CN206450697U - Automatic clinical chemistry analyzer - Google Patents
Automatic clinical chemistry analyzer Download PDFInfo
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- CN206450697U CN206450697U CN201720101544.6U CN201720101544U CN206450697U CN 206450697 U CN206450697 U CN 206450697U CN 201720101544 U CN201720101544 U CN 201720101544U CN 206450697 U CN206450697 U CN 206450697U
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Abstract
The utility model discloses a kind of automatic clinical chemistry analyzer, instrument primary structure includes reagent disc, reaction tray, sample disc, agitating unit, optical detection unit, reagent pin, sample pin and more than one reagent and drawn and dilution device；The instrument has gradually is diluting function to reagent using preceding automatically, realizes and reduces reagent volume, and reduce it and cleans difficulty to reagent pin internal residual reagent with the effect of reagent pin interior contact area and reduction；Reduced due to being remained in reagent pin, it is possible to decrease cross pollution；Instrument also has sample dilution unit, and its stickiness is reduced to sample dilution, and sample error is inhaled in reduction, improves sampling precision and accuracy of detection, also allows for the cleaning of sample pin.The utility model greatly reduces reagent production, storage, transport and consumption, improves the economy of detecting system and reduces cross pollution simultaneously, improves detection accuracy.
Description
Technical field
The utility model belongs to medical test detection technique field, and in particular to a kind of automatic clinical chemistry analyzer.
Background technology
The existing automatic clinical chemistry analyzer for medical test is typically using shared reagent pin and shared sample
Pin absorption, reagent and sample, or even the automatic biochemical analyzer having only have a pin and be both used to draw reagent, are also used for pipette samples.
To eliminate different reagents, between cross pollution often draw a reagent and sample after all can once be cleaned, immediately afterwards
Draw the reagent of next project, or next different sample.Pin internal face after due to drawing reagent, sample and cleaning
Some residual liquids are usually had, these pin inwall residual liquids such as can not be removed effectively, usually have part remaining reagent, sample
Product are brought into other detection cups, cause the pollution to the reagent, sample of next detection to cause testing result error, to other
The testing result of subsequent project interferes influence.
In addition, reagent used in existing Biochemical Analyzer detection is typically directly to use, and it is without dilution
Detected, therefore generally existing is big (general 200-300ul) to the demand of reagent, and the daily detection limit of extensive hospital surpasses
Tens thousand of tests are crossed, monthly required biochemical reagents amount can reach more than hundreds of liters, and because such reagent needs low temperature to protect
Deposit and transport, reagent dosage is big, the link workload such as production accordingly, packaging, transport, storage, loading and expense are also larger, are
This quasi-instrument performance driving economy, the amendatory one side of convenience.And the use of a large amount of finished product reagents is to the need of packaging material
The problems such as asking the waste for causing material, storage place and the requirement of low temperature environment and long distance transportation indirect cost are higher.
Utility model content
The purpose of this utility model is to provide a kind of automatic clinical chemistry analyzer, improves existing instrument big to reagent dosage
The problem of economic benefit is low, at the same can reduce addition sample and reagent during in sample pin and reagent pin residual sample
The problem of product, reagent produce cross pollution, improves the economy of instrument operation and the accuracy of testing result.
The technical scheme for realizing the utility model purpose is：A kind of automatic clinical chemistry analyzer, the instrument include reagent disc,
Reaction tray, sample disc, the agitating unit for detecting cup, optical detection unit, detection cup cleaning device, reagent arm, sample arm,
Reagent pin, sample pin and more than one reagent are drawn and dilution device；
The reagent disc and sample disc are respectively used to hold reagent and sample, and the optical detection unit is used for detection cup
Middle liquid is detected that the detection cup cleaning device is used to clean detection cup；The reagent arm is used to drive reagent pin in examination
Moved between agent bottle and detection cup, the sample arm is used to drive sample pin to move between specimen cup and detection cup；
The reagent is drawn and dilution device includes fixed-quantity injector, the pipeline connected, valve, pump and pipeline connection
Pure water container；The reagent pin is connected by pipeline and valve with fixed-quantity injector, and the pure water container passes through pump, pipeline and valve
Door is connected with fixed-quantity injector, and the fixed-quantity injector is pure in quantitative pure water container for being drawn in advance according to setting ratio
Water, subsequent reagent pin drives in reagent arm and is moved in the reagent bottle specified, and draws a certain amount of indicated reagent, subsequent and general
A certain amount of water and a certain amount of reagent drawn are assigned in the lump specifies in detection cup.
Compared with prior art, remarkable result of the present utility model is：
(1) the utility model reduces the viscosity of sample, made it easy to by increasing sample dilution unit by Sample Dilution
It is accurate to draw and reduce the difficulty cleaned to suction needle；Two dilute sample disks of instrument and equipment, and can independently movement can be real
Existing sample is flexible, high-efficiency agent for dilution, and dilute sample disk is additionally provided with agitating device and diluted sample is mixed, it is ensured that diluted sample is uniform；
The design substantially increases the detection efficiency of instrument, flexibility, improves the accuracy of instrument sample sampling.
(2) the utility model reduces instrument detection reagent consumption by the dilution to reagent, while decreasing examination
With the contact area of reagent inside agent pin, it is easy to draw reagent pin the cleaning of remaining reagent in pin after distribution reagent；Or borrow
The water for diluting reagent is once cleaned to reagent pin when distributing reagent, then reagent pin is cleaned again, twice cleaning drop
Residual of the low reagent in reagent pin, reduces cross pollution；The utility model is gradually dilute when being used using instrument is automatic reagent
Release and used cooperatively with concentrated reagent, reach reduction reagent volume and the effect of consumption, improve the economy of instrument；Simultaneously can
The production efficiency of reagent is improved, the waste of energy resource, reduces environmental pollution in terms of reduction storage, transport.
Brief description of the drawings
Fig. 1 is no specimen dilution disk, examination in a kind of structural representation of automatic clinical chemistry analyzer of the present utility model, figure
Internal dilution mode is taken in agent.
Fig. 2 is automatic clinical chemistry analyzer shown in Fig. 1 reagent pin, fixed-quantity injector when reagent takes internal dilution mode
And its connected pipe valve structural representation.
Fig. 3 is a kind of structural representation of automatic clinical chemistry analyzer of the present utility model, increases sample on the basis of Fig. 1
Dilute disk.
Fig. 4 is addition sample dilution disk described in the utility model, the analyzer plan structure plan of reagent dilutions device.
Fig. 5 is to dilute disk and the automatic clinical chemistry analyzer schematic diagram of sample disc using single sample.
Fig. 6 is syringe, valve and its pipe in the reagent dilutions device of automatic clinical chemistry analyzer described in the utility model
Line structure schematic diagram.
Fig. 7 is the cleaning device and the reagent dilutions on cleaning device of automatic clinical chemistry analyzer described in the utility model
Device pipeline jointing construction schematic diagram.
Fig. 8 is that automatic clinical chemistry analyzer described in the utility model increases the cleaning device knot of pneumatic needl on the basis of Fig. 6
Structure schematic diagram.
Embodiment
A kind of automatic clinical chemistry analyzer of the present utility model, the instrument includes reagent disc, reaction tray, sample disc, is used for
Detect the agitating unit of cup, optical detection unit, detection cup cleaning device, reagent arm, sample arm, reagent pin, sample pin and
More than one reagent is drawn and dilution device；
The reagent disc and sample disc are respectively used to hold reagent and sample, and the optical detection unit is used for detection cup
Middle liquid is detected that the detection cup cleaning device is used to clean detection cup；The reagent arm is used to drive reagent pin in examination
Moved between agent bottle and detection cup, the sample arm is used to drive sample pin to move between specimen cup and detection cup；
The reagent is drawn and dilution device includes fixed-quantity injector, the pipeline connected, valve, pump and pipeline connection
Pure water container；The reagent pin is connected by pipeline and valve with fixed-quantity injector, and the pure water container passes through pump, pipeline and valve
Door is connected with fixed-quantity injector, and the fixed-quantity injector is pure in quantitative pure water container for being drawn in advance according to setting ratio
Water, subsequent reagent pin drives in reagent arm and is moved in the reagent bottle specified, and draws a certain amount of indicated reagent, subsequent and general
A certain amount of water and a certain amount of reagent drawn are assigned in the lump specifies in detection cup.
Further, the analyzer also includes reagent dilutions device, and the reagent dilutions device includes direct detection cup
Water spray pin, the pipeline connected, fixed-quantity injector, valve and the pure water container connected by the road；
The water spray pin is connected by pipeline and valve with fixed-quantity injector, the pure water container by pipeline and valve and
Fixed-quantity injector is connected, and the fixed-quantity injector is used to gradually draw a certain amount of pure water when instrument works and be assigned to specified
Detect cup in, and according to detection need by reagent pin sample pin respectively to the detection cup in add a certain amount of reagent and
Sample.
Further, the water spray pin of the reagent dilutions device is arranged on detection cup cleaning device.
Further, pneumatic needl is additionally provided between the water spray pin and cleaning needle group of reagent dilutions device, the pneumatic needl connects
Air pump, valve and heater are connected to, for the moisture for spraying into hot air seasoning residual after cleaning in detection cup；
The cleaning needle group by one water spray pin and one water suction pin constitute, for detection cup add cleaning agent, water with
The liquid in detection cup is blotted afterwards realizes the cleaning to the detection cup after each use；The pneumatic needl is used to clean cleaning needle group
Detection cup afterwards carries out jet drying, and the water spray pin is used for the pure water that the distribution into the detection cup after drying dilutes reagent.
Further, the instrument has two sample dilution disks；Two sample dilution disks respectively have the driving machine of independent control
Multiple sample diluted cups are equipped with structure, respective self-movement, two sample dilution disks.
Further, the instrument has is provided with multiple sample diluted cups on a sample dilution disk, sample dilution disk.
Further, the instrument also includes sample dilution and distributor and sample distributor；
The sample dilution and distributor are by a dilute sample pin and the pipeline, fixed-quantity injector and the valve that are connected
Composition, the sample dilution and distributor are used to draw a certain amount of dilution and a certain amount of sample simultaneously according to dilution ratio
It is assigned in designated samples diluted cup and mixes；
Sample distributor is made up of a sample pin, the pipeline connected, fixed-quantity injector and valve, and the sample pin leads to
Cross pipeline and valve is connected with fixed-quantity injector, the sample distributor is used for quantitative drawn from dilute sample disk to be mixed after dilution
Even sample is into specified detection cup.
Further, the liquid that instrument dilutes to sample is water.
Further, the sample distributor is simultaneously for from primary sample cup pipette samples to detecting cup.
Further, the instrument is different for the ratio of the dilution of different detection project agents useful for same, reagent and pure water
Ratio is 1：0.2~20.
A kind of analysis method of automatic clinical chemistry analyzer, comprises the following steps：
Step 1, instrument calculates total reagent requirement and the ratio of reagent dilutions according to project to be detected, and instrument is to every
One detection cup adds corresponding detection reagent, and adds a certain amount of water in detection cup；
Step 2, a certain amount of sample is added into detection cup；
Step 3, agitating unit is stirred mixing to adding reagent, water and sample in detection cup；
Step 4, instrument is continuously detected to detection cup；
Step 5, instrument terminates to detection cup detection, and detection cup cleaning device is cleaned to detection cup, is drained；
Step 6, instrument repeat step 1-5, until completing all detections.
The utility model is described further with reference to the accompanying drawings and examples.
Embodiment 1
With reference to Fig. 1, Fig. 2, a kind of automatic clinical chemistry analyzer, including the first reagent disc R1, the second reagent disc R2, reaction tray
5th, sample disc S1, the first agitating unit H1, the second agitating unit H2, optical detection unit, cleaning device G, the first reagent arm A1,
Second reagent arm A2, the first sample arm B2, reagent pin, sample pin, more than one reagent are drawn and dilution device；
5 be reaction tray in Fig. 1, and detection cup is evenly distributed on around reaction tray.Sample disc S1 includes inside and outside two independence
Disk unit, i.e. the first sample unit S1-1, the second sample unit S1-2, two units respectively have independent control and drive mechanism,
Can independent operating；First reagent disc R1 is used for reagent R1 needed for placing response, and the second reagent disc R2 is used to try needed for placing response
Agent R2；First reagent arm A1 is used to drive reagent pin transfering reagent R1 into the detection cup in reaction tray, and then by reagent pin
Band to cleaning position is cleaned；Second reagent arm A2 is used to drive reagent pin transfering reagent R2 into the detection cup of reaction tray, and
Then reagent pin is brought to cleaning position and cleaned；First agitating unit H1, the second agitating unit H2 are respectively used to detection cup
Middle liquid agitation is mixed；First sample arm B2 drives sample pin that the sample on sample disc S1 is transferred to the detection in reaction tray 5
In cup.M is that the first reagent arm A1 takes reagent position in the first reagent disc R1, and N is the second reagent arm A2 the second reagent disc R2's
Reagent position is taken, L and Q are respectively that the first reagent arm A1, the second reagent arm A2 put reagent position in reaction tray, and T, S are respectively first
Sample arm B2 is outside sample disc S1, the sampling grade of inner ring.
The reagent is drawn and dilution device include the first fixed-quantity injector W-1, the pipeline connected, the first valve V-1,
Second valve V-2, the first water pump P -1 and pipeline connection pure water container；The reagent pin by pipeline and the second valve V-2 with
First fixed-quantity injector W-1 connections, the pure water container is quantitative by the first water pump P -1, pipeline and the first valve V-1 and first
Syringe W-1 connections.When reagent draw and dilution device draw reagent before, the first valve V-1, the second valve V-2, the first water
Water in pure water container is pumped into by pump P-1 to reagent pin and pipeline, and hydraulic pressure is larger in pipeline, now first fixed-quantity injector
A certain amount of pure water is drawn in W-1 piston pumpback according to setting ratio in advance, and subsequent first water pump P -1 and the first valve V-1 are closed
Close, the second valve V-2 is open-minded, reagent pin drives in reagent arm and is moved in the reagent bottle specified, the first fixed-quantity injector W-1
Piston a certain amount of indicated reagent is drawn in pumpback again, subsequent reagent pin drives the detection cup for being moved to and specifying in reagent arm
In, the first fixed-quantity injector W-1 piston pushes away a certain amount of water that will be drawn forward and a certain amount of reagent is assigned in the lump
Specify in detection cup, complete the absorption and dilution of reagent.Subsequent reagent pin drives in reagent arm is moved to pin cleaning position, to pin
Behind cleaning position in specified detection cup, now the first valve V-1, the second valve V-2 are opened, and the first water pump P -1 holds pure water
Water in device is pumped into reagent pin and pipeline, and hydraulic pressure is larger in pipeline, now the piston pumpback of the first fixed-quantity injector W-1
Draw a certain amount of pure water in advance according to setting ratio, so draw thinned water for dilution reagent next time.Then according to
Above-mentioned identical flow to reagent dilutions and is assigned in each detection cup one by one.
Embodiment 2
With reference to Fig. 3, the present embodiment is on the basis of embodiment 1, and analyzer is additionally provided with sample dilution disk S2, the second sample
Arm B1 and the 3rd agitating unit H3, the sample dilution disk S2 includes inside and outside two independent disk cell Ss 2-1, S2-2, two
Unit respectively has independent control and drive mechanism, can independent operating, is respectively provided with multiple sample diluted cups on two samples dilution disks.
The 3rd agitating unit H3 is used to stir and evenly mix what is diluted in sample dilution disk S2-1 and sample dilution disk S2-2
Sample liquid.
Embodiment 3
With reference to Fig. 4, Fig. 6, the present embodiment is on the basis of embodiment 1, and analyzer also sets up reagent dilutions device, as only
The vertical addition water into detection cup is used for the device to Sample Dilution；The device includes the water spray pin E of direct detection cup, connected
Pipeline, the second fixed-quantity injector W-5, the 3rd valve V-9, the 4th valve V-10 and the pure water container connected by the road；
The water spray pin is connected by pipeline and the 4th valve V-10 with the second fixed-quantity injector W-5, the pure water container
It is connected by pipeline and the 3rd valve V-9 with the second fixed-quantity injector W-5, the second fixed-quantity injector W-5 is used in instrument
A certain amount of pure water is gradually drawn during work and is assigned to and is specified in detection cup.Its specific workflow is：3rd valve V-9
Open-minded, the second fixed-quantity injector W-5 piston pumpback sucks a certain amount of water, and following reaction disk 5 rotates, one is specified
Detection cup is stopped under water spray pin E position, and subsequent 3rd valve V9 is closed, the 4th valve V10 is open-minded, the second fixed-quantity injector
W-5 piston pumpback is pushed away forward, a certain amount of water is injected in the detection cup that this is specified.Following reaction disk continues to rotate, according to
Detection need by reagent pin sample pin add a certain amount of reagent and sample into detection cup respectively, and mix and carry out
Detection.
Embodiment 4
With reference to Fig. 5, the present embodiment and the difference of embodiment 3 are, are provided only with a sample dilution disk and sample disc.
Embodiment 5
As shown in fig. 7, the present embodiment is on the basis of embodiment 3, the water spray pin E of reagent dilutions device is arranged on detection
On cup cleaning device, the cleaning needle group of cleaning device is made up of multiple water spray pins and multiple water suction pins, for being added to detection cup
Cleaning agent or water, then blot the liquid in detection cup and realize the cleaning to the detection cup after each use；1-1,2-1,3- in Fig. 7
Isosorbide-5-Nitrae -1,5,6 pins are liquid in suction detection cup, and 1-2,2-2,3-2,4-2 pin are to inject water into detection cup, or clearly
The pin of lotion；The water spray pin E of reagent dilutions device is used to add quantitative dilution water into the detection cup after cleaning.
Embodiment 6
As shown in figure 8, the present embodiment is on the basis of embodiment 5, air is provided between water spray pin E and cleaning needle group
The first pneumatic needl 7 and the second pneumatic needl 8 in pin, i.e. figure；
First pneumatic needl 7, the second pneumatic needl 8 pass through the 5th valve V-13 connections air pump P-7, the first pneumatic needl 7, second
First heater K-1 and secondary heating mechanism K-2 are fixed with pneumatic needl 8, for spraying into hot gas in detection cup after cleaning
Dry the moisture of residual.1-1,2-1,3-1,4-1,5 in Fig. 8,6 pins are liquid in suction detection cup, and 1-2,2-2,3-2,
4-2 pins are the pin that water, or cleaning agent are injected into detection cup；The pin E that sprays water, which is used to distribute into the detection cup after drying, to be diluted
The pure water of reagent.
The detection cup cleaning device G of instrument workflow is：
When step 1, the rotation of instrument reaction tray 5 stop, instrument clean device G declines each aspiration needle and is deep into corresponding detection cup
Bottom, respectively adds water or adds that cleaning agent pin adds water, cleaning agent into each corresponding cup, each aspiration needle is then by the liquid in each cup later
Draw；Cleaning device G is lifted, reaction tray rotate a circle plus cup position after stop, instrument clean device G declines each suction again
Pin is deep into corresponding detection cup bottom, respectively adds water or adds cleaning agent pin to add water, later cleaning agent, each suction into each corresponding cup
Pin is then by the liquid assimilating in each cup；Cleaning device G is lifted again, reaction tray rotate a circle plus cup position after stop.Reaction
Disk so circulates each detection cup through being cleaned multiple times, and drains, or further drying, is thoroughly cleaned, in cleaning device G most
Latter position adds a certain amount of water equipped with water spray pin E in the detection cup to after cleaning up.The water added to each detection cup
It is different according to difference is needed to reagent dilutions ratio.
Embodiment 7
The present embodiment is on the basis of embodiment 1 or embodiment 2, and the analyzer is additionally provided with sample dilution and distribution dress
Put, and sample distributor；
The sample dilution and distributor are by a dilute sample pin and the pipeline, fixed-quantity injector and the valve that are connected
Door, pump group are into the sample dilution and distributor are used to draw a certain amount of dilution or water and certain according to dilution ratio
The sample of amount is simultaneously assigned to mixing in designated samples diluted cup；D is Sample Dilution cushioning liquid position in Fig. 4.
Sample distributor is made up of a sample pin, the pipeline connected, fixed-quantity injector and valve, and the sample pin leads to
Cross pipeline and valve is connected with fixed-quantity injector, the sample distributor is used for quantitative drawn from dilute sample disk to be mixed after dilution
Even sample is added to what is specified into specified detection cup, or directly from a certain amount of sample is drawn in the sample position in sample disc
Detect in cup.
Claims (10)
1. a kind of automatic clinical chemistry analyzer, it is characterised in that the instrument include reagent disc, reaction tray, sample disc, for detecting
The agitating unit of cup, optical detection unit, detection cup cleaning device, reagent arm, sample arm, reagent pin, sample pin and one
Reagent above is drawn and dilution device；
The reagent disc and sample disc are respectively used to hold reagent and sample, and the optical detection unit is used for liquid in detection cup
Body is detected that the detection cup cleaning device is used to clean detection cup；The reagent arm is used to drive reagent pin in reagent bottle
Moved between detection cup, the sample arm is used to drive sample pin to move between specimen cup and detection cup；
The reagent is drawn and dilution device includes fixed-quantity injector, the pipeline connected, valve, pump and the pure water of pipeline connection
Container；The reagent pin is connected by pipeline and valve with fixed-quantity injector, the pure water container by pump, pipeline and valve with
Fixed-quantity injector is connected, and the fixed-quantity injector is used to draw the pure water in quantitative pure water container in advance according to setting ratio, with
Reagent pin drives in reagent arm and is moved in the reagent bottle specified afterwards, draws a certain amount of indicated reagent, then and will be inhaled
A certain amount of water and a certain amount of reagent taken is assigned in the lump specifies in detection cup.
2. automatic clinical chemistry analyzer according to claim 1, it is characterised in that the analyzer also includes reagent dilutions and filled
Put, the reagent dilutions device includes water spray pin, the pipeline connected, fixed-quantity injector, the valve and through pipe of direct detection cup
The pure water container of road connection；
The water spray pin is connected by pipeline and valve with fixed-quantity injector, and the pure water container is by pipeline and valve with quantifying
Syringe is connected, and the fixed-quantity injector is used to gradually draw a certain amount of pure water when instrument works and is assigned to specified detection
In cup, needed to add a certain amount of reagent and sample into detection cup respectively by reagent pin and sample pin according to detection.
3. automatic clinical chemistry analyzer according to claim 2, it is characterised in that the water spray pin of the reagent dilutions device
On detection cup cleaning device.
4. automatic clinical chemistry analyzer according to claim 3, it is characterised in that the water spray pin of reagent dilutions device and clear
Wash between pin group and be additionally provided with pneumatic needl, the pneumatic needl is connected with air pump, valve and heater, for being detected to after cleaning
The moisture of hot air seasoning residual is sprayed into cup；
The cleaning needle group by it is multiple water spray pins and multiple water suction pins constitute, water spray pin be used for detection cup add cleaning agent or
Water, water suction pin is used to blot the liquid in detection cup；The detection cup that the pneumatic needl is used for after being cleaned to cleaning needle group sprays
Gas is dried, and the water spray pin is used for the pure water that the distribution into the detection cup after drying dilutes reagent.
5. automatic clinical chemistry analyzer according to claim 1 or 2, it is characterised in that the instrument has two samples dilute
Release disk；Two sample dilution disks respectively have to be equipped with the drive mechanism of independent control, respective self-movement, two sample dilution disks
Multiple sample diluted cups.
6. automatic clinical chemistry analyzer according to claim 1 or 2, it is characterised in that the instrument has a sample dilute
Release and be provided with multiple sample diluted cups on disk, sample dilution disk.
7. automatic clinical chemistry analyzer according to claim 5, it is characterised in that the instrument also includes sample and dilutes and divide
With device and sample distributor；
The sample dilution and distributor are by a dilute sample pin and the pipeline, fixed-quantity injector and the valve group that are connected
Into the sample dilution and distributor are used to draw a certain amount of dilution and a certain amount of sample according to dilution ratio and divided
It is fitted in designated samples diluted cup and mixes；
Sample distributor is made up of a sample pin, the pipeline connected, fixed-quantity injector and valve, and the sample pin passes through pipe
Road and valve are connected with fixed-quantity injector, and the sample distributor is used for what is mixed after the quantitative absorption dilution from dilute sample disk
Sample is into specified detection cup.
8. automatic clinical chemistry analyzer according to claim 7, it is characterised in that instrument is to the liquid that sample dilutes
Water.
9. automatic clinical chemistry analyzer according to claim 7, it is characterised in that the sample distributor is used for simultaneously
From specimen cup pipette samples to detecting cup.
10. the automatic clinical chemistry analyzer according to claim 1,2,3 or 4, it is characterised in that the instrument is for different inspections
The ratio of the dilution of survey project agents useful for same is different, and the ratio of reagent and pure water is 1：0.2~20.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720101544.6U CN206450697U (en) | 2017-01-25 | 2017-01-25 | Automatic clinical chemistry analyzer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720101544.6U CN206450697U (en) | 2017-01-25 | 2017-01-25 | Automatic clinical chemistry analyzer |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019056234A1 (en) * | 2017-09-20 | 2019-03-28 | 深圳迈瑞生物医疗电子股份有限公司 | Automatic analysis apparatus and operating method therefor |
| CN112345746A (en) * | 2021-01-08 | 2021-02-09 | 南京澳林生物科技有限公司 | Modularized full-automatic biochemical analyzer and use method thereof |
-
2017
- 2017-01-25 CN CN201720101544.6U patent/CN206450697U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019056234A1 (en) * | 2017-09-20 | 2019-03-28 | 深圳迈瑞生物医疗电子股份有限公司 | Automatic analysis apparatus and operating method therefor |
| CN112345746A (en) * | 2021-01-08 | 2021-02-09 | 南京澳林生物科技有限公司 | Modularized full-automatic biochemical analyzer and use method thereof |
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Effective date of registration: 20211008 Address after: 211135 No.7 Baoshan Road, Qilin street, Jiangning District, Nanjing City, Jiangsu Province Patentee after: Sinnowa Medical Science & Technology Co.,Ltd. Address before: 212400 No.29, Zhiyuan Road, Jurong Economic Development Zone, Zhenjiang City, Jiangsu Province Patentee before: CLINDIAG SYSTEMS Co.,Ltd. |