CN209264568U - A kind of vertically oriented lift multichannel dry type fluorescence detector - Google Patents
A kind of vertically oriented lift multichannel dry type fluorescence detector Download PDFInfo
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- CN209264568U CN209264568U CN201821626487.4U CN201821626487U CN209264568U CN 209264568 U CN209264568 U CN 209264568U CN 201821626487 U CN201821626487 U CN 201821626487U CN 209264568 U CN209264568 U CN 209264568U
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Abstract
The utility model discloses a kind of vertically oriented lift multichannel dry type fluorescence detectors, including bottom plate, workbench, card feeding device, lifting storage device, driving means, detection device, retreat-card device；Lifting storage device is mounted on bottom plate, and card feeding device and driving means are located at the left side for going up and down storage device, and detection device and retreat-card device are located at the right side of lifting storage device；Workbench is horizontally fixed on above bottom plate, driving means and detection device are installed on workbench upper surface, and card feeding device and retreat-card device are installed on workbench lower surface, and workbench is equipped with examination clip, it is to be tested to snap fits into examination clip, screen bar code recognizer is installed above examination clip.The vertically oriented lift multichannel dry type fluorescence detector of the utility model reduces equipment instrument and weight, accelerates detection speed, improve the accuracy of detection, keeps the detection efficiency of instrument and operation convenience higher.
Description
Technical field
The utility model relates to technical field of fluorescence detection, it particularly relates to a kind of vertically oriented lift multichannel
Dry type fluorescence detector.
Background technique
In the related technology, existing fluorescence detector, majority are turntable form.Examination card, circle are placed using disc format
Have on disk many spaces be it is useless, corresponding sports organization distribution also relatively disperses, and this design form increases the size of instrument
And weight, make instrument become to take up space very much and heavy, to influence property easy to use；It needs to rotate secondly, turntable transports examination card
Stroke it is larger, and other mechanisms have to wait for while being detected, and cannot work simultaneously, make to detect speed compared with
Slowly, efficiency is lower；In addition, examination card is positioned radially on the disk of rotation, fluorescence detection mould group fixed placement is above turntable, inspection
The examination card turned to below is surveyed, since turntable rotation has machine error, will lead to and reach below fluorescence detection mould group every time
Try card position it is inconsistent, keep fluorescence detection mould group actually detected to fluorescence information there is deviation, thus influence detection standard
Exactness.
Utility model content
For above-mentioned technical problem in the related technology, it is dry that the utility model proposes a kind of vertically oriented lift multichannels
Formula fluorescence detector, the structure type of this vertically oriented lift multichannel dry type fluorescence detector can reduce equipment instrument and
Weight improves the convenience of operation；Secondly, the distribution form of vertically oriented lift multichannel dry type fluorescence detector makes mechanism
Movement travel it is smaller, the speed of service of mechanism can be improved, and the work between different institutions can carry out simultaneously, to improve
Detection efficiency；In addition, the structure type of vertically oriented lift multichannel dry type fluorescence detector can prevent examination when detection from snapping into
Position is inconsistent, guarantees the accuracy of detection.
To realize the above-mentioned technical purpose, the technical solution of the utility model is achieved in that
A kind of vertically oriented lift multichannel dry type fluorescence detector, including bottom plate, workbench, card feeding device, liter
Storage device, driving means, detection device, retreat-card device drop；The lifting storage device is mounted on the bottom plate, described
Card feeding device and driving means are located at the left side of the lifting storage device, and the detection device and retreat-card device are located at the liter
The right side of storage device drops；The workbench is horizontally fixed on above the bottom plate, the driving means and detection device peace
Loaded on the workbench upper surface, the card feeding device and retreat-card device are installed on the workbench lower surface, the work
Make platform and be equipped with examination clip, screen bar code recognizer is installed above the examination clip, when the examination to be tested snapped fits on workbench
Clip, the screen bar code recognizer tried on clip identify examination card information.
Further, the card feeding device includes driving motor one, and the driving motor one is connected with thread lead screw
One, nut one is arranged in the thread lead screw one, and the thread lead screw one is arranged right below guide rail one, the guide rail one
It is connected with guide rail slide block one, bracket one is installed on the guide rail slide block one, the bracket one and the nut one connect
It connects, one end of the bracket one is equipped with into card pusher, and driving motor is worked as in the front end that the examination clip is located at into card pusher
When one rotation, thread lead screw one rotates, and nut one drives into card pusher and moves along card length direction to be tested, and then examination is blocked
Card to be tested in folder is shifted onto the storage warehouse channel of lifting storage device, into after the completion of card, returns to initial bit into card pusher
It sets waiting and transports next card to be tested.
Further, the lifting storage device includes driving motor two, and the driving motor two passes through motor cabinet
It is vertically installed on bottom plate, the driving motor two is connected with thread lead screw two, is arranged with nut in the thread lead screw two
Guide rail 2 is installed, and the guide rail two is located at the dead astern of the thread lead screw two on motor cabinet described in two, described leads
Rail two is connected with guide rail slide block two, and bracket two, the bracket two and the nut are equipped on the guide rail slide block two
Two connect, and examination card storage silo is equipped on the bracket two, and when driving motor two rotates, thread lead screw two rotates, nut
Two drive examination card storage silo to move along a straight line in the vertical direction, and any channel in storehouse is transported to corresponding height and position
On, with etc. be housed to card to be tested or push card to be tested and detect.
Further, the examination card storage silo is square box shape, and multiple be spaced each other is distributed in box vertically and is equal
Channel, each channel can accommodate examination card, and card to be tested in the front openings face examination clip of the examination card storage silo
Length direction, it is to be tested card thus opening enter examination card storage silo；There is longitudinal grooved in the side of the examination card storage silo, pushes
Device enters from fluting pushes card to be tested；It tries card storage silo side and vertical clapboard is set, the vertical clapboard is fixedly mounted
On bottom plate, fluting, card to be tested are pushed out herein in the middle part of the vertical clapboard；It is equipped with behind the examination card storage silo
Grating shape plate, the grating shape plate side are equipped with photoelectric sensor two, and the photoelectric sensor two is mounted on workbench,
The photoelectric sensor two is connected with control system；When grating shape plate is with examination card storage silo vertical lifting, photoelectric sensor
Two, which pick up its height position information, feeds back to control system, to control the movement position of examination card storage silo.
Further, the driving means includes driving motor three, and the driving motor three is connected with thread lead screw
Three, nut three is arranged in the thread lead screw three, and the thread lead screw three is arranged right below guide rail three, and described leads
Rail three is connected with guide rail slide block three, and bracket three, the bracket three and the nut are equipped on the guide rail slide block three
Three connect, and are equipped with detection push rod on the bracket three；When driving motor three rotates, thread lead screw three rotates, nut three
Detection push rod linear motion is driven, detection push rod is entered in storehouse by the longitudinal grooved of examination card storage silo side, and to be tested
The side of card contacts, and card to be tested is released examination card storage silo, until in the detection station immediately below detection device on workbench；
After the completion of push, detection push rod exits examination card storage silo and waits the next card to be tested of push back to initial position.
Further, setting push guide frame on the workbench.
Further, the detection device includes driving motor four, and the driving motor four is connected with thread lead screw
Four, nut four is arranged in the thread lead screw four, and the thread lead screw four is arranged right below guide rail four, and described leads
Rail four is connected with guide rail slide block four, and bracket four, the bracket four and the nut are equipped on the guide rail slide block four
Four connect, and are equipped with fluorescence detection mould group on the bracket four.
Further, the detection station is located on the workbench immediately below the fluorescence detection mould group, described
Detection station includes the elastic spring and limiting tool being mounted on workbench, and elastic spring is pressed against the following table of test piece to be measured
Face, limiting tool treat upper surface and the side positioning of testing piece, when test piece to be measured, which is pushed device, is pushed into detection station, i.e.,
It is positioned in immediately below fluorescence detection mould group；When detection, driving motor four works, and the nut four of thread lead screw four rotates, i.e.,
Fluorescence detection mould group is driven to move back and forth along card length direction to be tested, the test paper reaction zone in the entire tested card of range covering
Domain, and the signal of pickup is fed back to control circuit, control circuit controls fine motion before and after fluorescence detection mould group, obtains most accurate inspection
Survey result.
Further, the retreat-card device includes driving motor five, and the driving motor five is connected with thread lead screw five,
Thread lead screw five described in nut five is arranged in the thread lead screw five is arranged right below guide rail five, and the guide rail five connects
It is connected to guide rail slide block five, bracket five is installed on the guide rail slide block five, the bracket five is connect with the nut five,
It is equipped on the bracket five and moves back card pusher, when driving motor five rotates, thread lead screw five rotates, and nut five drives and moves back
Card pusher is moved along useless examination card length direction, and then the useless examination card in detection station is pushed away pop-up detection station；Wherein, it is working
Card guide frame is moved back in setting on platform, guarantees that useless examination card exits detection station；After the completion of moving back card, card pusher is moved back back to initial bit
Waiting is set to extract next useless examination card.
The utility model has the beneficial effects that the vertically oriented lift multichannel dry type fluorescence detector of the utility model,
Reduce equipment instrument and weight, accelerate detection speed, improve the accuracy of detection, the detection efficiency for making instrument and operation are just
Victory is higher.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only the utility model
Some embodiments for those of ordinary skill in the art without creative efforts, can also be according to this
A little attached drawings obtain other attached drawings.
Fig. 1 is the overall structure diagram of the vertically oriented lift multichannel dry type fluorescence detector of the invention；
Fig. 2 is the vertical view overall structure signal of the vertically oriented lift multichannel dry type fluorescence detector of the invention
Figure；
Fig. 3 is the card feeding device structural representation of the vertically oriented lift multichannel dry type fluorescence detector of the invention
Figure；
Fig. 4 a and 4b are the lifting storage dresses of the vertically oriented lift multichannel dry type fluorescence detector of the invention
Set structural schematic diagram；
Fig. 5 is the driving means structural representation of the vertically oriented lift multichannel dry type fluorescence detector of the invention
Figure；
Fig. 6 is the structure of the detecting device signal of the vertically oriented lift multichannel dry type fluorescence detector of the invention
Figure；
Fig. 7 is the retreat-card device structural representation of the vertically oriented lift multichannel dry type fluorescence detector of the invention
Figure；
In figure, a, card feeding device；B, storage device is gone up and down；C, driving means；D, detection device；E, retreat-card device；1, bottom
Plate；2, workbench；3, card to be tested；4, clip is tried；5, screen bar code recognizer；6, photoelectric sensor one；7, card guide frame is moved back；
8, elastic spring；9, limiting tool；10, guide frame is pushed；11, driving motor one；12, guide rail one；13, guide rail slide block one；
14, nut one；15, bracket one；16, into card pusher；17, vertical clapboard；18, card storage silo is tried；19, driving motor two；20, spiral shell
Mother two；21, bracket two；22, guide rail slide block two；23, guide rail two；24, motor cabinet；25, photoelectric sensor two；26, grating shape plate；
27, driving motor three；28, nut three；29, bracket three；30, guide rail slide block three；31, push rod is detected；32, guide rail three；33, it drives
Motor four；34, nut four；35, fluorescence detection mould group；36, bracket four；37, guide rail four；38, guide rail slide block four；39, driving electricity
Machine five；40, nut five；41, card pusher is moved back；42, bracket five；43, guide rail slide block five；44, give up examination card；45, guide rail five.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art's every other embodiment obtained, all belongs to
In the range of the utility model protection.
As shown in Figure 1, a kind of vertically oriented lift multichannel dry type fluorescence according to the utility model embodiment
Detector, which is characterized in that including bottom plate 1, workbench 2, card feeding device a, lifting storage device b, driving means c, detection
Device d, retreat-card device e；The lifting storage device b is mounted on the bottom plate 1, the card feeding device a and driving means c
Positioned at the left side of the lifting storage device b, the detection device d and retreat-card device e are located at the right side for going up and down storage device b
Side；The workbench 2 is horizontally fixed on 1 top of bottom plate, and the driving means c and detection device d are installed on the work
Make 2 upper surface of platform, the card feeding device a and retreat-card device e are installed on 2 lower surface of workbench, the workbench 2
It is equipped with examination clip 4, screen bar code recognizer 5 is installed above the examination clip 4, when the examination card to be tested snapped fits on workbench
Folder, the screen bar code recognizer tried on clip identify examination card information.
In one embodiment, the card feeding device a includes driving motor 1, and the driving motor 1 connects
It is connected to thread lead screw one, nut 1 is arranged in the thread lead screw one, the thread lead screw one is arranged right below guide rail
One 12, the guide rail 1 is connected with guide rail slide block 1, and bracket 1 is equipped on the guide rail slide block 1, described
Bracket 1 connect with the nut 1, one end of the bracket 1 is equipped with into card pusher 16, described to push away into card
Bar 16 is located at the front end of the examination clip 4, and when driving motor 1 rotates, thread lead screw one rotates, and nut 1 drives
It is moved into card pusher 16 along 3 length directions of card to be tested, and then the card to be tested 3 in examination clip 4 is shifted onto lifting storage device b
Storage warehouse channel in, into after the completion of card, waited into card pusher 16 back to initial position and transport next card to be tested.
In one embodiment, the lifting storage device b includes driving motor 2 19, the driving motor two
19 are vertically installed on bottom plate 1 by motor cabinet 24, and the driving motor 2 19 is connected with thread lead screw two, the screw thread silk
It is arranged on thick stick two on motor cabinet 24 described in nut 2 20 and guide rail 2 23 is installed, and the guide rail 2 23 is located at the screw thread
The dead astern of lead screw two, the guide rail 2 23 are connected with guide rail slide block 2 22, are equipped with support on the guide rail slide block 2 22
Frame 2 21, the bracket 2 21 are connect with the nut 2 20, and examination card storage silo 18 is equipped on the bracket 2 21,
When driving motor 2 19 rotates, thread lead screw two rotates, and nut 2 20 drives examination card storage silo 18 straight in the vertical direction
Line movement, any channel in storehouse is transported on corresponding height and position, with etc. be housed to it is to be tested card 3 or push it is to be tested
3 detection of card.
In one embodiment, the examination card storage silo 18 be square box shape, and be distributed with vertically in box it is multiple each other
It is spaced the channel being equal, each channel can accommodate an examination card, and the front openings face of the examination card storage silo 18 tries card
Folder 4 in it is to be tested card 3 length direction, it is to be tested card 3 thus opening enter examination card storage silo 18；The examination card storage silo 18
There is longitudinal grooved in side, and driving means c enters from fluting pushes card 3 to be tested；It tries 18 side of card storage silo and vertical clapboard is set
17, the vertical clapboard 17 is fixedly mounted on bottom plate 1, is slotted in the middle part of the vertical clapboard 17, it is to be tested card 3 through herein by
It releases；Grating shape plate 26 is installed behind the examination card storage silo 18, is equipped with photoelectric sensor beside the grating shape plate 26
2 25, the photoelectric sensor 2 25 is mounted on workbench 2, and the photoelectric sensor 2 25 is connected with control system
System；When grating shape plate 26 is with examination 18 vertical lifting of card storage silo, photoelectric sensor 2 25 picks up its height position information feedback
To control system, to control the movement position of examination card storage silo 18.
In one embodiment, the driving means c includes driving motor 3 27, and the driving motor 3 27 connects
It is connected to thread lead screw three, nut 3 28 is arranged in the thread lead screw three, the thread lead screw three is arranged right below
Guide rail 3 32, the guide rail 3 32 are connected with guide rail slide block 3 30, are equipped with bracket 3 29 on the guide rail slide block 3 30,
The bracket 3 29 is connect with the nut 3 28, and detection push rod 31 is equipped on the bracket 3 29；When driving electricity
When machine 3 27 rotates, thread lead screw three rotates, and nut 3 28 drives detection push rod 31 to move along a straight line, and detection push rod 31 passes through examination
The longitudinal grooved of 18 side of card storage silo enters in storehouse, contacts with the side of card 3 to be tested, and card 3 to be tested is released examination card and is deposited
Warehouse 18, until in detection station immediately below detection device d on workbench 2；After the completion of push, detection push rod 31 exits examination card
Storage silo 18 waits back to initial position and pushes next card to be tested.
In one embodiment, setting push guide frame 10 on the workbench 2.
In one embodiment, the detection device d includes driving motor 4 33, and the driving motor 4 33 connects
It is connected to thread lead screw four, nut 4 34 is arranged in the thread lead screw four, the thread lead screw four is arranged right below
Guide rail 4 37, the guide rail 4 37 are connected with guide rail slide block 4 38, are equipped with bracket 4 36 on the guide rail slide block 4 38,
The bracket 4 36 is connect with the nut 4 34, and fluorescence detection mould group 35 is equipped on the bracket 4 36.
In one embodiment, the detection station is located at the workbench immediately below the fluorescence detection mould group 35
On 2, the detection station includes the elastic spring 8 and limiting tool 9 being mounted on workbench 2, and elastic spring 8 is pressed against
The lower surface of test piece 3 to be measured, limiting tool 9 treats upper surface and the side positioning of testing piece 3, when test piece 3 to be measured is pushed dress
When setting c and being pushed into detection station, that is, it is positioned in immediately below fluorescence detection mould group 35；When detection, driving motor 4 33 works, spiral shell
The nut 4 34 of line lead screw four rotates, i.e., drive fluorescence detection mould group 35 is moved back and forth along 3 length directions of card to be tested, and range is covered
Test paper conversion zone in the entire tested card of lid, and the signal of pickup is fed back to control circuit, control circuit controls fluorescence
The 35 front and back fine motion of mould group is detected, obtains most accurate testing result.
In one embodiment, the retreat-card device e includes driving motor 5 39, and the driving motor 5 39 connects
There is thread lead screw five, the thread lead screw five of nut 5 40 is arranged in the thread lead screw five is arranged right below guide rail five
45, the guide rail 5 45 is connected with guide rail slide block 5 43, and bracket 5 42 is equipped on the guide rail slide block 5 43, described
Bracket 5 42 is connect with the nut 5 40, is equipped on the bracket 5 42 and is moved back card pusher 41, when driving motor 5 39
When rotation, thread lead screw five rotates, and nut 5 40 i.e. drive is moved back card pusher 41 and moved along useless examination card length direction, and then detection
Useless examination card 44 in station pushes away pop-up detection station；Wherein, card guide frame 7 is moved back in setting on workbench 2, guarantees useless examination card
44 exit detection station；After the completion of moving back card, moves back card pusher 41 and wait next useless examination card that extracts back to initial position.
In order to facilitate the above-mentioned technical proposal for understanding the utility model, below by way of practical new to this in specifically used mode
The above-mentioned technical proposal of type is described in detail.
According to a kind of vertically oriented lift multichannel dry type fluorescence detector described in the utility model, as shown in Figure 1, Figure 2
It is shown, including bottom plate 1, workbench 2, card feeding device a, lifting storage device b, driving means c, detection device d and move back clamping
Set e, when specific works, when the examination clip to be tested snapped fits on workbench, the screen bar code recognizer tried on clip identifies examination
Card information, card feeding device are moved into card pusher along card length direction to be tested, and card to be tested is promoted in examination card storage silo；It rises
The examination card storage silo of drop storage device is equipped with the multiple memory channels being distributed vertically, can go up and down along the vertical direction, to be measured to cooperate
The loading and release for trying card, realize the storage transfer of card to be tested；Driving means be located at examination card storage silo side, detection push rod to
Card to be tested is released examination card storage silo, is pushed into detection station by card flank movement to be tested；Detection device is being located at detection station just
Top, fluorescence detection mould group move back and forth along card length direction to be tested, are detected, obtain testing result；Retreat-card device
It positioned at the underface for having detected useless examination card, moves back card pusher and is moved along useless examination card length direction, useless examination card is pushed away into pop-up detection work
Position.
Integral layout such as Fig. 1, bottom plate 1 are fixedly installed, and lifting storage device b is installed on bottom plate 1, card feeding device a and push away
Device c is sent to be located on the left of lifting storage device b, detection device d and retreat-card device e are located on the right side of lifting storage device b；Work is flat
Horizontal fix of platform 2 is located at 1 top of bottom plate, and driving means c and detection device d are installed on 2 upper surface of workbench, card feeding device a
2 lower surface of workbench is installed on retreat-card device e；Integral layout is that lifting storage device is located at centre position, into card
Device executive component is located at its front, and driving means and detection, retreat-card device are located at its two sides；Testing process be examination card according to
For secondary card feeding device, lifting storage device, driving means, detection device, the retreat-card device of passing through to complete to detect, each device is independent
Setting, each other non-interference work, and detection device can carry out the work that is loaded when working simultaneously.
Card feeding device a is as shown in figure 3, include driving motor 1, driving motor 1 is connected with thread lead screw one, installs
On workbench 2, guide rail 1 is located at immediately below thread lead screw one, is mounted on workbench 2, bracket 1, which is mounted on, leads
It on rail sliding block 1, and connect with the nut 1 in thread lead screw one, is mounted on bracket 1 into one end of card pusher 16；
Workbench 2 is equipped with examination clip 4(such as Fig. 1), the folder front end of examination clip 4 is located at into card pusher 16；Try 4 top mounting bar of clip
Code identifier 5, when card to be tested is loaded into examination clip, screen bar code recognizer 5 scans 3 information of card to be tested；Work as driving motor
When one 11 rotation, thread lead screw one rotates, and nut 1 drives into card pusher 16 and moves along 3 length directions of card to be tested, into
And the card to be tested 3 in examination clip 4 is shifted onto the storage warehouse channel of lifting storage device b.Into after the completion of card, into card pusher 16
It is waited back to initial position and transports next card to be tested.
Storage device b such as Fig. 4 a and Fig. 4 b are gone up and down, including driving motor 2 19, driving motor 2 19 are connected with thread lead screw
Two, it is vertically installed on bottom plate 1 by motor cabinet 24, guide rail 2 23 is located at two dead astern of thread lead screw, is mounted on motor cabinet 24
On, bracket 2 21 is mounted on guide rail slide block 2 22, and is connect with the nut 2 20 in thread lead screw two, and examination card storage silo 18 is pacified
On bracket 2 21；Examination card storage silo 18 is designed to square box shape, multiple channels is distributed in box vertically, each channel can hold
Examination of receiving blocks, and is spaced each other and is equal；Try card storage silo 18 front openings face examination clip 4 in it is to be tested card 3 length
Direction is spent, thus opening enters examination card storage silo 18 to card 3 to be tested；There are longitudinal grooved, push dress in the side of examination card storage silo 18
It sets c to enter from fluting, pushes card 3 to be tested；Passage length shorter than tries card length, allows to enter in channel into card pusher 16,
It tries clip 4 to stretch out outside instrument, operator is facilitated to be loaded；Examination card is detached from channel when to prevent instrument from tilting, and tries card storage silo 18
Vertical clapboard 17 is arranged in side, is fixedly mounted on bottom plate 1, slots in the middle part of vertical clapboard 17, to realize pushing away for card 3 to be tested
Out；When driving motor 2 19 rotates, thread lead screw two rotates, and nut 2 20 drives examination card storage silo 18 in the vertical direction
Linear motion, and then any channel in storehouse is transported on corresponding height and position, with etc. be housed to card 3 to be tested or push
3 detection of card to be tested；Grating shape plate 26 is installed behind examination card storage silo 18, is equipped with photoelectric sensor beside grating shape plate 26
2 25 are used cooperatively with it, are mounted on workbench 2, when grating shape plate 26 is with examination 18 vertical lifting of card storage silo, photoelectricity
Sensor 2 25 can pick up its height position information and feed back to control system, to be accurately controlled the fortune of examination card storage silo 18
Dynamic position.
Driving means c such as Fig. 5, including driving motor 3 27, driving motor 3 27 are connected with thread lead screw three, are mounted on work
Make on platform 2, guide rail 3 32 is located at immediately below thread lead screw three, is mounted on workbench 2, and it is sliding that bracket 3 29 is mounted on guide rail
It on block 3 30, and is connect with the nut 3 28 in thread lead screw three, detection push rod 31 is mounted on bracket 3 29；Work as driving motor
When 3 27 rotation, thread lead screw three rotates, and nut 3 28 drives detection push rod 31 to move along a straight line, and detection push rod 31 passes through examination card
The longitudinal grooved of 18 side of storage silo enters in storehouse, contacts with the side of card 3 to be tested, and card 3 to be tested is released examination card storage
Storehouse 18, until in detection station immediately below detection device d on workbench 2；Wherein, the setting push guiding on workbench 2
Structure 10(such as Fig. 2), keep push process more stable, guarantees the position consistency in place of card 3 to be tested；After the completion of push, detection is pushed away
Bar 31 exits examination card storage silo 18 and waits the next card to be tested of push back to initial position.
Detection device d such as Fig. 6, including driving motor 4 33, driving motor 4 33 are connected with thread lead screw four, are mounted on work
Make on platform 2, guide rail 4 37 is located at immediately below thread lead screw four, is mounted on workbench 2, and it is sliding that bracket 4 36 is mounted on guide rail
It on block 4 38, and is connect with the nut 4 34 in thread lead screw four, fluorescence detection mould group 35 is mounted on bracket 4 36；Fluorescence inspection
Detection station is set on the workbench 2 surveyed immediately below mould group 35, detection station includes the elastic spring being mounted on workbench 2
Piece 8 and limiting tool 9(such as Fig. 2), elastic spring 8 is pressed against the lower surface of test piece 3 to be measured, and limiting tool 9 treats testing piece
Upper surface and side positioning, when test piece 3 to be measured, which is pushed device c, is pushed into detection station, that is, are accurately positioned in fluorescence detection
Immediately below mould group 35；When detection, driving motor 4 33 works, and the nut 4 34 of thread lead screw four rotates, i.e. the inspection of drive fluorescence
It surveys mould group 35 to move back and forth along 3 length directions of card to be tested, the test paper conversion zone in the entire tested card of range covering, and handle
The power of pickoff signals feeds back to control circuit, and the 35 front and back fine motion of circuit control fluorescence detection mould group obtains most accurate detection knot
Fruit.
Retreat-card device e such as Fig. 7, including driving motor 5 39, driving motor 5 39 are connected with thread lead screw five, are mounted on work
Make on platform 2, guide rail 5 45 is located at immediately below thread lead screw five, is mounted on workbench 2, and it is sliding that bracket 5 42 is mounted on guide rail
It on block 5 43, and is connect with the nut 5 40 in thread lead screw five, the one end for moving back card pusher 41 is mounted on bracket 5 42；Work as drive
When dynamic motor 5 39 rotates, thread lead screw five rotates, and nut 5 40 i.e. drive is moved back card pusher 41 and moved along useless examination card length direction,
And then the useless examination card 44 in detection station is pushed away pop-up detection station；Wherein, card guide frame 7 is moved back in setting on workbench 2,
Make to move back that snap past journey more stable, guarantees that useless examination card 44 smoothly exits detection station；After the completion of moving back card, card pusher 41 is moved back back to initially
Position waits next useless examination card that extracts.
In addition, lifting storage device b can be according to one 6(of photoelectric sensor as schemed while detection device d inspection test card
2) whether there is or not cards to be tested in the information judgement examination each channel of card storage silo 18 fed back, and when available free channel, this can be led to
Road is gone up and down to the height of card feeding device, and card feeding device a can carry out the work of storage examination card simultaneously.
In conclusion the vertically oriented lift multichannel dry type fluorescence detector of the utility model, reduces equipment instrument
And weight, detection speed is accelerated, the accuracy of detection is improved, keeps the detection efficiency of instrument and operation convenience higher.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection scope within.
Claims (9)
1. a kind of vertically oriented lift multichannel dry type fluorescence detector, which is characterized in that including bottom plate (1), workbench
(2), card feeding device (a), lifting storage device (b), driving means (c), detection device (d), retreat-card device (e)；The liter
Drop storage device (b) is mounted on the bottom plate (1), and the card feeding device (a) and driving means (c) are located at lifting storage
The left side of device (b), the detection device (d) and retreat-card device (e) are located at the right side of lifting storage device (b)；It is described
Workbench (2) is horizontally fixed on above the bottom plate (1), and the driving means (c) and detection device (d) are installed on the work
Make platform (2) upper surface, the card feeding device (a) and retreat-card device (e) are installed on the workbench (2) lower surface, described
Workbench (2) is equipped with examination clip (4), installs screen bar code recognizer (5) above the examination clip (4), snaps fits into when to be tested
Examination clip on workbench, the screen bar code recognizer tried on clip identify examination card information.
2. a kind of vertically oriented lift multichannel dry type fluorescence detector according to claim 1, which is characterized in that institute
The card feeding device (a) stated includes driving motor one (11), and the driving motor one (11) is connected with thread lead screw one, the spiral shell
Nut one (14) is arranged on line lead screw one, the surface of the thread lead screw one is equipped with guide rail one (12), the guide rail one
(12) it is connected with guide rail slide block one (13), bracket one (15), the bracket one are installed on the guide rail slide block one (13)
(15) it is connect with the nut one (14), one end of the bracket one (15) is equipped with into card pusher (16), described to push away into card
Bar (16) is located at the front end of examination clip (4), and when driving motor one (11) rotation, thread lead screw one rotates, nut one
(14) it drives into card pusher (16) and is moved along card (3) length direction to be tested, and then the card to be tested in examination clip (4)
(3) it shifts onto the storage warehouse channel of lifting storage device (b), into after the completion of card, returns to initial position etc. into card pusher (16)
Wait transport next card to be tested.
3. a kind of vertically oriented lift multichannel dry type fluorescence detector according to claim 2, which is characterized in that institute
The lifting storage device (b) stated includes driving motor two (19), and the driving motor two (19) is vertical by motor cabinet (24)
It is mounted on bottom plate (1), the driving motor two (19) is connected with thread lead screw two, is arranged with spiral shell in the thread lead screw two
Guide rail two (23) is installed on motor cabinet (24) described in female two (20), and the guide rail two (23) is located at the thread lead screw two
Dead astern, the guide rail two (23) is connected with guide rail slide block two (22), is equipped with support on the guide rail slide block two (22)
Frame two (21), the bracket two (21) are connect with the nut two (20), and examination card is equipped on the bracket two (21)
Storage silo (18), when driving motor two (19) rotation, thread lead screw two rotates, and nut two (20) drives examination card storage silo
(18) move along a straight line in the vertical direction, any channel in storehouse be transported on corresponding height and position, with etc. be housed to
Test card (3) or push card (3) detection to be tested.
4. a kind of vertically oriented lift multichannel dry type fluorescence detector according to claim 3, which is characterized in that institute
Stating examination card storage silo (18) is square box shape, and multiple channels for being spaced each other and being equal, each channel is distributed in box vertically
An examination card, and the length to be tested for blocking (3) in front openings face examination clip (4) of examination card storage silo (18) can be accommodated
Thus direction, card (3) to be tested are open into examination card storage silo (18)；There is longitudinal open in the side of examination card storage silo (18)
Slot, driving means (c) enters from fluting pushes card (3) to be tested；Try card storage silo (18) side setting vertical clapboard (17), institute
The vertical clapboard (17) stated is fixedly mounted on bottom plate (1), and fluting in the middle part of the vertical clapboard (17), card (3) to be tested is through this
Place is pushed out；Grating shape plate (26) is installed behind the examination card storage silo (18), is equipped with beside the grating shape plate (26)
Photoelectric sensor two (25), the photoelectric sensor two (25) are mounted on workbench (2), the photoelectric sensor two
(25) it is connected with control system；When grating shape plate (26) is with examination card storage silo (18) vertical lifting, photoelectric sensor two (25)
It picks up its height position information and feeds back to control system, to control the movement position of examination card storage silo (18).
5. a kind of vertically oriented lift multichannel dry type fluorescence detector according to claim 4, which is characterized in that institute
The driving means (c) stated includes driving motor three (27), and the driving motor three (27) is connected with thread lead screw three, described
Nut three (28) is arranged in thread lead screw three, the thread lead screw three is arranged right below guide rail three (32), the guide rail
Three (32) are connected with guide rail slide block three (30), and bracket three (29), the bracket are equipped on the guide rail slide block three (30)
Three (29) are connect with the nut three (28), and detection push rod (31) is equipped on the bracket three (29)；Work as driving motor
When three (27) rotate, thread lead screw three rotates, and nut three (28) drives detection push rod (31) linear motion, detects push rod (31)
Longitudinal grooved by trying card storage silo (18) side enters in storehouse, contacts with the side of card (3) to be tested, card to be tested
(3) examination card storage silo (18) is released, until in the detection station immediately below detection device (d) on workbench (2)；Push is completed
Afterwards, detection push rod (31) exits examination card storage silo (18) and waits the next card to be tested of push back to initial position.
6. a kind of vertically oriented lift multichannel dry type fluorescence detector according to claim 5, which is characterized in that institute
State setting push guide frame (10) on workbench (2).
7. a kind of vertically oriented lift multichannel dry type fluorescence detector according to claim 6, which is characterized in that institute
The detection device (d) stated includes driving motor four (33), and the driving motor four (33) is connected with thread lead screw four, described
Nut four (34) is arranged in thread lead screw four, the thread lead screw four is arranged right below guide rail four (37), the guide rail
Four (37) are connected with guide rail slide block four (38), and bracket four (36), the bracket are equipped on the guide rail slide block four (38)
Four (36) are connect with the nut four (34), and fluorescence detection mould group (35) is equipped on the bracket four (36).
8. a kind of vertically oriented lift multichannel dry type fluorescence detector according to claim 7, which is characterized in that institute
The detection station stated is located on the workbench (2) immediately below the fluorescence detection mould group (35), and the detection station includes
The elastic spring (8) and limiting tool (9) being mounted on workbench (2), elastic spring (8) are pressed against test piece to be measured (3)
Lower surface, limiting tool (9) treats upper surface and the side positioning of testing piece (3), when test piece to be measured (3) is pushed device (c)
When being pushed into detection station, that is, it is positioned in immediately below fluorescence detection mould group (35)；When detection, driving motor four (33) work,
The nut four (34) of thread lead screw four rotates, i.e. drive fluorescence detection mould group (35) is back and forth transported along card (3) length direction to be tested
Dynamic, in the entire tested card of range covering test paper conversion zone, and the signal of pickup is fed back to control circuit, control circuit
Fluorescence detection mould group (35) front and back fine motion is controlled, obtains most accurate testing result.
9. a kind of vertically oriented lift multichannel dry type fluorescence detector according to claim 8, which is characterized in that institute
Stating retreat-card device (e) includes driving motor five (39), and the driving motor five (39) is connected with thread lead screw five, the spiral shell
Nut five (40) thread lead screw five is arranged on line lead screw five is arranged right below guide rail five (45), the guide rail five
(45) it is connected with guide rail slide block five (43), bracket five (42), the bracket five are installed on the guide rail slide block five (43)
(42) it is connect with the nut five (40), is equipped on the bracket five (42) and moves back card pusher (41), when driving motor five
(39) when rotating, thread lead screw five rotates, and nut five (40), which drives, to move back card pusher (41) and move along useless examination card length direction, into
And the useless examination card (44) in detection station is pushed away pop-up detection station；Wherein, card guide frame is moved back in setting on workbench (2)
(7), guarantee that useless examination card (44) exits detection station；After the completion of moving back card, moves back card pusher (41) and extract back to initial position waiting
Next useless examination card.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821626487.4U CN209264568U (en) | 2018-10-08 | 2018-10-08 | A kind of vertically oriented lift multichannel dry type fluorescence detector |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112630200A (en) * | 2020-11-24 | 2021-04-09 | 北京华泰诺安探测技术有限公司 | Automatic element replacement method for hazardous gas detection equipment |
| CN112834773A (en) * | 2021-02-23 | 2021-05-25 | 广州蓝勃生物科技有限公司 | Automatic sample adding device |
| CN112964637A (en) * | 2021-02-03 | 2021-06-15 | 深圳市康立生物医疗有限公司 | Automatic detection method of immunoassay integrated system |
| CN112964638A (en) * | 2021-02-03 | 2021-06-15 | 深圳市康立生物医疗有限公司 | Immunoassay integrated system |
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2018
- 2018-10-08 CN CN201821626487.4U patent/CN209264568U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112630200A (en) * | 2020-11-24 | 2021-04-09 | 北京华泰诺安探测技术有限公司 | Automatic element replacement method for hazardous gas detection equipment |
| CN112964637A (en) * | 2021-02-03 | 2021-06-15 | 深圳市康立生物医疗有限公司 | Automatic detection method of immunoassay integrated system |
| CN112964638A (en) * | 2021-02-03 | 2021-06-15 | 深圳市康立生物医疗有限公司 | Immunoassay integrated system |
| CN112834773A (en) * | 2021-02-23 | 2021-05-25 | 广州蓝勃生物科技有限公司 | Automatic sample adding device |
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