CN207623358U - Automatic cleaning separator - Google Patents
Automatic cleaning separator Download PDFInfo
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- CN207623358U CN207623358U CN201721856089.7U CN201721856089U CN207623358U CN 207623358 U CN207623358 U CN 207623358U CN 201721856089 U CN201721856089 U CN 201721856089U CN 207623358 U CN207623358 U CN 207623358U
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- fluid injection
- imbibition
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- automatic cleaning
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Abstract
The utility model is related to a kind of automatic cleaning separators, and for removing the ingredient being not associated in reactant in reaction vessel, the automatic separator that cleans includes：Fluid injection mixing mechanism, removing component, liquid sucting mechanism.Fluid injection driver is installed on fluid injection mixing mechanism, imbibition driver is installed on liquid sucting mechanism, fluid injection driver driving fluid injection mixing mechanism, which moves up and down, completes fluid injection, imbibition driver driving liquid sucting mechanism, which moves up and down, completes imbibition, and removing component removes the reaction vessel on fluid injection mixing mechanism under the relative motion of liquid sucting mechanism and fluid injection mixing mechanism.The automatic cleaning separator overall structure is simple, and manufacture easy to produce, the movement travel of mechanism and time are short, cleaning good separating effect, efficient, very useful.
Description
Technical field
The utility model is related to the technical fields that in-vitro diagnosis automates immunoassay equipment, more particularly to a kind of automatic
Clean separator.
Background technology
Automatic chemiluminescence immunoassay is an important technology of in-vitro diagnosis automated analysis, which mainly leads to
Full-automatic chemiluminescence is crossed instrument is immunized to complete.Be immunized in instrument in Full-automatic chemiluminescence, in order to realize free label and
The separation of immune complex marker, it usually needs cleaning separation process is carried out through over cleaning separator, to remove reactant
In the ingredient that is not associated with, then complete luminescence-producing reaction on the basis of immune compound token object.
Existing cleaning separator is in order to reach cleaning separation function, it usually needs is provided with the cleaning point independently driven
Separation disc, liquid sucting mechanism, mechanism for filling liquid, mixing grasping mechanism and removing mechanism etc. components, so as to cause cleaning separator and
Whole complicated of analyzer, volume is big, and it is big to manufacture difficulty, in addition, low etc. there is also cleaning inferior separating effect, efficiency
Problem, to the accuracy of impact analysis detection.
Utility model content
Based on this, it is necessary to for cleaning separator there are the problem of, a kind of system simple in structure, easy to produce is provided
It makes, clean good separating effect, efficient automatic cleaning separator.
A kind of automatic cleaning separator, for removing the ingredient being not associated in reactant in reaction vessel, feature exists
In the automatic cleaning separator includes：Fluid injection mixing mechanism, removing component, liquid sucting mechanism；On the fluid injection mixing mechanism
Fluid injection driver is installed, imbibition driver is installed on the liquid sucting mechanism, the fluid injection driver drives the fluid injection mixed
Even mechanism, which moves up and down, completes fluid injection, and the imbibition driver drives the liquid sucting mechanism to move up and down and completes imbibition, described de-
Except component removed under the relative motion of the liquid sucting mechanism and the fluid injection mixing mechanism it is anti-on the fluid injection mixing mechanism
Answer container.
Further include rotary drive mechanism, rotating disk mechanism in one of the embodiments, the rotating disk mechanism is installed on described
On rotating mechanism, the fluid injection mixing mechanism is installed on the rotating disk mechanism.
In one of the embodiments, the rotary drive mechanism include bottom plate, the electric rotating that is installed on the bottom plate
Machine, the rotation synchronization belt being installed on the electric rotating machine, the rotation synchronization belt are connect with the rotating disk mechanism.
The rotating disk mechanism includes fireless cooker, is installed on the rotary drive mechanism in one of the embodiments,
Turntable, the turntable is equipped with several incubation slots and cleaning separating tank, the incubation slot are arranged on the turntable in inner ring, institute
Cleaning separating tank is stated to arrange in outer ring on the turntable.
Disk cover is installed in one of the embodiments, the disk cover is located at the incubation slot, cleaning on the fireless cooker
It is connect above separating tank and with the fluid injection mixing mechanism.
The disk cover is equipped with several first access holes, the second access hole, third access hole in one of the embodiments,
And the 4th access hole, first access hole are oppositely arranged with wherein several incubation slots, second access hole and the cleaning
Separating tank is oppositely arranged, and the third access hole is used for imbibition, and the 4th access hole is used for fluid injection.
The imbibition driver of the liquid sucting mechanism is connected with the fluid injection mixing mechanism in one of the embodiments,
It connects.In one of the embodiments, it is characterized in that, the fluid injection mixing mechanism includes supporting cell guide, is installed on the support
Fluid injection plate on guide post, the mixing driver being installed on the fluid injection plate and at least two mixing components and fluid injection needle tubing,
The mixing driver is connect with the mixing component, and the fluid injection needle tubing passes through the fluid injection plate from above the fluid injection plate.
The mixing component includes synchronous pulley and mixing collet in one of the embodiments,；The removing component packet
Removing bar and spring are included, the fluid injection needle tubing is passed through among the mixing component and removing component.
The liquid sucting mechanism includes the imbibition plate being installed on the supporting cell guide, installation in one of the embodiments,
In at least two imbibition needle tubings on the imbibition plate, the imbibition plate is located at the top of the fluid injection plate.
Above-mentioned automatic cleaning separator, including rotary drive mechanism, be installed on rotary drive mechanism rotating disk mechanism,
The fluid injection mixing mechanism being installed on rotating disk mechanism, the removing group valence and liquid sucting mechanism that are installed on fluid injection mixing mechanism use
When, separator will be entirely cleaned automatically on Full-automatic chemiluminescence immunoassay analysis meter.The automatic cleaning separator
Remove component and liquid sucting mechanism realization incubation by rotary drive mechanism, rotating disk mechanism, fluid injection mixing mechanism, shift and transport,
Magnetic suck, fluid injection, imbibition, mixing, de- pipe operation are integrated in one, simple and compact for structure, manufacture easy to produce.It is driven by fluid injection
Point that multiple reaction vessels are carried out at the same time not same order may be implemented in device, mixing driver and imbibition driver these three power sources
From, fluid injection, mixing and imbibition operation, mode of operation is simple and reliable, separation cleaning good separating effect, efficient, ensure that follow-up
Analyze the accuracy of detection.
Description of the drawings
Fig. 1 is the schematic diagram that separator is cleaned in one preferred embodiment of the utility model automatically；
Fig. 2 is the schematic diagram for cleaning another visual angle of separator shown in Fig. 1 automatically；
Fig. 3 is the partial schematic diagram for cleaning separator transfer disc mechanism shown in Fig. 1 automatically；
Fig. 4 is to clean fluid injection mixing mechanism in separator, removing component, liquid sucting mechanism shown in Fig. 1 automatically to be incorporated in one
The partial schematic diagram risen；
Attached drawing marks explanation：
100- cleans separator, 20- rotary drive mechanisms, 21- bottom plates, 22- electric rotating machines, 23- rotation synchronizations automatically
Band, 30- rotating disk mechanisms, 31- magnetic parts, 32- fireless cookers, 33- turntables, 34- incubation slots, 35- cleaning separating tanks, 36- disk covers,
The initial fluid injection components of 38-, the first access holes of 361-, the second access holes of 362-, 363- third access holes, the 4th access holes of 364-,
40- fluid injection mixing mechanisms, 41- fluid injection drivers, 42- supporting cell guides, 43- fluid injection plates, 44- mixing drivers, 45- mixing groups
Part, 46- fluid injection needle tubings, 47- are oriented to idle pulley, 48- mixing synchronous belts, 411- fluid injection drive rods, the first guide sleeves of 431-, 432- branch
Brace, 451- synchronous pulleys, 452- mixing collets, 50- remove component, and 51- removes bar, 52- springs, 60- liquid sucting mechanisms, 61-
Imbibition plate, 62- imbibition drivers, 63- imbibition needle tubings, the second guide sleeves of 64-, 70- reaction vessels.
Specific implementation mode
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The preferred embodiment of the utility model is given in attached drawing.But the utility model can in many different forms come in fact
It is existing, however it is not limited to embodiment described herein.Make public affairs to the utility model on the contrary, purpose of providing these embodiments is
The understanding for opening content is more thorough and comprehensive.
It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or it may be simultaneously present centering elements.
Unless otherwise defined, all of technologies and scientific terms used here by the article is led with the technology for belonging to the utility model
The normally understood meaning of technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.
The automatic cleaning separator 100 of the utility model, for carrying out cleaning point to the reactant in reaction vessel 70
From the ingredient being not associated in reactant in removal reaction vessel 70.Automatically cleaning separator 100 includes：Fluid injection mixing mechanism
40, component 50, liquid sucting mechanism 60 are removed.Fluid injection driver 41 is installed on fluid injection mixing mechanism 40, is installed on liquid sucting mechanism 60
There are imbibition driver 62, fluid injection driver 41 to drive fluid injection mixing mechanism 40 to move up and down and complete fluid injection, imbibition driver 62 drives
Dynamic liquid sucting mechanism 60, which moves up and down, completes imbibition, relative motion of the removing component 50 in liquid sucting mechanism 60 and fluid injection mixing mechanism 40
Reaction vessel 70 on lower removing fluid injection mixing mechanism 40.
Fig. 1 to Fig. 4 is please referred to, is the automatic cleaning separator 10 of one preferred embodiment of the utility model, further includes rotation
Turn driving mechanism 20, rotating disk mechanism 30, rotating disk mechanism 30 is installed on rotating mechanism 20, and fluid injection mixing mechanism 40 is installed on turntable
In mechanism 30.The imbibition driver 62 of liquid sucting mechanism 60 is connect with fluid injection mixing mechanism 40, it should be noted that in other implementations
In example, imbibition driver 62 can connect with the other component of rotary drive mechanism 20 or Full-automatic chemiluminescence immunoassay analysis meter
It connects.In use, separator 100 will entirely be cleaned automatically on Full-automatic chemiluminescence immunoassay analysis meter.It needs to illustrate
, in other embodiments, fluid injection mixing mechanism 40 can be mounted on rotary drive mechanism 20 or Full-automatic chemiluminescence is exempted from
On the other component of epidemic disease analyzer.Rotating disk mechanism 30 is for placing and transporting reaction vessel 70, and rotary drive mechanism 20 is with turn
For the rotation of disc mechanism 30 to make reaction vessel 70 by fluid injection mixing mechanism 40 and liquid sucting mechanism 60, liquid sucting mechanism 60, fluid injection are mixed
Even mechanism 50 completes multiple imbibition, fluid injection, mixing work, the final cleaning separation realized in immunoassay in reaction vessel 70
Function.
Referring to Figures 1 and 2, the rotary drive mechanism 20 include bottom plate 21, be installed on bottom plate 21 electric rotating machine 22,
The electric rotating machine 22 being installed on bottom plate 21, the rotation synchronization belt 23 being installed on electric rotating machine 22, rotation synchronization belt 23 with turn
Disc mechanism 30 connects.Electric rotating machine 22 is located at the edge of bottom plate 21, can ensure electric rotating machine 22 and rotating disk mechanism 30 in this way
Spatial position arrangement, reduce space hold.
Fig. 3 is referred again to, the rotating disk mechanism 30 is equipped with magnetic part 31 on the side of fluid injection mixing mechanism 40, magnetic
Part 31 provides magnetic field environment, and the paramagnetic particle in reaction vessel 70 is made to be adsorbed onto the inner wall regular hour of reaction vessel 70,
It usually differs within several seconds to tens seconds, before ensureing each imbibition in this way, reaction vessel 70 is needed by magnetic field for a period of time.At it
In his embodiment, magnetic part 31 can be mounted on rotating disk mechanism 30 according to actual needs, an external branch can be passed through
Support mechanism installs magnetic part 31 to provide magnetic field environment.Rotating disk mechanism 30 includes the fireless cooker 32 being mounted on bottom plate 21, installation
It is equipped with several incubation slots 34 in turntable 33, the turntable 33 on rotary drive mechanism 20 and cleaning separating tank 35, magnetic part 31 are pacified
Mounted in fireless cooker 32 on the side of electric rotating machine 22, turntable 33 is connect with rotation synchronization belt 23, and incubation slot 34 is in turntable 33
It is upper to arrange in inner ring, it is specially three circle arrangements in this implementation, cleaning separating tank 35 is arranged on turntable 33 in outer ring.In use,
Incubation slot 34 and cleaning separating tank 35 are used for placing response container 70, and reaction vessel 70 is under the driving of electric rotating machine 22 with turntable
33 rotations, rhizosphere actual needs rotate advance a position or multiple positions every time.Further, disk is installed on fireless cooker 32
Lid 36, disk cover 36 are located at incubation slot 34,35 top of cleaning separating tank and are connect with fluid injection mixing mechanism 40, and disk cover 36 is equipped with one
A initial fluid injection component 38.The keeping warmth space of a relative closure, initial fluid injection component 38 are formed between fireless cooker 32, disk cover 36
First fluid injection is carried out before reaction vessel 70 enters fluid injection mixing mechanism 40, liquid sucting mechanism 50.
Further, the disk cover 36 is equipped with 361 and second access hole 362 of several first access holes, and first comes in and goes out
Hole 361 is oppositely arranged with wherein several incubation slots 34, and the second access hole 362 is oppositely arranged with cleaning separating tank 35, the present embodiment
In, there are three the first access hole 361, incubation time of the reaction vessel 70 on incubation slot 34 can be by turning with turntable 33
Dynamic reaction vessel 70 is placed and taken out decision from which the first access hole 361.Second access hole 362 is detached with wherein several cleanings
Slot 34 is oppositely arranged, and in the present embodiment, there are three the second access holes 362, and the second access hole 362 is for reaction vessel disengaging cleaning
Separating tank 34.363 and the 4th access hole 364 of several third access holes is additionally provided on disk cover 36, third access hole 363 is used for imbibition
Processing, the 4th access hole 364 is for fluid injection processing, it is generally the case that third access hole 363 and the 4th access hole 364 phase one by one
It pair sets, third access hole 363 is convenient for across carrying out imbibition, and the 4th access hole 364 is convenient for across carrying out fluid injection.People in the art
Member is appreciated that opposite set is not essential one by one for third access hole 363 and the 4th access hole 364, in some embodiments, the
Three access holes 363 and the 4th access hole 364, which can merge, to be set up, and imbibition and fluid injection are carried out convenient for being passed through in same position.
Fig. 4 is referred again to, fluid injection driver 41 is installed on the mechanism for filling liquid 40, fluid injection driver 41 is supported with disk cover 36
It connects, fluid injection driver 41 drives fluid injection mixing mechanism 40 to move up and down and completes fluid injection.It will be appreciated by those skilled in the art that, note
Liquid mixing mechanism 40 is abutted with disk cover 36 and is not essential, and in other embodiments, fluid injection mixing mechanism 40 can also be installed on
The bottom plate of rotary drive mechanism 20 is first-class.In this implementation, fluid injection mixing mechanism 40 include the supporting cell guide 42 being connect with disk cover 36,
The fluid injection plate 43 that is installed on supporting cell guide 42, the mixing driver 44 being installed on fluid injection plate 43 and at least two mixings
Component 45 and fluid injection needle tubing 46, fluid injection needle tubing 46 pass through and the 4th access hole 364 among mixing component 45 and removing component 50
Adaptation.Further, in this embodiment fluid injection needle tubing 46 is three groups, fluid injection driver 41, fluid injection plate 43 drive under can be with
The fluid injection being carried out at the same time at three groups of 35 positions of difference cleaning separating tank.Mixing driver 44 is connect with mixing component 45, injection needle
Pipe 46 is oppositely arranged across fluid injection plate 43 with disk cover 36 from above fluid injection plate 43.Support arm 432 is installed on fluid injection plate 43 and is led
To idle pulley 47, support arm 432, which is located at the outer rim of fluid injection plate 43, is used to support fluid injection needle tubing 46.It includes synchronous belt to be mixed component 45
Wheel 451 and mixing collet 452, synchronous pulley 451 are mounted on fluid injection plate 43, and mixing collet 452 is connect with synchronous pulley 451,
Reaction vessel 70 is clamped in the screen resilience of 452 reliable collet of mixing collet.
Mixing synchronous belt 48, mixing synchronous belt 48 and guiding idle pulley 47, synchronous pulley 451 are installed on mixing driver 44
Pass around abutting, mixing driver 44 can be driven by mixing synchronous belt 48 be clamped in the reaction vessel 70 of mixing collet 455 into
Row rotation, to realize the mixing of reaction vessel 70.The first guide sleeve being connect with fluid injection plate 43 is set on supporting cell guide 42
431, the fluid injection drive rod 411 abutted with disk cover 36 is installed on fluid injection driver 41, the first guide sleeve 431 ensure that fluid injection plate
43 under the action of fluid injection driver 41, fluid injection drive rod 411 up and down smooth sliding.Wherein fluid injection driver 41 can be driving
Motor or driving cylinder, it is driving motor that the present embodiment, which selects driving motor, mixing driver 44,.
Further, the removing component 50 includes removing bar 51 and spring 52, wherein 46 motor synchronizing belt wheel of fluid injection needle tubing
It is passed through among removing bar 51, spring 52, synchronous pulley 451 and mixing collet 452.Wherein specifically, the top of removing bar 51 is logical
It crosses spring 52 and is overlapped on 451 top of synchronous pulley, lower section is passed through from synchronous pulley 452.In other embodiments, component 50 is removed
It can also be connected directly between on liquid sucting mechanism 60, follow 60 1 lifting of liquid sucting mechanism, removing component 50 can not also include bullet
Spring 52, removing component 50 can also be that any other suitable component, one end can pass through mixing component 45 to push reaction appearance
70 upper port of device makes reaction vessel 70 be removed from mixing component 45.Fluid injection needle tubing 46 is used for the reaction vessel 70 after completion imbibition
Reaction vessel 70 is clamped in the screen resilience of interior injection cleaning buffer solution or signal reagent, 452 reliable collet of mixing collet.Remove bar 51
Across synchronous pulley 451, spring 52 is located at synchronous pulley 451 close to one end of liquid sucting mechanism 60, and mixing collet 452, which is located at, to be synchronized
Belt wheel 451 can be moved up and down close to one end of rotating disk mechanism 30, removing bar 51 in the through-hole of synchronous pulley 451.In this implementation
In, removing bar 51 is oppositely arranged with liquid sucting mechanism 50 but and is not connected with, removing bar 51 and the company of liquid sucting mechanism 60 in other implementations
It connects also to can be achieved on and be moved up and down in the through-hole of synchronous pulley 452.
The imbibition driver 62 being connect with fluid injection mixing mechanism 40 is installed on reference Fig. 4, the liquid sucting mechanism 60, is inhaled
Hydraulic driver 62 drives liquid sucting mechanism 40 to move up and down and completes imbibition, and liquid sucting mechanism 40 can be moved with fluid injection mixing mechanism 40
Or it does relative motion with fluid injection mixing mechanism 40.It will be appreciated by those skilled in the art that, liquid sucting mechanism 60 and fluid injection mixing machine
The connection of structure 40 is not essential, and in other embodiments, liquid sucting mechanism 60 can also be connected on disk cover 36, be installed on rotation drive
The bottom plate 21 of motivation structure 20 is first-class.Further, liquid sucting mechanism 60 includes the imbibition plate 61 being installed on supporting cell guide 42, installation
In at least two imbibition needle tubings 63 on imbibition plate 61, imbibition plate 61 is located at the top of fluid injection plate 43, imbibition driver 62 and note
Liquid plate 43 connects, and imbibition needle tubing 36 is passed down through fluid injection plate 43 from imbibition plate 61, imbibition needle tubing 63 and fluid injection needle tubing 46 phase one by one
To being arranged and positioned at the top of third access hole 363.Wherein, it is equipped on imbibition plate 61 and is socketed the be adapted to supporting cell guide 42
Two guide sleeves 64 can ensure that imbibition plate 61 moves up and down smooth-going and stablizes by the second guide sleeve 64.In the present embodiment, aspirating needle
Pipe 63 is three groups, be located at the top of disk cover 36 and be adapted to use with third access hole 363, in imbibition driver 62, imbibition plate 61
Drive the lower imbibition that can be carried out at the same time at three groups of difference cleaning separation groove locations.Wherein imbibition driver 52 can be driving electricity
Machine or driving cylinder, the present embodiment select driving motor.
The automatic cleaning separator 100 includes mainly following procedure：
Imbibition process：Fluid injection driver 41 stands motionless, aspirating needle at this time after driving fluid injection plate 43 to drop to bottom position
Pipe 63 drops in reaction vessel 70, but does not drop to 70 bottom of reaction vessel, and then imbibition driver 62 drives imbibition plate
61 continue to decline, and until driving imbibition needle tubing 63 to drop to 70 bottom position of reaction vessel, imbibition needle tubing 63 is in reaction vessel 70
Complete imbibition in bottom.
Fluid injection blending process：Fluid injection driver 41 drives fluid injection plate 43 to drop to bottom and grabs pipe height, 452 profit of mixing collet
With the top of collet elastic clamping reaction vessel 70, then the drive fluid injection of fluid injection driver 41 plate 43 rises to fluid injection and mixing is high
Degree.The fluid injection into reaction vessel 70 of fluid injection needle tubing 46, while mixing driver 44 is driven by mixing synchronous belt 48, is driven and is synchronized
Belt wheel 451 and mixing collet 452 rotate, and to drive reaction vessel 70 to rotate, make paramagnetic particle resuspension and evenly dispersed
In cleaning buffer solution.
Subtractive process：While fluid injection driver 41 drives fluid injection plate 43 to rise, imbibition driver 62 drives imbibition plate 61
Decline relative to fluid injection plate 43 and move, when imbibition plate 61 pushes removing bar 51, the other end of removing bar 51 pushes away reaction vessel 70
Pressure exits mixing collet 452.Then fluid injection driver 41 continues that fluid injection plate 43 is driven to rise to initial bit, 62 band of imbibition driver
Dynamic imbibition plate 61 returns to initial bit, and removing bar 51 returns to initial bit under the restoring force of spring 52.
The present embodiment by the mass motion and relative motion of imbibition plate 61 and fluid injection plate 43, can not only complete fluid injection and
Imbibition also makes removing component complete the reaction vessel on mixing collet 452 under the relative motion of imbibition plate 61 and fluid injection plate 43
70 removing.The run time for not only saving liquid sucting mechanism 60 improves complete machine speed, also eliminates dedicated for removing
Independent driving mechanism simplifies complete machine structure, occupies little space, and has saved cost, makes entire automatic cleaning separator 100 more
It is compact, improve reliability.
The automatic cleaning separator 100 on the incubation slot 34 of turntable 33 by manipulator in use, will be incubated one section
Time or the reaction vessel 70 for being incubated completion are transferred to cleaning separating tank 35 by the first access hole 361, the second access hole 362
On.Electric rotating machine 22 drives turntable 33 to rotate, and the reaction vessel 70 cleaned on separating tank 35 is transported to fluid injection mixing mechanism 40
Below liquid sucting mechanism 60, while the field region that magnetic part 31 generates on fireless cooker 32 is entered, the magnetic in reaction vessel 70
The reaction vessel inner wall that particle just moves closer to 31 side of magnetic part in the environment of magnetic field gathers.When reaction vessel 70 reaches the
When single order imbibition 63 lower section of needle tubing, start the first rank imbibition process, after the completion of the first rank imbibition, turntable 33 is in electric rotating machine 22
One position of lower rotation advance is driven, the transhipment of reaction vessel 70 for completing the first rank imbibition is reached under the first rank fluid injection needle tubing 46
Side, starts the first rank injection process of the reaction vessel 70.Similar, reaction vessel 70 reaches second-order imbibition needle tubing successively
63, second-order fluid injection needle tubing 46, third rank imbibition needle tubing 63,46 lower section of third rank fluid injection needle tubing, complete imbibition and injection process,
Wherein last rank fluid injection needle tubing 46 carries out signal reagent fluid injection, the reaction vessel 70 subsequently entered also once the first rank of experience, the
The process of second order and third rank.This technology personnel according to actual test it should be understood that in other embodiments, can need to set
When counting the test needle tubing of not same order, for example carrying out quadravalence test, four groups of imbibition needle tubings 63 and fluid injection needle tubing can be correspondingly arranged
46。
Above-mentioned automatic cleaning separator 100, including rotary drive mechanism 20, be installed on rotary drive mechanism 20 turn
Disc mechanism 30, the fluid injection mixing mechanism 40 being installed on rotating disk mechanism 30, the removing component being installed on fluid injection mixing mechanism 40
50 and liquid sucting mechanism 60, in use, will entirely clean separator 100 automatically is mounted on Full-automatic chemiluminescence immunoassay analysis meter
On.The automatic cleaning separator 100 passes through rotary drive mechanism 20, rotating disk mechanism 30, fluid injection mixing mechanism 40, removing component
50 and liquid sucting mechanism 60 realize be incubated, transfer and transhipment, magnetic suck, fluid injection, imbibition, mixing, de- pipe are operated and are integrated in one, structure
Simple and compact, manufacture easy to produce.Pass through fluid injection driver 41, mixing driver 44 and imbibition driver 62 these three power sources
Multiple reaction vessels 70 may be implemented and be carried out at the same time the not separation, fluid injection of same order, mixing and imbibition operation, mode of operation simply may be used
It leans on, is separation cleaning good separating effect, efficient, ensure that the accuracy of subsequent analysis detection.
This technology personnel are appreciated that utility model device to complete fluid injection and imbibition, also relate to syringe
Fluid devices and relevant circuit, the software controlled unit such as (pump), imbibition peristaltic pump (or vacuum pump), fluid circuit, these
It is technology generally in the art, the utility model is not discussed in detail.
Each technical characteristic of embodiment described above can be combined arbitrarily, to keep description succinct, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, it is all considered to be the range of this specification record.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But therefore it can not be interpreted as the limitation to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (10)
1. a kind of automatic cleaning separator, for removing the ingredient being not associated in reactant in reaction vessel, which is characterized in that
The automatic cleaning separator includes：Fluid injection mixing mechanism, removing component, liquid sucting mechanism；Pacify on the fluid injection mixing mechanism
Equipped with fluid injection driver, imbibition driver is installed on the liquid sucting mechanism, the fluid injection driver drives the fluid injection mixing
Mechanism, which moves up and down, completes fluid injection, and the imbibition driver drives the liquid sucting mechanism to move up and down and completes imbibition, the removing
Component removes the reaction on the fluid injection mixing mechanism under the relative motion of the liquid sucting mechanism and the fluid injection mixing mechanism
Container.
2. automatic cleaning separator according to claim 1, which is characterized in that further include rotary drive mechanism, turntable
Mechanism, the rotating disk mechanism are installed on the rotary drive mechanism, and the fluid injection mixing mechanism is installed on the rotating disk mechanism
On.
3. automatic cleaning separator according to claim 2, which is characterized in that the rotary drive mechanism includes bottom
Plate, the electric rotating machine being installed on the bottom plate, the rotation synchronization belt being installed on the electric rotating machine, the rotation synchronization belt
It is connect with the rotating disk mechanism.
4. automatic cleaning separator according to claim 2, which is characterized in that the rotating disk mechanism include fireless cooker,
The turntable being installed on the rotary drive mechanism, the turntable are equipped with several incubation slots and cleaning separating tank, the incubation
Slot is arranged on the turntable in inner ring, and the cleaning separating tank is arranged on the turntable in outer ring.
5. automatic cleaning separator according to claim 4, which is characterized in that disk cover is installed on the fireless cooker,
The disk cover is located at the incubation slot, cleaning separating tank top and is connect with the fluid injection mixing mechanism.
6. automatic cleaning separator according to claim 5, which is characterized in that the disk cover goes out equipped with several first
Enter hole, the second access hole, third access hole and the 4th access hole, first access hole is opposite with wherein several incubation slots to be set
It sets, second access hole is oppositely arranged with the cleaning separating tank, and the third access hole is used for imbibition, and the described 4th comes in and goes out
Hole is used for fluid injection.
7. automatic cleaning separator according to claim 1, which is characterized in that the imbibition of the liquid sucting mechanism is driven
Dynamic device is connected with the fluid injection mixing mechanism.
8. the automatic cleaning separator according to any one of claim 1 to 7, which is characterized in that the fluid injection mixing
Mechanism includes supporting cell guide, is installed on the supporting cell guide fluid injection plate, the mixing driver being installed on the fluid injection plate,
And at least two mixing component and fluid injection needle tubing, the mixing driver connect with the mixing component, the fluid injection needle tubing
The fluid injection plate is passed through from above the fluid injection plate.
9. automatic cleaning separator according to claim 8, which is characterized in that the mixing component includes synchronous pulley
And mixing collet；The removing component includes removing bar and spring, and the fluid injection needle tubing is from the mixing component and removes component
Centre passes through.
10. automatic cleaning separator according to claim 9, which is characterized in that the liquid sucting mechanism includes being installed on
Imbibition plate on the supporting cell guide, at least two imbibition needle tubings being installed on the imbibition plate, the imbibition plate are located at institute
State the top of fluid injection plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721856089.7U CN207623358U (en) | 2017-12-26 | 2017-12-26 | Automatic cleaning separator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721856089.7U CN207623358U (en) | 2017-12-26 | 2017-12-26 | Automatic cleaning separator |
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| Publication Number | Publication Date |
|---|---|
| CN207623358U true CN207623358U (en) | 2018-07-17 |
Family
ID=62830331
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721856089.7U Active CN207623358U (en) | 2017-12-26 | 2017-12-26 | Automatic cleaning separator |
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| Country | Link |
|---|---|
| CN (1) | CN207623358U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107884591A (en) * | 2017-12-26 | 2018-04-06 | 深圳迎凯生物科技有限公司 | Automatic cleaning separator |
-
2017
- 2017-12-26 CN CN201721856089.7U patent/CN207623358U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107884591A (en) * | 2017-12-26 | 2018-04-06 | 深圳迎凯生物科技有限公司 | Automatic cleaning separator |
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