CN104865399B - It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation - Google Patents
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation Download PDFInfo
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- CN104865399B CN104865399B CN201510251342.5A CN201510251342A CN104865399B CN 104865399 B CN104865399 B CN 104865399B CN 201510251342 A CN201510251342 A CN 201510251342A CN 104865399 B CN104865399 B CN 104865399B
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Abstract
The invention discloses a kind of being easy to clean and the immune quantitative analyser of anti-clamping stagnation, including cover assembly, scan components, reagent tray assembly and lower cover component, scan components lid is contained in lower cover component by cover assembly；Scan components includes scanner pressing plate, scanner and scanner bracing frame, scanner bracing frame is installed in lower cover component, scanner is reversely fitted in scanner bracing frame by scanner pressing plate, and reagent tray assembly is slided by removable rail and is inserted in scanner bracing frame；It is respectively equipped with positive stop strip on the both sides inwall of scanner bracing frame, the both sides inwall of scanner bracing frame is respectively equipped with spacing salient point；Being used for the supporting surface installing removable rail on scanner bracing frame to arrange horizontal by α angle, on reagent tray assembly, bottom surface and horizontal plane for installing removable rail are also arranged in α angle, and the end face of reagent tray assembly is horizontally disposed.It is applicable to the detection of biological sample.
Description
Technical field
The present invention relates to a kind of based on the instrument using flat scanning to detect, particularly relate to one
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation.
Background technology
At present, instant detection (POCT), because of its feature easy, quick, has been widely used
In domestic and international reagent detection technique field.Wherein, immune quantitative analyser is the most frequently used one
Based on the instant detector using flat scanning to detect, it generally comprises cover assembly, scanning group
Part, reagent tray assembly and lower cover component, scan components lid is contained in lower cover component by cover assembly
In；Wherein, scan components includes scanner pressing plate, scanner and scanner bracing frame, scanning
Instrument bracing frame is installed in lower cover component, scanner pressing plate scanner is reversely fitted in described in sweep
Retouching in instrument bracing frame, reagent tray assembly unremovably slides and is inserted into scanner bracing frame
In, and reagent tray assembly is positioned at below scanner.This immune quantitative analyser simple in construction,
Low cost and easy to use, but there is problems when actually used:
1, due to immune quantitative analyser in use for some time, its scanner surface can be stained with
Stain dirty or dirty, so needing periodically scanner surface to be cleaned, but due to reagent tray
Assembly is non-dismountable structure, so can only first be taken apart by cover assembly, further takes out scanner and enters
Row cleaning, operation very trouble, time-consuming long and be easily damaged parts；
2, reagent tray assembly is in sliding process, and its front end is susceptible to upwarp or have a downwarp,
Thus cause reagent tray assembly easily to block and be difficult to slide；
3, reagent tray assembly is in sliding process, its two sides respectively with corresponding scanner
Easily there is inconsistent situation in gap between the side inwall of bracing frame, thus is easily caused examination
Differ in gap between the side of the two sides of agent pallet component opening corresponding with in lower cover component
Cause, and then had a strong impact on the aesthetic feeling of this analyser；
4, mostly be plastic parts or sheet metal component due to reagent tray assembly, thus its material molding,
Processing, assemble and use during be susceptible to deformation, thus easily occur resistance to sliding big,
The phenomenons such as clamping stagnation.
Summary of the invention
The invention aims to overcome the deficiency of above-mentioned background technology, it is provided that one is easy to clearly
Clean, be difficult to clamping stagnation and attractive in appearance be easy to cleaning and the immune quantitative analyser of anti-clamping stagnation.
In order to realize object above, a kind of being easy to that the present invention provides cleans and the immunity of anti-clamping stagnation
Quantitative analysis instrument, including cover assembly, scan components, reagent tray assembly and lower cover component,
Described scan components lid is contained in described lower cover component by described cover assembly；Wherein, sweep described in
Retouch assembly and include scanner pressing plate, scanner and scanner bracing frame, described scanner bracing frame
Being installed in described lower cover component, described scanner is reversely fitted in institute by described scanner pressing plate
Stating in scanner bracing frame, described reagent tray assembly is slided by removable rail and is inserted into institute
Stating in scanner bracing frame, described reagent tray assembly is positioned at below described scanner；Described sweep
Retouching to be respectively provided with on the both sides inwall of instrument bracing frame prevents described reagent tray assembly from sliding
The positive stop strip upwarped during Dong or have a downwarp, on the both sides inwall of described scanner bracing frame
Further respectively have the two sides for ensureing described reagent tray assembly respectively with corresponding described in
The spacing salient point that between the side inwall of scanner bracing frame, gap is consistent；Described scanner bracing frame
The upper supporting surface for installing described removable rail is arranged horizontal by α angle, described examination
The bottom surface installing described removable rail it is used for horizontal plane also in α angle cloth on agent pallet component
Putting, the end face of described reagent tray assembly is horizontally disposed.By using the design of removable rail,
Reagent tray assembly is made to have possessed the function that can conveniently dismantle, so, when scanner needs cleaning
Time, only need to first pull down reagent tray assembly, then corresponding from lower cover component opening part stretches into
Cleaning scanner surface, is reinstalled reagent tray assembly, simple to operate, side the most again
Just, save time；Meanwhile, by reagent tray group corresponding on the both sides inwall of scanner bracing frame
The position of part two sides adds positive stop strip respectively, so, can effectively prevent described reagent torr
Dish assembly upwarps in sliding process or has a downwarp, thus avoids reagent tray assembly because sticking up
The generation risen and block；And, by corresponding described on the both sides inwall of scanner bracing frame
The position of reagent tray assembly front-end and back-end adds spacing salient point respectively, so, can guarantee that examination
The two sides of agent pallet component respectively with between the side inwall of corresponding scanner bracing frame between
Gap is consistent, so that the side of the two sides of reagent tray assembly opening corresponding with in lower cover component
Gap between face is consistent, and then makes the more aesthetic feeling of this analyser；Finally, by sweeping
The floor design of the supporting surface and reagent tray assembly of retouching instrument bracing frame becomes the gentle slope cooperated,
So, this gentle slope design can greatly absorption reagent pallet component in material molding, processing, group
The deformation occurred during dress and use, thus significantly reduce the risk of clamping stagnation.
In such scheme, described reagent tray assembly includes flexible pallet and reagent tray, institute
State reagent tray to be arranged on the end face of described flexible pallet.
In such scheme, described removable rail is two joint bounce-back guide rails, described two joint bounce-backs
The backbone of guide rail is partially installed on the supporting surface of described scanner bracing frame, described two joint bounce-backs
The interior rail of guide rail is partially installed on the bottom surface of described flexible pallet.Certainly, it is possible to use other
Dismountable guide rail.
In such scheme, described positive stop strip includes upper limit bar and lower limit bar, the described upper limit
Position bar is positioned at the top face of described flexible pallet, and described lower limit bar is positioned at described flexible pallet
Subjacent, the corresponding spacing between described upper limit bar and lower limit bar is stretched with described
The width of the side of contracting pallet matches, the length of described upper limit bar and lower limit bar respectively with
The length of described flexible pallet matches.
In such scheme, the upper limit joint structure that described upper limit bar is at least arranged by two septa intersegmentals
Become.By upper limit bar is designed to segmentation structure, scanner bracing frame so can be reduced
Weight, thus alleviate the overall weight of this analyser；Meanwhile, as upper limit bar is designed as
Overall structure, then upper limit bar is strip structure, and such upper limit bar is in molding and use
During be susceptible to deformation, thus affect the normal slip of reagent tray, and by upper limit bar
After being designed to segmentation structure, often joint upper limit joint is then short strip shape structure, is not susceptible to deformation,
Thus ensure that the normal slip of reagent tray.
In such scheme, the lower limit joint structure that described lower limit bar is at least arranged by two septa intersegmentals
Become, described in two adjacent sections between lower limit joint and be in the outside of described lower limit joint at two ends
Be equipped with for ensure between described reagent tray upper surface and described scanner lower surface away from
The positive stop lug boss in spacing range is effectively detected from being in.By lower limit bar is designed to segmentation
Formula structure, so can reduce the weight of scanner bracing frame, thus alleviate the whole of this analyser
Body weight；Meanwhile, as lower limit bar is designed as overall structure, then lower limit bar is strip
Structure, such lower limit bar is susceptible to deformation during molding and use, thus affects
The normal slip of reagent tray, and after lower limit bar is designed to segmentation structure, often save lower limit
Position joint is then short strip shape structure, is not susceptible to deformation, thus ensure that the normal sliding of reagent tray
Dynamic；But after lower limit bar is designed to segmentation structure, between saving due to two adjacent sections lower limit
And all there is interval, so reagent tray is easily at this in the outside being in the lower limit joint at two ends
There is concave downward at interval, thus change reagent tray upper surface and scanner lower surface it
Between distance, and then have impact on Detection results, therefore, by adding limit convex at this interval
Platform, can be effectively prevented reagent tray generation concave downward, it is ensured that reagent tray upper surface with sweep
Retouch the distance between instrument lower surface to be in effective detection spacing range, thus ensure that detection effect
Really.
In such scheme, the number of described positive stop lug boss between lower limit joint described in two adjacent sections
Amount is 2.The quantity of the positive stop lug boss between two adjacent sections lower limit joint is according to this two adjacent sections
Line space design between lower limit joint.
In such scheme, described spacing salient point is arranged in the both sides of described scanner bracing frame
The position of the two sides, front-end and back-end of corresponding described flexible pallet on wall.By will be at limit convex
Point is arranged on the both sides inwall of scanner bracing frame the front-end and back-end two of corresponding flexible pallet
The position of side, the most just can ensure simply and easily flexible pallet after insertion puts in place, they are two years old
Gap between the side of side opening corresponding with in lower cover component is consistent, and then makes this analysis
The more aesthetic feeling of instrument.
In such scheme, described spacing salient point becomes along the width of described flexible Tray side
To layout.Arranging in pairs by stating spacing salient point, such limit effect is more preferable.
In such scheme, described α is 0.5～1.5 °.
The technical scheme that the present invention provides has the benefit that
1, by using the design of removable rail so that reagent tray assembly has possessed can be square
Just the function dismantled, so, when scanner need to clean, only need to first pull down reagent tray assembly,
Then corresponding from lower cover component opening part stretches into cleaning scanner surface, the most again fills
Upper reagent tray assembly, simple, convenient, save time；
2, by reagent tray assembly two sides corresponding on the both sides inwall of scanner bracing frame
Position add positive stop strip respectively, so, described reagent tray assembly can be effectively prevent and exist
Sliding process upwarp or has a downwarp, thus avoiding reagent tray assembly and block because of tilting
Generation；
3, by the both sides inwall of scanner bracing frame before corresponding described reagent tray assembly
The position of end and rear end adds spacing salient point respectively, so, can guarantee that the two of reagent tray assembly
Side is consistent with the gap between the side inwall of corresponding scanner bracing frame respectively, so that
Gap one between the side of the two sides of reagent tray assembly opening corresponding with in lower cover component
Cause, and then make the more aesthetic feeling of this analyser；
4, by the floor design of the supporting surface of scanner bracing frame with reagent tray assembly is become
The gentle slope cooperated, so, this gentle slope design can greatly absorption reagent pallet component at material
Material molding, process, assemble and use during the deformation that occurs, thus significantly reduce clamping stagnation
Risk；
5, by positive stop strip is designed to segmentation structure, scanner bracing frame can so be reduced
Weight, thus alleviate the overall weight of this analyser；
6, as positive stop strip is designed as overall structure, then positive stop strip is strip structure, so
Positive stop strip is susceptible to deformation during molding and use, thus just affects reagent tray
Often slide, and after positive stop strip is designed to segmentation structure, often saves spacing joint and then tie for short strip shape
Structure, is not susceptible to deformation, thus ensure that the normal slip of reagent tray；
7 but after lower limit bar is designed to segmentation structure, owing to two adjacent sections lower limit saves
Between and be in two ends lower limit joint outside all there is interval, so reagent tray is easy
At this interval, there is concave downward, thus change reagent tray upper surface and scanner following table
Distance between face, and then have impact on Detection results, therefore, limit by adding at this interval
Position boss, can be effectively prevented reagent tray generation concave downward, it is ensured that reagent tray upper surface
And the distance between scanner lower surface is in and effectively detects in spacing range, thus ensure that inspection
Survey effect；
8, by stretching being arranged in correspondence on the both sides inwall of scanner bracing frame at spacing salient point
The position of the two sides, front-end and back-end of contracting pallet, the most just can ensure flexible torr simply and easily
Dish gap after insertion puts in place, between the side of its two sides opening corresponding with in lower cover component
Unanimously, and then make the more aesthetic feeling of this analyser；
9, passing through to state spacing salient point to arrange in pairs, such limit effect is more preferable.
The present invention is compared with the prior art, and fully shows that it is advantageous in that: simple in construction, clearly
Clean simple, convenient, save time, be difficult to clamping stagnation, more aesthetic feeling, lightweight etc..
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment；
Fig. 2 is the part detonation configuration schematic diagram of Fig. 1；
Fig. 3 is the complete detonation configuration schematic diagram of Fig. 1；
Fig. 4 is the structural representation of scanner bracing frame in embodiment；
Fig. 5 is the plan structure schematic diagram of Fig. 4；
Fig. 6 is the plan structure schematic diagram of Fig. 5；
Fig. 7 is reagent pallet component and the position relationship structure of scanner bracing frame in embodiment
Schematic diagram；
Fig. 8 is the cross-sectional view of Fig. 7.
In figure: cover assembly 1, scan components 2, scanner pressing plate 2a, scanner 2b, sweep
Retouch instrument bracing frame 2c, reagent tray assembly 3, flexible pallet 3a, reagent tray 3b, lower cover
Assembly 4, removable rail 5, backbone part 5a, interior rail part 5b, positive stop strip 6, the upper limit
Position bar 6a, upper limit joint 6a1, lower limit bar 6b, lower limit joint 6b1, spacing salient point 7,
Positive stop lug boss 8.
Detailed description of the invention
Below in conjunction with the accompanying drawings and embodiment the present invention is described in further detail, but this enforcement
Example should not be construed as limitation of the present invention.
As shown in Figure 1: the present embodiment provides a kind of immune quantitative being easy to cleaning and anti-clamping stagnation to divide
Analyzer, including cover assembly 1, scan components 2, reagent tray assembly 3 and lower cover component 4,
Described scan components 2 lid is contained in described lower cover component 4 by described cover assembly 1；Wherein,
Described scan components 2 includes scanner pressing plate 2a, scanner 2b and scanner bracing frame 2c,
Described scanner bracing frame 2c is installed in described lower cover component 4, described scanner pressing plate 2a
Described scanner 2b is reversely fitted in described scanner bracing frame 2c, described reagent tray
Assembly 3 is slided by removable rail 5 and is inserted in described scanner bracing frame 2c, described
Reagent tray assembly 3 is positioned at below described scanner 2b；The two of described scanner bracing frame 2c
It is respectively provided with on the inwall of side and prevents described reagent tray assembly 3 from occurring in sliding process
The positive stop strip 6 upwarped or have a downwarp, the both sides inwall of described scanner bracing frame 2c is also distinguished
Be provided with the two sides for ensureing described reagent tray assembly 3 respectively with corresponding described scanning
The spacing salient point 7 that between the side inwall of instrument bracing frame 2c, gap is consistent；Described scanner supports
It is used for the supporting surface installing described removable rail 5 on frame 2c to arrange horizontal by α angle,
For installing the bottom surface of described removable rail 5 with horizontal plane also on described reagent tray assembly 3
Arranging in α angle, the end face of described reagent tray assembly 3 is horizontally disposed.Described α is
0.5～1.5 °.By using the design of removable rail 5 so that reagent tray assembly 3 possesses
The function that can conveniently dismantle, so, when scanner 2b need to clean, only need to first pull down examination
Agent pallet component 3, then corresponding from lower cover component 4 opening part stretches into cleaning scanner 2b
Surface, is reinstalled reagent tray assembly 3 the most again, simple, convenient, save time；
Meanwhile, by reagent tray assembly 3 liang corresponding on the both sides inwall of scanner bracing frame 2c
The position of side adds positive stop strip 6 respectively, so, can effectively prevent described reagent tray
Assembly 3 upwarps in sliding process or has a downwarp, thus avoid reagent tray assembly 3 because of
The generation tilted and block；And, by right on the both sides inwall of scanner bracing frame 2c
The position of described reagent tray assembly 3 front-end and back-end should add spacing salient point 7 respectively, so,
Can guarantee that the two sides of reagent tray assembly 3 respectively with the side of corresponding scanner bracing frame 2c
Gap between inwall is consistent, so that the two sides of reagent tray assembly 3 and lower cover component
On 4, the gap between the side of corresponding opening is consistent, and then makes the more aesthetic feeling of this analyser；
Finally, by the supporting surface of scanner bracing frame 2c and the bottom surface of reagent tray assembly 3 are set
Counting into the gentle slope cooperated, so, the design of this gentle slope can greatly absorption reagent pallet component
3 material molding, process, assemble and use during the deformation that occurs, thus be greatly reduced
The risk of clamping stagnation.
Mentioned reagent pallet component 3 includes flexible pallet 3a and reagent tray 3b, described reagent
Pallet 3b is arranged on the end face of described flexible pallet 3a.Described removable rail 5 is two joints
Bounce-back guide rail, backbone part 5a of described two joint bounce-back guide rails is arranged on described scanner and supports
On the supporting surface of frame 2c, interior rail part 5b of described two joint bounce-back guide rails is arranged on described flexible
On the bottom surface of pallet 3a.Certainly, it is possible to use other dismountable guide rails.
Above-mentioned positive stop strip 6 includes upper limit bar 6a and lower limit bar 6b, described upper limit bar 6a
Being positioned at the top face of described flexible pallet 3a, described lower limit bar 6b is positioned at described flexible torr
The subjacent of dish 3a, between corresponding described upper limit bar 6a and lower limit bar 6b
Spacing matches with the width of the side of described flexible pallet 3a, described upper limit bar 6a and under
The length of positive stop strip 6b length with described flexible pallet 3a respectively matches.
The upper limit joint 6a1 that above-mentioned upper limit bar 6a is at least arranged by two septa intersegmentals is constituted.Logical
Cross and upper limit bar 6a is designed to segmentation structure, so can reduce scanner bracing frame 2c's
Weight, thus alleviate the overall weight of this analyser；Meanwhile, as upper limit bar 6a is set
Be calculated as overall structure, then upper limit bar 6a is strip structure, and such upper limit bar 6a is becoming
It is susceptible to deformation during type and use, thus affects the normal slip of reagent tray 3b,
And after upper limit bar 6a is designed to segmentation structure, often joint upper limit joint 6a1 is then billet
Shape structure, is not susceptible to deformation, thus ensure that the normal slip of reagent tray 3b.Described
The lower limit joint 6b1 that lower limit bar 6b is at least arranged by two septa intersegmentals is constituted, two adjacent sections institute
The outside of the described lower limit joint 6b1 stating between lower limit joint 6b1 and being in two ends is equipped with
For ensureing the distance between described reagent tray 3b upper surface and described scanner 2b lower surface
It is in and effectively detects the positive stop lug boss 8 in spacing range.By lower limit bar 6b is designed to
Segmentation structure, so can reduce the weight of scanner bracing frame 2c, thus alleviate one's duty
The overall weight of analyzer；Meanwhile, as lower limit bar 6b is designed as overall structure, then lower limit
Position bar 6b is strip structure, and such lower limit bar 6b is easy during molding and use
Deform, thus affect the normal slip of reagent tray 3b, and lower limit bar 6b is designed
After becoming segmentation structure, often joint lower limit joint 6b1 is then short strip shape structure, is not susceptible to deformation,
Thus ensure that the normal slip of reagent tray 3b；But lower limit bar 6b is designed to stagewise
After structure, save between 6b1 due to two adjacent sections lower limit and be in the described lower limit at two ends
Joint 6b1 outside all there is interval, so reagent tray 3b easily at this interval occur to
Lower recess, thus change between reagent tray 3b upper surface and scanner 2b lower surface away from
From, and then have impact on Detection results, therefore, by adding positive stop lug boss 8 at this interval,
Can be effectively prevented reagent tray 3b occur concave downward, it is ensured that reagent tray 3b upper surface with
Distance between scanner 2b lower surface is in and effectively detects in spacing range, thus ensure that
Detection results.Described effective detection spacing refers to: when reagent tray 3b upper surface and scanner
When distance between 2b lower surface is in effectively in detection spacing range, the detection of this analyser
Effect is best, and this effectively detects the performance that spacing depends on scanner 2b.Described in two adjacent sections
The quantity of the described positive stop lug boss 8 between lower limit joint 6b1 is 2.Two adjacent sections lower limit
Between the quantity of the positive stop lug boss 8 between joint 6b1 is according to this two adjacent sections lower limit joint 6b1
Line space design.
Above-mentioned spacing salient point 7 is arranged on the both sides inwall of described scanner bracing frame 2c correspondence
The position of the two sides, front-end and back-end of described flexible pallet 3a.By will be at spacing salient point 7
It is arranged on the both sides inwall of scanner bracing frame 2c the front-end and back-end of corresponding flexible pallet 3a
The position of two sides, the most just can ensure simply and easily flexible pallet 3a after insertion puts in place,
Its two sides are consistent with gap between the side of corresponding opening in lower cover component 4, and then make
The more aesthetic feeling of this analyser.Described spacing salient point 7 is along the width of described flexible pallet 3a side
Degree direction is arranged in pairs.Arranging in pairs by stating spacing salient point 7, such limit effect is more preferable.
The present invention is by using the design of removable rail 5 so that reagent tray assembly 3 possesses
The function that can conveniently dismantle, so, when scanner 2b need to clean, only need to first pull down examination
Agent pallet component 3, then corresponding from lower cover component 4 opening part stretches into cleaning scanner 2b
Surface, is reinstalled reagent tray assembly 3 the most again, simple, convenient, save time；
By reagent tray assembly 3 two sides corresponding on the both sides inwall of scanner bracing frame 2c
Position adds positive stop strip 6 respectively, so, can effectively prevent described reagent tray assembly 3
Sliding process upwarp or has a downwarp, thus avoiding reagent tray assembly 3 because of tilting
The generation blocked；By described reagent torr corresponding on the both sides inwall of scanner bracing frame 2c
The position of dish assembly 3 front-end and back-end adds spacing salient point 7 respectively, so, can guarantee that reagent
The two sides of pallet component 3 respectively with between the side inwall of corresponding scanner bracing frame 2c
Gap is consistent, opens so that the two sides of reagent tray assembly 3 are corresponding with in lower cover component 4
Gap between the side of mouth is consistent, and then makes the more aesthetic feeling of this analyser；By sweeping
The floor design of the supporting surface and reagent tray assembly 3 of retouching instrument bracing frame 2c becomes to cooperate
Gentle slope, so, this gentle slope design can greatly absorption reagent pallet component 3 material molding,
Processing, assemble and use during the deformation that occurs, thus significantly reduce the risk of clamping stagnation；
By positive stop strip is designed to segmentation structure, the weight of scanner bracing frame 2c so can be reduced
Amount, thus alleviate the overall weight of this analyser；As positive stop strip is designed as overall structure,
Then positive stop strip is strip structure, and such positive stop strip is susceptible to during molding and use
Deformation, thus affect the normal slip of reagent tray 3b, and positive stop strip is designed to stagewise
After structure, often saving spacing joint is then short strip shape structure, is not susceptible to deformation, thus ensure that examination
The normal slip of agent pallet 3b；But after lower limit bar 6b is designed to segmentation structure, due to
The outside of the lower limit joint 6b1 that two adjacent sections lower limit saved between 6b1 and be in two ends is all deposited
At interval, so reagent tray 3b easily occurs concave downward at this interval, thus change
Distance between reagent tray 3b upper surface and scanner 2b lower surface, and then have impact on inspection
Survey effect, therefore, by adding positive stop lug boss 8 at this interval, reagent can be effectively prevented
There is concave downward in pallet 3b, it is ensured that reagent tray 3b upper surface and scanner 2b lower surface
Between distance be in effectively in detection spacing range, thus ensure that Detection results；By inciting somebody to action
Corresponding flexible pallet 3a on the both sides inwall that spacing salient point 7 is arranged in scanner bracing frame 2c
The position of two sides, front-end and back-end, the most just can ensure flexible pallet 3a simply and easily
After insertion puts in place, its two sides and gap between the side of corresponding opening in lower cover component 4
Unanimously, and then make the more aesthetic feeling of this analyser；Arrange in pairs by spacing salient point 7 will be stated,
So limit effect is more preferable.
The cleaning process of the present invention is as follows:
First, reagent tray assembly 3 is pulled down；Then, by cleaning cloth or cleaning brush from lower cover group
Opening part corresponding on part 4 stretches into, and just can start to clean scanner 2b surface；Clean complete
After, then it is reinstalled reagent tray assembly 3.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all
Within the spirit and principles in the present invention, any modification, equivalent substitution and improvement etc. made, all
Within should being included in protection scope of the present invention, meanwhile, the concrete detection process of the present invention can be joined
According to Chinese patent 201220593456.X, do not repeat them here.
Claims (10)
1. be easy to cleaning and an immune quantitative analyser for anti-clamping stagnation, including cover assembly (1),
Scan components (2), reagent tray assembly (3) and lower cover component (4), described cover assembly
(1) described scan components (2) lid is contained in described lower cover component (4)；Wherein, institute
State scan components (2) and include that scanner pressing plate (2a), scanner (2b) and scanner support
Frame (2c), described scanner bracing frame (2c) is installed in described lower cover component (4), institute
State scanner pressing plate (2a) and described scanner (2b) is reversely fitted in the support of described scanner
In frame (2c), it is characterised in that: described reagent tray assembly (3) passes through removable rail
(5) in slip is inserted into described scanner bracing frame (2c), described reagent tray assembly (3)
It is positioned at described scanner (2b) lower section；On the both sides inwall of described scanner bracing frame (2c)
Be respectively provided with prevent described reagent tray assembly (3) from upwarping in sliding process or
The positive stop strip (6) having a downwarp, the both sides inwall of described scanner bracing frame (2c) sets the most respectively
Have the two sides for ensureing described reagent tray assembly (3) respectively with corresponding described scanning
The spacing salient point (7) that between the side inwall of instrument bracing frame (2c), gap is consistent；Described scanner
It is used on bracing frame (2c) supporting surface of described removable rail (5) being installed horizontal by α
Angle is arranged, described reagent tray assembly (3) is used for installing described removable rail (5)
Bottom surface and horizontal plane also arrange in α angle, the end face level of described reagent tray assembly (3)
Arrange.
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation the most as claimed in claim 1,
It is characterized in that: described reagent tray assembly (3) includes flexible pallet (3a) and reagent torr
Dish (3b), described reagent tray (3b) is arranged on the end face of described flexible pallet (3a).
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation the most as claimed in claim 2,
It is characterized in that: described removable rail (5) is two joint bounce-back guide rails, described two joint bounce-backs
The backbone part (5a) of guide rail is arranged on the supporting surface of described scanner bracing frame (2c),
The interior rail part (5b) of described two joint bounce-back guide rails is arranged on the end of described flexible pallet (3a)
On face.
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation the most as claimed in claim 2,
It is characterized in that: described positive stop strip (6) includes upper limit bar (6a) and lower limit bar (6b),
Described upper limit bar (6a) is positioned at the top face of described flexible pallet (3a), described lower limit
Position bar (6b) is positioned at the subjacent of described flexible pallet (3a), the corresponding described upper limit
Spacing between position bar (6a) and lower limit bar (6b) and the side of described flexible pallet (3a)
The width in face matches, and the length of described upper limit bar (6a) and lower limit bar (6b) is respectively
Match with the length of described flexible pallet (3a).
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation the most as claimed in claim 4,
It is characterized in that: the upper limit joint that described upper limit bar (6a) is at least arranged by two septa intersegmentals
(6a1) constitute.
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation the most as claimed in claim 4,
It is characterized in that: the lower limit joint that described lower limit bar (6b) is at least arranged by two septa intersegmentals
(6b1) constituting, lower limit described in two adjacent sections saves between (6b1) and is in the institute at two ends
The outside stating lower limit joint (6b1) is equipped with for ensureing the upper table of described reagent tray (3b)
Distance between face and described scanner (2b) lower surface is in and effectively detects in spacing range
Positive stop lug boss (8).
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation the most as claimed in claim 6,
It is characterized in that: lower limit described in two adjacent sections saves the described positive stop lug boss (8) between (6b1)
Quantity be 2.
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation the most as claimed in claim 2,
It is characterized in that: described spacing salient point (7) is arranged in described scanner bracing frame (2c)
The position of the two sides, front-end and back-end of corresponding described flexible pallet (3a) on the inwall of both sides.
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation the most as claimed in claim 8,
It is characterized in that: described spacing salient point (7) is along the width of described flexible pallet (3a) side
Direction is arranged in pairs.
It is easy to cleaning and the immune quantitative analyser of anti-clamping stagnation the most as claimed in claim 2,
It is characterized in that: described α is 0.5～1.5 °.
Priority Applications (1)
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| JP2002365177A (en) * | 2001-05-25 | 2002-12-18 | Proteome Systems Ltd | Pretreating device of sample for mass spectrometry |
| US7998708B2 (en) * | 2006-03-24 | 2011-08-16 | Handylab, Inc. | Microfluidic system for amplifying and detecting polynucleotides in parallel |
| JP2011053043A (en) * | 2009-09-01 | 2011-03-17 | Ushio Inc | Clinical inspection apparatus |
| JP2011075476A (en) * | 2009-10-01 | 2011-04-14 | Ushio Inc | Inspection device using chip |
| CN202928961U (en) * | 2012-10-10 | 2013-05-08 | 武汉明德生物科技有限责任公司 | High-biosecurity point-of-care testing instrument based on image or photosensitive scanning |
| CN203232038U (en) * | 2013-05-10 | 2013-10-09 | 无锡国盛生物工程有限公司 | Full automatic chemiluminiscence biochip scanner |
| CN204719062U (en) * | 2015-05-15 | 2015-10-21 | 武汉明德生物科技股份有限公司 | Be convenient to clean and the immune quantitative analyser of anti-clamping stagnation |
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