Distributed adjustable intelligent operating bed and control method

Abstract

The invention discloses a distributed adjustable intelligent operating bed and a control method, and relates to the technical field of intelligent operating beds, and the distributed adjustable intelligent operating bed comprises an intelligent operating bed body, a plurality of distributed adjustable units and a distributed adjustable controller based on a chip. The positions of the adjustable units of the multiple distributed adjustable units can move in the adjustable unit mounting grooves of the outer frame piece in a plane mode, and therefore the heating position, the negative pressure position and the monitoring position on the operating bed can be adjusted; a plurality of distributed adjustable units are arranged to achieve heating control and negative pressure control of independent parts, monitoring close to the back is provided, visual information of the back of a patient lying on the operating bed can be provided, and an operator is assisted in judging the condition of the patient in the operating process; the distribution adjustable controller can automatically and separately adjust the heating parameters, the negative pressure parameters and the monitoring parameters of the adjustable units of different distribution adjustable units, and therefore adjustment of different temperatures and different negative pressures in different areas is achieved.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent operating tables, and in particular to a distributed adjustable intelligent operating table and a control method thereof. Background Art

[0002] The intelligence level of modern operating tables is constantly improving, such as electric control, adjustable height and angle, integrated imaging and monitoring systems, etc. have become standard features. However, these functions still have room for improvement in practical applications, especially in complex surgical operations, the flexibility and compatibility of operating tables need to be further improved.

[0003] In the development of smart operating rooms, there is no unified definition and specification of the concept of smart operating rooms at home and abroad. This leads to differences in the design and application of equipment such as operating tables, affecting their functions and efficiency.

[0004] Although the materials and designs of operating tables pay more attention to disinfection and cleaning to reduce the risk of nosocomial infection, in actual use, these materials and designs still have room for improvement, especially in meeting the needs of different types of surgeries.

[0005] There are some surgeries that require heating, negative pressure or back setting position monitoring at specified locations, but the existing smart operating tables cannot provide heating, negative pressure or back monitoring that can be controlled individually at each location.

[0006] Therefore, it is urgent to design a distributed adjustable intelligent operating table and a supporting control method to meet surgical needs. Summary of the invention

[0007] In order to solve the technical problems of the above-mentioned intelligent operating table, the present invention provides a distributed adjustable intelligent operating table and a control method. The following technical solutions are adopted:

[0008] A distributed adjustable intelligent operating bed, comprising an intelligent operating bed body, a plurality of distributed adjustable units and a distributed adjustable controller based on a chip, wherein the intelligent operating bed body comprises a support portion and a bed surface, wherein the bed surface is mounted on the support portion, wherein the bed surface is provided with a plurality of distributed adjustable unit mounting grooves, wherein the distributed adjustable unit comprises an outer frame, a plane moving mechanism, an adjustable unit mounting member and an adjustable unit, wherein the top of the outer frame is provided with a plane moving mounting groove, the bottom of the outer frame is detachably mounted at the distributed adjustable unit mounting groove of the bed surface, the bottom of the track of the plane moving mechanism is detachably mounted at the plane moving mounting groove of the outer frame, the top of the adjustable unit mounting member is provided with an adjustable unit mounting groove, and the adjustable unit The bottom of the element mounting part is detachably mounted on the slider of the planar moving mechanism, and moves with the slider in the planar moving mounting groove of the outer frame part. The adjustable unit includes a mounting frame part, a heating component, a negative pressure component and a back monitoring component. The mounting frame part is detachably mounted on the adjustable unit mounting groove of the adjustable unit mounting part. The heating component, the negative pressure component and the back monitoring component are installed in the mounting frame part, and are respectively used to provide controllable heating, controllable negative pressure and back monitoring for the surgical area at the current position of the adjustable unit. The distributed adjustable controller is electrically connected to the adjustable units of multiple distributed adjustable units, respectively, and supplies power to the heating component, the negative pressure component and the back monitoring component and controls the execution of actions.

[0009] By adopting the above technical solution, in order to meet the heating and negative pressure requirements of different parts during surgery, the positions of the adjustable units of the multiple distributed adjustable units can be moved in the plane within the adjustable unit mounting groove of the outer frame, thereby realizing the adjustment of the heating position, negative pressure position and monitoring position on the operating table to meet the heating, negative pressure and back monitoring requirements of different parts;

[0010] Multiple distributed adjustable units are set up to achieve heating control and negative pressure control of independent parts, and provide close-to-back monitoring, which can provide visual information of the patient's back lying on the operating table, and assist the surgeon to judge the patient's condition during the operation;

[0011] The distributed adjustable controller can realize the automatic and separate adjustment of the heating parameters, negative pressure parameters and monitoring parameters of the adjustable units of different distributed adjustable units, thereby realizing the adjustment of different temperatures and negative pressures in different areas, and can meet the heating and negative pressure requirements of different positions during surgery.

[0012] Optionally, the planar moving mechanism is a cross slide, which includes a cross track, a slider and a slider locking mechanism. The bottom of the cross track can be removably mounted on the planar moving mounting groove of the outer frame. The slider is located on the cross track for planar movement, and the slider locking mechanism is used to lock the slider position.

[0013] By adopting the above technical solution, the cross slide can adopt a standard component structure on the market. Usually, the cross slide has a slider locking mechanism, which can realize the loosening and locking of the slider position. When the slider is loosened, the slider can move in a plane within the area of ​​the cross track. When the slider is locked, the position of the adjustable unit is fixed.

[0014] Optionally, the distributed adjustable unit also includes a flexible filling support component, which includes a hard core member and a flexible member, and the flexible member surrounds the outside of the hard core member. When each distributed adjustable unit is installed, the flexible filling support component fills the gap between the outer frame member and the adjustable unit.

[0015] Optionally, the hard core piece is made of hard plastic or hard metal, and the flexible piece is made of silicone material, and the compressible size is greater than 10 mm.

[0016] By adopting the above technical solution, after the adjustable unit adjusts its position in the planar movable installation groove of the outer frame, there will inevitably be gaps between the adjustable unit and the outer frame. If these gaps are not processed, they will affect the patient's lying down, and the size of these gaps is steplessly variable. A hard core member made of hard plastic or hard metal is wrapped around a flexible member made of silicone material. For example, a flexible filling support component can be prepared every 10 mm, and the compressible size of the flexible member is greater than 10 mm. In this way, gaps of different sizes can be effectively filled to meet the patient's lying down needs.

[0017] Optionally, the distributed adjustable unit also includes a power supply control integrated socket, which is installed at the bottom of the bed surface, and the power supply and signal input ends of the power supply control integrated socket are respectively electrically connected to the distributed adjustable controller, and the power supply and signal output ends are respectively electrically connected to the adjustable units of multiple distributed adjustable units.

[0018] By adopting the above technical solution, the power supply control integrated socket is an integrated socket purchased or customized on the market that can provide multiple power supply outputs and communication outputs, which can simplify the communication and power supply lines.

[0019] Optionally, the supporting part includes a bed frame and four universal wheel assemblies, wherein the four universal wheel assemblies are detachably mounted on the bottom of the bed frame, and the bed surface is detachably mounted on the top of the bed frame.

[0020] Optionally, the heating assembly includes a heating panel and a heating controller, the heating panel is detachably mounted on the top surface of the mounting frame, the heating panel is provided with a plurality of negative pressure openings and monitoring openings, the negative pressure assembly includes a plurality of negative pressure heads and a negative pressure generator, the negative pressure heads are located at the negative pressure openings, the negative pressure generator is mounted on the bed frame and provides negative pressure to the plurality of negative pressure heads respectively, the back monitoring assembly includes a transparent cover, a camera and a fill light, the transparent cover is mounted at the monitoring opening of the heating panel, the camera and the fill light are respectively mounted in the transparent cover, and the distance between the lens surface of the camera and the end of the transparent cover is adjustable;

[0021] The power supply and signal access ports of the heating controller, the negative pressure generator, the camera and the fill light are electrically connected to the power supply and signal output ports of the power supply control integrated socket respectively.

[0022] By adopting the above technical solution, the heating panel can be a heating panel that can accurately control the temperature, such as a ceramic heating panel, a semiconductor heating panel, etc.;

[0023] The size of the negative pressure head can be flexibly changed according to needs;

[0024] An internal thread hole can be set in the transparent cover, and the bases of the camera and the fill light can be turned at the internal thread hole to adjust the distance from the end of the transparent cover by turning the knob;

[0025] After the heating panel, multiple negative pressure heads and transparent cover are completed, the upper end surface should be flush with the bed surface.

[0026] Optionally, the distributed adjustable controller includes a touch screen, a buffer and a power supply control circuit board based on a control chip. The touch screen is detachably mounted on one side of the bed surface. The touch screen is communicatively connected to the buffer. The signal input end of the power supply control circuit board is communicatively connected to the buffer. The power supply input end is electrically connected to a mains socket. The power supply and signal output ends of the power supply control circuit board are electrically connected to the adjustable units of multiple distributed adjustable units, respectively.

[0027] By adopting the above technical solution and using a touch screen for control, the touch screen can realize the input of adjustable unit heating parameters, negative pressure parameters and monitoring requirement parameters at different distribution positions, and can also display the current heating parameters, negative pressure parameters and monitoring screen.

[0028] A control method for a distributed adjustable intelligent operating table is used to control a plurality of distributed adjustable units of a distributed adjustable intelligent operating table, comprising the following steps:

[0029] Step 1, loosen the slider locking mechanism of the plane moving mechanism, adjust the slider position to ensure that the adjustable unit meets the position requirements of the heating part, negative pressure part and back monitoring part of the operation, and lock the slider locking mechanism again;

[0030] Step 2, according to the gap size between the outer frame and the adjustable unit, select a flexible filling support component that is smaller than the gap size, and fill the gap between the outer frame and the adjustable unit with the flexible filling support component so that the upper surface is flush with the bed surface;

[0031] Step 3. According to the location requirements of the heating part, negative pressure part and back monitoring part of the operation, the surgeon inputs the heating parameters, negative pressure parameters and monitoring requirement parameters by operating the touch screen. The touch screen interacts with the buffer to exchange the heating parameters, negative pressure parameters and monitoring requirement parameters. The power supply control circuit board generates control instructions for controlling the heating controller, negative pressure generator, camera and fill light according to the heating parameters, negative pressure parameters and monitoring requirement parameters, and transmits the control instructions to the heating controller, negative pressure generator, camera and fill light through the power supply control integrated socket.

[0032] In summary, the present invention includes at least one of the following beneficial technical effects:

[0033] The present invention can provide a distributed adjustable intelligent operating table and a control method, wherein the positions of the adjustable units of the plurality of distributed adjustable units can be moved in a plane within the adjustable unit mounting groove of the outer frame, thereby realizing the adjustment of the heating position, negative pressure position and monitoring position on the operating table, and meeting the heating, negative pressure and back monitoring requirements of different parts;

[0034] Multiple distributed adjustable units are set up to achieve heating control and negative pressure control of independent parts, and provide close-to-back monitoring, which can provide visual information of the patient's back lying on the operating table, and assist the surgeon to judge the patient's condition during the operation;

[0035] The distributed adjustable controller can realize the automatic and separate adjustment of the heating parameters, negative pressure parameters and monitoring parameters of the adjustable units of different distributed adjustable units, thereby realizing the adjustment of different temperatures and negative pressures in different areas, and can meet the heating and negative pressure requirements of different positions during surgery. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 It is a schematic diagram of the top view of the structure of a distributed adjustable intelligent operating table of the present invention;

[0037] Figure 2 It is a structural schematic diagram of the state of a distributed adjustable unit filling flexible filling support component of a distributed adjustable intelligent operating bed of the present invention;

[0038] Figure 3 It is a schematic diagram of the structure of the combined state of the outer frame of a distributed adjustable intelligent operating table and a plane moving mechanism of the present invention;

[0039] Figure 4It is a top view structural schematic diagram of an adjustable unit of a distributed adjustable intelligent operating table of the present invention;

[0040] Figure 5 It is a side view structural schematic diagram of a distributed adjustable intelligent operating table of the present invention;

[0041] Figure 6 It is a schematic diagram of the connection principle of electrical components of a distributed adjustable intelligent operating table of the present invention.

[0042] Description of the drawings: 11. Support part; 111. Bed frame; 112. Universal wheel assembly; 12. Bed surface; 2. Distributed adjustable unit; 21. Outer frame; 22. Planar moving mechanism; 23. Adjustable unit mounting part; 24. Adjustable unit; 25. Power supply control integrated socket; 241. Mounting frame part; 2421. Heating panel; 2422. Heating controller; 2431. Negative pressure head; 2432. Negative pressure generator; 2441. Transparent cover; 2442. Camera; 2443. Fill light; 3. Distributed adjustable controller; 31. Touch screen; 32. Buffer; 33. Power supply control circuit board; 4. Flexible filling support assembly; 41. Hard core; 42. Flexible part. DETAILED DESCRIPTION

[0043] The present invention is further described in detail below in conjunction with the accompanying drawings.

[0044] The embodiment of the present invention discloses a distributed adjustable intelligent operating table and a control method.

[0045] Reference Figure 1-Figure 6Embodiment 1: A distributed adjustable intelligent operating bed comprises an intelligent operating bed body, a plurality of distributed adjustable units 2 and a distributed adjustable controller 3 based on a chip. The intelligent operating bed body comprises a support portion 11 and a bed surface 12. The bed surface 12 is mounted on the support portion 11. The bed surface 12 is provided with a plurality of distributed adjustable unit mounting grooves. The distributed adjustable unit 2 comprises an outer frame 21, a plane moving mechanism 22, an adjustable unit mounting member 23 and an adjustable unit 24. The top of the outer frame 21 is provided with a plane moving mounting groove. The bottom of the outer frame 21 is detachably mounted at the distributed adjustable unit mounting groove of the bed surface 12. The bottom of the track of the plane moving mechanism 22 is detachably mounted at the plane moving mounting groove of the outer frame 21. The top of the adjustable unit mounting member 23 is provided with an adjustable unit mounting groove. The bottom of the adjustable unit mounting member 23 is detachably mounted on the slider of the planar moving mechanism 22, and moves with the slider in the planar moving mounting groove of the outer frame member 21. The adjustable unit 24 includes a mounting frame member 241, a heating component, a negative pressure component and a back monitoring component. The mounting frame member 241 is detachably mounted at the adjustable unit mounting groove of the adjustable unit mounting member 23. The heating component, the negative pressure component and the back monitoring component are mounted in the mounting frame member 241, and are respectively used to provide controllable heating, controllable negative pressure and back monitoring for the surgical area at the current position of the adjustable unit 24. The distributed adjustable controller 3 is respectively electrically connected to the adjustable units 24 of the multiple distributed adjustable units 2, and respectively supplies power to the heating component, the negative pressure component and the back monitoring component and controls the execution of actions.

[0046] In order to meet the heating and negative pressure requirements of different parts during surgery, the positions of the adjustable units 24 of the multiple distributed adjustable units 2 can be moved in the plane within the adjustable unit mounting groove of the outer frame 21, thereby realizing the adjustment of the heating position, negative pressure position and monitoring position on the operating table to meet the heating, negative pressure and back monitoring requirements of different parts;

[0047] Multiple distributed adjustable units 2 are provided to realize heating control and negative pressure control of independent parts, and provide close-to-back monitoring, which can provide visual information of the back of the patient lying on the operating table, and assist the surgical staff in judging the patient's condition during the operation;

[0048] The distributed adjustable controller 3 can realize the automatic and separate adjustment of the heating parameters, negative pressure parameters and monitoring parameters of the adjustable units 24 of different distributed adjustable units 2, thereby realizing the adjustment of different temperatures and negative pressures in different areas, and can meet the heating and negative pressure requirements of different positions in surgery.

[0049] In embodiment 2, the planar moving mechanism 22 is a cross slide, which includes a cross track, a slider and a slider locking mechanism. The bottom of the cross track can be removably installed in the planar moving mounting groove of the outer frame 21. The slider is located on the cross track for planar movement, and the slider locking mechanism is used to lock the slider position.

[0050] The cross slide can adopt a standard structure available on the market. Usually, the cross slide has a slider locking mechanism, which can realize the loosening and locking of the slider position. When the slider is loosened, the slider can move in a plane within the area of ​​the cross track. When the slider is locked, the position of the adjustable unit 24 is fixed.

[0051] Embodiment 3, the distributed adjustable unit 2 also includes a flexible filling support component 4, the flexible filling support component 4 includes a hard core component 41 and a flexible component 42, the flexible component 42 surrounds the outside of the hard core component 41, when each distributed adjustable unit 2 is installed, the flexible filling support component 4 fills the gap between the outer frame component 21 and the adjustable unit 24.

[0052] In the fourth embodiment, the hard core member 41 is made of hard plastic or hard metal, and the flexible member 42 is made of silicone material, and the compressible size is greater than 10 mm.

[0053] After the adjustable unit 24 adjusts its position in the planar movable installation groove of the outer frame 21, there will inevitably be gaps between the adjustable unit 24 and the outer frame 21. If these gaps are not processed, they will affect the patient's lying down, and the size of these gaps is steplessly variable. A hard core member 41 made of hard plastic or hard metal is wrapped around a flexible member 42 made of silicone material. For example, a flexible filling support component 4 can be prepared every 10 mm, and the compressible size of the flexible member 42 is greater than 10 mm. In this way, gaps of different sizes can be effectively filled to meet the patient's lying down needs.

[0054] Embodiment 5, the distributed adjustable unit 2 also includes a power supply control integrated socket 25, which is installed at the bottom of the bed surface 12, and the power supply and signal input ends of the power supply control integrated socket 25 are respectively electrically connected to the distributed adjustable controller 3, and the power supply and signal output ends are respectively electrically connected to the adjustable units 24 of multiple distributed adjustable units 2.

[0055] The power supply control integrated socket 25 is an integrated socket purchased or customized on the market that can provide multiple power supply outputs and communication outputs, which can simplify the communication and power supply lines.

[0056] In Example 6, the support portion 11 includes a bed frame 111 and four universal wheel assemblies 112 . The four universal wheel assemblies 112 are detachably mounted on the bottom of the bed frame 111 , and the bed surface 12 is detachably mounted on the top of the bed frame 111 .

[0057] Embodiment 7, the heating assembly includes a heating panel 2421 and a heating controller 2422, the heating panel 2421 is detachably mounted on the top surface of the mounting frame 241, the heating panel 2421 is provided with a plurality of negative pressure openings and monitoring openings, the negative pressure assembly includes a plurality of negative pressure heads 2431 and a negative pressure generator 2432, the negative pressure heads 2431 are located at the negative pressure openings, the negative pressure generator 2432 is mounted on the bed frame 111, and provides negative pressure to the plurality of negative pressure heads 2431 respectively, the back monitoring assembly includes a transparent cover 2441, a camera 2442 and a fill light 2443, the transparent cover 2441 is mounted at the monitoring opening of the heating panel 2421, the camera 2442 and the fill light 2443 are respectively mounted in the transparent cover 2441, and the distance between the lens surface of the camera 2442 and the end of the transparent cover 2441 is adjustable;

[0058] The power supply and signal access ports of the heating controller 2422 , the negative pressure generator 2432 , the camera 2442 and the fill light 2443 are electrically connected to the power supply and signal output ports of the power supply control integrated socket 25 , respectively.

[0059] The heating panel 2421 may be a heating panel that can accurately control the temperature, such as a ceramic heating panel, a semiconductor heating panel, etc.;

[0060] The size of the negative pressure head 2431 can be flexibly changed according to needs;

[0061] An internal thread hole may be provided in the transparent cover 2441, and the bases of the camera 2442 and the fill light 2443 may be turned at the internal thread hole to adjust the distance from the end of the transparent cover 2441 by turning the knob;

[0062] After the heating panel 2421 , the multiple negative pressure heads 2431 and the transparent cover 2441 are completed, the upper end surface should be flush with the bed surface 12 .

[0063] Embodiment 8, the distributed adjustable controller 3 includes a touch screen 31, a buffer 32 and a power supply control circuit board 33 based on a control chip. The touch screen 31 is detachably mounted on one side of the bed surface 12. The touch screen 31 is communicatively connected with the buffer 32. The signal input end of the power supply control circuit board 33 is communicatively connected with the buffer 32. The power supply input end is electrically connected to the AC power socket. The power supply and signal output ends of the power supply control circuit board 33 are electrically connected to the adjustable units 24 of the multiple distributed adjustable units 2, respectively.

[0064] The touch screen 31 is used for control, and the touch screen 31 can realize the input of heating parameters, negative pressure parameters and monitoring requirement parameters of the adjustable units 24 at different distribution positions, and can also display the current heating parameters, negative pressure parameters and monitoring screen.

[0065] Embodiment 9, a control method of a distributed adjustable intelligent operating table, used to control a plurality of distributed adjustable units 2 of a distributed adjustable intelligent operating table, comprises the following steps:

[0066] Step 1, loosen the slider locking mechanism of the plane moving mechanism 22, adjust the slider position to determine that the adjustable unit 24 meets the position requirements of the heating part, negative pressure part and back monitoring part of the operation, and lock the slider locking mechanism again;

[0067] Step 2, according to the gap size between the outer frame 21 and the adjustable unit 24, select a flexible filling support component 4 smaller than the gap size, and fill the flexible filling support component 4 in the gap between the outer frame 21 and the adjustable unit 24 so that the upper surface is flush with the bed surface 12;

[0068] Step 3. According to the location requirements of the heating part, negative pressure part and back monitoring part of the operation, the surgeon inputs the heating parameters, negative pressure parameters and monitoring requirement parameters by operating the touch screen 31. The touch screen 31 interacts with the buffer 32 to exchange the heating parameters, negative pressure parameters and monitoring requirement parameters. The power supply control circuit board 33 generates control instructions for controlling the heating controller 2422, the negative pressure generator 2432, the camera 2442 and the fill light 2443 according to the heating parameters, negative pressure parameters and monitoring requirement parameters, and transmits the control instructions to the heating controller 2422, the negative pressure generator 2432, the camera 2442 and the fill light 2443 through the power supply control integrated socket 25.

[0069] The patient needs spinal correction surgery due to scoliosis. The surgery needs to be performed at a specific spinal segment, and the surgical area has special requirements for temperature control and negative pressure drainage, and the surgical progress needs to be monitored in real time.

[0070] The following specific embodiments are used to illustrate the implementation principle of a distributed adjustable intelligent operating table and control method of the present invention:

[0071] The patient needs spinal correction surgery due to scoliosis. The surgery needs to be performed at a specific spinal segment, and the surgical area has special requirements for temperature control and negative pressure drainage, and the surgical progress needs to be monitored in real time.

[0072] Ensure that all components of the distributed adjustable intelligent operating table function properly, including the heating component, negative pressure component and back monitoring component.

[0073] The patient lies flat on the operating table, and the patient's position is adjusted according to the surgical requirements.

[0074] According to the location requirements of the heating area, negative pressure area and back monitoring area of ​​the patient's surgery, the surgeon inputs the heating parameters, negative pressure parameters and monitoring requirement parameters by operating the touch screen 31. The touch screen 31 interacts with the buffer 32 to exchange the heating parameters, negative pressure parameters and monitoring requirement parameters. The power supply control circuit board 33 generates control instructions for controlling the heating controller 2422, the negative pressure generator 2432, the camera 2442 and the fill light 2443 according to the heating parameters, negative pressure parameters and monitoring requirement parameters, and transmits the control instructions to the heating controller 2422, the negative pressure generator 2432, the camera 2442 and the fill light 2443 through the power supply control integrated socket 25.

[0075] During the operation, the doctor adjusts the heating parameters, negative pressure parameters and monitoring settings in real time through the touch screen 31 according to the progress of the operation and the patient's condition to ensure the smooth progress of the operation.

[0076] Through the above cases, we can see the application of distributed adjustable intelligent operating table in actual surgery. Its flexibility and adjustability provide great convenience for surgery and improve the safety and efficiency of surgery.

[0077] The above are all preferred embodiments of the present invention, and are not intended to limit the protection scope of the present invention. Therefore, any equivalent changes made based on the structure, shape, and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A distributed adjustable intelligent operating table, characterized in that: The invention comprises an intelligent operating bed body, a plurality of distributed adjustable units (2) and a distributed adjustable controller (3) based on a chip. The intelligent operating bed body comprises a support part (11) and a bed surface (12). The bed surface (12) is mounted on the support part (11). The bed surface (12) is provided with a plurality of distributed adjustable unit mounting grooves. The distributed adjustable unit (2) comprises an outer frame (21), a plane moving mechanism (22), an adjustable unit mounting member (23) and an adjustable unit (24). The top of the outer frame (21) is provided with a plane moving mounting groove. The bottom of the outer frame (21) is detachably mounted at the distributed adjustable unit mounting groove of the bed surface (12). The bottom of the track of the plane moving mechanism (22) is detachably mounted at the plane moving mounting groove of the outer frame (21). The top of the adjustable unit mounting member (23) is provided with an adjustable unit mounting groove. The bottom of the adjustable unit mounting member (23) is detachably mounted on the slider of the planar moving mechanism (22), and moves with the slider in the planar moving mounting groove of the outer frame member (21). The adjustable unit (24) comprises a mounting frame member (241), a heating component, a negative pressure component and a back monitoring component. The mounting frame member (241) is detachably mounted on the adjustable unit mounting groove of the adjustable unit mounting member (23). The heating component, the negative pressure component and the back monitoring component are mounted in the mounting frame member (241) and are respectively used to provide controllable heating, controllable negative pressure and back monitoring for the surgical area at the current position of the adjustable unit (24). The distributed adjustable controller (3) is respectively electrically connected to the adjustable units (24) of the plurality of distributed adjustable units (2) to respectively supply power to the heating component, the negative pressure component and the back monitoring component and control the execution of actions.

2. The distributed adjustable intelligent operating table according to claim 1, characterized in that: The planar moving mechanism (22) is a cross slide, comprising a cross track, a slider and a slider locking mechanism, wherein the bottom of the cross track is detachably mounted on the planar moving mounting groove of the outer frame (21), the slider is located on the cross track for planar movement, and the slider locking mechanism is used to lock the position of the slider.

3. The distributed adjustable intelligent operating table according to claim 2 is characterized in that: The distributed adjustable unit (2) further comprises a flexible filling support assembly (4), wherein the flexible filling support assembly (4) comprises a hard core member (41) and a flexible member (42), wherein the flexible member (42) surrounds the outside of the hard core member (41), and when each distributed adjustable unit (2) is installed, the flexible filling support assembly (4) fills the gap between the outer frame member (21) and the adjustable unit (24).

4. The distributed adjustable intelligent operating table according to claim 3 is characterized in that: The hard core (41) is made of hard plastic or hard metal, and the flexible part (42) is made of silicone material, and the compressible size is greater than (10) mm.

5. The distributed adjustable intelligent operating table according to claim 4 is characterized in that: The distributed adjustable unit (2) further comprises a power supply control integrated socket (25), which is installed at the bottom of the bed surface (12), the power supply and signal input ends of the power supply control integrated socket (25) being electrically connected to the distributed adjustable controller (3) respectively, and the power supply and signal output ends being electrically connected to the adjustable units (24) of the plurality of distributed adjustable units (2) respectively.

6. The distributed adjustable intelligent operating table according to claim 5 is characterized in that: The support part (11) comprises a bed frame (111) and four universal wheel assemblies (112), wherein the four universal wheel assemblies (112) are detachably mounted on the bottom of the bed frame (111), and the bed surface (12) is detachably mounted on the top of the bed frame (111).

7. The distributed adjustable intelligent operating table according to claim 6, characterized in that: The heating assembly comprises a heating panel (2421) and a heating controller (2422), wherein the heating panel (2421) is detachably mounted on the top surface of the mounting frame member (241), wherein the heating panel (2421) is provided with a plurality of negative pressure openings and a monitoring opening, wherein the negative pressure assembly comprises a plurality of negative pressure heads (2431) and a negative pressure generator (2432), wherein the negative pressure heads (2431) are located at the negative pressure openings, and the negative pressure generator (2432) is mounted on the bed frame (111). , and respectively provide negative pressure for the multiple negative pressure heads (2431), the back monitoring assembly comprises a transparent cover (2441), a camera (2442) and a fill light (2443), the transparent cover (2441) is installed at the monitoring opening of the heating panel (2421), the camera (2442) and the fill light (2443) are respectively installed in the transparent cover (2441), and the distance between the lens surface of the camera (2442) and the end of the transparent cover (2441) is adjustable; The power supply and signal access ports of the heating controller (2422), the negative pressure generator (2432), the camera (2442) and the fill light (2443) are electrically connected to the power supply and signal output ports of the power supply control integrated socket (25), respectively.

8. The distributed adjustable intelligent operating table according to claim 7 is characterized in that: The distributed adjustable controller (3) comprises a touch screen (31), a buffer (32) and a power supply control circuit board (33) based on a control chip. The touch screen (31) is detachably mounted on one side of a bed surface (12). The touch screen (31) is communicatively connected to the buffer (32). The signal input end of the power supply control circuit board (33) is communicatively connected to the buffer (32). The power supply input end is electrically connected to a mains socket. The power supply and signal output ends of the power supply control circuit board (33) are electrically connected to the adjustable units (24) of the plurality of distributed adjustable units (2).

9. A control method for a distributed adjustable intelligent operating table, characterized in that: A method for controlling a plurality of distributed adjustable units (2) of a distributed adjustable intelligent operating table according to claim 8, comprising the following steps: Step 1, loosen the slider locking mechanism of the plane moving mechanism (22), adjust the slider position to determine that the adjustable unit (24) meets the position requirements of the heating part, negative pressure part and back monitoring part of the operation, and lock the slider locking mechanism again; Step 2, according to the size of the gap between the outer frame (21) and the adjustable unit (24), select a flexible filling support component (4) smaller than the size of the gap, and fill the flexible filling support component (4) in the gap between the outer frame (21) and the adjustable unit (24) so ​​that the upper surface is flush with the bed surface (12); Step 3, according to the location requirements of the heating part, negative pressure part and back monitoring part of the operation, the surgeon inputs the heating parameters, negative pressure parameters and monitoring requirement parameters by operating the touch screen (31), the touch screen (31) and the buffer (32) exchange the heating parameters, negative pressure parameters and monitoring requirement parameters, the power supply control circuit board (33) generates control instructions for controlling the heating controller (2422), the negative pressure generator (2432), the camera (2442) and the fill light (2443) according to the heating parameters, negative pressure parameters and monitoring requirement parameters, and transmits the control instructions to the heating controller (2422), the negative pressure generator (2432), the camera (2442) and the fill light (2443) respectively through the power supply control integrated socket (25).

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