CN212562663U - But quick assembly disassembly type negative pressure outpatient service equipment - Google Patents
But quick assembly disassembly type negative pressure outpatient service equipment Download PDFInfo
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- CN212562663U CN212562663U CN202020302562.2U CN202020302562U CN212562663U CN 212562663 U CN212562663 U CN 212562663U CN 202020302562 U CN202020302562 U CN 202020302562U CN 212562663 U CN212562663 U CN 212562663U
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Abstract
The utility model relates to a negative pressure clinic equipment capable of being quickly disassembled and assembled, which is formed by assembling integrated modules, and comprises a pollution area, a potential pollution area, a cleaning area and an air-conditioning fan system area for placing an air-conditioning fan system, wherein the interior of the clinic equipment is isolated from the external environment, and when the clinic equipment is used, the internal air pressure is lower than the environmental atmospheric pressure, so that the internal polluted air is ensured not to be leaked into the environment; when the outpatient service equipment is used, the direction of the air flow controlled by the air-conditioning fan system sequentially flows through the clean area, the potential pollution area and the pollution area. Compared with the prior art, the utility model discloses possess quick installation, require lowly to the place, can dismantle and recycle, the construction cost is low, and the safety in utilization is higher, promotes advantages such as more convenient.
Description
Technical Field
The utility model belongs to the technical field of medical equipment, especially, relate to a but quick assembly disassembly type negative pressure outpatient service equipment.
Background
The outbreak and the spread of the new corolla pneumonia virus bring endless pains to patients, inconvenience to the lives of the masses of people and serious economic loss to the nation. During the outbreak of epidemic situation, the number of patients is increased rapidly, and the medical conditions in some serious disaster areas are not enough to deal with the emergent conditions, so that a plurality of patients are cross-infected in the outpatient service process, and even the medical care personnel are infected.
The number of the traditional heating outpatients is not enough to meet the requirement of sudden illness conditions in disaster areas, and the traditional heating outpatients are built in a building construction mode, so that the construction period is long, the cost is high, and the requirement of sudden epidemic situations is difficult to meet through temporarily expanding the number of the traditional outpatients. There is a need for a quick-release type of clinic device to accommodate emergencies such as new coronavirus that can lead to a large number of visits.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a but quick assembly disassembly type negative pressure outpatient service equipment, this equipment can assemble the dismantlement fast, and convenient the removal can be used repeatedly, can be used to deal with some proruption medical conditions to the demand of outpatient service quantity.
The purpose of the utility model can be realized through the following technical scheme:
the utility model provides a negative pressure clinic equipment capable of being quickly disassembled and assembled, which is formed by assembling integrated modules, and comprises a pollution area, a potential pollution area, a cleaning area and an air-conditioning fan system area for placing an air-conditioning fan system, wherein the interior of the clinic equipment is isolated from the external environment, and when the clinic equipment is used, the internal air pressure is lower than the environmental atmospheric pressure, so that the internal polluted air is ensured not to be leaked into the environment;
when the outpatient service equipment is used, the direction of the air flow controlled by the air-conditioning fan system sequentially flows through the clean area, the potential pollution area and the pollution area.
The utility model discloses a brand-new wind mode, clean district, potential pollution area, pollution area are flowed through in proper order to the direction of control air current.
In an embodiment of the present invention, the contaminated area includes a patient channel, an outpatient room, an X-ray room, a film shooting room, a detection room, a pharmacy, a male toilet, a female toilet, and an outpatient channel, the patient channel, the outpatient room, the X-ray room, the film shooting room, the detection room, the pharmacy, the male toilet, the female toilet, and the outpatient channel are located in the same area of the outpatient device, the patient channel communicates with the outpatient channel, and can enter the outpatient room, the X-ray room, the film shooting room, the detection room, the pharmacy, the male toilet, and the female toilet through the patient channel or the outpatient channel, and the outpatient channel is further connected with the potentially contaminated area.
In one embodiment of the present invention, the outpatient room can be provided with a plurality of units as required.
In one embodiment of the present invention, the contaminated area further comprises a patient inlet for entering the outpatient facility from the external environment, and a first patient outlet and a second patient outlet for exiting the outpatient facility, the patient inlet is communicated with the patient channel, the first patient outlet is communicated with the patient channel, a buffer area is arranged between the first patient outlet and the second patient outlet, and the doors of the first patient outlet and the second patient outlet adopt an interlocking mode; the patient entrance is provided with two doors which adopt an interlocking mode.
In one embodiment of the utility model, the outpatient service device further comprises a medical staff dedicated channel, a medical staff first inlet, a medical staff second inlet, a medical staff first outlet, a medical staff second outlet, a sewage disinfection room, a sewage secondary packaging room and a sewage outlet channel,
the special passage for medical staff is isolated from the external environment of the outpatient service equipment, a door for entering and exiting the outpatient service equipment is arranged on the special passage for medical staff,
the medical staff special channel is communicated with a first medical staff inlet, the first medical staff inlet is communicated with a second medical staff inlet, the second medical staff inlet is communicated with the outpatient channel, a buffer area is arranged between the first medical staff inlet and the second medical staff inlet, and doors of the first medical staff inlet and the second medical staff inlet adopt an interlocking mode;
the clinic passage is communicated with a first medical staff outlet, the first medical staff outlet is communicated with a second medical staff outlet, a buffer area is arranged between the first medical staff outlet and the second medical staff outlet, and doors of the first medical staff outlet and the second medical staff outlet adopt an interlocking mode;
the second outlet of the medical staff is also communicated with a female changing bath room and a male changing bath room, the outlets of the female changing bath room and the male changing bath room are communicated with a channel special for the medical staff,
the special channel for the medical staff is also communicated with the duty room and the internal toilet;
the sewage disinfection room is communicated with the clinic channel, the sewage disinfection room is arranged adjacent to the sewage secondary packaging room, a transfer window is arranged between the sewage disinfection room and the sewage secondary packaging room, the sewage secondary packaging room is arranged adjacent to the sewage outlet channel, the transfer window is arranged between the sewage secondary packaging room and the sewage outlet channel, the sewage outlet channel is isolated from the external environment of the clinic equipment, and an inlet and an outlet for enabling articles to enter and exit the clinic equipment are arranged on the sewage outlet channel; the sewage in the negative pressure outpatient service equipment is transported to a sewage disinfection room through the logistics channel, and is discharged out of the outpatient service equipment through the delivery window after being sterilized and disinfected.
A first cleaner inlet and a second cleaner inlet are arranged between the medical staff special channel and the secondary dirt packaging room, a buffer area is arranged between the first cleaner inlet and the second cleaner inlet, and doors of the first cleaner inlet and the second cleaner inlet are in an interlocking mode;
a first cleaner outlet and a second cleaner outlet are arranged between the secondary dirt packaging room and the special medical staff passage, a buffer area is arranged between the first cleaner outlet and the second cleaner outlet, and doors of the first cleaner outlet and the second cleaner outlet are in an interlocking mode;
the medical staff dedicated passage, the medical staff first inlet, the cleaning staff second outlet, the medical staff second outlet, the female changing bath room, the male changing bath room, the sewage outlet passage, the duty room and the internal toilet all belong to cleaning areas,
medical personnel second entry, filth disinfection room, filth secondary packing room, cleanup crew second entry, the first export of cleanup crew, the first export of medical personnel all belong to the potential pollution area.
The utility model discloses an in an embodiment, the module of integrating includes bottom plate, curb plate and roof, pre-buried wired circuit, socket in the curb plate, use gas, water pipeline, link through the union piece soon as required during the installation, can also contain door and window or pass-through box on the curb plate, the roof is equipped with air conditioner air-out module, the roof top is used for arranging air conditioner fan system's pipeline or circuit.
The utility model discloses an in the embodiment, the bottom plate and the roof that constitute the module that integrates adopt stainless steel, the curb plate adopts the stainless steel frame to inlay double glazing in the position of the visual height of curb plate.
The utility model discloses an in an embodiment, it is in the same place to integrate to splice through the connecting piece between the module to seal with the sealing strip, can do further reinforcement when necessary.
The connecting piece can be of a cutting and slot structure or a hinge structure.
The utility model discloses an in an embodiment, air-conditioning fan system air-out does not adopt the circulated air mode, promptly air-conditioning fan fresh air system adopts the fresh air mode, and exhaust system adopts the mode of airing exhaust entirely. The air of each indoor functional area is ensured not to be cross-polluted. And an exhaust system of the air-conditioning fan system adopts double high-efficiency filtration.
In one embodiment of the present invention, the pressure in the clinic equipment is reduced from the clean area to the potential contaminated area. And the absolute value of the pressure difference is not less than 15 Pa.
In an embodiment of the present invention, the sewage sterilization room further includes a sterilization system, and the sterilization system includes ozone sterilization, ultraviolet sterilization, and hydrogen peroxide sterilization.
The utility model discloses an in an embodiment, medical personnel import and export, the cleaning personnel import and export, the patient imports and exports the door between the buffering and adopts the interlocking mode.
The utility model discloses an among the embodiment, the clean material that outpatient service equipment needs advances to go into and goes out the pass-through box business turn over through corresponding with the filth, and the door is the interlocking mode around the pass-through box.
In one embodiment of the present invention, the integrated module is assembled by the bottom plate, the side plate and the top plate and then kept sealed.
In an embodiment of the present invention, the integrated module can be produced in a factory assembly line in advance, and can be stored as a material routine.
In one embodiment of the present invention, the clinic equipment can be installed indoors, and the indoor height is higher than 2.6 m, which can meet the installation requirement; when the quick assembly disassembly type negative pressure outpatient service equipment is used temporarily, the quick assembly disassembly type negative pressure outpatient service equipment can also be installed on a flat ground in the open space, and after the use is finished, the quick assembly disassembly type negative pressure outpatient service equipment can be disassembled and stored in a warehouse. Namely, the utility model discloses an equipment can be installed fast, also can dismantle the back and recycle.
The utility model discloses an outpatient service equipment distinguishes people flow, commodity circulation and pollution line flow, takes the safety isolation measure, prevents cross contamination and infection strictly.
The utility model discloses an outpatient service equipment is particularly useful for using as the outpatient service equipment that generates heat.
Compared with the prior art, the utility model discloses possess quick installation, require lowly to the place, can dismantle and recycle, the construction cost is low, and the safety in utilization is higher, promotes advantages such as more convenient.
Drawings
Fig. 1 is a schematic plan view of a quick detachable negative pressure clinic equipment in embodiment 1.
The reference numbers in the figures indicate:
1. a medical staff-dedicated passageway, 2, a medical staff first entrance, 3, a medical staff second entrance, 4, an outpatient passageway, 5, a first outpatient room, 6, a second outpatient room, 7, an X-ray film room, 8, a film shooting room, 9, a detection room, 10, a pharmacy, 11, a sewage disinfection room, 12, a sewage secondary packaging room, 13, a sewage exit passageway, 14, a cleaner first entrance, 15, a cleaner second entrance, 16, a cleaner first exit, 17, a cleaner second exit, 18, a medical staff first exit, 19, a medical staff second exit, 20, a woman changing bath room, 21, a man changing bath room, 22, a patient entrance, 23, a patient passageway, 24, a patient first exit, 25, a patient second exit, 26, a duty room, 27, an internal toilet, 28, a man toilet, 29, a woman toilet, 30, an air conditioning fan system area, 31. a first transmission window, 32, a second transmission window, 33, a third transmission window, 34, a fourth transmission window, 35, a fifth transmission window.
Detailed Description
The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.
Example 1
Referring to fig. 1, the present embodiment provides a quick detachable negative pressure outpatient service device, where the outpatient service device is formed by assembling integrated modules, and includes a contaminated area, a potential contaminated area, a clean area, and an air-conditioning fan system area 30 for placing an air-conditioning fan system, the interior of the outpatient service device is isolated from the external environment, and when the outpatient service device is in use, the internal air pressure is lower than the atmospheric pressure of the environment, so as to ensure that the internal contaminated air does not leak into the environment; when the outpatient service equipment is used, the direction of the air flow controlled by the air-conditioning fan system sequentially flows through the clean area, the potential pollution area and the pollution area. The embodiment adopts a fresh air mode, and the direction of the air flow is controlled to sequentially flow through the clean area, the potential pollution area and the pollution area.
In this embodiment, the contaminated area includes a patient passage 23, an outpatient room, an X-ray room 7, a radiography room 8, a detection room 9, a pharmacy 10, a male toilet 28, a female toilet 29 and an outpatient passage 4, the patient passage 23, the outpatient room, the X-ray room 7, the radiography room 8, the detection room 9, the pharmacy 10, the male toilet 28, the female toilet 29 and the outpatient passage 4 are located in the same area of the outpatient facility, the patient passage 23 is communicated with the outpatient passage 4, the outpatient room, the X-ray room 7, the radiography room 8, the detection room 9, the pharmacy 10, the male toilet 28 and the female toilet 29 can be accessed through the patient passage 23 or the outpatient passage 4, and the outpatient passage 4 is further connected with a potentially contaminated area.
The outpatient room can be provided with a plurality of rooms according to the requirement. In this embodiment, two outpatient rooms are provided, namely a first outpatient room 5 and a second outpatient room 6.
Referring to fig. 1, in the present embodiment, the contaminated area further comprises a patient inlet 22 for entering the outpatient facility from the external environment, and a first patient outlet 24 and a second patient outlet 25 for exiting the outpatient facility, the patient inlet 22 is communicated with the patient channel 23, the first patient outlet 24 is communicated with the patient channel 23, a buffer area is arranged between the first patient outlet 24 and the second patient outlet 25, and the doors of the first patient outlet 24 and the second patient outlet 25 adopt an interlocking mode; the patient access 22 is provided with two doors that are in an interlocking mode.
Referring to fig. 1, in the present embodiment, the outpatient service apparatus further includes a medical staff dedicated passage 1, a medical staff first inlet 2, a medical staff second inlet 3, a medical staff first outlet 18, a medical staff second outlet 19, a waste disinfection room 11, a waste secondary packaging room 12, and a waste outlet passage 13,
medical personnel dedicated passage 1 is isolated with the external environment of outpatient service equipment, set up the door of business turn over outpatient service equipment on the medical personnel dedicated passage 1, still set up first delivery window 31 on the medical personnel dedicated passage 1.
The medical staff special channel 1 is communicated with a medical staff first inlet 2, the medical staff first inlet 2 is communicated with a medical staff second inlet 3, the medical staff second inlet 3 is communicated with a clinic channel 4, a buffer area is arranged between the medical staff first inlet 2 and the medical staff second inlet 3, and doors of the medical staff first inlet 2 and the medical staff second inlet 3 adopt an interlocking mode;
the clinic passage 4 is communicated with a first medical staff outlet 18, the first medical staff outlet 18 is communicated with a second medical staff outlet 19, a buffer area is arranged between the first medical staff outlet 18 and the second medical staff outlet 19, and doors of the first medical staff outlet 18 and the second medical staff outlet 19 adopt an interlocking mode;
the second outlet 19 of the medical staff is also communicated with a female changing bath room 20 and a male changing bath room 21, the outlets of the female changing bath room 20 and the male changing bath room 21 are communicated with the special channel 1 of the medical staff,
the medical staff special channel 1 is also communicated with a duty room 26 and an internal toilet 27;
the sewage disinfection room 11 is communicated with the clinic channel 4, the sewage disinfection room 11 is arranged adjacent to the sewage secondary packaging room 12, a second transfer window 32 and a third transfer window 33 are arranged between the sewage disinfection room 11 and the sewage secondary packaging room 12, the sewage secondary packaging room 12 is arranged adjacent to the sewage outlet channel 13, a fourth transfer window 34 and a fifth transfer window 35 are arranged between the sewage secondary packaging room 12 and the sewage outlet channel 13, the sewage outlet channel 13 is isolated from the external environment of the clinic equipment, and the sewage outlet channel 13 is provided with an inlet and an outlet for enabling articles to pass in and out of the clinic equipment; the sewage in the negative pressure outpatient service equipment is transported to a sewage disinfection room through the logistics channel, and is discharged out of the outpatient service equipment through the delivery window after being sterilized and disinfected.
A first cleaner inlet 14 and a second cleaner inlet 15 are arranged between the medical staff special channel 1 and the dirt secondary packaging room 12, a buffer area is arranged between the first cleaner inlet 14 and the second cleaner inlet 15, and doors of the first cleaner inlet 14 and the second cleaner inlet 15 adopt an interlocking mode;
a first cleaner outlet 16 and a second cleaner outlet 17 are arranged between the secondary dirt packaging room 12 and the medical staff dedicated passage 1, a buffer area is arranged between the first cleaner outlet 16 and the second cleaner outlet 17, and doors of the first cleaner outlet 16 and the second cleaner outlet 17 adopt an interlocking mode;
the medical staff dedicated passage 1, the medical staff first inlet 2, the cleaning staff first inlet 14, the cleaning staff second outlet 17, the medical staff second outlet 19, the women's changing bath room 20, the men's changing bath room 21, the sewage outlet passage 13, the duty room 26 and the internal toilet 27 all belong to cleaning areas,
the medical staff second inlet 3, the dirt disinfection room 11, the dirt secondary packaging room 12, the cleaning staff second inlet 15, the cleaning staff first outlet 16 and the medical staff first outlet 18 all belong to potential pollution areas.
In this embodiment, the module of integrating includes bottom plate, curb plate and roof, pre-buried electric wire way, socket in the curb plate, use gas, water pipe, link through the union piece soon as required during the installation, can also contain door and window or pass-through window on the curb plate, the roof is equipped with air conditioner air-out module, the roof top is used for arranging air conditioner fan system's pipeline or circuit.
In this embodiment, the bottom plate and the roof that constitute the module that integrates adopt stainless steel, the curb plate adopts stainless steel frame to inlay double glazing in the position of the visual height of curb plate.
In the embodiment, the integrated modules are spliced together through the connecting piece and sealed by the sealing strip, and further reinforcement can be performed if necessary. The connecting piece can be of a cutting and slot structure or a hinge structure.
In this embodiment, the air outlet of the air-conditioning fan system does not adopt a circulating air mode, that is, the fresh air system of the air-conditioning fan adopts a fresh air mode, and the exhaust system adopts a full exhaust mode. The air of each indoor functional area is ensured not to be cross-polluted. And an exhaust system of the air-conditioning fan system adopts double high-efficiency filtration.
In this embodiment, in the outpatient service apparatus, the air pressure is sequentially reduced from the clean area, the potential contaminated area to the contaminated area. And the absolute value of the pressure difference is not less than 15 Pa.
In this embodiment, the filth disinfection room still includes disinfection and isolation system, disinfection and isolation system includes ozone disinfection, ultraviolet disinfection, hydrogen peroxide solution disinfection.
In this embodiment, the doors between the medical staff entrance and exit, the cleaning staff entrance and exit, and the patient entrance and exit buffer adopt an interlocking mode.
In this embodiment, the clean material that outpatient service equipment needs advances and goes out the business turn over through the delivery window that corresponds with filth, and door is interlocking mode around the delivery window.
In this embodiment, the integrated module is assembled from the bottom plate, the side plate, and the top plate and then kept sealed.
In this embodiment, the integrated module can be produced in a factory assembly line in advance, and can be stored as a material in a conventional manner.
In the embodiment, the outpatient service equipment can be installed indoors, and the installation requirement can be met when the indoor height is higher than 2.6 meters; when the quick assembly disassembly type negative pressure outpatient service equipment is used temporarily, the quick assembly disassembly type negative pressure outpatient service equipment can also be installed on a flat ground in the open space, and after the use is finished, the quick assembly disassembly type negative pressure outpatient service equipment can be disassembled and stored in a warehouse. Namely, the utility model discloses an equipment can be installed fast, also can dismantle the back and recycle.
In this embodiment, the outpatient service equipment distinguishes the flow of people, logistics and pollution line, and adopts safety isolation measures to strictly prevent cross contamination and infection.
Referring to fig. 1, the right half of the negative pressure heating outpatient department is mainly a people flow and logistics area, the left half of the negative pressure heating outpatient department is mainly an outpatient department area, and an air conditioner fan system area is arranged on one side of a passage of a consulting room.
Referring to fig. 1, a medical worker enters an outpatient service sequentially through a medical worker dedicated passage 1, a medical worker first inlet 2, a medical worker second inlet 3 and an outpatient service passage 4; the medical staff goes out of the negative pressure outpatient service equipment to carry out bath and changing sequentially through a first medical staff outlet 18, a second medical staff outlet 19 and a female changing bath room or a male changing bath room; after being screened as an infectious disease patient, the patient enters the negative pressure outpatient service equipment through the patient inlet 22 for a doctor; the patient leaves the clinic equipment and passes through the first patient outlet 24 and the second patient outlet 25 in sequence; clean materials enter the outpatient service equipment through the first delivery window 31; the filth is sent into the filth secondary packaging room through the second transmission window 32 or the third transmission window 33 after being sterilized, and is transported out of the negative pressure outpatient room through the fourth transmission window 34 or the fifth transmission window 35 after being packaged for the second time.
Referring to fig. 1, the floor drain of the women's or men's changing bathrooms is a clean floor drain, the water using pipeline is connected to the negative pressure outpatient service external water supply equipment through a quick connector, and the discharge of the toilet sewage is connected to the corresponding sewage pipeline through building construction.
When the number of outpatients needs to be increased, the extension can be extended along the left direction of the figure 1.
Newly installed negative pressure outpatient service equipment utilizes an ozone generator connected with a fan system to carry out ozone sterilization on the whole space; the disinfection of the ground, the equipment surface and the wall surface of the heating outpatient service is carried out by adopting hydrogen peroxide or 84 disinfectant for conventional disinfection; pathogenic microorganisms near the high-efficiency filter of the exhaust duct are killed by an ultraviolet lamp.
In this embodiment, the outpatient service device is particularly suitable for use as a heating outpatient service device.
The embodiments described above are intended to facilitate the understanding and use of the invention by those skilled in the art. It will be readily apparent to those skilled in the art that various modifications to these embodiments may be made, and the generic principles described herein may be applied to other embodiments without the use of the inventive faculty. Therefore, the present invention is not limited to the above embodiments, and those skilled in the art should make improvements and modifications within the scope of the present invention according to the disclosure of the present invention.
Claims (10)
1. The quick detachable negative pressure outpatient service equipment is characterized in that the outpatient service equipment is formed by assembling integrated modules, and comprises a pollution area, a potential pollution area, a cleaning area and an air conditioner fan system area (30) for placing an air conditioner fan system, wherein the interior of the outpatient service equipment is isolated from the external environment, and the internal air pressure of the outpatient service equipment is lower than the ambient atmospheric pressure when the outpatient service equipment is used;
when the outpatient service equipment is used, the direction of the air flow controlled by the air-conditioning fan system sequentially flows through the clean area, the potential pollution area and the pollution area.
2. The quick-detachable negative pressure outpatient service equipment according to claim 1, wherein the contaminated area comprises a patient channel (23), an outpatient room, an X-ray room (7), a filming room (8), a detection room (9), a pharmacy (10), a men's toilet (28), a women's toilet (29) and an outpatient service channel (4), the patient channel (23), the outpatient room, the X-ray room (7), the filming room (8), the detection room (9), the pharmacy (10), the men's toilet (28), the women's toilet (29) and the outpatient service channel (4) are located in the same area of the outpatient service equipment, the patient channel (23) is communicated with the outpatient service channel (4), and the outpatient service room, the X-ray room (7), the filming room (8), the detection room (9), the pharmacy (10), the men's toilet (28) and the women's toilet (29) can be accessed through the patient channel (23) or the outpati, the outpatient pathway (4) is also connected to a potentially contaminated area.
3. The quick disconnect type negative pressure outpatient device according to claim 2, wherein the contaminated area further comprises a patient inlet (22) for entry into the outpatient device from the external environment, and a first patient outlet (24) and a second patient outlet (25) from the outpatient device, the patient inlet (22) communicating with the patient channel (23), the first patient outlet (24) communicating with the patient channel (23), a buffer area between the first patient outlet (24) and the second patient outlet (25), the doors of the first patient outlet (24) and the second patient outlet (25) adopting an interlocking mode; the patient access (22) is provided with two doors, which adopt an interlocking mode.
4. The quick detachable negative pressure clinic equipment according to claim 3, characterized in that the clinic equipment further comprises a medical staff dedicated passage (1), a medical staff first inlet (2), a medical staff second inlet (3), a medical staff first outlet (18), a medical staff second outlet (19), a waste disinfection room (11), a waste secondary packaging room (12), and a waste outlet passage (13),
the special medical staff passage (1) is isolated from the external environment of the clinic equipment, a door for entering and exiting the clinic equipment is arranged on the special medical staff passage (1),
the medical staff special channel (1) is communicated with a medical staff first inlet (2), the medical staff first inlet (2) is communicated with a medical staff second inlet (3), the medical staff second inlet (3) is communicated with a door inspection channel (4), a buffer area is arranged between the medical staff first inlet (2) and the medical staff second inlet (3), and the doors of the medical staff first inlet (2) and the medical staff second inlet (3) adopt an interlocking mode;
the clinic passage (4) is communicated with a first medical staff outlet (18), the first medical staff outlet (18) is communicated with a second medical staff outlet (19), a buffer area is arranged between the first medical staff outlet (18) and the second medical staff outlet (19), and doors of the first medical staff outlet (18) and the second medical staff outlet (19) adopt an interlocking mode;
the second outlet (19) of the medical staff is also communicated with a women changing bath room (20) and a men changing bath room (21), the outlets of the women changing bath room (20) and the men changing bath room (21) are communicated with the special channel (1) of the medical staff,
the special passage (1) for the medical staff is also communicated with a duty room (26) and an internal toilet (27);
the sewage disinfection room (11) is communicated with the clinic channel (4), the sewage disinfection room (11) is arranged adjacent to the sewage secondary packaging room (12), a transfer window is arranged between the sewage disinfection room (11) and the sewage secondary packaging room (12), the sewage secondary packaging room (12) is arranged adjacent to the sewage outlet channel (13), the transfer window is arranged between the sewage secondary packaging room (12) and the sewage outlet channel (13), the sewage outlet channel (13) is isolated from the external environment of the clinic equipment, and the sewage outlet channel (13) is provided with an inlet and an outlet for enabling articles to pass in and out of the clinic equipment;
a first cleaner inlet (14) and a second cleaner inlet (15) are arranged between the medical staff special channel (1) and the secondary dirt packaging room (12), a buffer area is arranged between the first cleaner inlet (14) and the second cleaner inlet (15), and the doors of the first cleaner inlet (14) and the second cleaner inlet (15) adopt an interlocking mode;
a first cleaner outlet (16) and a second cleaner outlet (17) are arranged between the secondary dirt packaging room (12) and the medical staff special channel (1), a buffer area is arranged between the first cleaner outlet (16) and the second cleaner outlet (17), and doors of the first cleaner outlet (16) and the second cleaner outlet (17) adopt an interlocking mode;
the medical staff dedicated passage (1), the medical staff first inlet (2), the cleaning staff first inlet (14), the cleaning staff second outlet (17), the medical staff second outlet (19), the female changing bath room (20), the male changing bath room (21), the dirt outlet passage (13), the duty room (26) and the internal toilet (27) belong to cleaning areas,
the medical staff second inlet (3), the dirt disinfection room (11), the dirt secondary packaging room (12), the cleaning staff second inlet (15), the cleaning staff first outlet (16) and the medical staff first outlet (18) all belong to potential pollution areas.
5. The quick detachable negative pressure outpatient service equipment according to claim 1, wherein the integrated module comprises a bottom plate, a side plate and a top plate, the side plate is pre-embedded with electric lines, sockets, gas and water pipelines, the top plate is provided with an air conditioner air outlet module, and pipelines or lines of an air conditioner fan system are arranged above the top plate.
6. The rapidly detachable negative pressure outpatient service equipment according to claim 5, wherein the bottom plate and the top plate constituting the integrated module are made of stainless steel, the side plate is made of stainless steel frame, and the double-layer glass is embedded at the position of the visible height of the side plate.
7. The rapidly disassembled and assembled negative pressure clinic equipment according to claim 1, wherein the integrated modules are assembled together by connecting pieces and sealed by sealing strips.
8. The quick release negative pressure outpatient service equipment according to claim 1, wherein the air-conditioning fan system is used in a full fresh air mode for air intake and a full discharge mode for air discharge.
9. The quick release negative pressure outpatient facility of claim 1, wherein the pressure within the outpatient facility decreases sequentially from a clean zone, a potentially contaminated zone to a contaminated zone.
10. The rapidly disassembled and assembled negative pressure clinic equipment according to claim 1, further comprising a disinfection and sterilization system, wherein the disinfection and sterilization system comprises ozone disinfection, ultraviolet disinfection and hydrogen peroxide disinfection.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202020302562.2U CN212562663U (en) | 2020-03-12 | 2020-03-12 | But quick assembly disassembly type negative pressure outpatient service equipment |
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| CN202020302562.2U CN212562663U (en) | 2020-03-12 | 2020-03-12 | But quick assembly disassembly type negative pressure outpatient service equipment |
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| CN212562663U true CN212562663U (en) | 2021-02-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115929076A (en) * | 2023-01-10 | 2023-04-07 | 广州市番禺区中医院 | Construction and installation method of reversible patient channel of blood purification center |
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2020
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115929076A (en) * | 2023-01-10 | 2023-04-07 | 广州市番禺区中医院 | Construction and installation method of reversible patient channel of blood purification center |
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