CN213330198U - Operating room with air conditioning module - Google Patents

Abstract

The utility model discloses an operating room with air conditioning module, include: the first rectangular frame through the equipment of a plurality of interior modules, the second rectangular frame through the combination of a plurality of side fascia, the upper end of first rectangular frame carries out the capping through the ceiling module, and has still included functional module such as lighting unit, distribution header, air conditioner host computer, control center and airtight automatically-controlled door, and installs all kinds of functional module and corresponding pipeline through the cooperation between first rectangular frame and the second rectangular frame. By applying the utility model, a modularized operating room which can be produced in advance, assembled on site and directly put into use is provided, and various pipelines and air conditioning devices are preset, so that various requirements of medical staff on the operating room are met; can directly set up the operating room that can drop into to use immediately in the floor of the hospital of just rebuilding completion, also can build interim operating room fast in the open air according to actual demand, just the utility model discloses the structure is firm, simple to operate.

Description

Operating room with air conditioning module

Technical Field

The utility model relates to an operating room technical field especially relates to an operating room with air conditioning module.

Background

The operating room is a place for providing operations and rescue for patients, and the operating room is often provided with a high-efficiency and safe operating room air purification system, so that the sterile environment in the operating room is ensured, and the environment foundation of the operation requirements of organ transplantation, heart, blood vessels and the like is met. However, the existing operating room is still built by adopting a site construction and masonry method, a series of interior decorations and pipelines need to be arranged, and the operation needs to be carried out for several months at the fastest speed, so that the working efficiency of a hospital is greatly influenced, and the existing operating room construction is difficult to meet the requirements of medical staff under the condition that the operating room needs to be built temporarily.

SUMMERY OF THE UTILITY MODEL

In view of the above, in order to solve the above problems, the present invention provides an operating room with an air conditioning module, including: the first outer wallboard, the second outer wallboard, the third outer wallboard, the fourth outer wallboard, the first inner module, the second inner module, the third inner module, the fourth inner module, the ceiling module, the lighting unit, the distribution header box, the air-conditioning host machine, a plurality of air return units, an air return channel 82, an air supply unit, an air supply channel, a control center and an airtight automatic door, wherein the first inner module, the second inner module, the third inner module and the fourth inner module are sequentially connected and form a first rectangular frame, the ceiling module is erected at the upper end of the first rectangular frame, the outer edge of the ceiling module is matched with the inner edge of the upper end of the first rectangular frame, the first outer wallboard, the second outer wallboard, the third outer wallboard and the fourth outer wallboard are sequentially connected to form a second rectangular frame, and the first rectangular frame is surrounded inside the second rectangular frame, the first rectangular frame and the second rectangular frame form an accommodating space, the first outer wall board is right opposite to the first inner module, the second outer wall board is right opposite to the second inner module, the third outer wall board is right opposite to the third inner module, the fourth outer wall board is right opposite to the fourth inner module, the illuminating unit is arranged on the lower surface of the ceiling module, the air supply unit is arranged on the upper surface of the ceiling module, an air supply outlet of the air supply unit is penetratingly arranged on the upper surface of the ceiling module, the distribution header box is arranged between the fourth inner module and the fourth outer wall board, one side of the distribution header box protrudes out of the fourth outer wall board, the air conditioner host is arranged between the fourth inner module and the fourth outer wall board, and one side of the air conditioner host protrudes out of the fourth outer wall board, the upper end of the air-conditioning host is provided with a return air port and an air supply port, the air supply port is connected with an air supply inlet of the air supply unit through the air supply channel, the return air units are respectively arranged at the lower part of the first inner module and the lower part of the third inner module, the return air inlets of the return air units all face the inside of the first rectangular frame, the return air port is connected with return air outlets of the return air units through the return air channel 82, each return air unit is of a frame structure, a return air filter screen is detachably arranged at the return air outlet of each return air unit, the control center is embedded on the fourth inner module, one side of the control center facing the inside of the first rectangular frame is provided with a liquid crystal control screen, and the airtight automatic door is arranged on the second outer wallboard, the two sides of the airtight automatic door are respectively provided with a partition board, the partition boards are arranged between the second inner module and the second outer wallboard to form a person inlet channel, the person inlet channel is right opposite to the airtight automatic door, one end of the person inlet channel is communicated with the inside of the first rectangular frame, the lower portion of the fourth inner module is sequentially provided with a plurality of indoor plug seat groups along the horizontal direction, and the lighting unit, the air conditioner host, the control center, the indoor plug seat groups and the airtight automatic door are all connected with the distribution header box.

In another preferred embodiment, the method further comprises: medical gas header and medical gas terminal box, medical gas header inlay and locate on the fourth outer wallboard, medical gas terminal box locates on the inner wall of first rectangular frame, medical gas header and medical gas terminal box connect through a plurality of gas transmission pipeline, and a plurality of gas transmission pipeline all locates on the outer wall of first rectangular frame.

In another preferred embodiment, the method further comprises: apparatus article cabinet and medical workstation, apparatus article cabinet with medical workstation all inlays and locates the inboard of module in the second, just apparatus article cabinet with medical workstation locates respectively advance people's both sides of passageway.

In another preferred embodiment, the method further comprises: the anesthesia cabinet is embedded in the fourth inner module, and faces towards the inside of the first rectangular frame.

In another preferred embodiment, the method further comprises: airtight hand push door, airtight hand push door can locate openly on the fourth outer wallboard, the fourth outer wallboard with be equipped with a spare passageway between the module in the fourth, spare passageway's one end is just right airtight hand push door, spare passageway's the other end is just right first rectangular frame's inside.

In another preferred embodiment, the air blowing unit includes: air supply frame, a plurality of high efficiency filter and a laminar flow cover damping net, the air supply frame is located the upper surface of ceiling module, the air supply frame runs through the ceiling module just the lower extreme of air supply frame with the lower surface of ceiling module is flat mutually, the air supply frame is close to the upper portion of one side of module has seted up a plurality ofly along the horizontal direction in the third the air supply import, the air supply frame is close to a plurality of air supply imports have been seted up along the horizontal direction in the upper portion of one side of first interior module, and is a plurality of the air supply import all with air supply channel connects, each the air supply import all is equipped with a high efficiency filter, the air supply export is seted up in the lower extreme of air supply frame, the air supply export is equipped with one along the horizontal direction laminar.

In another preferred embodiment, the lighting unit includes: the shadowless lamp box is arranged on the upper surface of the inside of the air supply frame, the light emitting direction of the shadowless lamp box faces to the right below, the illuminating lamps are uniformly arranged on the lower surface of the ceiling module, and the illuminating lamps are uniformly arranged along the outline of the ceiling module.

In another preferred embodiment, the air supply passage includes: the air supply device comprises a main air supply pipe, two auxiliary air supply pipes and a plurality of air supply connecting pipes, wherein one end of the main air supply pipe is connected with an air supply port, the main air supply pipe is arranged on the outer wall of the first rectangular frame along the vertical direction, the other end of the main air supply pipe faces the air supply frame, the two auxiliary air supply pipes are connected with the main air supply pipe, the two auxiliary air supply pipes are connected in parallel, one end of each air supply connecting pipe is connected with the two auxiliary air supply pipes, and the other end of each air supply connecting pipe is connected with a plurality of air supply inlets.

In another preferred embodiment, the return air duct includes: main return air pipe, assistance return air pipe and a plurality of return air connecting pipe, the one end of main return air pipe with the return air port is connected, main return air pipe along vertical direction arrange in on first rectangular frame's the outer wall, the other end of main return air pipe with assist the return air pipe and connect, assist the return air pipe arrange in the upper surface of ceiling module, assist the return air pipe to follow the outer fringe of ceiling template is arranged, just assist the profile of return air pipe and be greater than the profile of air supply passageway, and is a plurality of the return air connecting pipe along vertical direction arrange in on first rectangular frame's the outer wall, it is a plurality of the one end of return air connecting pipe all with assist the return air pipe and connect, a plurality of if the other end of book return air connecting pipe respectively with a plurality of the return air unit connection.

In another preferred embodiment, the first external wall panel, the second external wall panel, the third external wall panel, the fourth external wall panel, the first internal module, the second internal module, the third internal module and the fourth internal module all adopt snap-in composite wall panels, and the corners of the first rectangular frame and the corners of the second rectangular frame are connected through aluminum profile connecting pieces.

The utility model discloses owing to adopted above-mentioned technical scheme, make it compare the positive effect that has with prior art to be:

(1) by applying the utility model, a modularized operating room which can be produced in advance, assembled on site and directly put into use is provided, and various pipelines and air conditioning devices are preset, so that various requirements of medical staff on the operating room are met;

(2) through right the utility model discloses an it is right to use, can directly build the operating room that can drop into to use immediately in the floor of the hospital of just rebuilding completion, also can build interim operating room fast according to actual demand in the open air, just the utility model discloses the structure is firm, simple to operate.

Drawings

Fig. 1 is a first overall schematic view of an operating room with an air conditioning module according to the present invention;

FIG. 2 is a second overall schematic view of an operating room with an air conditioning module according to the present invention;

FIG. 3 is a schematic longitudinal cross-sectional view of an operating room with an air conditioning module according to the present invention;

FIG. 4 is a side cross-sectional view of a first inner module of an operating room having an air conditioning module according to the present invention;

FIG. 5 is a side sectional view of a second inner module of the operating room with air conditioning module of the present invention;

FIG. 6 is a side sectional view of a third inner module of the operating room with air conditioning module of the present invention;

FIG. 7 is a side sectional view of a fourth internal module of the operating room with air conditioning module of the present invention;

FIG. 8 is a top view of an operating room with an air conditioning module according to the present invention;

FIG. 9 is a top cross-sectional view of an operating room with an air conditioning module according to the present invention;

fig. 10 is a schematic cross-sectional view of an air supply unit of an operating room having an air conditioning module according to the present invention.

In the drawings: 100. a first exterior wall panel; 200. a second exterior wall panel; 300. a third external wall panel; 400. a fourth exterior wall panel; 10. a first inner module; 20. a second inner module; 30. a third inner module; 40. a fourth inner module; 50. a ceiling module; 70. a distribution header; 80. an air conditioner main machine; 81. an air return unit; 82. An air return channel; 83. an air supply unit; 84. an air supply channel; 90. a control center; 210. an airtight automatic door; 21. a liquid crystal control screen; 201. a partition plate; 202. a man entering channel; 41. an indoor socket set; 410. A medical gas main box; 411. a medical gas terminal box; 412. a gas pipeline; 22. an appliance article cabinet; 23. a medical care workstation; 42. an anesthesia cabinet; 401. an airtight hand-push door; 402. a standby channel; 831. an air supply frame; 832. a high efficiency filter; 833. a laminar flow hood damping mesh; 61. a shadowless lamp box; 62. an illuminating lamp; 841. A main blast pipe; 842. an auxiliary blast pipe; 843. an air supply connecting pipe; 821. a main return air duct; 822. an auxiliary return air duct; 823. the return air connecting pipe.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and specific embodiments, but the present invention is not limited thereto.

As shown in fig. 1 to 10, there is shown an operating room with an air conditioning module according to a preferred embodiment, including: the first external wall panel 100, the second external wall panel 200, the third external wall panel 300, the fourth external wall panel 400, the first internal module 10, the second internal module 20, the third internal module 30, the fourth internal module 40, the ceiling module 50, the lighting unit, the power distribution header box 70, the air-conditioning mainframe 80, the plurality of air return units 81, the air return channel 82, the air supply unit 83, the air supply channel 84, the control center 90 and the airtight automatic door 210, wherein the first internal module 10, the second internal module 20, the third internal module 30 and the fourth internal module 40 are sequentially connected to form a first rectangular frame, the ceiling module 50 is erected at the upper end of the first rectangular frame, the outer edge of the ceiling module 50 is matched with the inner edge of the first rectangular frame, the first external wall panel 100, the second external wall panel 200, the third external wall panel 300 and the fourth external wall panel 400 are sequentially connected to form a second rectangular frame, the first rectangular frame surrounds the inside of the second rectangular frame, an accommodating space is formed between the first rectangular frame and the second rectangular frame, the first external wall panel 100 is opposite to the first internal module 10, the second external wall panel 200 is opposite to the second internal module 20, the third external wall panel 300 is opposite to the third internal module 30, the fourth external wall panel 400 is opposite to the fourth internal module 40, the lighting unit is arranged on the lower surface of the ceiling module 50, the air supply unit 83 is arranged on the upper surface of the ceiling module 50, the air supply outlet of the air supply unit 83 is penetratingly arranged on the upper surface of the ceiling module 50, the distribution header box 70 is arranged between the fourth internal module 40 and the fourth external wall panel 400, one side of the distribution header box 70 protrudes out of the fourth external wall panel 400, the air conditioner host 80 is arranged between the fourth internal module 40 and the fourth external wall panel 400, one side of the air conditioner host 80 protrudes out of the fourth external wall panel 400, the upper end of the air conditioner host 80 is provided with a return air port and an air supply port, the air supply port is connected with the air supply inlet, the plurality of air return units 81 are respectively arranged at the lower part of the first inner module 10 and the lower part of the third inner module 30, the air return inlets of the plurality of air return units 81 face the inside of the first rectangular frame, the air return ports are connected with the air return outlets of the plurality of air return units 81 through air return channels 82, each air return unit 81 is of a frame structure, the air return outlet of each air return unit 81 is detachably provided with an air return filter screen, the control center 90 is embedded on the fourth inner module 40, one side of the control center 90 facing the inside of the first rectangular frame is provided with a liquid crystal control screen 21, the airtight automatic door 210 is arranged on the second outer wall board 200, two sides of the airtight automatic door 210 are respectively provided with a separating board 201, the two separating boards 201 form a person inlet channel 202 between the second inner module 20 and the second outer wall board 200, the person inlet channel 202 is opposite to the airtight automatic door 210, one end of the person inlet channel 202 is communicated with the inside of the, the lower part of the fourth inner module 40 is further provided with a plurality of indoor socket groups 41 in sequence along the horizontal direction, and the lighting unit, the air conditioner main unit 80, the control center 90, the indoor socket groups 41 and the air-tight automatic door 210 are all connected with the power distribution header box 70. Furthermore, in the actual use process, a producer can collectively produce all the components required to be used for constructing the operating room with the air conditioning module in batches and convey the components to a proper position according to the needs of a user for assembly and construction on the spot, and an air conditioner and a ventilation pipe are not required to be additionally installed, and a set of complete air conditioning module can be directly formed by assembling and constructing the air conditioning host 80, the air return unit 81, the air supply unit 83, the air supply channel 84 and the air return channel 82, so that the sterile ventilation environment requirements of medical personnel on the operating room are met, and the medical personnel can adjust various equipment parameters of the operating room through the control center 90 so as to meet the use requirements; paving a ground material, a glue layer, a self-leveling terrace, an interface treating agent and a leveling layer on the ground in the operating room from top to bottom in sequence; skirting line aluminum profiles can be further arranged at the lower end of the inner side of the first rectangular frame.

Further, as a preferred embodiment, the method further comprises: medical gas header 410 and medical gas terminal box 411, medical gas header 410 inlays and locates on fourth outer wallboard 400, and medical gas terminal box 411 locates on the inner wall of first rectangular frame, and medical gas header 410 and medical gas terminal box 411 connect through a plurality of gas transmission pipeline 412, and a plurality of gas transmission pipeline 412 all locate on the outer wall of first rectangular frame. Further, the medical gas header box 410 is used for providing various medical gases such as oxygen required to be used by medical staff in the operation process, and delivering the medical gases to the medical gas terminal box 411 through the gas delivery pipeline 412, and connecting the gas delivery apparatus and the medical gas terminal according to actual needs to deliver medical gases to patients.

Further, as a preferred embodiment, the method further comprises: the instrument article cabinet 22 and the medical care workstation 23 are embedded in the inner side of the second inner module 20, and the instrument article cabinet 22 and the medical care workstation 23 are respectively arranged on two sides of the people entering passage 202. Further, the instrument article cabinet 22 is used for storing instruments, medicines and the like needed to be used by medical staff during the operation; the medical care workstation 23 is platform type and is mainly used for operations such as preparation of infusion and the like.

Further, as a preferred embodiment, the method further comprises: the anesthesia cabinet 42 is embedded in the fourth inner module 40, and the anesthesia cabinet 42 is disposed toward the inside of the first rectangular frame.

Further, as a preferred embodiment, the method further comprises: airtight hand push door 401, airtight hand push door 401 can open and locate on fourth outer wallboard 400, is equipped with a spare passageway 402 between fourth outer wallboard 400 and the fourth inner module 40, and airtight hand push door 401 is faced directly to airtight hand push door 401 to the one end of spare passageway 402, and the other end of spare passageway 402 is faced directly to the inside of first rectangular frame. Further, a spare access passage is provided for medical staff to get in and out the operating room.

The above description is only an example of the preferred embodiments of the present invention, and the embodiments and the protection scope of the present invention are not limited thereby.

The utility model discloses still have following embodiment on above-mentioned basis:

in a further embodiment of the present invention, the air supply unit 83 includes: air supply frame 831, a plurality of high efficiency filter 832 and laminar flow cover damping net 833, the upper surface of ceiling module 50 is located to air supply frame 831, air supply frame 831 runs through ceiling module 50 and the lower extreme of air supply frame 831 is level with ceiling module 50's lower surface mutually, a plurality of air supply imports have been seted up along the horizontal direction to the upper portion of one side that air supply frame 831 is close to module 30 in the third, a plurality of air supply imports have been seted up along the horizontal direction to the upper portion of one side that air supply frame 831 is close to first interior module 10, a plurality of air supply imports all are connected with air supply channel 84, each air supply import all is equipped with a high efficiency filter 832, the lower extreme in air supply frame 831 is seted up to the air supply export, the air.

In a further embodiment of the present invention, the lighting unit comprises: shadowless lamp box 61 and a plurality of light 62, the upper surface of the inside of air supply frame 831 is located to shadowless lamp box 61, and under the luminous orientation of shadowless lamp box 61, the lower surface of ceiling module 50 is evenly arranged in to a plurality of light 62, and a plurality of light 62 along the profile uniform arrangement of ceiling module 50.

In a further embodiment of the present invention, the air supply passage 84 includes: main blast pipe 841, two auxiliary blast pipes 842 and a plurality of air supply connecting pipes 843, the one end and the air supply port of main blast pipe 841 are connected, main blast pipe 841 arranges on first rectangular frame's outer wall along vertical direction, the other end of main blast pipe 841 arranges towards air supply frame 831, two auxiliary blast pipes 842 all are connected with main blast pipe 841, two auxiliary blast pipes 842 are parallelly connected, the one end of a plurality of air supply connecting pipes 843 is connected with two auxiliary blast pipes 842 respectively, the other end of a plurality of air supply connecting pipes 843 is connected with a plurality of air supply inlets respectively.

In a further embodiment of the present invention, the return air duct 82 includes: main return air pipe 821, assist return air pipe 822 and a plurality of return air connecting pipe 823, main return air pipe 821's one end is connected with the return air port, main return air pipe 821 arranges on first rectangular frame's outer wall along vertical direction, main return air pipe 821's the other end is connected with assisting return air pipe 822, assist return air pipe 822 arranges in ceiling module 50's upper surface, assist return air pipe 822 arranges along the outer fringe of ceiling template, and assist return air pipe 822's profile is greater than air supply channel 84's profile, a plurality of return air connecting pipes 823 arrange on first rectangular frame's outer wall along vertical direction, the one end of a plurality of return air connecting pipes 823 all is connected with assisting return air pipe 822, a plurality of if the other end of book return air connecting pipe 823 is connected with a plurality of return air.

The utility model discloses a further embodiment, first side fascia 100, second side fascia 200, third side fascia 300, fourth side fascia 400, first interior module 10, second interior module 20, third interior module 30 and fourth interior module 40 all adopt the compound wallboard of buckle formula, and the corner of first rectangular frame and the corner of second rectangular frame all connect through the aluminium alloy connecting piece.

The above description is only an example of the preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and those skilled in the art should be able to realize the equivalent alternatives and obvious variations of the present invention.

Claims (10)

1. An operating room having an air conditioning module, comprising: the first outer wallboard, the second outer wallboard, the third outer wallboard, the fourth outer wallboard, the first inner module, the second inner module, the third inner module, the fourth inner module, the ceiling module, the lighting unit, the distribution header box, the air-conditioning host machine, a plurality of air return units, an air return channel, an air supply unit, an air supply channel, a control center and an airtight automatic door, wherein the first inner module, the second inner module, the third inner module and the fourth inner module are sequentially connected and form a first rectangular frame, the ceiling module is erected at the upper end of the first rectangular frame, the outer edge of the ceiling module is matched with the inner edge of the upper end of the first rectangular frame, the first outer wallboard, the second outer wallboard, the third outer wallboard and the fourth outer wallboard are sequentially connected to form a second rectangular frame, and the first rectangular frame is surrounded inside the second rectangular frame, the first rectangular frame and the second rectangular frame form an accommodating space, the first outer wall board is right opposite to the first inner module, the second outer wall board is right opposite to the second inner module, the third outer wall board is right opposite to the third inner module, the fourth outer wall board is right opposite to the fourth inner module, the illumination unit is arranged on the lower surface of the ceiling module, the air supply unit is arranged on the upper surface of the ceiling module, an air supply outlet of the air supply unit is penetratingly arranged on the upper surface of the ceiling module, the distribution header box is arranged between the fourth inner module and the fourth outer wall board, one side of the distribution header box protrudes out of the fourth outer wall board, the air conditioner host is arranged between the fourth inner module and the fourth outer wall board, and one side of the air conditioner host protrudes out of the fourth outer wall board, the upper end of the air conditioner host is provided with a return air port and an air supply port, the air supply port is connected with an air supply inlet of the air supply unit through the air supply channel, the return air units are respectively arranged at the lower part of the first inner module and the lower part of the third inner module, the return air inlets of the return air units face the inside of the first rectangular frame, the return air port is connected with return air outlets of the return air units through the return air channel, each return air unit is of a frame structure, a return air filter screen is detachably arranged at a return air outlet of each return air unit, the control center is embedded on the fourth inner module, one side of the control center facing the inside of the first rectangular frame is provided with a liquid crystal control screen, the airtight automatic door is arranged on the second outer wallboard, and two sides of the airtight automatic door are respectively provided with a partition plate, the two partition plates form a people inlet channel between the second inner module and the second outer wall plate, the people inlet channel is right opposite to the airtight automatic door, one end of the people inlet channel is communicated with the inside of the first rectangular frame, the lower portion of the fourth inner module is sequentially provided with a plurality of indoor plug seat groups along the horizontal direction, and the lighting unit, the air conditioner host, the control center, the indoor plug seat groups and the airtight automatic door are all connected with the power distribution header box.

2. The operating room with an air conditioning module of claim 1 further comprising: medical gas header and medical gas terminal box, medical gas header inlay and locate on the fourth outer wallboard, medical gas terminal box locates on the inner wall of first rectangular frame, medical gas header and medical gas terminal box connect through a plurality of gas transmission pipeline, and a plurality of gas transmission pipeline all locates on the outer wall of first rectangular frame.

3. The operating room with an air conditioning module of claim 1 further comprising: apparatus article cabinet and medical workstation, apparatus article cabinet with medical workstation all inlays and locates the inboard of module in the second, just apparatus article cabinet with medical workstation locates respectively advance people's both sides of passageway.

4. The operating room with an air conditioning module of claim 1 further comprising: the anesthesia cabinet is embedded in the fourth inner module, and faces towards the inside of the first rectangular frame.

5. The operating room with an air conditioning module of claim 1 further comprising: airtight hand push door, airtight hand push door can locate openly on the fourth outer wallboard, the fourth outer wallboard with be equipped with a spare passageway between the module in the fourth, spare passageway's one end is just right airtight hand push door, spare passageway's the other end is just right first rectangular frame's inside.

6. The operating room with an air conditioning module of claim 1 wherein the air supply unit comprises: air supply frame, a plurality of high efficiency filter and a laminar flow cover damping net, the air supply frame is located the upper surface of ceiling module, the air supply frame runs through the ceiling module just the lower extreme of air supply frame with the lower surface of ceiling module is flat mutually, the air supply frame is close to the upper portion of one side of module has seted up a plurality ofly along the horizontal direction in the third the air supply import, the air supply frame is close to a plurality of air supply imports have been seted up along the horizontal direction in the upper portion of one side of first interior module, and is a plurality of the air supply import all with air supply channel connects, each the air supply import all is equipped with a high efficiency filter, the air supply export is seted up in the lower extreme of air supply frame, the air supply export is equipped with one along the horizontal direction laminar.

7. The operating room with an air conditioning module of claim 6 wherein the lighting unit comprises: the shadowless lamp box is arranged on the upper surface of the inside of the air supply frame, the light emitting direction of the shadowless lamp box faces to the right below, the illuminating lamps are uniformly arranged on the lower surface of the ceiling module, and the illuminating lamps are uniformly arranged along the outline of the ceiling module.

8. The operating room of claim 6 wherein said air supply duct comprises: the air supply device comprises a main air supply pipe, two auxiliary air supply pipes and a plurality of air supply connecting pipes, wherein one end of the main air supply pipe is connected with an air supply port, the main air supply pipe is arranged on the outer wall of the first rectangular frame along the vertical direction, the other end of the main air supply pipe faces the air supply frame, the two auxiliary air supply pipes are connected with the main air supply pipe, the two auxiliary air supply pipes are connected in parallel, one end of each air supply connecting pipe is connected with the two auxiliary air supply pipes, and the other end of each air supply connecting pipe is connected with a plurality of air supply inlets.

9. The operating room having an air conditioning module of claim 1 wherein said return air duct comprises: main return air pipe, assistance return air pipe and a plurality of return air connecting pipe, the one end of main return air pipe with the return air port is connected, main return air pipe along vertical direction arrange in on first rectangular frame's the outer wall, the other end of main return air pipe with assist the return air pipe and connect, assist the return air pipe arrange in the upper surface of ceiling module, assist the return air pipe to follow the outer fringe of ceiling module is arranged, just assist the profile of return air pipe and be greater than the profile of air supply passageway, and is a plurality of the return air connecting pipe along vertical direction arrange in on first rectangular frame's the outer wall, it is a plurality of the one end of return air connecting pipe all with assist the return air pipe and connect, a plurality of if the other end of book return air connecting pipe respectively with a plurality of the return air unit.

10. The operating room with an air conditioning module as set forth in claim 1, wherein the first outer wall panel, the second outer wall panel, the third outer wall panel, the fourth outer wall panel, the first inner module, the second inner module, the third inner module and the fourth inner module are all snap-fit composite wall panels, and corners of the first rectangular frame and corners of the second rectangular frame are all connected by aluminum profile connectors.

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