CN212507589U - But quick assembly disassembly type negative pressure isolation ward - Google Patents
But quick assembly disassembly type negative pressure isolation ward Download PDFInfo
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- CN212507589U CN212507589U CN202020303201.XU CN202020303201U CN212507589U CN 212507589 U CN212507589 U CN 212507589U CN 202020303201 U CN202020303201 U CN 202020303201U CN 212507589 U CN212507589 U CN 212507589U
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Abstract
The utility model relates to a but quick assembly disassembly type negative pressure isolation ward adopts the modularization mode of assembling to constitute by the wall body module, and the negative pressure is kept apart the ward inside including keeping apart the ward, keeping apart the ward passageway, curing patient goes out passageway, remains and handles between, remains secondary packing room, remains go out passageway, filth disinfection room, between filth secondary packing, filth go out passageway, medical staff's passageway, and inside atmospheric pressure is less than the environment atmospheric pressure when the ward is kept apart to the negative pressure and uses. The utility model discloses the bed in isolation ward district can be according to site conditions more or less, and patient and medical personnel access passage exclusive use, patient's inlet port and the export of healing patient and remains export separation, medical personnel import and export separation, and the separation is imported and exported to the cleanup crew, and clean material import and filth exit passage separate. Compared with the prior art, the utility model discloses a have and assemble fast, 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 isolation ward.
Background
The human body temperature is reduced by 0.4 ℃ in less than 200 years since the 19 th century, and the immunity is reduced by about 30 percent when the body temperature is reduced by 1 ℃ every time; the body temperature rises by 1 ℃, and the immunity can be improved by 5-6 times. Morgandanli issued reports that, in the next 50 years, people at risk of contracting an infectious disease will increase by 10 billion.
Every time an infectious disease outbreak occurs, medical conditions in various places become quite tense, and although the force of a plurality of construction personnel is integrated to build 1-2 temporary fixed-point hospitals within 10 days, the bed scale is obviously insufficient. Even the existing large-scale shelter hospitals can only solve the problem of temporary beds, cannot meet the requirements of infection isolation wards, and do not have enough protection for medical staff. How to deal with the increasing risk of infection with infectious diseases then becomes a major concern for protecting front-line medical staff.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a but quick assembly disassembly type negative pressure isolation ward, this negative pressure isolation ward can assemble the dismantlement fast, and convenient the removal, and the place requires lowly, and construction period is short, can use repeatedly, can be used to deal with some proruption medical conditions to the demand of keeping apart ward quantity.
The purpose of the utility model can be realized through the following technical scheme:
the utility model provides a negative pressure isolation ward capable of being quickly disassembled and assembled, which is composed of wall body modules in a modularized assembling mode, wherein the negative pressure isolation ward comprises an isolation ward, an isolation ward channel, a cured patient outlet channel, a remains treatment room, a remains secondary packaging room, a remains outlet channel, a waste disinfection room, a waste secondary packaging room, a waste outlet channel and a medical staff channel,
the isolation ward passage and the cured patient outlet passage are separated by an isolation ward, the isolation ward passage is provided with an inlet for entering the negative pressure isolation ward, the cured patient outlet passage is provided with an outlet for leaving the negative pressure isolation ward,
the remains processing room is arranged close to the isolation ward, a door is arranged between the remains processing room and the isolation ward channel, the secondary remains packaging room is arranged between the remains processing room and the remains outlet channel, the remains outlet channel is provided with an outlet for leaving the negative pressure isolation ward,
the waste disinfection room is arranged close to the remains treatment room, a door is arranged between the waste disinfection room and the isolation ward channel, the waste secondary packaging room is positioned between the waste disinfection room and the waste outlet channel, the waste outlet channel is provided with an outlet for leaving the negative pressure isolation ward,
the medical staff passage is provided with an inlet for entering the negative pressure isolation ward, the medical staff passage is separated from the isolation ward passage, and meanwhile, the medical staff passage can enter and exit the isolation ward passage from the medical staff passage;
when the negative pressure isolation ward is used, the internal air pressure is lower than the ambient atmospheric pressure;
the negative pressure isolation ward also comprises an air conditioner fan operation area for realizing ventilation and exhaust inside the negative pressure isolation ward.
In one embodiment of the present invention, the wall module is provided with a door and window module, a transmission window module or an air conditioner fan module;
the door and window module comprises a single door, double doors, a blind door and a door with a view window, the door frame is connected with the wall body in a clamping groove or bolt mode, and all the joints achieve the sealing effect through sealing strips;
the delivery window module is a logistics channel, is embedded in the wall body and penetrates through the wall body, and the joint is fixed and then sealed by glass cement. All modules are connected through a quick connecting piece and can be reinforced by screws, and sealing strips are additionally arranged at the joints.
The utility model discloses an in one embodiment, the wall body module includes bottom plate, curb plate and roof, and the bottom plate adopts stainless steel with the roof, and the curb plate divide into two kinds, one kind be full stainless steel frame construction, one kind comprises stainless steel frame and glass, and double-deck clear glass inlays in stainless steel frame, and glass is located the position of visual height. The adopted stainless steel material and glass material can ensure smooth and flat surface, do not generate dust, are easy to clean and disinfect and meet the requirements of GMP factory buildings.
In an embodiment of the present invention, the size of the wall module includes a regular size and a customized size, and can be changed according to actual conditions. The top plate, the bottom plate and the side plates are quickly connected in a clamping groove or a bolt mode, and all connecting parts can be further reinforced by screws and can be sealed by glass cement.
The utility model discloses an in an embodiment, pre-buried electric wire way, socket, fan pipeline, gas pipeline, water pipeline, oxygen supply pipeline in the bottom plate of wall body module or curb plate, pre-buried air conditioner, fan pipeline in the roof.
The utility model discloses an in an embodiment, the ward is kept apart to type negative pressure is two-layer structure, and the lower floor is the functional layer, keep apart the ward passageway, cure patient goes out passageway, remains and handles between, remains secondary packing room, remains go out passageway, filth disinfection room, between filth secondary packing, filth go out passageway, medical staff passageway and all are located the lower floor, air conditioner fan system piping arrangement is in the upper strata, and air conditioner fan operation area is located the wall body that ward one side was kept apart to the negative pressure.
In one embodiment of the utility model, the negative pressure isolation ward further comprises a medical staff first inlet, a medical staff second inlet, a medical staff first outlet, a medical staff second outlet, a female changing bath room, a male changing bath room, a cleaner first inlet, a cleaner second inlet, a cleaner first outlet, and a cleaner second outlet,
the first medical staff inlet and the second medical staff inlet are arranged between the medical staff special passage and the isolation ward passage,
the medical staff first outlet, the medical staff second outlet, the female changing bath room and the male changing bath room are arranged between the isolation ward channel and the medical staff special channel, wherein the female changing bath room is provided with two doors, one door is used for being communicated with the medical staff second outlet, the other door is used for being communicated with the medical staff special channel, the male changing bath room is provided with two doors, one door is used for being communicated with the medical staff second outlet, the other door is used for being communicated with the medical staff special channel, a buffer area is arranged between the medical staff first inlet and the medical staff second inlet, and the medical staff first inlet and the medical staff second inlet are in an interlocking mode; a buffer area is arranged between the first medical staff outlet and the second medical staff outlet, and the doors of the first medical staff outlet and the second medical staff outlet adopt an interlocking mode;
the first entry of cleaner, the setting of cleaner second entry between medical personnel specialized channel and filth secondary packing, the first export of cleaner, the setting of cleaner second export between filth secondary packing and medical personnel specialized channel. 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 adopt an interlocking mode; 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 adopt an interlocking mode;
in one embodiment of the utility model, a transfer window is arranged between the sewage sterilizing room and the sewage secondary packaging room, a transfer window is arranged between the sewage secondary packaging room and the sewage outlet channel,
a transfer window is arranged between the isolation ward passage and the isolation ward, preferably, two transfer windows are arranged in each isolation ward, one transfer window is a clean material inlet, the other transfer window is a sewage outlet,
a first remains conveying belt is arranged between the remains processing room and the remains secondary packaging room, and a second remains conveying belt is arranged between the remains secondary packaging room and the remains outlet channel.
In an embodiment of the present invention, the isolation ward may be provided in plurality.
The utility model discloses an in an embodiment, be provided with the bed in the isolation ward, keep apart ward lavatory bathroom and keep apart the ward buffering room, get into the patient of curing and go out the passageway by keeping apart the ward and need pass through in proper order keep apart ward lavatory bathroom and keep apart the ward buffering room.
In one embodiment of the present invention, an internal toilet and a duty room are further provided at one end of the medical staff passageway.
The utility model discloses an in the embodiment, double-deck high efficiency filter is adopted to the exhaust duct in the negative pressure isolation ward, ensures that the pathogenic microorganism in the isolation ward does not leak to the environment.
In one embodiment of the present invention, a multiple disinfection system is used in the negative pressure isolation ward to deal with disinfection and sterilization under different use conditions. The used disinfection and sterilization system comprises ozone disinfection, ultraviolet disinfection and hydrogen peroxide disinfection.
The utility model discloses but in quick assembly disassembly type negative pressure isolation ward, the filth in the isolation ward transports the filth disinfection room through the commodity circulation passageway, carries out the sterilization back, leaves the negative pressure isolation region through the transmission window.
Preferably, the number of sickbeds in each isolation ward is 1-3, and the number of the isolation ward can be infinitely expanded under the condition of not being limited by the site. The number of beds in each isolation ward may also be expanded.
Compared with the prior art, the utility model discloses have following advantage and beneficial effect:
the utility model discloses but quick assembly disassembly type negative pressure isolation ward can install fast, the utility model discloses but quick assembly disassembly type negative pressure isolation ward installs and uses the back, and after the emergency situation ended, can dismantle the forming die plate structure and put in the warehouse to use in preparation for the next time.
The size of the isolation ward of the main functional area can be more or less according to the actual situation.
The negative pressure isolation ward after being installed and used is spliced and assembled on a large scale on the premise of not influencing the use condition.
The utility model discloses but quick assembly disassembly type negative pressure isolation ward highly nimble controllable, the mountable is in the room of ordinary height, also can install in spacious place, satisfies the use under the emergency situation.
The utility model discloses but quick assembly disassembly type negative pressure isolation ward takes strict personage's stream channel separation, and patient, medical personnel's passageway separation get into, leave the passageway separation.
The utility model discloses but in quick assembly disassembly type negative pressure isolation ward, medical personnel imported and exported the region, keep apart the ward region, keep apart ward passageway, between the filth disinfection, adopt the clean environment of negative pressure between the buffering, on duty room, lavatory bathroom, medical staff passageway, patient go out the passageway, the filth goes out the passageway and adopts standard atmospheric pressure ordinary environment.
The utility model discloses isolation ward takes the negative pressure design, and from outside to inside, atmospheric pressure steadilys decrease in proper order, and the absolute value is not less than 15 handkerchiefs progressively decreased to the pressure differential.
The utility model discloses but quick assembly disassembly type negative pressure isolation ward provides suitable humiture and negative pressure condition through air conditioner fan system.
The utility model discloses but in quick assembly disassembly type negative pressure isolation ward, medical personnel imported and exported the door between the buffering and adopt the interlocking mode.
The utility model discloses the bed in isolation ward district can be according to site conditions more or less, and patient and medical personnel access passage exclusive use, patient's inlet port and the export of healing patient and remains export separation, medical personnel import and export separation, and the separation is imported and exported to the cleanup crew, and clean material import and filth exit passage separate. Compared with the prior negative pressure isolation ward technology, the utility model discloses a have and assemble fast, require lowly to the place, can dismantle the reuse, 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 isolation ward in embodiment 1.
The reference numbers in the figures indicate:
1. medical staff passageway, 2, medical staff first inlet, 3, medical staff second inlet, 4, isolation ward passageway, 5, first isolation ward, 6, second isolation ward, 7, medical staff first outlet, 8, medical staff second outlet, 9, woman changing bath room, 10, man changing bath room, 11, cleaning staff first inlet, 12, cleaning staff second inlet, 13, filth disinfection room, 14, filth secondary packaging room, 15, cleaning staff first outlet, 16, cleaning staff second outlet, 17, remains processing room, 18, remains secondary packaging room, 19, remains outlet passageway, 20, filth outlet passageway, 21, first isolation ward toilet bath room, 23, second isolation ward toilet bath room, 22, first isolation ward buffer room, 24, second isolation ward buffer room, 25, cure patient outlet passageway, 26. air-conditioning fan operation area, 27, first remains conveyer belt, 28, second remains conveyer belt, 29-36, transfer window, 37-42, bed, 43, duty room, 44, internal toilet.
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 negative pressure isolation ward capable of being quickly disassembled and assembled, the negative pressure isolation ward is composed of wall modules in a modular assembly manner, the negative pressure isolation ward comprises an isolation ward, an isolation ward passage 4, a cured patient outlet passage 25, a remains treatment room 17, a remains secondary packaging room 18, a remains outlet passage 19, a waste disinfection room 13, a waste secondary packaging room 14, a waste outlet passage 20, and a medical staff passage 1,
the isolation ward passage 4 and the cured patient outlet passage 25 are separated by an isolation ward, the isolation ward passage 4 is provided with an inlet for entering the negative pressure isolation ward, the cured patient outlet passage 25 is provided with an outlet for leaving the negative pressure isolation ward,
the remains processing room 17 is arranged close to the isolation ward, a door is arranged between the remains processing room 17 and the isolation ward passage 4, the remains secondary packing room 18 is arranged between the remains processing room 17 and the remains outlet passage 19, the remains outlet passage 19 is provided with an outlet for leaving the negative pressure isolation ward,
the waste disinfection room 13 is arranged close to the remains treatment room 17, a door is arranged between the waste disinfection room 13 and the isolation ward passage 4, the waste secondary packaging room 14 is positioned between the waste disinfection room 13 and the waste outlet passage 20, the waste outlet passage 20 is provided with an outlet for leaving the negative pressure isolation ward,
the medical staff passage 1 is provided with an inlet for entering a negative pressure isolation ward, the medical staff passage 1 is separated from the isolation ward passage 4, and meanwhile, the medical staff passage 1 can enter and exit the isolation ward passage 4;
when the negative pressure isolation ward is used, the internal air pressure is lower than the ambient atmospheric pressure;
the negative pressure isolation ward also comprises an air conditioner fan operation area 26 for realizing ventilation and exhaust inside the negative pressure isolation ward.
In this embodiment, the wall module is provided with a door and window module, a transfer window module or an air conditioner fan module;
the door and window module comprises a single door, double doors, a blind door and a door with a view window, the door frame is connected with the wall body in a clamping groove or bolt mode, and all the joints achieve the sealing effect through sealing strips;
the delivery window module is a logistics channel, is embedded in the wall body and penetrates through the wall body, and the joint is fixed and then sealed by glass cement. All modules are connected through a quick connecting piece and can be reinforced by screws, and sealing strips are additionally arranged at the joints.
In this embodiment, the wall body module includes bottom plate, curb plate and roof, and bottom plate and roof adopt stainless steel material, and the curb plate divide into two kinds, and one kind is full stainless steel frame construction, and one kind comprises stainless steel frame and glass, and double-deck transparent glass inlays in stainless steel frame, and glass is located the position of visual height. The adopted stainless steel material and glass material can ensure smooth and flat surface, do not generate dust, are easy to clean and disinfect and meet the requirements of GMP factory buildings.
In this embodiment, the dimensions of the wall module include conventional dimensions and custom dimensions, which may vary depending on the actual situation. The top plate, the bottom plate and the side plates are quickly connected in a clamping groove or a bolt mode, and all connecting parts can be further reinforced by screws and can be sealed by glass cement.
In this embodiment, an electric line, a socket, a fan pipeline, an air pipeline, a water pipeline, and an oxygen supply pipeline are embedded in a bottom plate or a side plate of the wall module, and an air conditioner and a fan pipeline are embedded in a top plate.
In this embodiment, the ward is kept apart to type negative pressure is two-layer structure, and the lower floor is the functional layer, keep apart ward passageway 4, cure patient and go out passageway 25, remains between 17, remains secondary packing room 18, remains go out passageway 19, filth disinfection room 13, filth secondary packing room 14, filth go out passageway 20, medical staff passageway 1 and all be located the lower floor, air conditioner fan system pipe-line arrangement is in the upper strata, and air conditioner fan operation area 26 is located the wall body of ward one side is kept apart to the negative pressure.
In this embodiment, the negative pressure isolation ward further comprises a medical staff first inlet 2, a medical staff second inlet 3, a medical staff first outlet 7, a medical staff second outlet 8, a female changing bath room 9, a male changing bath room 10, a cleaning staff first inlet 11, a cleaning staff second inlet 12, a cleaning staff first outlet 15, and a cleaning staff second outlet 16,
the first medical staff inlet 2 and the second medical staff inlet 3 are arranged between the medical staff special passage 1 and the isolation ward passage 4,
the medical staff first outlet 7, the medical staff second outlet 8, the female changing bath room 9 and the male changing bath room 10 are arranged between the isolation ward passage 4 and the medical staff special passage 1, wherein the female changing bath room 9 is provided with two doors, one door is used for being communicated with the medical staff second outlet 8, the other door is used for being communicated with the medical staff special passage 1, the male changing bath room 10 is provided with two doors, one door is used for being communicated with the medical staff second outlet 8, the other door is used for being communicated with the medical staff special passage 1, a buffer area is arranged between the medical staff first inlet 2 and the medical staff second inlet 3, and the medical staff first inlet 2 and the medical staff second inlet 3 adopt an interlocking mode; a buffer area is arranged between the first medical staff outlet 7 and the second medical staff outlet 8, and the doors of the first medical staff outlet 7 and the second medical staff outlet 8 adopt an interlocking mode;
the first cleaner inlet 11 and the second cleaner inlet 12 are arranged between the medical staff special passage 1 and the secondary dirt packaging room 14, and the first cleaner outlet 15 and the second cleaner outlet 16 are arranged between the secondary dirt packaging room 14 and the medical staff special passage 1. A buffer area is arranged between the first cleaning personnel inlet 11 and the second cleaning personnel inlet 12, and the doors of the first cleaning personnel inlet 11 and the second cleaning personnel inlet 12 adopt an interlocking mode; a buffer area is arranged between the first cleaning personnel outlet 15 and the second cleaning personnel outlet 16, and the doors of the first cleaning personnel outlet 15 and the second cleaning personnel outlet 16 adopt an interlocking mode;
in this embodiment, a transfer window is arranged between the waste sterilizing compartment 13 and the waste secondary packaging compartment 14, a transfer window is arranged between the waste secondary packaging compartment 14 and the waste outlet channel 20,
a transfer window is arranged between the isolation ward passage 4 and the isolation ward, preferably, two transfer windows are arranged in each isolation ward, one transfer window is a clean material inlet, the other transfer window is a sewage outlet,
a first remains conveyor belt 27 is arranged between the remains processing room 17 and the remains secondary packaging room 18, and a second remains conveyor belt 28 is arranged between the remains secondary packaging room 18 and the remains outlet channel 19.
In this embodiment, the isolation ward is provided with two isolation wards, which are respectively a first isolation ward 5 and a second isolation ward 6, a first isolation ward toilet bath room 21 and a first isolation ward buffer room 22 are provided in the first isolation ward 5, and a second isolation ward toilet bath room 23 and a second isolation ward buffer room 24 are provided in the second isolation ward 6.
In this embodiment, the isolation ward is provided with a bed, an isolation ward toilet bathroom and an isolation ward buffer room, and the patient entering the cured patient exit passage 25 from the isolation ward needs to pass through the isolation ward toilet bathroom and the isolation ward buffer room in sequence.
In this embodiment, an internal toilet 43 and a duty room 44 are further provided at one end of the medical staff passageway 1.
Referring to fig. 1, reference numerals 29 to 36 in fig. 1 each denote a transfer window, and reference numerals 37 to 42 in fig. 1 each denote a bed.
In this embodiment, the negative pressure isolation ward internal exhaust duct adopts a double-layer high efficiency filter, so as to ensure that pathogenic microorganisms in the isolation ward are not leaked into the environment.
In this embodiment, multiple disinfection systems are adopted in the negative pressure isolation ward to meet disinfection and sterilization under different use conditions. The used disinfection and sterilization system comprises ozone disinfection, ultraviolet disinfection and hydrogen peroxide disinfection.
The utility model discloses but in quick assembly disassembly type negative pressure isolation ward, the filth in the isolation ward transports the filth disinfection room through the commodity circulation passageway, carries out the sterilization back, leaves the negative pressure isolation region through the transmission window.
Preferably, the number of sickbeds in each isolation ward is 1-3, and the number of the isolation ward can be infinitely expanded under the condition of not being limited by the site. The number of beds in each isolation ward may also be expanded.
In this embodiment, the toilet bathroom in each isolation ward and the toilet bathroom in the duty room need to consider the water supply pipeline and the sewage pipeline before installation, the water supply pipeline is connected through the quick connector, and the sewer pipeline is connected to the corresponding sewage pipeline through building construction.
In the embodiment, medical staff enter an isolation ward through a medical staff passage, a medical staff first inlet, a medical staff second inlet and an isolation ward passage in sequence, the air pressure is gradually decreased, and the pressure difference is not less than 15 Pa absolutely; medical staff sequentially pass through an isolation ward passageway, a first medical staff outlet, a second medical staff outlet, a female changing bath room or a male changing bath room and a medical staff passageway out of the isolation ward area, the air pressure is sequentially increased in an increasing mode, and the absolute value of the pressure difference is not less than 15 Pa; each isolation ward is provided with 2 transfer windows which are respectively material inlet and outlet channels; the sewage in the isolation ward is collected by a cleaner after professional training, disinfected in a sewage disinfection room, then transmitted into a sewage secondary packaging room through a transmission window, and transported out of the negative pressure isolation ward through a special sewage channel; the confirmed patient enters the negative pressure isolation area from the left entrance of the passageway of the isolation ward and is merged into the corresponding isolation ward; the cured patient enters the cured patient exit channel through the toilet bath room (equivalent to the buffer 1) and the buffer room (equivalent to the buffer 2) in the isolation ward and leaves the negative pressure isolation area.
The negative pressure isolation ward is provided with a plurality of sets of disinfection and sterilization systems. The negative pressure isolation ward is completely sterilized by an ozone system connected with a fan system in an empty state after being assembled; in the state of the patient in residence, the ground, the wall surface and the object surface are wiped by hydrogen peroxide spray disinfection and hydrogen peroxide; the high-efficiency filter of the exhaust system is sterilized by an ultraviolet lamp; the dirt disinfection area is disinfected by a high-temperature high-pressure sterilizer.
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. A fast detachable negative pressure isolation ward is characterized in that the negative pressure isolation ward is composed of wall body modules in a modularized assembling mode, the negative pressure isolation ward comprises an isolation ward, an isolation ward passage (4), a cured patient outlet passage (25), a remains processing room (17), a remains secondary packing room (18), a remains outlet passage (19), a waste disinfection room (13), a waste secondary packing room (14), a waste outlet passage (20) and a medical staff passage (1),
the isolation ward passage (4) and the cured patient outlet passage (25) are separated by an isolation ward, the isolation ward passage (4) is provided with an inlet for entering the negative pressure isolation ward, the cured patient outlet passage (25) is provided with an outlet for leaving the negative pressure isolation ward,
the remains processing room (17) is arranged close to the isolation ward, a door is arranged between the remains processing room (17) and the isolation ward channel (4), the remains secondary packaging room (18) is arranged between the remains processing room (17) and the remains outlet channel (19), the remains outlet channel (19) is provided with an outlet for leaving the negative pressure isolation ward,
the waste disinfection room (13) is arranged close to the remains treatment room (17), a door is arranged between the waste disinfection room (13) and the isolation ward channel (4), the waste secondary packaging room (14) is positioned between the waste disinfection room (13) and the waste outlet channel (20), the waste outlet channel (20) is provided with an outlet for leaving the negative pressure isolation ward,
the medical staff passage (1) is provided with an inlet for entering a negative pressure isolation ward, the medical staff passage (1) and the isolation ward passage (4) are separated, and meanwhile, the medical staff passage (1) can enter and exit the isolation ward passage (4);
when the negative pressure isolation ward is used, the internal air pressure is lower than the ambient atmospheric pressure;
the negative pressure isolation ward also comprises an air conditioner fan operation area (26) for realizing ventilation and exhaust inside the negative pressure isolation ward.
2. The quick detachable negative pressure isolation ward according to claim 1, wherein the wall module is provided with a door and window module, a transmission window module or an air conditioner fan module;
the door and window module comprises a single door, double doors, a door without a view window and a door with a view window;
the delivery window module is a logistics channel and is embedded in the wall body in a penetrating mode.
3. The quick-detachable negative pressure isolation ward according to claim 1, wherein the wall module comprises a bottom plate, side plates and a top plate, the bottom plate and the top plate are made of stainless steel, the side plates are divided into two types, one type is a full stainless steel frame structure, the other type is composed of a stainless steel frame and glass, the double-layer transparent glass is embedded in the stainless steel frame, and the glass is located at a position with a visible height.
4. The quick detachable negative pressure isolation ward of claim 3, wherein the bottom plate or the side plate of the wall module is embedded with an electric line, a socket, a fan line, an air supply line, a water supply line or an oxygen supply line, and the top plate is embedded with an air conditioner and a fan line.
5. The quick detachable type negative pressure isolation ward according to claim 4, wherein the type negative pressure isolation ward is a two-layer structure, the lower layer is a functional layer, the isolation ward passage (4), the cured patient outlet passage (25), the remains treatment room (17), the remains secondary packing room (18), the remains outlet passage (19), the waste disinfection room (13), the waste secondary packing room (14), the waste outlet passage (20) and the medical staff passage (1) are all located on the lower layer, the air conditioner and the fan pipeline are arranged on the upper layer, and the air conditioner fan operation area (26) is located on the wall body on one side of the negative pressure isolation ward.
6. The quick detachable type negative pressure isolation ward according to claim 1, wherein a transfer window is provided between the filth sterilizing compartment (13) and the filth secondary packing compartment (14), a transfer window is provided between the filth secondary packing compartment (14) and the filth outlet passage (20),
a transfer window is arranged between the isolation ward passage (4) and the isolation ward,
a first remains conveying belt (27) is arranged between the remains processing room (17) and the remains secondary packaging room (18), and a second remains conveying belt (28) is arranged between the remains secondary packaging room (18) and the remains outlet channel (19).
7. The quick release type negative pressure isolation ward of claim 1, wherein a plurality of said isolation ward are provided.
8. The quick release type negative pressure isolation ward according to claim 1, wherein a bed, an isolation ward toilet bath and an isolation ward buffer bath are provided in the isolation ward, and the entry of the cured patient from the isolation ward into the exit passage (25) is required to pass through the isolation ward toilet bath and the isolation ward buffer bath in sequence.
9. The quick-detachable negative pressure isolation ward according to claim 1, wherein the exhaust duct in the negative pressure isolation ward is a double-layer high efficiency filter.
10. The quick release type negative pressure isolation ward of claim 1, wherein a multiple disinfection system is used in the negative pressure isolation ward to meet disinfection and sterilization under different use conditions.
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| CN202020303201.XU CN212507589U (en) | 2020-03-12 | 2020-03-12 | But quick assembly disassembly type negative pressure isolation ward |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113700345A (en) * | 2021-07-16 | 2021-11-26 | 四川联横利谱生物科技有限公司 | Container combined multifunctional storehouse |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113700345A (en) * | 2021-07-16 | 2021-11-26 | 四川联横利谱生物科技有限公司 | Container combined multifunctional storehouse |
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