CN207148118U - Chemiluminescence immune assay camera bellows efficient detection device - Google Patents
Chemiluminescence immune assay camera bellows efficient detection device Download PDFInfo
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- CN207148118U CN207148118U CN201721086253.0U CN201721086253U CN207148118U CN 207148118 U CN207148118 U CN 207148118U CN 201721086253 U CN201721086253 U CN 201721086253U CN 207148118 U CN207148118 U CN 207148118U
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- camera bellows
- lamp guide
- accommodating storehouse
- storehouse
- detection device
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Abstract
The utility model discloses a kind of chemiluminescence immune assay camera bellows efficient detection device, including workbench；Camera bellows, the accommodating storehouse for being provided with placing response cup when being used to detect in it on the table is set, the top in the accommodating storehouse is open and is configured with the Cang Gai adaptable with it；Testing agency, the luminous quantity of reaction cup in accommodating storehouse is put into for detecting；Handgrip, it is put into accommodating storehouse for capturing reaction cup and detects, and Cang Gai is covered on accommodating storehouse, removes the reaction cup crawl in accommodating storehouse after the completion of detection.Using above structure, pass through Cang Gai and the fit structure in accommodating storehouse, the cooperation of spring and back-moving spring in place, and the collective effect of control tabula rasa, substantially increase the precision of camera bellows detecting system, and the service life of testing agency, while also substantially increase by the operating process of automation the detection efficiency of system.
Description
Technical field
The utility model belongs to chemiluminescence immunoassay detection technique field, and in particular to a kind of chemiluminescence immune assay is dark
Case efficient detection device.
Background technology
A kind of means that chemiluminescence immunoassay detection is mainly detected using the specific reaction of antigen and antibody, by
Isotope, enzyme, chemiluminescent substance etc. can be utilized to be amplified and show to detection signal in it, when being tested, made
Antigen or antibody connect into enzyme-labelled antigen or antibody with certain enzyme, and this enzyme-labelled antigen or antibody had both retained its immunocompetence, again
Retain the activity of enzyme, luminous substrate added after being washed out, in the lab, generally detect liquid and detected in reaction cup,
After luminous substrate is added, reaction cup is sent into detection camera bellows and detected, camera bellows is being detected by detecting material in reaction cup
Interior luminous quantity, so as to realize the electrochemiluminescent immunoassay detection of detection liquid, when traditional camera bellows detects, often because sealing structure is not tight
It is real, cause there may be extraneous light to enter interference, or because the position of mechanical gripper in place is different, cause to be detected every time
The position of reaction cup has differences, and so as to reduce result precision, or because extraneous light enters, photosensitive-member is caused damage,
Shorten its service life, thus the efficiency comparison that camera bellows can be caused to detect is low.
Utility model content
To solve above technical problem, the utility model provides a kind of chemiluminescence immune assay camera bellows efficient detection dress
Put, be advantageous to improve luminescence immunoassay accuracy of detection and the service life of device, so as to improve the whole efficiency of detection.
To achieve the above object, technical solutions of the utility model are as follows：
A kind of chemiluminescence immune assay camera bellows efficient detection device, it is it is critical that including workbench；
Camera bellows, the accommodating storehouse for being provided with placing response cup when being used to detect in it on the table is set, this houses the upper of storehouse
Side is open and is configured with the Cang Gai adaptable with it；
Testing agency, the luminous quantity of reaction cup in accommodating storehouse is put into for detecting；
Handgrip, it is put into accommodating storehouse for capturing reaction cup and detects, and Cang Gai is covered on accommodating storehouse, after the completion of detection
Reaction cup crawl in accommodating storehouse is removed.
Using above scheme, capture reaction cup automatically by handgrip and detected and grabbed and remove cup, realize detection from
Dynamicization, be advantageous to improve detection efficiency, and reduce human cost, simultaneous reactions cup is in camera bellows and detected, and ensure that detection
As a result the degree of accuracy.
As preferred：The testing agency includes photoelectric tube and lamp guide, and the photoelectric tube is vertically arranged at the top of camera bellows
On wall；
The lamp guide is L-shaped, is arranged in camera bellows, and in the horizontal embedded accommodating storehouse of its one end, the other end is folded upward at
The photosensitive end of face photoelectric tube, the position of camera bellows roof face leaded light plane rod end are provided with through hole.Using above layout structure, significantly
Reduce occupancy of the testing agency to horizontal space, make full use of height space, so that whole system compact layout and structure, increases
Add its stability.
As preferred：Horizontal control tabula rasa is provided between the photosensitive end of the photoelectric tube and lamp guide, control tabula rasa is removable
It is arranged on camera bellows with unloading, camera bellows is provided with the motor for driving the control tabula rasa to horizontally rotate；
The control tabula rasa is non-transparent material, and the position for corresponding to lamp guide thereon is provided with loophole, motor driving control
Tabula rasa rotates, and when loophole face lamp guide is close to the end face of photoelectric tube, light path connects between lamp guide and photoelectric tube, when saturating
When unthreaded hole misplaces with lamp guide, light path disconnects between lamp guide and photoelectric tube.
Using above structure, it can determine whether the light path between lamp guide and photoelectric tube connects by controlling tabula rasa, keep away
Exempt from natural light through the open-mouth above accommodating storehouse to enter in accommodating storehouse, then photoelectric tube is passed to through lamp guide, because light is too strong
Photoelectric tube is caused over-exposed, so as to shorten its service life, be advantageous to improve testing agency whole service life.
As preferred：It is described control tabula rasa correspond to lamp guide position be additionally provided with decay hole, it is described decay hole in removably
Attenuator is installed, the motor driving control tabula rasa rotation, when attenuator face lamp guide, the light of lamp guide is through declining
Subtract the photosensitive end that photoelectric tube is projected after piece is decayed.Using above structure, can be installed not according to the luminous level of different testing sample
Same attenuator, so as to which more accurate detection is luminous, raising accuracy of detection, and also can more reasonably utilize the intensity of photoelectric tube.
As preferred：Coordinate between the Cang Gai and accommodating storehouse open position for labyrinth seal.Using above structure, have
The sealing in accommodating storehouse when being detected beneficial to increase, prevent thering is extraneous light to enter in accommodating storehouse during detection, result interfered,
Be advantageous to improve testing result precision.
As preferred：The camera bellows outside open in accommodating storehouse upper end is provided with annular groove, and sealing ring is embedded with the annular groove；
The annular groove is surrounded by two from camera bellows top wall surface annular flange raised straight up, two convex annulars
Edge is arranged concentrically, and the Cang Gaidibi is provided with deep gouge, after the Cang Gai is covered on accommodating storehouse, two annular flange insertions
In deep gouge, sealing ring abuts with the bottom wall of deep gouge.
It is mutually chimeric with deep gouge by flange using above structure, and combined with sealing ring, it can further increase Cang Gai
The photophobism in accommodating storehouse is covered, is advantageous to further reduce detection interference, improves testing result precision.
As preferred：The handgrip includes being arranged on the crossbeam at the upper side of camera bellows, and elevating mechanism is provided with the crossbeam,
And the horizontal drive mechanism that driving elevating mechanism moves along crossbeam length direction.Using above structure, elevating mechanism is carried out
Move integrally, the action that lifting can be completed in different station can be met, realize that structure shares, simplify overall structure, reduce
Manufacturing cost.
As preferred：The elevating mechanism includes elevating lever and drives the lifting motor of lifter rod lifting, the lifting
The lower end of bar is detachably connected by spring in place and storehouse lid.Using above structure, Cang Gai can be made in the elasticity of spring in place
Open-mouth under active force all the time with accommodating storehouse tightly covers, and can further prevent extraneous light from entering Interference Detection in accommodating storehouse
As a result.
As preferred：Be provided with the accommodating storehouse can the movement of face its opening end sliding block, is provided with test chamber in the sliding block,
Test chamber is used to accommodate reaction cup in detection, vertical between sliding block and camera bellows to be provided with back-moving spring, the back-moving spring it is upper
Lower both ends abut with the bottom wall of sliding block and the bottom wall of camera bellows respectively.Using above structure, it can be ensured that during detection, each reaction cup
Cang Gai lower surface can be close to, so as to ensure that the relative position of the reaction cup and lamp guide each entered is consistent, so as to ensure
The universal uniformity of testing result, improves its reliability and precision.
As preferred：The side of the sliding block face lamp guide is provided with the first bar hole being adapted with lamp guide, described
First bar hole is vertically arranged, and the close accommodating storehouse one end of the lamp guide is stretched into test chamber after passing through the first bar hole.Using
Above structure, facilitate lamp guide to stretch into test chamber and reaction cup is detected, without influenceing sliding block under action of reset spring
Slided in accommodating storehouse, it is simple in construction, be easy to implement.
Compared with prior art, the beneficial effects of the utility model are：
Using chemiluminescence immune assay camera bellows efficient detection device provided by the utility model, pass through Cang Gai and accommodating storehouse
Fit structure, in place spring and back-moving spring cooperation, and control tabula rasa collective effect, substantially increase camera bellows detection system
The precision of system, and the service life of testing agency, while also substantially increase by the operating process of automation the inspection of system
Survey efficiency.
Brief description of the drawings
Fig. 1 is the utility model dimensional structure diagram；
Fig. 2 is embodiment illustrated in fig. 1 mounting structure schematic diagram；
Fig. 3 is Cang Gai and accommodating storehouse fit structure schematic diagram；
Fig. 4 is partial enlarged drawing at A in Fig. 3；
Fig. 5 is testing agency's mounting structure schematic diagram；
Fig. 6 light path closure state schematic diagrames between lamp guide and photoelectric tube；
Fig. 7 light path connected state schematic diagrames between lamp guide and photoelectric tube；
Fig. 8 attenuation views between lamp guide and photoelectric tube；
Fig. 9 is that elevating mechanism is in the schematic diagram for losing glass station；
Figure 10 is that elevating mechanism is in the schematic diagram for grabbing glass station.
Embodiment
The utility model is described in further detail with accompanying drawing with reference to embodiments.
It is main to include being horizontally disposed with referring to figs. 1 to the chemiluminescence immune assay camera bellows efficient detection device shown in Figure 10
Workbench 1, camera bellows 2 is removably installed on workbench 1, camera bellows 2 is provided with testing agency 3, corresponding dark on workbench 1
Case 2 is provided with handgrip 4.
With reference to figure 1, Fig. 2 and Fig. 9, camera bellows 2 is substantially in rectangular parallelepiped structure, and its interior side is provided with accommodating storehouse 20, held vertically
Storehouse formula structure of the storehouse 20 in sealing is put, its top is provided with opening, and is configured with the storehouse lid 21 that open position is engaged.
In the present embodiment, the open position in storehouse lid 21 and accommodating storehouse 20 is the sealing fit structure of labyrinth type, with reference to the He of figure 3
Fig. 4, the upper surface of camera bellows 2 position open in accommodating storehouse 20 have in the heavy platform of the rectangle being recessed straight down, then in accommodating storehouse
20 open outsides are provided with two annular flanges 220, and the drown oneself bottom of platform of annular flange 220 is protruded straight up, and two rings
Shape flange 220 is arranged concentrically, then the gap between two annular flanges 220 forms an annular groove 22, is embedded with annular groove 22
One sealing ring 23, and the upside of sealing ring 23 protrudes from the upper surface of annular flange 220；
The general shape of the bottom of storehouse lid 21 is adapted with the heavy platform of rectangle, is had on bottom wall from what its bottom wall upwardly extended and is sunk
Groove 210, then after storehouse lid 21 covers, can make in two flanges 220 while embedded deep gouge 210, at the same the upside of sealing ring 23 with
The bottom wall of storehouse lid 21 abuts, and can effectively prevent extraneous light from passing through storehouse lid 21 with entering at the accommodating cooperation position of storehouse 20 during detection
In accommodating storehouse 20, mushing error is reduced, improves accuracy of detection.
Referring to figs. 2 and 3 being provided with a sliding block 5 vertically in accommodating storehouse 20, sliding block 5 is supported on accommodating by back-moving spring 6
The bottom in storehouse 20, as illustrated, camera bellows 2 in the accommodating bottom centre position of storehouse 20, is provided with lead 25,6 sets of back-moving spring vertically
It is located on lead 25, the upper end of back-moving spring 6 abuts with the bottom of sliding block 5, then recovers in the elastic traction of back-moving spring 6
Under, the face of sliding block 5 can be made to house the opening end rectilinear movement in storehouse 20；
Vertical in accommodating storehouse 20 to be provided with test chamber 50, the face of test chamber 50 houses the open setting in storehouse 20, its size and inspection
Reaction cup used is adapted during survey, and reaction cup is accommodated mainly for detection of during, when reaction cup is put into test chamber 50, Cang Gai
After 21 cover, reaction cup abuts with the bottom of test chamber 50, and now back-moving spring 6 is in compressive state, can so ensure
Reaction cup can be close to the bottom wall of storehouse lid 21 under the elastic anchorage force effect of back-moving spring 6.
Referring to figs. 1 to Fig. 7, testing agency 3 is arranged on side of the camera bellows 2 away from accommodating storehouse 20, main bag in the present embodiment
Photoelectric tube 30 and lamp guide 31 are included, as illustrated, photoelectric tube 30 is vertically arranged in one away from accommodating storehouse 20 on the upper surface of camera bellows 2
Side, downwards, lamp guide 31 is substantially L-shaped at its photosensitive end, inside camera bellows 2, the sense of its one end face photoelectric tube 20
Light end extends, and other end bending, horizontal face houses storehouse 20 and extended, to lead to the light path between lamp guide 31 and photoelectric tube 30
Freely, the roof of camera bellows 2 is provided with through hole 24 in face lamp guide 31 close to the end face of photoelectric tube 30, and the light of such lamp guide 31 could pass
It is delivered to the photosensitive end of photoelectric tube 30；
The side of the end face of 5 face lamp guide of sliding block 31 is provided with the first bar hole 51, and the first bar hole 51 is vertically arranged, run through
The side wall of sliding block 5, then the one end of lamp guide 31 away from photoelectric tube 30 horizontally extended into by the first bar hole 51 in test chamber 50, can
The luminous quantity of reaction cup in test chamber 50 is put into sensing, accordingly even when sliding block 5 in the presence of back-moving spring 6, is present up and down
The stroke of slip, and lamp guide 31 is to be changed with the relative position of the first bar hole 51, can't be sent out with lamp guide 31
Raw collision, or the relative position of lamp guide 31 and camera bellows 2 situation about changing occur not so that it is guaranteed that the reaction cup entered every time with
The relative test position of lamp guide 31 is consistent.
In the present embodiment, in order to prevent natural light from entering from test chamber 50, photoelectric tube is then passed to by lamp guide 31
30 photosensitive end, it is caused to damage, influences the whole service life of testing agency 3, in 30 photosensitive end of photoelectric tube and lamp guide
Control tabula rasa 32 is provided between 31, as illustrated, control tabula rasa 32 is horizontally disposed, removably installs in camera bellows 2, is also set in camera bellows 2
There is motor 33, motor 33 can drive control tabula rasa 32 to horizontally rotate；
Thin-slab structure of the tabula rasa 32 using non-transparent material is controlled in the present embodiment, such as steel plate iron plate, is circumferentially set thereon
There are loophole 320 and decay hole, be the through-hole structure through control tabula rasa about 32, and size is consistent with lamp guide 31, its
Difference is to be provided with attenuator 34 in decay hole, under the effect of motor 33, controls tabula rasa 32 and horizontally rotate, can make loophole
320 can face lamp guide 31 with decay hole；
When 320 face lamp guide 31 of loophole, the light path between lamp guide 31 and photoelectric tube 30 connects, and works as attenuator
During 34 face lamp guide 31, the light that lamp guide 31 is spread out of is delivered to the sense of photoelectric tube 30 again after the attenuation of attenuator 34
Light end, so as to which the regulation to luminosity can be realized, it is of course possible to as needed, circumferentially distributed multiple decay holes, then in it
The different attenuator 34 of attenuation multiple is installed, is adapted to the detection of more luminosity, improves its practicality, and working as to detect
When, then tabula rasa 32 is rotatably controlled, the end face of loophole 320 and attenuator 34 with lamp guide 31 is staggered, reaches to lamp guide
31 outflow light, which are realized, to be blocked, and photoelectric tube 30 is played a protective role.
With reference to figure 1, Fig. 2 and Fig. 3, handgrip 4 mainly includes crossbeam 40 and is movably arranged on crossbeam 40 in the present embodiment
Elevating mechanism 41, as illustrated, crossbeam 40 is horizontally disposed, the side above camera bellows 2, workbench is supported on by riser
On 1, elevating mechanism 41 mainly includes elevating lever 410 and lifting motor 411, and lifting motor 411 is arranged on crossbeam by mounting seat
On 40, elevating lever 410 is vertically arranged, and lifting motor 411 can drive elevating lever 410 to lift, similar screw mandrel controlled motor structure, horizontal
One end of beam 40 is provided with horizontal drive mechanism 42, horizontal drive mechanism 42 can drive installation seat slidably reciprocated on crossbeam 40, from
And elevating mechanism 41 is set to may be at the surface of different station.
It can preferably be realized in order to facilitate handgrip 4 and grab that cup puts cup and automation covers storehouse lid 21, in the present embodiment, Cang Gai
21 is directly detachably connected with the lower end of elevating lever 410, as illustrated, storehouse lid 21 is provided with straight up close to the side of crossbeam
The connecting portion 211 of extension, the interior mounting hole 212 open provided with upper end of connecting portion 211 are vertical in mounting hole 212 to be provided with place
Spring 4a；
The lower end of elevating lever 410 is detachably connected with a connector 412, the lower end size of connector 412 by screw
It is adapted, and is stretched into mounting hole 212 with mounting hole 212, its lower end abuts with the upper end of spring 4a in place, connector
It is flexibly connected between 412 and connecting portion 211 by connecting bolt 213, as illustrated, connecting bolt 213 is from the upper end of connecting portion 211
Outside horizontal through after connector 412 be fixed to connecting portion 211 opposite side, in order to realize that connector 412 can be to bullet in place
Spring 4a plays compression, and the position of the corresponding connecting bolt 213 of connector 412 is provided with the second bar hole 4120, the second bar hole
4120 is vertically arranged, in this way, then the relative position between connecting portion 211 and connector 412 can be made to change, so as to right
Spring 4a produces compression in place, and is therebetween the state in linkage, i.e., when the bar hole of connecting bolt 213 and second
During 4120 the next abutting, connector 412, which rises, can drive storehouse lid 21 to rise, and can also decline simultaneously.
As shown in Fig. 2 storehouse lid 21 is provided with negative pressure suction nozzle and liquid injecting mouth, the two runs through the lower surface of storehouse lid 21, fluid injection
Mouth is mainly used in adding exciting liquid into reaction cup, and by negative pressure absorbing reaction cup when negative pressure suction nozzle is used for face reaction cup,
Reaction cup is set to be close to the lower surface of storehouse lid 21, the convenient movement for carrying out reaction cup.
Referring to figs. 1 to Figure 10, during detection, first pass through horizontal drive mechanism 42 and drive elevating mechanism 41 to be moved horizontally to and grab cup
Station 8, grab and be neatly placed with reaction cup 7 to be detected at glass station 8 vertically, elevating lever is then controlled by elevating mechanism 41
410 drop to storehouse lid 21 close to the upper end of reaction cup 7, then draw reaction cup 7 by negative pressure suction nozzle；
Then by elevating mechanism 41 of the movement of horizontal drive mechanism 42 with reaction cup 7 to the surface of test chamber 50,
Elevating lever 410 slowly declines, and reaction cup 7 is entered in test chamber 50, when the bottom of reaction cup 7 abuts with the bottom of test chamber 50
When, under the effect of elevating lever 410, start to be compressed the back-moving spring 6 of bottom, until storehouse lid 21 and the opening in accommodating storehouse 20
Place covers completely, continues to decline elevating lever 410, compresses spring 4a trigger sensors in place, finally stop elevating lever 410 again, make
Its holding position is constant, then reaction cup 7 is close to the following table of storehouse lid 21 all the time under the elastic anchorage force effect of bottom back-moving spring 6
Face, so that the relative position between the reaction cup 7 and lamp guide 31 that each enter keeps constant, so as to avoid because every time
Test position difference causes result not have uniformity, reduces the reliability and precision of result, and storehouse lid 21 is in top bullet in place
Under the elastic restoring force effects of spring 4a straight down, it is close to all the time with the accommodating open-mouth of storehouse 20, realizes the light to test chamber 50
Closing, it can effectively prevent light from entering interference, further improve testing result precision.
After adding the luminous detection of exciting liquid completion into reaction cup 7 by liquid injecting mouth, same is connected by elevating mechanism 41
Lifted together with storehouse lid 21 and reaction cup 7, and be moved to and lose glass station 9, the position for losing glass station 9 is provided with collection vessel, closes
Negative pressure suction nozzle, then reaction cup 7 separate and fallen into collection vessel with storehouse lid 21, system then can proceed with next reaction cup 7
Detection, full-automation are carried out, and substantially increase detection efficiency.
Finally it should be noted that foregoing description is only preferred embodiment of the present utility model, the common skill of this area
Art personnel on the premise of without prejudice to the utility model aims and claim, can make under enlightenment of the present utility model
Expression, such conversion are each fallen within the scope of protection of the utility model as multiple types.
Claims (10)
- A kind of 1. chemiluminescence immune assay camera bellows efficient detection device, it is characterised in that including：Workbench (1)；Camera bellows (2), it is arranged on workbench (1), the accommodating storehouse (20) of placing response cup when being used to detect is provided with it, this is accommodating The top in storehouse (20) is open and is configured with the Cang Gai adaptable with it (21)；Testing agency (3), the luminous quantity of accommodating storehouse (20) interior reaction cup is put into for detecting；Handgrip (4), detection in accommodating storehouse (20) is put into for capturing reaction cup, and Cang Gai (21) is covered in accommodating storehouse (20) On, the reaction cup crawl in accommodating storehouse (20) is removed after the completion of detection.
- 2. chemiluminescence immune assay camera bellows efficient detection device according to claim 1, it is characterised in that：The detection Mechanism (3) includes photoelectric tube (30) and lamp guide (31), and the photoelectric tube (30) is vertically arranged on the roof of camera bellows (2)；The lamp guide (31) is L-shaped, is arranged in camera bellows (2), in its one end horizontal embedded accommodating storehouse (20), the other end to The photosensitive end of upper bending face photoelectric tube (30), the position of camera bellows (2) roof face lamp guide (31) end face is provided with through hole (24).
- 3. chemiluminescence immune assay camera bellows efficient detection device according to claim 2, it is characterised in that：The photoelectricity Manage and horizontal control tabula rasa (32) is provided between the photosensitive end of (30) and lamp guide (31), control tabula rasa (32) is removably mounted on On camera bellows (2), camera bellows (2) is provided with the motor (33) for driving the control tabula rasa (32) to horizontally rotate；The control tabula rasa (32) is non-transparent material, and the position for corresponding to lamp guide (31) thereon is provided with loophole (320), driving electricity Machine (33) driving control tabula rasa (32) rotation, when loophole (320) face lamp guide (31) is close to the end face of photoelectric tube (30), lead Light path connects between optical wand (31) and photoelectric tube (30), when loophole (320) and lamp guide (31) misplace, lamp guide (31) with Light path disconnects between photoelectric tube (30).
- 4. chemiluminescence immune assay camera bellows efficient detection device according to claim 3, it is characterised in that：The control light The position of the corresponding lamp guide (31) of plate (32) is additionally provided with decay hole, and attenuator (34) is removably provided with the decay hole, Motor (33) driving control tabula rasa (32) rotation, when attenuator (34) face lamp guide (31), lamp guide (31) Light projects the photosensitive end of photoelectric tube (30) after attenuator (34) decay.
- 5. chemiluminescence immune assay camera bellows efficient detection device according to claim 1, it is characterised in that：The Cang Gai (21) coordinate between accommodating storehouse (20) open position for labyrinth seal.
- 6. chemiluminescence immune assay camera bellows efficient detection device according to claim 5, it is characterised in that：The camera bellows (2) outside open in accommodating storehouse (20) upper end is provided with annular groove (22), and sealing ring (23) is embedded with the annular groove (22)；The annular groove (22) is surrounded by two from camera bellows (2) top wall surface annular flange (220) raised straight up, two institutes State annular flange (220) to be arranged concentrically, Cang Gai (21) bottom wall is provided with deep gouge (210), and the Cang Gai (21) covers accommodating After on storehouse (20), in the embedded deep gouge (210) of two annular flanges (220), the bottom wall of sealing ring (23) and deep gouge (210) supports Connect.
- 7. chemiluminescence immune assay camera bellows efficient detection device as claimed in any of claims 1 to 6, its feature It is：The handgrip (4) includes being arranged on the crossbeam (40) at the upper side of camera bellows (2), and lift is provided with the crossbeam (40) Structure (41), and the horizontal drive mechanism (42) that driving elevating mechanism (41) moves along crossbeam (40) length direction.
- 8. chemiluminescence immune assay camera bellows efficient detection device according to claim 7, it is characterised in that：The lifting Mechanism (41) includes elevating lever (410) and drives the lifting motor (411) of elevating lever (410) lifting, the elevating lever (410) Lower end it is detachably connected by spring in place (4a) and Cang Gai (21).
- 9. chemiluminescence immune assay camera bellows efficient detection device as claimed in any of claims 2 to 6, its feature It is：Be provided with the accommodating storehouse (20) can face its opening end movement sliding block (5), is provided with test chamber in the sliding block (5) (50), test chamber (50) is used to accommodate reaction cup in detection, and vertically back-moving spring is provided between sliding block (5) and camera bellows (2) (6), the upper and lower ends of the back-moving spring (6) abut with the bottom wall of sliding block (5) and the bottom wall of camera bellows (2) respectively.
- 10. chemiluminescence immune assay camera bellows efficient detection device according to claim 9, it is characterised in that：The cunning The side of block (5) face lamp guide (31) is provided with the first bar hole (51) being adapted with lamp guide (31), first bar shaped Hole (51) is vertically arranged, and test chamber is stretched into close accommodating storehouse (20) one end of the lamp guide (31) after passing through the first bar hole (51) (50) in.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721086253.0U CN207148118U (en) | 2017-08-28 | 2017-08-28 | Chemiluminescence immune assay camera bellows efficient detection device |
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| CN201721086253.0U CN207148118U (en) | 2017-08-28 | 2017-08-28 | Chemiluminescence immune assay camera bellows efficient detection device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107576784A (en) * | 2017-08-28 | 2018-01-12 | 重庆科斯迈生物科技有限公司 | Chemiluminescence immune assay camera bellows detecting system |
| CN109856390A (en) * | 2019-02-20 | 2019-06-07 | 重庆科斯迈生物科技有限公司 | Micro high efficiency chemical illumination immunity analysis instrument |
| WO2020168864A1 (en) * | 2019-02-20 | 2020-08-27 | 重庆科斯迈生物科技有限公司 | Magnetic particle chemoluminescence immunoassay analyzer dark box detection system |
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2017
- 2017-08-28 CN CN201721086253.0U patent/CN207148118U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107576784A (en) * | 2017-08-28 | 2018-01-12 | 重庆科斯迈生物科技有限公司 | Chemiluminescence immune assay camera bellows detecting system |
| CN107576784B (en) * | 2017-08-28 | 2024-01-30 | 重庆科斯迈生物科技有限公司 | Chemiluminescent immunoassay camera bellows detecting system |
| CN109856390A (en) * | 2019-02-20 | 2019-06-07 | 重庆科斯迈生物科技有限公司 | Micro high efficiency chemical illumination immunity analysis instrument |
| WO2020168871A1 (en) * | 2019-02-20 | 2020-08-27 | 重庆科斯迈生物科技有限公司 | Miniature efficient chemiluminescence immunoassay analyzer |
| WO2020168864A1 (en) * | 2019-02-20 | 2020-08-27 | 重庆科斯迈生物科技有限公司 | Magnetic particle chemoluminescence immunoassay analyzer dark box detection system |
| CN109856390B (en) * | 2019-02-20 | 2023-06-13 | 重庆科斯迈生物科技有限公司 | Miniature high-efficiency chemiluminescent immunoassay instrument |
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