CN217975574U - Intelligent sampling pavilion and semi-self-service sampling system integrating functions of testimony and testimony - Google Patents

Abstract

The utility model provides an intelligent sampling pavilion and semi-self-service sampling system of testimony of a witness unification relates to intelligent sampling technical field. The intelligent sampling kiosk comprises a sampling room with one or more sampling operation holes, wherein the sampling room is provided with a processor and a human-computer interaction device which are in communication connection, and the human-computer interaction device comprises a scanning registration part and a testimony-of-a-person verification part; the scanning registration part comprises a code scanner and a scanning port arranged corresponding to the code scanner; the person-card integrated verification part comprises an identity card reader and a face recognition structure, wherein the identity card reader is used for reading identity card information of a sampled user to perform certificate identity authentication, and the face recognition structure is used for acquiring a real-time face image of the sampled person to perform face recognition identity authentication; and a transfer window body is also arranged on the sampling room main body. The utility model discloses on the basis of the comfort level that improves sampling operational environment and security, improved sampling device's intellectuality and informationization, simplified the sampling flow, promoted sampling efficiency.

Description

Intelligent sampling pavilion and semi-self-service sampling system integrating functions of testimony and testimony

Technical Field

The utility model relates to an intelligence sampling technical field especially relates to intelligent sampling pavilion and semi-self-service sampling system of testimony of a witness unification.

Background

The respiratory infectious virus can be transmitted through air, so that the virus has great infectivity, and the nucleic acid detection is an important measure for epidemic prevention and control. Taking the novel coronavirus as an example, nucleic acid detection based on nasal and pharyngeal swabs is the most common means for detecting the novel coronavirus at present. At present, in the sampling process, in order to avoid infection of sampling personnel, the sampling personnel need to wear a tight protective clothing, a pair of goggles and a thick mask all the time to carry out detection and sampling on the person to be detected. On one hand, the wearing operation of the protective clothing is very complicated, the wearing process is time-consuming and long, and due to the wearing of double-layer gloves and goggles or protective screens, the action of a sampling person is slow and clumsy, the visual field is blocked, the normal communication and communication are influenced, the breathing of the person is not smooth, and the sampling operation error can be caused under certain conditions; on the other hand, the protective clothing needs to be worn for a long time, so that a large load is caused to the body and mind of a person, particularly, the body surface temperature of a sampling person is high along with the rise of the temperature and the internal environment of the protective clothing is hot due to the hot external environment and the airtight protective clothing, and hidden danger is also generated for the safety burying of the medical person by only depending on the protective clothing to realize the isolation of the medical person from the external environment; on the other hand, protective equipment such as protective clothing can only be used once, and is high in cost and large in consumption.

Accordingly, the prior art provides various portable nucleic acid sampling workstations, nucleic acid sampling kiosks, nucleic acid sampling vehicles, and nucleic acid sampling tents, among other products. The mobile nucleic acid sampling product can be rapidly arranged in an area needing sampling according to the requirement, and can isolate medical personnel during sampling and build an isolated environment into a clean and comfortable working environment. So, medical personnel can accomplish whole work of nucleic acid sampling, again can with the complete physics of patient keep apart, under the condition that the security was ensured, medical personnel can need not to dress the equipment of tertiary protection again, has greatly made things convenient for medical personnel's sampling work. The product improves the sampling environment of medical personnel, reduces the difficulty of sampling operation and improves the sampling efficiency.

However, the existing mobile nucleic acid sampling device brings corresponding problems while greatly facilitating medical care personnel. For example, related products only pay attention to improving the sampling working environment of medical staff and ignore other procedures in the sampling process, such as information acquisition and entry of sampled personnel and identity information check, so that the sampled personnel has a disordered identity during sampling detection, the sampled personnel may find others for substitute detection, and the like, and errors occur in nucleic acid sampling work.

To sum up, how to further perfect other supporting functions in the sampling detection work and reduce the time spent by the sampling detection personnel on the checking, information comparison and information entry of the personnel to be sampled is a technical problem which needs to be solved urgently at present.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide an: the defects of the prior art are overcome, and the intelligent sampling kiosk and the semi-self-service sampling system integrating the functions of the people and the evidence are provided. The utility model provides an intelligence sampling pavilion can accomplish the personnel's that await measuring registration through sweeping the sign indicating number registration, accomplishes the personnel's that await measuring testimony of witness's testimony of certificate card reader and face identification structure simultaneously and unify and verify, is showing the work load volume that has reduced registration and sampling personnel. The utility model discloses on the basis of the comfort level that improves sampling operational environment and security, improved sampling device's intellectuality and informationization, simplified the sampling flow, promoted sampling efficiency.

In order to achieve the above object, the utility model provides a following technical scheme:

an intelligent sampling pavilion integrating functions of a witness and a witness comprises a sampling room with one or more sampling operation holes;

the sampling room is provided with a processor and a man-machine interaction device which are in communication connection, and the man-machine interaction device comprises a scanning registration part and a testimony and witness integrated verification part;

the scanning registration part comprises a code scanner and a scanning port arranged corresponding to the code scanner, and the code scanner is used for scanning and identifying information codes in a scanning area of the scanning port;

the integrated human-card verification part comprises an identity card reader and a face recognition structure, wherein the identity card reader is used for reading identity card information of a sampled user to perform certificate identity authentication, and the face recognition structure is used for acquiring a real-time face image of the sampled person to perform face recognition identity authentication.

Further, a cardiac defibrillator AED is also included;

an AED containing part is arranged on the shell of the sampling room to place the defibrillator AED; alternatively, an AED rescue room is provided in the vicinity of the sampling room, and an AED receiving portion is provided in the AED rescue room for placement of the defibrillator AED.

Further, a standby power supply is arranged in the sampling room and used for supplying power to the power utilization elements arranged in the sampling room when the external power supply cannot supply power.

Further, the indoor air conditioning device that sets up of corresponding sampling room is included, it is used for adjusting to cross the air conditioning device indoor temperature and/or humidity of sampling room.

The sampling room is internally provided with a positive pressure fresh air system, the positive pressure fresh air system comprises a positive pressure blower and a pressure control device, and the pressure control device is used for controlling the positive pressure blower to maintain the indoor positive pressure environment of the sampling room;

a positive pressure air inlet and a positive pressure air outlet are arranged on the sampling room corresponding to the positive pressure blower; the positive pressure air inlet is connected with the positive pressure blower through an air supply pipeline, and an air filtering structure is arranged in the air supply pipeline and is used for filtering and disinfecting fresh air input into the sampling room; the positive pressure air outlet is used for discharging the old air in the sampling room;

correspond the malleation gas vent sets up the exhaust pipe way, it prevents the refluence indoor entering sampling room of anti-reflux structure in order to prevent outside air to install on the exhaust pipe way.

Further, the human-computer interaction device also comprises a temperature measuring device, wherein the temperature measuring device is used for acquiring the body temperature information of the sampled person and sending the body temperature information to the processor; and/or the presence of a gas in the gas,

the man-machine interaction device further comprises a label printer, wherein the label printer is used for printing after receiving the sampling bar code of the person to be sampled so as to generate a sampling bar code sticker.

The system comprises a sampling room, a monitoring system and a control system, wherein the monitoring system comprises an internal camera for monitoring the indoor working environment of the sampling room and an external camera for monitoring the outdoor environment of the sampling room.

Furthermore, the wall surface of the sampling operation hole is of a transparent structure, sampling gloves extending outwards are fixedly installed on the sampling operation hole, and the sampling gloves are connected with the sampling operation hole in a sealing mode through a sealing rubber ring or a flange; and/or the presence of a gas in the gas,

still include the swab bag breaker, the swab bag breaker includes that swab transmission channel, swab prepare the position and correspond the broken bag structure that the position set up is prepared to the swab, and the swab that has the wrapping bag gets into the swab through swab transmission channel and prepares the position after, breaks the bag so that the swab in the wrapping bag exposes through aforementioned broken bag structure.

Further, still include the intercom system, the intercom system is including talkbacking host computer and extension of talkbacking, the host computer setting of talkbacking is indoor between the sampling, the extension setting of talkbacking is in the sampling is outdoor and correspond the setting of sampling handle hole position.

The utility model also provides a semi-self-service sampling system, which comprises a system server and one or more sampling kiosks, wherein the sampling kiosks are the intelligent sampling kiosks;

the intelligent sampling pavilion is provided with a communication device, and the intelligent sampling pavilion is in communication connection with the system server through the communication device so as to transmit sampling information.

The utility model discloses owing to adopt above technical scheme, compare with prior art, as the example, have following advantage and positive effect: the utility model provides an intelligence sampling pavilion can accomplish the personnel that await measuring through sweeping the sign indicating number registration and register, accomplishes the personnel that await measuring's testimony of witness unification verification through ID card reader and face identification structure simultaneously, is showing the work load volume that has reduced registration and sampling personnel. The utility model discloses on the basis of the comfort level that improves sampling operational environment and security, improved sampling device's intellectuality and informationization, simplified the sampling flow, promoted sampling efficiency.

Drawings

Fig. 1 is the embodiment of the utility model provides a structural schematic diagram of intelligent sampling pavilion of testimony of a witness unification.

Fig. 2 is a schematic structural diagram of a human-computer interaction device having a scanning registration portion and a testimony-human unification verification portion according to an embodiment of the present invention.

Fig. 3 is a schematic structural diagram of a beam splitter with an AED and a positive pressure fresh air system according to an embodiment of the present invention.

Fig. 4 is the embodiment of the utility model provides a malleation new trend system's module structure chart.

Fig. 5 is a block diagram of a swab bag-breaking machine according to an embodiment of the present invention.

Description of reference numerals:

a sampling kiosk 100; a caster 110; a sample chamber main body 120; a top frame 130; a sampling operation hole 140, a garbage collection port 141, gloves 142, a monitoring system 143, a cleaning and disinfecting device 144, and a swab bag breaking machine 145; the system comprises a human-computer interaction device 150, a code scanner 151, an identity card reader 152, a face recognition structure 153, a face recognition camera 1531, a temperature measuring device 154 and a printout port 155; a test tube access opening 160; an air conditioning device 170; an AED device 180; a positive pressure fresh air system 190.

Detailed Description

The following combines the attached drawings and specific embodiments to further explain in detail the intelligent sampling kiosk and the semi-self-service sampling system of the testimony of a witness unification disclosed by the utility model. It should be noted that technical features or combinations of technical features described in the following embodiments should not be considered in isolation, and they may be combined with each other to achieve better technical effects. In the drawings of the embodiments described below, the same reference numerals appearing in the respective drawings denote the same features or components, and may be applied to different embodiments. Thus, once an item is defined in one drawing, it need not be further discussed in subsequent drawings.

It should be noted that the structures, ratios, sizes, etc. shown in the drawings of the present specification are only used for matching with the contents disclosed in the specification, so as to be known and read by those skilled in the art, and are not used for limiting the limit conditions that the present invention can be implemented, and any modifications of the structures, changes of the ratio relationships, or adjustments of the sizes should fall within the scope that the technical contents disclosed in the present invention can cover without affecting the functions and purposes that the present invention can achieve.

Examples

Referring to fig. 1, the utility model provides an intelligent sampling kiosk 100 with integration of testimony and witness.

The sampling kiosk 100 includes a housing, and casters 110 may be fixed on the outer side of the bottom plate of the housing, the number of the casters 110 may be set by those skilled in the art as needed, and the casters 110 may be detachably installed on the bottom end of the housing through threads. Casters 110 are used to provide for positional movement of the sampling kiosk 100 when desired. Preferably, the caster 110 may be a universal wheel having a caster brake.

The aforementioned housing forms a main body 120 of the sampling room, and the main body 120 of the sampling room may include 4 panels of a front panel, a rear panel, a left side panel and a right side panel, by way of example in a typical manner, and a top frame 130 is installed on the upper portion of the main body 120 of the sampling room.

A door frame can be arranged on one side panel of the shell, and an opening and closing door is arranged in the door frame for medical staff to take samples in and out. Sealing strips (such as rubber sealing strips) can be filled between the opening and closing door and the gap of the door frame so as to improve the sealing performance when the opening and closing door is closed. One or more sampling operation holes 140 may be provided on the other panels for the sampling personnel to extend out of the hands. In a specific arrangement, a transparent sampling window may be provided on the panel, and two circular sampling operation holes 140 may be disposed on the sampling window. The diameter of the sampling operation hole 140 may be slightly larger than the arm of the medical staff, so that the arm of the medical staff can pass through the sampling operation hole 140, and the height of the sampling operation hole 140 is similar to the height of the hand of the medical staff.

The lower part of the corresponding sampling operation hole 140 can be provided with a garbage collection port 141 for collecting garbage generated in sampling detection, so that medical staff can conveniently and rapidly process medical garbage generated in the sampling process.

Preferably, a sampling glove 142 may be further disposed corresponding to the sampling operation hole 140, and the sampling glove is hermetically connected to the sampling operation hole through a sealing rubber ring or a flange. Optionally, the sampling glove 142 is a rubber long-arm glove.

In this embodiment, the sampling room is further provided with a processor (not shown in the figure) and a human-computer interaction device 150 which are in communication connection.

The processor is used for processing information, and a central processing unit or a micro control unit MCU (single chip microcomputer) or other programmable logic controllers can be adopted during specific setting. Preferably, the processor may be integrated in a terminal device, such as a tablet computer, having an integrated configuration of data display and data processing, and the terminal device is used for collecting, storing, displaying, transmitting, controlling and the like of the sampling related information.

As shown in fig. 2, the human-computer interaction device 150 includes a scanning registration unit and a testimony-human verification unit.

The scan registration part may include a scanner 151 and a scan port provided corresponding to the scanner, and the scanner 151 scans an information code, such as a one-dimensional barcode or a two-dimensional code, which identifies a scan area at the scan port. Specifically, bar code scanner 151 can scan and discern the registration information code that the collection was held by the personnel of sampling, the serial number information code on the sampling test tube etc to relevant information in the information code draws out, is convenient for by the personnel of sampling self-service, accomplish sampling registration fast and sampling test tube serial number information's input, has improved the accuracy and the efficiency of sampling detection work.

The person-card integrated verification part is used for carrying out double identification and verification on the identity of the user. The system specifically comprises an identity card reader 152 and a face recognition structure 153, wherein the identity card reader 152 is used for reading identity card information of a sampled user to perform certificate identity authentication, and the face recognition structure 153 is used for acquiring a real-time facial image of the sampled person to perform face recognition identity authentication.

When specifically setting up, face identification structure 153 can include face image acquisition unit (for example supporting face identification camera 1531), image preprocessing unit, face image characteristic extraction unit and face matching identification unit, can adopt current face identification module during specifically setting up, for example haisi face identification chip, intel alpha lock 3D face identification module etc. belong to prior art, no longer describe herein.

Preferably, when the identification card reader 152 reads the identification card information of the person to be sampled, the face recognition structure 153 is started to collect real-time video data of the user currently performing identification card recognition, so as to recognize the face of the user in the real-time video.

Preferably, the human-computer interaction device may further include a temperature measuring device 154 and a label printer, and a printout port 155 is provided corresponding to the label printer to output a printed physical label.

The temperature measuring device 154 is used for acquiring the body temperature information of the sampled person and sending the body temperature information to the processor. Preferably, the body temperature detection of the sampled person is completed through a equipped thermal infrared imager.

Preferably, the face recognition structure 153 and the temperature measuring device 154 are started while the identity card reader 152 reads the identity card information of the person to be sampled, the face recognition structure 153 performs face recognition identity authentication after completing the acquisition of a face image through a equipped camera, and a equipped thermal infrared imager detects the body temperature of the person to be sampled. Optionally, an information anomaly alarm is arranged corresponding to the face recognition structure 153 and the temperature measuring device 154, and is used for sending out sound and/or light warning information when the face recognized by the face recognition structure is not matched with the certificate face on the identity card information and the detected body temperature data does not meet the requirements.

The label printer is used for receiving the sampling bar code of the person to be sampled and then printing the bar code to generate a sampling bar code sticker. The label printer is preferably a thermal printer.

Specifically, label printer can generate device communication connection with test tube number information sign indicating number, test tube number information sign indicating number with by the personnel one-to-one of sampling, according to by the personnel of sampling sweep a yard registration operation, test tube number information sign indicating number generation device generate with this by the test tube number information sign indicating number that the personnel of sampling corresponds after, print this test tube number information sign indicating number and export through printout port 155 through label printer. The label is beaten printing paper for having the paper of pasting the layer, and the label is beaten printing paper and supplies to be acquireed by the sampling personnel after printout, and the outer wall at the test tube of oneself can be pasted with the information code label that has the layer of pasting by the sampling personnel. Therefore, the information code can be acquired and pasted by sampling personnel conveniently, the medical personnel is not required to input manual information, and the occurrence of information missing and repeated input in the sampling process is reduced.

In order to be convenient for by the self-service test tube that obtains of sampling personnel, the lateral part of sampling window can be provided with test tube neck 160, deposit the test tube in the test tube neck 160, can be passed through by the sampling personnel the test tube of oneself is drawn to test tube neck 160.

Further, an intercom system can be included. The talkback system comprises a talkback host and talkback extension sets, wherein the talkback host is arranged indoors in a sampling room, and the talkback extension sets outdoors in the sampling room and corresponds to the position of a sampling operation hole.

Referring to fig. 3, the sampling kiosk may also be provided with a defibrillator AED device 180. The AED unit 180 may include an AED housing portion and a defibrillation AED, the AED housing portion housing the defibrillation AED.

In particular, an AED receptacle may be provided directly on the sampling kiosk for placement of the defibrillator AED. By way of example and not limitation, a recessed cavity is provided as an AED receptacle, such as in fig. 3, on one side of the sampling window.

Alternatively, an AED rescue room is provided in the vicinity of the sampling room, and an AED receiving portion is provided in the AED rescue room for placement of the defibrillator AED.

Preferably, the sampling room can be further provided with a standby power supply, and the standby power supply is used for supplying power to the power utilization elements arranged in the sampling room when the external power supply cannot supply power. The backup power supply may specifically employ a storage battery (such as a UPS backup power supply) or a solar panel.

A monitoring system 143 and a cleaning and disinfecting device 144 can also be arranged corresponding to the sampling room.

In particular, the monitoring system 143 may include an internal camera for monitoring an indoor working environment of the sampling room and an external camera for monitoring an outdoor environment of the sampling room. Typically, it is preferred that the inner camera is mounted on one corner of the sampling chamber and the outer camera is mounted on one or both sides of the sampling window.

The cleaning and disinfecting device 144 is disposed near the sampling glove to facilitate medical staff to disinfect the sampling glove. By way of example, the sanitizing device 144 may be a solvent cartridge containing 75% sanitizing alcohol and/or a no-rinse sanitizing hand cleanser.

Preferably, the cleaning and disinfecting device 144 includes an automatic pumping mechanism, and a sensor is provided at the outlet for controlling the automatic pumping mechanism to automatically pump the disinfecting solution when an object is sensed.

In this embodiment, an air conditioning device 170 and a positive pressure fresh air system 190 are further disposed in the corresponding sampling room. The air conditioning device is used for adjusting the indoor temperature and/or humidity of the sampling room to ensure the indoor comfort of the sampling room. The positive pressure fresh air system 190 is used for timely replacing dirty air in the sampling room with fresh air, and positive air pressure is formed in the sampling room to prevent external air which is not subjected to sterilization and filtration from entering the sampling room, so that the safety of sampling detection personnel is guaranteed.

In typical embodiments, the air conditioning unit may include an external air compressor and an internal fan. The external air compressor may be mounted on the top frame 130 at the top of the sampling booth or outside the upper portion of the sampling booth, and the internal blower is located in the sampling booth chamber. The air conditioner can be controlled by a control switch arranged in the sampling booth to provide cold air or heat supply or humidification or dehumidification for the sampling booth. According to the requirement, a temperature and humidity probe can be further arranged in the sampling room to detect temperature and humidity information in the sampling room and send the temperature and humidity information to the control switch, and the control switch can control the air conditioning device to work according to the detected temperature and humidity information.

Referring to fig. 4, the positive pressure fresh air system may include a positive pressure blower and a pressure control device. The positive pressure blower may be provided on the top frame 130. The pressure control device is used for controlling the positive pressure fan to maintain the indoor positive pressure environment of the sampling room.

A positive pressure air inlet and a positive pressure air outlet are arranged on the sampling room corresponding to the positive pressure blower.

The positive pressure air inlet is connected with the positive pressure blower through an air supply pipeline, and an air filtering structure is arranged in the air supply pipeline and used for filtering and disinfecting fresh air input into the sampling room.

The positive pressure air outlet is used for discharging the old air in the sampling room. Correspond the malleation gas vent sets up the exhaust pipe way, it prevents the refluence indoor entering sampling room of anti-reflux structure in order to prevent outside air to install on the exhaust pipe way.

The anti-backflow structure can include baffling baffle and check valve structure, and a plurality of baffling baffles set up in turn from top to bottom on the lumen inner wall of exhaust pipe way in order to prevent to flow against the adverse current, set up the silica gel lamella of the single outside exhaust as the check valve in the indoor tip department of exhaust pipe way (being close to the indoor pipeline mouth between the sampling room) simultaneously in order to prevent to flow against the adverse current.

In this embodiment, a swab breaker 145 is further disposed in the corresponding sampling room. The swab bag breaking machine 145 comprises a swab transmission channel, a swab preparation position and a bag breaking structure corresponding to the swab preparation position, and after a swab with a packaging bag enters the swab preparation position through the swab transmission channel, the bag is broken through the bag breaking structure so that the swab in the packaging bag is exposed.

As an example of a typical configuration, referring to fig. 5, the swab pouch breaker may include at least one swab reservoir that serves as a swab receiving structure for receiving a packaged intact swab.

A swab transmission channel is arranged corresponding to each swab storage bin, the input end of the swab transmission channel is connected with the swab storage bin, and the output end of the swab transmission channel is connected with the swab preparation position. In particular, the swab transport channel may include a swab grasping structure (e.g., a gripper or a suction nozzle) and a swab transport structure, wherein the swab grasping structure grasps an uppermost swab package in the swab magazine and transports the swab package to the swab preparation position via the swab transport structure.

The position is prepared to the swab is provided with broken bag structure, and the swab that has the wrapping bag gets into the swab and prepares the position after, broken bag structure can be broken the bag so that the afterbody handle pole of the swab in the wrapping bag exposes to the wrapping bag, and sampling personnel exert the pulling force after gripping swab afterbody handle pole and take out the swab from the wrapping bag.

In one embodiment, the bag breaking structure may employ pneumatic scissors to cut the end of the packaging bag outside the swab, and then expose the stem of the swab.

In another embodiment, the bag breaking structure comprises a swab limiting structure and a packaging bag pulling structure, after the swab on the swab preparation position is limited by the swab limiting structure, the packaging bag is pulled backwards by the packaging bag pulling structure, so that the packaging bag and the swab generate relative motion, and the swab tail handle penetrates through the packaging bag and then extends out of the packaging bag, so that the swab tail handle is exposed outside the packaging bag.

Preferably, a transfer window body can be further arranged on the sampling room main body so that people inside and outside the sampling room can transfer objects.

Specifically, a transfer port and a baffle which can be opened and closed are arranged on the transfer window body. The transfer port is preferably a rectangular hole with an arc chamfer, the transfer port can be used for transferring articles such as medical insurance cards and bar codes when being opened, and the transfer port is in an airtight state when being closed. The baffle is corresponding to the transfer port activity setting can close or open the transfer port, when the transfer port was closed the baffle can cover and sealed transfer port from inside (the baffle receives the indoor inside atmospheric pressure effect of sampling room and pastes and seal transfer port).

The utility model also provides a semi-self-service sampling system.

The semi-self-service sampling system comprises a system server and one or more intelligent sampling kiosks in the previous embodiments. The intelligent sampling pavilion is provided with a communication device, and the intelligent sampling pavilion is in communication connection with the system server through the communication device so as to transmit sampling information.

Specifically, intelligence sampling pavilion is including having between the sampling of one or more sampling handle hole, be provided with communication connection's treater and human-computer interaction device between the sampling, human-computer interaction device is including scanning registration portion and testimony of a witness unification verification portion.

The scan registration section includes a scanner for scanning an information code identifying a scanning area at a scanning port and the scanning port provided corresponding to the scanner.

The integrated human-card verification part comprises an identity card reader and a face recognition structure, wherein the identity card reader is used for reading identity card information of a sampled user to perform certificate identity authentication, and the face recognition structure is used for acquiring a real-time face image of the sampled person to perform face recognition identity authentication.

Optionally, the processor of each intelligent sampling kiosk can associate and transmit the registration information (such as nucleic acid code information) of the person to be sampled and the numbering information of each test tube to the system server, so that the semi-self-service sampling system can conveniently trace and check the information of the sampling related information.

Other features of the intelligent sampling kiosk are referred to in the previous embodiments and will not be described in detail herein.

In the description above, the various components may be selectively and operatively combined in any number within the intended scope of the present disclosure. In addition, terms like "comprising," "including," and "having" should be interpreted as inclusive or open-ended, rather than exclusive or closed-ended, by default, unless explicitly defined to the contrary. All technical, scientific, or other terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs unless defined otherwise. Common terms found in dictionaries should not be interpreted too ideally or too realistically in the context of related art documents unless the present disclosure expressly limits them to that.

While exemplary aspects of the present disclosure have been described for illustrative purposes, those skilled in the art will appreciate that the foregoing description is by way of description of the preferred embodiments of the present disclosure and is not intended to limit the scope of the present disclosure in any way, including alternative implementations in which functions may be performed out of the order of presentation or discussion. Any alterations and modifications of the present invention based on the above disclosure will be apparent to those skilled in the art from the present disclosure, and all such modifications and modifications are intended to fall within the scope of the appended claims.

Claims (10)

1. The utility model provides an intelligent sampling pavilion of testimony of a witness unification, includes between the sampling that has one or more sampling handle hole, its characterized in that:

the sampling room is provided with a processor and a man-machine interaction device which are in communication connection, and the man-machine interaction device comprises a scanning registration part and a testimony and witness integrated verification part;

the scanning registration part comprises a code scanner and a scanning port arranged corresponding to the code scanner, and the code scanner is used for scanning and identifying information codes in a scanning area of the scanning port;

the person-card integrated verification part comprises an identity card reader and a face recognition structure, wherein the identity card reader is used for reading identity card information of a sampled user to perform certificate identity authentication, and the face recognition structure is used for acquiring a real-time face image of the sampled person to perform face recognition identity authentication;

a transfer window body is also arranged on the sampling room main body; the transfer window body is provided with a transfer port and a baffle which can be opened and closed, the transfer port is used for transferring articles when opened, and the transfer port is in an airtight state when closed; the baffle plate is movably arranged corresponding to the transfer port and can close or open the transfer port, and when the transfer port is closed, the baffle plate can cover and seal the transfer port from the inside.

2. The witness-integrated intelligent sampling kiosk of claim 1 wherein: also included are cardiac defibrillator AEDs;

an AED containing part is arranged on the shell of the sampling room to place the defibrillator AED; alternatively, an AED rescue room is provided in the vicinity of the sampling room, and an AED receiving part is provided in the AED rescue room for placing the defibrillator AED.

3. The witness-integrated intelligent sampling kiosk of claim 1 wherein: the sampling room is provided with a standby power supply, and the standby power supply is used for supplying power to power utilization elements arranged in the sampling room when an external power supply cannot supply power.

4. The witness-integrated intelligent sampling kiosk of claim 1 wherein: including the air conditioning equipment who corresponds the indoor setting of sampling room, air conditioning equipment is used for adjusting indoor temperature and/or humidity of sampling room.

5. The witness-integrated intelligent sampling kiosk of claim 4 wherein: the sampling room indoor air conditioner also comprises a positive pressure fresh air system arranged in the corresponding sampling room chamber, wherein the positive pressure fresh air system comprises a positive pressure air feeder and a pressure control device, and the pressure control device is used for controlling the positive pressure air feeder so as to maintain the indoor positive pressure environment of the sampling room chamber;

a positive pressure air inlet and a positive pressure air outlet are arranged on the sampling room corresponding to the positive pressure blower; the positive pressure air inlet is connected with the positive pressure blower through an air supply pipeline, and an air filtering structure is arranged in the air supply pipeline and is used for filtering and disinfecting fresh air input into the sampling room; the positive pressure exhaust port

For venting stale air from within the sample compartment;

correspond the malleation gas vent sets up the exhaust pipe way, it prevents the refluence indoor that gets into between the sampling of external air in order to prevent to install anti-reflux structure on the exhaust pipe way.

6. The witness-integrated intelligent sampling kiosk of claim 1 wherein: the human-computer interaction device also comprises a temperature measuring device, and the temperature measuring device is used for acquiring the body temperature information of the sampled person and sending the body temperature information to the processor; and/or the presence of a gas in the gas,

the man-machine interaction device further comprises a label printer, wherein the label printer is used for printing after receiving the sampling bar code of the person to be sampled so as to generate a sampling bar code sticker.

7. The witness-integrated intelligent sampling kiosk of claim 1 wherein: the monitoring system comprises an internal camera for monitoring the indoor working environment of the sampling room and an external camera for monitoring the outdoor environment of the sampling room.

8. The witness-integrated intelligent sampling kiosk of claim 1 wherein: the wall surface where the sampling operation hole is located is of a transparent structure, sampling gloves extending outwards are fixedly installed on the sampling operation hole, and the sampling gloves are connected with the sampling operation hole in a sealing mode through sealing rubber rings or flanges; and/or the presence of a gas in the atmosphere,

still include the swab bag breaker, the swab bag breaker includes that swab transmission channel, swab prepare the position and correspond the broken bag structure that the position set up is prepared to the swab, and the swab that has the wrapping bag gets into the swab through swab transmission channel and prepares the position after, breaks the bag so that the swab in the wrapping bag exposes through aforementioned broken bag structure.

9. The witness-integrated intelligent sampling kiosk of claim 1 wherein: still include the intercom system, the intercom system is including talkbacking the host computer and talkbacking the extension, the host computer setting of talkbacking is indoor between the sampling, the extension setting of talkbacking is in the sampling is outdoor and correspond the setting of sampling handle hole position.

10. A semi-self-service sampling system is characterized in that: the system comprises a system server and one or more sampling kiosks, wherein the sampling kiosks are the witness-in-one intelligent sampling kiosks of any one of claims 1-9;

the intelligent sampling pavilion is provided with a communication device, and the intelligent sampling pavilion is in communication connection with the system server through the communication device so as to transmit sampling information.

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