CN104062448B - Mini-clinical biochemical analyzer - Google Patents
Mini-clinical biochemical analyzer Download PDFInfo
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- CN104062448B CN104062448B CN201410282346.5A CN201410282346A CN104062448B CN 104062448 B CN104062448 B CN 104062448B CN 201410282346 A CN201410282346 A CN 201410282346A CN 104062448 B CN104062448 B CN 104062448B
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- reaction tray
- synchronizing wheel
- mini
- rotation axle
- axle
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Abstract
Disclosure also provides the mini-clinical biochemical analyzer that a kind of volume is little, simple in construction, cost are low and detection efficiency is high.The present invention includes support (1), reaction tray rotating seat (2), reagent sample disk (3), sample adding system (4), rinse-system (5) and casing, described reagent sample disk (3) is provided with several reagent bottle and specimen bottle, described reaction tray rotating seat (2) is fixedly installed on described support (1), described reagent sample disk (3) is arranged on described reaction tray rotating seat (2), described sample adding system (4) and described rinse-system (5) are fixedly installed on described support (1), described sample adding system (4) and described rinse-system (5) are connected, and then described sample adding system (4) drives described rinse-system (5) to move up and down, described casing is connected with described support (1) and surrounds all built-in systems of described mini-clinical biochemical analyzer.The present invention is applicable to biochemical analysis field.
Description
Technical field
The present invention relates to a kind of mini-clinical biochemical analyzer.
Background technology
Along with the continuous progress of social economy and science and technology, biochemical analysis technology have also been obtained unprecedented development, and biochemistry analyzer is also increasingly popularize in various big-and-middle-sized medical institutions.But what now the biochemistry analyzer of the overwhelming majority adopted on the market is double; two turntable structures of separating of reaction tray and reagent sample disk, and sample adding system and reaction tray rinse-system also relatively independent, thus cause that product systems structure is complicated, the volume that takes up room is big, manufacturing cost is high；And sample adding system and reaction tray rinse-system only use a set of drive system to realize rotating and moving up and down motion respectively simultaneously, make the interference between each motion big, impact analysis efficiency, this allows for the biochemistry analyzer small medical unit in common small towns and is difficult to be popularized.
Summary of the invention
The technical problem to be solved is to overcome the deficiencies in the prior art, it is desirable to provide a kind of simple in construction, spatial volume are little, low cost of manufacture and the stable mini-clinical biochemical analyzer of analysis efficiency.
The technical solution adopted in the present invention is: the present invention includes support, reaction tray rotating seat, reagent sample disk, sample adding system, rinse-system and casing, described reagent sample disk is provided with several reagent bottle and specimen bottle, described reaction tray rotating seat is fixedly installed on described support, described reagent sample disk is arranged on described reaction tray rotating seat, described sample adding system and described rinse-system are fixedly installed on described support, described sample adding system and described rinse-system are connected, and then described sample adding system drives described rinse-system to move up and down, described casing is connected with described support and surrounds all built-in systems of described mini-clinical biochemical analyzer.
nullDescribed reaction tray rotating seat includes the reaction tray set gradually from top to bottom、Rotating shaft、Reaction tray shaft seat and synchronizing wheel I，Described reaction tray shaft seat is provided with motor I and Photoelectric Detection module，Described rotating shaft is through described reaction tray shaft seat and is rotatably assorted with described reaction tray shaft seat，Described rotating shaft is fixing with described synchronizing wheel I to be connected，Described synchronizing wheel I is connected with the output shaft of described motor I by Timing Belt I，In described reaction tray, submarginal position is provided with the heating tank burying heater strip underground，Center position at described synchronizing wheel I is provided with conducting slip ring，The part that described conducting slip ring rotates leads to wire，This wire is in the described rotating shaft of hollow and passes from the top of described rotating shaft，Finally it is connected with the heater strip in described heating tank，The lower part of described conducting slip ring is connected with peripheral power supply，Between described synchronizing wheel I and described reaction tray shaft seat、It is rotatably assorted each through bearing I between described reaction tray shaft seat and described rotating shaft.
Sample needle, rotating mechanism, travel mechanism, housing, rotation axle and the transporting hose that described sample adding system includes feed head, is arranged on described feed head, described rotation axle is arranged in described housing, described rotation axle is respectively through the driving of described rotating mechanism and described travel mechanism and then drives described feed head and described sample needle to rotate or moves up and down motion, and described transporting hose is arranged in described rotation axle and connects with described sample needle.
Described rotating mechanism includes the motor II arranged on the housing, rotating turret, it is fixedly installed on described rotating turret upper end the synchronizing wheel II being connected by Timing Belt II with described motor II, it is fixed on the guide rod on described rotating turret and fixes the spill spin block being connected with described guide rod clearance fit and with described rotation axle, described rotation axle is positioned at the shaft core position of described synchronizing wheel II and is contactless setting with described synchronizing wheel II, described rotating turret and described guide rod deviate the position in described synchronizing wheel II axle center and arrange, and described guide rod and described rotation axle keeping parallelism, described rotating turret bottom coordinates with described housing into rotation, described rotating turret and described guide rod all rotate with described synchronizing wheel II, it is provided with bearing II between lower end and the described housing of described rotating turret, it is provided with sliding bearing between described guide rod and described spill spin block.
Described travel mechanism includes arranging motor III, synchronizing wheel III on the housing, connects the output shaft of described motor III and the Timing Belt III of described synchronizing wheel III and movable block, the trend of described Timing Belt III is parallel with the axis of described rotation axle, one end of described movable block is fixing with described Timing Belt III to be connected, and the other end and described rotation axle are rotatably assorted.
Described rinse-system includes syringe pipe, gangbar, support axle and bracing frame, support frame as described above is fixedly installed on described support, described support axle is fixed on support frame as described above, described syringe pipe is provided with the through hole suitable with described support axle, described syringe pipe and described support axle are slidably matched by described through hole, described gangbar is arranged on described syringe pipe, the described gangbar one end that is connected with described rotation axle is provided with semicircle recess, described rotation axle is provided with the groove suitable with described semicircle recess, it is stuck on described groove by described semicircle recess, described rotation axle and described gangbar are rotationally connected, and described rotation axle drives described syringe pipe to move up and down motion.
Described casing includes header board, panel, cover plate, side plate, back plate and top board, and described top board is provided with hinges, and described cover plate is connected with described top panel turns by described hinges.
Described mini-clinical biochemical analyzer also includes sample needle service sink, and described sample needle service sink is fixedly mounted on the panel of described casing.
The invention has the beneficial effects as follows: due in the present invention, sample adding system combines with reaction tray rinse-system, and adopt two set drive system to realize the rotation of described sample adding system and to move up and down motion, described reaction tray rinse-system moves up and down motion by the drive of described sample adding system, reagent sample disk is arranged in reaction tray, and then make described reagent sample disk and described reaction tray be combined as a whole, so the present invention is while the structure simplified between each system, reduce again the interference between each motion, thus it is little to reach space hold volume, system structure is simple, the effect that cheap for manufacturing cost and analytical effect is stable.
Accompanying drawing explanation
Fig. 1 is the structural representation after the present invention removes header board, side plate, top board；
Fig. 2 is the internal structure schematic diagram of the present invention；
Fig. 3 is the external structure schematic diagram of the present invention；
Fig. 4 is the internal structure explosive view of the reaction tray rotating seat of the present invention；
Fig. 5 is the structural representation of the sample adding system of the present invention；
Fig. 6 is the internal structure schematic diagram of the sample adding system of the present invention；
Fig. 7 is the structural representation of the washer system of the present invention.
Detailed description of the invention
As shown in Figures 1 to 7, the present invention includes drawing together support 1, reaction tray rotating seat 2, reagent sample disk 3, sample adding system 4, rinse-system 5 and casing.nullOn described reagent sample disk 3, annular array is provided with several reagent bottle and specimen bottle，Described reaction tray rotating seat 2 includes the reaction tray 6 set gradually from top to bottom、Rotating shaft 7、Reaction tray shaft seat 8 and synchronizing wheel I 9，Described reaction tray 6 is provided with pipe clamp，Described pipe clamp is suitable with the bottom salient portions of described reagent sample disk 3，Described reagent sample disk 3 is arranged in described reaction tray 6，Described reaction tray shaft seat 8 is provided with motor I 10 and Photoelectric Detection module 11，Described rotating shaft 7 is through described reaction tray shaft seat 8 and is rotatably assorted with described reaction tray shaft seat 8，Described rotating shaft 7 is fixing with described synchronizing wheel I 9 to be connected，Described synchronizing wheel I 9 is connected with the output shaft of described motor I 10 by Timing Belt I 12，In described reaction tray 6, submarginal position is provided with the heating tank 13 burying heater strip underground，Center position at described synchronizing wheel I 9 is provided with conducting slip ring 14，The part that described conducting slip ring 14 rotates leads to wire，This wire is in the described rotating shaft 7 of hollow and passes from the top of described rotating shaft 7，Finally it is connected with the heater strip in described heating tank 13，The lower part of described conducting slip ring 14 is connected with peripheral power supply，Between described synchronizing wheel I 9 and described reaction tray shaft seat 8、It is rotatably assorted each through bearing I between described reaction tray shaft seat 8 and described rotating shaft 7.
Described casing includes header board 38, panel 39, cover plate 40, side plate 41, back plate 42 and top board 43, and described top board 43 is provided with hinges 44, and described cover plate 40 is rotationally connected with described top board 43 by described hinges 42.Described panel 39 is arranged on described side plate 41 and parallel with the plane that described reagent sample disk 3 is connected with described reaction tray 6, and sample needle service sink 45 is screwed and is arranged on described panel 39.
Described sample adding system 4 includes feed head 15, it is arranged on the sample needle 16 on described feed head 15, rotating mechanism, travel mechanism, housing 17, rotate axle 18 and transporting hose 19, described rotation axle 18 is arranged in described housing 17, described rotation axle 18 is respectively through the driving of described rotating mechanism and described travel mechanism and then drives described feed head 15 and described sample needle 16 rotate or move up and down motion, described transporting hose 19 is arranged in described rotation axle 18 and connects with described sample needle 16, described flushing machine is connected with described rotation axle 18 and is driven and the motion that moves up and down by described rotation axle 18.nullDescribed rotating mechanism includes the motor II 20 being arranged on described housing 17、Rotating turret 21、It is fixedly installed on described rotating turret 21 upper end the synchronizing wheel II 23 being connected by Timing Belt II 22 with described motor II 20、Be fixed on the guide rod 24 on described rotating turret 21 and with described guide rod 24 clearance fit the spill spin block 25 that be connected fixing with described rotation axle 18，Described rotation axle 18 is positioned at the shaft core position of described synchronizing wheel II 23 and is contactless setting with described synchronizing wheel II 23，Described rotating turret 21 and described guide rod 24 deviate the position in described synchronizing wheel II 23 axle center and arrange，And described guide rod 24 and described rotation axle 18 keeping parallelism，Described rotating turret 21 bottom and described housing 17 are rotatably assorted，Described rotating turret 21 and described guide rod 24 all rotate with described synchronizing wheel II 23，It is provided with bearing II 26 between lower end and the described housing 17 of described rotating turret 21，It is provided with sliding bearing between described guide rod 24 and described spill spin block 25.Motor III 28, synchronizing wheel III 29 that described travel mechanism includes being arranged on described housing 17, connect the output shaft of described motor III 28 and the Timing Belt III 30 of described synchronizing wheel III 29 and movable block 31, the trend of described Timing Belt III 30 is parallel with the axis of described rotation axle 18, one end of described movable block 31 is fixing with described Timing Belt III 30 to be connected, and the other end and described rotation axle 18 are rotatably assorted.
nullDescribed rinse-system 5 includes syringe pipe 32、Gangbar 33、Support axle 34 and bracing frame 35，Support frame as described above 35 is fixedly installed on described support 1，Described support axle 34 is fixed on support frame as described above 35，Described syringe pipe 32 is provided with the through hole suitable with described support axle 34，Described syringe pipe 32 is slidably matched by described through hole with described support axle 34，Described gangbar 33 is arranged on described syringe pipe 32，Described gangbar 33 one end that is connected with described rotation axle 18 is provided with semicircle recess 36，Described rotation axle 18 is provided with the groove 37 suitable with described semicircle recess 36，It is stuck on described groove 37 by described semicircle recess 36，Described rotation axle 18 is rotationally connected with described gangbar 33，And described rotation axle 18 drives described syringe pipe 32 to move up and down motion，Described syringe pipe 32 and is hose connection，By this flexible pipe，Described syringe pipe 32 is connected with flush power device.
The work process of the present invention is as follows:
1) opening described cover plate 40, start power supply, start thermostat, the heater strip in described reaction tray 6 starts reaction tray is quickly heated；
null2) heating is to after temperature required，Described reaction tray rotating seat starts temperature constant state，Start operating switch，Described reaction tray rotating seat 2 drives described synchronizing wheel I 9 to rotate by described motor I 10、Described synchronizing wheel I 9 drives described rotating shaft 7 to rotate，Described reaction tray 6 and reagent sample disk 3 is made to turn an angle，And then make described sample needle 16 be positioned at above appointment reagent bottle or specimen bottle，Described syringe pipe 32 is positioned at the top specifying reaction bulb，Motor III 28 rotates and drives synchronizing wheel III 29 to move，Synchronizing wheel III 29 drives rotation axle 18 to move down along described guide rod 24，Until described sample needle 16 is drawn to reagent or sample，The now drive of the described syringe pipe 32 gangbar 33 by being stuck on described rotation axle 18，It is moved down in described reaction bulb simultaneously and described reaction bulb is reacted front flushing；Motor III 28 reverses, and synchronizing wheel III 29 drives rotation axle 18 to move up along described guide rod 24, completes to take reagent or sample, and described syringe pipe 32 is followed described rotation axle 18 and moved up, and rinses before completing the reaction of described reaction bulb；
3) described reaction tray rotating seat 2 drives described synchronizing wheel I 9 to rotate by described motor I 10, described synchronizing wheel I 9 drives described rotating shaft 7 to rotate, described reaction tray 6 and reagent sample disk 3 is made to turn an angle to specifying position, described motor II 20 rotates and drives described Timing Belt II 22 to rotate, and described Timing Belt II 22 drives described synchronizing wheel II 23 to rotate；Described synchronizing wheel II 23 drives described rotating turret 21 and guide rod 24 to turn an angle；Now, spill spin block 25 turns over certain angle with the axle center rotating axle 18 for axle center, it is connected owing to spill spin block 25 is fixing with rotation axle 18, spill spin block 25 orders about rotation axle 18 and turns over the angle the same with conduit pendulum angle, described sample needle 16 is made to turn to above appointment position, and the not rotational motion by described rotation axle 18 of described syringe pipe 32 is driven, therefore rest on above appointment position；
4) reagent or sample are added in container to be checked or test tube by sample needle 32: here, and the principle of drive mechanism is consistent with step 1), and simply sample needle is after arriving container to be checked or test tube, oozes reagent or sample.Do not repeat them here；
5) when reagent and sample are in the reaction bulb of described reaction tray 6 fully after reaction, it is placed in described Photoelectric Detection module 11 below described reaction tray 5 and by described reaction bulb clear bottom sample is analyzed and exports analysis result；
6) after detection, described reaction tray rotating seat 2 turns an angle, and makes described reaction bulb be placed in below described syringe pipe 32, and then described syringe pipe 32 is under the drive of described rotation axle 18, drop to inside described reaction bulb, and then described reaction bulb is reacted afterflush.
7) described feed head 15 rotational angle is above described sample needle service sink 45, described feed head 15 declines, and makes described sample needle 16 enter in described sample needle service sink 45 and is carried out, after cleaning, described feed head 15 rises, and described sample needle 16 exits described sample needle service sink 45.
8) closing power supply, close described cover plate 40.
Present invention can apply to biochemical analysis field.
Claims (7)
- null1. a mini-clinical biochemical analyzer，It is characterized in that: described mini-clinical biochemical analyzer includes support (1)、Reaction tray rotating seat (2)、Reagent sample disk (3)、Sample adding system (4)、Rinse-system (5) and casing，Described reagent sample disk (3) is provided with several reagent bottle and specimen bottle，Described reaction tray rotating seat (2) is fixedly installed on described support (1)，Described reagent sample disk (3) is arranged on described reaction tray rotating seat (2)，Described sample adding system (4) and described rinse-system (5) are fixedly installed on described support (1)，Described sample adding system (4) and described rinse-system (5) are connected，And then described sample adding system (4) drives described rinse-system (5) to move up and down，Described casing is connected with described support (1) and surrounds all built-in systems of described mini-clinical biochemical analyzer，Described reaction tray rotating seat (2) includes the reaction tray (6) set gradually from top to bottom、Rotating shaft (7)、Reaction tray shaft seat (8) and synchronizing wheel I (9)，Described reaction tray shaft seat (8) is provided with motor I (10) and Photoelectric Detection module (11)，Described rotating shaft (7) is through described reaction tray shaft seat (8) and is rotatably assorted with described reaction tray shaft seat (8)，Described rotating shaft (7) is fixing with described synchronizing wheel I (9) to be connected，Described synchronizing wheel I (9) is connected by the output shaft of Timing Belt I (12) with described motor I (10)，The upper submarginal position of described reaction tray (6) is provided with the heating tank (13) burying heater strip underground，Center position at described synchronizing wheel I (9) is provided with conducting slip ring (14)，The part that described conducting slip ring (14) rotates leads to wire，This wire is in the described rotating shaft (7) of hollow and passes from the top of described rotating shaft (7)，Finally it is connected with the heater strip in described heating tank (13)，The lower part of described conducting slip ring (14) is connected with peripheral power supply，Between described synchronizing wheel I (9) and described reaction tray shaft seat (8)、It is rotatably assorted each through bearing I between described reaction tray shaft seat (8) and described rotating shaft (7).
- 2. mini-clinical biochemical analyzer according to claim 1, it is characterized in that: described sample adding system (4) includes feed head (15), it is arranged on the sample needle (16) on described feed head (15), rotating mechanism, travel mechanism, housing (17), rotate axle (18) and transporting hose (19), described rotation axle (18) is arranged in described housing (17), described rotation axle (18) is respectively through the driving of described rotating mechanism and described travel mechanism and then drives described feed head (15) and described sample needle (16) rotate or move up and down motion, described transporting hose (19) is arranged in described rotation axle (18) and connects with described sample needle (16).
- null3. mini-clinical biochemical analyzer according to claim 2，It is characterized in that: described rotating mechanism includes the motor II (20) being arranged on described housing (17)、Rotating turret (21)、It is fixedly installed on described rotating turret (21) upper end the synchronizing wheel II (23) being connected by Timing Belt II (22) with described motor II (20)、Be fixed on the guide rod (24) on described rotating turret (21) and with described guide rod (24) clearance fit the spill spin block (25) that be connected fixing with described rotation axle (18)，Described rotation axle (18) is positioned at the shaft core position of described synchronizing wheel II (23) and is contactless setting with described synchronizing wheel II (23)，Described rotating turret (21) and described guide rod (24) deviate the position in described synchronizing wheel II (23) axle center and arrange，And described guide rod (24) and described rotation axle (18) keeping parallelism，Described rotating turret (21) bottom and described housing (17) are rotatably assorted，Described rotating turret (21) and described guide rod (24) all rotate with described synchronizing wheel II (23)，It is provided with bearing II (26) between lower end and the described housing (17) of described rotating turret (21)，It is provided with sliding bearing between described guide rod (24) and described spill spin block (25).
- 4. mini-clinical biochemical analyzer according to claim 2, it is characterized in that: motor III (28), synchronizing wheel III (29) that described travel mechanism includes being arranged on described housing (17), connect the output shaft of described motor III (28) and the Timing Belt III (30) of described synchronizing wheel III (29) and movable block (31), the trend of described Timing Belt III (30) is parallel with the axis of described rotation axle (18), one end of described movable block (31) is fixing with described Timing Belt III (30) to be connected, and the other end and described rotation axle (18) are rotatably assorted.
- null5. mini-clinical biochemical analyzer according to claim 2，It is characterized in that: described rinse-system (5) includes syringe pipe (32)、Gangbar (33)、Support axle (34) and bracing frame (35)，Support frame as described above (35) is fixedly installed on described support (1)，Described support axle (34) is fixed on support frame as described above (35)，Described syringe pipe (32) is provided with the through hole suitable with described support axle (34)，Described syringe pipe (32) and described support axle (34) are slidably matched by described through hole，Described gangbar (33) is arranged on described syringe pipe (32)，Described gangbar (33) one end that is connected with described rotation axle (18) is provided with semicircle recess (36)，Described rotation axle (18) is provided with the groove (37) suitable with described semicircle recess (36)，It is stuck on described groove (37) by described semicircle recess (36)，Described rotation axle (18) and described gangbar (33) are rotationally connected，And described rotation axle (18) drives described syringe pipe (32) to move up and down motion.
- 6. mini-clinical biochemical analyzer according to claim 1, it is characterized in that: described casing includes header board (38), panel (39), cover plate (40), side plate (41), back plate (42) and top board (43), described top board (43) is provided with hinges (44), and described cover plate (40) is rotationally connected by described hinges (44) and described top board (43).
- 7. mini-clinical biochemical analyzer according to claim 6, it is characterised in that: described mini-clinical biochemical analyzer also includes sample needle service sink (45), and described sample needle service sink (45) is fixedly mounted on the panel (39) of described casing.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410282346.5A CN104062448B (en) | 2014-06-23 | 2014-06-23 | Mini-clinical biochemical analyzer |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410282346.5A CN104062448B (en) | 2014-06-23 | 2014-06-23 | Mini-clinical biochemical analyzer |
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| CN104062448A CN104062448A (en) | 2014-09-24 |
| CN104062448B true CN104062448B (en) | 2016-07-06 |
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| CN201410282346.5A Expired - Fee Related CN104062448B (en) | 2014-06-23 | 2014-06-23 | Mini-clinical biochemical analyzer |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104459174B (en) * | 2014-12-24 | 2016-07-27 | 山东诺安诺泰信息系统有限公司 | A kind of Portable type full-automatic biochemistry analyzer |
| CN104483499B (en) * | 2014-12-30 | 2016-09-21 | 深圳市汇松科技发展有限公司 | Full-automatic specific protein analyser |
| CN105548226B (en) * | 2015-12-08 | 2018-10-09 | 东莞中子科学中心 | Sample more exchange device for neutron scattering experiment |
| CN106290949A (en) * | 2016-08-31 | 2017-01-04 | 广州东唐电子科技有限公司 | A kind of full-automatic breast milk analyser |
| CN109142769A (en) * | 2018-09-21 | 2019-01-04 | 迪瑞医疗科技股份有限公司 | A kind of reaction tray component, analysis instrument and its analysis method |
| CN112230008B (en) * | 2020-12-18 | 2021-03-09 | 南京澳林生物科技有限公司 | Portable POCT full-automatic biochemical analyzer and use method thereof |
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| DE10010140A1 (en) * | 2000-03-03 | 2001-09-13 | Leica Microsystems | Automatic system processing e.g. histological and cytological preparations, comprises slides with code identifying them and determining their handling and treatment |
| US7985375B2 (en) * | 2007-04-06 | 2011-07-26 | Qiagen Gaithersburg, Inc. | Sample preparation system and method for processing clinical specimens |
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| CN1576847A (en) * | 2003-07-25 | 2005-02-09 | 株式会社日立高新技术 | Automatic analyzer |
| CN102590539A (en) * | 2012-02-22 | 2012-07-18 | 漯河曙光汇知康生物科技有限公司 | Separated fully-automatic biochemical analyzer |
| CN203405469U (en) * | 2013-08-22 | 2014-01-22 | 钟伟明 | Full automatic immunization analyzer |
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