TWM631139U - General ward loading negative pressure isolation module - Google Patents

Abstract

The new model is a general ward loaded negative pressure isolation module, which is used for setting in the general ward of an existing hospital, and includes a modular independent bathroom equipment; a front room, which is assembled to form an openable and closable channel, and uses The general ward is divided into two independent spaces by the combination of a sealing board with the front room and independent bathroom equipment; an independent water supply and drainage pipe group, which is connected to the aforementioned modules; a plurality of control electrical boxes, which are respectively arranged in the aforementioned modules. group; a negative pressure filter device, which is installed in the window group of the general ward; by modularizing the independent bathroom equipment, the front room and the negative pressure filter device, the existing general ward can be quickly changed to negative pressure through a simple process In addition to reducing the cost of production and transportation, the isolation ward can save space, protect the environment, assemble quickly, and be free from environmental restrictions.

Description

General ward loading negative pressure isolation module

The new type relates to a medical equipment, especially a negative pressure isolation module for loading a general ward in a general ward.

Today, due to the continuous impact of the COVID-19 novel coronavirus epidemic, hospitals all over the world are facing a shortage of isolation wards. In addition to the isolation ward, there is also a mobile isolation ward, which uses the outdoor space to build a temporary hospital with simple building materials, while the isolation ward is built with the concept of a modular house, so as to relieve the urgent problem of the shortage of isolation wards.

However, for the above-mentioned temporary isolation ward structure set up outdoors, the overall building materials and installation location are subject to the limitations of climate, safety, terrain, water supply, power supply, sewage and other factors, so the suitable location for construction is very limited. To solve the problem, more isolation wards have been built. Once the epidemic is over, too many mobile isolation wards will inevitably become a waste of resources and space, which is not environmentally friendly. Therefore, in response to the above problems, it is necessary to think about and make improvements.

In view of the deficiencies of the prior art, the present invention provides a general ward loading negative pressure isolation module, which can be quickly installed in the existing general ward by modularizing the independent bathroom equipment, the front chamber and the negative pressure filtering device.

In order to achieve the above-mentioned new purpose, the technical means adopted in this new model is to design a general ward loading negative pressure isolation module, which is used to be installed in the general ward of the existing hospital. A window set and a hospital bed, the bathroom is adjacent to the door of the general ward, the door of the bathroom is set on the side facing the door, and a door is formed between the door of the bathroom and the wall on the opposite side A walking passage, the window group is located on the other end of the wall relative to the door of the general ward, the hospital bed is located between the bathroom and the window group, and the general ward loaded negative pressure isolation module includes: a separate bathroom facility, which is arranged in the ward and adjacent to the bathroom; A front room, which includes two door frames, a bracket group, two rolling doors, a plurality of air-tight cloths and a sealing plate, the two door frames are arranged in the ward at intervals and located in the walking channel, the bracket group is assembled to form a channel structure and two The ends are respectively connected to one of the door frames, each of the rolling doors is installed on the bracket group and each of the door frames, each of the air-tight cloth covers is installed on the bracket group, the sealing plate is arranged in the general ward and is connected with the front room and the Combined with independent bathroom equipment, the sealing board divides the general ward into two independent spaces; an independent water supply and drainage pipe group, which includes a plurality of water supply pipes and a plurality of drainage pipes, each of the water supply pipes is connected to the bathroom toilet and the independent bathroom equipment, and each of the drainage pipes is connected to the independent bathroom equipment and the outside of the ward; A plurality of control electrical boxes, one end of the control electrical box is electrically connected to the independent bathroom equipment, one end of the other control electrical box is electrically connected to the front room, and the other end of each of the control electrical boxes is electrically connected to the general ward. power supply equipment; A negative pressure filtering device is arranged on the window group.

Further, the general ward is loaded with a negative pressure isolation module, wherein the front room further includes a cleaning device, the cleaning device includes a sink and a faucet, the sink and the faucet are assembled in the bracket set and the faucet. Between the air-tight cloths, the number of the water supply pipes and the number of the drain pipes of the independent water supply and drainage pipe group are plural, and one of the water supply pipes is connected to the faucet, and one of the drain pipes is connected to the sink.

Further, in the general ward loading negative pressure isolation module, the bracket group includes a plurality of rod bodies, each of the rod bodies is assembled and connected to form an elongated channel structure, each of the air-tight cloth and each of the rod bodies. Combine.

Further, the general ward is loaded with a negative pressure isolation module, wherein the front room further includes at least one lamp and at least one exhaust fan, the lamp and the exhaust fan are assembled in the bracket group, and the lamp and the exhaust fan are electrically connected to the Control the electrical box.

Further, the general ward is loaded with a negative pressure isolation module, wherein the independent bathroom equipment includes a plurality of wall panels, a chassis, a toilet, a washstand, a crusher and a bathroom door, and each of the wall panels is assembled. A bathroom space is formed around the chassis, the toilet and the washstand are installed in the bathroom space, the shredder is installed in the independent bathroom equipment and connected to the toilet and the washstand, and the bathroom door is installed in one of them The wall panel, each of the water supply pipes are connected to the toilet and the washstand, and each of the drain pipes is connected to the toilet, the washstand and the grinder.

Further, the general ward is loaded with a negative pressure isolation module, wherein the plurality of control electric boxes include a bathroom electric box and a front room electric box, the bathroom electric box is arranged on the wall panel of the independent bathroom equipment, the The front room electric box is arranged in the front room and assembled to the bracket group, each of the rolling door, the lamp and the exhaust fan is electrically connected to the front room electric box, and the crusher is electrically connected to the bathroom electric box.

Further, the general ward is loaded with a negative pressure isolation module, wherein the negative pressure filter device includes a window frame, a fan filter unit, a primary filter, an activated carbon filter, a UV germicidal lamp and a HEPA A filter screen, the fan filter assembly is installed in the window frame, the primary filter screen and the activated carbon filter screen are stacked sequentially toward the exhaust side of the fan filter unit, and the UV germicidal lamp and the HEPA filter screen are sequentially facing the The air inlet side of the fan filter unit is stacked, and the negative pressure filter device is installed on the window unit with the window frame.

Further, the general ward is loaded with a negative pressure isolation module, wherein each of the air-tight fabrics is an environmentally friendly air-tight fabric made of recycled plastic products, and each of the air-tight fabrics is combined with a plurality of devil felts, which are pasted with devil felt. The bracket group and the door frame.

The advantage of this new type is that the independent bathroom equipment, the front room and the negative pressure filtration device are modularized with the configuration of the existing general ward, so the existing general ward can be changed into a negative pressure isolation ward, in addition to reducing production and cost. In addition to the cost of transportation, the installation time and process can also be reduced. Compared with the outdoor temporary isolation ward of the existing technology, it can achieve the effects of saving space, environmental protection, rapid assembly and not being restricted by the environment.

The technical means adopted by the present invention to achieve the predetermined purpose of the new model are further described below in conjunction with the drawings and the preferred embodiments of the present invention.

Please refer to FIG. 1 , the general ward loading negative pressure isolation module of the present new type includes an independent bathroom equipment 10 , a front chamber 20 , an independent water supply and drainage pipe group 30 , a plurality of control electrical boxes 40 and a negative pressure filter device 50.

Please refer to FIG. 1 to FIG. 4 , the independent bathroom equipment 10 includes a plurality of wall panels 11 , a chassis 12 , a toilet 13 , a washstand 14 , a crusher 15 and a bathroom door 16 . Each wall panel 11 is assembled on the The chassis 12 surrounds and forms a bathroom space. The aforementioned chassis 12 is a one-piece water-leakage-proof pan body. The toilet 13 and the washstand 14 are installed in the bathroom space. The crusher 15 is installed outside the independent bathroom equipment 10 and is connected to The toilet 13 and the washstand 14 are pipes with drainage function (not shown in the drawings), the bathroom door 16 is installed on one of the wall panels 11, and other bathroom-related equipment such as defogging lamps, sockets, lamps and ventilation fans ( Not shown in the drawings) can be selected and installed in the bathroom space according to the user's needs. The aforementioned components are standard components in the prior art, and their detailed structures and installation methods will not be described in detail.

Please refer to FIGS. 1 and 5 to 8 , the front chamber 20 includes two door frames 21 , a bracket group 22 , two rolling doors 23 , a plurality of air-tight cloths 24 , a cleaning device 25 , at least one lamp 26 , and at least one exhaust fan 27 And the sealing plate 28, the bracket group 22 is composed of a plurality of rod bodies. Specifically, each rod body is assembled and connected to form a long channel structure. Assembled at both ends of the bracket group 22, each roll door 23 is installed on the inner side of each door frame 21 and located in the bracket group 22, and each air-tight cloth 24 is arranged on each rod body of the bracket group 22. The dense cloth 24 is an environmentally friendly air-tight cloth that is recycled and remanufactured from the Baote bottle. Each air-tight cloth 24 and the bracket group 22 are combined with a devil felt and are covered on the inner side of any two adjacent rod bodies of the bracket group 22, so that the bracket group 22 can borrow A space is formed by the combination with the air-tight cloth 24; the cleaning device 25 comprises a washbasin 251, a faucet 252 and a dirt tank 253. Between the rods and protruding toward the outside, to reduce the space occupied in the front chamber 20, and use the air-tight cloth 24 to cover the space above and below the cleaning device 25 after assembly, so that the washbasin 251, the faucet 252 and the dirt tank 253 The opening of the front chamber 20 faces the interior of the front chamber 20 , the lamps 26 and the exhaust fan 27 are assembled and filled to fill the position between the two rod bodies above the front chamber 20 , the sealing plate 28 is fixed on one of the door frames 21 and the wall plate 11 of the independent bathroom equipment 10 To form a wall structure, the forms of the aforementioned elements can be changed according to user needs.

Please refer to FIG. 14 , the independent water supply and drainage pipe group 30 includes a plurality of water supply pipes 31 and a plurality of drainage pipes 32 , wherein the independent bathroom equipment 10 and the cleaning device 25 are respectively connected to a water supply pipe 31 , and the independent bathroom equipment 10 and the cleaning device 25 are respectively connected to a water supply pipe 31 . The drain pipe 32 is, but not limited to, the connection method of the water supply pipe 31 and the drain pipe 32 can be changed according to the user's needs.

Referring to FIG. 15 , each control electrical box 40 includes a bathroom electrical box 41 and a front room electrical box 42 . The bathroom electrical box 41 is disposed in the independent bathroom equipment 10 and is electrically connected to each electrical component of the independent bathroom equipment 10 . The front chamber electrical box 42 is disposed in the front chamber 20 and assembled between the bracket group 22 and the air-tight cloth 24 . The front chamber electrical box 42 is electrically connected to each electrical component of the front chamber 20 .

Please refer to FIG. 9 , the negative pressure filter device 50 includes a window frame 51 , a fan filter unit 52 , a primary filter 53 , an activated carbon filter 54 , a UV germicidal lamp 55 and a HEPA filter 56 . The frame 51 is a prefabricated frame that matches the window set specifications of the existing general ward. The fan filter unit 52 (Fan Filter Unit, FFU) is installed in the window frame 51, and the primary filter screen 53 and the activated carbon filter screen 54 are sequentially filtered towards the fan. The exhaust side of the unit 52 is stacked, and the UV germicidal lamp 55 and the HEPA filter 56 are stacked in sequence toward the air inlet side of the fan filter unit 52. The aforementioned components are standard components in the prior art, and their detailed structures will not be repeated here, but not This is the limit, and can be changed according to user needs.

When the general ward of the new type is used with negative pressure isolation module, please refer to FIG. 10 , it is used for setting in the general ward 60 of the existing hospital. The general ward 60 is surrounded by a wall 61 and includes a bathroom 62 and a window set. 63. A hospital bed 64 and a room door 65, the bathroom toilet 62 is located on the side of the general ward 60 adjacent to the room door 65, and the door of the bathroom toilet 62 is arranged on the side facing the direction of the room door 65. A walking channel is formed between the door and the wall 61 on the opposite side. The window group 63 is located on the wall 61 on the opposite side of the door 65 of the general ward 60. The installation steps and assembly methods of the new model are described below. Please refer to FIG. 11. First, The front chamber 20 is set close to the door 65 and is located in the position of the walking passage. Please refer to FIG. 12. The negative pressure filter device 50 is set on the frame of the window group 63 with the window frame 51. One of the windows (not shown in the drawings) on the group 63 is disassembled and the window frame 51 is installed, and because the window frame 51 is a frame body that can be pre-adjusted and assembled to the existing window group 63, this installation method is the prior art Therefore, please refer to FIG. 13 , the independent bathroom equipment 10 is arranged between the bathroom toilet 62 and the hospital bed 64 , and the content space of the independent bathroom equipment 10 is communicated with the interior of the general ward 60 through the bathroom door 16 for patients to enter and exit. 14, the other end of each water supply pipe 31 of the independent water supply and drainage pipe group 30 is connected to the water supply outlet (not shown in the figure) of the bathroom toilet 62, and the other end of each drain pipe 32 is connected to the outside There is a sewage tank (not shown in the figure), so the water supply pipe 31 of the independent water supply and drainage pipe group 30 can supply the water source of the toilet 62 to the independent bathroom equipment 10, and the drain pipe of the independent bathroom equipment 10 can pass the sewage through the drain pipe 32 is discharged to the outside, please refer to FIG. 15 , the bathroom electrical box 41 and the front room electrical box 42 are connected to the existing power supply device (not shown in the figure) of the general ward 60 , and the shape of the sealing plate 28 matches the door frame of the front room 20 21. The wall panel 11 of the independent bathroom equipment 10, the bathroom door 16 and the roof are combined and fixed to form a wall. The aforementioned combination method is the prior art, so it will not be described in detail, so the sealing plate 28 separates the general ward 60 into two independent spaces , through the ventilation effect of the negative pressure filter device 50 , the air is filtered and discharged out of the window, so that the general ward 60 has a low pressure environment.

In the aforementioned process, the user can also plan three module configurations according to the needs of different severity levels. When installing equipment for mild patients, the modules include independent bathroom equipment 10, front room 20, and negative pressure filter device 50. , When installing equipment for critically ill patients, it includes modules such as front chamber 20 and negative pressure filter device 50. When installing equipment for patients undergoing recovery observation, only negative pressure filter device 50 is installed, so the new independent bathroom The equipment 10 , the front chamber 20 and the negative pressure filter device 50 can be used in combination in a module, and can also be installed and used independently, which is highly versatile.

In the aforementioned process, since the independent bathroom equipment 10, the front chamber 20 and the negative pressure filter device 50 are all modularized, the general ward of the existing hospital can be quickly changed into a negative pressure isolation ward, which can reduce the cost of production and transportation. In addition, the installation time and process can also be reduced. Therefore, compared with the outdoor temporary isolation ward in the prior art, the effects of space saving, environmental protection, rapid assembly and no environmental restrictions can be achieved.

The above is only a preferred embodiment of the creation, and does not limit the creation in any form. Although the creation has been disclosed as a preferred embodiment, it is not intended to limit the creation. Those of ordinary knowledge, within the scope of the technical solution of the creation, can make some changes or modifications by using the technical content disclosed above as equivalent embodiments of equivalent changes, but any content that does not depart from the technical solution of the creation, according to this The technical essence of the creation Any simple modifications, equivalent changes and modifications made to the above embodiments still fall within the scope of the technical solution of the creation.

10: Independent bathroom equipment 11: Wall panels 12: Chassis 13: Toilet 14: Washstand 15: Crusher 16: Bathroom door 20: Front Room 21: door frame 22: Bracket group 23: Rolling Door 24: Air tight cloth 25: Cleaning device 251: Washbasin 252: Faucet 253: Dirt tank 26: Lamps 27: Exhaust fan 28: Sealing plate 30: Independent water supply and drainage pipe group 31: Water supply pipe 32: Drain pipe 40: Control electric box 41: Bathroom Electric Box 42: Front room electric box 50: Negative pressure filter device 51: Window frame 52: Fan filter unit 53: Primary filter 54: Activated carbon filter 55: UV germicidal lamp 56: HEPA filter 60: General Ward 61: Wall 62: Bathroom 63: Window group 64: Hospital Bed 65: door

Figure 1 is a schematic plan view of the present invention. Figure 2 is an external view of the new independent bathroom equipment. Figure 3 is an exploded view of the main components of the new independent bathroom equipment. Figure 4 is a schematic diagram of the pipeline connection of the new independent bathroom equipment. Figure 5 is an exterior view of the front chamber of the new type. Figure 6 is an exploded view of the front chamber of the new type. Figure 7 is a schematic diagram of the main components of the front chamber of the present invention assembled. Figure 8 is a schematic diagram of the pipeline connection of the front chamber of the present invention. Figure 9 is an exploded view of the negative pressure filter device of the present invention. Figure 10 is a schematic plan view of an existing general ward. Figures 11 to 15 are schematic plan views of the assembly sequence of the new type installed in an existing general ward.

10: Independent bathroom equipment

11: Wall panels

12: Chassis

13: Toilet

14: Washstand

15: Crusher

16: Bathroom door

20: Front Room

21: door frame

22: Bracket group

23: Rolling Door

251: Washbasin

252: Faucet

253: Dirt tank

26: Lamps

27: Exhaust fan

28: Sealing plate

50: Negative pressure filter device

60: General Ward

61: Wall

62: Bathroom

63: Window group

64: Hospital Bed

65: door

Claims (8)

A general ward loaded negative pressure isolation module, which is used to be installed in a general ward of an existing hospital. The general ward is surrounded by a wall and includes a bathroom, a window set and a hospital bed, and the bathroom is adjacent to the general ward. Room door, the door of the bathroom toilet is arranged on the side facing the direction of the room door, a walking passage is formed between the door of the bathroom toilet and the wall surface on the opposite side, and the window group is located relative to the door of the general ward. On the other end of the wall, the hospital bed is located between the bathroom and the window group, and the negative pressure isolation module loaded in the general ward includes: a separate bathroom facility, which is arranged in the ward and adjacent to the bathroom; A front room, which includes two door frames, a bracket group, two rolling doors, a plurality of air-tight cloths and a sealing plate, the two door frames are arranged in the ward at intervals and located in the walking channel, the bracket group is assembled to form a channel structure and two The ends are respectively connected to one of the door frames, each of the rolling doors is installed on the bracket group and each of the door frames, each of the air-tight cloth covers is installed on the bracket group, the sealing plate is arranged in the general ward and is connected with the front room and the Combined with independent bathroom equipment, the sealing board divides the general ward into two independent spaces; an independent water supply and drainage pipe group, which includes a plurality of water supply pipes and a plurality of drainage pipes, each of the water supply pipes is connected to the bathroom toilet and the independent bathroom equipment, and each of the drainage pipes is connected to the independent bathroom equipment and the outside of the ward; A plurality of control electrical boxes, one end of the control electrical box is electrically connected to the independent bathroom equipment, one end of the other control electrical box is electrically connected to the front room, and the other end of each of the control electrical boxes is electrically connected to the general ward. power supply equipment; A negative pressure filtering device is arranged on the window group. The general ward loading negative pressure isolation module according to claim 1, wherein the front room further comprises a cleaning device, the cleaning device comprises a washbasin and a faucet, and the washbasin and the faucet are assembled to the bracket group and the Between the air-tight cloths, the number of the water supply pipes and the number of the drain pipes of the independent water supply and drainage pipe group are plural, and one of the water supply pipes is connected to the faucet, and one of the drain pipes is connected to the sink. The general ward loading negative pressure isolation module according to claim 1 or 2, wherein the bracket group comprises a plurality of rod bodies, each of the rod bodies is assembled and connected to form an elongated channel structure, each of the air-tight cloth and each of the Rod combination. The general ward loading negative pressure isolation module according to claim 3, wherein the front room further comprises at least one lamp and at least one exhaust fan, the lamp and the exhaust fan are assembled to the bracket group, and the lamp and the exhaust fan are electrically connected to the Control the electrical box. The general ward loading negative pressure isolation module as described in claim 4, wherein the independent bathroom equipment comprises a plurality of wall panels, a chassis, a toilet, a washstand, a crusher and a bathroom door, and each of the wall panels is assembled A bathroom space is formed around the chassis, the toilet and the washstand are installed in the bathroom space, the shredder is installed in the independent bathroom equipment and connected to the toilet and the washstand, and the bathroom door is installed in one of them The wall panel, each of the water supply pipes are connected to the toilet and the washstand, and each of the drain pipes is connected to the toilet, the washstand and the grinder. The general ward loading negative pressure isolation module according to claim 5, wherein the plurality of control electrical boxes include a bathroom electrical box and a front room electrical box, the bathroom electrical box is arranged on the wall panel of the independent bathroom equipment, the The front room electric box is arranged in the front room and assembled to the bracket group, each of the rolling door, the lamp and the exhaust fan is electrically connected to the front room electric box, and the crusher is electrically connected to the bathroom electric box. The general ward loading negative pressure isolation module according to claim 6, wherein the negative pressure filter device comprises a window frame, a fan filter unit, a primary filter, an activated carbon filter, a UV germicidal lamp and a HEPA A filter screen, the fan filter assembly is installed in the window frame, the primary filter screen and the activated carbon filter screen are stacked sequentially toward the exhaust side of the fan filter unit, and the UV germicidal lamp and the HEPA filter screen are sequentially facing the The air inlet side of the fan filter unit is stacked, and the negative pressure filter device is installed on the window unit with the window frame. The general ward loading negative pressure isolation module as described in claim 7, wherein each of the air-tight cloths is an environmentally friendly air-tight cloth made of recycled plastic products, and each of the air-tight cloths is combined with a plurality of devil felts, which are pasted on the devil felt. The bracket group and the door frame.

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