TWM596259U - Movable combined negative pressure isolation device - Google Patents

Abstract

A movable combined negative pressure isolation device is used to solve the problem of insufficient use of negative pressure wards in hospitals. The system includes: at least one negative pressure chamber, with an air-conditioning equipment, a negative pressure disinfection equipment, and at least two entrances and exits, the negative pressure chamber has several first group connecting parts; a sterilization chamber, with a sterilization equipment and at least two entrances and exits , The sterilization chamber has a plurality of second assembly sections, the second assembly section is detachably combined with the first assembly section, and one of the inlet and outlet of the negative pressure chamber is opposite to one of the inlet and outlet of the sterilization chamber; And several closed parts, corresponding to the entrance and exit or the entrance and exit settings.

Description

Movable combined negative pressure isolation device

This creation is about a negative pressure isolation device, especially a movable and combined negative pressure isolation device.

In recent years, successive outbreaks of deadly infectious viruses, such as SARS, avian influenza and Wuhan pneumonia, have exhausted medical staff. In terms of the control of the epidemic, it is mainly carried out in two directions, which are to separate the diagnosed patients from the healthy ones and to isolate the patients for treatment. However, when the epidemic expands, if there is not enough negative pressure isolation ward to isolate patients, it will not be able to effectively control the epidemic.

Because the number of negative pressure isolation wards that can be set up in major hospitals and medical centers is limited, and a single negative pressure isolation ward can only accommodate one patient, therefore, the number of patients who should be admitted to the negative pressure isolation ward is more than negative pressure isolation When the number of wards is limited, only some patients can be temporarily placed in general wards, which may easily cause cross infection in the hospital. In addition, in countries where the concentration of medical institutions is not high, it may also cause problems such as the spread of the epidemic or delayed treatment on the way to the patients, which will increase the difficulty of epidemic prevention.

In order to solve the above problems, the purpose of this work is to provide a movable combined negative pressure isolation device, which can quickly complete the construction on the open ground, so as to place, isolate and treat patients nearby.

The next objective of this creation is to provide a movable combined negative pressure isolation device that can quickly expand the number of negative pressure isolation wards as needed to effectively avoid cross-infection problems caused by insufficient negative pressure isolation wards.

Another purpose of this creation is to provide a movable combined negative pressure isolation device, which is easy to carry, so as to facilitate urban and rural or even international mobilizers.

The directionality or its approximate terms in the full text of this creation, such as "front", "back", "left", "right", "upper (top)", "lower (bottom)", "inner", "outer" , "Side", etc., mainly refer to the directions of the attached drawings, and each directivity or its approximate terms are only used to help explain and understand the embodiments of the creation, not to limit the creation.

The use of the quantifier "a" or "one" in the elements and components described in the full text of this creation is only for convenience and provides the usual meaning of the scope of this creation; in this creation, it should be interpreted as including one or at least one, and single The concept of also includes the plural case unless it clearly means something else.

Similar terms such as "combination", "combination", or "assembly" described in the full text of this creation mainly include the types that can be separated without damaging the components after connection, or the components cannot be separated after connection, which is common knowledge in the field It can be selected according to the material or assembly requirements of the components to be connected.

The movable combined negative pressure isolation device of the present invention includes: at least one negative pressure chamber with an air-conditioning equipment, a negative pressure disinfection equipment and at least two entrances and exits. The air-conditioning equipment is used to input external air into the negative pressure chamber. The negative pressure sterilization equipment is used to extract the air in the negative pressure room and sterilize it, and maintain the air pressure in the negative pressure room lower than the outdoor air pressure. The negative pressure room has several first group connection parts; a sterilization room has a Sterilization equipment and at least two entrances and exits. The sterilization equipment is used for sterilization of entering and exiting personnel. The sterilization chamber has several second group connecting parts, the second group connecting parts are detachably combined with the first group connecting parts, and the One of the inlets and outlets of the negative pressure chamber is opposite to one of the inlets and outlets of the sterilization chamber; and several closures are provided corresponding to the inlets or outlets.

According to this, the movable combined negative pressure isolation device created by the author can facilitate the carrying and assembling, and can quickly complete the construction on the open space, so as to place, isolate and treat the patients nearby, so as to avoid the occurrence of patients due to the transfer of patients. It has caused problems such as the expansion of the epidemic or delayed treatment, and can facilitate urban and rural or even international mobilization, providing timely and effective assistance to the regions or countries in need. In addition, the movable combined negative pressure isolation device created in this invention can urgently add and rapidly expand the number of negative pressure chambers when the demand rises, and can effectively avoid the problem of cross infection caused by insufficient negative pressure chambers. Contribute to the Department of Epidemic Prevention.

Wherein, the number of the negative pressure chambers may be several, the plurality of negative pressure chambers may be detachably combined with the second group of connection parts of the sterilization chamber by the first group connection part, and the plurality of negative pressure chambers may be respectively One of the entrances and exits is opposite to the entrance and exit of the sterilization chamber. In this way, different negative pressure chambers can be directly entered from the sterilization chamber, which has the effect of reducing the probability of cross infection.

Wherein, the number of the negative pressure chambers may be several, the several negative pressure chambers are connected in series by each adjacent first group connecting part, and then the negative pressure chamber located at the end is connected by the first group The part is detachably combined with the second assembly part of the sterilization chamber, and one of the inlet and outlet of the negative pressure chamber is opposite to one of the inlet and outlet of the sterilization chamber. In this way, it has the effect of improving assembly variability.

Wherein, the negative pressure chamber may be provided with a hospital bed, and the hospital bed may be pivotally connected to the side wall of the negative pressure chamber to pivot relative to the side wall and the bottom wall of the negative pressure chamber. In this way, the negative pressure chamber system can be used as a ward, which has the effect of isolating and treating patients.

Wherein, the negative pressure sterilization device may have a deflector hood, the deflector hood may have an opening facing the hospital bed, and the end of the deflector hood may be connected to the top wall of the negative pressure chamber and communicate with an exhaust module, the The air extraction module can guide the air through a sterilization module and then discharged to the outside. In this way, the system can immediately discharge the bacteria produced by the patient out of the negative pressure chamber.

The movable combined negative pressure isolation device may further include a plurality of height adjustment components, and the plurality of height adjustment components may be located at the outer bottom ends of the negative pressure chamber and the sterilization chamber, respectively. In this way, the height and level of the negative pressure chamber and the sterilization chamber can be adjusted to facilitate the assembly of the negative pressure chamber and the sterilization chamber, which has the effect of improving the convenience of assembly.

The movable combined negative pressure isolation device may further include a buffer zone, the buffer zone may have a plurality of third connection parts and at least two communication ports, and the second group connection part of the sterilization chamber is detachably combined with the buffer zone The third group connection part, and one of the inlets and outlets of the sterilization chamber can be opposed to one of the communication ports of the buffer zone. In this way, the relevant personnel are able to perform shifts, meetings, screenings, access control and other operations in the buffer zone.

The movable combined negative pressure isolation device may further include a waste combustion processing chamber, and the waste combustion processing chamber may have a combustion device, several fourth connection parts, and an inlet. The combustion device has an incineration treatment function. The negative pressure chamber is detachably combined with the fourth assembling portion of the waste combustion processing chamber by the first assembling portion, and one of the inlets and outlets of the negative pressure chamber can be opposite to the inlet, and can be composed of one of the aforementioned The closure controls the state of communication between the negative pressure chamber and the waste combustion treatment chamber. In this way, medical waste, patient clothes, excrement, etc. can be burned by the waste combustion treatment room, which has the effect of avoiding the expansion of immunity.

In order to make the above-mentioned and other purposes, features and advantages of this creation more obvious and understandable, the preferred embodiments of this creation are specifically described below, and in conjunction with the attached drawings, detailed descriptions are as follows:

Please refer to FIG. 1, which is the first embodiment of the movable combined negative pressure isolation device of the present invention, and includes at least a negative pressure chamber 1 and a sterilization chamber 2, the sterilization chamber 2 is detachably combined with the Negative pressure chamber 1.

寬

高尺寸係為6

3

3(m)或12

3

3(m)的箱體改造而成，以便藉由交通工具（如：貨櫃車或護櫃船等）運送。該負壓室1具有一空調設備11、一負壓消毒設備12及至少二出入口13，該空調設備11用以將外部空氣輸入該負壓室1，較佳兼可調整該負壓室1內的溫度，以提供病患或醫療人員舒適的環境，此外，該病房中還可以另提供電力、照明、通信、食物、飲水、氧氣瓶、藥品、廁所及儲物櫃等物，惟不以此為限。 The negative pressure chamber 1 can accommodate isolated patients or medical personnel to move around, so the negative pressure chamber 1 can be used as a ward or a connecting walkway. The size of the negative pressure chamber 1 is not limited in this creation, preferably, the negative pressure chamber 1 may be

width

High size is 6

3

3(m) or 12

3

The 3(m) box is transformed to be transported by means of transportation (such as container trucks or container ships). The negative pressure chamber 1 has an air conditioning device 11, a negative pressure sterilization device 12, and at least two inlets and outlets 13. The air conditioning device 11 is used to input outside air into the negative pressure chamber 1, preferably adjustable in the negative pressure chamber 1 Temperature to provide a comfortable environment for patients or medical personnel. In addition, the ward can also provide electricity, lighting, communications, food, drinking water, oxygen bottles, medicines, toilets and lockers, etc. Limited.

The negative pressure sterilization device 12 is used to extract the air in the negative pressure chamber 1 and sterilize it, and maintain the air pressure in the negative pressure chamber 1 lower than the outdoor air pressure, so as to avoid unsterilized sterilization in the negative pressure chamber 1 The air leaks out to the outside, and it also prevents germs from spreading with the exhaust air. Specifically, the negative pressure sterilization device 12 may have a deflector 121 with an opening 122 located in the negative pressure chamber 1, and the end of the deflector 121 is connected to the top of the negative pressure chamber 1 The wall is connected with an air suction module 123, which guides the air through a sterilization module 124 and is then discharged to the outside. Wherein, the gas flow rate formed by the air extraction module 123 is greater than the gas flow rate of the air conditioner 11 to maintain the indoor air pressure of the negative pressure chamber 1 lower than the outdoor air pressure; preferably, the indoor air pressure is about -30 Pa ~-45Pa, keeping the indoor air pressure less than the outdoor air pressure by about 10Pa, so that a negative pressure space is formed in the negative pressure chamber 1. For example, but not limited to, the air extraction module 123 may be a wall-mounted exhaust fan, and the sterilization module 124 may use an ultraviolet sterilization lamp or a high temperature sterilization steam machine, etc. It is preferably used with multiple HEPA filters To ensure that the exhaust air is free of germs.

In addition, the negative pressure chamber 1 further has a plurality of first assembly portions 14 for assembling and fixing with the corresponding structure of the sterilization chamber 2 or other negative pressure chambers 1, so that the negative pressure chamber 1 can be connected with the sterilization chamber 2 or other negative pressure chambers are connected in series to achieve the effect of expanding the use scale or function. This creation does not limit the type of the first assembly portion 14. The schematic diagram of this embodiment uses the easily formed coupling hole as an example, and can be used with a connection component C, but not limited to this; the connection component C can be, for example, a set of screws and nuts.

The sterilization room 2 has a sterilization equipment 21 and at least two inlets and outlets 22. The sterilization equipment 21 is used to disinfect and sterilize access personnel (such as medical staff, patients, staff) and access items (such as medical equipment, clothing) . For example, the sterilization equipment 21 may be a high-temperature sterilization steam machine, which can pass through high-temperature steam above 90°C to sterilize the entry and exit personnel and items, so that the medical protective clothing can be reused; the sterilization The device 21 may also be, for example, an ultraviolet disinfection lamp, etc., and this creation is not limited. In this embodiment, the number of the inlets and outlets 22 may be two, and the two inlets and outlets 22 may be disposed on two opposite side walls of the sterilization chamber 2. Preferably, the sterilization room 2 can also be provided with a shower device (not shown in the figure) for the entry and exit personnel to thoroughly clean and then leave the sterilization room 2, which can more effectively prevent the carrying of germs and create an epidemic prevention loophole.

In addition, the sterilization chamber 2 further has a plurality of second assembly portions 23, the second assembly portion 23 is detachably combined with the first assembly portion 14 of the negative pressure chamber 1, and makes the negative pressure chamber 1 One of the entrances 13 can be opposed to one of the entrances 22 of the sterilization chamber 2. In this embodiment, the second assembly part 23 can also be selected as a coupling hole, so that the connection assembly C can penetrate the corresponding first assembly part 14 and the second assembly part 23, and be connected and fixed, so that The sterilization chamber 2 and the negative pressure chamber 1 may be formed in a cascaded configuration, so that persons entering and exiting can enter the negative pressure chamber 1 from the sterilization chamber 2 or move in a reverse route.

The plurality of closures D are arranged corresponding to the inlet and outlet 13 of the negative pressure chamber 1 or the inlet and outlet 22 of the sterilization chamber 2. The opening or closing of the closure D can control the communication state between the negative pressure chamber 1 and the sterilization chamber 2 . For example, the closing member D can be an automatic door, which can be automatically opened or closed by infrared sensor, kick or wireless touch switch.

Please continue to refer to FIG. 1, the movable combined negative pressure isolation device of the present invention may also have several height adjusting components 3, and the several height adjusting components 3 may be located in the negative pressure chamber 1 and the sterilization chamber 2 respectively The outer bottom end can be used to adjust the height and level of the negative pressure chamber 1 and the sterilization chamber 2, so that the first assembly portion 14 of the negative pressure chamber 1 and the second assembly portion 23 of the sterilization chamber 2 can mutually Alignment. In this embodiment, the negative pressure chamber 1 and the sterilization chamber 2 may be provided with the aforementioned height adjustment components 3 at four corners, respectively, to provide good and good performance for the negative pressure chamber 1 and the sterilization chamber 2, respectively. Sufficient support. Wherein, each of the height adjusting components 3 may have a first bearing seat 31 and a second bearing seat 32, the first bearing seat 31 is provided with a screw 311, and the second bearing seat 32 is provided with a screw hole (not shown) ), the first bearing base 31 or the second bearing base 32 can be combined with the outer bottom end of the negative pressure chamber 1 or the sterilization chamber 2, and by adjusting the depth of the screw 311 screwed into the screw hole, In order to adjust the overall height of the height adjustment assembly 3, the height and level of the negative pressure chamber 1 and the sterilization chamber 2 are adjusted.

According to the foregoing structure, the movable combined negative pressure isolation device of the present invention can be composed of a negative pressure chamber 1 and a sterilization chamber 2 as the most basic implementation form. A bed 15 can be provided in the negative pressure chamber 1 for sickness For rest or sleep use, the hospital bed 15 can be positioned to position the deflector 121 and pivotally connected to the side wall of the negative pressure chamber 1 with a pivot P so that it can be opposite to the side wall and bottom of the negative pressure chamber 1 The wall is pivoted. When the bed 15 is in a reclining state, the opening 122 of the shroud 121 may face the bed 15 to evacuate the bed 15 more directly.

In other embodiments, the same ward can be divided into several independent spaces to increase the number of patients that can be accommodated. For example, the negative pressure chamber 1 can be divided into several independent spaces by fixed or movable isolation members (for example, a curtain), each of which can accommodate a bed 15 and each of the independent spaces can It has an independent air conditioning device 11, a shroud 121 and an air extraction module 123. The several air extraction modules 123 can respectively send the extracted air through the same sterilization module 124, so that the sterilization module 124 can The air is disinfected and sterilized.

When constructing the movable combined negative pressure isolation device of this embodiment, the height adjustment components 3 can be adjusted so that the negative pressure chamber 1 and the sterilization chamber 2 are opposed to one of the entrance 13 and the entrance 22, and the The first assembling portion 14 of the negative pressure chamber 1 and the second assembling portion 23 of the sterilization chamber 2 can be aligned with each other, so that the sterilization chamber 2 and the negative pressure chamber 1 can be formed in series. In addition, one of the aforementioned closing members D is provided on one of the opposite entrance 13 and the entrance 22. In this way, when a patient is accommodated in the negative pressure room 1, medical personnel can first enter the sterilization room 2 to prepare for dressing, and then enter the negative pressure room 1 to conduct medical examinations such as checking or administering medicine to the patient, and the medical action ends After that, return to the sterilization room 2 to remove the isolation clothes and perform various sterilization and cleaning actions, and finally leave the sterilization room 2 again.

Please refer to FIG. 2, which is the second embodiment of the movable combined negative pressure isolation device. In this embodiment, the number of inlets and outlets 22 of the sterilization chamber 2 can be selected to be four, so that three of the inlets and outlets 22 of the sterilization chamber 2 can be respectively connected to a negative pressure chamber 1; that is, each of the negative pressures The chamber 1 is connected to the second assembly section 23 (marked in Fig. 1) of the sterilization chamber 2 by the first assembly section 14 respectively, and the three negative pressure chambers 1 are respectively provided by one of the inlets and outlets 13 and the sterilization chamber 2 Three of the inlets and outlets 22 face each other, and one of the aforementioned closing members D (marked in FIG. 1) is provided on one of the inlet and outlet 13 and the inlet and outlet 22 opposite to each other. In this way, medical personnel can directly enter the different negative pressure chamber 1 from the sterilization chamber 2 to perform medical actions on different patients. In other embodiments, the sterilization chamber 2 may be provided with a larger number of inlets and outlets 22, and the sterilization chamber 2 may also be selected to have a substantially circular or polygonal shape, so that the same sterilization chamber 2 can The negative pressure chamber 1 forms a small-scale medical center.

Please refer to Figure 3a, which is the third embodiment of the movable combined negative pressure isolation device. In this embodiment, the number of the negative pressure chambers 1 is several, and the plurality of negative pressure chambers 1 can be connected in series by each adjacent first group connecting portion 14, and then the negative pressure chambers located at the end 1. The first assembly portion 14 is detachably combined with the second assembly portion 23 of the sterilization chamber 2, and one of the inlet and outlet 13 of the negative pressure chamber 1 and one of the inlet and outlet 22 of the sterilization chamber 2 Opposite, and one of the aforementioned closing member D (indicated in FIG. 1) is provided on one of the opposite entrance 13 and the entrance 22. The series connection mode of the negative pressure chamber 1 is not limited by the direction, in addition to the series connection in the longitudinal direction, it can also be a vertical and lateral connection (as shown in Figure 3b), or in a side-by-side combination Then, it can be changed according to usage requirements or site restrictions, and it can be understood and changed by those with ordinary knowledge in the field, and this creation is not limited.

It is worth mentioning that the use of each negative pressure chamber is not limited. For example, the negative pressure chamber 1 can be used as a ward or as a connecting walkway between adjacent wards, so that the system can have better isolation. In addition, the number of inlets and outlets 13 of the negative pressure chamber 1 can be set according to the arrangement and assembly requirements, which is understood and changed by those with ordinary knowledge in the art; or, the number of walls of each negative pressure chamber 1 can also be set Each entrance 13 is provided, and each unused entrance 13 is kept closed by the closure D.

Please refer to FIG. 4, which is the fourth embodiment of the movable combined negative pressure isolation device. In this embodiment, the movable combined negative pressure isolation device may further have a buffer zone 4, the size and type of the buffer zone 4 are not limited, and its functions may include, but not limited to The medical center may perform shifts, meetings, screenings, or access control. The buffer zone 4 has a plurality of third connection parts (not shown) and at least two communication ports 41. In this embodiment, the third group connection parts can also be selected as coupling holes. The number can be four; several sterilization chambers 2 can be combined with one of the second group connection portions 23 to the third group connection portion of the buffer zone 4, and one of the inlets and outlets 22 of each sterilization chamber 2 can be connected to the One of the communication ports 41 of the buffer zone 4 is opposite, and one of the aforementioned closing members D (marked in FIG. 1) is provided on the opposite one of the communication port 41 and the inlet and outlet 22, so that people entering and exiting can be accessed by different The communication port 41 enters different sterilization chambers 2 to perform sterilization and replacement operations.

Each of the sterilization chambers 2 can be combined by a second assembly section 23 to provide a first assembly section 14 of a negative pressure chamber 1, and the negative pressure chamber 1 can be connected in series with several negative pressure chambers in the longitudinal direction 1, and any two adjacent negative pressure chambers 1 can be connected in series by the first connecting portion 14. In this way, several negative pressure chambers arranged in a long series can be used as connecting walkways, respectively, and the several negative pressure chambers jointly form a long corridor. Among them, any two adjacent inlets and outlets 13 of the two adjacent negative pressure chambers 1 may be provided with one of the aforementioned closing members D (marked in FIG. 1); or the closing member D may not be provided to form a common The several negative pressure chambers of a promenade are connected to each other, and this creation is not restricted.

In addition, at least one negative pressure chamber 1 used as a ward can be combined in series with one side of the several negative pressure chambers 1 used as connecting walkways; in this way, medical personnel can choose different buffer zones 4 to enter different The sterilization room 2 enters the different wards from the promenade connected to the sterilization room 2 to perform medical activities such as examination or medicine administration for different patients.

For example, in this embodiment, the number of the sterilization chamber 2 can be selected as two, and the two sterilization chambers 2 are respectively connected in series with a plurality of negative pressure chambers 1 to form a first corridor V1 and a second corridor V2, on the left side of the first corridor V1 (in the direction shown in FIG. 4), several negative pressure chambers 1 can be connected in series to form several rows of wards, and on the right side of the second corridor V2 (based on In the direction shown in FIG. 4), several negative pressure chambers 1 can also be connected in series to form several rows of wards, and one of the two opposite entrances 13 of any two adjacent wards in the same row can be provided with the aforementioned closure Piece D (marked in Figure 1). In this way, the overall medical center can be formed into two areas, according to the severity of the patient's condition, to arrange the location of the patient's ward. For example: the mild patient can be arranged in the ward on the left side of the first corridor V1, severe The patient department can arrange to stay in the ward on the right side of the second promenade V2 for medical management.

Furthermore, a negative pressure chamber 1 can be further connected between the first promenade V1 and the second promenade V2, so that medical personnel can connect between the first promenade V1 and the second promenade V2 There is no need to go through the sterilization room 2 and back to the buffer zone 4 each time to enter the wards connected by different promenades, which helps to improve medical efficiency and reduce the physical loss of medical personnel. Alternatively, the negative pressure chamber 1 provided between the first promenade V1 and the second promenade V2 can also be used as a storage or inspection space where large inspection equipment is placed.

In addition, the movable combined negative pressure isolation device of the present invention may further have a waste combustion processing chamber 5 with a combustion equipment 51 and a number of fourth connection parts (not shown in the figure) ) And an inlet 52, the combustion device 51 has an incineration treatment function, which can be used to burn medical waste, patient clothing and excrement and other items. In detail, the combustion equipment 51 may include a combustion furnace, a dust collector, and a control module. The combustion furnace has a feed inlet and a row of ash outlets. The ash discharge outlet is used to remove the ash residue generated after the incineration of the article. The dust collector communicates with the ash discharge port and is used to collect the ash residue. For example, but not limited to, the dust collector may be a bag-type dust collector. The fourth assembly portion is detachably combined with the first assembly portion 14 of the negative pressure chamber 1. One of the inlets and outlets 13 of the negative pressure chamber 1 is opposite to the inlet 52, and can be formed by a closing member D (marked in Fig. 1) opens or closes the communication state between the negative pressure chamber 1 and the waste combustion processing chamber 5. In this embodiment, the waste combustion processing chamber 5 can optionally be detachably combined with the negative pressure chamber 1 located at the end of the second promenade V2 to burn and process items that may be contaminated on site, which has Function; the waste combustion chamber 5 and the buffer zone 4 can also be applied to the first to third embodiments described above.

In summary, the movable combined negative pressure isolation device of this creation is convenient for the carrier and assembler, and it can quickly complete the construction on the open space, so as to place, isolate and treat patients nearby, so as to avoid the occurrence of disease due to transfer Infection causes problems such as expansion of the epidemic situation or delayed treatment, and can be easily mobilized in urban and rural areas and even internationally, providing timely and effective assistance to areas or countries in need. In addition, the movable combined negative pressure isolation device created in this invention can urgently add and rapidly expand the number of negative pressure chambers when the demand rises, and can effectively avoid the problem of cross infection caused by insufficient negative pressure chambers. Contribute to the Department of Epidemic Prevention.

Although this creation has been disclosed using the above preferred embodiments, it is not intended to limit this creation. Anyone who is familiar with this art will still make changes and modifications to the above embodiments without departing from the spirit and scope of this creation. The scope of technology protected by the creation, so the scope of protection of this creation shall be deemed as defined by the scope of the attached patent application.

1: Negative pressure room 11: Air conditioning equipment 12: Negative pressure disinfection equipment 121: shroud 122: opening 123: Suction module 124: Sterilization module 13: Entrance 14: The first group 15: hospital bed 2: Sterilization room 21: Sterilization equipment 22: Import and export 23: The second group 3: Height adjustment component 31: The first bearing seat 311: screw 32: second bearing seat 4: Buffer 41: communication port 5: Waste combustion treatment room 51: Combustion equipment 52: Entrance C: Connect components D: closure P: pivot V1: First Corridor V2: The second promenade

[Figure 1] An exploded perspective view of the first embodiment of this creation. [Figure 2] A combined top view of the second embodiment of this creation. [Figure 3a] A top view of the first aspect combination of the third embodiment of this creation. [Figure 3b] A top view of the second aspect combination of the third embodiment of the present creation. [Figure 4] A combined top view of the fourth embodiment of this creation.

1: Negative pressure room

11: Air conditioning equipment

12: Negative pressure disinfection equipment

121: shroud

122: opening

123: Suction module

124: Sterilization module

13: Entrance

14: The first group

15: hospital bed

2: Sterilization room

21: Sterilization equipment

22: Import and export

23: The second group

3: Height adjustment component

31: The first bearing seat

311: screw

32: second bearing seat

C: Connect components

D: closure

P: pivot

Claims (8)

A movable combined negative pressure isolation device, including: At least one negative pressure chamber has an air conditioning device, a negative pressure disinfection device and at least two inlets and outlets, the air conditioning device is used to input outside air into the negative pressure chamber, the negative pressure disinfection device is used to extract the air in the negative pressure chamber and It is disinfected and sterilized, and the air pressure in the negative pressure chamber is kept lower than the outdoor air pressure, and the negative pressure chamber has several first group connection parts; A sterilization room has a sterilization equipment and at least two inlets and outlets. The sterilization equipment is used for sterilizing and sterilizing people entering and exiting. The sterilization room has a plurality of second group connecting parts, which are detachably combined with the first An assembly section, and one of the inlets and outlets of the negative pressure chamber is opposed to one of the inlets and outlets of the sterilization chamber; and Several closures are set corresponding to the entrance or exit. The movable combined negative pressure isolation device according to claim 1, wherein the number of the negative pressure chambers is several, and the negative pressure chambers are respectively detachably combined with the second group of the sterilization chamber by the first group of connecting parts The connection part, and the negative pressure chambers are respectively opposite to the inlet and outlet of the sterilization chamber through one of the inlets and outlets. The movable combined negative pressure isolation device according to claim 1, wherein the number of the negative pressure chambers is several, and the negative pressure chambers are connected in series by the adjacent first group of connecting parts, and then will be located at the end The negative pressure chamber on the side is detachably combined with the second group connection portion of the sterilization chamber by the first group connection portion, and one of the inlet and outlet of the negative pressure chamber is opposite to one of the inlet and outlet of the sterilization chamber. The movable combined negative pressure isolation device according to claim 1, wherein the negative pressure chamber is provided with a hospital bed which is pivotally connected to the side wall of the negative pressure chamber with a pivot to be opposite to the side wall of the negative pressure chamber and The bottom wall pivots. The movable combined negative pressure isolation device according to claim 4, wherein the negative pressure sterilization device has a deflector hood with an opening facing the hospital bed, and the end of the deflector hood is connected to the negative pressure chamber A suction module is connected to the top wall, and the suction module guides the air through a sterilization module to be discharged to the outside. The movable combined negative pressure isolation device according to any one of claims 1 to 5, further includes a plurality of height adjustment components, which are respectively located at the outer bottom ends of the negative pressure chamber and the sterilization chamber. The movable combined negative pressure isolation device according to any one of claims 1 to 5, further comprising a buffer zone, the buffer zone has a plurality of third connection parts and at least two communication ports, and the second group of the sterilization chamber The connection part is detachably combined with the third group connection part of the buffer zone, and one of the inlets and outlets of the sterilization chamber is opposed to one of the communication ports of the buffer zone. The movable combined negative pressure isolation device according to any one of claims 1 to 5, further comprising a waste combustion processing chamber, the waste combustion processing chamber has a combustion device, a plurality of fourth connection parts and an inlet , The combustion equipment has an incineration treatment function, the negative pressure chamber is detachably combined with the fourth assembly part of the waste combustion treatment chamber by the first assembly part, and one of the inlet and outlet of the negative pressure chamber and the inlet Relatively, the communication state between the negative pressure chamber and the waste combustion treatment chamber is controlled by the aforementioned closing member.

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