CN217480915U

CN217480915U - Modular assembly type nucleic acid sampling pavilion

Info

Publication number: CN217480915U
Application number: CN202221309566.9U
Authority: CN
Inventors: 孔斌
Original assignee: SHANGHAI TONCOM MUNICIPAL FACILITY TECHNOLOGY CO LTD
Current assignee: SHANGHAI TONCOM MUNICIPAL FACILITY TECHNOLOGY CO LTD
Priority date: 2022-05-17
Filing date: 2022-05-17
Publication date: 2022-09-23
Anticipated expiration: 2032-05-17

Abstract

The utility model provides a modular assembly formula nucleic acid sampling pavilion, includes chassis module, ceiling module, front end module, rear end module, left end module, right-hand member module, stand module, and each module is assembled into closed nucleic acid sampling pavilion in full storehouse through the fastener. Chassis module, ceiling module and stand module constitute sampling pavilion main body frame, and front end module, rear end module, left end module, right-hand member module are four sides of sampling pavilion respectively: the front end module and the right end module have the same structure, the front end module is used for information registration, and the right end module is used for nucleic acid sampling; the left end module is provided with a sampling pavilion access door; the rear end module is provided with an air conditioner and positive pressure system equipment. Each module can be flexibly prepared and assembled, and the modules can be conveniently and quickly disassembled and replaced to transform the nucleic acid sampling pavilion into other sentry boxes. The utility model provides high production productivity provides a section more convenient, safer, produce more efficient modularization assembled nucleic acid sampling pavilion.

Description

Modular assembly type nucleic acid sampling pavilion

Technical Field

The utility model relates to a nucleic acid sampling equipment technical field particularly, relates to a modular assembly formula nucleic acid sampling pavilion.

Background

Nucleic acid detection is the most common means for detecting novel coronavirus, and large-scale whole-person nucleic acid detection is indispensable in the key period of epidemic situation prevention and control, but few fixed sentries for providing nucleic acid sampling are available in the market at present, the scale of the nucleic acid sampling kiosk needs to be increased, and only the sentries can be deployed quickly to meet the load of whole-person nucleic acid sampling points, the epidemic situation spreading momentum can be restrained quickly, the battle can be combated by winning the epidemic situation as soon as possible, and people can recover normal production and life as soon as possible.

SUMMERY OF THE UTILITY MODEL

The utility model overcomes the weak point among the prior art, improve current production technology, change with the modularized design, improved the production productivity, provide a section more convenient, safer, produce modular assembly formula nucleic acid sampling pavilion of efficient.

The utility model aims at realizing through the following technical scheme:

the utility model provides a modular assembly formula nucleic acid sampling pavilion, includes seven big modules, is chassis module 6, ceiling module 5, front end module 1, rear end module 2, left end module 3, right-hand member module 4, stand module 7 respectively, and seven big modules pass through the fastener and assemble into the closed nucleic acid sampling pavilion in full storehouse. The sampling pavilion comprises an underframe module 6, a ceiling module 5 and a stand column module 7, wherein the underframe module 6, the ceiling module 5 and the stand column module 7 form a main body frame of the sampling pavilion, and a front end module 1, a rear end module 2, a left end module 3 and a right end module 4 are respectively four side faces of the sampling pavilion and are fixed on the main body frame of the sampling pavilion.

The front end module 1 is used for information registration, and the right end module 4 is used for nucleic acid sampling; the left end module 3 is provided with a sampling kiosk access door; the rear end module 2 is provided with an air conditioner and a positive pressure system device.

The chassis module 6 comprises a chassis frame keel 61, a floor 62, and a horse wheel 64; the floor 62 is laid on the top of the underframe frame keel 61; the Fuma wheel 64 is arranged at the bottom of the keel 61 of the underframe frame, and the pavilion body can move quickly and fall to the ground to be fixed by adjusting the Fuma wheel 64; four endpoints of the top surface of the underframe frame keel 61 are respectively welded with underframe upright connecting pieces 63 for connecting with the upright modules 7.

The ceiling module 5 comprises a ceiling frame 51 and a ceiling sandwich panel 52; the ceiling sandwich panel 52 is arranged in the ceiling frame 51, and four end points of the lower surface of the ceiling frame are welded with ceiling upright post connecting pieces 53 for connecting with the upright post modules 7.

The upright module 7 comprises four uprights 71 for connecting the chassis module 6 and the ceiling module 5.

The front end module 1 is divided into a left part and a right part, the left main structure of the front end module is a front end sheet metal frame 11, the right part of the front end module is a front end sandwich plate 12, and the front end sheet metal frame 11 and the front end sandwich plate 12 are connected into a same plane;

a window 13 is arranged above the front-end sheet metal frame 11, and a front-extending storage cabinet 14 is arranged below the front-end sheet metal frame; the window 13 is a transparent toughened glass window, two round holes are formed in the surface of the window, sealed rubber gloves are assembled at the round holes, and a lighting lamp is arranged at the top of the window; the hidden medical garbage bins 141 are arranged on the left side and the right side of the front extending storage cabinet 14; the front-end sheet metal frame 11 is further provided with a transfer window 15 which is located between the window 13 and the front-extending storage cabinet 14, the transfer window 15 is communicated with the inside and the outside for transferring articles, and turning plates are arranged inside and outside to cover windows of the transfer window.

The left end module 3 is divided into a left part and a right part; wherein, the left side is an integrally welded door beam 32 and is provided with a door panel 31; wherein, the right side is a left end sandwich plate 33; the door beam 32 and the left-end sandwich plate 33 are connected to form the same plane.

The rear end module 2 comprises a rear end sheet metal frame 21, an air conditioner internal unit 22, a positive pressure system bin 23, an air conditioner external unit bin 24 and a rear end sandwich plate 25, wherein,

the rear-end sheet metal frame 21 and the rear-end sandwich panel 25 are distributed on the left side and the right side to form a wall main body of the rear-end module 2;

the air conditioner internal unit 22 is mounted at the top end of the rear-end sheet metal frame 21 and used for adjusting indoor temperature;

the positive pressure system bin 23 is arranged on the middle layer of the rear-end sheet metal frame 21, and a positive pressure fan is arranged in the bin and used for pressurizing indoors, so that the air pressure in the pavilion body is higher than that in the exterior, an internal and external pressure difference is generated, external air is prevented from entering the pavilion body, and infection is effectively prevented;

the air conditioner external machine bin 24 is arranged on the lower layer of the rear end sheet metal frame 21 and forms an air conditioning system together with the air conditioner internal machine 22.

Further, the underframe frame keel 61 is integrally welded and formed; the ceiling frame 51 is integrally welded and formed and is sealed with two ceiling sandwich plates 52; the shapes and the sizes of the ceiling upright post connecting piece 53 and the underframe upright post connecting piece 63 are matched with those of the upper end and the lower end of the upright post 71, and the upper end and the lower end of the upright post 71 are respectively inserted into the ceiling upright post connecting piece 53 and the underframe upright post connecting piece 63 and then fixed during assembly.

Preferably, the front end module 1 and the right end module 4 are designed to have the same structure; the front window adopts a 10.0mm transparent toughened glass window.

Each module is flexibly assembled and allocated, and when the nucleic acid sampling function is not needed, the modules can be conveniently and quickly disassembled and replaced to be refitted into other sentry boxes.

The utility model provides an integrated nucleic acid sampling pavilion, the assembly mode is: firstly, installing an underframe module, a stand column module and a ceiling module, and starting to install a front end module, a left end module, a right end module and a rear end module after the main body framework of the sampling kiosk is installed.

The utility model provides an integrated nucleic acid sampling pavilion, the using-way:

firstly, the examinee carries out the information registration of sampling at the 1 window of front end module, and after the registration, the staff of 1 window department of front end module will sample the material, for example test tube and the cotton swab that contains the wrapping bag are delivered from pass-through window 15, and the examinee takes out the material of sampling, goes to 4 windows of right-hand member module and carries out the nucleic acid sampling. During sampling, the examinee firstly hands over the sampling material to the sampling staff at the window of the right end module 4, then the sampling staff carries out sampling work on the sampled staff through the round hole of the sampling port, the sampling sample is placed in the test tube to be sealed, and the test tube is managed by the staff in a unified mode.

The utility model discloses there is following beneficial effect:

the technical scheme of the modular assembly type nucleic acid sampling pavilion adopts a modular structure design which is easy to assemble, has a clear functional area, integrates multiple functions of sampling, a positive pressure system, full-warehouse sealing, a medical garbage can and the like, and is quicker, safer and more efficient.

Drawings

FIG. 1 is a schematic front isometric view of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 2 is a schematic rear isometric view of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 3 is a modular exploded view of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 4 is a schematic view of the bottom frame of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 5 is a schematic diagram of the ceiling structure of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 6 is a schematic front end view of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 7 is a schematic diagram of the left end structure of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 8 is a schematic rear end view of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 9 is a schematic illustration of the mounting of the posts of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 10 is a schematic front frame mount of a preferred embodiment of the nucleic acid sampling kiosk of the present invention;

FIG. 11 is a schematic front-end mounting diagram of a preferred embodiment of the nucleic acid sampling kiosk of the present invention.

Reference numerals:

1. a front end module; 2. a back end module; 3. a left end module; 4. a right end module; 5. a ceiling module; 6. an undercarriage module; 7. a column module;

11. a front-end sheet metal frame; 12. a front end sandwich panel; 13. a sampling port window; 14. a front extending type storage cabinet; 15. a test tube transfer window; 16. an operation hole; 141. a medical waste bin;

21. a rear-end sheet metal frame; 22. an air conditioner indoor unit; 23. a positive pressure system bin; 24. an air conditioner external machine bin; 25. a rear end sandwich panel;

31. a door panel; 32. a door beam; 33. a left end sandwich panel;

51. a ceiling frame; 52. a ceiling sandwich panel; 53. ceiling column connecting pieces;

61. an undercarriage frame keel; 62. a floor; 63. a chassis column connector; 64. a fortune wheel; 65. a self-tapping screw;

71. and (4) a column.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and examples, but the present embodiment is not intended to limit the present invention, and all similar structures and similar variations thereof adopted by the present invention should be included in the scope of the present invention.

The modular assembly type nucleic acid sampling kiosk shown in fig. 1 and fig. 2 comprises seven modules which are respectively an underframe module 6, a ceiling module 5, a front end module 1, a rear end module 2, a left end module 3, a right end module 4 and a stand column module 7, and the seven modules are assembled into a whole-bin closed nucleic acid sampling kiosk through fasteners. The sampling pavilion comprises an underframe module 6, a ceiling module 5 and a column module 7, wherein the underframe module 6, the ceiling module 5 and the column module 7 form a main framework of the sampling pavilion, and the front end module 1, the rear end module 2, the left end module 3 and the right end module 4 are respectively four side faces of the sampling pavilion and are fixed on the main framework of the sampling pavilion.

The front end 1 is used for information registration, and the right end 4 is used for nucleic acid sampling; the left end module 3 is provided with a sampling kiosk access door; the rear end module 2 is provided with an air conditioner and a positive pressure system device.

The chassis module 6 comprises a chassis frame keel 61, a floor 62, and a trojan wheel 64; the floor 62 is laid on the top of the underframe frame keel 61; the Fuma wheel 64 is arranged at the bottom of the keel 61 of the underframe frame, and the pavilion body can move quickly and fall to the ground to be fixed by adjusting the Fuma wheel 64; four endpoints of the top surface of the underframe frame keel 61 are respectively welded with underframe upright post connecting pieces 63 for connecting with the upright post modules 7.

The ceiling module 5 comprises a ceiling frame 51, a ceiling sandwich panel 52; the ceiling sandwich panel 52 is arranged in the ceiling frame 51, and four end points of the lower surface of the ceiling frame are welded with ceiling upright post connecting pieces 53 for connecting with the upright post modules 7.

a window 13 is arranged above the front-end sheet metal frame 11, and a front-extending storage cabinet 14 is arranged below the front-end sheet metal frame; the window 13 is a transparent toughened glass window, two round holes are formed in the surface of the window, sealed rubber gloves are assembled at the round holes, and a lighting lamp is arranged at the top of the window; the left side and the right side of the front extension type storage cabinet 14 are provided with hidden medical garbage bins 141, the garbage bins can be opened, the top surfaces of the garbage bins are provided with delivery ports, and garbage bins are arranged in the garbage bin bodies; the front-end sheet metal frame 11 is further provided with a transfer window 15 which is located between the window 13 and the front-extending storage cabinet 14, the transfer window 15 is communicated with the inside and the outside for transferring articles, and turning plates are arranged inside and outside to cover windows of the transfer window.

The left end 3 is divided into a left part and a right part; the left end module 3 is divided into a left part and a right part; wherein, the left side is an integrally welded door beam 32 and is provided with a door panel 31; wherein, the left end sandwich plate 33 is arranged on the right side; the door beam 32 and the left-end sandwich plate 33 are connected to form the same plane.

the air conditioner internal unit 22 is arranged at the top end of the rear-end sheet metal frame 21 and used for adjusting indoor temperature;

the air conditioner external machine bin 24 is arranged on the lower layer of the rear end metal plate frame 21 and forms an air conditioner system with the air conditioner internal machine 22;

the air conditioner internal unit 22, the positive pressure system bin 23 and the air conditioner external unit bin 24 are arranged in the sampling kiosk.

Further, the underframe frame keel 61 is integrally welded and formed; the ceiling frame 51 is integrally welded and formed and is sealed with two ceiling sandwich plates 52; the shapes and the sizes of the ceiling upright post connecting piece 53 and the underframe upright post connecting piece 63 are matched with those of the upper end and the lower end of the upright post 71, and the upper end and the lower end of the upright post 71 are respectively spliced with the ceiling upright post connecting piece 53 and the underframe upright post connecting piece 63 and then fixed.

In one embodiment, the modular assembly nucleic acid sampling kiosk is assembled as shown in FIG. 3, in the order of: firstly, installing an underframe, a stand column underframe and a ceiling underframe, and after the sampling pavilion main body frame is installed, beginning to install a front end underframe, a left end underframe, a right end underframe and a rear end underframe.

1) The chassis module is first installed. As shown in fig. 4, the underframe frame keels 61 are integrally welded, underframe upright connectors 63 are welded at four corners of the underframe frame keels 61, four fomes wheels 64 are installed at the bottoms of the underframe frame keels 61, and the floor 62 is laid at the tops of the underframe frame keels 61 (the floor is currently combined in a manner that a lower layer is a 16mm cement fiberboard and an upper layer is a 4mm stone-plastic decorative floor, and the floor can also be in other forms, such as a layer of 16mm bamboo-wood floor).

2) After the underframe module is installed, the column module is installed next. As shown in fig. 9, the columns 71 are inserted into the underframe column connectors 63 in a butt joint manner, and then the tapping screws 65 are used to penetrate the columns 71 and the underframe column connectors 63 to fix the columns 71.

3) And after the four upright posts are installed, assembling the ceiling module. The ceiling stud connectors 53 are butt-inserted into the studs 71 and then secured using the self-tapping screws 65.

4) After the underframe module, the upright column module and the ceiling module are fixed, the sampling pavilion main body framework is completed, and then, the front wall, the rear wall, the left wall and the right wall are installed.

The front end module is installed as shown in fig. 10. Three operation holes 16 are uniformly distributed on the vertical beams on the two sides of the front-end sheet metal structure 11, and self-tapping screws 65 penetrate through the operation holes 16 to fix the left side of the front-end sheet metal structure 11 and the upright posts 71, as shown in fig. 11-B;

similarly, the right side of the front-end sheet metal structure 11 and the left side of the front-end sandwich panel 12 are fixed by the tapping screw 65, as shown in fig. 11-C;

the right end of the sandwich panel 12 is fixed to the fixing post 71 by the tapping screw 65 as shown in fig. 11-D.

The left end module, the right end module and the rear end module are assembled in a similar manner to the front end module and are firmly fixed by automatic screws 65.

In combination with the structure of the modular assembly type nucleic acid sampling kiosk, the recommended working method is as follows:

firstly, the person being examined carries out the information registration of sampling at the 1 window of front end module, and after the registration, the staff of 1 window department of front end module will sample the material, for example test tube and cotton swab (including the wrapping bag) and deliver from pass-through window department 15, and the person being examined takes out the material of sampling, goes to the 4 windows of right-hand member module and samples. During sampling, the examinee firstly opens the cotton swab packaging bag, simultaneously opens the test tube bottle cap, and hands over the cotton swab to a sampling worker at the window of the right end module 4; at the moment, the sampling worker samples the person to be sampled through the round hole of the window, and after the sampling is finished, returning a cotton swab to the person to be sampled; the examinee puts the cotton swab into the test tube, and screws the cap of the test tube, and puts the cotton swab into the delivery window 15 of the right module 4; then the sampling staff in the kiosk retrieves the test tube containing the sampling sample in the transfer window 15 for unified management. Sampling packaging bags or other sampling related garbage can be put into the medical garbage can of the front end module 1 or the right end module 4.

Each module of the sampling pavilion can be flexibly assembled and allocated, and when the nucleic acid sampling function is not needed, the modules in the sampling pavilion can be conveniently and quickly disassembled and replaced to be refitted into other sentry pavilions, such as police pavilions, service kiosks and the like.

The above description is only intended for the description of the preferred embodiments of the present invention and is not intended to limit the scope of the present invention in any way. Any changes or modifications of the above disclosure made by those skilled in the art should be considered as equivalent effective embodiments, and all the changes or modifications should fall within the protection scope of the present invention.

Claims

1. A modular assembly type nucleic acid sampling kiosk is characterized by comprising seven modules which are respectively an underframe module (6), a ceiling module (5), a front end module (1), a rear end module (2), a left end module (3), a right end module (4) and a stand column module (7), wherein the seven modules are assembled into the nucleic acid sampling kiosk with a closed whole cabin through fasteners; the sampling pavilion is characterized in that the underframe module (6), the ceiling module (5) and the upright post module (7) form a main framework of the sampling pavilion, and the front end module (1), the rear end module (2), the left end module (3) and the right end module (4) are respectively four sides of the sampling pavilion and are fixed on the main framework of the sampling pavilion.

2. The modular assembly nucleic acid sampling kiosk of claim 1 wherein the front end module (1) is used for information registration and the right end module (4) is used for nucleic acid sampling; the left end module (3) is provided with a sampling kiosk access door; the rear end module (2) is provided with an air conditioner and positive pressure system equipment.

3. The modular assembly nucleic acid sampling kiosk of claim 1 wherein the chassis module (6) comprises a chassis frame keel (61), a floor (62), a horsewheel (64); the floor (62) is laid on the top of the underframe frame keel (61); the horseback wheels (64) are mounted at the bottom of the keel (61) of the underframe frame, and the horseback wheels (64) are adjusted to realize the rapid movement and landing fixation of the pavilion body; four end points on the top surface of the underframe frame keel (61) are respectively welded with underframe upright post connecting pieces (63) for connecting with upright post modules (7);

the ceiling module (5) comprises a ceiling frame (51) and a ceiling sandwich panel (52); the ceiling sandwich board (52) is arranged in the ceiling frame (51), and ceiling upright post connecting pieces (53) are welded at four endpoints of the lower surface of the ceiling frame and are used for being connected with the upright post modules (7).

4. The modular assembly nucleic acid sampling kiosk of claim 1 wherein the column module (7) comprises four columns (71) for connecting the chassis module (6) to the ceiling module (5).

5. The modular assembled nucleic acid sampling kiosk of claim 1 characterized in that the front module (1) is divided into left and right parts, the left main structure is a front sheet metal frame (11), the right main structure is a front sandwich board (12), the front sheet metal frame (11) and the front sandwich board (12) are connected to form a same plane;

a window (13) is arranged above the front-end sheet metal frame (11), and a front-extending storage cabinet (14) is arranged below the front-end sheet metal frame; the window (13) is a transparent toughened glass window, two round holes are formed in the surface of the window, sealing rubber gloves are assembled at the round holes, and an illuminating lamp is further arranged at the top of the window; the left side and the right side of the front extension type storage cabinet (14) are provided with hidden medical garbage bins (141); the front-end sheet metal frame (11) is further provided with a transfer window (15) which is positioned between the window (13) and the forward-extending storage cabinet (14), the transfer window (15) is communicated with the inside and the outside for transferring articles, and the inside and the outside are both provided with turning plates for covering the window of the transfer window.

6. The modular assembly nucleic acid sampling kiosk of claim 1 wherein the left end module (3) is in two parts;

wherein, the left side is an integrally welded door beam (32) and is provided with a door panel (31);

wherein, the right side is a left end sandwich plate (33);

the door beam (32) and the sandwich plate (33) at the left end are connected into the same plane.

7. The modular assembly nucleic acid sampling kiosk of claim 1 wherein the back end module (2) comprises a back end sheet metal frame (21), an air conditioner internal (22), a positive pressure system bin (23), an air conditioner external bin (24), a back end sandwich panel (25),

the rear-end sheet metal frame (21) and the rear-end sandwich plate (25) are distributed on the left side and the right side to form a wall main body of the rear-end module (2);

the air conditioner internal unit (22) is arranged at the top end of the rear-end sheet metal frame (21) and is used for adjusting the indoor temperature;

the positive pressure system bin (23) is arranged on the middle layer of the rear-end metal plate frame (21), and a positive pressure fan is arranged in the bin and used for pressurizing indoors, so that the air pressure in the pavilion body is higher than that in the outside, the internal and external pressure difference is generated, the external air is prevented from entering the pavilion body, and the infection is effectively prevented;

the air conditioner outer machine bin (24) is arranged on the lower layer of the rear end sheet metal frame (21) and forms an air conditioner system with the air conditioner inner machine (22).

8. The modular assembly nucleic acid sampling kiosk of claim 3 wherein said chassis frame keel (61) is integrally welded;

the ceiling frame (51) is integrally welded and formed and is sealed with two ceiling sandwich plates (52);

the appearance and the size of the ceiling upright post connecting piece (53) and the underframe upright post connecting piece (63) are matched with those of the upper end and the lower end of the upright post (71), and the upper end and the lower end of the upright post (71) are respectively spliced with the ceiling upright post connecting piece (53) and the underframe upright post connecting piece (63) and then fixed.

9. The modular assembly nucleic acid sampling kiosk of claim 6 wherein the front module (1) and the right module (4) are identically configured;

the window (13) adopts a 10.0mm transparent toughened glass window.