WO2022032944A1 - Vehicle-mounted foldable testing laboratory for virus testing, and vehicle - Google Patents

Abstract

A vehicle-mounted foldable testing laboratory (100) for virus testing, comprising: an equipment compartment (10); and at least one foldable plate assembly. The foldable plate assembly is provided on at least one side of the equipment compartment (10); the foldable plate assembly has an unfolded position and a storage position; when the foldable plate assembly is located at the unfolded position, the foldable plate assembly defines a plurality of experiment compartments; when the foldable plate assembly is located at the storage position, the foldable plate assembly is stacked on the equipment compartment (10); the foldable plate assembly comprises a first foldable plate assembly (20) and a second foldable plate assembly (40); the first foldable plate assembly (20) is provided at a first side (101) of the equipment compartment (10); the second foldable plate assembly (40) is provided at a second side (102). The present invention also relates to a vehicle. According to the vehicle-mounted foldable testing laboratory, a testing laboratory can be quickly constructed in an epidemic situation, and time for constructing the testing laboratory can be saved, thereby facilitating prevention and control of epidemics; moreover, when the vehicle-mounted foldable testing laboratory is not used, the area occupied by the vehicle-mounted foldable testing laboratory can be reduced.

Description

In-vehicle folding testing laboratory and vehicle for virus detection

CROSS-REFERENCE TO RELATED APPLICATIONS

This application claims the priority of an application date of August 13, 2020, an application number of 202010809673.7, and a patent application titled "vehicle folding detection laboratory and vehicle for virus detection".

technical field

The present application relates to the field of virus detection, and in particular, to a vehicle-mounted folding detection laboratory for virus detection and a vehicle having the vehicle-mounted folding detection laboratory for virus detection.

Background technique

After the outbreak of a large-scale epidemic in my country in early 2020, in addition to the huge demand for epidemic prevention hospitals, makeshift hospitals, and isolation places, virus detection laboratories (or biosafety laboratories) used for virus detection and research have also experienced serious shortages. . In the event of a sudden infectious disease outbreak or related events, for example: when a new coronavirus outbreak occurs, medical staff need to quickly go to the site to collect relevant samples (relevant samples can include human body, animal, environment, etc.), and then send the relevant samples to biosafety The protection laboratory (testing laboratory) conducts the detection and identification of potential biological risk factors (pathogens, toxins, etc.) to effectively support the rapid response to the epidemic on site.

When a sudden infectious disease outbreak occurs in a certain place, when the virus outbreak occurs on a large scale, the traditional existing virus detection laboratories or biosafety laboratories obviously cannot meet the needs of flexible and timely construction. In the related art, a container is used to temporarily build a testing laboratory on site. When the testing laboratory is not in use, the testing laboratory occupies a large area. Moreover, the existing testing laboratory cannot be transported by air, and the testing laboratory cannot quickly reach the outbreak site. At the same time, it takes a long time to build a testing laboratory temporarily, and the testing laboratory cannot be put into use quickly, which is easy to prolong the time for testing and identifying the information of relevant samples, which is not conducive to the prevention and control of the epidemic.

public content

The present application aims to solve at least one of the technical problems existing in the prior art. To this end, one purpose of this application is to propose a vehicle-mounted folding detection laboratory for virus detection, which can quickly build a detection laboratory in an epidemic situation, which can save the cost of building a detection laboratory. Laboratory time is conducive to the prevention and control of the epidemic, and when the vehicle-mounted folding testing laboratory is not in use, the floor space of the vehicle-mounted folding testing laboratory can be reduced.

The application further proposes a vehicle.

The vehicle-mounted folding detection laboratory for virus detection according to the present application comprises: an equipment compartment; at least one folding board assembly, the folding board assembly is provided on at least one side of the equipment compartment, and the folding board assembly has an unfolded position and a stowed position, when the folding board assembly is in the unfolded position, the folding board assembly defines a plurality of experimental compartments, and when the folding board assembly is in the stowed position, the folding board assembly is stacked on the equipment bay superior.

According to the vehicle-mounted folding detection laboratory for virus detection of the present application, through the cooperation of the equipment compartment and the folding board assembly, when a sudden infectious disease outbreak occurs in a certain place, compared with the prior art, the vehicle can quickly transfer the vehicle-mounted folding detection laboratory to the laboratory. Transported to the epidemic area, the testing laboratory can be quickly built in the epidemic area, which can save the time of building the testing laboratory, and the testing laboratory can be put into use quickly, which can shorten the information time for testing and identifying relevant samples, which is conducive to the prevention of the epidemic. control. In addition, when the vehicle-mounted folding testing laboratory is not in use, the floor space of the vehicle-mounted folding testing laboratory can be reduced; the folding board assembly includes: a first folding board assembly, and the first folding board assembly is arranged in the equipment compartment the first side of the first folding plate assembly is adapted to define a plurality of first experimental chambers on the first side when the first folding plate assembly is in the unfolded position, the first folding plate assembly When in the storage position, the first folding board assembly is suitable for stacking on the first side; the second folding board assembly is arranged on the first side of the equipment compartment and the second folding board assembly On the opposite second side, when the second folding plate assembly is in the unfolded position, the second folding plate assembly is adapted to define a plurality of second test chambers on the second side, the second folding plate assembly The second folding panel assembly is adapted to be stacked on the second side when the assembly is in the stowed position.

In some examples of the present application, the plurality of first experimental compartments are arranged in sequence in the length direction of the equipment compartment; the plurality of second experimental compartments are arranged in sequence in the length direction of the equipment compartment.

In some examples of the present application, a first transfer window is provided between two adjacent first experimental chambers; a second transfer window is provided between two adjacent second experimental chambers.

In some examples of the present application, the first folding panel assembly includes: a first floor panel, a first side panel, a first top panel, a first end panel, a second end panel, and at least one first partition panel; the first panel A floor is connected between the first side plate and the equipment compartment and is rotatably connected with the equipment compartment and the first side plate; the first top plate, the first partition plate, the first One end plate and the second end plate are both rotatably connected with the equipment compartment; the first floor, the first side plate, the first top plate, the first end plate, the second end plate The plates collectively define a sealed first operating space, the first partition being adapted to partition the first operating space into the plurality of first experimental chambers.

In some examples of the present application, the second folding panel assembly includes: a second floor panel, a second side panel, a second top panel, a third end panel, a fourth end panel, and at least one second partition panel; the first The second floor is connected between the second side plate and the equipment compartment, and is rotatably connected with the equipment compartment and the second side plate; the second top plate, the second partition plate, the first The third end plate and the fourth end plate are all rotatably connected to the equipment compartment; the second floor, the second side plate, the second top plate, the third end plate, the fourth end plate The plates collectively define a sealed second operating space, the second partition being adapted to partition the second operating space into the plurality of second experimental chambers.

In some examples of the present application, the first folding panel assembly includes a plurality of first floor panels, a plurality of first side panels, a plurality of first top panels, a plurality of first end panels and a plurality of second end panels, A plurality of the first floor panels, a plurality of the first side panels, a plurality of the first top panels, a plurality of the first end panels, and a plurality of the second end panels are all related to the plurality of the first The experimental chambers are in one-to-one correspondence; the first floor is connected between the first side plate and the equipment chamber and is rotatably connected with the equipment chamber and the first side plate; the first top plate, the The first end plate and the second end plate are all rotatably connected with the equipment compartment; the first floor, the first side plate, the first top plate, the first end plate, the first The two end plates together define the first experimental chamber.

In some examples of the present application, the second folding panel assembly includes a plurality of second floor panels, a plurality of second side panels, a plurality of second top panels, a plurality of third end panels and a plurality of fourth end panels, A plurality of the second floor panels, a plurality of the second side panels, a plurality of the second top panels, a plurality of the third end panels, and a plurality of the fourth end panels are all related to the plurality of the second The experimental chambers are in one-to-one correspondence; the second floor is connected between the second side plate and the equipment chamber and is rotatably connected with the equipment chamber and the second side plate; the second top plate, the The third end plate and the fourth end plate are all rotatably connected to the equipment compartment; the second floor, the second side plate, the second top plate, the third end plate, the first The four end plates collectively define the second experimental chamber.

In some examples of the present application, the vehicle-mounted folding detection laboratory for virus detection further includes: an air membrane, each of the first experimental chamber and each of the second experimental chambers is provided with a door body, The air film is in one-to-one correspondence with the door body, and the air film cover is provided on the door body and is suitable for defining an air film isolation space with the door body.

In some examples of the present application, the gas membrane is provided with a gap, the gap is provided with a partition portion, one end of the partition portion is integrally formed with the gas membrane, and the edge of the partition portion and the gas membrane can be formed together. Disconnect the connection so that the divider opens or closes the gap.

In some examples of the present application, each of the experimental bins is provided with a waste transport window.

In some examples of the present application, the plurality of first experimental chambers include: a sample receiving chamber and a reagent preparation chamber, the plurality of second experimental chambers include: a sample preparation chamber and an amplification chamber, and the sample receiving chambers pass through A third transfer window communicates with the sample preparation chamber.

In some examples of the present application, the sample receiving bin is provided with a logistics window.

In some examples of the present application, the pressures in the sample receiving chamber, the sample preparation chamber, and the amplification chamber are all negative pressures; and the pressures in the reagent preparation chambers are all positive pressures.

In some examples of the present application, the vehicle-mounted folding detection laboratory for virus detection further includes: an air conditioner for adjusting the temperature and humidity of each of the experimental chambers.

In some examples of the present application, the air conditioner includes a plurality of indoor units, and the plurality of indoor units corresponds to a plurality of the experimental chambers one-to-one.

In some examples of the present application, the vehicle-mounted folding detection laboratory for virus detection further includes: a fresh air system, the fresh air system includes: an air supply system and an exhaust system, and the air supply system is provided with a fresh fan And it is used to supply air into the experimental chamber; the exhaust system is used to discharge the gas in the experimental chamber to the vehicle-mounted folding detection laboratory for virus detection.

In some examples of the present application, there are multiple air supply systems and exhaust air systems, and each of the experimental chambers corresponds to one of the air supply systems and one of the air exhaust systems.

In some examples of the present application, an installation cavity is formed in the equipment compartment, and the indoor unit and the fresh air system are arranged in the installation cavity.

In some examples of the present application, each of the experimental compartments is in communication with the equipment compartment when the folding plate assembly is in the deployed position.

In some examples of the present application, the vehicle-mounted folding detection laboratory for virus detection further includes: a support structure, where the support structure is used to support the experimental chamber.

The vehicle according to the present application includes the above-mentioned vehicle-mounted folding detection laboratory for virus detection.

Additional aspects and advantages of the present application will be set forth, in part, from the following description, and in part will become apparent from the following description, or may be learned by practice of the present application.

Description of drawings

The above and/or additional aspects and advantages of the present application will become apparent and readily understood from the following description of embodiments in conjunction with the accompanying drawings, wherein:

1 is a schematic diagram of a vehicle-mounted folding detection laboratory installed on a vehicle according to an embodiment of the present application;

2 is a schematic diagram of a folding plate assembly of a vehicle-mounted folding testing laboratory in an unfolded position according to an embodiment of the present application;

3 is a schematic diagram of a vehicle-mounted folding testing laboratory without a top plate according to an embodiment of the present application;

4 is a schematic diagram of the internal structure of a vehicle-mounted folding detection laboratory according to an embodiment of the present application;

FIG. 5 is a top view of a vehicle-mounted folding detection laboratory according to an embodiment of the present application.

Reference number:

Vehicle folding testing laboratory 100;

Equipment compartment 10; first side 101; second side 102;

first folding board assembly 20; first floor panel 201; first side panel 202; first top panel 203; first end panel 204; second end panel 205; first partition panel 206;

The first experimental warehouse 30; the garbage transport window 301; the sample receiving warehouse 302; the reagent preparation warehouse 303; the logistics window 304; the first transfer window 305; the second transfer window 306;

second foldable panel assembly 40; second floor panel 401; second side panel 402; second top panel 403; third end panel 404; fourth end panel 405; second partition panel 406;

The second experimental chamber 50; the sample preparation chamber 501; the amplification chamber 502; the third transfer window 503;

Air film 60; door 601; air film isolation space 602; partition 603;

Air conditioner 70; Indoor unit 701; Outdoor unit 702;

Air supply system 80; Air exhaust system 801;

installation cavity 90; support structure 901;

Vehicle 200; Generator 300.

detailed description

The following describes in detail the embodiments of the present application, examples of which are illustrated in the accompanying drawings, wherein the same or similar reference numerals refer to the same or similar elements or elements having the same or similar functions throughout. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present application, but should not be construed as a limitation on the present application.

The following describes a vehicle-mounted folding detection laboratory 100 for virus detection according to an embodiment of the present application with reference to FIGS. 1 to 5. The vehicle-mounted folding detection laboratory 100 may be set on the vehicle 200, and the vehicle-mounted folding detection laboratory 100 may be used for nucleic acid detection, virus detection, etc.

As shown in FIGS. 1-5 , the vehicle-mounted folding testing laboratory 100 according to the embodiment of the present application includes: an equipment compartment 10 and at least one folding board assembly. Medical supplies such as medical equipment, office supplies and office furniture can be stored in the equipment compartment 10 . The folding board assembly is disposed on at least one side of the equipment compartment 10, and the folding board assembly has an unfolding position and a storage position. When the folding board assembly is in the unfolding position, the folding board assembly defines a plurality of experimental chambers, and medical personnel can enter the experimental chambers to complete the In the detection work, when the foldable board assembly is located at the storage position, the foldable board assembly is stacked on the equipment compartment 10 , which can also be understood as being folded together and arranged on the equipment compartment 10 . The vehicle-mounted folding testing laboratory 100 may further include a generator 300, and the generator 300 may provide power for devices that require electrical energy, such as medical equipment, office supplies, and office furniture.

It should be noted that medical equipment may include: medical refrigerators, automated sample preparation systems, large centrifuges, palm centrifuges, vortex shakers, ultra-clean workbenches, biological safety cabinets, water purifiers, PCR instruments, and high-speed centrifuges , plate centrifuge, barcode printer, mobile UV car, ZW-HWP dry mist hydrogen peroxide sterilizer, autoclave, horizontal freezer, etc. Office supplies can include: computers, etc. Office furniture can include: wash basins, equipment tables, etc.

Among them, the outbreak of the epidemic is sudden. Taking the outbreak of the new coronavirus as an example, it is difficult to predict which city the epidemic will break out in. Once the epidemic breaks out, it is necessary to quickly build a nucleic acid testing laboratory in the place where the epidemic broke out. . If an epidemic breaks out in a certain area, the vehicle 200 carries the vehicle-mounted folding testing laboratory 100 and drives to the epidemic site, and by opening the folding board assembly to place the folding board assembly in the unfolded position, within a few hours, the folding board assembly can be in the equipment compartment 10. Multiple experimental chambers are defined on the side, and multiple experimental chambers can be used for nucleic acid detection. After the experimental chambers are set up, medical equipment, office supplies, office furniture and other medical supplies are arranged and designed according to the specifications to achieve a high degree of space utilization. , for example, medical supplies such as medical equipment, office supplies, and office furniture are placed in appropriate positions in the equipment compartment 10 and the experimental compartment. After the placement is complete, the experimental compartment can be put into use. Compared with temporary testing laboratories or testing laboratories in new traditional buildings, when a new type of coronavirus epidemic occurs in a certain place, the vehicle 200 will quickly transport the vehicle-mounted folding testing laboratory 100 to the epidemic area, which can be quickly built in the epidemic area. The testing laboratory can save the time of building a testing laboratory, and the testing laboratory can be put into use quickly, which can shorten the information time for testing and identifying relevant samples, which is conducive to the prevention and control of the epidemic.

In addition, after the vehicle-mounted folding testing laboratory 100 is used, medical supplies such as medical equipment, office supplies, and office furniture are placed in the equipment compartment 10, and the folding board assembly is controlled to be located at the storage position, so that the volume of the vehicle-mounted folding testing laboratory 100 is reduced. The footprint of the vehicle-mounted folding detection laboratory 100 can be reduced, thereby facilitating the storage of the vehicle-mounted folding detection laboratory 100 . At the same time, the vehicle-mounted folding testing laboratory 100 of the present application can be transported by the vehicle 200 to the place where the epidemic occurs at any time, and can be quickly put into use in the epidemic situation to achieve the effect of emergency use of the vehicle-mounted folding testing laboratory 100. The vehicle-mounted folding testing laboratory 100 can be used in different For on-site application, the vehicle-mounted folding testing laboratory 100 has low requirements for land use, and can quickly build a testing laboratory in the epidemic area, thereby improving the construction efficiency of the testing laboratory. In addition, after the epidemic, the vehicle-mounted folding testing laboratory 100 can be transformed into other functions for use.

Therefore, through the cooperation of the equipment compartment 10 and the folding board assembly, when a sudden infectious disease epidemic occurs in a certain place, compared with the prior art, the vehicle 200 can quickly transport the vehicle-mounted folding testing laboratory 100 to the epidemic area, which can be used in the epidemic area. Quickly building a testing laboratory can save the time of building a testing laboratory, and the testing laboratory can be put into use quickly, which can shorten the information time for testing and identifying relevant samples, which is conducive to the prevention and control of the epidemic. In addition, when the vehicle-mounted folding detection laboratory 100 is not in use, the footprint of the vehicle-mounted folding detection laboratory 100 can be reduced.

In some embodiments of the present application, as shown in FIGS. 1 and 3 , the folding board assembly may include: a first folding board assembly 20 and a second folding board assembly 40 . The first folding board assembly 20 can be disposed on the first side 101 of the equipment compartment 10. The first side 101 of the equipment compartment 10 refers to the right side of the equipment compartment 10 in FIG. 3. When the first folding board assembly 20 is in the unfolded position, the A foldable plate assembly 20 is adapted to define a plurality of first experimental compartments 30 on the first side 101 of the equipment compartment 10. When the first foldable plate assembly 20 is in the storage position, the first foldable plate assemblies 20 are adapted to be stacked on the equipment compartment 10. The first side 101 of the first test chamber 30 can be arranged in this way at any time. When the first test chamber 30 is not needed, the first folding board assembly 20 is located in the storage position, which can reduce the size of the first folding board assembly 20 Therefore, the occupied space of the vehicle-mounted folding testing laboratory 100 can be reduced.

The second folding plate assembly 40 may be disposed on the second side 102 of the equipment compartment 10 opposite to the first side 101 , the second side 102 of the equipment compartment 10 refers to the left side in FIG. 3 , and the second folding plate assembly 40 is located in the unfolded position. In the stowed position, the second folding plate assembly 40 is adapted to define a plurality of second experimental compartments 50 on the second side 102, and when the second folding plate assembly 40 is in the stowed position, the second folding plate assembly 40 is adapted to be stacked on the equipment compartment 10 the second side 102 . Wherein, this arrangement can realize the arrangement of the second experimental chamber 50 at any time. When the second experimental chamber 50 is not needed, the second folding board assembly 40 is located in the storage position, which can reduce the space occupied by the second folding board assembly 40. Therefore, the occupied space of the vehicle-mounted folding testing laboratory 100 can be reduced.

In some embodiments of the present application, as shown in FIG. 3 , a plurality of first experimental chambers 30 are arranged in sequence along the length direction of the equipment chamber 10 , and a plurality of second experimental chambers 50 are arranged in sequence along the length direction of the equipment chamber 10 , wherein , the length direction of the equipment compartment 10 refers to the front-rear direction in FIG. 3 . When the first folding board assembly 20 and the second folding board assembly 40 are in the unfolded position, the width of the vehicle-mounted folding testing laboratory 100 can be avoided from being too wide, so that the The arrangement of the first experimental chamber 30 and the second experimental chamber 50 is more suitable.

In some embodiments of the present application, a first transfer window 305 may be disposed between two adjacent first experimental chambers 30. When the first transfer window 305 is opened, the first transfer window 305 may Objects are transferred between two first experimental chambers 30. When the first transfer window 305 is closed, the first transfer window 305 separates two adjacent first experimental chambers 30, which can avoid two adjacent first experimental chambers 30. mutual contamination.

In addition, a second transfer window 306 may be provided between two adjacent second experimental chambers 50. When the second transfer window 306 is opened, the second transfer window 306 may pass between the two adjacent second experimental chambers 50. When the second transfer window 306 is closed, the second transfer window 306 separates two adjacent second experimental chambers 50 to avoid mutual contamination between the two adjacent second experimental chambers 50 .

According to a specific embodiment of the present application, as shown in FIG. 2 , the first folding board assembly 20 may include: a first floor panel 201 , a first side panel 202 , a first top panel 203 , a first end panel 204 , and a second end panel 205 and at least one first partition plate 206, in this embodiment, the first floor 201, the first side plate 202, the first top plate 203, the first end plate 204, the second end plate 205, and the first partition plate 206 are all It can be constructed as a one-piece molded part.

The first floor 201 is connected between the first side plate 202 and the equipment compartment 10, and the first floor 201 is connected with the equipment compartment 10 and the first side plate 202 in rotation. A seal may be provided at the connection between a floor 201 and the first side panel 202 . The first top plate 203, the first partition plate 206, the first end plate 204, and the second end plate 205 can all be rotatably connected to the equipment compartment 10. The connection between the first top plate 203 and the equipment compartment 10, the first partition plate 206 and the equipment compartment Seals can be provided at the connection of the warehouse 10, the connection between the first end plate 204 and the equipment warehouse 10, and the connection between the second end plate 205 and the equipment warehouse 10. The first floor 201, the first side plate 202, the first floor 201, the first A top plate 203 , the first end plate 204 , and the second end plate 205 can jointly define a sealed first operation space, and the first partition plate 206 is suitable for dividing the first operation space into a plurality of first experimental chambers 30 .

When the first folding board assembly 20 is in the storage position, the first floor 201 , the first side board 202 , the first top board 203 , the first end board 204 , the second end board 205 , and the first partition board 206 are stacked on the equipment compartment. The first side 101 of 10. When the first folding board assembly 20 needs to be moved from the storage position to the unfolded position, the first floor 201 is rotated downward to a horizontal position around the connection between the first floor 201 and the equipment compartment 10, and the first side plate 202 is rotated around the first floor 201. The connection between the side plate 202 and the first floor 201 is rotated upward to a vertical position perpendicular to the horizontal position, and the first top plate 203 is rotated upward around the connection between the first top plate 203 and the equipment compartment 10 to a horizontal position, and the first The top plate 203 and the first side plate 202 are installed together through a lock, and a seal can be provided at the connection between the first top plate 203 and the first side plate 202 to control the first end plate 204 to surround the first end plate 204 and the equipment compartment 10 The junction of the second end plate 205 is rotated forward, and the second end plate 205 is controlled to rotate backward around the connection between the second end plate 205 and the equipment compartment 10, so that the first end plate 204 and the first floor 201, the first side plate 202, the first end plate 204 and the first floor 201. A top plate 203 is sealed and connected, the second end plate 205 is sealed with the first floor 201 , the first side plate 202 and the first top plate 203 , and the first partition plate 206 surrounds the first partition plate 206 and the equipment compartment 10 . The joints are rotated to separate the first operating space into a plurality of first experimental chambers 30 , and the first partitions 206 are sealedly connected to the first floor 201 , the first side plate 202 and the first top plate 203 . Such an arrangement can realize the arrangement of multiple first experimental chambers 30 , and can ensure the working performance of the vehicle-mounted folding detection laboratory 100 . After the in-vehicle folding testing laboratory 100 is used, the staff folds the first floor 201 , the first side panel 202 , the first top panel 203 , the first end panel 204 , the second end panel 205 and the first partition panel 206 to the equipment The first side 101 of the bin 10 is sufficient.

In this embodiment, the first end plate 204 is located on the front side of the second end plate 205 in the length direction of the equipment compartment 10 , and the first partition plate 206 is provided between the first end plate 204 and the second end plate 205 .

According to a specific embodiment of the present application, as shown in FIG. 2 , the second folding board assembly 40 may include: a second floor board 401 , a second side board 402 , a second top board 403 , a third end board 404 , and a fourth end board 405 and at least one second partition plate 406. In this embodiment, the second floor plate 401, the second side plate 402, the second top plate 403, the third end plate 404, the fourth end plate 405, and the second partition plate 406 are all It can be constructed as a one-piece molded part.

The second floor 401 is connected between the second side plate 402 and the equipment compartment 10, and the second floor 401 is connected with the equipment compartment 10 and the second side plate 402 in rotation. The connection between the second floor 401 and the equipment compartment 10, the first floor A seal may be provided at the connection between the two floor panels 401 and the second side panel 402 . The second top plate 403 , the second partition plate 406 , the third end plate 404 , and the fourth end plate 405 can all be rotatably connected to the equipment compartment 10 . Seals can be provided at the connection of the warehouse 10, the connection between the third end plate 404 and the equipment warehouse 10, and the connection between the fourth end plate 405 and the equipment warehouse 10. The second floor 401, the second side plate 402, the first The two top plates 403 , the third end plate 404 and the fourth end plate 405 may jointly define a sealed second operation space, and the second partition plate 406 is suitable for dividing the second operation space into a plurality of second experimental chambers 50 .

Wherein, when the second folding board assembly 40 is in the storage position, the second floor 401 , the second side board 402 , the second top board 403 , the third end board 404 , the fourth end board 405 , and the second partition board 406 are stacked on the equipment compartment Second side 102 of 10 . When the second folding board assembly 40 needs to be moved from the storage position to the unfolded position, the second floor 401 is rotated downward to a horizontal position around the connection between the second floor 401 and the equipment compartment 10, and the second side plate 402 is rotated around the first floor 401. The connection between the two side plates 402 and the second floor 401 is rotated upward to a vertical position perpendicular to the horizontal position, and the second top plate 403 is rotated upward around the connection between the second top plate 403 and the equipment compartment 10 to a horizontal position, and the second The top plate 403 and the second side plate 402 are installed together by a lock, and a seal can be provided at the connection between the second top plate 403 and the second side plate 402 to control the third end plate 404 to surround the third end plate 404 and the equipment compartment 10 The junction of the fourth end plate 405 is rotated forward, and the fourth end plate 405 is controlled to rotate backward around the connection between the fourth end plate 405 and the equipment compartment 10, so that the third end plate 404 and the second floor 401, the second side plate 402, the first The two top plates 403 are sealed and connected, the fourth end plate 405 is sealed with the second floor 401 , the second side plate 402 , and the second top plate 403 , and the second partition plate 406 surrounds the second partition plate 406 and the equipment compartment 10 . The joints are rotated to separate the second operating space into a plurality of second experimental chambers 50 , and the second partitions 406 are sealedly connected to the second floor 401 , the second side plate 402 and the second top plate 403 . Such an arrangement can realize the arrangement of multiple second experimental chambers 50 , and can ensure the working performance of the vehicle-mounted folding detection laboratory 100 . After the vehicle-mounted folding testing laboratory 100 is used, the staff folds the second floor 401 , the second side plate 402 , the second top plate 403 , the third end plate 404 , the fourth end plate 405 and the second partition plate 406 to the equipment The second side 102 of the bin 10 is sufficient.

In this embodiment, the third end plate 404 is located on the front side of the fourth end plate 405 in the length direction of the equipment compartment 10 , and the second partition plate 406 is provided between the third end plate 404 and the fourth end plate 405 .

In some embodiments of the present application, as shown in FIG. 3 , the vehicle-mounted folding detection laboratory 100 may further include: a gas membrane 60 , and each first experimental chamber 30 and each second experimental chamber 50 may be provided with a door body 601. Preferably, the first end plate 204, the second end plate 205, the third end plate 404, and the fourth end plate 405 can all be provided with a door body 601, the air film 60 is connected to the corresponding end plate, and the air film 60 is connected to the corresponding end plate. The joints of the end plates are sealed, and after the door body 601 is opened, medical staff can enter the experimental chamber. In addition, the air film 60 and the door body 601 are arranged in a one-to-one correspondence, that is to say, each door body 601 can be provided with an air film 60, the air film 60 can be covered in the experimental chamber, and the air film 60 can be covered with In the door body 601, the air film 60 is adapted to define the air film isolation space 602 together with the door body 601 and the corresponding end plate. When the folding plate assembly is in the unfolded position, the air film 60 can be inflated by a fan. Among them, when the medical staff opens the door 601, they first enter the air-film isolation space 602. The pressure of the air-film isolation space 602 is higher than the atmospheric pressure, which can prevent dust, bacteria and other substances in the external environment from entering the experimental chamber, so that the experimental chamber has a high good sealing. When the foldable plate assembly is in the storage position, the inflation of the air film isolation space 602 is stopped, so that the air film 60 is stacked in the equipment compartment 10 , so that the volume of the air film 60 can be reduced. Moreover, when the medical staff needs to walk out of the experimental warehouse, the medical staff can walk out of the experimental warehouse through the door of the experimental warehouse.

In some embodiments of the present application, as shown in FIG. 3 , the gas film 60 may be provided with a gap, and a partition 603 may be provided at the gap, one end of the partition 603 is integrally formed with the gas film 60 , and the edge of the partition 603 Removably connected to the air film 60, for example, the edge of the partition 603 is connected to the air film 60 through a zipper, so that the partition 603 can be opened or closed. The gap can be set opposite to the door body 601. After the medical staff enters the air membrane isolation space 602, the gap is opened by pulling the zipper, and the medical staff enters the experimental chamber (the first experimental chamber 30 or the second experimental chamber 50) through the gap, After the medical staff enters the experimental chamber, the partition 603 closes the gap by pulling the zipper.

In some embodiments of the present application, as shown in FIG. 3 , each experimental bin may be provided with a garbage transport window 301 , and the garbage transport window 301 is closed when there is no need to transfer garbage from the experimental bin. When the garbage needs to be transferred from the experimental warehouse to the outside, the garbage transport window 301 can be opened, and the garbage in the experimental warehouse can be transported to the outside of the vehicle-mounted folding testing laboratory 100, so as to realize the transportation of garbage. It should be noted that the garbage in the experimental chamber is transported to the outside of the experimental chamber through the corresponding garbage transport window 301 .

In some embodiments of the present application, as shown in FIG. 3 , the plurality of first experimental chambers 30 may be set to two, and the two first experimental chambers 30 may include: a sample receiving chamber 302 and a reagent preparation chamber 303 . The bin 302 is used for sample reception, storage, unpacking, and inactivation, and the reagent preparation bin 303 is used for reagent preparation, storage and dispensing. The plurality of second experimental chambers 50 may be set to two, and the two second experimental chambers 50 may include: a sample preparation chamber 501 and an amplification chamber 502, and the sample preparation chamber 501 is used for sample transfer and RNA extraction. The sample receiving chamber 302 can be arranged on the rear side of the reagent preparation chamber 303, the sample preparation chamber 501 can be arranged on the rear side of the amplification chamber 502, and the sample receiving chamber 302 can be communicated with the sample preparation chamber 501 through the third transfer window 503, wherein, The objects in the sample receiving chamber 302 can be transferred to the sample preparation chamber 501 through the third transfer window 503 , the objects in the sample preparation chamber 501 can be transferred to the amplification chamber 502 through the second transfer window 306 , and the reagents in the reagent preparation chamber 303 can be The object is transferred to the sample receiving chamber 302 through the first transfer window 305 , so as to realize the transfer of the object between the sample receiving chamber 302 , the sample preparation chamber 501 and the amplification chamber 502 .

In some embodiments of the present application, as shown in FIGS. 3 and 4 , the sample receiving bin 302 may be provided with a logistics window 304, and the logistics window 304 may be provided on the second end plate 205. After the logistics window 304 is opened, the external objects (sample ) can be transferred to the sample receiving chamber 302 through the logistics window 304, the reagent in the reagent preparation chamber 303 is transferred to the sample receiving chamber 302 through the first transfer window 305, the sample and the reagent are mixed in the sample receiving chamber 302, and then the sample passes through the third The transfer window 503 is transferred to the sample preparation chamber 501. After the sample is processed in the sample preparation chamber 501, the sample is transferred to the amplification chamber 502 through the second transfer window 306 to complete the transportation of the sample among the multiple experimental chambers. In addition, the objects in the sample receiving chamber 302 can also be transferred to the outside of the sample receiving chamber 302 through the logistics window 304 .

In some embodiments of the present application, the pressure in the sample receiving chamber 302 , the sample preparation chamber 501 , and the amplification chamber 502 may all be set to negative pressure. It can also be understood that the sample receiving chamber 302 , the sample preparation chamber 501 , and the amplification chamber The pressure in the chamber 502 is lower than the atmospheric pressure, wherein, since the gas moves from the place with high pressure to the place with low pressure, this setting can prevent pathogens, toxins, etc. in the sample receiving chamber 302, the sample preparation chamber 501 and the amplification chamber 502. The movement of the samples out of the vehicle-mounted folding testing laboratory 100 can prevent pathogens, toxins and other samples from contaminating the environment, and can also prevent pathogens, toxins, etc. from infecting others.

Further, the pressure in the reagent preparation chamber 303 can be set to positive pressure, that is to say, the pressure in the reagent preparation chamber 303 is higher than the atmospheric pressure, which can prevent pathogens, toxins and other objects in the external environment from flowing into the reagent preparation chamber 303. .

In some embodiments of the present application, as shown in FIG. 4 , the vehicle-mounted folding testing laboratory 100 may further include: an air conditioner 70 , and the air conditioner 70 is used to adjust the temperature and humidity of each experimental chamber. Among them, preferably, there are four experimental chambers, and the four experimental chambers are respectively the sample receiving chamber 302 , the sample preparation chamber 501 , the amplification chamber 502 , and the reagent preparation chamber 303 . The temperature of the sample preparation chamber 501 is kept at 18-27°C and the humidity is kept at 30-70%, the temperature of the sample preparation chamber 501 can be kept at 18-27°C and the humidity is kept at 30-70%, and the temperature of the amplification chamber 502 can be kept at 30-70%. Keep the temperature at 18-27°C and the humidity at 30-70%, and the temperature of the reagent preparation chamber 303 can be kept at 18-27°C and the humidity at 30-70%. This setting can make the sample receiving chamber 302, sample preparation The temperature and humidity in the chamber 501, the amplification chamber 502, and the reagent preparation chamber 303 are suitable, so that the medical staff can work more comfortably.

Further, as shown in FIG. 4 and FIG. 5 , the air conditioner 70 may include a plurality of outdoor units 702 and a plurality of indoor units 701 , and the plurality of indoor units 701 are provided in a one-to-one correspondence with the plurality of experimental chambers. Preferably, the multiple experimental chambers are respectively the sample receiving chamber 302 , the sample preparation chamber 501 , the amplification chamber 502 , and the reagent preparation chamber 303 , there are four indoor units 701 , two outdoor units 702 , and one outdoor unit 702 Connected with two indoor units 701, one indoor unit 701 controls the temperature and humidity in one experimental chamber, this setting can better enable the air conditioner 70 to control the sample receiving chamber 302, the sample preparation chamber 501, the amplification chamber 502, and the reagent preparation. The temperature and humidity of the warehouse 303 are adjusted, so that the arrangement of the outdoor unit 702 and the indoor unit 701 is more reasonable.

In some embodiments of the present application, as shown in FIG. 4 , the vehicle-mounted folding testing laboratory 100 may further include: a fresh air system, and the fresh air system may include: an air supply system 80 and an exhaust air system 801 , and the air supply system 80 may be provided with A fresh fan and/or a filter device, and the air supply system 80 is used to supply air to the experimental chamber. When the outside air enters the experimental chamber from the air supply system 80, the fresh air fan and the filter device purify the gas, and the purified gas Enter the experimental chamber to ensure the cleanliness of the gas entering the experimental chamber. The exhaust system 801 can also be provided with a fresh fan and/or a filter device. The exhaust system 801 is used to discharge the gas in the experimental chamber out of the vehicle-mounted folding testing laboratory 100. The wall can be provided with a through hole, and the air outlet pipe extends out of the through hole. When the gas in the experimental chamber is discharged from the exhaust system 801, the new fan and/or filter device in the exhaust system 801 purifies the gas, and then the gas passes through the outlet. The pipes flow out of the vehicle-mounted folding testing laboratory 100, so that harmless gases can be discharged into the atmosphere.

Further, the air supply system 80 and the air exhaust system 801 can be provided in multiples, and each experimental chamber is set corresponding to one air supply system 80 and one air exhaust system 801, wherein the multiple experimental chambers can be respectively sample receiving chambers 302. Sample preparation chamber 501, amplification chamber 502, reagent preparation chamber 303, one air supply system 80 only supplies air to one experimental chamber, and one exhaust system 801 is only used to discharge the gas in one experimental chamber to the vehicle-mounted folding detection In the laboratory 100, through the cooperation of the air supply system 80 and the exhaust system 801, the sample receiving chamber 302, the sample preparation chamber 501, the amplification chamber 502, and the reagent preparation chamber 303 can all reach the pressure standard, so that the sample receiving chamber 302 The sample preparation chamber 501, the amplification chamber 502, and the reagent preparation chamber 303 all meet environmental standards.

In some embodiments of the present application, as shown in FIG. 3 , an installation cavity 90 may be formed in the equipment compartment 10 , and both the indoor unit 701 and the fresh air system may be arranged in the installation cavity 90 , so that the indoor unit 701 and the fresh air system can be installed in this way. The installation of the system can prevent the indoor unit 701 and the fresh air system from being exposed, thereby protecting the indoor unit 701 and the fresh air system.

In some embodiments of the present application, as shown in FIG. 3 , when the foldable plate assembly is in the unfolded position, each experimental compartment is communicated with the equipment compartment 10 , which can facilitate the medical equipment, office supplies and equipment in the equipment compartment 10 . Medical supplies such as office furniture are moved to the experimental warehouse.

In some embodiments of the present application, as shown in FIG. 3 , the vehicle-mounted folding testing laboratory 100 may further include: a support structure 901 , the support structure 901 is used to support the experimental chamber, wherein the support structure 901 may be configured as a support column, which supports The lower end of the structure 901 can be provided with a support seat, there are multiple support structures 901, and the multiple support structures 901 respectively support the first floor 201 and the second floor 401, which can make the position of the experimental chamber more stable, and can avoid the vibration of the experimental chamber .

In some embodiments of the present application, the vehicle-mounted folding detection laboratory 100 may further include: a sewage treatment device. The sewage treatment device can be set as a sewage bucket, and tablets can be placed in the sewage bucket. After the sewage in the experimental warehouse is poured into the sewage bucket, After the sewage is harmlessly treated by the tablet, the treated sewage is discharged to the outside of the vehicle-mounted folding testing laboratory 100, so as to prevent the sewage from polluting the environment.

According to another specific embodiment of the present application, as shown in FIG. 4 , the first folding board assembly 20 may include: a plurality of first floor panels 201 , a plurality of first side panels 202 , a plurality of first top panels 203 , a plurality of first One end plate 204 and a plurality of second end plates 205, a plurality of first floor plates 201, a plurality of first side plates 202, a plurality of first top plates 203, a plurality of first end plates 204, a plurality of second end plates 205 They are all set in one-to-one correspondence with the plurality of first experimental chambers 30, and it can also be understood that a first experimental chamber 30 includes a first floor 201, a first side plate 202, a first top plate 203, and a first end plate 204. A second end plate 205, the equipment compartment 10, a first floor 201, a first side plate 202, a first top plate 203, a first end plate 204, and a second end plate 205 together define a first An experimental chamber 30 .

The first floor 201 is connected between the first side plate 202 and the equipment compartment 10, and the first floor 201 is connected with the equipment compartment 10 and the first side plate 202 in rotation. A seal may be provided at the connection between a floor 201 and the first side panel 202 . The first top plate 203, the first end plate 204, and the second end plate 205 can all be rotatably connected to the equipment compartment 10. The connection between the first top plate 203 and the equipment compartment 10, the connection between the first end plate 204 and the equipment compartment 10, A seal may be provided at the connection between the second end plate 205 and the equipment compartment 10 .

Wherein, when the first folding board assembly 20 is in the storage position, the first floor 201 , the first side board 202 , the first top board 203 , the first end board 204 and the second end board 205 are stacked on the first side 101 of the equipment compartment 10 . When the first folding board assembly 20 needs to be moved from the storage position to the unfolded position, the first floor 201 is rotated downward to a horizontal position around the connection between the first floor 201 and the equipment compartment 10, and the first side plate 202 is rotated around the first floor 201. The connection between the side plate 202 and the first floor 201 is rotated upward to a vertical position perpendicular to the horizontal position, and the first top plate 203 is rotated upward around the connection between the first top plate 203 and the equipment compartment 10 to a horizontal position, and the first The top plate 203 and the first side plate 202 are installed together through a lock, and a seal can be provided at the connection between the first top plate 203 and the first side plate 202 to control the first end plate 204 to surround the first end plate 204 and the equipment compartment 10 The junction of the second end plate 205 is rotated forward, and the second end plate 205 is controlled to rotate backward around the connection between the second end plate 205 and the equipment compartment 10, so that the first end plate 204 and the first floor 201, the first side plate 202, the first end plate 204 and the first floor 201. A top plate 203 is sealed and connected, and the second end plate 205 is sealed and connected to the first floor 201 , the first side plate 202 , and the first top plate 203 , so as to realize the arrangement of the first experimental chamber 30 . Such an arrangement can realize the arrangement of multiple first experimental chambers 30 , and can ensure the working performance of the vehicle-mounted folding detection laboratory 100 . After the in-vehicle folding testing laboratory 100 is used, the staff folds the first floor 201 , the first side panel 202 , the first top panel 203 , the first end panel 204 and the second end panel 205 to the first side of the equipment compartment 10 101 is enough. In this embodiment, the first end plate 204 is located on the front side of the second end plate 205 in the length direction of the equipment bay 10 .

According to another specific embodiment of the present application, as shown in FIG. 4 , the second folding board assembly 40 may include: a plurality of second floor boards 401 , a plurality of second side boards 402 , a plurality of second top boards 403 , a plurality of first Three end plates 404 and a plurality of fourth end plates 405, a plurality of second floor plates 401, a plurality of second side plates 402, a plurality of second top plates 403, a plurality of third end plates 404, a plurality of fourth end plates 405 They are all set in one-to-one correspondence with the plurality of second experimental chambers 50, and it can also be understood that a second experimental chamber 50 includes a second floor 401, a second side plate 402, a second top plate 403, and a third end plate 404. A fourth end plate 405, the equipment compartment 10, a second floor 401, a second side plate 402, a second top plate 403, a third end plate 404, and a fourth end plate 405 together define a first Two experimental chambers 50.

The second floor 401 is connected between the second side plate 402 and the equipment compartment 10, and the second floor 401 is connected with the equipment compartment 10 and the second side plate 402 in rotation. The connection between the second floor 401 and the equipment compartment 10, the first floor A seal may be provided at the connection between the two floor panels 401 and the second side panel 402 . The second top plate 403, the third end plate 404, and the fourth end plate 405 can all be rotatably connected to the equipment compartment 10. The connection between the second top plate 403 and the equipment compartment 10, the connection between the third end plate 404 and the equipment compartment 10, A seal may be provided at the connection between the fourth end plate 405 and the equipment compartment 10 .

Wherein, when the second folding board assembly 40 is in the storage position, the second floor 401 , the second side board 402 , the second top board 403 , the third end board 404 , and the fourth end board 405 are stacked on the first side 101 of the equipment compartment 10 . When the second folding board assembly 40 needs to be moved from the storage position to the unfolded position, the second floor 401 is rotated downward to a horizontal position around the connection between the second floor 401 and the equipment compartment 10, and the second side plate 402 is rotated around the first floor 401. The connection between the two side plates 402 and the second floor 401 is rotated upward to a vertical position perpendicular to the horizontal position, and the second top plate 403 is rotated upward around the connection between the second top plate 403 and the equipment compartment 10 to a horizontal position, and the second The top plate 403 and the second side plate 402 are installed together through a lock, and a seal can be provided at the connection between the second top plate 403 and the second side plate 402 to control the second end plate 205 to surround the second end plate 205 and the equipment compartment 10 The junction of the third end plate 404 is rotated forward, and the third end plate 404 is controlled to rotate backward around the connection between the third end plate 404 and the equipment compartment 10, so that the third end plate 404 is connected to the second floor 401, the second side plate 402, the third end plate 404 and the second floor 401. The two top plates 403 are sealed and connected, and the fourth end plate 405 is sealed with the second floor 401 , the second side plate 402 , and the second top plate 403 , so as to realize the arrangement of the second experimental chamber 50 . Such an arrangement can realize the arrangement of multiple second experimental chambers 50 , and can ensure the working performance of the vehicle-mounted folding detection laboratory 100 . After the vehicle-mounted folding testing laboratory 100 is used, the staff folds the second floor 401 , the second side panel 402 , the second top panel 403 , the third end panel 404 and the fourth end panel 405 to the second side of the equipment compartment 10 102 is enough. In this embodiment, the third end plate 404 is located on the front side of the fourth end plate 405 in the length direction of the equipment bay 10 .

The vehicle 200 according to the embodiment of the present application includes the vehicle-mounted folding detection laboratory 100 of the above-mentioned embodiment. The vehicle-mounted folding detection laboratory 100 is set on the vehicle 200. When an infectious disease outbreak occurs in a certain place, the vehicle 200 will detect the vehicle-mounted folding The laboratory 100 can be quickly transported to the epidemic area, which can quickly build a testing laboratory in the epidemic area, which can save the time of building a testing laboratory, and the testing laboratory can be quickly put into use, which can shorten the information time for testing and identifying relevant samples. Conducive to epidemic prevention and control. Furthermore, when the vehicle-mounted folding testing laboratory 100 is not in use, the footprint of the vehicle-mounted folding testing laboratory 100 can be reduced.

In the description of this specification, reference to the terms "one embodiment," "some embodiments," "exemplary embodiment," "example," "specific example," or "some examples", etc., is meant to incorporate the embodiments A particular feature, structure, material, or characteristic described by an example or example is included in at least one embodiment or example of the present application. In this specification, schematic representations of the above terms do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

Although the embodiments of the present application have been shown and described, it will be understood by those of ordinary skill in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the present application, The scope of the application is defined by the claims and their equivalents.

Claims (21)

1. A vehicle-mounted folding detection laboratory (100) for virus detection, characterized in that it includes:

   equipment compartment (10);

   At least one folding board assembly, the folding board assembly is provided on at least one side of the equipment compartment (10), the folding board assembly has an unfolding position and a storage position, when the folding board assembly is in the unfolding position, all the The foldable plate assembly defines a plurality of experimental compartments, and when the foldable plate assembly is in the storage position, the foldable plate assembly is stacked on the equipment compartment (10);

   The folding board assembly includes: a first folding board assembly (20) and a second folding board assembly (40), the first folding board assembly (20) being provided on the first side (101) of the equipment compartment (10) ), when the first folding plate assembly (20) is in the unfolded position, the first folding plate assembly (20) is adapted to define a plurality of first experimental chambers (30) on the first side (101) ), when the first folding board assembly (20) is in the storage position, the first folding board assembly (20) is suitable for stacking on the first side (101);

   The second folding plate assembly (40) is provided on a second side (102) of the equipment compartment (10) opposite to the first side (101), and the second folding plate assembly (40) is located at the In the deployed position, the second folding plate assembly (40) is adapted to define a plurality of second experimental chambers (50) on the second side (102), the second folding plate assembly (40) being located in the In the storage position, the second folding plate assembly (40) is adapted to be stacked on the second side (102).
2. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, wherein the plurality of first experimental chambers (30) are sequentially arranged in the length direction of the equipment chamber (10);

   The plurality of second experimental chambers (50) are arranged in sequence in the length direction of the equipment chamber (10).
3. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 2, wherein a first transfer window (305) is provided between two adjacent first experimental chambers (30) ;

   A second transfer window (306) is provided between two adjacent second experimental chambers (50).
4. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, wherein the first folding board assembly (20) comprises: a first floor (201), a first side board (202) ), a first top plate (203), a first end plate (204), a second end plate (205) and at least one first partition plate (206);

   The first floor (201) is connected between the first side plate (202) and the equipment compartment (10) and rotates with both the equipment compartment (10) and the first side plate (202) connect;

   The first top plate (203), the first partition plate (206), the first end plate (204), and the second end plate (205) are all rotatably connected to the equipment compartment (10);

   The first floor panel (201), the first side panel (202), the first top panel (203), the first end panel (204), and the second end panel (205) jointly define A sealed first operating space, the first partition (206) is adapted to partition the first operating space into the plurality of first experimental chambers (30).
5. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, wherein the second folding board assembly (40) comprises: a second floor (401), a second side board (402) ), a second top plate (403), a third end plate (404), a fourth end plate (405) and at least one second partition plate (406);

   The second floor (401) is connected between the second side plate (402) and the equipment compartment (10) and rotates with both the equipment compartment (10) and the second side plate (402) connect;

   The second top plate (403), the second partition plate (406), the third end plate (404), and the fourth end plate (405) are all rotatably connected to the equipment compartment (10);

   The second floor panel (401), the second side panel (402), the second top panel (403), the third end panel (404), and the fourth end panel (405) jointly define A sealed second operating space, the second partition (406) is adapted to partition the second operating space into the plurality of second experimental chambers (50).
6. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, wherein the first folding board assembly (20) comprises: a plurality of first floors (201), a plurality of first side panels (202), a plurality of first top panels (203), a plurality of first end panels (204) and a plurality of second end panels (205), a plurality of the first floor panels (201), a plurality of the A first side plate (202), a plurality of the first top plates (203), a plurality of the first end plates (204), and a plurality of the second end plates (205) are all related to the plurality of first end plates (205). The experimental bins (30) are in one-to-one correspondence;

   The first floor (201) is connected between the first side plate (202) and the equipment compartment (10) and rotates with both the equipment compartment (10) and the first side plate (202) connect;

   The first top plate (203), the first end plate (204), and the second end plate (205) are all rotatably connected to the equipment compartment (10);

   The first floor panel (201), the first side panel (202), the first top panel (203), the first end panel (204), and the second end panel (205) jointly define the first experimental chamber (30).
7. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, wherein the second folding board assembly (40) comprises: a plurality of second floors (401), a plurality of second side panels (402), a plurality of second top panels (403), a plurality of third end panels (404) and a plurality of fourth end panels (405), a plurality of the second floor panels (401), a plurality of the The second side plates (402), the plurality of the second top plates (403), the plurality of the third end plates (404), and the plurality of the fourth end plates (405) are all related to the plurality of the second end plates (403). The experimental bins (50) are in one-to-one correspondence;

   The second floor (401) is connected between the second side plate (402) and the equipment compartment (10) and rotates with both the equipment compartment (10) and the second side plate (402) connect;

   The second top plate (403), the third end plate (404), and the fourth end plate (405) are all rotatably connected to the equipment compartment (10);

   The second floor panel (401), the second side panel (402), the second top panel (403), the third end panel (404), and the fourth end panel (405) jointly define the second experimental chamber (50).
8. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, further comprising: a gas membrane (60), each of the first experimental chambers (30), each of the The second experimental chambers (50) are all provided with door bodies (601), the air films (60) are in one-to-one correspondence with the door bodies (601), and the air films (60) cover the door bodies (601). 601) and is adapted to define an air film isolation space (602) with the door body (601).
9. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 8, wherein the gas membrane (60) is provided with a gap, the gap is provided with a partition (603), and the partition One end of the part (603) is integrally formed with the gas film (60), and the edge of the partition part (603) is detachably connected with the gas film (60), so that the partition part (603) can be opened or closed the gap.
10. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, wherein each of the experimental bins is provided with a garbage transport window (301).
11. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, wherein the plurality of first experimental chambers (30) comprise: a sample receiving chamber (302) and a reagent preparation chamber (303) ), the plurality of second experimental chambers (50) include: a sample preparation chamber (501) and an amplification chamber (502),

    The sample receiving chamber communicates with the sample preparation chamber (501) through a third transfer window (503).
12. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 11, wherein the sample receiving bin (302) is provided with a logistics window (304).
13. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 11, wherein the sample receiving chamber (302), the sample preparation chamber (501), and the amplification chamber (502) ) are all negative pressures;

    The pressure in the reagent preparation chamber (303) is positive pressure.
14. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, further comprising: an air conditioner (70), wherein the air conditioner (70) is used to adjust each of the experimental chambers temperature and humidity.
15. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 14, wherein the air conditioner (70) comprises a plurality of indoor units (701), and a plurality of the indoor units (701) One-to-one correspondence with a plurality of the experimental bins.
16. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 15, further comprising: a fresh air system, the fresh air system comprising: an air supply system (80) and an exhaust system (801) , the air supply system (80) is provided with a fresh fan and is used to supply air to the experimental chamber;

    The exhaust system (801) is used to exhaust the gas in the experimental chamber to the vehicle-mounted folding detection laboratory (100) for virus detection.
17. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 16, characterized in that there are multiple air supply systems (80) and air exhaust systems (801), each of which is The experimental chamber corresponds to one of the air supply systems (80) and one of the air exhaust systems (801).
18. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 16, wherein an installation cavity (90) is formed in the equipment compartment (10), and the indoor unit (701) and the The fresh air system is arranged in the installation cavity (90).
19. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, characterized in that, when the folding board assembly is in the unfolded position, each of the experimental compartments is connected to the equipment compartment (100). 10) Connectivity.
20. The vehicle-mounted folding detection laboratory (100) for virus detection according to claim 1, further comprising: a support structure (901), wherein the support structure (901) is used to support the experimental chamber.
21. A vehicle (200), characterized by comprising the vehicle-mounted folding detection laboratory (100) for virus detection according to any one of claims 1-20.

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