CN208736879U - A kind of fluoroimmunoassay device - Google Patents
A kind of fluoroimmunoassay device Download PDFInfo
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- CN208736879U CN208736879U CN201821112203.XU CN201821112203U CN208736879U CN 208736879 U CN208736879 U CN 208736879U CN 201821112203 U CN201821112203 U CN 201821112203U CN 208736879 U CN208736879 U CN 208736879U
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Abstract
This application discloses a kind of fluoroimmunoassay devices, including bottom plate, and reagent card propulsion device (7) are arranged on the bottom plate, incubate slot device (2), reagent card push-off device (9)；Described dose of card propulsion device (7) exports perpendicular to the reagent card entrance for incubating slot device (2), described dose of card push-off device (9) perpendicular to the reagent card for incubating slot device (2)；The incubation slot device (2) includes incubating chute panel (204), incubation chute panel (204) the surrounding setting incubates slot surrounding edge, nonseptate plate-like structure is set as on the inside of the surrounding edge, reagent card can carry out stepless translation along the nonseptate plate-like structure.The application can be realized multiple reagent card automatic samples, and multiple reagent cards incubate simultaneously, and successively detect by program setting, improve detection efficiency, reduce the volume of equipment.
Description
Technical field
The present invention relates to technical field of biological, in particular to a kind of fluoroimmunoassay device.
Background technique
In the prior art, when carrying out biological detection, slot structure generally is incubated using circular ring shape and is detected, the disadvantage is that accounting for
It is larger with volume, also have and incubate slot structure using linear type, reagent card is incubated, still, due to universal between reagent card
Stationary barrier is set, leads to the reagent card negligible amounts incubated, and it is larger to occupy volume；And it feeds increasing reagent card
When, generally using incubating the single charging of slot overall movement or being fed using the mode of the elevator structure of array-like, cause
The volume occupancy of entire feeding structure is larger, and causes incubation system radiator structure complicated.Such as above-mentioned prior art causes existing
The whole volume of some detection devices is all larger, cannot achieve the miniaturization of detection device, cannot achieve the reagent of enormous amount
The detection of card.
Summary of the invention
The invention proposes a kind of fluoroimmunoassay devices, including bottom plate, and reagent card is arranged on the bottom plate and promotes
Device (7) incubates slot device (2), reagent card push-off device (9)；Described dose of card propulsion device (7) is perpendicular to the incubation slot
The reagent card entrance of device (2), described dose of card push-off device (9) export perpendicular to the reagent card for incubating slot device (2)；Institute
Stating and incubating slot device (2) includes incubating chute panel (204), and incubation chute panel (204) the surrounding setting incubates slot surrounding edge, described
Nonseptate plate-like structure is set as on the inside of surrounding edge, reagent card can carry out stepless flat along the nonseptate plate-like structure
It moves.
The fluoroimmunoassay device is in rectangular flat plate structure in incubation chute panel (204) structure, puts down
One partition-type structures are at least set in plate structure, by the partition-type structures by the incubation chute panel (204) in length direction
On be divided into two-stage structure, pass through and described incubate the fixed two-stage structure for incubating chute panel (204) of slot surrounding edge.
Alternatively, being in rectangular flat plate structure in incubation chute panel (204) structure, the incubation slot surrounding edge setting is at least
One reagent card outlet, with the reagent card outlet surrounding edge opposite side surrounding edge on one opening, it is described opening for push reagent card from
It releases the reagent card outlet；
Alternatively, being in rectangular flat plate structure in incubation chute panel (204) structure, on the incubation chute panel (204)
Side setting incubates tank cover plate, and an at least gap structure is arranged in the incubation tank cover plate, and the gap structure is used to pass through hook side
The reagent card is exported from reagent card and is pulled out by formula.
At least two notches are arranged in the fluoroimmunoassay device, the incubation slot surrounding edge, and one of notch is set
It is set to reagent card entrance, another notch is set as reagent card outlet.
The positive downside of the reagent card outlet is arranged in the fluoroimmunoassay device, the partition-type structures.
Heat dissipation is arranged in the fluoroimmunoassay device, two sides for incubating chute panel (204) length direction
Reagent card mobile device (3) are arranged in fan, the side vertical with the radiator fan, and the reagent card mobile device (3) includes
First motor (301), the second motor (302), first movement support arm (303), the second mobile support arm (304), two mobile devices
Bracket (305) and the cross bar being arranged between described two mobile device brackets (305)；First motor (301) driving
First movement support arm (303), second motor (302) driving second mobile support arm (304) are moved along the cross bar；
The first movement support arm (303) drives the reagent card (1) to move from right to left along chute panel (204) are incubated,
Described second mobile support arm (304) drive the reagent card (1) to move from left to right along chute panel (204) are incubated.
The fluoroimmunoassay device, the first movement support arm (303), second mobile support arm (304) length
It is close with the length of reagent card.
The fluoroimmunoassay device, incubation chute panel (204) upside setting incubate tank cover plate, the incubation
The setting of chute panel (204) bottom surface incubates module, incubates module heat dissipating end and contacts with air, logical with the heat dissipation for forming radiator fan
Road.
The fluoroimmunoassay device, the reagent card propulsion device (7) include reagent card storehouse (701), charging mould
Block promotes support frame (702), feed module (703), pushing block support base (704), pushing block to decline seat (705), propulsion module group motor
(706)；The reagent card storehouse (701) is one-sided open shape " work " shape structure, and extend certain length in the height direction, can
The fixed reagent card (1) stacked；The feed module promotes the fixed pushing block in support frame (702) side to decline seat (705), propulsion module
Group motor (706), the support platform of upper end fixed feed module (703), the support platform includes groove, and the groove is used for
The feed module (703) lifting is accommodated, and can be used for the feed module (703) and moved back along support platform completion charging
Return to charging original state.
The length of the fluoroimmunoassay device, the feed module (703) is greater than or equal to reagent card (1)
Length, with the stability for keeping reagent card to push.
The fluoroimmunoassay device, the reagent card storehouse (701) be detachable and interchangeable different in width Ka Cang or
Person can Auto-matching reagent card width to adjust card storehouse width or manually adjustable card storehouse width.
The fluoroimmunoassay device, the reagent card push-off device (9) include reagent card pushing out card storehouse (901),
It releases push rod (902), release motor (903), push-off device support frame (904), electromagnet push card device (905)；The release
Push rod (902) can protrude into the partition-type structures, will be described to release the reagent card (1) from the incubation chute panel (204)
Reagent card (1), which is released, arrives reagent card pushing out card storehouse (901)；The release motor (903) drives the release push rod (902)
Linear movement；The push-off device support frame (904) is used to support reagent card pushing out card storehouse (901), releases push rod
(902), motor (903), electromagnet push card device (905) are released.
The fluoroimmunoassay device, reagent card pushing out card storehouse (901) include detection section, two sections of pusher section knots
Structure, the detection section include the hold assembly of fixed reagent card (1) two sides, setting protrusion on the upside of the hold assembly
Part, for fixing the reagent card (1) in a thickness direction；The electromagnet push card device (905) is arranged in the pusher section
Wherein a side, another side of the pusher section is set as hollow out, is pushed by the electromagnet push card device (905) dynamic
Make to push the reagent card (1) from hollow out side and leaves reagent card pushing out card storehouse (901).
The fluoroimmunoassay device further includes sampling mechanism (5), and the sampling mechanism (5) is using portal frame
Mode specifically includes sampling probe (501), sampling probe motor (502), takes across getting in the upside for incubating slot device (2)
Sample mechanism rack (503), the traversing motor of sampling mechanism (504), sampling straight line mould group (505).
The fluoroimmunoassay device further includes optical detection apparatus (10), and the optical detection apparatus (10) sets
It sets in reagent card push-off device (9) side, specifically includes optical detecting head (1001), optical detecting head fixing piece
(1002), third motor (1003), optical detection apparatus support frame (1004)；The third motor (1003) drives screw rod, with
The optical detecting head (1001), optical detecting head fixing piece (1002) is driven to move linearly along screw rod, when the reagent card (1)
When needing to carry out optical detection, the optical detecting head (1001), optical detecting head fixing piece (1002) are in the third motor
(1003) driving is moved on the upside of the reagent card (1) and is detected；The optical detection apparatus support frame (1004)
It is used to support the optical detecting head (1001), optical detecting head fixing piece (1002), third motor (1003).
Advantageous effects obtained by the present invention are: 1, the mode for realizing that multiple reagent cards stack carries out auto feed,
Adapt to one and the detection of more people's multiple groups parts.Feeding device is gone up and down by setting, the steady progress of multiple reagent card chargings is realized, leads to
It crosses feeding device setting and reagent card matching length, placement level is without tilting when reagent card being made to feed, strict guarantee sample-adding
And the consistency of reaction, improve result precision；2, slot will be incubated and is set as no space state, and improved and incubate slot receiving examination
The quantity of agent card reduces the entire volume for incubating slot；3, by incubate slot be set as linear type, make reagent card pushing in device and
Reagent card push-off device can be vertically laid out with incubation slot, keep overall structure more compact；4, the reagent card that will have been incubated
It is transferred to from platform parallel is incubated in feedstock direction, has simplified reagent card from the structure for incubating platform removal；5, by moveable
Accurate Guided optical detection device carries out optical detection, prevents reagent card shake when detecting, improves detection accuracy；6, pass through
Reagent card is released by electromagnet push card device, structure is simple, realizes quick pusher.
Detailed description of the invention
From following description with reference to the accompanying drawings it will be further appreciated that the present invention.Component in figure is not drawn necessarily to scale,
But it focuses on and shows in the principle of embodiment.In the figure in different views, identical appended drawing reference is specified to be corresponded to
Part.
Fig. 1 is fluoroimmunoassay equipment overall structure schematic diagram of the present invention；
Fig. 2 is that the present invention incubates slot device structural schematic diagram；
Fig. 3 is reagent card mobile device structural schematic diagram of the present invention；
Fig. 4 is fluid path combining structure schematic diagram of the present invention；
Fig. 5 is sampling mechanism structural schematic diagram of the present invention；
Fig. 6 is reagent card reagent cartridge configuration schematic diagram of the present invention；
Fig. 7 is reagent card propulsion device structural schematic diagram of the present invention；
Fig. 8 is sample of the present invention frame combining structure schematic diagram；
Fig. 9 is reagent card push-off device structural schematic diagram of the present invention；
Figure 10 is optical detection assembling structure schematic diagram of the present invention.
Specific embodiment
In order to enable the objectives, technical solutions, and advantages of the present invention are more clearly understood, below in conjunction with attached drawing and its implementation
Example, the present invention will be described in further detail；It should be appreciated that specific embodiment described herein is only used for explaining this hair
It is bright, it is not intended to limit the present invention.To those skilled in the art, after access is described in detail below, the present embodiment
Other systems, method and/or feature will become obvious.It is intended to all such additional systems, method, feature and advantage
It is included in this specification, is included within the scope of the invention, and by the protection of the appended claims.In detailed below
Describe the other feature of the disclosed embodiments, and these characteristic roots according to it is described in detail below will be aobvious and easy
See.
As shown in Figure 1, being fluoroimmunoassay equipment overall structure figure of the present invention, specifically include: reagent card (1), temperature
Educate slot device (2), reagent card mobile device (3), fluid path combination (4), sampler (5), reagent card collection box (6), reagent card
Propulsion device (7), sample rack device (8), reagent card push-off device (9), optical detection apparatus (10).
As shown in Fig. 2, incubating slot device structural schematic diagram for the present invention, reagent card (1) is specifically included in figure, incubates slot side
Plate (201), code reader (203), incubates chute panel (204) at radiator fan (202).
As shown in figure 3, be reagent card mobile device structural schematic diagram of the present invention, specifically include in figure first motor (301),
Second motor (302), first movement support arm (303), the second mobile support arm (304), mobile device bracket (305).
As shown in figure 4, being fluid path combining structure schematic diagram of the present invention, fluid path metal plate (401), accurate column are specifically included in figure
Plug pump (402), diaphragm pump 1 (403), diaphragm pump 2 (404).
As shown in figure 5, being sampling mechanism structural schematic diagram of the present invention, sampling probe (501), sampling probe electricity are specifically included in figure
Machine (502), sampling mechanism bracket (503), the traversing motor of sampling mechanism (504), sampling straight line mould group (505).
As shown in fig. 6, being reagent card reagent cartridge configuration schematic diagram of the present invention, reagent card collection box is specifically included in figure
(601), collection box locating piece (602).
As shown in fig. 7, be reagent card propulsion device structural schematic diagram of the present invention, reagent card (1), reagent card storehouse (701), into
Expect that module promotes support frame (702), feed module (703), pushing block support base (704), pushing block to decline seat (705), propulsion module group
Motor (706).
As shown in figure 8, being sample of the present invention frame combining structure schematic diagram, specific sample rack device (801), test tube in figure
(802), cleaning barrel (803), rack for test tube (804), barcode scanning head (805).
As shown in figure 9, being reagent card push-off device structural schematic diagram of the present invention, reagent card (1), examination are specifically included in figure
Agent Ka Tuichukacang (901), release push rod (902), release motor (903), push-off device support frame (904), electromagnet push away card
Device (905).
As shown in Figure 10, it is optical detection assembling structure schematic diagram of the present invention, specifically includes optical detecting head in figure
(1001), optical detecting head fixing piece (1002), third motor (1003), optical detection apparatus support frame (1004).
The invention proposes a kind of fluoroimmunoassay devices, including bottom plate, and reagent card is arranged on the bottom plate and promotes
Device (7) incubates slot device (2), reagent card push-off device (9)；Described dose of card propulsion device (7) is perpendicular to the incubation slot
The reagent card entrance of device (2), described dose of card push-off device (9) export perpendicular to the reagent card for incubating slot device (2)；Institute
Stating and incubating slot device (2) includes incubating chute panel (204), and incubation chute panel (204) the surrounding setting incubates slot surrounding edge, described
Nonseptate plate-like structure is set as on the inside of surrounding edge, reagent card can carry out stepless flat along the nonseptate plate-like structure
It moves.
The fluoroimmunoassay device is in rectangular flat plate structure in incubation chute panel (204) structure, puts down
One partition-type structures are at least set in plate structure, by the partition-type structures by the incubation chute panel (204) in length direction
On be divided into two-stage structure, pass through and described incubate the fixed two-stage structure for incubating chute panel (204) of slot surrounding edge.
Alternatively, being in rectangular flat plate structure, the incubation slot surrounding edge in the incubation chute panel (not shown) structure
An at least reagent card is arranged to export, with an opening on the surrounding edge of reagent card outlet surrounding edge opposite side, the opening is for pushing
Reagent card is exported from the reagent card and is released；
Alternatively, being in rectangular flat plate structure, the incubation chute panel in the incubation chute panel (not shown) structure
(204) upside setting incubates tank cover plate (204), and an at least gap structure, the gap knot is arranged in the incubation tank cover plate (204)
Structure is used to export the reagent card from reagent card by hook mode and pull out.
There are the reagent card various ways to pull out or release from reagent card outlet, can be from rectangular flat plate
Structure is pushed away or is drawn next time, can also be released from reagent card tail portion described in surrounding edge, or gap of cracking from cover board, for stretching
Enter to draw the component perhaps pushed away to carry out that the reagent card is driven to push away or pull out from reagent card outlet on the upside of reagent card
Come.
At least two notches are arranged in the fluoroimmunoassay device, the incubation slot surrounding edge, and one of notch is set
It is set to reagent card entrance, another notch is set as reagent card outlet.
The positive downside of the reagent card outlet is arranged in the fluoroimmunoassay device, the partition-type structures.
Heat dissipation is arranged in the fluoroimmunoassay device, two sides for incubating chute panel (204) length direction
Reagent card mobile device (3) are arranged in fan, the side vertical with the radiator fan, and the reagent card mobile device (3) includes
First motor (301), the second motor (302), first movement support arm (303), the second mobile support arm (304), two mobile devices
Bracket (305) and the cross bar being arranged between described two mobile device brackets (305)；First motor (301) driving
First movement support arm (303), second motor (302) driving second mobile support arm (304) are moved along the cross bar；
The first movement support arm (303) drives the reagent (1) to move from right to left along chute panel (204) are incubated, institute
Stating second mobile support arm (304) drives the reagent (1) to move from left to right along chute panel (204) are incubated.
The fluoroimmunoassay device, the first movement support arm (303), second mobile support arm (304) length
It is close with the length of reagent card.
The fluoroimmunoassay device, incubation chute panel (204) upside setting incubate tank cover plate, the incubation
The setting of chute panel (204) bottom surface incubates module, incubates module heat dissipating end and contacts with air, logical with the heat dissipation for forming radiator fan
Road.
The fluoroimmunoassay device, the reagent card propulsion device (7) include reagent card storehouse (701), charging mould
Block promotes support frame (702), feed module (703), pushing block support base (704), pushing block to decline seat (705), propulsion module group motor
(706)；The reagent card storehouse (701) is one-sided open shape " work " shape structure, and extend certain length in the height direction, can
The fixed reagent card (1) stacked；The feed module promotes the fixed pushing block in support frame (702) side to decline seat (705), propulsion module
Group motor (706), the support platform of upper end fixed feed module (703), the support platform includes groove, and the groove is used for
The feed module (703) lifting is accommodated, and can be used for the feed module (703) and moved back along support platform completion charging
Return to charging original state.
The length of the fluoroimmunoassay device, the feed module (703) is greater than or equal to reagent card (1)
Length, with the stability for keeping reagent card to push.
The fluoroimmunoassay device, the reagent card storehouse (701) be detachable and interchangeable different in width Ka Cang or
Person can Auto-matching reagent card width to adjust card storehouse width or manually adjustable card storehouse width.
The fluoroimmunoassay device, the reagent card push-off device (9) include reagent card pushing out card storehouse (901),
It releases push rod (902), release motor (903), push-off device support frame (904), electromagnet push card device (905)；The release
Push rod (902) can protrude into the partition-type structures, will be described to release the reagent card (1) from the incubation chute panel (204)
Reagent card (1), which is released, arrives reagent card pushing out card storehouse (901)；The release motor (903) drives the release push rod (902)
Linear movement；The push-off device support frame (904) is used to support reagent card pushing out card storehouse (901), releases push rod
(902), motor (903), electromagnet push card device (905) are released.
The fluoroimmunoassay device, reagent card pushing out card storehouse (901) include detection section, two sections of pusher section knots
Structure, the detection section include the hold assembly of fixed reagent card (1) two sides, setting protrusion on the upside of the hold assembly
Part, for fixing the reagent card (1) in a thickness direction；The electromagnet push card device (905) is arranged in the pusher section
Wherein a side, another side of the pusher section is set as hollow out, is pushed by the electromagnet push card device (905) dynamic
Make to push the reagent card (1) from hollow out side and leaves reagent card pushing out card storehouse (901).
The fluoroimmunoassay device further includes sampling mechanism (5), and the sampling structure (5) is using portal frame
Mode specifically includes sampling probe (501), sampling probe motor (502), takes across getting in the upside for incubating slot device (2)
Sample mechanism rack (503), the traversing motor of sampling mechanism (504), sampling straight line mould group (505).
The fluoroimmunoassay device further includes optical detection apparatus (10), and the optical detection apparatus (10) sets
It sets in reagent card push-off device (9) side, specifically includes optical detecting head (1001), optical detecting head fixing piece
(1002), third motor (1003), optical detection apparatus support frame (1004)；The third motor (1003) drives screw rod, with
The optical detecting head (1001), optical detecting head fixing piece (1002) is driven to move linearly along screw rod, when the reagent card (1)
When needing to carry out optical detection, the optical detecting head (1001), optical detecting head fixing piece (1002) are in the third motor
(1003) driving is moved on the upside of the reagent card (1) and is detected；The optical detection apparatus support frame (1004)
It is used to support the optical detecting head (1001), optical detecting head fixing piece (1002), third motor (1003).
Advantageous effects obtained by the present invention are: 1, the mode for realizing that multiple reagent cards stack carries out auto feed,
Adapt to one and the detection of more people's multiple groups parts.Feeding device is gone up and down by setting, the steady progress of multiple reagent card chargings is realized, leads to
It crosses feeding device setting and reagent card matching length, placement level is without tilting when reagent card being made to feed, strict guarantee sample-adding
And the consistency of reaction, improve result precision；2, slot will be incubated and is set as no space state, and improved and incubate slot receiving examination
The quantity of agent card reduces the entire volume for incubating slot；3, by incubate slot be set as linear type, make reagent card pushing in device and
Reagent card push-off device can be vertically laid out with incubation slot, keep overall structure more compact；4, the reagent card that will have been incubated
It is transferred to from platform parallel is incubated in feedstock direction, has simplified reagent card from the structure for incubating platform removal；5, by moveable
Accurate Guided optical detection device carries out optical detection, prevents reagent card shake when detecting, improves detection accuracy；6, pass through
Reagent card is released by electromagnet push card device, structure is simple, realizes quick pusher.
Although describing the present invention by reference to various embodiments above, but it is to be understood that of the invention not departing from
In the case where range, many changes and modifications can be carried out.Therefore, be intended to foregoing detailed description be considered as it is illustrative and
It is unrestricted, and it is to be understood that following following claims (including all equivalents) is intended to limit spirit and model of the invention
It encloses.The above embodiment is interpreted as being merely to illustrate the present invention rather than limit the scope of the invention.It is reading
After the content of record of the invention, technical staff can be made various changes or modifications the present invention, these equivalence changes and
Modification equally falls into the scope of the claims in the present invention.
Claims (14)
1. a kind of fluoroimmunoassay device, including bottom plate, which is characterized in that reagent card propulsion device is arranged on the bottom plate
(7), slot device (2), reagent card push-off device (9) are incubated；Described dose of card propulsion device (7) is perpendicular to the incubation slot device
(2) reagent card entrance, described dose of card push-off device (9) export perpendicular to the reagent card for incubating slot device (2)；The temperature
Educating slot device (2) includes incubating chute panel (204), and incubation chute panel (204) the surrounding setting incubates slot surrounding edge, the surrounding edge
Inside is set as nonseptate plate-like structure, and reagent card can carry out stepless translation along the nonseptate plate-like structure.
2. fluoroimmunoassay device as described in claim 1, which is characterized in that in incubation chute panel (204) structure
In rectangular flat plate structure, a partition-type structures are at least set, by the partition-type structures by the incubation in plate-like structure
Chute panel (204) is divided into two-stage structure in the longitudinal direction, passes through the fixed incubation chute panel of the incubation slot surrounding edge
(204) two-stage structure；
Alternatively, be in rectangular flat plate structure in incubation chute panel (204) structure, at least one examination of incubation slot surrounding edge setting
An opening in the outlet of agent card, with the surrounding edge of reagent card outlet surrounding edge opposite side, the opening is for pushing reagent card from described
It releases reagent card outlet；
Alternatively, being in rectangular flat plate structure in incubation chute panel (204) structure, set on the upside of the incubation chute panel (204)
Incubation tank cover plate is set, an at least gap structure is arranged in the incubation tank cover plate, and the gap structure is used for will by hook mode
The reagent card is exported from reagent card and is pulled out.
3. fluoroimmunoassay device as claimed in claim 2, which is characterized in that the incubation slot surrounding edge setting at least two
Notch, one of notch are set as reagent card entrance, another notch is set as reagent card outlet.
4. fluoroimmunoassay device as claimed in claim 3, which is characterized in that the partition-type structures are arranged in the reagent
Block the positive downside of outlet.
5. fluoroimmunoassay device as claimed in claim 3, which is characterized in that incubation chute panel (204) the length side
To two sides radiator fan is set, reagent card mobile device (3) are arranged in the side vertical with the radiator fan, the examination
Agent card mobile device (3) includes first motor (301), the second motor (302), first movement support arm (303), the second mobile support arm
(304), two mobile device brackets (305) and the cross bar being arranged between described two mobile device brackets (305)；It is described
First motor (301) drives first movement support arm (303), second motor (302) driving second mobile support arm (304) along institute
It is mobile to state cross bar；
The first movement support arm (303) drives the reagent card (1) to move from right to left along chute panel (204) are incubated, described
Second mobile support arm (304) drive the reagent card (1) to move from left to right along chute panel (204) are incubated.
6. fluoroimmunoassay device as claimed in claim 5, which is characterized in that the first movement support arm (303), second
The length of mobile support arm (304) is close with the length of reagent card.
7. fluoroimmunoassay device as claimed in claim 5, which is characterized in that set on the upside of the incubation chute panel (204)
Incubation tank cover plate is set, incubation chute panel (204) the bottom surface setting incubates module, incubates module heat dissipating end and contact with air,
To form the heat dissipation channel of radiator fan.
8. fluoroimmunoassay device as described in claim 1, which is characterized in that the reagent card propulsion device (7) includes
Reagent card storehouse (701), feed module promote support frame (702), feed module (703), pushing block support base (704), pushing block decline
Seat (705), propulsion module group motor (706)；The reagent card storehouse (701) is one-sided open shape " work " shape structure, in height side
Upward extension certain length, is capable of fixing the reagent card (1) of stacking；The feed module promotes support frame (702) side to fix
Pushing block declines seat (705), propulsion module group motor (706), the support platform of upper end fixed feed module (703), and the support is put down
Platform includes groove, and the groove can be used for the feed module (703) edge for accommodating the feed module (703) lifting
The support platform is moved back into charging original state after completing charging.
9. fluoroimmunoassay device as claimed in claim 8, which is characterized in that the length of the feed module (703) is big
In or be equal to reagent card (1) length, with keep reagent card push stability.
10. fluoroimmunoassay device as claimed in claim 8, which is characterized in that the reagent card storehouse (701) is detachable
Replace different in width Ka Cang or can Auto-matching reagent card width to adjust card storehouse width or manually adjustable Ka Cang
Width.
11. fluoroimmunoassay device as claimed in claim 2, which is characterized in that the reagent card push-off device (9) includes
Reagent card pushing out card storehouse (901), release push rod (902), release motor (903), push-off device support frame (904), electromagnet push away
Card device (905)；The release push rod (902) can protrude into the partition-type structures, to release from the incubation chute panel (204)
The reagent card (1) is released and arrives reagent card pushing out card storehouse (901) by the reagent card (1)；The release motor (903)
The release push rod (902) is driven to move linearly；The push-off device support frame (904) is used to support the reagent card pushing out card
Storehouse (901) releases push rod (902), releases motor (903), electromagnet push card device (905).
12. fluoroimmunoassay device as claimed in claim 11, which is characterized in that reagent card pushing out card storehouse (901)
Including detecting section, pusher section two-stage structure, the detection section includes the hold assembly of fixed reagent card (1) two sides, institute
It states and protruding part is set on the upside of hold assembly, for fixing the reagent card (1) in a thickness direction；The electromagnet push card device
(905) wherein a side of the pusher section is set, and another side of the pusher section is set as hollow out, passes through the electromagnetism
By the reagent card (1), from hollow out side, reagent card pushing out card storehouse is left in push for iron push card device (905) push movement
(901).
13. fluoroimmunoassay device as described in claim 1, which is characterized in that it further include sampling mechanism (5), it is described to take
Model machine structure (5), across getting in the upside for incubating slot device (2), specifically includes sampling probe by the way of portal frame
(501), sampling probe motor (502), sampling mechanism bracket (503), the traversing motor of sampling mechanism (504), sampling straight line mould group
(505).
14. fluoroimmunoassay device as described in claim 1, which is characterized in that further include optical detection apparatus (10), institute
Optical detection apparatus (10) setting is stated in reagent card push-off device (9) side, specifically include optical detecting head (1001),
Optical detecting head fixing piece (1002), third motor (1003), optical detection apparatus support frame (1004)；The third motor
(1003) screw rod is driven, to drive the optical detecting head (1001), optical detecting head fixing piece (1002) to move along screw rod straight line
It is dynamic, when the reagent card (1) needs to carry out optical detection, the optical detecting head (1001), optical detecting head fixing piece
(1002) it is moved on the upside of the reagent card (1) and is detected in the driving of the third motor (1003)；The optics
Detection device support frame (1004) is used to support the optical detecting head (1001), optical detecting head fixing piece (1002), third
Motor (1003).
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| CN201821112203.XU CN208736879U (en) | 2018-07-13 | 2018-07-13 | A kind of fluoroimmunoassay device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108732363A (en) * | 2018-07-13 | 2018-11-02 | 深圳市活水床旁诊断仪器有限公司 | A kind of fluoroimmunoassay device and its control method |
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2018
- 2018-07-13 CN CN201821112203.XU patent/CN208736879U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108732363A (en) * | 2018-07-13 | 2018-11-02 | 深圳市活水床旁诊断仪器有限公司 | A kind of fluoroimmunoassay device and its control method |
| CN108732363B (en) * | 2018-07-13 | 2023-10-24 | 深圳市活水床旁诊断仪器有限公司 | Fluorescence immunoassay device |
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