CN205809088U - Rotating-table apparatus and there is the full-automatic immunofluorescence analysis instrument of this rotating-table apparatus - Google Patents

Abstract

The open a kind of rotating-table apparatus of this utility model, including: having reagent paper folder and the first rotating disk of pushing mechanism, reagent paper folder automatically feeds reagent paper, and reagent paper is pushed away the first rotating disk by pushing mechanism；Second rotating disk is the circulus that coaxial sleeve is located at outside the first rotating disk；It is embedded with guide-track groove in second rotating disk, prolongs near outside and just the position above guide-track groove be provided with the first opening；Guide-track groove one end is communicated to reagent paper outlet, the other end is provided with the second opening, and guide-track groove is additionally provided with shell fragment near one end of the second opening；Reagent paper is stretched out by reagent paper outlet, promotes for the first time through pushing mechanism, slides along guide-track groove until reagent paper is blocked by shell fragment and district to be detected is directed at the first opening；Reagent paper departs from from the second opening after the second time of pushing mechanism is forced past shell fragment.Rotating-table apparatus that this utility model provides and there is the full-automatic immunofluorescence analysis instrument of this rotating-table apparatus, it is achieved reagent paper sample-adding, detection whole-course automation, it is not necessary to single form is waited in line, and improves work efficiency and stability.

Description

Rotating-table apparatus and there is the full-automatic immunofluorescence analysis instrument of this rotating-table apparatus

Technical field

This utility model relates to reagent analysis device technique field, and more specifically, this utility model relates to a kind of rotating disk Device and there is the full-automatic immunofluorescence analysis instrument of this rotating-table apparatus.

Background technology

C reactive protein (CRP) is the inflammation index that the clinical conventional the highest Idiotype of sensitivity is the lowest, conduct the most The conventional sense project of hospital, as auxiliary judgment foundation in a lot of medicals diagnosis on disease.The mensuration of CRP will not be by age, property Not, the impact of the factor such as anemia, hyperglobulinemia, gestation, can be used for assisting numeration of leukocyte and esr detection to carry out antibacterial And the discriminating between non-bacterial, it is judged that the degree of tissue inflammation or damage facilitates look at the reaction of patient for treatment and postoperative inspection Survey.The detection of CRP be based primarily upon immunity the turbid and immune scattering ratio purifying method of transmittance, but detect the lowest limit be typically greater than 3～ 5mg/L, relatively low susceptiveness is not enough to the judgement to condition assessment and curative effect of medication.In recent years, fluorescence immune analysis method In succession using, substantially increase the sensitivity of analysis, the detection lowest limit is 0.005～0.1mg/L, and result is stable, and degree of accuracy is high, and Specimen consumption is few, can use tip trace blood, and the misery brought to patient is few, thus has obtained quick development.

It is presently used for the immunofluorescence analysis instrument of various item argument detection, mostly is semi-automatic immunofluorescence analysis instrument, exempts from The reagent paper folder turntable structure of epidemic disease fluorescence analyser is as shown in Fig. 1 of Figure of description: reagent paper 1 is placed in reagent paper folder 2, Mei Geshi Having a plurality of reagent paper 1 in folder 2, reagent paper 1 has shell, has certain Mechanical Structure Strength, can directly be pushed into mechanism 3 and push away Dynamic, use propulsive mechanism 3 to promote up-to-date reagent paper 1, and the mode relying on reagent paper 1 interphase interaction to promote successively carries out transmission； Reagent paper folder 2 is placed on reagent paper folder rotating disk 5, owing to reagent uses requirement, after reagent paper 1 added sample (or the sample through pre-treatment) After continuous reaction certain time, measurement module 4 measures again, and the above-mentioned response time is queued up in reaction Accreditation Waiting Area by propulsive mechanism 3 Realize.This full-automatic immunofluorescence analysis instrument uses the form of single queue, is difficult to realize multiple test event hybrid test ( As waiting time of different test events inconsistent, and this numerical value difference may be the biggest)；The propulsive mechanism of reaction Accreditation Waiting Area 3 strokes are long, and reagent paper 1 designs the most relatively thin, and stability is relatively poor.

Utility model content

For weak point present in above-mentioned technology, this utility model provides a kind of rotating-table apparatus, by coaxial the One rotating disk and the second rotating disk, the sample-adding of reagent paper, detection are all waited in line without single queue form, improve efficiency；This practicality is new Type also provides for a kind of full-automatic immunofluorescence analysis instrument with rotating-table apparatus, the sample-adding of reagent paper, detection whole-course automation, detection Efficiency height, good stability, easy-to-use.

In order to realize according to these purposes of the present utility model and further advantage, this utility model is by the following technical programs Realize:

This utility model provides a kind of rotating-table apparatus, comprising: the first rotating disk, it has reagent paper folder and pushing mechanism, Described reagent paper folder includes the reagent paper outlet automatically feeding reagent paper, and described pushing mechanism for exporting the examination stretched out from described reagent paper Paper pushes away described first rotating disk；Second rotating disk, it is located at the circulus outside described first rotating disk for coaxial sleeve；Described second Being embedded with guide-track groove radially in rotating disk, described second rotating disk prolongs near outside and is just provided with the position above described guide-track groove First opening；Described guide-track groove one end is communicated to the outlet of described reagent paper, the other end is provided with the second opening, and described guide-track groove is near institute The one end stating the second opening is additionally provided with the shell fragment of vertical direction motion；Wherein, described reagent paper is stretched out, through institute by the outlet of described reagent paper State pushing mechanism to promote for the first time, slide along described guide-track groove until described reagent paper is blocked by described shell fragment, and described first opens Mouth is directed at the injection region of described reagent paper and district to be detected；Described reagent paper is forced past described bullet through the second time of described pushing mechanism After sheet, described reagent paper departs from described second rotating disk from described second opening.

Preferably, the size of described guide-track groove meets with the size of described reagent paper: described reagent paper is at described pushing mechanism Promotion under just slide and guide-track groove only holds next reagent paper at described guide-track groove.

Preferably, also including the buffer plate accommodating buffer, described buffer plate is positioned on described first rotating disk.

Preferably, several described reagent paper folder is evenly spaced on described first rotating disk；Several described buffer plates It is evenly spaced on described first rotating disk；Described reagent paper folder is intervally arranged with described buffer plate.

A kind of full-automatic immunofluorescence analysis instrument with rotating-table apparatus, comprising: rotating-table apparatus；Sample injection device, It includes being positioned at the hand-hole above described second rotating disk and suction nozzle；Described second rotating disk rotates and makes described hand-hole with described After first opening alignment, described suction nozzle is drawn complex and is passed through the injection region of the described hand-hole described reagent paper of injection；With And, detecting device, it is positioned at above described second rotating disk, and described second rotating disk rotates and makes described detection device and described first After opening alignment, described detection device sends the district to be detected of the laser described reagent paper of irradiation and detects.

Preferably, the storage device being positioned at the outer side-lower of described second rotating disk is also included；Described reagent paper is through described promotion After the second time of mechanism is forced past described shell fragment, described reagent paper enters institute after described second opening departs from described second rotating disk State storage device.

Preferably, the diameter of described suction nozzle is less than the diameter of described hand-hole.

This utility model at least includes following beneficial effect:

1) rotating-table apparatus that this utility model provides, including having reagent paper folder and the first rotating disk of pushing mechanism, coaxial sleeve Be located at outside described first rotating disk and be embedded with in the second rotating disk of structure, the second rotating disk in the form of a ring guide-track groove radially, second Rotating disk prolongs near outside and the first opening of being just provided with the position above guide-track groove and the shell fragment being positioned at guide-track groove one end, real The reagent paper outlet that existing reagent paper is pressed from both sides by reagent paper is stretched out, is promoted for the first time through pushing mechanism, slide along guide-track groove until reagent paper is by shell fragment Block and corresponding first opening in district to be detected of reagent paper；Therefore, by relatively rotating between the first rotating disk and the second rotating disk, make Reagent paper folder with guide-track groove between can match each other, reagent paper folder supply reagent paper to guide-track groove, by the first opening at guide rail Reagent paper on groove carries out blood sample sample-adding to be detected, by the first opening, the reagent paper on guide-track groove is carried out illumination detection, all Need not wait in line, improve work efficiency and convenience；

2) guide-track groove is provided with the second opening near one end of shell fragment；Reagent paper is forced past shell fragment through the second time of pushing mechanism After, reagent paper departs from the second rotating disk from the second opening and realizes reclaiming, cleanliness without any pollution；

3) size of guide-track groove meets with the size of reagent paper: reagent paper is just sliding at guide-track groove under the promotion of pushing mechanism OK so that reagent paper slides along certain direction in guide-track groove, do not have the phenomenons such as reagent paper rolling, rotation, improve reagent paper District to be detected is directed at the accuracy rate of the first opening；One guide-track groove only holds next reagent paper, it is to avoid multiple reagent paper are at same guide rail Wait in groove, lose time, it should relatively rotated by the first rotating disk and the second rotating disk, multiple reagent paper are distributed to different leading Rail groove carries out being loaded, detecting, and improves work efficiency；

4) rotating-table apparatus of the present utility model also includes the buffer plate accommodating buffer, and buffer plate is positioned at the first rotating disk On, make full use of the first rotating disk space, it is achieved function is compact；

5) several reagent paper folder is evenly spaced on the first rotating disk；Several buffer plates are evenly spaced in the first rotating disk On；Reagent paper folder is intervally arranged with buffer plate, improves space availability ratio；

6) this utility model provide full-automatic immunofluorescence analysis instrument, including rotating-table apparatus, sample injection device and Detection device, is rotated by the second rotating disk after hand-hole and the first opening are directed at, and suction nozzle is drawn complex and passed through Hand-hole injects the injection region of reagent paper；After the reaction completely of reagent paper district to be detected, rotated by the second rotating disk and make the first opening After being directed at detection device, detection device sends the district to be detected of laser irradiation reagent paper and completes detection；According to different test events The response time of required complex is different, can realize detection device by rotating the second rotating disk and react complex institute completely Guide-track groove on first opening alignment realize adjust；Thus realize sample application, detection whole-course automation, and without list Waiting in line of one queue, improves work efficiency and facility；

7) the full-automatic immunofluorescence analysis instrument that utility model provides also includes the storage being positioned at the outer side-lower of the second rotating disk Device；Reagent paper is after the second time of pushing mechanism is forced past shell fragment, and reagent paper enters receipts after the second opening departs from the second rotating disk Device of receiving realizes reclaiming, it is to avoid pollute；

8) diameter of suction nozzle is less than the diameter of hand-hole so that suction nozzle is directed at simply with hand-hole, it is to avoid spatter outside complex Pollute, affect Detection accuracy.

Part is embodied by further advantage of the present utility model, target and feature by description below, and part also will be passed through Research of the present utility model and practice are understood by the person skilled in the art.

Accompanying drawing explanation

Fig. 1 is the top view of prior art turntable device；

Fig. 2 is the top view of rotating-table apparatus described in the utility model；

Fig. 3 is the structural representation of reagent paper described in the utility model；

The position view of shell fragment when Fig. 4 A is rotating-table apparatus described in the utility model vertical view；Fig. 4 B is that the master of Fig. 4 A regards Figure；

Fig. 5 is the structural representation of full-automatic immunofluorescence analysis instrument described in the utility model；

In figure:

1-reagent paper；1A-injection region；1B-district to be detected；2-reagent paper presss from both sides；3-propulsive mechanism；4-measurement module；

5-reagent paper folder rotating disk；

100-rotating-table apparatus；10-the first rotating disk；11-reagent paper presss from both sides；12-buffer plate；

20-the second rotating disk；21-guide-track groove；22-the first opening；23-the second opening；

24-shell fragment；

200-sample injection device；210-hand-hole；220-suction nozzle；

300-detects device.

Detailed description of the invention

Below in conjunction with the accompanying drawings this utility model is described in further detail, to make those skilled in the art with reference to explanation Book word can be implemented according to this.

Should be appreciated that used herein such as " have ", " comprising " and " including " term do not allot one or many Other element individual or the existence of a combination thereof or interpolation.

Immunofluorescence analysis instrument, when carrying out blood sample to be measured test, needs to react blood sample to be measured with buffer A period of time forms complex, then complex adds to reagent paper, after thing to be composite and reagent paper react a period of time, detects device Carry out illumination detection again.

<embodiment 1>

A kind of rotating-table apparatus of this utility model offer, as shown in Figures 2 and 3, comprising:

First rotating disk 10, it has reagent paper folder 11 and pushing mechanism (not shown), and reagent paper folder 11 includes automatically supplying Exporting (not shown) to the reagent paper of reagent paper, pushing mechanism is for pushing away the first rotating disk by the reagent paper stretched out from reagent paper outlet 10；

Second rotating disk 20, it is located at the circulus outside the first rotating disk 10 for coaxial sleeve；It is embedded with in second rotating disk 20 Guide-track groove 21 radially, the second rotating disk 20 prolongs near outside and the position above guide-track groove 21 is just being provided with the first opening 22；Lead Rail groove 21 one end is communicated to reagent paper outlet, the other end is provided with the second opening 23, and guide-track groove 21 is near one end of the second opening 23 also It is provided with the shell fragment 24 of vertical direction motion；Wherein, reagent paper is stretched out by reagent paper outlet, is promoted for the first time through pushing mechanism, along guide rail Groove 21 slides until reagent paper is blocked by shell fragment 24, and the first opening 22 is directed at the injection region 1A and district 1B to be detected of reagent paper；Reagent paper After the second time of pushing mechanism is forced past shell fragment 24, reagent paper departs from the second rotating disk 20 from the second opening 23.

In above-mentioned embodiment, the reagent paper folder 11 on the first rotating disk 10, can be one, it is also possible to being multiple, Fig. 2 is given The example of 3 reagent paper folders 11.Accommodating multiple reagent paper in reagent paper folder 11, reagent paper has shell, has certain Mechanical Structure Strength, Can directly be pushed into mechanism urges, therefore, by reagent paper folder 11 and the cooperative motion of pushing mechanism, reagent paper singly from Reagent paper outlet is stretched out and is supplied to and pushes away the first rotating disk 10.Reagent paper outlet be positioned at reagent paper folder 11 on be easy to reagent paper automatically feed and The optional position of the first rotating disk 10 is left, as a kind of embodiment of the present utility model, reagent paper under pushing mechanism impetus Outlet is positioned at the lower section of reagent paper folder 11, and now, the second rotating disk 20 is located at the ring-type knot of the first outer side-lower of rotating disk 10 for coaxial sleeve Structure, reagent paper is natural under gravity to be stretched out from reagent paper outlet, departs from the first rotating disk 10 and entrance is led after pushing mechanism promotes Rail groove 21, Fig. 2 gives signal；As another kind of embodiment of the present utility model, reagent paper outlet is positioned at the top of reagent paper folder 11, Now, the second rotating disk 20 is located at the circulus of top outside the first rotating disk 10 for coaxial sleeve, is provided with elastic dress in reagent paper folder 11 Putting, the reagent paper outlet that reagent paper presss from both sides above in the of 11 from reagent paper under the elastic reaction of elastic device is stretched out, de-after pushing mechanism promotes From the first rotating disk 10 and enter guide-track groove 21.

When reagent paper stretches out reagent paper outlet, promote for the first time through pushing mechanism, slide until reagent paper is by bullet along guide-track groove 21 Sheet 24 blocks, and the first opening 22 is directed at the injection region 1A and district 1B to be detected of reagent paper；Now, by the first opening 22, permissible Drip complex to exposed reagent paper injection region 1A, complete the sample-adding of reagent paper；Complex reacts completely at the injection region 1A of reagent paper After, detection device is directed at the district 1B to be measured of reagent paper by the first opening 22, carries out illumination detection, it is achieved the detection of reagent paper.Detection Terminating, pushing mechanism carries out second time to reagent paper to be promoted, and the thrust that second time promotes is more than the shell fragment 24 resistance to reagent paper, shell fragment 24 are pressed against lower motion by reagent paper, and reagent paper departs from the second rotating disk 20 from the second opening 23 after crossing shell fragment 24, it is achieved returning of reagent paper Receive, it is to avoid pollute.Shell fragment pops up, restores to the original state.

Guide-track groove 21 can be one, it is also possible to is multiple, and the number of guide-track groove 21 is identical with the first opening 22, and Fig. 2 gives Go out the example of 12 the first openings 22；The number of guide-track groove 21 is unrelated with the number of reagent paper folder 11, because, the first rotating disk 10 He Relatively rotating of second rotating disk 20 a, it is achieved guide-track groove 21 can be directed at the reagent paper outlet of any one reagent paper folder 11, thus Receiving pushing mechanism promotes the reagent paper of this reagent paper folder 11 supply in case follow-up sample-adding, detection, it is not necessary to wait some reagent paper folder 11 Supply；Can also realize in a reagent paper folder 11 is directed at multiple guide-track groove 21 in turn thus realizes a reagent paper folder 11 many Individual reagent paper can sequentially enter different guide-track grooves 21 under the assistance of pushing structure in case follow-up sample-adding, detection, and reagent paper presss from both sides Reagent paper supply the waiting in line without single guide-track groove of 11.

Therefore, the rotating-table apparatus that this utility model provides, for sample-adding and the detection of reagent paper, by the first rotating disk 10 and the Relatively rotating between two rotating disks 20 so that can match each other between reagent paper folder 11 and guide-track groove 21, reagent paper folder 11 supply examination Paper to guide-track groove 21, by the first opening 22 reagent paper on guide-track groove 21 carried out complex sample-adding, by the first opening 22 Reagent paper on guide-track groove 21 is carried out illumination detection, all need not wait in line, improve work efficiency and convenience.

In above-mentioned embodiment, reagent paper is placed in reagent paper folder 11 in a predetermined manner, i.e. reagent paper folder 11 supply When reagent paper is to guide-track groove 21, the reagent paper direction of motion under the supply of reagent paper folder 11 and the promotion of pushing mechanism also determines that , this is to be directed at for later stage the first opening 22 prepare with the injection region 1A of reagent paper and district 1B to be detected.As preferably, guide-track groove The size of 21 meets with the size of reagent paper: reagent paper just slides and a guide-track groove at guide-track groove 21 under the promotion of pushing mechanism 21 can only hold next reagent paper.Reagent paper just slides at guide-track groove 21 under the promotion of pushing mechanism so that reagent paper is at guide-track groove Slide in 21 along certain direction, do not have the phenomenons such as reagent paper rolling, rotation, improve the district 1B to be detected alignment first of reagent paper The accuracy rate of opening 22；One guide-track groove 21 holds next reagent paper, it is to avoid multiple reagent paper wait in same guide-track groove 21, wave Time-consuming；By relatively rotating of the first rotating disk 10 and the second rotating disk 20, multiple reagent paper are distributed to different guide-track grooves 21 and enter Row sample-adding, detection, improve work efficiency.It should be noted that the size of each guide-track groove 21 and every kind of reagent paper can be different, only Needing the size ensureing every kind of reagent paper to have the guide-track groove 21 of correspondingly-sized to go coupling to slide, so, rotating-table apparatus can be suitable for The sample-adding of multiple different size reagent paper and detection, the reagent paper of this utility model preferred reagent paper folder 11 receiving same size, and lead The size of rail groove 21 is mated with the size of reagent paper, rotating-table apparatus simple in construction.

In above-mentioned embodiment, the number of shell fragment 24 can be one, can be multiple, and Fig. 4 A and Fig. 4 B sets forth 2 shell fragments 24 and 2 shell fragments 24 position example in guide-track groove 21.Concrete structure as shell fragment 24 does not do any limit System, only needs shell fragment 24 can meet under the thrust that pushing mechanism promotes for the first time reagent paper in vertical direction motion and vertical motion Carry out stopping, being crossed by reagent paper under the thrust that pushing mechanism second time promotes.

As another embodiment of the present utility model, rotating-table apparatus also includes the buffer plate 12 accommodating buffer, Buffer plate 12 is positioned on the first rotating disk 10.After being instilled in buffer plate 12 by blood sample to be measured, blood sample to be measured is with slow Rushing liquid reaction and form complex, complex is added drop-wise to the injection region 1A of reagent paper by the first opening 22, in case follow-up is further Detection.Buffer plate 12 is arranged on the first rotating disk 10, takes full advantage of the space of the first rotating disk 10 so that rotating-table apparatus is integrated Degree is high, function optimization.

Preferred as above-mentioned embodiment, several reagent paper folder 11 is evenly spaced on the first rotating disk 10；Several delay Rush liquid plate 12 to be evenly spaced on the first rotating disk 10；Reagent paper folder 11 is intervally arranged with buffer plate 12；For follow-up first rotating disk 10 Reagent paper folder 11 and being directed at of guide-track groove 21 is driven, it is provided that facilitate and accuracy with relatively rotating of the second rotating disk 20.

<embodiment 2>

This utility model provides a kind of full-automatic immunofluorescence analysis instrument with rotating-table apparatus, as it is shown in figure 5, its bag Include:

Rotating-table apparatus 100；

Sample injection device 200, it includes being positioned at the hand-hole 210 above the second rotating disk 20 and suction nozzle 220；Second rotating disk After 20 rotations make hand-hole 210 be directed at the first opening 22, suction nozzle 220 is drawn complex and is passed through hand-hole 210 note Enter the injection region 1A of reagent paper；And,

Detection device 300, it is positioned at above the second rotating disk 20, and the second rotating disk 20 rotates and makes to detect device 300 and first After opening 22 alignment, detection device 300 sends the district 1B to be detected of laser irradiation reagent paper and detects.

The full-automatic immunofluorescence analysis instrument that this utility model provides, work process is: rotate the first rotating disk 10 so that one The reagent paper outlet of individual reagent paper folder 11 is directed at one end of a guide-track groove 21, and reagent paper stretches out examination under the automatically feeding of reagent paper folder 11 Paper delivery, promotes for the first time through pushing mechanism, slides along guide-track groove 21 until reagent paper is blocked by shell fragment 24, and the first opening 22 is right The injection region 1A and district 1B to be detected of quasi-reagent paper；Now, suction nozzle 220 draws blood sample to be measured to buffer plate 12, blood to be measured Liquid sample forms complex with buffer hybrid reaction.Rotate the second rotating disk 20 so that hand-hole 210 is right with the first opening 22 Standard, suction nozzle 220 is drawn complex, is passed sequentially through hand-hole the 210, first opening 22, injects to the injection region 1A of reagent paper.To be composite Thing and reagent paper react completely, are rotated further the second rotating disk 20 so that detection device 300 is directed at the first opening 22, by first Opening 22, detection device 300 sends laser and is radiated at the district 1B to be detected of reagent paper and detects.Detection completes, and detects device 300 Closing laser, pushing mechanism carries out second time to be promoted, and under the thrust that second time promotes, reagent paper is opened from second after crossing shell fragment 24 Mouth 23 departs from the second rotating disks 20, it is achieved the recovery of reagent paper, it is to avoid pollute.

The full-automatic immunofluorescence analysis instrument that this utility model provides, the sample-adding of reagent paper, detection, whole-course automation, and nothing Need single queue form to wait in line, improve work efficiency and stability, easy-to-use.

In above-mentioned embodiment, by relatively rotating of the first rotating disk 10 and the second rotating disk 20, the examination of each reagent paper folder 11 Paper delivery can be directed at each guide-track groove 21, it is achieved the reagent paper that reagent paper folder 11 automatically feeds stretches out reagent paper outlet and enters into arbitrarily In guide-track groove 21 aligned therewith.After in a reagent paper presss from both sides 11, the supply of all reagent paper terminates, by the first rotating disk 10 and second Relatively rotating of rotating disk 20, guide-track groove 21 can select the examination that the reagent paper outlet supply accepting any one reagent paper folder 11 is stretched out Paper.Suction nozzle 220 draws complex when preparing to inject, can relatively rotating by the first rotating disk 10 and the second rotating disk 20, selection Blocked by shell fragment 24 and reagent paper that injection region 1A and district 1B to be detected and the first opening 22 are directed at has injected, by shell fragment 24 Block, injection region 1A and district 1B to be detected and the first opening 22 alignment reagent paper without waiting in line；During detection, by first turn Dish 10 relatively rotates with the second rotating disk 20, and detection device 300 can also select to have been injected into complex and complex is anti-with reagent paper Should detect by reagent paper completely, have been injected into complex and complex and react reagent paper completely with reagent paper and, without waiting in line, carry High workload efficiency and convenience.

In above-mentioned embodiment, the diameter of suction nozzle 220 is less than the diameter of hand-hole 210 so that suction nozzle 220 and hand-hole 210 alignments are simple, it is to avoid spatter outside complex and pollute, affect Detection accuracy.

In above-mentioned embodiment, detection device 300 can be linear laser dot matrix, and detection device 300 is directed at treating of reagent paper One rear flank of detection zone 1B, detection device 300 does horizontal rectilinear motion, it is achieved the linear laser of linear laser dot matrix passes through first Opening 22 moves to the opposite side of reagent paper district to be detected 1B from the side of reagent paper district to be detected 1B, thus completes the photograph of linear laser Penetrate the district 1B whole to be detected covering reagent paper, be conducive to putting forward the irradiation uniformity of height detection device 300, improve measurement precision.

As another embodiment of the present utility model, full-automatic immunofluorescence analysis instrument also includes being positioned at the second rotating disk Storage device 400 outside 20；Reagent paper is after the second time of pushing mechanism is forced past shell fragment 24, and reagent paper takes off from the second opening 23 Storage device 400 is entered after the second rotating disk 20.Storage device 400 and the setting of the second opening 23 so that the examination that detection terminates Paper fully reclaims, it is to avoid pollute.As it is shown in figure 5, storage device 400 can be the sky that middle upper part is embedded with the second rotating disk 20 Chamber, so, the reagent paper that arbitrary second opening 23 from the second rotating disk 20 pushes away, storage device 400 can be entered and realize receiving Receiving, storage is convenient.Further, the entrance that storage device 400 docks with the second opening 23 is ramped shaped, is in storage device The reagent paper that second opening 23 of 400 middle upper parts pushes away enters storage device 400 from the entrance of the ramped shaped of storage device 400, The entrance of ramped shaped avoids reagent paper to be deposited in position corresponding with below the second opening 23 on storage device 400 so that more Reagent paper enters storage device and is contained, and improves the storage ability of storage device 400.

Although embodiment of the present utility model is disclosed as above, but it is not restricted in description and embodiment Listed utilization.It can be applied to various applicable field of the present utility model completely.For those skilled in the art It is easily achieved other amendment.Therefore under the general concept limited without departing substantially from claim and equivalency range, this reality It is not limited to specific details and shown here as the legend with description with novel.

Claims (7)

1. a rotating-table apparatus, it is characterised in that including:

First rotating disk, it has reagent paper folder and pushing mechanism, and described reagent paper folder includes the reagent paper outlet automatically feeding reagent paper, institute State pushing mechanism for the reagent paper stretched out from the outlet of described reagent paper is pushed away described first rotating disk；

Second rotating disk, it is located at the circulus outside described first rotating disk for coaxial sleeve；It is embedded with footpath in described second rotating disk To guide-track groove, described second rotating disk prolongs near outside and just the position above described guide-track groove is provided with the first opening；Described Guide-track groove one end is communicated to the outlet of described reagent paper, the other end is provided with the second opening, and described guide-track groove is near described second opening One end is additionally provided with the shell fragment of vertical direction motion；

Wherein, described reagent paper is stretched out by the outlet of described reagent paper, is promoted for the first time through described pushing mechanism, slide along described guide-track groove Until described reagent paper is blocked by described shell fragment, and described first opening is directed at the injection region of described reagent paper and district to be detected；Described Reagent paper is after the second time of described pushing mechanism is forced past described shell fragment, and described reagent paper departs from described the from described second opening Two rotating disks.

2. rotating-table apparatus as claimed in claim 1, it is characterised in that the size of described guide-track groove is full with the size of described reagent paper Foot: described reagent paper just slides and guide-track groove only holds next examination at described guide-track groove under the promotion of described pushing mechanism Paper.

3. rotating-table apparatus as claimed in claim 1 or 2, it is characterised in that also include the buffer plate accommodating buffer, described Buffer plate is positioned on described first rotating disk.

4. rotating-table apparatus as claimed in claim 3, it is characterised in that several described reagent paper folder is evenly spaced in described first On rotating disk；Several described buffer plates are evenly spaced on described first rotating disk；Between described reagent paper folder and described buffer plate Every arrangement.

5. a full-automatic immunofluorescence analysis instrument with rotating-table apparatus as claimed in claim 1, it is characterised in that bag Include:

Rotating-table apparatus；

Sample injection device, it includes being positioned at the hand-hole above described second rotating disk and suction nozzle；Described second rotating disk rotates and makes After described hand-hole be directed at described first opening, described suction nozzle absorption complex is also passed through described hand-hole injection institute State the injection region of reagent paper；And,

Detection device, it is positioned at above described second rotating disk, and described second rotating disk rotates and makes described detection device and described the After one opening alignment, described detection device sends the district to be detected of the laser described reagent paper of irradiation and detects.

6. full-automatic immunofluorescence analysis instrument as claimed in claim 5, it is characterised in that also include being positioned at described second rotating disk The storage device of outer side-lower；

Described reagent paper is after the second time of described pushing mechanism is forced past described shell fragment, and described reagent paper takes off from described second opening Described storage device is entered after described second rotating disk.

7. the full-automatic immunofluorescence analysis instrument as described in claim 5 or 6, it is characterised in that the diameter of described suction nozzle is less than The diameter of described hand-hole.