip is connected to the input end of the four-channel DC buck chip, and the four-channel DC buck chip converts the received DC 12V into 5V, 33V, 18V, and 12V for use by each chip in the video and audio encoder.

[0027] Specifically, the audio and video encoder includes a second shell, a second front panel installed on the front surface of the second shell, and a second rear panel installed on the rear surface of the second shell, the end of the second front panel is connected with a hanging ear, and the second front panel is provided with a nameplate, a power light, a network light and an alarm light.

[0028] The encoder power input interface, network interface, audio input interface, HDMI input interface and HDMI loop-out interface are all arranged on the second rear panel. The second rear panel is also provided with a grounding column.

[0029] The HDMI copy chip, HDMI to MIPI chip, MIPI to RGMII chip, RGMII to network chip, isolation voltage stabilization chip and four-channel DC buck chip are all arranged inside the second shell.

[0030] Specifically, the reinforced dual-screen portable computer includes a display screen, a keyboard, a touchpad, a fingerprint recognition module, a heat dissipation outlet, a grounding column, a portable computer power input interface, a network aviation plug interface, a network interface, an HDMI output interface, a USB30 interface, a serial port and a destroy button.

[0031] Specifically, there are two reinforced dual-screen portable computers, namely a first reinforced dual-screen portable computer and a second reinforced dual-screen portable computer.

[0032] The supporting cables are provided with twelve pieces, and the twelve supporting cables include a first internal interconnection cable, a second internal interconnection cable, a first portable machine network cable, a first portable machine power cable, a second portable machine network cable, a second portable machine power cable, an IP voice phone network cable, an IP voice phone power cable, a portable machine HDMI cable, a microphone audio cable, an external interconnection power cable and an external Internet cable.

[0033] Wherein, the first internal interconnection cable is preliminarily electrically connected between the acquisition box network interface of the power supply and network access unit and the network interface of the video and audio encoder;

[0034] The first end of the second internal interconnection cable is pre-electrically connected to the power supply and the acquisition box power interface of the network access unit, and the second end is pre-electrically connected to the encoder power input interface of the video and audio encoder;

[0035] One end of the first portable computer network cable is pre-electrically connected to the PC1 network interface of the power supply and network access unit, and the other end is used to connect to the network aviation plug interface of the first reinforced dual-screen portable computer.

[0036] One end of the first portable machine power line is pre-electrically connected to the PC1 power interface of the power supply and network access unit, and the other end is used to connect to the portable machine power input interface of the first reinforced dual-screen portable machine.

[0037] One end of the second portable computer network cable is pre-electrically connected to the PC2 network interface of the power supply and network access unit, and the other end is used to connect to the network aviation plug interface of the second reinforced dual-screen portable computer.

[0038] One end of the second portable machine power line is pre-electrically connected to the PC2 power interface of the power supply and network access unit, and the other end is used to connect to the portable machine power input interface of the second reinforced dual-screen portable machine.

[0039] The IP voice phone network cable is pre-electrically connected to the IP voice network interface of the power supply and network access unit and the network interface of the IP voice phone.

[0040] The IP voice phone power line is pre-electrically connected to the IP voice power interface of the power supply and network access unit and the power interface of the IP voice phone.

[0041] One end of the portable HDMI cable is pre-electrically connected to the HDMI input interface of the video and audio encoder, and the other end is used to connect to the HDMI output interface of the reinforced dual-screen portable device.

[0042] One end of the microphone audio cable is pre-electrically connected to the audio input interface of the video and audio encoder, and the other end is used to connect to the audio interface of the microphone.

[0043] The mains power input interface of the power supply and network access unit can be connected to an external power supply device through the external interconnection power line.

[0044] The network access interface of the power supply and network access unit can be connected to an external switching device through the external Internet line.

[0045] Beneficial effects:

[0046] 1. The movable seat operation unit can accommodate reinforced dual-screen portable machines, IP voice phones, microphones and other communication equipment and supporting cables, and is equipped with a power supply and network access unit and an audio and video encoder. After taking out the communication equipment and supporting cables, it can form an operation unit with complete computing storage, communication network, audio and video, and voice communication. Compared with the separation of equipment and seats in the prior art, the movable seat operation unit of the present invention can be quickly opened and withdrawn, can be quickly deployed, and only has one power cord and one network cable to the outside, reducing the workload of interconnection.

[0047] 2. By flexibly allocating the number of boxes and using power supplies and network access units with cascading expansion capabilities, serial use or forming a ring network can enhance reliability, achieve flexible expansion of the command post, rapid replacement of faulty units, and rapid on-site integrated deployment.

[0048] 3. During the opening process of the portable seat operation unit, you only need to connect the power cord and network cable of the reinforced dual-screen portable computer, the audio cable of the microphone, and the power cable and network cable connected to the power and network access unit to achieve external interconnection of the portable seat operation unit. The number of cables connected during opening is small, which reduces the difficulty of cable connection, shortens the time spent on opening, and is easy to expand.

[0049] 4. After storage, the movable seat operation unit has a square volume, which is convenient for stacking and transportation. BRIEF DESCRIPTION OF THE DRAWINGS

[0050] The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments, and the above and / or other advantages of the present invention will become more clear.

[0051] Figure 1 It is a front schematic diagram of the movable seat operation unit of the present invention which is easy to deploy quickly.

[0052] Figure 2 It is a schematic diagram of the back side of the movable seat operation unit of the present invention which is easy to deploy quickly.

[0053] Figure 3A It is a schematic diagram of the internal structure of the movable seat operation unit of the present invention in the stowed state.

[0054] Figure 3B yes Figure 3A A top view of the movable seat working unit shown in the stowed state.

[0055] Figure 3C It is a rear view of the movable seat working unit of the present invention in the stowed state.

[0056] Figure 3D It is a front view of the movable seat working unit of the present invention in the stowed state.

[0057] Figure 4A It is a bottom view of the turning table of the present invention with the turning table unfolded and the telescopic legs folded.

[0058] Figure 4B yes Figure 4A Front view of the flip deck shown.

[0059] Figure 4C yes Figure 4A Left side view of the flip deck shown.

[0060] Figure 5 It is a schematic diagram of the self-locking folding hinge of the present invention when the folding angle is 90°.

[0061] Figure 6 It is a schematic diagram of the splicing of adjacent turning table plates of the present invention.

[0062] Figure 7 It is a partial structural schematic diagram of the telescopic table legs of the present invention when they are extended.

[0063] Figure 8 It is a front view of the movable seat operation unit of the present invention when it is in an open state and the drawer is not pulled out.

[0064] Fig. 9 It is a top view of the movable seat operation unit of the present invention when it is in an open state and the drawer is pulled out.

[0065] Fig. 10A It is a schematic diagram of the telephone of the present invention when it is stored in a drawer.

[0066] Fig. 10B It is a schematic diagram of the telephone of the present invention when it is raised and extended out of the drawer.

[0067] Fig.11A It is a schematic diagram of the first front panel and corresponding interfaces of the power supply and network access unit of the present invention.

[0068] Fig. 11B It is a schematic diagram of the first rear panel and corresponding interfaces of the power supply and network access unit of the present invention.

[0069] Fig.12 It is the internal principle diagram of the power supply and network access unit of the present invention.

[0070] Fig.13A It is a front view of the video and audio encoder of the present invention.

[0071] Fig. 13B yes Fig.13A A top view of the video and audio encoder is shown.

[0072] Fig. 13C yes Fig.13A Rear view of the video and audio encoder shown.

[0073] Fig.13D yes Fig.13A Left side view of the video and audio encoder shown.

[0074] Fig.14 It is the internal principle diagram of the video and audio encoder of the present invention.

[0075] Fig.15A It is a three-dimensional structural schematic diagram of the appearance and interface of the reinforced dual-screen portable machine of the present invention.

[0076] Fig. 15B It is a schematic diagram of the partial structure of the back of the reinforced dual-screen portable machine of the present invention.

[0077] Fig. 15C It is a schematic diagram of the left side partial structure of the reinforced dual-screen portable machine of the present invention.

[0078] Fig.15D It is a schematic diagram of the partial structure of the right side of the reinforced dual-screen portable machine of the present invention.

[0079] Fig.16A It is a top view of the IP voice phone of the present invention.

[0080] Fig. 16B It is the left side diagram of the IP voice phone of the present invention.

[0081] Fig. 16C It is a rear view of the IP voice phone of the present invention.

[0082] Fig.17A It is a three-dimensional structural schematic diagram of the microphone of the present invention.

[0083] Fig. 17B It is a rear view of the microphone of the present invention.

[0084] Fig.18 This is a diagram of the cable connection relationship between the movable seat operation unit equipment of the present invention.

[0085] Description of the accompanying drawings:

[0086] 1. Retractable workbench; 11. Chassis; 110. Shock-absorbing foam; 111. Latch; 12. Front closing plate; 13. Drawer; 131. Rotating lifting mechanism; 132. Slide rail assembly; 14. Flip table; 141. Self-locking folding hinge; 142. Outer tube; 143. Inner tube; 144. Short bead solid double-headed V-shaped spring; 145. Leveling foot support; 146. Crossbeam; 147. Stainless steel elastic pipe clamp; 148. Latch buckle; 16. Front handle; 17. Rear closing plate; 18. Rear handle; 19. Flip cover panel;

[0087] 2. Power supply and network access unit; 21. First front panel; 211. Power switch; 212. Operation status indicator light; 213. Mains input interface; 214. Indicator light; 215. Network input interface; 216. Indicator light; 218. Mains output interface; 219. Mains output indicator light; 2110. Network cascade interface; 2111. Network cascade indicator light; 2112. Network indicator light; 2113. Power indicator light; 2114. Network indicator light; 2115. Power indicator light; 21 16. Capture box network indicator light; 2117. Capture box power indicator light; 2118. Voice network indicator light; 2119. Voice power indicator light; 22. First housing; 23. First rear panel; 231. Positioning pin; 232. PC1 network interface; 233. PC1 power interface; 234. IP voice network interface; 235. IP voice power interface; 236. Capture box network interface; 237. Capture box power interface; 238. PC2 network interface; 239. PC2 power interface;

[0088] 3. Video and audio encoder; 31. Second front panel; 311. Nameplate; 312. Power light; 313. Network light; 314. Warning light; 32. Second rear panel; 321. First grounding column; 322. Encoder power input interface; 323. Network interface; 324. Audio input interface; 325. HDMI input interface; 326. HDMI loop-out interface; 33. Second housing; 34. Mounting ear;

[0089] 4. Reinforced dual-screen portable computer; 41. Display screen; 42. Keyboard; 43. Touchpad; 44. Fingerprint recognition module; 451. Heat dissipation outlet; 452. Second grounding column; 453. Portable power input interface; 454. Network aviation plug interface; 455. Network RJ45 interface; 456. HDMI output interface; 457. USB30 interface; 458. Serial port; 459. Destroy button; 461. Four-stage audio interface;

[0090] 5. IP voice phone; 51. Touch screen; 52. Phone housing; 53. Handle; 541. Phone switch; 542. Phone power interface; 543. Phone network interface; 544. Microphone interface; 545. Hand microphone interface; 546. USB interface;

[0091] 6. Microphone; 61. Base; 62. Microphone head; 63. Speak button; 64. Audio interface;

[0092] 7. Matching cables; 701. First internal interconnection cable; 702. Second internal interconnection cable; 703. First portable machine network cable; 704. First portable machine power cable; 705. Second portable machine network cable; 706. Second portable machine power cable; 707. IP voice phone network cable; 708. IP voice phone power cable; 709. Portable machine HDMI cable; 710. Microphone audio cable; 711. External interconnection power cable; 712. External Internet cable. DETAILED DESCRIPTION

[0093] Combination Figure 1 , Figure 2 and Figure 3A As shown, an embodiment of the present invention discloses a movable seat operation unit that is easy to deploy quickly, which includes a communication workstation and a retractable seat workbench.

[0094] The communication workstation includes a reinforced dual-screen portable machine 4, an IP voice phone 5, a microphone 6, an audio and video encoder 3, a power supply and network access unit 2, and a matching cable 7. The audio and video encoder 3 can be connected to the reinforced dual-screen portable machine 4 and the microphone 6 through corresponding matching cables 7, and the power supply and network access unit 2 can be connected to the reinforced dual-screen portable machine 4, the IP voice phone 5, and the audio and video encoder 3 through corresponding matching cables 7, to form a communication workstation.

[0095] Combination Figure 1 to Figure 2 , FIG. 3A to FIG. 3D As shown, the retractable seat workbench 1 includes a chassis body 11 and two flip table plates 14. Figure 1 As shown, the chassis body 11 is a rectangular parallelepiped as a whole and can be made of high-strength carbon fiber material. Figure 2As shown, the video and audio encoder 3 and the power supply and network access unit 2 are installed at the rear of the chassis case 11. The chassis case 11 is constructed to accommodate the reinforced dual-screen portable machine 4, the IP voice phone 5, the microphone 6 and the matching cable 7. Two flip tables 14 are hinged to the two sides of the chassis case 11 and can be flipped from the folded position to the unfolded position around the hinged side to support the reinforced dual-screen portable machine 4 taken out of the chassis case 11. A space is formed under the unfolded flip table 14 to accommodate the legs of the person sitting and operating.

[0096] Combination Figure 1 and Figure 2 As shown, the unfolded flip table 14 is coplanar with the top surface of the chassis body 11. Figure 3C As shown, the flip table 14 in the folded state is in contact with the side surface of the chassis body 11 .

[0097] Preferably, the supporting cables 7 connected to the power supply and network access unit 2, the video and audio encoder 3 and the IP voice phone 5 respectively are all pre-connected.

[0098] Specifically, the power supply and network access unit 2 is pre-connected with the video and audio encoder 3 through the corresponding matching cable 7. The IP voice phone 5 is pre-electrically connected with the power supply and network access unit 2 through the corresponding matching cable 7. One end of the matching cable 7 corresponding to the reinforced dual-screen portable device 4 is pre-electrically connected to the power supply and network access unit 2 and the video and audio encoder 3, and one end of the matching cable 7 corresponding to the microphone 6 is pre-electrically connected to the video and audio encoder 3.

[0099] These cables do not need to be operated during the opening and closing of the movable seat operation unit. You only need to connect or disconnect the supporting cables connected to the reinforced dual-screen portable machine 4 and microphone 6, as well as the supporting cables for the external interconnection of the power supply and network access unit 2. Fewer cables need to be operated, saving time.

[0100] Combination Figure 1 and Figure 2 As shown, the movable seat operation unit of this embodiment further includes a front handle 16 and a rear handle 18. The front handle 16 is mounted on the front side of the chassis body 11, and the rear handle 18 is mounted on the back side of the chassis body 11 for easy transport.

[0101] Combination FIG. 3A to FIG. 3DAs shown, the chassis body 11 includes a first storage cavity, a second storage cavity, a third storage cavity and a drawer 13 for accommodating an IP voice phone 5. The top surface of the chassis body 11 is provided with a top surface storage port connected to the first storage cavity, and a flip panel 19 for closing the storage port is hinged at the storage port. The first storage cavity is used to accommodate the matching cable 7. The chassis body 11 is provided with a first front storage port, a second front storage port and a back storage port. The first front storage port and the back storage port are both connected to the second storage cavity. The second storage cavity is used to accommodate at least one microphone 6 and at least two reinforced dual-screen portable machines 4. A front closing plate 12 is hinged at the first front storage port, and a rear closing plate 17 is hinged at the back storage port. The second storage cavity can also be provided with a shock-absorbing foam 110 for protecting the microphone 6 and reinforcing the dual-screen portable machine 4.

[0102] When the computer is stored, the flip cover panel 19, the front closing plate 12 and the rear closing plate 17 are fixed to the chassis body 11 with a non-detachable fastener.

[0103] Combination Figure 3A As shown, the second front storage opening is located above the first front storage opening and communicates with the third storage cavity. The drawer 13 passes through the second front storage opening and is slidably disposed in the third storage cavity. A rotating lifting mechanism 131 is installed in the drawer 13. The rotating lifting mechanism 131 includes a fixed end fixed to the drawer 13 and a lifting end connected to the IP voice phone 5 and capable of lifting relative to the fixed end. Specifically, the drawer 13 is slidably disposed in the third storage cavity through a slide rail assembly 132.

[0104] Combination Figure 1 , Figure 2 , Figure 4A and Figure 5 As shown, in order to stably support the flip table 14 in a horizontal state, the flip table 14 is also connected to a telescopic table leg at the lower end of the side opposite to its hinged side through a self-locking folding hinge 141, and the folding angle of the self-locking folding hinge 141 is 0° or 90°. FIG. 4A to FIG. 4C As shown, a stainless steel elastic pipe clamp 147 is also installed on the back of the flip table 14. When the telescopic table leg is rotated to fit the back of the flip table 14, the stainless steel elastic pipe clamp 147 clamps the telescopic table leg to prevent the telescopic table leg from moving. Figure 4A As shown, a latch buckle 148 is installed on the back of the flip table 14, combined with Figure 1 As shown, a latch 111 is installed on the side of the chassis body 11. When the telescopic table leg is rotated to fit with the back of the flip table 14, the latch buckle 148 cooperates with the latch 111 to prevent the flip table 14 from loosening during transportation.

[0105] Specifically, combined Figure 1As shown, the telescopic table leg includes a telescopic tube assembly, which includes an outer tube 142 and an inner tube 143 connected to a self-locking folding hinge 141. The inner tube 143 is sleeved in the outer tube 142 and can be telescopic along the outer tube 142. Figure 7 As shown, the outer tube 142 and the inner tube 143 are positioned by a short solid double-headed V-shaped spring 144 to achieve the telescopic length positioning of the telescopic table legs. Figure 2 As shown, each flip table 14 can be configured with two telescopic tube assemblies, and a crossbeam 146 for reinforcement can be fixedly connected between the outer tubes 142 of the two telescopic tube assemblies. The stainless steel elastic tube clamp 147 clamps the crossbeam 146 to clamp the telescopic table legs.

[0106] It should be understood that the telescopic table legs may also adopt other existing structures that are telescopically adjustable and can support the flip table.

[0107] Further, combined with Figure 2 As shown, the end of the inner tube 143 can also be connected with a leveling foot support 145. When the flip table 14 is still not in a horizontal position when it is unfolded, the length of the table legs can be fine-tuned by the leveling foot 145.

[0108] Combination Figure 6 As shown, the edges of the two flipping plates 14 are designed with a wave texture, which can prevent the movable working units from being longitudinally displaced when they are arranged side by side, so that the movable working units in the row can be kept in the same straight line.

[0109] Combination Figure 8 and Fig. 9 As shown, after the movable seat operation unit is opened, the two flip tables 14 are unfolded, and each flip table 14 is placed with a reinforced dual-screen notebook 4, the IP voice phone 5 is placed in the extended drawer 13, and the microphone 6 is placed on the top surface of the chassis body 11.

[0110] Combination Fig. 10A ,and Fig. 10B As shown, the IP voice phone 5 can be raised and lowered and rotated by the rotating lifting mechanism 131 for use.

[0111] Combination Fig.11A , Fig. 11B and Fig.12 As shown, the power supply and network access unit 2 includes a mains input interface 213, a network input interface 215, a mains output interface 218, a panel indicator light unit, a PC1 network interface 232, a PC1 power interface 233, an IP voice network interface 234, a PC2 network interface 238, a PC2 power interface 239, an IP voice power interface 235, a collection box network interface 236, a collection box power interface 237, a network cascade interface 2110, a filter module, a power module, a transformer and a switch board.

[0112] Combination Fig.12 As shown, the AC input interface 213 is connected to the input side of the filter module, the input side of the power module and the AC output interface 218 are both on the output side of the filter module, and the filter module can filter the AC voltage input by the AC input interface 213, and provide the filtered AC voltage to the power module and the AC output interface 218 respectively.

[0113] The power module includes a first power output port and a second power output port. The first power output port is connected to the panel indicator light unit for supplying power to the panel indicator light unit. The second power output port of the power module is connected to the input side of the transformer. The PC1 power interface 233, the PC2 power interface 239, the IP voice power interface 235 and the acquisition box power interface 237 are respectively connected to the output side of the transformer.

[0114] The output side of the transformer is also connected to the switch board for powering the switch board. The network input interface 215 is connected to the input side of the switch board, and the PC1 network interface 232, PC2 network interface 238, IP voice network interface 234, acquisition box network interface 236 and network cascade interface 2110 are respectively connected to the output side of the switch board.

[0115] In this embodiment, the power supply and network access unit 2 has centralized power supply and network access functions. The power supply and network access unit 2 contains a filter module, a power supply module, a transformer and a switch board. After the AC power is input, the voltage fluctuation and other interference of the power supply are reduced by the filter module, and a stable 220V power supply is generated for the power supply module. The power supply module supplies power to the panel indicator light unit on the one hand, and converts it into a stable 24V through an isolated AC / DC transformer on the other hand, and supplies power to the embedded switch board and the audio and video encoder 3, the reinforced dual-screen portable machine 4, and the IP voice phone 5. The switch board provides a layer 2 switching function, and can achieve isolation of different services through a port VLAN-based strategy. The power supply and network access unit can support the function of the layer 2 ERSP ring network, and achieve redundancy through the "hand-in-hand" link of the network input and output ports of the power supply and network access unit, thereby increasing the high reliability of the network.

[0116] As shown in Figure 11, the power supply and network access unit 2 includes a first shell 22, a first front panel 21 installed on the front surface of the first shell 22, and a first rear panel 23 installed on the rear surface of the first shell 22. The filter module, power module, transformer and switching board are all arranged in the first shell 22.

[0117] The mains input interface 213, the network input interface 215, the mains output interface 218, the network cascade interface 2110 and the panel indicator light unit are all arranged on the first front panel 21. The panel indicator light unit includes an operation status indicator light 212, a mains input indicator light 214, a network input indicator light 216, a mains output indicator light 219, a network cascade indicator light 2111, a PC1 network indicator light 2112, a PC1 power indicator light 2113, a PC2 network indicator light 2114, a PC2 power indicator light 2115, a collection box network indicator light 2116, a collection box power indicator light 2117, an IP voice network indicator light 2118 and an IP voice power indicator light 2119.

[0118] The PC1 network interface 232 , the PC1 power interface 233 , the IP voice network interface 234 , the IP voice power interface 235 , the acquisition box network interface 236 , the acquisition box power interface 237 , the PC2 network interface 238 and the PC2 power interface 239 are all arranged on the first rear panel 23 .

[0119] The first front panel 21 is also provided with a power switch 211 for controlling the connection and disconnection of the mains power.

[0120] The first rear panel 23 is also provided with a positioning pin 231. The positioning pin 231 is used to fix the first rear panel 23 with the inside of the chassis body 11 through the positioning pin 231 when the power supply and network access unit 2 is installed inside the retractable seat workbench to prevent displacement.

[0121] Combination FIG. 13A to FIG. 13D , Fig.14 As shown, the audio and video encoder 3 includes an encoder power input interface 322, a network interface 323, an audio input interface 324, an HDMI loop output interface 326, an HDMI copy chip, an HDMI to MIPI chip, a MIPI to RGMII chip, an RGMII to network chip, a boost chip, an isolation voltage regulator chip and a four-channel DC buck chip.

[0122] Combination Fig.14As shown, the HDMI input interface 325 is connected to the input end of the HDMI copy chip. The output end of the HDMI copy chip is divided into two paths, which are respectively connected to the HDMI loop output interface 326 and the input end of the HDMI to MIPI chip. The output end of the HDMI to MIPI chip is connected to the input end of the MIPI to RGMII chip, the output end of the MIPI to RGMII chip is connected to the input end of the RGMII to network chip, and the output end of the RGMII to network chip is connected to the network interface 323. The encoder power input interface 322 is divided into two paths, which are respectively connected to the input end of the boost chip and the input end of the isolation voltage regulator chip. The output end of the boost chip is connected to the audio input interface 324, which is used to provide 48V phantom power to the microphone 6. The output end of the isolation voltage regulator chip is connected to the input end of the four-channel DC buck chip, and the four-channel DC buck chip converts the received DC 12V into 5V, 33V, 18V, and 12V for use by each chip in the audio and video encoder 3.

[0123] Combination FIG. 13A to FIG. 13D As shown, the video and audio encoder 3 includes a second housing 33, a second front panel 31 installed on the front surface of the second housing 33, and a second rear panel 32 installed on the rear surface of the second housing 33. The end of the second front panel 31 is connected to a hanging ear 34. The second front panel 31 is provided with a nameplate 311, a power light 312, a network light 313 and an alarm light 314. The encoder power input interface 322, the network interface 323, the audio input interface 324, the HDMI input interface 325 and the HDMI loop-out interface 326 are all provided on the second rear panel 32. The second rear panel 32 is also provided with a first grounding column 321. The HDMI copy chip, the HDMI to MIPI chip, the MIPI to RGMII chip, the RGMII to network chip, the isolation voltage regulator chip and the four-channel DC buck chip are all provided inside the second housing 33.

[0124] Optionally, the boost chip model is SGM41285, the isolation regulator chip model is URB2412LD, the four-channel DC buck chip model is LTM4644, and the HDMI copy chip model is LT86102. The HDMI to MIPI chip model is LT6911, the MIPI to RGMII chip model is HI3519AV100, and the RGMII to network chip model is YT8531.

[0125] In this embodiment, the main function of the video and audio encoder is to convert the input HDMI video data into a network data stream after transcoding. The video and audio encoder supports input DC 19V-28V, which is divided into two paths internally. One path is boosted to 48V by the boost chip and connected to the audio input interface to provide 48V phantom power to the microphone. The other path is converted to DC 12V by the isolation voltage regulator chip, and then reduced to 5V, 33V, 18V, and 12V by the four-channel DC step-down chip for use by each chip in the video and audio encoder. After the HDMI video data is input, it first passes through the HDMI replication chip to form two completely identical HDMI video data, one loops out to the HDMI loop-out interface, and the other is input to the HDMI to MIPI chip, which converts the HDMI interface form to the MIPI interface form to facilitate data processing. Then the video data in the MIPI interface form is converted to the RGMII interface form through the MIPI to RGMII chip, which is convenient for conversion to network output, and finally converted to network form through the RGMII to network chip for external output.

[0126] Combination FIG. 15A to FIG. 15D As shown, the reinforced dual-screen portable computer includes a display screen 41, a keyboard 42, a touchpad 43 and a fingerprint recognition module 44. The reinforced dual-screen portable computer also includes a heat dissipation outlet 451, a second grounding column 452, a portable computer power input interface 453, a network air plug interface 454, a network RJ45 interface 455, an HDMI output interface 456, a USB30 interface 457, a serial port 458 and a destroy button 459. A 35mm four-stage audio interface 461 and a USB30 interface 457 are arranged on the right side of the reinforced dual-screen portable computer, and two USB30 interfaces 457 and a serial port 458 are arranged on the left side.

[0127] Combination FIG. 16A to FIG. 16C As shown, the IP voice phone 5 includes a touch screen 51, a phone housing 52 and a handle 53. The back of the phone housing 52 is provided with a phone switch 541, a phone power interface 542, a phone network interface 543, a microphone interface 544, a hand microphone interface 545 and a second USB interface 546.

[0128] Combination Fig.17A and Fig. 17B As shown, the microphone 6 includes a base 61 , a pickup microphone head 62 , a speaking button 63 and an audio interface 64 .

[0129] Fig.18 This is a diagram showing the cable connection relationship between devices of the movable seat operation unit of the present invention. Figure 8 The connections circled by elliptical lines are all pre-connected. Fig.18As shown, there are two reinforced dual-screen portable machines 4, namely the first reinforced dual-screen portable machine and the second reinforced dual-screen portable machine. There are twelve supporting cables 7, including a first internal interconnection cable 701, a second internal interconnection cable 702, a first portable machine network cable 703, a first portable machine power cable 704, a second portable machine network cable 705, a second portable machine power cable 706, an IP voice phone network cable 707, an IP voice phone power cable 708, a portable machine HDMI cable 709, a microphone audio cable 710, an external interconnection power cable 711 and an external Internet cable 712.

[0130] Among them, the first internal interconnection cable 701 is pre-electrically connected to the acquisition box network interface 236 of the power supply and network access unit 2 and the network interface 323 of the audio and video encoder 3. The length of the first internal interconnection cable is about 0.2m and the connector models at both ends are YW110E01-01.

[0131] The first end of the second internal interconnection cable 702 uses a connector of model YGD26N1002J32, and the second end uses a connector of model YGD26N1002J32. The first end is pre-electrically connected to the power supply and the acquisition box power interface 237 of the network access unit 2, and the second end is pre-electrically connected to the encoder power input interface 322 of the video and audio encoder 3. The length of the second internal interconnection cable is about 0.2m.

[0132] The first end of the first portable network cable 703 uses a connector of model YW110E01-01, and the second end uses a connector of model FX1031T02C056A1N, wherein the first end is pre-electrically connected to the power supply and the PC1 network interface 232 of the network access unit 2, and the second end is used to connect to the network air plug interface 454 of the first reinforced dual-screen portable machine. The length of the first portable network cable 703 is about 0.5m.

[0133] The first end of the first portable machine power line 704 uses a connector of model YGD26S1002K32, and the second end uses a connector of model JX-DC-4JT. The first end is pre-electrically connected to the power supply and the PC1 power interface 233 of the network access unit 2, and the second end is used to connect to the portable machine power input interface 453 of the first reinforced dual-screen portable machine. The length of the first portable machine power line 704 is about 0.5m.

[0134] The first end of the second portable network cable 705 uses a connector of model YW110E01-01, and the second end uses a connector of model FX1031T02C056A1N. The first end is pre-electrically connected to the power supply and the PC2 network interface 238 of the network access unit 2, and the second end is used to connect to the network air plug interface 454 of the second reinforced dual-screen portable machine. The length of the second portable network cable 705 is about 0.5m

[0135] The first end of the second portable machine power line 706 uses a connector of model YGD26S1002K32, and the second end uses a connector of model JX-DC-4JT. The first end is pre-electrically connected to the power supply and the PC2 power interface 239 of the network access unit 2, and the second end is used to connect to the portable machine power input interface 453 of the second reinforced dual-screen portable machine. The length of the second portable machine power line 706 is about 0.5m.

[0136] The first end of the IP voice phone network cable 707 uses a connector of model YW110E01-01, and the second end uses a connector of model FX1031T02MS056A1N. The first end is pre-electrically connected to the power supply and the IP voice network interface 234 of the network access unit 2, and the second end is pre-electrically connected to the network interface 543 of the IP voice phone 5. The length of the IP voice phone network cable 707 is about 0.3m.

[0137] The first end of the IP voice phone power cord 708 uses a connector of model YGD26S1002K32, and the second end uses a connector of model F-FGC2BC302JS62. The first end is pre-electrically connected to the power supply and the IP voice power interface 235 of the network access unit 2, and the second end is pre-electrically connected to the power interface 542 of the IP voice phone 5. The length of the IP voice phone power cord 708 is about 0.3m.

[0138] The first end of the portable HDMI cable 709 uses a connector of model YW110E07-01, and the second end uses a standard HDMI connector Type A male head. The first end is pre-electrically connected to the HDMI input interface 325 of the video and audio encoder 3, and the second end is used to connect to the HDMI output interface 456 of any reinforced dual-screen portable computer 4. The length of the portable HDMI cable 709 is about 0.5m.

[0139] The first end of the microphone audio cable 710 uses a connector of model FX102T02MS054JN, and the second end uses a connector of model F-FGC2BC302JS62. The first end is pre-electrically connected to the audio input interface 324 of the video and audio encoder 3, and the second end is used to connect to the audio interface 64 of the microphone 6. The length of the microphone audio cable 710 is about 0.3m.

[0140] The first end of the external interconnection power line 711 uses a connector of model YGD26N1203K32, and the second end uses a connector of model YGD26S1203J. The first end is used to connect to the mains input interface 213 of the power supply and network access unit 2, and the second end is used to connect to the external interconnection power line and the external power supply device. The external power supply device can be another power supply and network access unit of the movable seat operation unit, UPS, distribution box, etc. The length of the external interconnection power line 711 is about 15m.

[0141] The first end of the external Internet line 712 uses a connector of model YW110F01-01, and the second end uses a connector of model YW110F01-01. The first end is used to connect to the network access interface 215 of the power supply and network access unit 2, and the second end is used to connect to an external switching device such as a power supply and network access unit of another set of movable seat operation units, a switch, etc. The length of the external Internet line 712 is about 15m.

[0142] Through the above-mentioned settings, during the opening of the movable seat operation unit, it is only necessary to connect and reinforce the power cord, network cable, audio cable of the dual-screen portable machine 4 and the power cable and network cable connected to the power and network access unit to realize the external interconnection of the movable seat operation unit.

[0143] The following is a detailed description of the process of quickly integrating and deploying the movable seat operation unit provided in this embodiment.

[0144] The rapid integration deployment process includes two phases: opening and closing:

[0145] 1. Opening stage:

[0146] Step 1: Open the flip table 14 and the telescopic table legs: Press the latch 111 to separate the latch 111 from the latch buckle 148. Flip the two flip tables 14 up to a horizontal position, open the telescopic table legs to a vertical position, pull out the inner tube 143 from the outer tube 142, and make the short bead solid double-headed V-shaped spring clip 144 stuck in the corresponding hole, and fine-tune the position of the flip table 14 to a horizontal position through the leveling foot 145.

[0147] Step 2: Take out the reinforced dual-screen portable machine 4 and the microphone 6; unscrew the fastener on the front closing plate 12, open the front closing plate 12, take out the two reinforced dual-screen portable machines 4, and place one reinforced dual-screen portable machine 4 on each flip plate 14. Unscrew the fastener on the rear closing plate 17, open the rear closing plate 17, take out the microphone 6 and place it on the top surface of the chassis body 11.

[0148] Step 3: Take out the matching cables for connecting the reinforced dual-screen portable machine 4 and the microphone 6 from the flip panel 19: unscrew the loose cap on the flip panel 19, open the flip panel 19, and take out the first portable machine network cable 703 for connecting to the network aviation plug interface 454 of the first reinforced dual-screen portable machine, the first portable machine power cable 704 for connecting to the portable machine power input interface 453 of the first reinforced dual-screen portable machine, the second portable machine network cable 705 for connecting to the network aviation plug interface 454 of the second reinforced dual-screen portable machine, and the second portable machine network cable 706 for connecting to the network aviation plug interface 454 of the second reinforced dual-screen portable machine. A second portable machine power cord 706 for connecting the portable machine power input interface 453 of the second reinforced dual-screen portable machine, a portable machine HDMI cable 709 for connecting the HDMI output interface 456 of any reinforced dual-screen portable machine, a microphone audio cable 710 for connecting the audio interface 64 of the microphone 6, an external interconnection power cord 711 for connecting the AC power input interface 213 of the power supply and network access unit 2 to the outside, and an external Internet cable 712 for connecting the network access interface 215 of the power supply and network access unit 2 to the outside.

[0149] Step 4: Connect the supporting cables for connecting to the reinforced dual-screen portable machine 4 and the microphone 6: connect the first portable machine network cable 703, the first portable machine power cable 704, the second portable machine network cable 705, the second portable machine power cable 706, the portable machine HDMI cable 709 and the microphone audio cable 710;

[0150] Step 5: Open the drawer and raise the IP voice phone 5: unscrew the fastener on the drawer 13, pull out the drawer 13, and lift the IP voice phone 5 to the same height as the flip panel 19.

[0151] Step 6: Provide power and network services for all devices: Connect the external interconnected power line 711 and the external Internet line 712, turn on the power switch 211 of the power and network access unit 2, and provide power and network services for all devices.

[0152] 2. Withdrawal phase:

[0153] Step 1: Turn off the power switch 211 of the power and network access unit 2.

[0154] Step 2: Remove the external interconnection power cable 711 and the external Internet cable 712 connected to the outside, remove the first portable machine network cable 703, the first portable machine power cable 704, the second portable machine network cable 705, the second portable machine power cable 706, the portable machine HDMI cable 709 and the microphone audio cable 710; open the flip panel 19, and store the above-removed cables in the first storage cavity; close the first storage cavity with the flip panel 19; tighten the loose cap on the flip panel 19 to fix the flip panel 19 to the chassis body 11.

[0155] Step 3: Press the IP voice phone 5 down into the drawer 13 , push the drawer 13 into the chassis body 11 , and tighten the captive on the drawer 13 to fix the drawer 13 to the chassis body 11 .

[0156] Step 4: Unscrew the captive screw on the front closing plate 12, and open the front closing plate 12; put the two reinforced dual-screen portable machines 4 into the shock-absorbing foam 110 of the second storage cavity from the first front storage opening; close the first front storage opening with the front closing plate 12, and tighten the captive screw on the front closing plate 12 to fix the front closing plate 12 to the chassis body 11; unscrew the captive screw on the rear closing plate 17, and open the rear closing plate 17, and put the microphone 6 into the shock-absorbing foam 110 of the second storage cavity from the rear storage opening; close the rear storage opening with the rear closing plate 17, and tighten the captive screw on the rear closing plate 17 to fix the rear closing plate 17 to the chassis body 11;

[0157] Step 5: Press the short bead solid double-headed V-shaped spring clip 144 to shrink the inner tube 143 into the outer tube 142; open the locking structure of the self-locking folding hinge 141, store the telescopic table legs on the back of the flip panel 19, and clamp the crossbeam 146 with the stainless steel elastic tube clamp 147; flip the two flip panels 19 down and store them, insert the pin 111 into the pin buckle 148, and fix the flip panel 19 to the chassis body 11.

[0158] The present invention provides a concept and method for a movable seat operation unit that is easy to deploy quickly. There are many methods and ways to implement the technical solution. The above is only a preferred implementation of the present invention. It should be pointed out that for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the principle of the present invention. These improvements and modifications should also be regarded as the protection scope of the present invention. All components not specified in this embodiment can be implemented using existing technologies.

Claims

1. A movable seat operation unit that is easy to deploy quickly, characterized in that: include: A communication workstation, comprising a reinforced dual-screen portable machine (4), an IP voice phone (5), a microphone (6), an audio-visual encoder (3), a power supply and a network access unit (2), and a matching cable (7); the audio-visual encoder (3) can be connected to the reinforced dual-screen portable machine (4) and the microphone (6) through corresponding matching cables (7), and the power supply and the network access unit (2) can be connected to the reinforced dual-screen portable machine (4), the IP voice phone (5), and the audio-visual encoder (3) through corresponding matching cables (7); A retractable seat workbench (1) comprises a chassis body (11) and two flip tables (14), wherein the video and audio encoder (3) and the power supply and network access unit (2) are installed in the chassis body (11); the chassis body (11) is constructed to accommodate the reinforced dual-screen portable computer (4), the IP voice phone (5), the microphone (6) and the matching cable (7); the two flip tables (14) are relatively hinged to the two sides of the chassis body (11) and can be flipped around the hinged sides from a folded position to an unfolded position to support the reinforced dual-screen portable computer (4) taken out of the chassis body (11).

2. The movable seat operation unit that is easy to deploy quickly according to claim 1 is characterized in that: The matching cables (7) respectively connected to the power supply and network access unit (2), the video and audio encoder (3) and the IP voice phone (5) are all pre-connected.

3. The movable seat operation unit that is easy to deploy quickly according to claim 2 is characterized in that: The chassis body (11) comprises a first storage cavity, a second storage cavity, a third storage cavity and a drawer (13) for accommodating an IP voice phone (5); a top surface of the chassis body (11) is provided with a top surface storage opening connected to the first storage cavity; a flip cover panel (19) for closing the top surface storage opening is provided at the top surface storage opening; and the first storage cavity is used to accommodate the matching cable (7); The chassis body (11) is provided with a first front storage opening, a second front storage opening and a back storage opening, the first front storage opening and the back storage opening are both connected to the second storage cavity, the second storage cavity is used to accommodate the microphone (6) and the reinforced dual-screen portable machine (4); a front sealing plate (12) is provided at the first front storage opening, and a rear sealing plate (17) is provided at the back storage opening; The second front storage opening is located above the first front storage opening and is connected to the third storage cavity. The drawer (13) is slidably arranged in the third storage cavity through the second front storage opening. A rotating lifting mechanism (131) is installed in the drawer (13). The rotating lifting mechanism (131) includes a fixed end fixed to the drawer (13) and a lifting end connected to the IP voice phone (5) and capable of being lifted and lowered relative to the fixed end.

4. The movable seat operation unit that is easy to deploy quickly according to claim 3 is characterized in that: The lower end of the flip table (14) on the side opposite to the hinged side is also connected to a telescopic table leg via a self-locking folding hinge (141), and the end of the telescopic table leg is connected to a leveling foot support (145); A stainless steel elastic pipe clamp (147) is also installed on the back of the flip table (14). When the telescopic table leg is rotated to fit the back of the flip table (14), the stainless steel elastic pipe clamp (147) clamps the telescopic table leg.

5. The movable seat operation unit that is easy to deploy quickly according to claim 4 is characterized in that: The power supply and network access unit (2) comprises a mains input interface (213), a network input interface (215), a mains output interface (218), a panel indicator light unit, a PC1 network interface (232), a PC1 power interface (233), an IP voice network interface (234), a PC2 network interface (238), a PC2 power interface (239), an IP voice power interface (235), a collection box network interface (236), a collection box power interface (237), a network cascade interface (2110), a filter module, a power module, a transformer and a switch board. The mains input interface (213) is connected to the input side of the filter module, the input side of the power module and the mains output interface (218) are both connected to the output side of the filter module, and the filter module is capable of filtering the mains voltage input by the mains input interface (213), and providing the filtered mains voltage to the power module and the mains output interface (218) respectively; The power module comprises a first power output port and a second power output port, wherein the first power output port is connected to the panel indicator light and is used to supply power to the panel indicator light; the second power output port of the power module is connected to the input side of the transformer, and the PC1 power interface (233), the PC2 power interface (239), the IP voice power interface (235) and the acquisition box power interface (237) are respectively connected to the output side of the transformer; The output side of the transformer is also connected to the switch board for supplying power to the switch board; the network input interface (215) is connected to the input side of the switch board, and the PC1 network interface (232), the PC2 network interface (238), the IP voice network interface (234), the acquisition box network interface (236) and the network cascade interface (2110) are respectively connected to the output side of the switch board.

6. The movable seat operation unit that is easy to deploy quickly according to claim 5 is characterized in that: The power supply and network access unit (2) comprises a first shell (22), a first front panel (21) installed on the front surface of the first shell (22), and a first rear panel (23) installed on the rear surface of the first shell (22); the filter module, the power module, the transformer and the switching board are all arranged in the first shell (22); The mains input interface (213), the network input interface (215), the mains output interface (218), the network cascade interface (2110) and the panel indicator light unit are all arranged on the first front panel (21); The PC1 network interface (232), the PC1 power interface (233), the IP voice network interface (234), the IP voice power interface (235), the acquisition box network interface (236), the acquisition box power interface (237), the PC2 network interface (238) and the PC2 power interface (239) are all arranged on the first rear panel (23); The first front panel (21) is also provided with a power switch (211) for controlling the connection and disconnection of the mains power.

7. The movable seat operation unit that is easy to deploy quickly according to claim 6 is characterized in that: The video and audio encoder (3) comprises an encoder power input interface (322), a network interface (323), an audio input interface (324), an HDMI loop-out interface (326), an HDMI copy chip, an HDMI to MIPI chip, a MIPI to RGMII chip, an RGMII to network chip, a boost chip, an isolation voltage regulator chip and a four-channel DC buck chip. The HDMI input interface (325) is connected to the input end of the HDMI replica chip; the output end of the HDMI replica chip is divided into two paths, which are respectively connected to the HDMI loop-out interface (326) and the input end of the HDMI to MIPI chip; the output end of the HDMI to MIPI chip is connected to the input end of the MIPI to RGMII chip, the output end of the MIPI to RGMII chip is connected to the input end of the RGMII to network chip, and the output end of the RGMII to network chip is connected to the network interface (323); The encoder power input interface (322) is divided into two paths, which are respectively connected to the input end of the boost chip and the input end of the isolation voltage regulator chip; the output end of the boost chip is connected to the audio input interface (324) for providing 48V phantom power to the microphone (6); the output end of the isolation voltage regulator chip is connected to the input end of the four-channel DC buck chip, and the four-channel DC buck chip converts the received DC 12V into 5V, 33V, 18V, and 12V respectively for use by each chip in the audio and video encoder (3).

8. The movable seat operation unit that is easy to deploy quickly according to claim 7 is characterized in that: The video and audio encoder (3) comprises a second shell (33), a second front panel (31) installed on the front surface of the second shell (33), and a second rear panel (32) installed on the rear surface of the second shell (33); the end of the second front panel (31) is connected to a hanging ear (34); and the second front panel (31) is provided with a nameplate (311), a power light (312), a network light (313), and an alarm light (314); The encoder power input interface (322), the network interface (323), the audio input interface (324), the HDMI input interface (325) and the HDMI loop-out interface (326) are all arranged on the second rear panel (32); the second rear panel (32) is also provided with a first grounding column (321); The HDMI copy chip, the HDMI to MIPI chip, the MIPI to RGMII chip, the RGMII to network chip, the isolation voltage stabilization chip and the four-channel DC buck chip are all arranged inside the second housing (33).

9. The movable seat operation unit that is easy to deploy quickly according to claim 8 is characterized in that: The reinforced dual-screen portable computer (4) comprises a display screen (41), a keyboard (42), a touch panel (43), a fingerprint recognition module (44), a heat dissipation outlet (451), a second grounding column (452), a portable computer power input interface (453), a network aviation plug interface (454), a network RJ45 interface (455), an HDMI output interface (456), a USB30 interface (457), a serial port (458) and a destroy button (459).

10. The movable seat operation unit that is easy to deploy quickly according to claim 9 is characterized in that: The reinforced dual-screen portable computer (4) is provided with two units, namely a first reinforced dual-screen portable computer and a second reinforced dual-screen portable computer; The supporting cables (7) are provided with twelve pieces, and the twelve supporting cables (7) include a first internal interconnection cable (701), a second internal interconnection cable (702), a first portable machine network cable (703), a first portable machine power cable (704), a second portable machine network cable (705), a second portable machine power cable (706), an IP voice phone network cable (707), an IP voice phone power cable (708), a portable machine HDMI cable (709), a microphone audio cable (710), an external interconnection power cable (711) and an external Internet cable (712). Wherein, the first internal interconnection cable (701) is pre-electrically connected between the acquisition box network interface (236) of the power supply and network access unit (2) and the network interface (323) of the video and audio encoder (3); The first end of the second internal interconnection cable (702) is pre-electrically connected to the acquisition box power interface (237) of the power supply and network access unit (2), and the second end is pre-electrically connected to the encoder power input interface (322) of the video and audio encoder (3); One end of the first portable network cable (703) is pre-electrically connected to the PC1 network interface (232) of the power supply and network access unit (2), and the other end is used to connect to the network air plug interface (454) of the first reinforced dual-screen portable machine; One end of the first portable machine power line (704) is pre-electrically connected to the PC1 power interface (233) of the power supply and network access unit (2), and the other end is used to connect to the portable machine power input interface (453) of the first reinforced dual-screen portable machine; One end of the second portable computer network cable (705) is pre-electrically connected to the PC2 network interface (238) of the power supply and network access unit (2), and the other end is used to connect to the network air plug interface (454) of the second reinforced dual-screen portable computer; One end of the second portable machine power line (706) is pre-electrically connected to the PC2 power interface (239) of the power supply and network access unit (2), and the other end is used to connect to the portable machine power input interface (453) of the second reinforced dual-screen portable machine; The IP voice phone network cable (707) is pre-electrically connected to the IP voice network interface (234) of the power supply and network access unit (2) and the network interface (543) of the IP voice phone (5); The IP voice phone power line (708) is pre-electrically connected to the IP voice power interface (235) of the power supply and network access unit (2) and the power interface (542) of the IP voice phone (5); One end of the portable HDMI cable (709) is pre-electrically connected to the HDMI input interface (325) of the video and audio encoder (3), and the other end is used to connect to the HDMI output interface (456) of the reinforced dual-screen portable device (4); One end of the microphone audio cable (710) is pre-electrically connected to the audio input interface (324) of the video and audio encoder (3), and the other end is used to connect to the audio interface (64) of the microphone (6); The mains power input interface (213) of the power supply and network access unit (2) can be connected to an external power supply device via the external interconnection power line; The network access interface (215) of the power supply and network access unit (2) can be connected to an external switching device via the external Internet line.

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