CN201917572U - Full-automatic biochemical immunity analysis device - Google Patents
Full-automatic biochemical immunity analysis device Download PDFInfo
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- CN201917572U CN201917572U CN2011200082785U CN201120008278U CN201917572U CN 201917572 U CN201917572 U CN 201917572U CN 2011200082785 U CN2011200082785 U CN 2011200082785U CN 201120008278 U CN201120008278 U CN 201120008278U CN 201917572 U CN201917572 U CN 201917572U
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Abstract
The utility model provides a full-automatic biochemical immunity analysis device, which comprises a frame, a sample rack and reagent shelf component, an injection component, a washer, a reaction plate component, a washing component, an optical measuring component, a water and gas channel system and a circuit control system. The sample rack and reagent shelf component, the injection component, the washer, the reaction plate component, the washing component, the optical measuring component, the water and gas channel system and the circuit control system are positioned on the frame. The device is mainly used for full-automatic quantitative testing or full-automatic qualitative detecting of immune and biochemical indicators and therapeutic drug concentration of the blood and other fluid of a human body and general ingredients, harmful additives, harmful and toxic elements, residue of pesticide and veterinary drugs, microbial toxins and the like in the field of food safety.
Description
Technical field
The utility model application relates to a kind of full-automatic biochemical immunoassay device, and this instrument can carry out quantitatively full-automatic or qualitative detection to biochemistry and immune indexes, belongs to the biological monitoring equipment technical field.
Background technology
The full-automatic biochemical analytical equipment is mainly used in the quantitative measurement of biochemistry in clinical blood, other humoral sample and chemical constitution such as haemoglobin, cholesterol, triglyceride, albumin, C-reactive protein, glutamic acid aminopherase, glucose, potassium, sodium, calcium etc., is one of the most frequently used testing instruments of clinical analysis.
At present, clinical treatment mechanism generally uses is the discrete biochemical analyser, instrument is by sample disc, reagent rack, the sample pipetting volume device, the reagent sample adding device, reaction tray, colorimetric device, the reaction cup cleaning device, stirring apparatus, ISE assembly (apolegamy) and operating system are formed, step auspicious BS-120 full-automatic biochemical analytical equipment as Shenzhen, the NSA-300 type full-automatic biochemical analytical equipment of Shenyang Neusoft, the FAITH series full-automatic biochemical analytical equipment of Nanjing Laura, assay method is various, wavelength coverage is wide, analysis speed is fast, the precision height, good reproducibility, test event is many.In recent years, the dry type biochemical analyser is because characteristics such as its operation rapid and convenient obtain very fast development, as the ReflotronPlus type dry type biochemical analyser of Roche, the 4000ie fully-automatic dry type biochemical analyser of FUJIFILM, this quasi-instrument adopts the dry chemical method, only sample need be added on the dried reagent strip of solid phase carrier during detection and can carry out subsequent measurements, need not traditional pipe system.Dried reagent strip structure generally is divided into distribution diffusion layer, reagent layer, color layer and supporting layer from top to bottom.
Immunological assay method is numerous, and at present, the measuring principle that the automatic immunity device adopts mainly contains immunoturbidimetry, time-resolved fluorescence, fluorescence polarization, collaurum, chemiluminescence and enzyme immunity.Wherein, immunoturbidimetry sensitivity is lower, only is used to measure the higher materials of in-vivo content such as c reactive protein, complement C3/C4; Time-resolved fluorescence method sensitivity is higher, reagent is more stable, full-automatic time resolved fluoro-immunoassay system as Finland PerkinElmer, but this method metering system complexity (pulse excitation, batch (-type) measurement, flow cell), instrument cost and maintenance cost height can cause background to disturb with dvielement in environment and the sample; Fluorescence polarization method is a homogeneous assay method, precision height, analysis speed are not influenced by sample of color and cloudy state soon,, TDx series fluorescence polarization assay device as U.S. Abbott, but this method only is confined to the antigen of determining molecular weight less than 160kD at present, and susceptibility not high (usually between 0.1-10ng); Colloidal gold method has higher sensitivity and specificity, and detection time is short, only needs about 15 minutes, and testing process is simple, but can only estimate qualitative interpretation usually, influenced greatly by subjective factor, and the cost height; Chemoluminescence method sensitivity is higher, easy to operate, fast and convenient relatively when handling a small amount of sample, as the ARCHITECTI2000 Chemiluminescence Apparatus of Abbott Laboratories, the full-automatic chemical luminescence assays instrument of the new industry in Shenzhen, but this method reagent cost, instrument cost and maintenance cost is higher, working curve drifts about in time (enzymatic method), fluorescent lifetime short (non-enzymatic method); Enzyme immunoassay (EIA) has been widely used in immunologic assay, and it has characteristics such as highly sensitive, high specificity, easy and simple to handle, stable reagent, non-environmental-pollution.The automation equipment that is used for enzyme-linked immuno assay at present comprises separate type and combined type two classes.Separate type equipment mainly contains microplate reader and washes the plate machine, microplate reader is usually by hardware system, electronic control system, optical system, compositions such as machine driven system, it is a kind of visible light photolometer that the microwell plate absorbance measurement is used that is exclusively used in essence, ST-360 microplate reader as Shanghai section China, Shenzhen steps auspicious MR-96 type microplate reader, the MultiskanAscent microplate reader of Finland Thermo, wash the plate machine usually by main frame with supportingly form with liquid bottles, ST-36W as Shanghai section China washes the plate machine, Shenzhen steps auspicious MW-12T and washes the plate machine, the Columbus Pro that the Austria Supreme Being agree washes the plate machine, and it then is that machine is abandoned in a kind of filling and suction that is exclusively used in the microwell plate cleansing solution in essence; Combined type enzyme-linked immuno assay device is divided into full-automatic enzyme-linked immunoassay system and pipelining formula enzyme linked immunological combined system two classes.Full-automatic enzyme-linked immunoassay system is with each step in the enzyme linked immunological experiment, from application of sample, add reagent, hatch, washing, concussion, colorimetric is to qualitative or quantitative test, the report storage all focuses among the instrument with printing function, automatically carry out by the program that all kinds enzyme linked immunoassay or client design in advance by instrument, the FAME of HAMILTON company for example, the CAA of BIORAD company, the AMP of Australia Si Bang company, the Minilyeser of TECAN company, the TEKTIME of ORGANO company, the Personal LAB of DIVISION STRUMENTI company etc., this type of instruments design uniqueness, test item is many, realize fully automatic operation, the precision height, accuracy is good; Pipelining formula enzyme linked immunological combined system is process and the condition according to the enzyme linked immunoassay needs, liquid added get system module, constant temperature is hatched module, wash plate system module and interpreting system module as a result, according to the type of enzyme linked immunoassay and step designs and layout, with track these system modules are together in series, each system module can independently be finished the work under the regulation and control of system computer separately, can also unify cooperation, finish course of reaction jointly, as publication number is the assembly line type full-automatic enzyme-linked immunologic workstation of describing in the CN101303350A patent, Shenzhen Ai Kang Uranus AE series full-automatic enzyme is exempted from instrument, G.S.G.ROBOTIX S.R.L automatic immunity device, BIO-RAD CODA full-automatic enzyme mark immunoassay device, this quasi-instrument is open, traditional ELISA Plate is all applicable, and can enlarge the sample disposal ability by increasing module, improve detection speed.
Aspect biochemical and immunoassay all-in-one, patent CN2847292Y discloses a kind of full-automatic biochemical immunoassay device, both can carry out wet method biochemical analysis or immunoassay separately, can carry out wet method biochemistry and immunoassay simultaneously again, the VITROS 5600 full-automatic biochemical immunoassay devices of Ortho company then are to use VITROS reagent that sample is carried out dry chemical and immunoassays.
Above-mentioned automation equipment detects very big facility to the laboratory is provided, but still have more deficiency in actual use, problem or limitation, conclude and get up to mainly contain the following aspects:
1, common capacity of the reagent rack of each manufacturer of discrete biochemical analyser and appearance design are different, for ease of operation, just require machine reagent to have different specifications and appearance design, and cost increases and is unfavorable for clinical labororatory's amplification or changes test item; The manufacture craft of the used dried reagent strip of dry type biochemical analyser is complicated more a lot of than traditional liquid reagent, and price is more expensive, quality-control product price especially, and be not suitable for test in enormous quantities; Discrete biochemical analyser and dry type biochemical analyser all can not be implemented the enzyme-linked immuno assay process, and the laboratory then also need experimentize on independent enzyme-linked immuno assay equipment if need to detect carry out biochemistry and immune indexes with a sample;
2, wash the laboratory of plate machine and microplate reader in use, just realized the robotization that enzyme is exempted to wash plate in the analytic process and read absorbance, other processes such as the application of sample that detects, add reagent, hatch, concussion and data analysis all need finish by other independent experiment instruments or equipment manual operations, complicated operation, easily cause reagent contamination and waste, and occur error easily;
3, full-automatic enzyme-linked immunoassay system costs an arm and a leg, and needs to use special agent, detects the cost height, is not easy to popularize; Pipeline system enzyme linked immunological combined system is exempted from process according to enzyme fully and is carried out layout and configuration, and volume is big, and can not carry out the various biochemical indicator of single reagent or double-formulation and detection method and detect;
4, the described full-automatic biochemical immunoassay of patent CN2847292Y device needs by hand sample to be joined in the hole of described reaction batten in advance, its charger is by liquid storage box, pressue device and liquid level sensor are formed, though structure is simple, but it is many that enzyme exempts to test the reagent type that relates to, the reagent of qualitative detection comprises sample diluting liquid, cleansing solution, enzyme conjugates, enzyme reaction substrate, developer, stop buffer, positive control serum, negative control sera, 9 kinds of critical control serums etc., the reagent of quantitative measurement comprises dilution, cleansing solution, enzyme conjugates, enzyme reaction substrate, developer, stop buffer, the standard items of 5 levels or calibration object, the positive quality control thing, 13 kinds of negative Quality Control things etc., if adopt above-mentioned charger, then need in advance reagent to be transferred in the liquid storage box from the common reagent bottle, complicated operation, and easily take place to pollute and dislocation.VITROS 5600 full-automatic biochemical immunoassay devices need adopt special agent to detect, and can only adopt the dry analysis method when being used for biochemistry detection, and present wet type biochemical analysis method and reagent are still occupied an leading position, and make it be not easy to popularize.
Summary of the invention
Technical problem to be solved in the utility model is to overcome above shortcomings in the prior art, and a kind of easy to operate, applied widely, the full-automatic biochemical immunoassay device that can realize biochemical analysis and immunoassay is provided.
Describe for convenient, with whole frame abstract be rectangular plane, along long side direction is horizontal, along short side direction is vertical, in addition, with lateral set be X-axis, vertically be set at Y-axis, be set at the Z axle along the frame vertical direction, it should be explicitly made clear at this point, this address is the convenience in order to describe just, and is not the restriction to structure.
The described a kind of full-automatic biochemical immunoassay device of the utility model application, it is characterized in that: described analytical equipment comprises frame and is positioned at sample rack and the reagent rack assembly on the frame, annotate assembly, scrubber, reaction tray assembly, wash, optical measurement assembly, water route air-channel system and circuit control system that the structure of each several part and position relation are as described below:
1, the frame that other assembly of whole analytical equipment is played fixing and supporting role is the flat board with beam column construction, and the frame plane is divided into proparea, middle district and back zone from front to back;
2, sample rack and reagent rack assembly are positioned at the middle part in frame proparea, comprise the chassis that holds sample rack and reagent rack, have chute longitudinally on the frame, and sample rack and reagent rack are inserted in the chute and through drive motor by connecting rod and driven, and slide along chute;
3, scrubber comprises the washing ware of tubulose and the discharging tube that is connected with the washing ware between sample rack and reagent rack assembly and reaction tray assembly, and discharging tube is connected with washing ware bottom, and traveling connects waste liquid bottle in the below of frame;
4, the reaction tray assembly is positioned at a side in frame proparea, comprise reaction tray, floor board framing, gear train, vibrating mechanism and heating arrangements with a plurality of light holes, reaction tray is positioned on the floor board framing, gear train, vibrating mechanism and heating arrangements are positioned at the floor board framing below, and drive motor is connected with vibrating mechanism with gear train;
5, the wash that the reacting hole in the reaction tray assembly is cleaned is positioned at the position of frame proparea proximal response dish, comprise base plate, be positioned at floor below drive unit, be positioned at the guide pole of base plate top, the slide block set of the driving lower slider of drive unit on the guide pole, washing arm is positioned on the slide block, the front end of washing arm is provided with washing head, and washing head is provided with a plurality of aspirating needles and fluid injection pin;
6, the optical measurement assembly is arranged in the rear of frame district wash, comprises light emitting devices, optical pickup apparatus and support, and light emitting devices and optical pickup apparatus are fixed on the frame;
7, the water route air-path control system that provides power for the liquid road and the air-channel system of whole analytical equipment, be positioned at the back zone of frame, comprise a plurality of liquid storage bottles that are positioned at the frame outside, and the pump that is connected with liquid storage bottle, and the guide duct that Pneumatic pressure is provided, pump and guide duct are fixed on the pipeline fixed head, and the pipeline fixed head is provided with the solenoid valve that described pump and guide duct are controlled;
8, the filling assembly comprises that frame is the girder of X direction traveling, is positioned at transverse axis guide rail and transverse axis drive unit on the girder in the frame top, and can be at the filling needle stand of transverse axis guide rail upper edge girder slip, the filling needle stand is provided with Z-axis guide rail and Z-axis drive unit, the trend of Z-axis guide rail is vertical with the frame plane, the filling pin is positioned on the filling needle stand, the filling pin can move along the Z-axis guide rail under the driving of Z-axis drive unit vertically;
9, circuit control system is positioned at the back zone of whole frame, comprises power supply, supply module, central controller, coprocessor plate and tertiary circuit plate, is electrically connected between each element.
Described a kind of full-automatic biochemical immunoassay device, it is characterized in that: described sample rack and reagent rack assembly also comprise screw mandrel and slide block, and screw mandrel is fixed on the below, chassis, and sample rack and reagent rack are positioned on the slide block, and slide block set is connected on the screw mandrel.
Described a kind of full-automatic biochemical immunoassay device, it is characterized in that: the gear train of described reaction tray assembly and vibrating mechanism comprise transverse axis base plate, transverse axis guide rail, transverse axis drive unit, longitudinal axis base plate, longitudinal axis screw mandrel, longitudinal axis drive unit, longitudinal axis guide rod, resiliency supported, eccentric block and vibrating motor.
Described a kind of full-automatic biochemical immunoassay device is characterized in that: the aspirating needle of described wash and fluid injection pin are respectively 8 or 12.
Described a kind of full-automatic biochemical immunoassay device, it is characterized in that: described analytical equipment also is provided with shell, and described shell is articulated on the frame.
Described a kind of full-automatic biochemical immunoassay device is characterized in that: described frame bottom also is provided with load carrier, and the load carrier bottom is provided with castor and feet cup.
Described a kind of full-automatic biochemical immunoassay device, it is characterized in that: described filling assembly also comprises injector mechanism, described injector mechanism comprises fixed panel, drive unit, slide block, guide pole, screw mandrel and two syringes and pure water bottle, wherein, the pure water bottle is positioned at fixed panel the place ahead, drive unit is positioned at the bottom of injector mechanism, two syringes are positioned at the leading flank of fixed panel, slide block, guide pole and screw mandrel are positioned at the trailing flank of fixed panel, and slide block set is connected on the guide pole.
Described a kind of full-automatic biochemical immunoassay device, described syringe can one is the syringe of 50 μ L specifications, and another root is the syringe of 2500 μ L specifications.
Described a kind of full-automatic biochemical immunoassay device, it is characterized in that: the reaction plate of described reaction tray assembly can be the microwell plate that is coated with specific antigen or antibody in advance, also can be the sky reaction plate.
Described a kind of full-automatic biochemical immunoassay device is characterized in that: vibrating mechanism involving vibrations motor cabinet, vibrating motor and the vibration eccentric block of described reaction tray assembly, the vibrating motor seat links to each other with base plate by cushion cover.
Described a kind of full-automatic biochemical immunoassay device is characterized in that: the heating arrangements of described reaction tray assembly comprises the well heater that is fixed in around the base plate bottom surface.
Described a kind of full-automatic biochemical immunoassay device, it is characterized in that: described sample rack and reagent rack are demountable structure.
Described a kind of full-automatic biochemical immunoassay device is characterized in that: described filling assembly also comprises the filling pin rinse bath with inside and outside wall, and the filling pin is cleaned.
Described a kind of full-automatic biochemical immunoassay device, it is characterized in that: the light emitting devices of described optical measurement assembly has led light source.
Described a kind of full-automatic biochemical immunoassay device, it is characterized in that: described analytical equipment also comprises status indicator lamp, described status indicator lamp is arranged in the top in frame district, is electrically connected with circuit control system.
Described a kind of full-automatic biochemical immunoassay device also has supporting with it software systems, to realize the function of analytical equipment.Described software systems comprise the bottom software of being made up of embedded program, are installed on to outreach the main control software of undertaking control, debugging, maintenance, management instrument on the computing machine; Receive instrument test experience data, and the data analysis system software that manages and analyze; By outreaching the system master software of installing on the computing machine, control instrument carries out project detection, plant maintenance, unusual debugging, can carry out calculating as a result, analytic statistics, quality control and reporting printing function to the data result simultaneously.
The described a kind of full-automatic biochemical immunoassay device of the utility model application has following advantage and beneficial effect:
1, layout is reasonable, realize full-automatic, easy to operate, cost of manufacture is low, can be applicable to various biochemical analysis methods and euzymelinked immunosorbent assay (ELISA), and sensing range is wide, can carry out biochemical analysis or immunoassay separately, also can carry out biochemistry and immunoassay simultaneously, and can under software control, realize detecting a plurality of projects simultaneously, mostly be 12 projects most;
2, adopt two cover injector drive devices drive respectively the syringe of one 50 μ L and one 2500 μ L syringe, cooperate a sampling needle and a cover solenoid valve to finish respectively to small size sample and reagent application of sample, large volume sample and reagent application of sample, the syringe of 2500 μ L can also realize that sample needle once draws the sample or the reagent of single application of sample amount integral multiple, carry out continuous application of sample or add reagent, the precision height, manufacturing and maintenance are simple, can improve application of sample or add reagent speed;
3, filling pin top is provided with wheel hub, can preheat sample and the reagent before annotating, guarantee that entire reaction course carries out under constant temperature, improve accuracy in detection and precision, the inside and outside wall flushing design of filling pin rinse bath uniqueness guarantees to clean fully, reduces and carries pollution;
4, sample rack and reagent rack are all detachable, and can be the sample rack and the reagent rack of different open-work numbers with amount of reagent selection different size by sample, and the reagent rack open-work comprises circular and square two kinds, can be complementary with the different enzymes reagent bottle that agent producer adopts of being excused from an examination, for all present special-purpose biochemical reagents, after only agent transfer need being gone into the common reagent bottle of certain specification, all can on the utility model, detect, and need not be subjected to the restriction of instrumentation, make things convenient for greatly that the especially middle-size and small-size medical institutions in laboratory are breadboard to carry out detection;
5, adopt one group of LED lamp as light source, heat radiation is few, and long service life need not extra beam split optical fiber, can select the monochromatic light of required wavelength by the rotation of optical filter wheel, and detection speed is fast, stable performance.
Description of drawings
Fig. 1 is the described full-automatic biochemical immunoassay of a utility model application apparatus main body structural representation;
Fig. 2 is the sample rack and the reagent rack modular construction synoptic diagram of the described full-automatic biochemical immunoassay of the utility model application device;
Fig. 3 is the perspective view of the reaction tray assembly of the described full-automatic biochemical immunoassay of the utility model application device;
Fig. 4 is the cross-sectional view of the reaction tray assembly of the described full-automatic biochemical immunoassay of the utility model application device;
Fig. 5 is the structural representation of the wash of the described full-automatic biochemical immunoassay of the utility model application device;
Fig. 6 is the structural representation of the described full-automatic biochemical immunoassay of the utility model application device filling assembly;
Fig. 7 is an injector mechanism structural representation in the described full-automatic biochemical immunoassay of the utility model application device filling assembly;
Wherein, 1 is frame, 2 is sample rack and reagent rack assembly, 3 is scrubber, 4 is the reaction tray assembly, 5 is wash, 6 are the optical measurement assembly, 7 is the water route air-channel system, 8 are the filling assembly, 9 is injector mechanism, 10 is circuit control system, 21 is the chassis, 22 is screw mandrel, 23 is slide block, 24 is drive motor, 25 is sample rack, 26 is reagent rack, 41 is base plate, 42 is the transverse axis base plate, 43 is the transverse axis guide rail, 44 is longitudinal axis base plate, 45 is resiliency supported, 46 is reaction tray, 47 is longitudinal axis screw mandrel, 48 is longitudinal axis drive unit, 49 is longitudinal axis guide rod, 410 is eccentric block, 411 is vibrating motor, 412 is the transverse axis drive unit, 51 is aspirating needle, 52 is the liquid feeding pin, 53 is washing head, 54 is washing arm, 55 is slide block, 56 is guide pole, 57 is screw mandrel, 58 is drive unit, 59 is base plate, 81 is girder, 82 is the transverse axis guide rail, 83 is the transverse axis drive unit, 84 is the Z-axis drive unit, 85 is the Z-axis guide rail, 86 are the filling needle stand, 87 are the filling pin, 91 is fixed panel, 92 is drive unit, 93 is slide block, 94 is guide pole, 95 is screw mandrel, 96 is syringe.
Embodiment
Below in conjunction with accompanying drawing; the described a kind of full-automatic biochemical immunoassay device of the utility model application is described in detail and introduces; purpose is better to understand described analytical equipment for the public; rather than to the restriction of described technical scheme; on with the described analytical equipment of the utility model application basis; improvement to described structure; and to the increase and decrease and the replacement of corresponding assembly; as long as play identical functions and effect, all within the utility model application technical scheme required for protection.
As shown in Figure 1, the described a kind of full-automatic biochemical immunoassay device of the utility model application comprises frame 1 and is positioned at sample rack on the frame 1 and reagent rack assembly 2, scrubber 3, reaction tray assembly 4, wash 5, optical measurement assembly 6, water route air-channel system 7, filling assembly 8, injector mechanism 9 and circuit control system 10.
Wherein, described frame is the flat board with beam column construction, and other assembly of whole analytical equipment is played fixing and supporting role, the diverse location that distributes on frame according to each assembly, three zones before, during and after the frame plane is divided into from front to back.
As shown in Figure 2, sample rack and reagent rack assembly 2 are positioned at the middle part in frame 1 proparea, be respectively the chassis 21 that holds sample rack and reagent rack, on sample rack 25 and reagent rack 26, have a plurality of holes that hold, have chute longitudinally on the frame 1, sample rack 25 and reagent rack 26 are inserted in the chute and through drive motor by connecting rod and are driven, and can slide along chute; Concrete, described sample rack and reagent rack assembly 2 also comprise screw mandrel 22 and slide block 23, screw mandrel 22 is fixed on 21 belows, chassis, sample rack 25 and reagent rack 26 are positioned on the slide block 23, slide block 23 is socketed on the screw mandrel 22 and can slides at the driving lower edge of drive motor 24 screw mandrel 22, and sliding trace is the y direction of frame 1.
Shown in Fig. 3 and 4, reaction tray assembly 4 is positioned at a side in frame 1 proparea, comprise reaction tray, floor board framing, gear train, vibrating mechanism and heating arrangements with a plurality of reacting holes, reaction tray 46 is positioned on the base plate 41, gear train, vibrating mechanism and heating arrangements are positioned at the floor board framing below, gear train and vibrating mechanism be by motor-driven, the motion of realization response dish on frame transverse axis and y direction; The gear train of described reaction tray assembly and vibrating mechanism comprise transverse axis base plate 42, transverse axis guide rail 43, transverse axis drive unit 412, longitudinal axis base plate 44, longitudinal axis screw mandrel 47, longitudinal axis drive unit 48, longitudinal axis guide rod 49, resiliency supported 45, eccentric block 410 and vibrating motor 411, transverse axis drive unit 412 drives transverse axis base plate 42 and slides at transverse axis guide rail 43 upper edge transverse axis, longitudinal axis drive unit 48 drives longitudinal axis base plate 44 and slides on longitudinal axis guide rod 49, thus the liquid feeding of realization response dish reaction in planimetric coordinates.
As shown in Figure 5, the wash 5 that reacting hole in the reaction tray assembly is cleaned is positioned at the position of frame 1 proparea proximal response dish assembly 4, comprise base plate 59, be positioned at base plate 59 belows drive unit 58, be positioned at the guide pole 56 of base plate 59 tops, the slide block 55 that slides at the driving lower edge of drive unit 58 frame transverse axis, be positioned at the washing arm 54 on the slide block 55, the front end of washing arm 54 is provided with washing head 53, washing head 53 is provided with a plurality of aspirating needles 51 and fluid injection pin 52, realizes the suction to reaction tray internal reaction liquid.
The optical measurement assembly is arranged in the rear of frame district wash, comprises light emitting devices, optical pickup apparatus and support, can carry out optical measurement to the reactant liquor of reaction tray; Described optical measurement assembly comprises light emitting devices, optical pickup apparatus and support; Described light emitting devices comprise the lamp base that is positioned at contiguous block top, by column be fixed in lamp location-plate on the lamp base, pass be positioned at the LED lamp that is connected with the leaded light piece around the lamp location-plate, by LED lamp connection terminal, the lampshade of column with location-plate at the bottom of the lamp that the lamp location-plate links to each other and top thereof; Described optical pickup apparatus comprises printing opacity horse, contraposition photographic plate and the optical filter wheel prime belt that is positioned at photometer base plate top, be positioned at the optical filter wheel that the photometer floor below is connected with the photoinduction fixed head by wheel shaft and photometer base plate, described optical filter wheel rotates by photometer driven by motor optical filter wheel prime belt and optical filter wheel belt, described photoinduction base plate is provided with optical inductor, and described optical pickup apparatus also comprises the optical filter wheel cover; Described support comprises the photometer base and is arranged at the sliver that links to each other with the photometer base plate above its both sides, the U frame that is positioned at the contiguous block below and links to each other with the photometer base by gim peg.
The water route air-path control system provides power for the liquid road and the air-channel system of whole analytical equipment, be positioned at the back zone of frame, comprise a plurality of liquid storage bottles that are positioned at the frame outside, and the pump that is connected with liquid storage bottle, with the guide duct that Pneumatic pressure is provided, pump and guide duct are fixed on the pipeline fixed head, and the pipeline fixed head is provided with the solenoid valve that described pump and guide duct are controlled.
Shown in Fig. 6 and 7, filling assembly 8 comprises that frame is the girder 81 of X direction traveling, is positioned at transverse axis guide rail 82, transverse axis drive unit 83 on the girder 81 in the frame top, and can be at the transverse axis guide rail 82 upper edge girders 81 horizontal filling needle stands 86 that slide, filling needle stand 86 is provided with Z-axis guide rail 85 and Z-axis drive unit 84, the trend of Z-axis guide rail 85 is vertical with frame 1 plane, filling pin 87 is positioned on the filling needle stand 86, filling pin 87 can move along Z-axis guide rail 85 under the driving of Z-axis drive unit 84 vertically.
Circuit control system is positioned at the back zone of whole frame, comprises power supply, supply module, central controller, coprocessor plate and tertiary circuit plate, is electrically connected between each element, and is electrically connected with the motor and the inductor of other elements.
The power supply unit of described circuit control system provides the power supply of direct supply, storage heater power supply, printer power supply and the light source of the various voltages that control circuit uses; Master control board is an instrument control center, load master control program, gather each road sensor information, accept operation requests through each input interface, the output steering order of working out in advance according to software systems and method document, handle the instrument operation and detect test, manage instrument state, and export corresponding information to outer computer, printer, touch display screen by output unit; Low-voltage-powered buttress provides according to the instruction of master control board high capacity such as each pump of liquid-way system, solenoid valve, liquid level sensor, dish lock is carried out and the driving power of collecting unit; Interface board interface is provided and outreach computing machine, external barcode scanner is connected, the input and output information.
Described software systems comprise the bottom software of being made up of embedded program; Be installed on and outreach the main control software of undertaking control, debugging, maintenance, management instrument on the computing machine; Receive instrument test experience data, and the data analysis system software that manages and analyze.By outreaching the system master software of installing on the computing machine, control instrument carries out project detection, plant maintenance, unusual debugging, can carry out that the result calculates to the data result simultaneously, analytic statistics is with, quality control and reporting printing function.
The analytical equipment of the utility model application also comprises casing assembly, and described casing assembly comprises the bearing structure of each assembly that is made of metal panel beating and machined part; On described bearing structure, be provided with the shell and the door closure that constitute by plastics; Under described bearing structure, be provided with the castor of mobile instrument, on described castor, be provided with the adjustable support foot cup that possesses the rubber shock-absorbing structure.
The anti-ring melon amino acid polypeptide antibody of measuring in human serum or the blood plasma with the indirect enzyme-linked immunosorbent method is that example comes the use of this analysis device is described, except that carrying out not needing the washing reaction hole when biochemical project detects, the method step of remaining biochemical immune detection is similar, repeats no more.
Select the anti-ring melon amino acid polypeptide antibody of general as 96 hole microwell plates to measure kit, its ultimate principle is the indirect enzyme-linked immunosorbent method, to be adsorbed in by the antigen that cyclic citrulline polypeptide is formed on the solid phase, by hatching the specific antibody that dilutes in human serum or the blood plasma is combined with antigen, the antibody that does not combine with solid phase is removed in washing, add anti-human immunoglobulin(HIg) enzyme connection thing, hatch with horseradish peroxidase-labeled.Remove unconjugated enzyme connection thing, add tmb substrate, hatch, add stop buffer then.The color that produces is directly proportional with specific antibody concentration in detecting sample, can obtain the anti-content that encircles melon amino acid polypeptide antibody in the sample to be tested by the absorbance that records by typical curve.The all processes that detects all can realize that concrete steps are as follows by the utility model full-automatic biochemical immunoassay device:
Start confirms that the analytical equipment state is normal;
In each liquid bottle, add an amount of respective liquid such as cleansing solution, distilled water etc.;
To move into general sample hose by the sample to be tested that the laboratory conventional program is handled, put into the open-work of analytical equipment sample rack with negative Quality Control thing, positive quality control thing and serial calibration object;
Reagent component ELISA Plate after rising again is put into reaction tray, and other components such as sample dilution, enzyme connection thing, tmb substrate and stop buffer are put into the open-work of reagent rack;
Open control system software, select test item, sample information is set, corresponding reagent and sample position;
Operation detects, steps such as analytical equipment will carry out application of sample automatically, dilutes, adds reagent, hatches, washing, absorbance measurement, and testing result transferred to Control Software;
Auditing result, printed report.
Claims (10)
1. full-automatic biochemical immunoassay device, it is characterized in that: described analytical equipment comprises frame and is positioned at sample rack and the reagent rack assembly on the frame, annotate assembly, scrubber, reaction tray assembly, wash, optical measurement assembly, water route air-channel system and circuit control system that the structure of each several part and position relation are as described below:
1) frame that other assembly of whole analytical equipment is played fixing and supporting role is the flat board with beam column construction, and the frame plane is divided into proparea, middle district and back zone from front to back;
2) sample rack and reagent rack assembly are positioned at the middle part in frame proparea, comprise the chassis that holds sample rack and reagent rack, have chute longitudinally on the frame, and sample rack and reagent rack are inserted in the chute and through drive motor by connecting rod and driven, and slide along chute;
3) scrubber comprises the washing ware of tubulose and the discharging tube that is connected with the washing ware between sample rack and reagent rack assembly and reaction tray assembly, and discharging tube is connected with washing ware bottom, and traveling connects waste liquid bottle in the below of frame;
4) the reaction tray assembly is positioned at a side in frame proparea, comprise reaction tray, floor board framing, gear train, vibrating mechanism and heating arrangements with a plurality of light holes, reaction tray is positioned on the floor board framing, gear train, vibrating mechanism and heating arrangements are positioned at the floor board framing below, and drive motor is connected with vibrating mechanism with gear train;
5) wash that the reacting hole in the reaction tray assembly is cleaned is positioned at the position of frame proparea proximal response dish, comprise base plate, be positioned at floor below drive unit, be positioned at the guide pole of base plate top, the slide block set of the driving lower slider of drive unit on the guide pole, washing arm is positioned on the slide block, the front end of washing arm is provided with washing head, and washing head is provided with a plurality of aspirating needles and fluid injection pin;
6) the optical measurement assembly is arranged in the rear of frame district wash, comprises light emitting devices, optical pickup apparatus and support, and light emitting devices and optical pickup apparatus are fixed on the frame;
7) the water route air-path control system that provides power for the liquid road and the air-channel system of whole analytical equipment, be positioned at the back zone of frame, comprise a plurality of liquid storage bottles that are positioned at the frame outside, and the pump that is connected with liquid storage bottle, and the guide duct that Pneumatic pressure is provided, pump and guide duct are fixed on the pipeline fixed head, and the pipeline fixed head is provided with the solenoid valve that described pump and guide duct are controlled;
8) the filling assembly comprises that frame is the girder of X direction traveling, is positioned at transverse axis guide rail and transverse axis drive unit on the girder in the frame top, and can be at the filling needle stand of transverse axis guide rail upper edge girder slip, the filling needle stand is provided with Z-axis guide rail and Z-axis drive unit, the trend of Z-axis guide rail is vertical with the frame plane, the filling pin is positioned on the filling needle stand, the filling pin can move along the Z-axis guide rail under the driving of Z-axis drive unit vertically;
9) circuit control system is positioned at the back zone of whole frame, comprises power supply, supply module, central controller, coprocessor plate and tertiary circuit plate, is electrically connected between each element.
2. a kind of full-automatic biochemical immunoassay device according to claim 1, it is characterized in that: described sample rack and reagent rack assembly also comprise screw mandrel and slide block, screw mandrel is fixed on the below, chassis, and sample rack and reagent rack are positioned on the slide block, and slide block set is connected on the screw mandrel.
3. a kind of full-automatic biochemical immunoassay device according to claim 1, it is characterized in that: described analytical equipment also is provided with shell, and described shell is articulated on the frame.
4. a kind of full-automatic biochemical immunoassay device according to claim 1, it is characterized in that: described filling assembly also comprises injector mechanism, described injector mechanism comprises fixed panel, drive unit, slide block, guide pole, screw mandrel and two syringes and pure water bottle, wherein, the pure water bottle is positioned at fixed panel the place ahead, drive unit is positioned at the bottom of injector mechanism, two syringes are positioned at the leading flank of fixed panel, slide block, guide pole and screw mandrel are positioned at the trailing flank of fixed panel, and slide block set is connected on the guide pole.
5. a kind of full-automatic biochemical immunoassay device according to claim 1 is characterized in that: the reaction plate of described reaction tray assembly can be microwell plate or the empty reaction plate that is coated with specific antigen or antibody in advance.
6. a kind of full-automatic biochemical immunoassay device according to claim 1 is characterized in that: vibrating mechanism involving vibrations motor cabinet, vibrating motor and the vibration eccentric block of described reaction tray assembly, the vibrating motor seat links to each other with base plate by cushion cover.
7. a kind of full-automatic biochemical immunoassay device according to claim 1 is characterized in that: the heating arrangements of described reaction tray assembly comprises the well heater that is fixed in around the base plate bottom surface.
8. a kind of full-automatic biochemical immunoassay device according to claim 1, it is characterized in that: described sample rack and reagent rack are demountable structure.
9. a kind of full-automatic biochemical immunoassay device according to claim 1 is characterized in that: described filling assembly also comprises the filling pin rinse bath with inside and outside wall, and the filling pin is cleaned.
10. a kind of full-automatic biochemical immunoassay device according to claim 1 is characterized in that: described frame bottom also is provided with load carrier, and the load carrier bottom is provided with castor and feet cup.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200082785U CN201917572U (en) | 2011-01-12 | 2011-01-12 | Full-automatic biochemical immunity analysis device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200082785U CN201917572U (en) | 2011-01-12 | 2011-01-12 | Full-automatic biochemical immunity analysis device |
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| Publication Number | Publication Date |
|---|---|
| CN201917572U true CN201917572U (en) | 2011-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011200082785U Expired - Fee Related CN201917572U (en) | 2011-01-12 | 2011-01-12 | Full-automatic biochemical immunity analysis device |
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| CN (1) | CN201917572U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103344589A (en) * | 2013-07-05 | 2013-10-09 | 深圳奥萨制药有限公司 | Quasi-automatic in-vitro detection device and method for measuring HCY (homocysteine) by colorimetric method |
| CN103344638A (en) * | 2013-07-05 | 2013-10-09 | 深圳奥萨制药有限公司 | Semi-automatic in-vitro detection equipment and method for measuring HCY (Homocysteine) by adopting colorimetric method |
| CN103955236A (en) * | 2014-04-11 | 2014-07-30 | 珠海美路得企业发展有限公司 | Fluid control system of medical testing equipment |
| CN110860539A (en) * | 2018-08-27 | 2020-03-06 | 深圳迎凯生物科技有限公司 | Immunoassay appearance and belt cleaning device thereof |
-
2011
- 2011-01-12 CN CN2011200082785U patent/CN201917572U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103344589A (en) * | 2013-07-05 | 2013-10-09 | 深圳奥萨制药有限公司 | Quasi-automatic in-vitro detection device and method for measuring HCY (homocysteine) by colorimetric method |
| CN103344638A (en) * | 2013-07-05 | 2013-10-09 | 深圳奥萨制药有限公司 | Semi-automatic in-vitro detection equipment and method for measuring HCY (Homocysteine) by adopting colorimetric method |
| CN103344589B (en) * | 2013-07-05 | 2016-06-29 | 深圳奥萨制药有限公司 | A kind of accurate vitro detection equipment automatically adopting colorimetry to measure HCY |
| CN103344638B (en) * | 2013-07-05 | 2016-06-29 | 深圳奥萨制药有限公司 | A kind of semi-automatic external adopting colorimetry to measure HCY detection equipment |
| CN103955236A (en) * | 2014-04-11 | 2014-07-30 | 珠海美路得企业发展有限公司 | Fluid control system of medical testing equipment |
| CN103955236B (en) * | 2014-04-11 | 2017-01-25 | 珠海迪尔生物工程有限公司 | Fluid control system of medical testing equipment |
| CN110860539A (en) * | 2018-08-27 | 2020-03-06 | 深圳迎凯生物科技有限公司 | Immunoassay appearance and belt cleaning device thereof |
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Granted publication date: 20110803 Termination date: 20140112 |