CN215107657U - Split type square cabin PCR laboratory structure that removes - Google Patents
Split type square cabin PCR laboratory structure that removes Download PDFInfo
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- CN215107657U CN215107657U CN202023069578.2U CN202023069578U CN215107657U CN 215107657 U CN215107657 U CN 215107657U CN 202023069578 U CN202023069578 U CN 202023069578U CN 215107657 U CN215107657 U CN 215107657U
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Abstract
The utility model discloses a split type mobile shelter PCR laboratory structure, which comprises a first cabin body, a second cabin body and a third cabin body, wherein the three cabin bodies are formed into a split type mobile shelter side by side; the first cabin body is internally provided with an air conditioning/air exhausting and water supplying and draining equipment room, a reagent preparation room, a buffer area a, a buffer area and a protective clothing wearing and taking-off area respectively; a pipeline connection room a and a sample preparation area are respectively arranged in the second cabin body; a pipeline connection room b, a decontamination area, a diffusion and product analysis area, a buffer area b, an information room, an outlet and a dressing area are respectively arranged in the third cabin body; the utility model discloses the restriction of traditional laboratory has all been broken through on integrated level, independence, mobility and security, improves detection speed and efficiency greatly.
Description
Technical Field
The utility model relates to a medical science detects laboratory technical field, in particular to split type square cabin PCR laboratory structure that removes.
Background
At present, nucleic acid detection plays an important role in controlling and preventing serious infectious disease epidemic situations, most of PCR laboratories are located in fixed buildings such as hospitals and research institutes, and in the epidemic situation period, if nucleic acid detection is needed to inflow personnel in areas such as railway stations, bus stations and airports, the inflow personnel are intensively conveyed to the PCR laboratories after in-situ sampling, so that the efficiency is low.
SUMMERY OF THE UTILITY MODEL
In order to solve the technical problem, the utility model aims at providing a split type square cabin PCR laboratory structure that removes, concrete technical scheme is as follows:
a split type mobile shelter PCR laboratory structure comprises a first cabin body, a second cabin body and a third cabin body, wherein the three cabin bodies are arranged side by side to form a split type mobile shelter;
the first cabin body is internally provided with an air conditioning/air exhausting and water supplying and draining equipment room, a reagent preparation room, a buffer area a, a buffer area and a protective clothing wearing and taking-off area respectively;
the air-conditioning air-exhaust water supply and drainage equipment room and the reagent preparation room are arranged in a closed manner, and a door is arranged on the other side of the air-conditioning air-exhaust water supply and drainage equipment room; air supply outlets communicated with all the areas are arranged between the air-conditioning air exhaust equipment and the water supply and drainage equipment;
the reagent preparation room is provided with a clean bench a, a medical refrigerator and a cabinet provided with a negative pressure system, one vertical side of the clean bench a is provided with a clean bench b and a refrigerator, and articles in the area can be moved or replaced according to requirements;
the inlet is arranged in the first cabin body, namely the changing area, and a buffer area a, a buffer area and a protective clothing wearing and taking-off area are arranged between the changing area and the reagent preparation area; the buffer area a is provided with two ports, one leading to the reagent preparation area and the other leading to the inlet; the buffer area and the wearing and taking-off protective clothing area are provided with two entrances and exits, one of which leads to the second cabin body and the other leads to the changing area;
the buffer area a is provided with an air outlet communicated with the outside;
a pipeline connection room a and a sample preparation area are respectively arranged in the second cabin body;
the pipeline connection room a and the sample preparation area are arranged in a closed mode, and a door is arranged on the other side of the pipeline connection room a;
a biological safety cabinet a, a biological safety cabinet b, a storage rack and a low-temperature water tank are arranged in the sample preparation area; the biological safety cabinet c and the biological safety cabinet d are respectively provided with a workbench for placing a nucleic acid extractor and a storage rack capable of placing the nucleic acid extractor, and the desk type high-speed centrifuge is placed on one side of the storage rack; and the objects in the area can be replaced and moved;
two movable wardrobe bodies are symmetrically arranged between the pipeline connecting rooms, and the areas where the wardrobe bodies are arranged and the sample preparation area are arranged in a closed mode;
the sample preparation area, the buffer area and the wearing and taking-off protective clothing area are provided with an entrance and an exit;
a pipeline connection room b, a decontamination area, a diffusion and product analysis area, a buffer area b, an information room, an outlet and a dressing area are respectively arranged in the third cabin body;
the pipeline connecting room b and the decontamination area are arranged in a closed manner, and a door is arranged on the other side of the pipeline connecting room b;
the decontamination area is arranged in a closed way and can be used for placing a sterilization pot, a hand sink and a turnover table board, and an outer door is arranged on one side of the decontamination area; and the objects in the area can be replaced and moved;
the amplification and product analysis area is provided with an inlet and an outlet which lead to a buffer area b;
the outlet is arranged in the third cabin body, namely the outlet is a dressing area, and a buffer area b and an information room are arranged between the dressing area and the amplification and product analysis area;
the other inlet and outlet of the buffer area b is arranged in parallel with the information room, and a hand washing basin b is arranged at the outlet;
the inlet area of the first cabin body, the area of the second cabin body for placing the wardrobe, and the outlet of the third cabin body and the area of the wardrobe area are arranged in a penetrating way;
a transfer window a is arranged between the reagent preparation area of the first chamber body and the sample preparation area of the second chamber body;
a transfer window b is arranged between the sample preparation area and the decontamination area of the second cabin body, and the upper layer and the lower layer are arranged;
a transmission window c is arranged between the sample preparation area and the amplification and product analysis area of the second cabin body;
a transfer window d is arranged between the washing and disinfecting area and the amplification and product analysis area.
The preferable scheme of the split type mobile shelter CPR laboratory structure is that the shelter body is formed by welding a wall body, a top plate and a bottom plate in a full-length mode;
the split type mobile shelter PCR laboratory structure has the preferable scheme that the transmission window is provided with an electronic double lock and an ultraviolet sterilization device.
The preferable scheme of the structure of the split type mobile shelter CPR laboratory is that the overall size of each box body of the first shelter body, the second shelter body and the third shelter body is 12000x3000x3000 mm.
The utility model has the advantages that: the split type mobile shelter PCR laboratory of the utility model can move at any time, and has the characteristics of high integration, quick installation and standardized production; compare in the fixed building PCR laboratory site selection of tradition difficult, construction cycle is long, drawback such as mobility is poor, this is novel has all broken through the restriction of traditional laboratory on integrated level, independence, mobility and security, improves detection speed and efficiency greatly, concentrates on high risk area with the laboratory in a large number, detects nearby, can carry out quick screening and treatment to high risk personnel, and the quick control epidemic situation is propagated. If the epidemic situation recurs or rebounds locally, the method can quickly respond, accurately detect suspected cases in large scale and high flux, investigate high-risk groups, comprehensively assist epidemic situation prevention and control and protect the health of people.
Drawings
FIG. 1 is a schematic structural distribution diagram of a split mobile shelter PCR laboratory.
In the figure, 1-a first cabin body, 2-a second cabin body, 3-a third cabin body, 4-air conditioning/exhaust, a water supply and drainage equipment room, 5-a reagent preparation room, 6-a buffer area, 7-a buffer area and a protective clothing wearing and taking off area, 8-a clean bench a, 9-a medical refrigerator, 10-cabinet, 11-a clean bench b, 12-refrigerator, 13-inlet, 14-pipeline connection room a, 15-a sample preparation area, 16-a biological safety cabinet a, 17-a biological safety cabinet b, 18-a shelf, 19-a low-temperature water tank, 20-a biological safety cabinet c, 21-a biological safety cabinet d, 22-a workbench, 23-a shelf, 24-a desk-type high-speed centrifuge, 25-a wardrobe and 26-a pipeline connection room b, 27-decontamination area, 28-diffusion and product analysis area, 29-buffer area b, 30-information room, 31-outlet and dressing area, 32-biosafety sterilization pot, 33-hand washing sink, 34-turnover table board, 35-hand washing sink b, 36-transfer window a, 37-transfer window b, 38-transfer window c and 39-transfer window d.
Detailed Description
As shown in fig. 1, a split type mobile shelter PCR laboratory structure is characterized in that: the movable shelter comprises a first shelter body 1, a second shelter body 2, a third shelter body 3 and a split type movable shelter, wherein the three shelter bodies are arranged side by side;
the first cabin body 1 is internally provided with an air conditioning/air exhausting and water supplying and draining equipment room 4, a reagent preparation room 5, a buffer area a6, a buffer area and a protective clothing wearing and taking-off area 7 respectively;
the air-conditioning air-exhausting and water-supplying and draining equipment room 4 and the reagent preparation room 5 are arranged in a closed manner, and a door is arranged on the other side of the air-conditioning air-exhausting and water-supplying and draining equipment room 5; the air-conditioning air exhaust, water supply and drainage equipment room 4 is provided with air supply outlets communicated with each area;
the reagent preparation room 5 is provided with an ultra-clean workbench a8, a medical refrigerating box 9 and a cabinet 10 provided with a negative pressure system, one vertical side of the ultra-clean workbench a8 is provided with an ultra-clean workbench b11 and a refrigerator 12, and all articles in the area can be moved or replaced according to requirements;
the inlet 13 is arranged on the first cabin body 1, namely the changing area, and a buffer area a6, a buffer area and a protective clothing wearing and taking-off area 7 are arranged between the changing area and the reagent preparation area 5; buffer a6 has two ports, one to reagent preparation zone 5 and one to inlet 13; the buffer area and the wearing and taking-off protective clothing area 7 are provided with two entrances and exits, one of which is communicated with the second cabin body 2 and the other is communicated with the dressing area;
the buffer area a6 is provided with an air outlet communicated with the outside;
the second cabin body 2 is internally provided with a pipeline connecting room a14 and a sample preparation area 15 respectively;
the pipeline connecting room a14 and the sample preparation area 15 are arranged in a closed way, and a door is arranged at the other side of the pipeline connecting room a 14;
the sample preparation area 15 is provided with a biological safety cabinet a16, a biological safety cabinet b17, a storage rack 18 and a low-temperature water tank 19; a biological safety cabinet c20 and a biological safety cabinet d21, wherein the two workbenches 22 are used for placing a nucleic acid extractor and a storage rack 23 capable of placing the nucleic acid extractor, the desk-top high-speed centrifuge 24 is placed at one side of the storage rack 23, and all articles in the area can be moved or replaced according to the needs;
the pipeline connecting room a14 is symmetrically provided with two movable wardrobe 25, and the area where the wardrobe 25 is arranged and the sample preparation area 15 are arranged in a closed manner;
the sample preparation area 15, the buffer area and the wearing and taking-off protective clothing area 7 are provided with an entrance and an exit;
the third cabin body 3 is internally provided with a pipeline connecting room b26, a decontamination area 27, a diffusion and product analysis area 28, a buffer area b29, an information room 30, an outlet and a dressing area 31;
the pipeline connecting room b26 and the decontamination area 27 are arranged in a closed manner, and a door is arranged on the other side of the pipeline connecting room b 26;
the decontamination area 27 is arranged in a closed way, and can be used for placing a sterilization pot 32, a hand washing sink 33 and a turnover table board 34, and an outer door is arranged on one side; and each article in the area can be moved or replaced according to the requirement;
the amplification and product analysis zone 28 is provided with an access to buffer b 29;
the outlet is arranged in the third cabin body 3, namely the outlet is a changing area, and a buffer area b29 and an information room 30 are arranged between the changing area and the amplification and product analysis area 28;
the other inlet and outlet of the buffer area b29 is arranged in parallel with the information room 30, and a hand washing basin b35 is arranged at the outlet;
the inlet 13 area of the first cabin body 1, the area of the second cabin body 2 for placing the wardrobe 25, and the outlet of the third cabin body 3 and the area of the changing area 31 are arranged in a through way;
a transfer window a36 is arranged between the reagent preparation area 5 of the first chamber body 1 and the sample preparation area 15 of the second chamber body 2;
a transfer window b37 is arranged between the sample preparation area 15 and the decontamination area 27 of the second chamber body 2, and the two layers are arranged;
a transfer window c38 is arranged between the sample preparation area 15 and the amplification and product analysis area 28 of the second chamber body 2;
a transfer window d39 is provided between the wash and sterilize zone 27 and the amplification and product analysis zone 28.
The first cabin body 1, the second cabin body 2 and the third cabin body 3 are all formed by welding wall bodies, top plates and bottom plates in a full-length mode.
The transfer window is provided with an electronic double lock and an ultraviolet sterilization device.
The overall sizes of the boxes of the first cabin body 1, the second cabin body 2 and the third cabin body 3 are 12000x3000x3000 mm.
Example 1
A split type mobile shelter PCR laboratory structure is characterized in that a wall body of a cabin body of the structure is filled with 50 mm-thick rock wool from outside to inside by adopting a 1.6 mm-thick galvanized corrugated steel plate and a 60x60x3 rectangular square steel pipe, an indoor decorative panel of the cabin body is a 50mm heat-insulating glass magnesium purifying plate, 10mm heat-resistant cushion blocks are added on the square steel pipe and an inner wallboard, and heat conduction is effectively blocked;
the bottom plate is filled with 100mm thick rock wool, 18mm cement fiber board, mm heat insulation film, graphene electrothermal film and PVC plastic floor from outside to inside by adopting 1.2mm thick galvanized corrugated steel plate and 100x50x2 galvanized rectangular pipe;
the ceiling is formed by filling a 1.6mm galvanized corrugated board and an 80x40x2mm galvanized rectangular pipe into a 100-thick glass wool felt single-sided aluminum foil from outside to inside and finally hanging a shed by using a 50mm heat-preservation glass magnesium purification board.
The cleanliness of each area in each cabin body is in the hundred thousand grade, the temperature is 20-26 ℃, the humidity is 30-70, and the noise is less than or equal to 60;
the pressure difference of the inlet 13, the outlet 31, the buffer area, the changing area, the information room 30 and the washing and disinfecting area 27 is-5 Pa;
the pressure difference of the reagent preparation area 5 is 10Pa, the pressure difference of the sample preparation area 15 is-10 Pa, and the pressure difference of the amplification and product analysis area 28 is-20 Pa.
Claims (4)
1. The utility model provides a split type square cabin PCR laboratory structure that removes which characterized in that: the movable shelter comprises a first cabin body, a second cabin body, a third cabin body and a split type movable shelter, wherein the three cabin bodies are formed in parallel;
the first cabin body is internally provided with an air conditioning/air exhausting and water supplying and draining equipment room, a reagent preparation room, a buffer area a, a buffer area and a protective clothing wearing and taking-off area respectively;
the air-conditioning air-exhausting and water-supplying and draining equipment room and the reagent preparation room are arranged in a closed manner, and a door is arranged on the other side of the air-conditioning air-exhausting and water-supplying and draining equipment room; air supply outlets communicated with all the areas are arranged between the air-conditioning air exhaust equipment and the water supply and drainage equipment;
a superclean workbench a, a medical refrigerator and a cabinet provided with a negative pressure system are arranged in the reagent preparation room, a superclean workbench b and a refrigerator are arranged on one vertical side of the superclean workbench a, and articles in the region can be moved or replaced according to needs;
the inlet is arranged in the first cabin body, namely the changing area, and a buffer area a, a buffer area and a protective clothing wearing and taking-off area are arranged between the changing area and the reagent preparation area; the buffer area a is provided with two ports, one leading to the reagent preparation area and the other leading to the inlet; the buffer area and the wearing and taking-off protective clothing area are provided with two entrances and exits, one of which leads to the second cabin body and the other leads to the changing area;
the buffer area a is provided with an air outlet communicated with the outside;
a pipeline connection room a and a sample preparation area are respectively arranged in the second cabin body;
the pipeline connection room a and the sample preparation area are arranged in a closed mode, and a door is arranged on the other side of the pipeline connection room a;
a biological safety cabinet a, a biological safety cabinet b, a storage rack and a low-temperature water tank are arranged in the sample preparation area; the biological safety cabinet c and the biological safety cabinet d are respectively provided with a workbench for placing a nucleic acid extractor and a storage rack capable of placing the nucleic acid extractor, and the desk type high-speed centrifuge is placed on one side of the storage rack; and the objects in the area can be replaced and moved;
two movable wardrobe bodies are symmetrically arranged between the pipeline connecting rooms, and the areas where the wardrobe bodies are arranged and the sample preparation area are arranged in a closed mode;
the sample preparation area, the buffer area and the wearing and taking-off protective clothing area are provided with an entrance and an exit;
a pipeline connection room b, a decontamination area, a diffusion and product analysis area, a buffer area b, an information room, an outlet and a dressing area are respectively arranged in the third cabin body;
the pipeline connecting room b and the decontamination area are arranged in a closed manner, and a door is arranged on the other side of the pipeline connecting room b;
the decontamination area is arranged in a closed way and can be used for placing a sterilization pot, a hand sink and a turnover table board, and an outer door is arranged on one side of the decontamination area; and the objects in the area can be replaced and moved;
the amplification and product analysis area is provided with an inlet and an outlet which are communicated with the buffer area b;
the outlet is arranged in the third cabin body, namely the outlet is a dressing area, and a buffer area b and an information room are arranged between the dressing area and the amplification and product analysis area;
the other inlet and outlet of the buffer area b is arranged in parallel with the information room, and a hand washing basin b is arranged at the outlet;
the inlet area of the first cabin body, the area of the second cabin body for placing the wardrobe, and the outlet of the third cabin body and the area of the wardrobe area are arranged in a penetrating way;
a transfer window a is arranged between the reagent preparation area of the first chamber body and the sample preparation area of the second chamber body;
a transfer window b is arranged between the sample preparation area and the decontamination area of the second cabin body, and the upper layer and the lower layer are arranged;
a transmission window c is arranged between the sample preparation area and the amplification and product analysis area of the second cabin body;
a transfer window d is arranged between the washing and disinfecting area and the amplification and product analysis area.
2. The split mobile shelter PCR laboratory structure of claim 1, wherein: the first cabin body and the second cabin body and the third cabin body are respectively formed by welding a wall body, a top plate and a bottom plate in a full-length welding mode.
3. The split mobile shelter PCR laboratory structure of claim 1, wherein: the transfer window is provided with an electronic double lock and an ultraviolet sterilization device.
4. The split mobile shelter PCR laboratory structure of claim 1, wherein: the overall sizes of the boxes of the first cabin, the second cabin and the third cabin are 12000x3000x3000 mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202023069578.2U CN215107657U (en) | 2020-12-18 | 2020-12-18 | Split type square cabin PCR laboratory structure that removes |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202023069578.2U CN215107657U (en) | 2020-12-18 | 2020-12-18 | Split type square cabin PCR laboratory structure that removes |
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| CN215107657U true CN215107657U (en) | 2021-12-10 |
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| CN202023069578.2U Active CN215107657U (en) | 2020-12-18 | 2020-12-18 | Split type square cabin PCR laboratory structure that removes |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114961355A (en) * | 2022-06-17 | 2022-08-30 | 延安花香医疗应急装备制造有限公司 | Portable PCR shelter laboratory |
| CN115263040A (en) * | 2022-09-07 | 2022-11-01 | 厦门基源医学检验实验室有限公司 | Nucleic acid amplification detection laboratory |
-
2020
- 2020-12-18 CN CN202023069578.2U patent/CN215107657U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114961355A (en) * | 2022-06-17 | 2022-08-30 | 延安花香医疗应急装备制造有限公司 | Portable PCR shelter laboratory |
| CN115263040A (en) * | 2022-09-07 | 2022-11-01 | 厦门基源医学检验实验室有限公司 | Nucleic acid amplification detection laboratory |
| CN115263040B (en) * | 2022-09-07 | 2024-02-02 | 厦门基源医学检验实验室有限公司 | Nucleic acid amplification detection laboratory |
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