LU502752B1 - A PORTABLE, SELF-SERVICE DEVICE FOR NUCLEIC ACID TESTING. - Google Patents

Abstract

The invention discloses a mobile self-service device for nucleic acid testing, which relates specifically to the technical field of nucleic acid testing and comprises a test cube body, the test cube body being provided with a rotating receiving assembly, the rotating receiving assembly comprising a first turntable provided in the test cube body. By setting up a rotating recording assembly, the invention can register information about itself through the information login screen, people and through the test port to place the test swab into the test tube, self-service testing for people who information Login have completed, which can effectively reduce the input of nucleic acid testing personnel and reduce the labor intensity of staff, and also replace the test tube storage block that is full of test tubes, making the device more convenient in use.

Description

Description

LU502752

A mobile self-service device for nucleic acid testing

Technical part

The invention relates to the technical field of nucleic acid tests, more precisely, the invention relates to a mobile self-service device for nucleic acid tests.

technology in the background

Nasal and throat swab-based nucleic acid tests are the most common method for detecting and confirming the diagnosis of

COVIN-19 and require separate staff for registration and the

Sampling what long hours in protective clothing for registration and the

Sampling requires what is physically and mentally taxing and inefficient.

At the same time, protective equipment such as suits can only be used once, which is costly and troublesome. In addition, the establishment of

Sampling areas in various scenarios such as office buildings, train stations and airports cumbersome, leading to the rapid implementation of

Nucleic acid samples difficult.

Patent Application No. CN112245176A discloses a modular, mobile, isolated nucleic acid sampling chamber comprising a chamber, a plate, a

includes a socket, a fork access and a latching mechanism; the chamber has a series of panels attached to the side wall; the Chamber has one

bottom attached at the bottom; the bottom has a fork access in the

Side wall; a clamping mechanism includes a first lever, a

connecting post, a second lever, a first push rod, a first 1

Description

LU502752

rack plate, a drive unit and a second rack plate; the

Invention provides a modular mobile isolated nucleic acid sampling chamber that isolates medical staff and makes the isolated environment a clean and air-conditioned work environment in which medical staff can perform all nucleic acid sampling work while being in complete physical isolation from the patient is, and in which the

Safety is assured, with the medical staff being no tertiary

Protective equipment no longer has to be worn, which completely relieves the medical staff.

However, there are certain disadvantages in using the above technical solutions, for example, the medical staff can use the entire

Work of nucleic acid sampling, but also with full physical

Isolation from the patient, in case of safety, the medical staff no longer need to wear three layers of protective equipment, but this nucleic acid sampling chamber can not be sampled through the

Personal self-service can be achieved, or will be a lot of

Consume human resources when using certain disadvantages.

content of the invention

In order to overcome the above-mentioned shortcomings of the prior art, the embodiment of the invention provides a mobile self-service device for nucleic acid testing through which people can register information about themselves through the information login screen, people and through the test Port to place the test swab into the test tube, Self- —————————

Description

LU502752

Service testing for people who have completed information login, which can effectively reduce the entry of nucleic acid testing personnel and the

Reduce staff labor intensity, and also replace the test tube

Storage block full of test tubes, making the device more convenient to use, to solve the problems raised in the above background technology.

In order to achieve the above purpose, the invention offers the following technical solution: a mobile self-service device for

Nucleic acid testing comprising a test cube body, the test cube body being equipped with a rotating cradle inside;

A rotating receiving assembly comprising a first turntable provided inside the test cube body, the first turntable having a

Plenty of through holes for attaching test tubes to its

Has surface, which in the circumferential direction along the axis point of the first

rotary table are distributed;

The first turntable is bottom with a support ring to support the

Test tube provided, the surface of the support ring is equipped with a sliding groove for

guide the test tube, and the support ring is notched on the outside.

In a preferred embodiment, the rotary pickup assembly further includes a second turntable provided at the bottom of the support ring, the second turntable having a plurality of first electric pushers on the

Having top and circumferentially along the axis point of the second ————————

Description

LU502752

Turntable is distributed, with a plurality of first electric pushers

Having placement frame at the output end of each of the first electrical

Pusher is provided.

In a preferred embodiment, the placement frame is a rectangular mounting frame structure, the placement frame having a plurality of

Test tube storage block is provided to the inside

test tube placement are laminated and match the notches, and that

The output end of the first electric pusher passes through the placement frame and extends to the bottom of the test tube storage block, the test tube storage block having a plurality of test tube storage openings on the surface of the test tube storage block

Have the respective limitation of the test tubes.

In a preferred embodiment, on one side of the

Sample collection door provided a second electric pusher for driving the displacement of the test tube storage block, the output end of the second electric pusher being in contact with the test tube storage block, one end of the second electric pusher by means of a supporting frame on

Bottom of the support ring is attached.

In a preferred embodiment, a sample collection door is provided on one side of the test cube body, an information login screen for the

Self-service operation is provided on the other side of the test cube body, and a test port for the self-service tests on the top of the

Information login screen provided and on the surface of ————————

Description

LU502752

Test cube body is arranged.

In a preferred embodiment, a drive motor for driving the rotation of the first and second turntables is provided at the top and bottom of the internal cavity of the test cube body.

The technical effects and advantages of the invention are as follows:

By setting up the rotating recording assembly, compared with the prior art, people can register information about themselves through the information login screen, people and through the test port to place the test swab into the test tube, Self -Service tests for

People who have completed the information login, which effectively reduce the entering of nucleic acid testing personnel and the

to reduce the work intensity of the staff;

The test tubes are carried by the first turntable and through the

Support ring and the sliding groove supported so that they can be dropped for storage through the gap in the test tube storage opening, and the

Test tube storage block can also be replaced if that

test tube is full, which makes the device easier to use.

Description of the accompanying drawings

Figure 1 is a schematic representation of the overall structure of the invention.

Figure 2 is a principal view of the rotary pickup assembly of the invention.

Picture 3 is a main view of the first rotary table, the support ring and the

Placement framework of the invention.

Figure 4 is an exploded view of the rotating pickup assembly of the —————————

Description

LU502752

Invention.

The accompanying drawings are marked as follows: 1.

test cube body; 2. sampling door; 3. Information login screen; 4.

test port; 5. first turntable; 6. Support ring; 7. through hole; 8. sliding groove; 9. second turntable; 10. first electric pusher; 11. Placement frame; 12.

test tube storage block; 13. Test tube storage hole; 14. second electric pusher; 15. support frame; 16. Drive motor.

Detailed description

The technical solutions in the embodiments of the

Invention in conjunction with the accompanying drawings in the

Embodiments of the invention are clearly and fully described.

Of course, the embodiments described are only part of the

Embodiments of the invention, and not all of them. Starting from the

Embodiments of the invention fall within all other embodiments that a

Achieved skilled in the art without creative activity, within the scope of the invention.

A mobile self-service device for nucleic acid testing as shown in the attached Figures 1 to 4, comprising a test cube body 1 with a rotary cradle provided inside the test cube body 1;

A rotary receiving assembly comprising a first turntable 5 provided inside the test cube body 1, the first turntable 5 having a

Plurality of through holes 7 for attaching test tubes on its

Has a surface that extends circumferentially along the axis point of the first —————————

Description

LU502752

Turntable 5 are distributed;

The first turntable 5 is provided with a support ring 6 at the bottom for supporting the

test tube, the surface of the support ring 6 is provided with a slide groove 8 for guiding the test tube, and the support ring 6 is provided with a notch on the outside.

Referring to pictures 2, 3 and 4, the rotating

Recording assembly further includes a second turntable 9, which is provided at the bottom of the support ring 6, wherein the second turntable 9 has a plurality of first electrical

Has pusher 10 at the top and in the circumferential direction along the

Axis point of the second turntable 9 is distributed, wherein a plurality of the first electric pusher 10 has a placement frame 11, which at

Output end of each of the first electric pusher 10 is provided, wherein the

Placement frame 11 can play a limiting role in placing the

Facilitate structure by staff.

Referring to the attached images 2, 3 and 4, the

Placing frame 11 is a rectangular mounting frame structure, the placing frame 11 is provided with a plurality of test tube storage blocks 12 laminated inside for test tube placement and matching the notches, and the output end of the first electric pusher 10 passes through the placing frame 11 and extends to Bottom of the test tube storage block 12 extends, wherein the test tube storage block (12) has a plurality of

have test tube storage opening 13 on the surface of the test tube storage block 12 for respectively defining the test tubes, and ———————

Description

LU502752 the placement frame 11 is provided to limit the test tube storage block 12 to facilitate the placement of multiple test tube storage blocks 12 at once, while the test tube storage opening 13 is provided to limit the tested test tubes to the later

To facilitate removal of the test tubes in a uniform manner, and the

Recess is provided to facilitate the snapping of the test tube storage block 12 into the recess to prevent the test tubes from falling into the

Test tube storage opening 13 to facilitate.

As can be seen from the attached picture 4, on one side the

Sampling door 2, a second electric pusher 14 for driving the

Displacement of the test tube storage block 12 provided that

Output end of the second electric pusher 14 in contact with the

Test tube storage block 12 stands, one end of the second electric

Pusher 14 is attached to the bottom of the support ring 6 by means of a support frame 15 . and the second electric pusher 14 is provided such that when the second electric pusher 14 is activated, the test tube storage block 12 is displaced so that the test tube storage opening 13 is aligned with the

Through hole 7 can be connected and the test tubes ın the

Test tube storage block 12 may fall, but the supporting frame 15 supports the second electric pusher 14 and increases the stability of the second electric pusher 14 when installed.

As can be seen from the attached picture 1, on one side of the

Test cube body 1 a sampling door 2, an information login screen -_

Description

LU502752 3 is provided for the self-service operation on the other side of the test cube body 1, and a test port 4 for the self-service tests is provided on the top of the information login screen 3 and on the surface of

Test cube body 1 is arranged, and the sampling door 2 is provided so that the staff open the sampling tir 2 and the

Test tube storage block 12 with the test tubes inside

can take out test cube body 1 during the information login

Screen 3 is provided so that the people can log into the information, and the test port 4 is provided so that the people

Insert swab and test tube into through hole 7 during self-service test.

As can be seen from the accompanying Figure 2, a drive motor 16 is for

Driving the rotation of the first turntable 5 and the second turntable 9 at the

Top and bottom of the inner cavity of the test cube body 1 are provided, and the two drive motors 16 are provided to rotate the first

Turntable 5 and the second turntable 9 to facilitate when the two

Drive motors 16 are each activated to facilitate transport of test tubes.

The working principle of the invention: When the device made by the invention is in use, people can view their information through the

Register information login screen 3, and then after the

When the drive motor 16 inside the test cube body 1 starts to drive the first turntable 5, the rotation of the first turntable 5 becomes the displacement of the ———————

Description

LU502752

Drive the test tube in the through hole 7 and cause the test tube to be shifted to the test port 4, and then the

Carry out self-service detection of people who have completed the information login and put the detection swab in the test tube;

Thereafter, the drive motor 16 in the test cube body 1 is activated again, causing the first turntable 5 to rotate and slide the test tube along the axis of the first turntable 5 through the through hole 7 while the

test tube is supported by the support ring 6 and the sliding groove 8 when the

Test tube is moved into the notch, it falls into the

Test tube storage hole 13 and is stored by the test tube storage block 12, while the output end of the second electric pusher 14 can be slid to drive the test tube storage block 12 so that the —test tube storage hole 13 where the test tube was originally placed another body can be moved, leaving the remaining

test tube storage opening 13 which can store test tubes in turn;

When the test tube storage block 12 is filled with test tubes, the second electric pusher 14 pushes the one filled with test tubes

Test tube storage block 12 simultaneously into the test cube body 1, which is activated by the first electric pusher 10, the output of the first electric pusher 10 drives the test tube storage block 12 into one

displacement, and the test tube storage block 12 is notched so that 1

Description

LU502752 the test tube storage port 13 can be located at the end of the slide groove 8, so that the test tubes can be stored continuously, and the subsequent personnel only need to open the information login screen 3 to access the test tube storage block 12 with the test tubes

take exam.

Some final remarks: First is the description of this

Application should be noted that the terms "assembled", "connected" and "connected", unless otherwise specified and limited, have a broad meaning

senses are to be understood, d. H. either as a mechanical or electrical connection, or as a connection within two components which may be directly connected to each other and that “top”, “bottom”, “left”, “right”, etc. is only for reference

specifying relative positional relationships that may change as the absolute position of the object being described changes;

Second: The drawings accompanying the disclosed embodiments of the

Accompanying the invention refer only to the structures associated with this disclosed embodiment, other structures may be referred to of common practice, and are the same and different

Embodiments of the invention can be combined with one another without conflicts arising;

Finally: The above statements only represent a preferred one

embodiment of the invention and are not intended to limit the invention.

Any modification, equivalent substitution, improvement, etc. made within the spirit and principles of the invention falls within the 1st

Description . . LU502752

Scope of the Invention. 1

Claims (6)

Claim LU502752 A mobile self-service device for nucleic acid testing, comprising a test cube body (1), characterized in that the test cube body (1) is equipped with a rotating cradle inside; A rotary receiving assembly comprising a first turntable (5) provided inside the test cube body (1), the first turntable (5) having a plurality of through holes (7) for attaching test tubes on its surface extending in the circumferential direction are distributed along the axis point of the first turntable (5); The first turntable (5) is provided with a support ring (6) at the bottom for supporting the test tube, the surface of the support ring (6) is provided with a slide groove (8) for guiding the test tube, and the support ring (6) is on the outside provided with a notch. 2. A mobile self-service device for nucleic acid testing according to claim 1, characterized in that the rotary receiving assembly further comprises a second turntable (9) provided at the bottom of the support ring (6), the second turntable (9) having a plurality of first electric pushers (10) at the top and distributed circumferentially along the axis point of the second rotary table (9), a plurality of the first electric pushers (10) having a placement frame (11) provided at the output end of each of the first electric pushers (10) is provided. 3. A mobile self-service device for nucleic acid testing according to claim 2, characterized in that the placement frame (11) has a —=<ËŒÆHË— Claims LU502752 is a rectangular mounting frame structure, the placement frame (11) is provided with a plurality of test tube storage blocks (12) laminated inside for test tube placement and matching the notches, and the output end of the first electric pusher (10) through the placement frame (11) and extending to the bottom of the test tube storage block (12), the test tube storage block (12) having a plurality of test tube storage openings (13) on the surface of the test tube storage block (12) for defining test tubes respectively. 4. A mobile self-service device for nucleic acid testing according to claim 3, characterized in that the sampling door (2) is provided on one side with a second electric pusher (14) for driving the displacement of the test tube storage block (12), the output end of the second electric pusher ( 14) is in contact with the test tube storage block (12), one end of the second electric pusher (14) is attached to the bottom of the support ring (6) by means of a support frame (15). A portable nucleic acid test self-service apparatus according to claim 1, characterized in that a sample taking door (2) is provided on one side of the test cube body (1), an information login screen (3) for self-service operation is provided on the other side of the test cube body ( 1) is provided, and a test port (4) for the self-service tests is provided on the top of the information login screen (3) and on the —=ËŒÆË— Claims LU502752 surface of the test cube body (1) is arranged. A portable nucleic acid test self-service device according to claim 1, characterized in that the test cube body (1) is provided with drive motors (16) for driving rotation of the first turntable (5) and the second turntable (9) at the top and bottom of the inner cavity, respectively is. m