CN217518305U - Nucleic acid collection smart health hut with double right angle channel and double station - Google Patents

Abstract

The utility model discloses a double-right-angle channel double-station nucleic acid collection intelligent health cabin in the field of nucleic acid detection cabins, which comprises a cabin body, wherein the front side surface of the cabin body is provided with two self-service registration modules, the left side surface and the right side surface of the cabin body are respectively provided with a sampling module, the rear side surface of the cabin body is provided with a movable door for workers to enter and exit, and the cabin body is internally provided with an air conditioning system and a workbench; the outside of cabin is equipped with two pedestrian passageways that extend to sampling module from self-service registration module that enclose by the guardrail, and room body leading flank is provided with the spacer bar in the middle of two pedestrian passageways. This cabin practices thrift the build time at the terminal, can avoid medical personnel high temperature heatstroke, still can avoid waiting to examine the unusual circumstances such as personnel and the actual personnel identity of examining of present, raises the efficiency.

Description

Nucleic acid collection smart health hut with double right angle channel and double station

technical field

The utility model relates to the field of nucleic acid detection huts, in particular to a nucleic acid collection smart health hut with double right-angle channels and double stations.

Background technique

The new type of coronavirus pneumonia is a new acute respiratory infectious disease, especially the emergence of the Omicron variant. It has the characteristics of fast transmission, strong infectivity, and hidden transmission. The epidemic prevention and control situation is severe and complicated. Nucleic acid testing remains a key part of epidemic prevention and control.

Nucleic acid testing points are distributed in various areas of the city, which is convenient for the masses to take samples nearby and solve the problem of excessive concentration of personnel. However, the existing nucleic acid testing points are generally arranged on-site, including the construction of on-site workplaces, material preparation, and personnel arrival, which is time-consuming and labor-intensive. .

Nucleic acid detection points are generally arranged in outdoor open spaces, which are greatly affected by external weather and environment. At the same time, in the prior art, in order to defend against viruses, medical staff will wear protective clothing and goggles and other equipment when conducting nucleic acid testing. Under high temperature or sultry weather, if they wear it for a long time, heatstroke may occur, and testing materials The requirements for storage conditions are also higher.

In the existing nucleic acid detection process, each group is equipped with at least one information registration person and throat swab sampling personnel. The whole process is realized manually, which is inefficient, and it is possible that the sampled person does not participate in nucleic acid sampling after completing the identity verification. , resulting in abnormal situations such as the inconsistency between the identity of the current sampled person indicated on the internal screen and the actual person to be sampled.

Therefore, it is urgent to provide a nucleic acid collection smart health cabin with double right-angle channels and double stations to solve the above technical problems.

Utility model content

The purpose of the utility model is to provide a nucleic acid collection smart health hut with double right-angle channels and double stations, which saves construction time at the terminal, can prevent medical staff from high temperature and heat stroke, and can also avoid the identity of the current person to be inspected and the actual person to be inspected. Abnormal situation, improve efficiency.

In order to achieve the above purpose, the utility model provides a nucleic acid collection smart health hut with double right-angle channels and double stations, and the nucleic acid collection smart health hut includes: a house body;

The front side of the house is provided with two self-service registration modules, the left and right sides of the house are each provided with a sampling module, the rear side of the house is equipped with a movable door for staff to enter and exit, and the house is equipped with Air conditioning systems and workbenches;

The outer side of the house is provided with two pedestrian passages surrounded by guardrails and extending from the self-registration module to the sampling module, and an isolation bar is arranged between the two pedestrian passages on the front side of the house.

Preferably, the self-registration module includes a face recognition terminal, a two-dimensional code scanning device and/or an ID card reading device.

Preferably, the self-registration module includes an automatic induction sterilizer and/or an observation window installed on the front side of the house.

Preferably, a mission screen, a speaker and/or a monitoring device are also installed on the front side of the house.

Preferably, the sampling module includes: a transparent plate installed on the house, two operation holes set on the transparent plate, material storage ports, waste recycling ports, and test tube labels disposed below the operation holes Scanning equipment and test tube recovery ports;

An automatic induction sterilizer is installed on the housing body obliquely above the operation hole.

Preferably, the sampling module further includes an information check screen mounted on the transparent plate or the side wall of the house.

Preferably, the sampling module further includes a speaker and/or monitoring equipment installed on the house.

Preferably, an isolation door is provided between the sampling module and the self-registration module located on the same side.

Preferably, the sampling module includes a sensor for detecting the presence or absence of the sampling module and for controlling the closing or opening of the isolation door.

Preferably, a one-way revolving door is installed at the exit of the pedestrian passage.

According to the above technical solution, the nucleic acid collection is carried out using the finished hut, which does not require complex on-site layout. The finished hut can be directly transported to the designated location through the equipment, which saves time and effort on the terminal and improves efficiency. Medical staff can enter the interior of the house from the rear side of the house through the movable door, and the air conditioning system can cool the interior of the house to avoid high temperature and heat stroke for medical staff. Persons to be inspected can queue up at the entrance of the pedestrian passage on the front side of the house to self-register in the self-service registration module by scanning the health code, face recognition or ID card, etc. In this way, each nucleic acid testing team can save a medical staff and save manpower. The isolation pole can divide the people to be inspected into two teams to prevent the two teams of people to be inspected from jumping in line with each other. Similarly, after the people to be inspected have completed the registration, they are already in the pedestrian passage, and there are people in the front and back. The medical staff found that it was impossible to leave silently without testing, so as to avoid the inconsistency between the testing personnel and the actual registered personnel. After the registration of the person to be inspected is completed, they can enter the sampling module along the pedestrian passage, and the medical staff sits in the house to conduct nucleic acid sampling for the person to be inspected.

Other features and advantages of the present invention will be described in detail in the detailed description section that follows.

Description of drawings

The accompanying drawings are used to provide a further understanding of the present utility model, and constitute a part of the specification, and together with the following specific embodiments, are used to explain the present utility model, but do not constitute a limitation to the present utility model. In the attached image:

Fig. 1 is the structural representation of one of the embodiments of the present utility model;

2 is a schematic structural diagram of an embodiment of the self-registration module and the sampling module of the present invention;

FIG. 3 is a schematic top view of the structure of one embodiment of the present invention.

Description of reference numerals

1-house, 2-self-registration module, 3-sampling module, 4-movable door, 5-air conditioning system, 6-guardrail, 7-pedestrian passage, 8-isolation bar, 9-face recognition terminal, 10-two QR code scanning equipment, 11-ID card reading equipment, 12-Automatic induction sterilizer, 13-Observation window, 14-Education screen, 15-Speaker, 16-Monitoring equipment, 17-Transparent plate, 18-Operation hole, 19-material storage port, 20-waste recycling port, 21-test tube label scanning equipment, 22-test tube recycling port, 23-information verification screen, 24-isolation door, 25-sensor, 26-one-way revolving door.

Detailed ways

The specific embodiments of the present invention will be described in detail below with reference to the accompanying drawings. It should be understood that the specific embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

The utility model provides a nucleic acid collection smart health hut with double right-angle channels and double stations. The nucleic acid collection smart health hut comprises: a house body 1;

There are two self-service registration modules 2 on the front side of the house 1, a sampling module 3 on the left and right sides of the house 1, and a movable door 4 for the staff to enter and exit on the rear side of the house 1. Air conditioning system and workbench 5;

The outer side of the house 1 is provided with two pedestrian passages 7 enclosed by guardrails 6 and extending from the self-registration module 2 to the sampling module 3 .

Using the finished hut for nucleic acid collection does not require complex on-site layout. The finished hut can be directly transported to the designated location through the equipment, which saves time and effort on the terminal and improves efficiency. Medical staff can enter the interior of the house 1 from the rear side of the house 1 through the movable door 4, and work on the workbench 5. The air conditioning system can cool the interior of the house 1 to prevent the medical staff from high temperature and heat stroke. Persons to be inspected can queue up at the entrance of pedestrian passage 7 on the front side of house 1 and register in self-service registration module 2 by scanning the health code, face recognition or ID card for self-service registration before sampling. Compared with manual registration, this kind of With the self-registration method, each nucleic acid testing team can save one medical staff and save manpower. The isolation bar 8 can divide the people to be inspected into two teams, so as to avoid the two teams of people to be inspected cutting each other's queue. Similarly, after the people to be inspected have completed the registration, they are already in the pedestrian passage 7, and there are people in the front and back. There will be large movements when they leave the team. However, when the medical staff discovered that they could not leave quietly without testing, to avoid the inconsistency between the testing personnel and the actual registration personnel. After the registration of the person to be inspected is completed, they can enter the sampling module 3 along the pedestrian passage 7, and the medical staff sits in the house 1 to perform nucleic acid sampling for the person to be inspected.

In this embodiment, the self-service registration module 2 includes a face recognition terminal 9, a two-dimensional code scanning device 10 and/or an ID card reading device 11, and the face recognition terminal 9 can scan the face information of the sampled person to match the sample in the system. Sampling personnel information; the two-dimensional code scanning device 10 can scan the sampled person's health code or nucleic acid detection pre-registration two-dimensional code to register the sampled person's information; the second-generation ID card reading device 11 can read the sampled person's second-generation ID card and used for information registration.

In this embodiment, the self-registration module 2 includes an automatic induction sterilizer 12 and/or an observation window 13 installed on the front side of the house 1 . Persons to be inspected can sterilize their hands through an inductive sterilizer, and the observation window 13 is used by medical staff to observe the state of the personnel to be inspected outside, whether the team is chaotic, and whether a safe distance is maintained.

In this embodiment, the front side of the house body 1 is also installed with a mission screen 14 , a speaker 15 and/or a monitoring device 16 . The propaganda and education screen 14 can be used for sampling process description and policy publicity, etc., and the speaker 15 is used for voice broadcasts such as nucleic acid detection process and reminding the sampled personnel to queue up in an orderly manner. The monitoring device 16 can monitor the real-time status of the sampling point, identify the current number of people queuing at the sampling point through image recognition technology and upload it to the database, so that the unsampled personnel can observe the status of the sampling point in real time, so as to better select the appropriate sampling point and facilitate the Managers manage. In addition, if the monitoring device 16 recognizes that there is a gathering of people, the speaker 15 on the registration surface can remind the people who are queuing not to gather and wait in line for 1-2 meters.

In this embodiment, the sampling module 3 includes: a transparent plate 17 installed on the house 1, so that the medical staff and the person to be inspected face to face, and facilitates communication and guidance; two operation holes 18 provided on the transparent plate 17, the operation holes 18 Rubber gloves can be installed on the upper part of the room. The medical staff put their hands into the rubber gloves in the house 1 to carry out sampling work, and completely separate the medical staff from the people to be inspected to avoid virus infection; Material storage port 19 for nucleic acid detection test tubes and throat swabs, waste recycling port 20 for storing medical waste such as throat swab cotton swab packaging, test tube label scanning equipment 21 for scanning test tube barcodes and entering the system, and for recycling sampling The test tube recovery port 22 of the latter test tube;

The house body 1 is provided with an automatic induction sterilizer 12 diagonally above the operation hole 18. Before sampling the person to be inspected, it is convenient for medical staff to place their hands under the automatic induction sterilizer 12. The automatic induction sterilizer 12 Automatically squeeze out the disinfectant to disinfect the rubber gloves.

In this embodiment, the sampling module 3 further includes an information verification screen 23 installed on the transparent plate 17 or the side wall of the house 1 , and the information verification screen 23 displays the information of the person to be inspected, including ID photo, name, gender Wait; after confirmation, the medical staff uses the automatic induction sterilizer 12 for disinfection, and finally completes the sampling.

In this embodiment, the sampling module 3 further includes a speaker 15 and/or a monitoring device 16 installed on the house 1 . Because the house 1 is a relatively sealed place, it separates the medical staff from the people to be checked, which makes it difficult for the medical staff inside to communicate directly with the outside world, such as the people to be checked. Monitoring equipment 16 is used to monitor and backtrack the sampling site.

In this embodiment, an isolation door 24 is provided between the sampling module 3 and the self-registration module 2 located on the same side to isolate the sampling module 3 from the personnel in the self-registration area, so as to ensure that only one sample of the sampling module 3 can be sampled at the same time. Personnel, when there are people in the sampling module 3, the isolation door 24 is controlled to be in a closed state. At this time, the persons to be inspected in the queue at the registration surface cannot reach the sampling module 3, which reduces the risk of infection.

In the present embodiment, the sampling module 3 includes a sensor 25 for detecting whether the sampling module 3 is occupied or not and for controlling the closing or opening of the isolation door 24 . When the sensor 25 detects that there is someone in the sampling module 3, the isolation door 24 is controlled to be closed; when the sensor 25 detects that the sampling module 3 is unoccupied, the isolation door 24 is controlled to open, and the next person to be inspected can enter the sampling module. 3. When the person to be inspected enters the sampling module 3, the isolation door 24 is automatically closed, thereby ensuring that there is only one person to be inspected in the area of the sampling module 3, and the following personnel to be inspected wait outside the isolation door 24.

In this embodiment, a one-way revolving door 26 is installed at the exit of the pedestrian passage 7, and the sampling personnel leave through the one-way revolving door 26 at the end of sampling, and only support exit from the inside to prevent outside personnel from entering.

In this embodiment, both the self-service registration module 2 and the monitoring device 16 of the sampling module 3 are loaded with a face recognition module, which has a face recognition function, and the face information collected by the monitoring device 16 of the sampling module 3 is matched with the registration area monitoring device 16 The collected face sequences are matched. If the face information of the two matches, it means that the current information of the person to be inspected is consistent with the registration information, and nucleic acid detection can be performed normally. If it does not match, the medical staff will be prompted through the information verification screen 23 to perform related operations, such as kicking out a different person to be inspected in the system. Through the assistance, the medical staff is prevented from frequently confirming the information of the sampled person, the work complexity is reduced, and the detection efficiency is improved. The identification technology is used to further ensure that the identity of the person to be inspected is consistent with the actual person to be inspected.

The preferred embodiments of the present invention have been described in detail above with reference to the accompanying drawings. However, the present invention is not limited to the specific details of the above-mentioned embodiments. Within the scope of the technical concept of the present invention, many technical solutions of the present invention can be carried out. These simple modifications all belong to the protection scope of the present invention.

In addition, it should be noted that the specific technical features described in the above-mentioned specific embodiments can be combined in any suitable manner unless they are inconsistent. The combination method is not specified otherwise.

In addition, the various embodiments of the present invention can also be arbitrarily combined, as long as they do not violate the idea of the present invention, they should also be regarded as the content disclosed by the present invention.

Claims (10)

1. The utility model provides a healthy cabin of nucleic acid collection wisdom of two right angle passageway duplex positions which characterized in that, the healthy cabin of nucleic acid collection wisdom includes: a house body (1);

two self-service registration modules (2) are arranged on the front side face of the room body (1), a sampling module (3) is arranged on each of the left side face and the right side face of the room body (1), a movable door (4) for workers to enter and exit is installed on the rear side face of the room body (1), and an air conditioning system and a workbench (5) are arranged in the room body (1);

the outside of room body (1) is equipped with two by guardrail (6) enclose certainly register module (2) to pedestrian's passageway (7) that sampling module (3) extend, room body (1) leading flank is in two be provided with isolating rod (8) in the middle of pedestrian's passageway (7).

2. The nucleic acid collecting intelligent health cabin according to claim 1, wherein the self-service registration module (2) comprises a face recognition terminal (9), a two-dimensional code scanning device (10) and/or an identity card reading device (11).

3. The nucleic acid collecting intelligent health cabin according to claim 2, wherein the self-help registration module (2) further comprises an auto-induction sterilizer (12) and/or a viewing window (13) installed at a front side of the cabin body (1).

4. The nucleic acid collecting intelligent health cabin according to claim 2, wherein a propaganda and education screen (14), a loudspeaker (15) and/or a monitoring device (16) are/is further installed on the front side of the cabin body (1).

5. The nucleic acid collecting smart health cabin according to claim 1, wherein the sampling module (3) comprises: the device comprises a transparent plate (17) arranged on the house body (1), two operation holes (18) arranged on the transparent plate (17), a material storage port (19), a waste recovery port (20), a test tube label scanning device (21) and a test tube recovery port (22) which are arranged below the operation holes (18);

an automatic induction type sterilizer (12) is arranged on the room body (1) and obliquely above the operation hole (18).

6. The nucleic acid collecting smart health cabin according to claim 5, wherein the sampling module (3) further comprises an information check screen (23) installed on the transparent plate (17) or the side wall of the room body (1).

7. The nucleic acid collecting smart health cabin according to claim 5, wherein the sampling module (3) further comprises a speaker (15) and/or a monitoring device (16) mounted on the room body (1).

8. The nucleic acid collecting smart health cabin according to claim 1, wherein an isolation door (24) is provided between the sampling module (3) and the self-service registration module (2) on the same side.

9. The nucleic acid collecting smart health cabin according to claim 8, wherein the sampling module (3) comprises a sensor (25) for detecting the presence or absence of a person in the sampling module (3) and for controlling the closing or opening of the isolation door (24).

10. The intelligent nucleic acid collecting health cabin according to claim 9, wherein a one-way rotary door (26) is installed at the exit of the pedestrian passageway (7).

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