CN209624620U - A kind of full-automatic POCT detection device - Google Patents
A kind of full-automatic POCT detection device Download PDFInfo
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- CN209624620U CN209624620U CN201822230012.XU CN201822230012U CN209624620U CN 209624620 U CN209624620 U CN 209624620U CN 201822230012 U CN201822230012 U CN 201822230012U CN 209624620 U CN209624620 U CN 209624620U
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Abstract
The utility model provides a kind of full-automatic POCT detection device, including incubation storehouse and testing stand, and the incubation storehouse and testing stand are arranged side by side, and transport carriage is arranged in the side for being incubated for storehouse and testing stand, transport carriage moves back and forth between incubation storehouse and testing stand；Travelling jack is set above transport carriage, be arranged on the travelling jack push away that item acts on push away bar；Being incubated for the storehouse other side, export push rod is set；In the testing stand other side, a push rod is moved back in setting.A kind of full-automatic POCT detection device described in the utility model, by design transport carriage, travelling jack and pushes away bar, moves back a push rod and export push rod, it realizes that test strips improve detection efficiency and accuracy rate from the transhipment being incubated between storehouse and detection zone, and rationally utilizes space.
Description
Technical field
The utility model belongs to detection and analysis field, more particularly, to a kind of full-automatic POCT detection device.
Background technique
Preclinical medicine and clinical medical rapid development, put forward new requirements medical test and challenge.POCT equipment
Appearance, mitigate the operating pressure and working strength of reviewer.POCT is by automatic integratedization large scale equipment and fast and convenientization
Miniature instrument is organically combined.With many advantages, such as: more convenient, high-throughput, more simplify, is more attractive, is richer.
But during whole service, how to be automatically performed Quality Control, inhale sample, dilution, mixing, measurement, detection and
An important factor for varying, the material returned, the processes such as charging, being test whole device.
The utility model relates to a kind of full-automatic POCT quantitative immunoassay devices, by transshipment acitivity, Tui Tiao mechanism, move back item
Mechanism and positioning export mechanism organically combine, and cooperate, and realize test strips between incubation storehouse and detection zone
Transhipment, the common purpose for realizing active immunity quantitative analysis.Detection efficiency is improved, and reduces and the profession of tester is required.
Summary of the invention
In view of this, the utility model is directed to a kind of full-automatic POCT detection device, by design transport carriage, hang
It transports trolley and pushes away bar, moves back a push rod and export push rod, realize that test strips from the transhipment being incubated between storehouse and detection zone, improve
Detection efficiency and accuracy rate, and rationally utilize space.
In order to achieve the above objectives, the technical solution of the utility model is achieved in that
A kind of full-automatic POCT detection device, including it is incubated for storehouse and testing stand, the incubation storehouse and testing stand are arranged side by side,
Transport carriage is set in the side for being incubated for storehouse and testing stand, transport carriage moves back and forth between incubation storehouse and testing stand；Transhipment
Travelling jack is set above trolley, be arranged on the travelling jack push away that item acts on push away bar；It is arranged being incubated for the storehouse other side
Export push rod；In the testing stand other side, a push rod is moved back in setting.
Further, the transport carriage is slideably positioned on transhipment guide rail, the transhipment guide rail side setting transhipment belt,
The transhipment belt is placed on transhipment driving wheel and transhipment driven wheel, and the transhipment driving wheel is driven by transhipment motor；Institute
It states transhipment belt to be connected by strap with transport carriage, the strap is bolted with transport carriage.
Further, sliding setting transfer carriage, the transfer carriage are slideably positioned on storing guide rail on the transport carriage, institute
It is vertical with transhipment guide rail to state storing guide rail；Rack gear is set on the transfer carriage, and the rack gear is parallel with storing guide rail；It is nibbled with rack gear
The gear of conjunction is connected by shaft with storing motor, and the storing motor is set on transport carriage.
Further, storing groove is set on the transfer carriage, and the storing groove runs through along the parallel direction of rack gear, respectively
It is set as inlet and outlet；It is symmetrical arranged limit plate in the two sides of storing groove, described limit plate one end is connected with transfer carriage, institute
It states the limit plate other end to extend to above storing groove, be limited for vertical direction.
Further, guide pad is respectively set in the travelling jack both ends, and guide groove, the guiding are arranged on the guide pad
Slot is placed on guiding axis, and the both ends of the guiding axis are horizontally placed on bracket；First clamping piece is set on the guide pad, it is described
First clamping piece is fixedly linked with the first belt, and first belt is placed on handling driving wheel and handling driven wheel, described
Handling motor is connected by shaft with handling driving wheel；The transport carriage bottom is arranged sliding rail, the extended line of the sliding rail with
It is vertical to be oriented to axis direction；Sliding shoe is arranged in described push away in bar, the sliding shoe is placed on sliding rail and slides；The transport carriage
Bottom also set up push away a motor, push away a driving wheel, first push away a driven wheel, second push away a driven wheel and be nested with thereon push away item
Belt；It is described to push away a driving wheel, first push away a driven wheel and second and push away the setting of a driven wheel triangle, and first push away a driven wheel and
Second push away a driven wheel extended line it is vertical with guiding axis；The motor that pushes away is connected by shaft with a driving wheel is pushed away；It is described
It pushes away bar driven wheel and second is pushed away with first by the second clamping piece and push away the belt that pushes away between a driven wheel and be connected.
Further, the export push rod, which is set to, is incubated for storehouse side, and the export push rod is horizontally placed on movable stand, the shifting
Moving frame is driven by the first feed belt, and strap is arranged above the movable stand, and first feed belt is set to shifting
Between moving frame and strap；First feed belt is placed on the first driving wheel and the first driven wheel, and described first is main
Driving wheel is connected with first motor；First sliding rail is set above the sliding panel, and the movable stand bottom setting and the first sliding rail are sliding
The first sliding groove connect；The sliding panel is driven by the second conveyer belt, and second conveyer belt is fixedly linked with sliding panel, described
Second conveyer belt is placed on the second driving wheel and the second driven wheel, and second driving wheel is connected with the second motor；The cunning
Second sliding rail, the second sliding slot that the sliding panel bottom setting is slipped with the second sliding rail are set below movable plate；Second sliding rail
Two groups are symmetrical arranged with second sliding slot.
Further, the length and short transverse difference array setting several groups for being incubated for compartment edge and being incubated for storehouse, totally 32
It is incubated for compartment；The incubation storehouse center setting perforation, the perforation inner sleeve lifting nut, the lifting nut is interior to be arranged and it
The elevating screw matched, the both ends of the elevating screw are each extended over through perforation, the bottom of the elevating screw and lifting motor
Connection；Crane is respectively set in the incubation storehouse two sides, and lifting sliding rail is respectively set in opposite side on the crane, described to incubate
It educates storehouse two sidewalls and respectively corresponds the matched connected lifting slider of setting.
Further, the push rod that moves back is horizontally placed on support frame, described to move back a setting operation frame between push rod and testing stand,
Magazine is set above the operation frame, is respectively set to move back an import and move back item on the opposite two sidewalls of the magazine and exports,
It is described to move back an import and move back item outlet and to move back a push rod on the same line；The operation frame side and translation screw phase
Even, the translation screw is placed on matched translation lead screw, and the translation lead screw drives rotation by moving back a motor；It is described
It runs frame bottom and sliding slot is set, operation frame lower section setting is compatible with sliding slot to move back a sliding rail；It is described to move back a sliding rail and move back
Push rod is parallel with the extended line of testing stand；The testing stand is set to above operation frame horizontal plane, is set above the testing stand
Set detection hole.
Compared with the existing technology, a kind of full-automatic POCT detection device described in the utility model has the advantage that
It by design transport carriage, travelling jack and pushes away bar, move back a push rod and export push rod, realize test strips from incubating
The transhipment between storehouse and detection zone is educated, detection efficiency and accuracy rate are improved, and rationally utilizes space.
Detailed description of the invention
The attached drawing for constituting a part of the utility model is used to provide a further understanding of the present invention, this is practical new
The illustrative embodiments and their description of type are not constituteed improper limits to the present invention for explaining the utility model.In
In attached drawing:
Fig. 1 is a kind of full-automatic POCT detection device stereoscopic schematic diagram described in the utility model embodiment；
Fig. 2 is a kind of full-automatic POCT detection device schematic top plan view described in the utility model embodiment；
Fig. 3 is transport carriage schematic top plan view described in the utility model embodiment；
Fig. 4 is travelling jack elevational schematic view described in the utility model embodiment；
Fig. 5 is export push rod schematic top plan view described in the utility model embodiment；
Fig. 6 is to move back a push rod schematic top plan view described in the utility model embodiment.
Description of symbols:
3- transport carriage；301- transports guide rail；302- transports belt；303- transports driving wheel；304- transports driven wheel；
305- transports motor；311- transfer carriage；312- storing guide rail；313- rack gear；314- storing motor；315- gear；316- storing
Groove；317- limit plate；4- travelling jack；401- guide pad；402- guiding axis；403- handling motor；404- handling driving wheel；
405- handling driven wheel；406- sliding rail；407- bracket；The first clamping piece of 408-；The first belt of 409-；411- pushes away bar；412-
Sliding shoe；413- pushes away a belt；414- pushes away a driving wheel；415- first pushes away a driven wheel；416- second pushes away a driven wheel；5- goes out
Storehouse push rod；501- movable stand；The first feed belt of 502-；The first driving wheel of 503-；The first driven wheel of 504-；The first electricity of 505-
Machine；The second conveyer belt of 511-；The second driving wheel of 512-；The second motor of 513-；The second sliding rail of 514-；The second driven wheel of 515-；
516- sliding panel；521- is incubated for storehouse；522- is incubated for compartment；523- elevating screw；524- crane；525- lifting sliding rail；526-
Lifting slider；6- moves back a push rod；601- runs frame；602- support frame；603- magazine；604- moves back an import；605- moves back item and goes out
Mouthful；606- translates screw；607- translates lead screw；609- translation motor；608- moves back a sliding rail；611- testing stand；612- detection hole.
Specific embodiment
It should be noted that in the absence of conflict, the feature in the embodiments of the present invention and embodiment can
To be combined with each other.
In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", "upper", "lower",
The orientation or positional relationship of the instructions such as "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" is
It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of describing the present invention and simplifying the description, rather than indicate
Or imply that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore cannot understand
To limit the utility model.In addition, term " first ", " second " etc. are used for description purposes only, and should not be understood as instruction or
It implies relative importance or implicitly indicates the quantity of indicated technical characteristic." first ", " second " etc. are defined as a result,
Feature can explicitly or implicitly include one or more of the features.In the description of the present invention, unless otherwise
Illustrate, the meaning of " plurality " is two or more.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, on being understood by concrete condition
State the concrete meaning of term in the present invention.
The utility model will be described in detail below with reference to the accompanying drawings and embodiments.
Such as Fig. 1-2, a kind of full-automatic POCT detection device, including incubation storehouse 521 and testing stand 611, the incubation storehouse 521
It is arranged side by side with testing stand 611, transport carriage 3 is set in the side for being incubated for storehouse 521 and testing stand 611, transport carriage 3 is being incubated for
It is moved back and forth between storehouse 521 and testing stand 611；Travelling jack 4 is set above transport carriage 3, is arranged on the travelling jack 4
Push away item effect pushes away bar 411；Being incubated for 521 other side of storehouse, export push rod 5 is set；In 611 other side of testing stand, item is moved back in setting
Push rod 6.
Drop has the test strips of sample to need to be incubated in incubation storehouse 521, is then transported to detection zone again and is detected.
For this process, the utility model will be incubated for storehouse 521 and testing stand 611 is arranged side by side, and transport carriage 3 is being incubated for storehouse 521 and inspection
Reciprocating linear operation between frame 611 is surveyed, plays the role of straight line and transports test strips, linear running is simple and convenient.When transport carriage 3
When navigating to incubation 521 entrance of storehouse or 611 arrival end of testing stand, bar 411 is pushed away using the drive of travelling jack 4 and is run, will turn
The test strips transported on trolley 3 are released, and are pushed into be incubated in storehouse 521 or in 611 entrance of testing stand；Realize the effect of transhipment.When incubating
It educates the test strips in storehouse 521 to complete to be incubated for, test strips export is pushed on transport carriage 3 by export push rod 5；When testing stand 611
After the test strips of lower section complete detection, test strips are exited to abandoned stope by moving back a push rod 6, vacate detection zone position, are completed whole
The incubation and detection project of body.Realize full-automatic detection.
Such as Fig. 3, the transport carriage 3 is slideably positioned on transhipment guide rail 301, and 301 side of the transhipment guide rail setting turns
Belt 302 is transported, the transhipment belt 302 is placed on transhipment driving wheel 303 and transhipment driven wheel 304, the transhipment driving wheel
303 are driven by transhipment motor 305；The belt is connected by strap with transhipment bottom plate, the strap and transhipment
Bottom plate is bolted.Sliding setting transfer carriage 311, the transfer carriage 311 are slideably positioned in storing on the transport carriage 3
On guide rail 312, the storing guide rail 312 is vertical with transhipment guide rail 301；Rack gear 313, the tooth are set on the transfer carriage 311
Item 313 is parallel with storing guide rail 312；It is connected by shaft with storing motor 314 with 313 meshed gears 315 of rack gear, the storage
Object motor 314 is set on transport carriage 3.Storing groove 316 is set on the transfer carriage 311, and the storing groove 316 is along tooth
The parallel direction of item 313 is run through, and inlet and outlet is respectively set to；Limit plate is symmetrical arranged in the two sides of storing groove 316
317, described 317 one end of limit plate is connected with transfer carriage 311, and 317 other end of limit plate extends on storing groove 316
Side is limited for vertical direction.
Transport carriage 3 is driven by transhipment belt 302 along transhipment guide rail 301 and is transported between incubation storehouse 521 and testing stand 611
It is dynamic；Transfer carriage 311 is driven by rack gear 313 along transhipment 301 movement in vertical direction of guide rail along storing guide rail 312, can make to turn with fine motion
The entrance of the entrance or testing stand 611 transporting frame 311 and be incubated for storehouse 521 splices, and is easy to the transhipment of test strips, can also transport
When trolley 3 is run, transfer carriage 311 is retracted, and the effect of evacuation is played.Storing groove 316 is set on transfer carriage 311, facilitates test paper
The accurate positionin of item is placed.
Such as Fig. 4,4 both ends of travelling jack are respectively set guide pad 401, guide groove are arranged on the guide pad 401, institute
It states guide groove to be placed on guiding axis 402, the both ends of the guiding axis 402 are horizontally placed on bracket 407；402 institute of guiding axis
It states and the first clamping piece 408 is set on guide pad 401, first clamping piece 408 is fixedly linked with the first belt 409, and described
One belt 409 is placed on handling driving wheel 404 and handling driven wheel 405, and the handling motor 403 passes through shaft and handling master
Driving wheel 404 is connected；Sliding rail 406 is arranged in 3 bottom of transport carriage, and the extended line of the sliding rail 406 and 402 direction of guiding axis are hung down
Directly；Sliding shoe 412 is arranged in described push away in bar 411, the sliding shoe 412 is placed on sliding rail 406 and slides；The transport carriage
3 bottoms, which are also set up, to push away a motor, pushes away a driving wheel 414, first push away a driven wheel 415, second push away a driven wheel 416 and be placed on
Thereon push away a belt 413；It is described to push away a driving wheel 414, first push away a driven wheel 415 and second and push away 416 triangle of a driven wheel
Setting, and first push away a driven wheel 415 and second push away a driven wheel 416 extended line it is vertical with guiding axis 402；It is described to push away item electricity
Machine is connected by shaft with a driving wheel 414 is pushed away；It is described to push away bar 411 driven wheel 415 is pushed away by the second clamping piece and first
And second push away between a driven wheel 416 push away a belt 413 be connected.
Travelling jack 4 is driven by the first belt 409 along guiding axis 402 and is moved between incubation storehouse 521 and testing stand 611；
And travelling jack 4 is set to 3 top of transport carriage, plays the effect of space evacuation；Bar 411 is pushed away to push away along 406 direction of sliding rail
It is moved under the drive of bar belt 413, realizes for the test strips in storing groove 316 to be pushed into and be incubated for 521 entrance of storehouse or detection
The entrance of frame 611, design rationally, and cooperate close.
Such as Fig. 5, the export push rod 5, which is set to, is incubated for 521 side of storehouse, and the export push rod 5 is horizontally placed on movable stand 501
On, movable stand 501 described in the movable stand 501 is driven by the first feed belt 502, and setting is solid above the movable stand 501
Clamp plate, first feed belt 502 are set between movable stand 501 and strap；502 sets of first feed belt
It is placed on the first driving wheel 503 and the first driven wheel 504, first driving wheel 503 is connected with first motor 505；The cunning
First sliding rail 406, the first sliding groove that 501 bottom of the movable stand setting is slipped with the first sliding rail 406 are set above movable plate 516；
The sliding panel 516 is driven by the second conveyer belt 511, and second conveyer belt 511 is fixedly linked with sliding panel 516, described
Second conveyer belt 511 is placed on the second driving wheel 512 and the second driven wheel 515, second driving wheel 512 and the second motor
513 are connected；Second sliding rail 514406,516 bottom of the sliding panel setting and the second sliding rail are set below the sliding panel 516
514406 sliding second sliding slots；Second sliding rail 514406 and second sliding slot are symmetrical arranged two groups.
The compartment 522 that is incubated for is incubated for 32 totally along length and short transverse the difference array setting several groups for being incubated for storehouse 521
Educate compartment 522；521 center of incubation storehouse setting perforation, the perforation inner sleeve lifting nut, in the lifting nut setting and
Its matched elevating screw 523, the both ends of the elevating screw 523 are each extended over through perforation, the bottom of the elevating screw 523
Portion is connect with lifting motor；Crane 524 is respectively set in 521 two sides of incubation storehouse, opposite side point on the crane 524
Not She Zhi lifting sliding rail 525, incubation 521 two sidewalls of storehouse respectively correspond the matched connected lifting slider 526 of setting.
Along length and short transverse the difference array setting several groups for being incubated for storehouse 521, total is incubated for the compartment 522 that is incubated for
Compartment 522, sliding panel 516 drive movable stand 501 along the reciprocating motion in parallel of storehouse 521 is incubated for, play the positioning of length direction；It is incubated for
Storehouse 521 is set as liftable adjusting, plays the positioning of short transverse；Movable stand 501 drives export push rod 5 close to or far from incubation
Storehouse 521 moves back and forth, and plays the movement for pushing away an export；Such design, three dimension location, movement rationally utilize space, improve
Efficiency saves manpower.
Such as Fig. 6, the push rod 6 that moves back is horizontally placed on support frame 602, and described move back is arranged between a push rod 6 and testing stand 611
Frame 601 is run, magazine 603 is set above the operation frame 601, the magazine 603 is respectively set on opposite two sidewalls
Move back an import 604 and move back item outlet 605, it is described move back an import 604 and move back item export 605 to be in same straight with a push rod 6 is moved back
On line；601 side of operation frame is connected with translation screw 606, and the translation screw 606 is placed on matched translation silk
On thick stick 607, the translation lead screw 607 drives rotation by moving back a motor；Sliding slot, the operation is arranged in 601 bottom of operation frame
Setting is compatible with sliding slot below frame 601 moves back a sliding rail 608；It is described to move back a sliding rail 608 and move back a push rod 6 and testing stand 611
Extended line it is parallel；The testing stand 611 is set to above operation 601 horizontal plane of frame, and detection is arranged above the testing stand 611
Hole 612.
It moves back a push rod 6 and is fixed on motionless on support frame 602, operation frame 601 is driven by screw and lead screw along moving back a sliding rail 608
To close to move back a push rod 6 and far from move back a push rod 6 move back and forth；It realizes and the test strips run on frame 601 is exited into the effect thrown aside
Fruit.Design rationally, prevents test strips from exiting to 3 Operational Zone of transport carriage and causes space motion obstacle.
Application method: transport carriage 3 is being incubated for reciprocating linear operation between storehouse 521 and testing stand 611, plays straight line transport
The effect of test strips, linear running are simple and convenient.521 entrance of storehouse or 611 entrance of testing stand are incubated for when transport carriage 3 navigates to
When end, bar 411 is pushed away using the drive of travelling jack 4 and is run, the test strips on transport carriage 3 are released, be pushed into be incubated in storehouse 521
Or in 611 entrance of testing stand；Realize the effect of transhipment.When the test strips being incubated in storehouse 521 are completed to be incubated for, export push rod 5 will
Test strips export is pushed on transport carriage 3；It, will by moving back a push rod 6 after the test strips of 611 lower section of testing stand complete detection
Test strips are exited to abandoned stope, vacate detection zone position, complete whole incubation and detection project.Realize full-automatic detection.
The above is only the preferred embodiment of the utility model only, be not intended to limit the utility model spirit and
Within principle, any modification, equivalent replacement, improvement and so on be should be included within the scope of the utility model.
Claims (8)
1. a kind of full-automatic POCT detection device, it is characterised in that: including being incubated for storehouse (521) and testing stand (611), the incubation
Storehouse (521) and testing stand (611) are arranged side by side, and transport carriage (3) are arranged in the side for being incubated for storehouse (521) and testing stand (611),
Transport carriage (3) moves back and forth between incubation storehouse (521) and testing stand (611)；Travelling jack is set above transport carriage (3)
(4), be arranged on the travelling jack (4) push away item effect push away bar (411)；Being incubated for storehouse (521) other side, export is set
Push rod (5)；In testing stand (611) other side, a push rod (6) are moved back in setting.
2. a kind of full-automatic POCT detection device according to claim 1, it is characterised in that: the transport carriage (3) is sliding
It is dynamic to be set in transhipment guide rail (301), the transhipment guide rail (301) side setting transhipment belt (302), the transhipment belt
(302) it is placed in transhipment driving wheel (303) and transhipment driven wheel (304), the transhipment driving wheel (303) passes through transhipment motor
(305) it drives；The transhipment belt (302) is connected by strap with transport carriage (3), and the strap and transhipment are small
Vehicle (3) is bolted.
3. a kind of full-automatic POCT detection device according to claim 2, it is characterised in that: on the transport carriage (3)
Sliding setting transfer carriage (311), the transfer carriage (311) are slideably positioned on storing guide rail (312), the storing guide rail
(312) vertical with transhipment guide rail (301)；Rack gear (313) are set on the transfer carriage (311), the rack gear (313) is led with storing
Rail (312) is parallel；It is connected by shaft with storing motor (314) with rack gear (313) meshed gears (315), the storing electricity
Machine (314) is set on transport carriage (3).
4. a kind of full-automatic POCT detection device according to claim 3, it is characterised in that: on the transfer carriage (311)
Be arranged storing groove (316), the storing groove (316) runs through along the parallel direction of rack gear (313), be respectively set to import and
Outlet；Limit plate (317) are symmetrical arranged in the two sides of storing groove (316), described limit plate (317) one end and transfer carriage
(311) it is connected, limit plate (317) other end extends to above storing groove (316), limits for vertical direction.
5. a kind of full-automatic POCT detection device according to claim 1, it is characterised in that: the travelling jack (4) two
End is respectively set guide pad (401), guide groove is arranged on the guide pad (401), the guide groove is placed on guiding axis (402)
On, the both ends of the guiding axis (402) are horizontally placed on bracket (407)；The first clamping piece is set on the guide pad (401)
(408), first clamping piece (408) is fixedly linked with the first belt (409), and first belt (409) is placed on handling
On driving wheel (404) and handling driven wheel (405), handling motor (403) is connected by shaft with handling driving wheel (404)；Institute
Transport carriage (3) bottom setting sliding rail (406) is stated, the extended line of the sliding rail (406) is vertical with guiding axis (402) direction；Institute
It states to push away and sliding shoe (412) is set on bar (411), the sliding shoe (412) is placed on sliding rail (406) and slides；The transhipment
Trolley (3) bottom, which is also set up, to push away a motor, pushes away a driving wheel (414), first push away a driven wheel (415), second push away a driven wheel
(416) and be nested with thereon push away a belt (413)；It is described to push away an article driving wheel (414), first push away an article driven wheel (415) and
Two push away the setting of a driven wheel (416) triangle, and first pushes away a driven wheel (415) and second and push away the extended line of a driven wheel (416)
It is vertical with guiding axis (402)；The motor that pushes away is connected by shaft with a driving wheel (414) is pushed away；Described push away bar (411) lead to
It crosses the second clamping piece and pushes away a driven wheel (415) and second with first and push away and push away a belt (413) phase between a driven wheel (416)
Even.
6. a kind of full-automatic POCT detection device according to claim 1, it is characterised in that: the export push rod (5) sets
It is placed in and is incubated for storehouse (521) side, the export push rod (5) is horizontally placed on movable stand (501), and the movable stand (501) passes through the
One feed belt (502) drives, and strap, the first feed belt (502) setting are arranged above the movable stand (501)
Between movable stand (501) and strap；First feed belt (502) is placed on the first driving wheel (503) and first
On driven wheel (504), first driving wheel (503) is connected with first motor (505)；Setting first above sliding panel (516)
Sliding rail, the first sliding groove that movable stand (501) the bottom setting is slipped with the first sliding rail；The sliding panel (516) passes through second
Conveyer belt (511) drives, and second conveyer belt (511) is fixedly linked with sliding panel (516), second conveyer belt (511)
It is placed on the second driving wheel (512) and the second driven wheel (515), second driving wheel (512) and the second motor (513) phase
Even；The second sliding rail (514) are set below the sliding panel (516), sliding panel (516) the bottom setting and the second sliding rail
(514) sliding second sliding slot；Second sliding rail (514) and second sliding slot are symmetrical arranged two groups.
7. a kind of full-automatic POCT detection device according to claim 6, it is characterised in that: be incubated for compartment (522) edge and incubate
The length and short transverse difference array setting several groups in storehouse (521) are educated, totally 32 incubation compartments (522)；The incubation storehouse
(521) center setting perforation, the perforation inner sleeve lifting nut, the matched elevating screw of the interior setting of the lifting nut
(523), the both ends of the elevating screw (523) are each extended over through perforation, the bottom of the elevating screw (523) and lifting electricity
Machine connection；Incubation storehouse (521) two sides are respectively set crane (524), and opposite side is set respectively on the crane (524)
It sets lifting sliding rail (525), described incubation storehouse (521) two sidewalls respectively correspond the matched connected lifting slider (526) of setting.
8. a kind of full-automatic POCT detection device according to claim 1, it is characterised in that: described to move back a push rod (6) cross
It is placed on support frame (602), it is described to move back setting operation frame (601), the operation frame between a push rod (6) and testing stand (611)
(601) magazine (603) are arranged in top, be respectively set on the opposite two sidewalls of the magazine (603) move back an import (604) and
Move back item outlet (605), it is described to move back an import (604) and move back that item exports (605) and to move back a push rod (6) on the same line；
The operation frame (601) side is connected with translation screw (606), and the translation screw (606) is placed on matched translation
On lead screw (607), the translation lead screw (607) drives rotation by moving back a motor (609)；The setting of the operation frame (601) bottom
Sliding slot, operation frame (601) lower section setting is compatible with sliding slot to move back a sliding rail (608)；It is described to move back a sliding rail (608) and move back
Push rod (6) is parallel with the extended line of testing stand (611)；The testing stand (611) is set on operation frame (601) horizontal plane
Detection hole (612) are arranged in side, testing stand (611) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822230012.XU CN209624620U (en) | 2018-12-27 | 2018-12-27 | A kind of full-automatic POCT detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822230012.XU CN209624620U (en) | 2018-12-27 | 2018-12-27 | A kind of full-automatic POCT detection device |
Publications (1)
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109459580A (en) * | 2018-12-27 | 2019-03-12 | 北京华科泰生物技术股份有限公司 | A kind of reagent paper detector |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109459580A (en) * | 2018-12-27 | 2019-03-12 | 北京华科泰生物技术股份有限公司 | A kind of reagent paper detector |
| CN109459580B (en) * | 2018-12-27 | 2024-03-19 | 北京华科泰生物技术股份有限公司 | Test strip detection device |
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