CN201707340U - Track type full-automatic biochemical analyzer - Google Patents
Track type full-automatic biochemical analyzer Download PDFInfo
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- CN201707340U CN201707340U CN 201020174307 CN201020174307U CN201707340U CN 201707340 U CN201707340 U CN 201707340U CN 201020174307 CN201020174307 CN 201020174307 CN 201020174307 U CN201020174307 U CN 201020174307U CN 201707340 U CN201707340 U CN 201707340U
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Abstract
The utility model provides a track type full-automatic biochemical analyzer provided with a plurality of reagent needles, comprising a colorimetric cup, a moving table for bearing the colorimetric cup, a sample cup track for placing a sample cup, a sample adding device arranged above the moving table, a reagent adding device and a colorimetric analyzing device. The track type full-automatic biochemical analyzer is characterized in that the moving table is in an oblong shape and is arranged on a track; the moving direction of the sample cup track is parallel to the moving direction of the moving table; and the reagent adding device comprises more than two reagent bottles, more than two precise reagent pump and the reagent needles, and each of reagent needle is composed of more than two reagent needle units. The circular motion form is changed to a rectilinear motion form so that the reagent addition, the sample addition and the colorimetric analysis are more convenient to control and keep the control precision; and more than two reagent needle units are arranged on the reagent needles so that the working efficiency of the analyzer is improved.
Description
Technical field
The utility model relates to a kind of rail-type full-automatic biochemical analyzer, in particular, relates in particular to a kind of rail-type full-automatic biochemical analyzer that is provided with multi-reagent needle.
Background technology
Automatic clinical chemistry analyzer is mainly used in the biochemistry in clinical blood, the humoral sample and the fast quantitative analysis of chemical analysis, it is the routine inspection instrument of modern hospital, present most of each cycle of discrete biochemical instruments can only add a kind of reagent and sample, and the negligible amounts of cuvette, sample bottle, this just makes that the work efficiency of existing Biochemical Analyzer is very low, can't expire the demand of present large hospital.Existing automatic biochemistry analyzer, the reaction warehouse that is used to carry cuvette on it is a circular configuration, reaction warehouse rotates an angle, can only be by the reagent needles reagent of annotating one time, filling reagent very slowly.Reagent needles on the existing automatic clinical chemistry analyzer adopts the form of single reagent needles, and this reagent needles at every turn can only be to the cuvette unit reagent of annotating, and filling reagent is slow, makes that the work efficiency of analyser is lower.Also have, cuvette on the existing Biochemical Analyzer recycles, when recycling, totally do not cause cross pollution easily owing to clean, and cuvette can cause wearing and tearing to a certain degree in the long-term process of using, this just makes that its light transmission is relatively poor, and cross pollution and wearing and tearing all can cause the measured experimental data and the data of reality to have than big-difference.
Summary of the invention
The utility model provides a kind of rail-type full-automatic biochemical analyzer that is provided with multi-reagent needle in order to overcome the shortcoming of above-mentioned technical matters.
Rail-type full-automatic biochemical analyzer of the present utility model, comprise cuvette, be used to carry cuvette transfer table, be used to place sample cup the sample cup track, be arranged at the sample adding set of transfer table top, and reagent adding set and colorimetric analysis device, its special feature is: described transfer table is rectangle and is arranged on the track; The traffic direction of described sample cup track is parallel with the traffic direction of transfer table; Described reagent adding set comprises plural reagent bottle, plural accurate reagent pump and reagent needles, described reagent needles is made of plural reagent needles unit, described reagent bottle is connected with the import of accurate reagent pump, and described single accurate reagent delivery side of pump is connected with single reagent needles unit; Described colorimetric analysis device comprises the incident light bracing frame, and this incident light bracing frame is arranged at the top of transfer table.What transfer table was used to carry cuvette and realized the contrast colors cup decides moving of displacement, so that reagent add-on system, sample add-on system and colorimetric analysis device add reagent respectively, add sample and carry out colorimetric analysis specific cuvette; Transfer table is arranged on the rectangular track, and what carry out is rectilinear motion, has changed circular motion form in the past, helps the control of precision more.The reagent adding set is used for the contrast colors cup and adds reagent, because the reagent needles in the reagent add-on system includes plural reagent needles unit, and different reagent needles unit all is connected with different reagent bottle by accurate reagent pump, can add reagent to different cuvette unit in so just can guaranteeing at one time, make the efficient of reagent add-on system obtain bigger raising.The sample adding set is arranged on the top of transfer table, because transfer table can carry out moving of big displacement, the definite sample adding set of saying is positioned at above it when transfer table moves to certain position; Reagent needles on the sample adding set can realize being parallel to moving of transfer table direction, can realize that also moving of transfer table can be carried out vertically, be parallel to reagent needles, and then realization is added sample to different cuvettes unit perpendicular to the moving of transfer table direction; The direction of motion that is used to carry the sample cup track of sample cup parallels with the transfer table travel direction, has reached to allow the purpose of the correct work of sample adding set.
Rail-type full-automatic biochemical analyzer of the present utility model has some cuvette grooves that run through transfer table on the described transfer table, described transfer table has been connected with the transfer table motor of driving action; The side of described transfer table is provided with standby cuvette device, and this standby cuvette device comprises standby cuvette platform, push pedal, the pressing mechanism of placing cuvette and extrudes mechanism; Have some standby cuvette grooves that can match on the described standby cuvette platform with cuvette, described pressing mechanism comprises first elevating mechanism and fixedlys connected with first elevating mechanism and be positioned at first pressing plate of transfer table left end top, and described extrusion mechanism comprises second elevating mechanism and fixedlys connected with first elevating mechanism and be positioned at second pressing plate of transfer table right-hand member top.Cuvette in the past recycles, and the drawback that recycles is that cuvette weares and teares easily, influences the light transmission of cuvette, and then influences colorimetric analysis Device Testing structure.Cuvette in the rail-type full-automatic biochemical analyzer of the present utility model is disposable, helps guaranteeing the accuracy of testing result.The cuvette groove that is provided with on the transfer table is a through-hole form, so just can guarantee to extrude mechanism used cuvette is extruded by the cuvette groove; The transfer table motor is realized the driving to transfer table, can adopt the form of motor direct-drive transfer table, also can be fixedly installed on the transfer table, and motor and tooth bar on being fixed on guide rail be carried out the drive form that rack-and-pinion matches come transfer table is driven by motor is established.The standby cuvette groove that is provided with on the standby cuvette platform is used for fixing standby cuvette, distance between the two adjacent cuvette grooves on distance between the adjacent two standby cuvette grooves and the transfer table equates, so as can be correct when transfer table moves to the position of matching with standby cuvette platform standby cuvette is shifted onto on the transfer table.Flatten first elevating mechanism in the mechanism and can realize the upper and lower displacement of first pressing plate, first pressing plate is used for the new cuvette that is placed on the transfer table is put in order, makes its neat cuvette groove that is positioned at; Second elevating mechanism in the extrusion mechanism is used to realize the upper and lower displacement of second pressing plate, by the downward big displacement of second pressing plate, can extrude used cuvette from the cuvette groove, and it is dropped in the trash receptacle.
Rail-type full-automatic biochemical analyzer of the present utility model, described transfer table are provided with and are used for the gathering sill that leads to standby cuvette, and the position of described gathering sill is relative with the cuvette groove.Be that each cuvette groove is provided with a gathering sill that matches with it, the effect of gathering sill be promote in push pedal standby during than color code, standby cuvette is led, and the guide effect by gathering sill can realize that standby cuvette enters in the cuvette groove on the worktable accurately.
Rail-type full-automatic biochemical analyzer of the present utility model, described reagent adding set comprise that plural two advance one and go out battery valve; Described reagent bottle is divided into first reagent bottle and second reagent bottle that quantity equates, described single first reagent bottle is connected with the import of single solenoid valve, single second reagent bottle is connected with the import of single solenoid valve, the outlet of described single solenoid valve is connected with the import of single accurate reagent pump, and described single accurate reagent delivery side of pump is connected with single reagent needles unit.Being provided with two, to advance a solenoid valve purpose that outes be to add two kinds of reagent for high efficiency realization in cuvette, is provided with after the solenoid valve, and two reagent bottles just can a public accurate reagent pump, makes the designs simplification of reagent adding set.
Rail-type full-automatic biochemical analyzer of the present utility model, the quantity of described first reagent bottle, second reagent bottle, solenoid valve, accurate reagent pump, reagent needles unit equates and quantity is 8 to 20.The quantity that guarantees first reagent bottle, second reagent bottle, solenoid valve, accurate reagent pump, reagent needles unit is 8 to 20, has promptly satisfied the quantitative requirement of cuvette unit, has also realized interpolation reagent at a high speed.
Rail-type full-automatic biochemical analyzer of the present utility model, described reagent adding set comprises the reagent needles bracing frame that is used for fixing reagent needles, this reagent needles bracing frame is connected with the reagent needles drive unit, and this reagent needles drive unit comprises the stepper motor that is used to drive the upper and lower displacement of reagent needles bracing frame.The reagent needles bracing frame supports reagent needles, because reagent needles need not be parallel to moving of transfer table direction, only carries out getting final product perpendicular to moving of transfer table direction, and therefore, the reagent needles drive unit only carries out getting final product perpendicular to moving of moving direction.
Rail-type full-automatic biochemical analyzer of the present utility model, described sample adding set comprise the sample pin track of carrying sample pin and are used to drive the driving-belt of sample pin displacement; Described sample pin track two ends are connected with elevating lever, and elevating lever is connected with the sample needle actuating device that can drive the upper and lower displacement of sample pin, and described driving-belt is parallel to the stepper motor that the transfer table table top moves with driving sample pin.The sample pin clamping device of driving-belt and fixed sample pin fixes, and so just can drive the displacement that the sample pin is parallel to the transfer table direction; Elevating lever is driven by the sample needle actuating device, can realize sample pin moving perpendicular to the transfer table direction.
Rail-type full-automatic biochemical analyzer of the present utility model, described colorimetric analysis device comprise light source, are used for the light that light source produces is guided to the optical fiber on the incident light bracing frame, the optical filter that is arranged at the cuvette below and the photoelectricity dash receiver that is arranged at the optical filter rear.Optical fiber is used for the light that light source sends is guided to the upper end of cuvette, and the emergent light that is emitted by optical fiber shines on the cuvette and filters via optical filter, shines afterwards on the photoelectricity dash receiver light signal is converted into electric signal.
Rail-type full-automatic biochemical analyzer of the present utility model, described cuvette are rectangular shape, and the two ends of cuvette are provided with projection.The effect that is arranged on the projection at cuvette two ends be for guarantee cuvette can be fixed on preferably on the transfer table than in the color code groove, be unlikely to be extruded by first pressing plate; When the second pressing plate contrast colors cup applied bigger pressure, projection can produce distortion, and then used cuvette is extruded.
The beneficial effects of the utility model are: the circular motion form of original carrying cuvette and reagent bottle mechanism, change the forms of motion of straight line into, make that reagent adds, sample adds and control more is convenient in colorimetric analysis, also help keeping its control accuracy; Rail-type full-automatic biochemical analyzer of the present utility model, the reagent needles on the reagent add-on system are provided with plural reagent needles unit, and this has just effectively increased the speed that reagent needles is added reagent, have improved the work efficiency of analyser.
Description of drawings
Fig. 1 is the structural representation of vertical view of the present utility model;
Fig. 2 is the structural representation of A-A to cut-open view;
Fig. 3 is the structural representation that transfer table of the present utility model and cuvette are changed system;
Fig. 4 is the structural representation of sample cup track of the present utility model;
Fig. 5 is the structural representation of sample pin of the present utility model and driving mechanism thereof;
Fig. 6 is the structural representation of cuvette of the present utility model;
Fig. 7 is the structural representation of reagent add-on system of the present utility model.
Among the figure: 1 transfer table, 2 sample cup tracks, 3 reagent storehouses, 4 accurate reagent pumps, 5 reagent needles bracing frames, 6 driving-belts, 7 sample pins, 8 standby cuvette platforms, 9 rinse baths, 10 reagent pipe through-holes, 11 incident light bracing frames, 12 reagent needles, 13 sample pin tracks, 14 solenoid valves, 15 cuvettes, 16 reagent needles unit, 17 reagent needles drive units, 18 sample needle actuating devices, 19 upper mounted plates, 20 bottom plates, 21 cuvette grooves, 22 gathering sills, 23 standby cuvette grooves, 24 push pedals, 25 first elevating mechanisms, 26 first pressing plates, 27 second elevating mechanisms, 28 second pressing plates, 29 transfer table motors, 30 sample orbit motors, 31 sample cups, 32 elevating levers, 33 driving-belt motors, 34 cuvette unit, 35 projections, 36 first reagent bottles, 37 second reagent bottles, 38 first reagent pipes, 39 second reagent pipes, 40 the 3rd reagent pipes, 41 connecting portions, 42 needle section, 43 light sources, 44 optical-fibre channels, 45 trash receptacles.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing and embodiment.
Fig. 1 and Fig. 2 have been located primary structure synoptic diagram of the present utility model, and rail-type full-automatic biochemical analyzer of the present utility model comprises sample cup track 2, transfer table 1, reagent adding set, sample adding set, colorimetric analysis device.As depicted in figs. 1 and 2, transfer table 1 be fixedly installed on upper mounted plate 19 on track match, transfer table 1 can be realized the motion of rectilinear direction.The concrete structure of transfer table 1 as shown in Figure 3, transfer table 1 drives by transfer table motor 29, transfer table motor 29 can be realized the rectilinear motion of transfer table 1 direction along ng a path; The forms of motion that is used for transfer table 1 is a rectilinear motion, is convenient to the displacement that controller moves.As shown in Figure 3, worktable is provided with some cuvette grooves 21 that match with cuvette, cuvette groove 21 is through transfer table, side at each cuvette groove 21 is provided with gathering sill 22, the effect of gathering sill 22 is to lead to standby cuvette, makes standby cuvette can move to smoothly in the standby cuvette groove.Certainly, it is a lot of to realize that mode that transfer table 1 moves also has, for example, can be on transfer table 1 fixedly stepper motor or servomotor, and on upper mounted plate 19 stationary rack, the fit form by rack-and-pinion drives movable workbench.Also be provided with standby cuvette system at the side of transfer table 1, as shown in Figure 3, this standby cuvette system comprises standby cuvette platform 8, push pedal 24, first elevating mechanism 25, first pressing plate 26, second elevating mechanism 27, second pressing plate 28, offer on the standby cuvette platform 8 and standby cuvette groove 23, standby cuvette groove 23 is used for standby cuvette is fixed, push pedal 24 is used for the cuvette that is placed on the standby cuvette platform 8 is promoted, be placed on the promotion of cuvette by push pedal 24 on the standby cuvette platform 8, and, can shift cuvette in the cuvette groove 21 on the worktable onto through the guide effect of gathering sill 22.First elevating mechanism 25 is used to drive moving up and down of first pressing plate 26, first pressing plate 26 is used for the cuvette 15 that newly is placed on the transfer table 1 is put in order, make cuvette 15 more neat, as shown in Figure 6, shown cuvette 15 is a rectangular shape, be provided with projection 35 at the two ends of cuvette 15, projection 35 effect is in order to make comparatively firm being fixed in the cuvette groove 21 on the transfer table of cuvette.The driving that second elevating mechanism 27 is fixedlyed connected with second pressing plate 28 and second pressing plate is moved up and down, the downward displacement amount of movement of second pressing plate 28 displacement more downward than first pressing plate 26 is big, pass through the pressure effect of second pressing plate 28 like this, can make the projection 35 that is arranged on the cuvette two ends produce deformation, and then cuvette 15 spills via cuvette groove 21, enters in the trash receptacle 45.By the co-ordination of push pedal 24, first elevating mechanism 25, first pressing plate 26, second elevating mechanism 27, second pressing plate 28, can realize the replacing process of standby cuvette.
Reagent adding set of the present utility model as shown in Fig. 1, Fig. 2 and Fig. 7, comprise first reagent bottle 36 and second reagent bottle 37 that are fixedly installed in the reagent storehouse 3, and the solenoid valve 14 that is fixed on the accurate reagent pump 4 on the bottom plate 20 and is connected with accurate reagent pump 4.The quantity of first reagent bottle 36, second reagent bottle 37, accurate reagent pump 4, solenoid valve 14 equates and is 8 to 20, can choose according to the project that will detect blood.Solenoid valve 14 is two to advance a solenoid valve that outes 14, single first reagent bottle 36 is connected by the first reagent pipe 38 with the input port of single solenoid valve 14, single second reagent bottle 37 is connected with the input port first reagent pipe 38 of single solenoid valve 14, just can realize first reagent bottle 36 by the control to solenoid valve like this or second reagent bottle 37 is connected with solenoid valve 14, the delivery outlet of single solenoid valve 14 is connected by the second reagent pipe 39 with the import of single accurate reagent pump 4.Reagent needles 12 is made of reagent needles unit 16, and the quantity of reagent needles unit 16 equates with the quantity of accurate reagent pump 4 on the reagent needles 12, promptly between 8 to 20.The outlet of single accurate reagent pump 4 is connected by the 3rd reagent pipe 40 with single reagent needles unit.Reagent needles 12 is fixed on the reagent needles bracing frame 5 that is arranged on transfer table 1 top, and reagent needles 12 is a rectangular shape, and reagent needles 12 parallels with cuvette groove 21 on being arranged on transfer table 1, and this is the necessary condition of reagent of annotating smoothly.Reagent needles bracing frame 5 is connected with reagent needles drive unit 17 by support bar, and reagent needles drive unit 17 can carry out the driving of upper and lower displacement to reagent needles.It should be noted that to connect that the reagent reagent needles is 42 will to guarantee consistent and equal in length with the diameter and the length of pipeline accurate reagent pump 4, guarantee in ducted amount of reagent quantitative.
As shown in Figure 2, also be fixed with light source 43 on the bottom plate 20, this light source 43 is connected with optical fiber, the light that is connected with light source 43 is arranged on the incident light bracing frame by optical-fibre channel, by the irradiation of optical fiber realization contrast colors cup, light shines on the optical filter after seeing through cuvette, shines on the photoelectricity dash receiver after filtering via optical filter again, and then the conversion of realization photosignal, carry out analytical calculation by computer software.Also be provided with the trash receptacle 45 that is used to hold used cuvette in the bottom of bottom plate 20, position relative with trash receptacle 45 on bottom plate is provided with opening.
Reagent of the present utility model adds step and comprises: because the amount of reagent that pipeline held in the reagent adding set be can not ignore, at first pipeline is added reagent, so that accurately control the amount of reagent of in cuvette, adding by the driving action of accurate reagent pump 4; Then, drive transfer tables 1 by transfer table motor 29 and move, up to be placed on corresponding cuvette 15 on the transfer table 1 be positioned at just reagent needles 12 under, transfer table 1 stops to move; Afterwards, by the driving of reagent needles drive unit 17, the reagent needles bracing frame 5 of placing reagent needles 12 begins to move down, extend in the cuvette to reagent needles 12 after, reagent needles 12 stops to descend; At this moment, by the control action of solenoid valve 14, annotate first kind of reagent or second kind of reagent; At last, the rising by reagent needles drive unit 17 drives again, and reagent needles is shifted out cuvette, finishes the step of the reagent of once annotating; Above-mentioned steps is carried out in circulation, can realize a plurality of cuvette filling reagent.
Sample of the present utility model adds step and comprises: at first drive transfer tables 1 and move by transfer table motor 29, make certain cuvette 15 on the transfer table 1 be positioned at sample pin track 13 under; Then,, make sample pin 7 be positioned at the top of sample cup track 2, and, realize that sample pin 7 moves down, and in extending into sample cup 31, draws sample via the driving of sample needle actuating device 18 by the driving action of driving-belt motor 33; Then, sample pin 7 is via the driving action of sample needle actuating device 18 and driving-belt motor 33, makes sample pin 7 extend in a certain cuvette unit 34, the sample of annotating.In above-mentioned steps,, can realize different cuvettes unit filling sample by the driving of uniting of sample needle actuating device 18 and driving-belt motor 33; By sample orbit motor 30 and driving action, sample be sent to the sample needle actuating device be positioned at same linear position place, so that annotate different samples; Note, sample pin unit 16 adds according to the set different sample size of host computer to each cuvette place behind the sample of sample track 2 place's draw sufficient at every turn, all need clean outer wall behind the intact sample of every interpolation, again inwall be cleaned after all adding at rinse bath 9 places of cuvette side.
Behind whole cuvettes that the participation of having annotated detects, carry out colorimetric analysis by move left and right transfer table 1, when the cuvette on the transfer table 1 was mobile to the right by the left side among Fig. 1, the colorimetric analysis device detected, and the photoelectricity dash receiver is sent to host computer to the absorbance of cuvette unit; When the cuvette on the transfer table 1 was mobile to the left by the right side, the colorimetric analysis device was not worked; Should guarantee that the time interval that the cuvette on the transfer table 1 is moved to the right by the left side among Fig. 1 fixes, so that conveniently carry out the test of the relevant item of rate method; In addition, it is noted that the amount of reagent of annotating in all cuvettes and sample size to guarantee consistent, thereby guarantee the optical path value of colorimetric.As shown in Figure 1, a cuvette of low order end is that it need add the reagent in identical with other cups not as the cuvette of reaction, and the amount of reagent in the amount of reagent of its adding and other cuvettes and the total amount of sample size equate.
Cuvette of the present utility model is changed step and is comprised: at first, by the driving of 29 pairs of transfer tables of transfer table motor, make on the gathering sill 22 and the same straight line of standby cuvette groove 23 displacements on the standby cuvette platform 8 on the transfer table 1; By the thrust of the driving mechanism that links to each other with push pedal 24, push pedal 24 is shifted standby cuvette in the standby cuvette groove 21 onto via gathering sill 22 then; Then, the downward pressure effect via first pressing plate 26 makes the cuvette that is positioned at cuvette groove 21 more neat.
Colorimetric analysis step of the present utility model comprises: at first, by the driving of 29 pairs of transfer tables 1 of transfer table motor, make a certain specific cuvette be positioned at the below of incident light bracing frame 11, carry out colorimetric analysis.
Claims (8)
1. rail-type full-automatic biochemical analyzer, comprise cuvette (15), be used to carry cuvette (15) transfer table (1), be used to place sample cup sample cup track (2), be arranged at the sample adding set of transfer table (1) top, and reagent adding set and colorimetric analysis device, it is characterized in that: described transfer table (1) is rectangle and is arranged on the track; The traffic direction of described sample cup track (2) is parallel with the traffic direction of transfer table (1); Described reagent adding set comprises plural reagent bottle, plural accurate reagent pump (4) and reagent needles (12), described reagent needles (12) is made of plural reagent needles unit (16), described reagent bottle is connected with the import of accurate reagent pump (4), and the outlet of described single accurate reagent pump (4) is connected with single reagent needles unit; Described colorimetric analysis device comprises the incident light bracing frame, and this incident light bracing frame is arranged at the top of transfer table (1).
2. rail-type full-automatic biochemical analyzer according to claim 1, it is characterized in that: have some cuvette grooves (21) that run through transfer table (1) on the described transfer table (1), described transfer table (1) has been connected with the transfer table motor (29) of driving action; The side of described transfer table (1) is provided with standby cuvette device, and this standby cuvette device comprises standby cuvette platform (8), push pedal (24), the pressing mechanism of placing cuvette and extrudes mechanism; Have some standby cuvette grooves (23) that can match on the described standby cuvette platform (8) with cuvette, described pressing mechanism comprises first elevating mechanism (25) and fixedlys connected with first elevating mechanism and be positioned at first pressing plate (26) of transfer table (1) left end top, and described extrusion mechanism comprises second elevating mechanism (27) and fixedlys connected with first elevating mechanism and be positioned at second pressing plate (28) of transfer table (1) right-hand member top.
3. rail-type full-automatic biochemical analyzer according to claim 1 and 2, it is characterized in that: described transfer table (1) is provided with and is used for the gathering sill (22) that leads to standby cuvette, and the position of described gathering sill (22) is relative with cuvette groove (21).
4. rail-type full-automatic biochemical analyzer according to claim 1 and 2 is characterized in that: described reagent adding set comprises that plural two advance one and go out battery valve (14); Described reagent bottle is divided into first reagent bottle (36) and second reagent bottle (37) that quantity equates, described single first reagent bottle (36) is connected with the import of single solenoid valve (14), single second reagent bottle (37) is connected with the import of single solenoid valve (14), the outlet of described single solenoid valve (14) is connected with the import of single accurate reagent pump (4), and the outlet of described single accurate reagent pump (4) is connected with single reagent needles unit (16).
5. rail-type full-automatic biochemical analyzer according to claim 4 is characterized in that: the quantity of described first reagent bottle (36), second reagent bottle (37), solenoid valve (14), accurate reagent pump (4), reagent needles unit (16) equates and quantity is 8 to 20.
6. rail-type full-automatic biochemical analyzer according to claim 1 and 2, it is characterized in that: described reagent adding set comprises the reagent needles bracing frame (5) that is used for fixing reagent needles (12), this reagent needles bracing frame (5) is connected with reagent needles drive unit (17), and this reagent needles drive unit (17) comprises the stepper motor that is used to drive the upper and lower displacement of reagent needles bracing frame.
7. rail-type full-automatic biochemical analyzer according to claim 1 and 2 is characterized in that: described sample adding set comprises the sample pin track (13) of carrying sample pin (7) and is used to drive the driving-belt (6) of sample pin displacement; Described sample pin track (13) two ends are connected with elevating lever (32), elevating lever (32) is connected with the sample needle actuating device (18) that can drive sample pin (7) upper and lower displacement, and described driving-belt (6) is parallel to the stepper motor that transfer table (1) table top moves with driving sample pin.
8. rail-type full-automatic biochemical analyzer according to claim 1 and 2 is characterized in that: described cuvette (15) is a rectangular shape, and the two ends of cuvette (15) are provided with projection (35).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201020174307 CN201707340U (en) | 2010-04-29 | 2010-04-29 | Track type full-automatic biochemical analyzer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201020174307 CN201707340U (en) | 2010-04-29 | 2010-04-29 | Track type full-automatic biochemical analyzer |
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| CN201707340U true CN201707340U (en) | 2011-01-12 |
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| CN 201020174307 Expired - Fee Related CN201707340U (en) | 2010-04-29 | 2010-04-29 | Track type full-automatic biochemical analyzer |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103197084A (en) * | 2013-03-28 | 2013-07-10 | 山东博科生物产业有限公司 | Stable glycated serum protein detection reagent and application thereof |
| CN103733073A (en) * | 2011-09-20 | 2014-04-16 | 株式会社日立高新技术 | Sample inspection automation system |
| CN111051893A (en) * | 2017-11-08 | 2020-04-21 | 株式会社日立高新技术 | Automatic analyzer |
| CN112748072A (en) * | 2020-12-31 | 2021-05-04 | 襄阳智童机械科技有限公司 | Full-automatic urine iodine blood iodine detection machine and automatic detection method thereof |
-
2010
- 2010-04-29 CN CN 201020174307 patent/CN201707340U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103733073A (en) * | 2011-09-20 | 2014-04-16 | 株式会社日立高新技术 | Sample inspection automation system |
| CN103197084A (en) * | 2013-03-28 | 2013-07-10 | 山东博科生物产业有限公司 | Stable glycated serum protein detection reagent and application thereof |
| CN111051893A (en) * | 2017-11-08 | 2020-04-21 | 株式会社日立高新技术 | Automatic analyzer |
| CN111051893B (en) * | 2017-11-08 | 2023-12-29 | 株式会社日立高新技术 | Automatic analysis device |
| CN112748072A (en) * | 2020-12-31 | 2021-05-04 | 襄阳智童机械科技有限公司 | Full-automatic urine iodine blood iodine detection machine and automatic detection method thereof |
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