CN213910313U - Split type pharynx swab self-service sampling device - Google Patents
Split type pharynx swab self-service sampling device Download PDFInfo
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- CN213910313U CN213910313U CN202022419583.5U CN202022419583U CN213910313U CN 213910313 U CN213910313 U CN 213910313U CN 202022419583 U CN202022419583 U CN 202022419583U CN 213910313 U CN213910313 U CN 213910313U
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Abstract
The utility model relates to the technical field of pharynx swab sampling, and discloses a split type pharynx swab self-service sampling device, which comprises a pretreatment bin, a sampling unit and a post-treatment bin, wherein the pretreatment bin is provided with an assembly structure for assembling a sampling tool, and the assembled sampling tool is provided with a pharynx swab; the sampling unit is provided with a display screen which guides a user to hold the sampling tool by hand to perform pharyngeal sampling by using a pharyngeal swab; the post-processing bin is provided with a screw cap structure for twisting off or covering a tube cap of the sampling tube, a cutting structure for cutting the pharynx swab sampled by the sampling tool into the sampling tube and a storage manipulator for placing the sampling tube with the pharynx swab into the sample storage box; the whole sampling operation does not need cross contact of workers and users, the probability of virus infection of the workers is greatly reduced, potential safety hazards are avoided, the efficiency of the whole sampling operation is high, and the rapid nucleic acid sampling of users in a large group can be met.
Description
Technical Field
The patent of the utility model relates to a technical field of pharynx swab sampling particularly, relates to self-service sampling equipment of split type pharynx swab.
Background
In the prior art, when people perform nucleic acid detection, a worker is required to record information of a user on site, a nucleotide kit is provided for the user, and pharyngeal cell sampling is performed on the user, however, the user who performs nucleic acid detection sampling is a suspected infected person to a great extent, so that the worker and the user are in cross contact, the probability that the worker is infected with viruses is increased, a large potential safety hazard exists, the working efficiency of the whole nucleic acid detection sampling is low, and the requirement for rapid nucleic acid detection sampling of a large group of users is difficult to meet.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a self-service sampling equipment of split type pharynx swab aims at solving prior art, has potential safety hazard and the lower problem of efficiency to user's nucleic acid detection sampling.
The utility model is realized in such a way that the split type throat swab self-service sampling device comprises a pretreatment bin, a sampling unit and a post-treatment bin which are separately arranged at intervals; an assembly structure for assembling a sampling tool is arranged in the pretreatment bin, and a pharynx swab is arranged on the assembled sampling tool; the sampling unit is provided with a display screen which guides a user to hold the sampling tool to perform pharyngeal sampling by using a pharyngeal swab; the post-processing bin is internally provided with a screw cap structure for unscrewing or covering a tube cap of the sampling tube, a cutting structure for cutting the pharynx swab sampled by the sampling tool into the sampling tube and a storage manipulator for placing the sampling tube for placing the pharynx swab into the sample storage box.
Further, the pretreatment cabin is provided with an induction area, a user camera and a scanning head, the induction area samples the identity card information of the user, the user camera samples the head portrait information of the user, and the scanning head scans the bar code on the sampling tool obtained by the user.
Furthermore, the sampling tool comprises a handheld handle and a protective cover, wherein a stripping structure for stripping the pharynx swab from the pharynx swab winding tape, an insertion structure for inserting the pharynx swab on the handheld handle and a cover pushing structure for covering the protective cover on the handheld handle are arranged in the pretreatment bin.
Furthermore, the stripping structure comprises a driving roller for driving the pharynx swab winding to rotate, two stripping rollers which are arranged in parallel at intervals and separate and strip the packaging surfaces at two sides of the pharynx swab winding are arranged below the driving roller, and a gap for the pharynx swab winding to pass through is formed between the two glass rollers; the cartridge structure is including setting up the clearance below and hold the holding tank of the pharynx swab that falls, be equipped with the centre gripping propelling movement claw of centre gripping pharynx swab cartridge on handheld handle and supply the pharynx swab to pass and lead the direction claw of pharynx swab in the holding tank.
Further, the pretreatment cabin is provided with a handle grabbing manipulator for grabbing a handheld handle to an overturning station, the overturning station enables the handheld handle to be overturned to a horizontal state to supply the clamping pushing claw to insert the throat swab into the handheld handle.
Further, the cover pushing structure comprises a cover conveying groove for conveying the movement of the protection cover and a rotating disc, the rotating disc is arranged at the tail end of the cover conveying groove, and after the protection cover in the cover conveying groove enters the rotating disc, the rotating disc rotates to enable the protection cover to be aligned with the handheld handle inserted with the pharynx swab; the rotating disc is provided with a cover pushing head, and the cover pushing head pushes the protective cover to cover the handheld handle.
Furthermore, the screw cap structure is including the clamp pipe station of placing the sampling pipe and the vertical axis that is located clamp pipe station top, the bottom of vertical axis is provided with rotates the head, it rotates to have the centre gripping pipe cap in the head to rotate makes the pipe cap break away from the sampling pipe or with the centre gripping groove of pipe cap on the sampling pipe.
Furthermore, the cutting structure comprises a cutting clamp which is arranged above the pipe clamping station and positioned outside the pipe clamping station, and the cutting clamp cuts the throat swab on the sampling tool above the pipe clamping station to enable the sampling end of the throat swab to fall into the sampling pipe.
Further, a storage manipulator and a cover removing station are arranged on the post-processing bin, a cover clamping claw is arranged on the cover removing station, a cover falling hole is arranged below the cover clamping claw, and a protective cover bin for placing a protective cover is arranged below the cover falling hole; store manipulator centre gripping sampling back and pharynx swab to the sampling tool that arranges down to removing the lid station, the safety cover on the clamping cover claw centre gripping sampling tool, the safety cover breaks away from handheld handle to fall into in the safety cover storehouse through falling the lid hole.
Further, a pharynx removing swab station is arranged on the post-processing bin, a pharynx clamping swab claw is arranged on the pharynx removing swab station, a pharynx falling swab hole is formed below the pharynx clamping swab claw, and a pharynx falling swab bin is arranged below the pharynx falling swab hole; store sampling tool to going the pharynx swab station after manipulator centre gripping pharynx swab is cut off, press from both sides the pharynx swab on the pharynx swab claw centre gripping sampling tool, the pharynx swab breaks away from and presss from both sides the pharynx swab claw to fall into in the pharynx swab storehouse through falling the pharynx swab hole.
Compared with the prior art, the utility model provides a self-service sampling equipment of split type pharynx swab, the sampling instrument is assembled through package assembly to the preceding processing storehouse, the user gains the sampling instrument in the preceding processing storehouse, and carry out sampling operation according to display screen video pronunciation at the sampling unit, the sampling instrument after the sampling is arranged in the aftertreatment storehouse, twist off the tube cap of sampling tube through twisting off the lid structure, cut the pharynx swab through cutting the structure and cut and arrange in the sampling tube, cover the sampling tube with the tube cap again, and arrange the sampling tube in the sample storage box by storing the manipulator, accomplish whole sampling operation, whole process does not need staff and user cross contact, greatly reduced staff infects the probability of virus, avoid the potential safety hazard, and the efficiency of whole sampling operation is high, can satisfy big colony user's quick nucleic acid sampling.
Drawings
Fig. 1 is a schematic perspective view of a pre-processing chamber of a split type pharyngeal swab self-service sampling device provided by the present invention;
fig. 2 is a schematic perspective view of a post-processing chamber of the split pharyngeal swab self-service sampling device provided by the present invention;
fig. 3 is a schematic perspective view of a sampling tool according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The following describes the implementation of the present invention in detail with reference to specific embodiments.
The same or similar reference numerals in the drawings of the present embodiment correspond to the same or similar components; in the description of the present invention, it should be understood that if there are the terms "upper", "lower", "left", "right", etc. indicating the orientation or positional relationship based on the orientation or positional relationship shown in the drawings, it is only for convenience of description and simplification of the description, but it is not intended to indicate or imply that the device or element referred to must have a specific orientation, be constructed in a specific orientation, and be operated, and therefore the terms describing the positional relationship in the drawings are only for illustrative purposes and are not to be construed as limitations of the present patent, and those skilled in the art can understand the specific meanings of the terms according to specific situations.
Referring to fig. 1-3, the preferred embodiment of the present invention is shown.
The split type pharynx swab self-service sampling device provided by the embodiment utilizes the pharynx swab 702 to sample the liquid in the pharynx of the user, and then detects according to the sampled liquid.
Split type self-service sampling equipment of pharynx swab, including pretreatment storehouse, sampling unit and aftertreatment storehouse, pretreatment storehouse, sampling unit and the components of a whole that can function independently interval arrangement of aftertreatment storehouse, that is to say, along arranging of sampling flow, pretreatment storehouse, sampling unit and aftertreatment storehouse interval arrangement according to the preface.
An assembly structure for assembling the sampling tool 300 is arranged in the pretreatment bin, and a throat swab 702 is arranged on the assembled sampling tool 300; the sampling unit has the display screen, and the handheld sampling tool 300 of display screen guide user utilizes pharynx swab 702 to carry out the pharyngeal sampling, after the user took sampling tool 300, comes the sampling unit, and at this moment, the display screen then can progressively guide the user through video pronunciation to sample, and whole process passes through video monitoring, and when phenomenons such as user sampling error, the video pronunciation of display screen then can remind simultaneously.
The post-processing cartridge is provided with a screw-on structure for unscrewing or capping the tube cap of the sampling tube 400, a shearing structure for shearing off the pharyngeal swab 702 sampled by the sampling tool 300 and placed in the sampling tube 400, and a storage manipulator for placing the sampling tube 400 with the pharyngeal swab 702 placed therein in the sample storage box 203.
The screw-on structure pre-unthreads the cap of the sampling tube 400 when it is desired to place the severed pharyngeal swab 702 in the sampling tube 400, and the screw-on structure caps the tube 400 after the pharyngeal swab 702 is placed in the sampling tube 400.
The above-mentioned split type self-service sampling equipment of pharynx swab that provides, the sampling tool 300 is assembled through package assembly to the preceding processing storehouse, the user gains sampling tool 300 in the preceding processing storehouse, and carry out sampling operation according to display screen video pronunciation at the sampling unit, sampling tool 300 after the sampling is arranged in the aftertreatment storehouse, unscrew the tube cap of sampling tube 400 through the screw-on cap structure, cut pharynx swab 702 through cutting the structure and arrange in the sampling tube 400, cover the tube cap again sampling tube 400, and place sampling tube 400 in sample storage box 203 by storing the manipulator, accomplish whole sampling operation, whole process does not need staff and user cross contact, greatly reduced staff's probability of infecting the virus, avoid the potential safety hazard, and the efficiency of whole sampling operation is high, can satisfy the quick nucleic acid sampling of big colony user.
In this embodiment, the pre-processing bin is provided with a sensing area, a user camera and a scanning head, the sensing area samples the identification card information of the user, the user camera samples the head portrait information of the user, and the scanning head scans the bar code on the sampling tool 300 acquired by the user.
Thus, the information of the user can be further determined by utilizing the double authentication of the sensing area and the user camera, the accuracy of user information sampling is ensured, and the information of the user corresponds to the information of the sampling tool 300 one by one.
The sampling tool 300 is provided with a sampling camera 704, when the pharyngeal swab 702 of the sampling tool 300 is used for sampling, the sampling tool 300 is in wireless communication with a host system, an RFID card is arranged in the sampling tool 300, and the sampling tool 300 is in wireless communication with the host system by utilizing the RFID card. The sampling camera 704 performs sampling video recording and transmits the sampling video recording to the host system, and the host system judges whether the sampling operation is qualified.
The sampling tool 300 includes a handle 701 and a protective cover 301, a pharyngeal swab 702 is inserted into the front end of the handle 701, the pharyngeal swab 702 has a sampling end exposed at the front of the sampling tool 300, the user bites the mouth piece 705 in the mouth when sampling, and the sampling end of the pharyngeal swab 702 passes through the mouth piece 705 and abuts directly against the user's pharynx at a sampling site.
The mouth piece 705 has two through holes for the throat swabs 702 to pass through, so that the throat swabs 702 can be accurately positioned in terms of spacing, position, etc. after passing through the through holes. The outer end of the mouth piece 705 is provided with a positioning cavity, and the front end of the sampling tool 300 is directly embedded in the positioning cavity, so that the sampling tool 300 can be accurately positioned.
The pretreatment cartridge is provided with a peeling structure for peeling the pharyngeal swab 702 from the pharyngeal swab roll, an insertion structure for inserting the pharyngeal swab 702 into the handle 701, and a push-cover structure for covering the protective cover 301 on the handle 701.
In this way, the pharyngeal swab 702 in the pharyngeal swab rolling strip is directly peeled off by the peeling structure, the protective cover 301 is covered on the handle 701 by the cover pushing structure, and the pharyngeal swab 702 on the handle 701 is sealed by the protective cover 301, so that the protective function can be achieved.
The stripping structure comprises a driving roller 102 driving a pharynx swab winding to rotate, two spaced parallel stripping rollers 104 arranged below the driving roller 102 and used for separating the packaging surfaces on the two sides of the pharynx swab winding from each other, and a gap for the pharynx swab winding to pass through is formed between the two glass rollers, so that the pharynx swab winding passes through the gap between the two stripping rollers 104, the two stripping rollers 104 respectively separate the packaging surfaces on the two sides of the pharynx swab winding from each other, and therefore the pharynx swab 702 between the packaging surfaces on the two sides falls downwards.
In this embodiment, the auxiliary rollers 103 are respectively disposed on both sides of the driving roller 102, the peeled packaging surface is respectively wound around the auxiliary rollers 103, and the transition roller is disposed between the driving roller 102 and the auxiliary rollers 103 and above the peeling roller, so that the packaging surface is wound around the auxiliary rollers 103 via the transition roller.
The insertion structure includes a receiving slot disposed below the gap and receiving a dropped pharyngeal swab 702, the dropped pharyngeal swab 702 being disposed in the receiving slot, the receiving slot having therein gripping and pushing prongs for gripping the pharyngeal swab 702 inserted onto the handle 701 and guide prongs for the pharyngeal swab 702 to pass through and to guide the pharyngeal swab 702.
The pharynx swab 702 in the holding tank is held to the centre gripping propelling movement claw, and in the in-process of propelling movement, pharynx swab 702 passes the guide pawl, and the guide pawl can lead the axial of pharynx swab 702 to make pharynx swab 702 can accurate cartridge on handheld handle 701.
The pretreatment cabin is provided with a handle-grasping mechanical arm 101 which grasps a handle 701 to an overturning station 105, and the overturning station 105 overturns the handle 701 to a horizontal state for clamping a pushing claw to insert the throat swab 702 on the handle 701.
In the front processing bin, the initial state of the handle 701 is vertical arrangement, the handle grabbing mechanical arm 101 grabs the handle 701 and vertically places the handle 701 on the overturning station 105, the overturning station 105 rotates 90 degrees, and the handle 701 is overturned to be horizontal.
The cover pushing structure comprises a cover conveying groove 107 for conveying the protection cover 301 to move and a rotating disc 106, the rotating disc 106 is arranged at the tail end of the cover conveying groove 107, the protection cover 301 is conveyed along the cover conveying groove 107, and after the protection cover 301 enters the rotating disc 106, the rotating disc 106 rotates to enable the protection cover 301 to be aligned with a handheld handle 701 inserted with a throat swab 702; the rotating disc 106 is provided with a cap pushing head which pushes the protective cap 301 to cover the handle 701, thus completing the assembly of the whole sampling tool 300.
The screw cap structure is including the vertical axle that presss from both sides pipe station 202 and be located pipe station 202 top of placing sampling pipe 400, and after sampling pipe 400 was placed on pipe station 202 by the centre gripping, vertical axle descends, and the bottom of vertical axle is provided with rotates the head, has the centre gripping pipe cap in the rotation head and rotates and make the pipe cap break away from sampling pipe 400 or cover the centre gripping groove on sampling pipe 400 with the pipe cap.
When the sampling end of the cut throat swab 702 needs to be placed in the sampling tube 400, the rotating head of the vertical shaft unscrews the tube cap of the sampling tube 400, and after the sampling end of the throat swab 702 is placed in the sampling tube 400, the rotating head of the vertical shaft covers the tube cap of the sampling tube 400, and then the storage manipulator places the sampling tube 400 with the throat swab 702 placed therein in the sample storage box 203.
The shearing mechanism comprises a shearing clamp 201 which is arranged above the tube clamping station 202 and is positioned outside the tube clamping station 202, and after a tube cover on the sampling tube 400 is unscrewed, the shearing clamp 201 shears a throat swab 702 on the sampling tool 300 which is positioned above the tube clamping station 202, so that a sampling end of the throat swab 702 falls into the sampling tube 400.
The post-treatment bin is provided with a storage manipulator and a cover removing station, the cover removing station is provided with a cover clamping claw 204, a cover falling hole is arranged below the cover clamping claw 204, and a protective cover bin for placing a protective cover 301 is arranged below the cover falling hole; the storage manipulator holds the sampling tool 300 with the pharyngeal swab 702 facing down after sampling to the decapping station, the cap clamping claws 204 clamp the protective cap 301 on the sampling tool 300, and the protective cap 301 is disengaged from the handle 701 and falls into the protective cap bin through the cap dropping hole.
A pharynx-dropping swab station is arranged on the post-treatment bin, a pharynx-clamping swab claw 205 is arranged on the pharynx-dropping swab station, a pharynx-dropping swab hole is arranged below the pharynx-dropping swab claw 205, and a pharynx swab bin is arranged below the pharynx-dropping swab hole; storing the sampling tool 300 with the throat swab 702 clipped by the manipulator to the pharynx swab station, holding the throat swab 702 on the sampling tool 300 by the throat swab claw 205, detaching the throat swab 702 from the throat swab claw 205, and dropping into the throat swab bin through the throat swab hole.
The post-treatment bin is provided with a dropping handheld handle hole, a handheld handle bin is arranged below the dropping handheld handle hole, and the storage manipulator removes the throat swab 702 and then the handheld handle 701 directly drops into the handheld handle bin through the dropping handheld handle hole.
In this embodiment, the sampling unit has a spray area, and the user removes the protective cover 301 of the sampling tool 300 and sprays the pharyngeal swab 702 with saline before sampling with the sampling tool 300.
The interior of the post-treatment bin is hermetically arranged, a sterilizer is arranged in the post-treatment bin, and the sterilizer regularly sterilizes the interior of the post-treatment bin; the post-treatment bin is provided with a negative pressure air inlet and an air outlet, and the interior of the post-treatment bin is subjected to negative pressure purification through the negative pressure air inlet and the air outlet.
In this embodiment, the host system serves as the entire control center, which controls the entire sampling process.
Sampling unit department is provided with the switch base, and the bottom of sampling instrument 300 is provided with magnetic switch, is provided with magnet in the switch base, when the user need start or close sampling instrument 300, directly inserts the switch base with the bottom of sampling instrument 300, through magnet and magnetic switch's magnetism induction effect, then can play the effect of starting or closing sampling work.
Be provided with in the handheld handle 701 and supply the inserted jack of pharynx swab 702 rear end, the bottom of jack is provided with elastic construction, thus, after the rear end of pharynx swab 702 inserts in the jack of handheld handle 701, the sampling end of the front end of pharynx swab 702 shows in the place ahead of handheld handle 701, when the user utilizes sampling tool 300 to sample, the pharyngeal portion of user is being propped to the sampling end of pharynx swab 702, under elastic construction's effect, pharynx swab 702 can front end elastic expansion, avoid the hard butt of pharynx swab 702, increase sampling process's comfort.
The inside of the hand-held handle 701 is provided with a touch switch, the touch switch drives a rear end motor of the pharynx swab 702 to rotate, the pharynx swab 702 is driven to rotate, when the front end of the hand-held handle 701 reaches the deepest part of the mouth gag 705 and is pressed, a bulge on the mouth gag 705 triggers the touch switch, and therefore the pharynx swab 702 is driven to rotate, and sampling of the sampling end of the pharynx swab 702 is achieved.
In this embodiment, the sample storage box 203 is provided with a plurality of placement grooves, the storage tubes for storing pharyngeal swabs 702 are inserted into the placement grooves and stored in the sample storage box 203, and the freezing temperature is determined according to actual requirements.
The sample storage box 203 comprises a box body and a pull seat, the pull seat is horizontally pulled and inserted into the box body, the placing groove is arranged in the pull seat, and when the sampling tube 400 needs to be placed or taken out, the pull seat can be pulled out from the side edge of the box body.
The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, as any modifications, equivalents, improvements and the like made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.
Claims (10)
1. The split type throat swab self-service sampling device is characterized by comprising a pretreatment bin, a sampling unit and a post-treatment bin, wherein the pretreatment bin, the sampling unit and the post-treatment bin are arranged at intervals in a split manner; an assembly structure for assembling a sampling tool is arranged in the pretreatment bin, and a pharynx swab is arranged on the assembled sampling tool; the sampling unit is provided with a display screen which guides a user to hold the sampling tool to perform pharyngeal sampling by using a pharyngeal swab; the post-processing bin is internally provided with a screw cap structure for unscrewing or covering a tube cap of the sampling tube, a cutting structure for cutting the pharynx swab sampled by the sampling tool into the sampling tube and a storage manipulator for placing the sampling tube for placing the pharynx swab into the sample storage box.
2. The split type pharyngeal swab self-service sampling device of claim 1, wherein the pre-processing chamber is provided with a sensing area, a user camera and a scanning head, the sensing area samples identification card information of a user, the user camera samples head portrait information of the user, and the scanning head scans a bar code on a sampling tool acquired by the user.
3. The split pharyngeal swab self-service sampling device of claim 1 or 2, wherein the sampling tool comprises a hand-held handle and a protective cover, and the pre-processing bin is provided with a stripping structure for stripping the pharyngeal swab from the pharyngeal swab winding belt, a plug-in structure for plugging the pharyngeal swab on the hand-held handle and a push-cover structure for covering the protective cover on the hand-held handle.
4. The split type pharynx swab self-service sampling device of claim 3, wherein the stripping structure comprises a driving roller driving a pharynx swab winding to rotate, two stripping rollers which are arranged in parallel at intervals and separate two side packing surfaces of the pharynx swab winding are arranged below the driving roller, and a gap for the pharynx swab winding to pass through is formed between the two stripping rollers; the cartridge structure is including setting up the clearance below and hold the holding tank of the pharynx swab that falls, be equipped with the centre gripping propelling movement claw of centre gripping pharynx swab cartridge on handheld handle and supply the pharynx swab to pass and lead the direction claw of pharynx swab in the holding tank.
5. The split type pharyngeal swab self-service sampling device according to claim 4, wherein the pretreatment cabin is provided with a handle grasping manipulator for grasping a handheld handle to a turning station, and the turning station turns the handheld handle to a horizontal state for the grasping and pushing claw to insert the pharyngeal swab on the handheld handle.
6. The split pharyngeal swab self-sampling device of claim 3, wherein the push cap structure includes a cap conveying groove for conveying the movement of the protective cap and a rotating disc, the rotating disc is disposed at the end of the cap conveying groove, and when the protective cap in the cap conveying groove enters the rotating disc, the rotating disc rotates to align the protective cap with the handheld handle inserted with the pharyngeal swab; the rotating disc is provided with a cover pushing head, and the cover pushing head pushes the protective cover to cover the handheld handle.
7. The split pharyngeal swab self-service sampling device according to claim 1 or 2, wherein the screw cap structure comprises a tube clamping station for placing the sampling tube and a vertical shaft located above the tube clamping station, a rotating head is arranged at the bottom of the vertical shaft, and a clamping groove for clamping the tube cap to rotate so as to separate the tube cap from the sampling tube or cover the tube cap on the sampling tube is formed in the rotating head.
8. The split pharyngeal swab self-service sampling device of claim 7, wherein the shearing structure includes a shearing clip disposed above and outside the tube clamping station, the shearing clip shearing a pharyngeal swab on the sampling tool above the tube clamping station such that the sampling end of the pharyngeal swab falls into the sampling tube.
9. The split type pharyngeal swab self-service sampling device of claim 7, wherein the post-processing bin is provided with a storage manipulator and a decapping station, the decapping station is provided with a cover clamping claw, a cover dropping hole is arranged below the cover clamping claw, and a protective cover bin for placing a protective cover is arranged below the cover dropping hole; store manipulator centre gripping sampling back and pharynx swab to the sampling tool that arranges down to removing the lid station, the safety cover on the clamping cover claw centre gripping sampling tool, the safety cover breaks away from handheld handle to fall into in the safety cover storehouse through falling the lid hole.
10. The split type pharynx swab self-service sampling device of claim 9, wherein a pharynx removal swab station is arranged on the post-processing bin, a pharynx clamping swab claw is arranged on the pharynx removal swab station, a pharynx falling swab hole is formed below the pharynx clamping swab claw, and a pharynx swab bin is arranged below the pharynx falling swab hole; store sampling tool to going the pharynx swab station after manipulator centre gripping pharynx swab is cut off, press from both sides the pharynx swab on the pharynx swab claw centre gripping sampling tool, the pharynx swab breaks away from and presss from both sides the pharynx swab claw to fall into in the pharynx swab storehouse through falling the pharynx swab hole.
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| CN202022419583.5U CN213910313U (en) | 2020-10-27 | 2020-10-27 | Split type pharynx swab self-service sampling device |
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| CN202022419583.5U CN213910313U (en) | 2020-10-27 | 2020-10-27 | Split type pharynx swab self-service sampling device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115227295A (en) * | 2022-09-19 | 2022-10-25 | 深圳市雄帝科技股份有限公司 | Pharynx swab sampling device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115227295A (en) * | 2022-09-19 | 2022-10-25 | 深圳市雄帝科技股份有限公司 | Pharynx swab sampling device |
| CN115227295B (en) * | 2022-09-19 | 2023-01-24 | 深圳市雄帝科技股份有限公司 | Pharynx swab sampling device |
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Address after: Floor 8, Building 4, No. 128 Shangnan East Road, Huangpu Community, Xinqiao Street, Bao'an District, Shenzhen City, Guangdong Province, 518000 Patentee after: HUACHENYANG (SHENZHEN) TECHNOLOGY Co.,Ltd. Address before: 518000 8th and 11th floors of No.4 factory building, 128 Shangnan East Road, Huangpu Community, Xinqiao street, Bao'an District, Shenzhen City, Guangdong Province Patentee before: HUACHENYANG (SHENZHEN) TECHNOLOGY Co.,Ltd. |
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