CN106771282B - Biochemical Analyzer guideway transit system - Google Patents
Biochemical Analyzer guideway transit system Download PDFInfo
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- CN106771282B CN106771282B CN201611177321.4A CN201611177321A CN106771282B CN 106771282 B CN106771282 B CN 106771282B CN 201611177321 A CN201611177321 A CN 201611177321A CN 106771282 B CN106771282 B CN 106771282B
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- biochemical analyzer
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N35/00—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N35/00—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor
- G01N2035/00178—Special arrangements of analysers
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- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Analytical Chemistry (AREA)
- Biochemistry (AREA)
- General Health & Medical Sciences (AREA)
- General Physics & Mathematics (AREA)
- Immunology (AREA)
- Pathology (AREA)
- Investigating Or Analysing Materials By Optical Means (AREA)
- Automatic Analysis And Handling Materials Therefor (AREA)
Abstract
The invention discloses a kind of Biochemical Analyzer guideway transit system, including first support, the first support is equipped with conveyer belt assembly and spacing baffle mechanism；The spacing baffle mechanism is set to the sample outlet end of the conveyer belt assembly, and the spacing baffle mechanism is for limiting the specimen holder on the sample outlet end of the conveyer belt assembly；It is additionally provided with propulsive mechanism in the first support, which is used to pushing away the specimen holder on the sample outlet end of the conveyer belt assembly into the conveyer belt assembly.The guideway transit system can be horizontally installed in Biochemical Analyzer, can be realized and be docked with the long rails in Biochemical Analyzer, under the premise of not increasing the length of Biochemical Analyzer, greatly increase the buffering capacity of specimen holder.
Description
Technical field
The present invention relates to technical field of medical equipment, more particularly to a kind of Biochemical Analyzer guideway transit system.
Background technology
With the rapid development of state-of-the-art technology, automation equipment examines industry to be widely applied in biomedicine,
Its reason is the manual operation that the overwhelming majority can be replaced cumbersome using automation equipment, and not only result is accurate, and error is small, simultaneously
Also it is avoided that biochemical pollution, faster, efficiency is also relatively high for test speed.Biochemical Analyzer is exactly that a kind of relatively common medical treatment is set
It is standby.However the still many unsatisfactory places of the Biochemical Analyzer of the prior art, such as current Biochemical Analyzer rail
Pipeline conveying system is generally used longitudinally fed pattern, i.e. track is arranged along Biochemical Analyzer length direction, and such mode exists
The situation of specimen holder buffering capacity deficiency, can only generally buffer 2 specimen holders, to increase buffering capacity be bound to that biochemical point will be extended
The length of analyzer, relatively takes up space.
Invention content
The technical problem to be solved by the present invention is to provide a kind of Biochemical Analyzer guideway transit system, the orbit transports system
System can be horizontally installed in Biochemical Analyzer, can be realized and be docked with the long rails in Biochemical Analyzer, to not increase
Under the premise of the length for adding Biochemical Analyzer, the buffering capacity of specimen holder can be greatly increased.
Technical solution of the invention is to provide a kind of Biochemical Analyzer guideway transit system having following structure,
Including first support, the first support is equipped with conveyer belt assembly and spacing baffle mechanism；The spacing baffle mechanism
Set on the sample outlet end of the conveyer belt assembly, which is used for on the sample outlet end of the conveyer belt assembly
Specimen holder is limited；It is additionally provided with propulsive mechanism in the first support, which is used for the conveyer belt group
Specimen holder on the sample outlet end of part pushes away the conveyer belt assembly.
After using the above structure, Biochemical Analyzer guideway transit system of the invention has following compared with prior art
Advantage：
The Biochemical Analyzer guideway transit system of the present invention is for being horizontally installed in Biochemical Analyzer, lateral transfer sample
Frame can realize that this guideway transit system is docked with the long rails in Biochemical Analyzer, i.e., by pushing away by propulsive mechanism
The specimen holder on this guideway transit system can be pushed into long rails into mechanism, compared to existing technologies, biochemical analysis
The Sample Buffer amount of instrument can increase 4-5 times, greatly improve the amount of suffering all of unit module specimen holder in Combined biochemical analyzer, increase
Add disembarking the time for tester, but also the length of Biochemical Analyzer will not be increased.
As an improvement, the conveyer belt assembly includes conveyer belt, the first drive component and support component；The support
Component is set in the first support, and the conveyer belt supports in the support component；First drive component
The driving support component operating, support component drive the conveying V belt translation.It is simple in structure after adopting the structure,
It is easy to assembly.
As an improvement, the support component includes driven wheel, the first idle pulley and the second idle pulley；First idle pulley is set
In in one end of the first support, second idle pulley is set on adjustment frame, and the adjustment rack position is adjustably set
In in the other end of the first support, second idle pulley is elastic for adjusting elasticity band；The conveyer belt support
On the driven wheel, the first idle pulley and the second idle pulley；The driven wheel is connect with first drive component.Using
After such structure, the support component is simple in structure, and the adjustment frame can adjust the elastic of conveyer belt, to ensure to convey
Band can effectively convey specimen holder.
As an improvement, being equipped with slide plate, the slide plate between the both sides and first support of the upper surface of the conveyer belt
Specimen holder transfer passage is formed with the upper surface of the conveyer belt.It is simple in structure after adopting the structure, it is easy to assembly.
As an improvement, the spacing baffle mechanism includes baffle, second support and electromagnet；The second support is solid
It is scheduled in the first support；The baffle includes ontology, and the ontology is hinged in the second support；It is described
The side of upper end of ontology be equipped with shelves item, the other side of the lower end of the ontology is equipped with pull rod；The electromagnet is located at
In the second support, the upper end of the electromagnet armature and the lower end of the pull rod are hinged；The shelves item position
In the top of the sample outlet end of the conveyer belt assembly.After adopting the structure, spacing baffle mechanism is driven by electromagnet
Baffle swings, simple in structure, and the stepper motor of the prior art is substituted with electromagnet, can realize this mesh of drop
Mark, control are also more convenient.
As an improvement, the holder includes the front shoe and rear fixed plate being connected with each other；The baffle and electromagnetism
Iron is set between the front shoe and rear fixed plate.It is simple in structure after adopting the structure, it is easy to assembly.
As an improvement, porjection type optical interruption device is additionally provided on the rear fixed plate, the porjection type optical interruption device position
In outside the other side of the ontology, the porjection type optical interruption device is equipped with for supplying the other side of the ontology to pass through
Interrupt grooves.After adopting the structure, when position-limit mechanism, which releases, to be limited, the other end of ontology will be accommodated in interrupt grooves,
The light in interrupt grooves is cut off, signal can be fed back to controller by the first transmission-type optical interruption device, to may know that position restrainer
The state of structure.
As an improvement, the adjustment frame is set to the sample outlet end of the specimen holder transfer passage；The adjustment frame
There are spaces between both sides and the both sides of the first support；The propulsive mechanism is located at the lower section of the conveyer belt,
The upper end of the push plate of propulsive mechanism stretches into the space and pushes away the specimen holder on the specimen holder transfer passage sample outlet end
The specimen holder transfer passage.It is simple in structure and compact after adopting the structure.
As an improvement, the propulsive mechanism further includes the cross slide way being set to below conveyer belt, the second drive component, pushes away
Into guide plate, promote idler wheel and runner；The propulsion guide plate is slidably fitted on the cross slide way, the push plate
It is connected on the propulsion guide plate；The runner is driven by second drive component and is rotated, the propulsion
Idler wheel is prejudicially set on the side of the runner；The propulsion guide plate is equipped with guide groove, the guide groove
The length direction of length direction and the cross slide way forms angle；The propulsion idler wheel rolls cooperation in the guiding
In slot.After adopting the structure, guide plate is promoted to be slidably fitted on the cross slide way, the second drive component drives runner
Rotation promotes idler wheel to be prejudicially set on runner, eccentric motion is done by driven by rotating wheel, to be slided in guide groove, and is oriented to
The length direction of slot and the length direction of the cross slide way form angle, promote guide plate will be in the drive for promoting idler wheel
Lower to slidably reciprocate along cross slide way, such mode is simple in structure, and organization volume is smaller, and the installation space of occupancy is smaller.
As an improvement, the propulsive mechanism further includes lifting structure, the lifting structure includes lifting guide plate, institute
The lifting guide plate stated is set to the side of the push plate；The lifting guide plate is equipped with ring close to the side of the push plate
Shape lifts guide groove；The side of the push plate is equipped with guide roller, and the guide roller rolls cooperation in the lifting
In guide groove；The push plate can be connected to up and downly on the propulsion guide plate.It is described after adopting the structure
Push plate can move up and down under the drive of lifting structure, and the process to be resetted in push plate realizes the conveying of the sample in track
Evacuation acts, to submit transfer efficiency.
Description of the drawings
Fig. 1 is the structural schematic diagram of Biochemical Analyzer guideway transit system of the present invention.
Fig. 2 is the structural schematic diagram of Biochemical Analyzer guideway transit system of the present invention part.
Fig. 3 is the structural schematic diagram of the track sample introduction position-limit mechanism of Biochemical Analyzer guideway transit system of the present invention.
Fig. 4 is that the track sample introduction position-limit mechanism of Biochemical Analyzer guideway transit system of the present invention takes away the structure of front shoe
Schematic diagram.
Fig. 5 is the structural schematic diagram of the baffle of Biochemical Analyzer guideway transit system of the present invention.
Fig. 6 is the structural schematic diagram of the first transmission-type optical interruption device of Biochemical Analyzer guideway transit system of the present invention.
Fig. 7 is the dimensional structure diagram of Biochemical Analyzer sample feeding propulsive mechanism of the present invention.
Fig. 8 is Biochemical Analyzer sample feeding propulsive mechanism part-structure schematic diagram of the present invention.
Fig. 9 is Biochemical Analyzer sample feeding propulsive mechanism part-structure schematic diagram of the present invention.
Figure 10 is the structural schematic diagram of the lifting guide plate of Biochemical Analyzer sample feeding propulsive mechanism of the present invention.
As shown in the figure：1, first support, 2, conveyer belt, 3, driven wheel, the 4, first idle pulley, the 5, second idle pulley, 6, adjustment frame,
7, slide plate, 8, space, 9, push plate, 9.1, push plate ontology, 9.2, pushing plate, 10, tensioning wheel, 11, anti-rollover press strip, 12, support
Plate, 13, bolt, 14, baffle, 14.1, ontology, 14.2, shelves item, 14.3, pull rod, 15, second support, 16, electromagnet, 17, hinge
Spindle, 18, front limited block, 19, rear limited block, 20, mounting plate, the 21, first transmission-type relay, the 21.1, first interrupt grooves,
22, supporter, 23, cross slide way, 24, promote guide plate, 24.1, guide groove, 25, promote idler wheel, 26, runner, 27, promote bottom
Plate, the 28, second sliding block, 29, lifting guide plate, 29.1, lifting guide groove, 30, guide roller, 31, upper shrapnel, 32, lower shrapnel,
33, longitudinal rail, 34, fixed plate, the 35, first sliding block, 36, tension spring, 37, third holder, the 38, second porjection type optical interruption device,
38.1, the second interrupt grooves, 39, driving wheel, 40, conveyer belt, 41, promote mounting plate.
Specific implementation mode
The invention will be further described in the following with reference to the drawings and specific embodiments.
It please refers to Fig.1 to shown in Fig. 2, Biochemical Analyzer guideway transit system of the invention includes first support 1, described
First support 1 is equipped with conveyer belt assembly and spacing baffle mechanism；The spacing baffle mechanism is set to the conveyer belt group
The sample outlet end of part, the spacing baffle mechanism is for limiting the specimen holder on the sample outlet end of the conveyer belt assembly；Institute
It is additionally provided with propulsive mechanism in the first support 1 stated, which is used for the sample on the sample outlet end of the conveyer belt assembly
Product frame pushes away the conveyer belt assembly.
The conveyer belt assembly includes conveyer belt 2, the first drive component and support component；The support component is set to
In the first support 1, the conveyer belt 2 supports in the support component；First drive component drives institute
The support component operating stated, support component drive the conveying V belt translation.
The support component includes driven wheel 3, the first idle pulley 4 and the second idle pulley 5；First idle pulley 4 is set to institute
In the one end for the first support 1 stated, second idle pulley 5 is set on adjustment frame 6, and 6 position of adjustment frame is adjustably set
In in the other end of the first support 1, second idle pulley 5 is for adjusting the elastic of conveyer belt 2；The conveyer belt
2 supports are on the driven wheel 3, the first idle pulley 4 and the second idle pulley 5；The driven wheel 3 connects with first drive component
It connects.First drive component is first motor, and the output end of the first motor is connected with driving wheel 39, the master
It is connected with conveyer belt 40 between driving wheel 39 and the driven wheel 3.The both sides of the upper surface of the conveyer belt 2 and first support
Slide plate 7 is equipped between 1, the upper surface of the slide plate 7 and the conveyer belt 2 forms specimen holder transfer passage.The tune
Whole frame 6 is set to the sample outlet end of the specimen holder transfer passage；The both sides of the adjustment frame 6 and the first support 1
There are spaces 8 between both sides；The propulsive mechanism is located at the lower section of the conveyer belt 2, the upper end of the push plate 9 of propulsive mechanism
It stretches into the space 8 and the specimen holder on the specimen holder transfer passage sample outlet end is pushed away the specimen holder and conveyed and lead to
Road.Tensioning wheel 10 is additionally provided in the first support 1, the tensioning wheel 10 is pressed in the lower face of the conveyer belt 2
Downside.The upside of first idle pulley and the second idle pulley is equipped with anti-rollover press strip 11.
The end face of the other end of the first support 1 is equipped with support plate 12, and the support plate 12 is equipped with bolt
Through-hole.The adjustment frame 6 is slidably fitted on the bottom plate of the first support 1, and the bottom plate of the adjustment frame 6 is equipped with
It is threadedly coupled plate（It is not shown）, for the threaded connection plate equipped with threaded hole, the stud of the bolt 13 passes through support plate
Bolt hole on 12 is connected in the threaded hole being threadedly coupled on plate, and the nut limit of the bolt 13 is supporting
On the outside of plate 12.The both ends of second idle pulley 5 are hinged on the two side of 6 upper end of adjustment frame.It is adjusted when rotating bolt
Frame 6 will move back and forth on the bottom plate of first support 1, so as to adjust between the first idle pulley 4 and the second idle pulley 5 away from
From, adjust conveyer belt 2 it is elastic.The bottom plate of the adjustment frame 6 is equipped with kidney-shaped adjustment hole, the bottom of the first support 1
Plate is equipped with stop screw, and 6 bottom plate of adjustment frame limits at the downside of the nut of the stop screw, 6 bottom of adjustment frame
Plate slides on the bottom plate of first support 1, and the kidney-shaped adjustment hole generates opposite displacement with the stop screw.
It please refers to shown in Fig. 3 to Fig. 6, the spacing baffle mechanism includes baffle 14, second support 15 and electromagnet 16；
The second support 15 is fixed in the first support 1；The baffle 14 includes ontology 14.1, the ontology
14.1 are hinged in the second support 15；The side of the upper end of the ontology 14.1 is equipped with shelves item 14, the ontology
The other side of 14.1 lower end is equipped with pull rod 14.3；The electromagnet 16 is located in the second support 15, the electricity
The upper end of the armature of magnet 16 and the lower end of the pull rod 14.3 are hinged；The shelves item 14.2 is located at the conveyer belt group
The top of the sample outlet end of part.Laterally setting, the pull rod 14.3 are longitudinally disposed for the shelves item 14.2.
The second support 15 includes the front shoe 15.1 being connected with each other and rear fixed plate 15.2；The baffle 14
And electromagnet 16 is set between the front shoe 15.1 and rear fixed plate 15.2.The front shoe 15.1 is fixed with rear
Articulated shaft 17 is equipped between plate 15.2, the ontology 14.1 is equipped with hinge hole；The ontology 14.1 passes through the hinge
Hole is connect to be hinged on the articulated shaft 17.Preceding limit is equipped between the front shoe 15.1 and the ontology 14.1
Position block 18, is equipped with rear limited block 19 between the rear fixed plate 15.2 and the ontology 14.1.The rear fixed plate
15.2 are equipped with mounting plate 20.The mounting plate 20 is connected in the first support 1.
The first transmission-type optical interruption device 21 is additionally provided on the rear fixed plate 15.2, the first transmission-type light interrupts
Device 21 is located at outside the other side of the ontology 14.1, and the first transmission-type optical interruption device 21 is equipped with for for described
The other side of ontology 14.1 by 21.1 first interrupt grooves.The first transmission-type optical interruption device 21 is pacified by supporter 22
On the rear fixed plate 15.2.
The spacing baffle mechanism operation principle is as follows：For electromagnet 16 during switching electricity, armature does lifting fortune
It is dynamic, it drives pull rod 14.3 also to move up and down, to pull baffle 14 to rotate, grade item 14.2 is made to swing, to realization pair
Specimen holder carries out position-limiting action.
Please refer to shown in Fig. 7 to Figure 10, the propulsive mechanism further include the cross slide way 23 for being set to the lower section of conveyer belt 2,
Second drive component promotes guide plate 24, promotes idler wheel 25 and runner 26；The propulsion guide plate 24 is slidably fitted in described
Cross slide way 23 on, the push plate 9 is connected on the propulsion guide plate 24；The runner 26 is by described second
Drive component drives and rotates, and the propulsion idler wheel 25 is prejudicially set on the side of the runner 26；The propulsion
Guide plate 24 is equipped with guide groove 24.1, the length side of the length direction of the guide groove 24.1 and the cross slide way 23
To formation angle；The propulsion idler wheel 25 rolls cooperation in the guide groove 24.1.It is described in this specific embodiment
The length direction shape angle in 90 ° of the length direction of guide groove 24.1 and the cross slide way 23.Second driving group
Part is motor.
The sample feeding propulsive mechanism further includes promoting bottom plate 27, and the cross slide way 23 is mounted on described push away
Into the upside of bottom plate 27；The propulsion bottom plate 27 is fixed on the bottom plate of the first support 1.The cross slide way 23
Equipped with two, and two cross slide ways 23 are set on the propulsion bottom plate 27 in parallel to each other.The propulsion guide plate
24 both sides are equipped with the second sliding block 28, and second sliding block 28 is slidably fitted in the cross slide way 23 correspondingly
On.The motor is set to the downside of the propulsion bottom plate 27, and the runner 26 is set to the upper of the propulsion bottom plate 27
Side, the propulsion bottom plate 27 that the output shaft perforation of the motor is described are connect with the runner 26.
The propulsive mechanism further includes lifting structure, and the lifting structure includes lifting guide plate 29, the liter
The side that guide plate 29 is set to the push plate 9 drops；The lifting guide plate 29 is equipped with ring close to the side of the push plate 9
Shape lifts guide groove 29.1；The side of the push plate 9 is equipped with guide roller 30, and the guide roller 30 rolls cooperation in institute
In the lifting guide groove 29.1 stated；The push plate 9 can be connected to up and downly on the propulsion guide plate 24.
One end of the upside of the lifting guide groove 29.1 is equipped with the upper shrapnel 31 for being pressed downward guide roller 30, i.e. institute
The upper shrapnel 31 stated is accommodated in the lifting guide groove 29.1, and the lower end of the upper shrapnel 31 is hanging, the upper bullet
There are movable spaces between the side wall of one end of piece 31 and lifting guide groove 29.1.The downside of the lifting guide groove 29.1
The other end be equipped with the lower shrapnel 32 that pushes up guide roller 30, i.e. the lower shrapnel 32 is accommodated in the lifting and is oriented to
In slot 29.1, the upper end of the lower shrapnel 32 is hanging, the side of the lower shrapnel 32 and the other end of lifting guide groove 29.1
There are movable spaces between wall.
The propulsion guide plate 24 is equipped with longitudinal rail 33, and the push plate 9 is slidably fitted in the longitudinal direction and leads
On rail 33.The longitudinal rail 33 is by promoting mounting plate 41 to be fixed on the propulsion guide plate 24；The push plate 9
On be connected with fixed plate 34, the fixed plate 34 is equipped with the first sliding block 35, and first sliding block 35 is slidably fitted in institute
On the longitudinal rail 33 stated；Between the propulsion mounting plate 41 and fixed plate 34 be equipped with tension spring 36, the tension spring 36 it is upper
End is connect with the propulsion mounting plate 41, and the lower end of the tension spring 36 is connect with the fixed plate 34.The fixation
Third holder 37 is additionally provided on the side of plate 34, the guide roller 30 is connected on the third holder 37；Described
The lower end of tension spring 36 is connected on the third holder 37.
One end of the upside of the propulsion bottom plate 27 is equipped with the second transmission-type optical interruption device 38, second transmission-type
Optical interruption device 38 is equipped with the second interrupt grooves 38.1, and the push plate 9, which is equipped with, promotes baffle 9.3, the propulsion baffle 9.3
For blocking the light in second interrupt grooves 38.1 across second interrupt grooves 38.1.In this specific embodiment,
When resetting movement is done in the push plate 9, when just having dropped to extreme lower position, the propulsion baffle 9.3 is accommodated in the second transmission
In second interrupt grooves 38.1 of type optical interruption device 38.
The operation principle of propulsive mechanism is as follows：Stepper motor, which drives, promotes idler wheel 25 to do eccentric rotational motion, in pushing guidance
Y-direction linear motion is done into the guide groove 24.1 of plate 24.Push promote guide plate 24 slided on cross slide way 23, complete X to
Linear motion, to drive push plate 9 to be X to linear motion.Guide roller 30 is driven by push plate 9 and is done in lifting guide groove 29.1
X has been completed the task of push sample to during linear motion, moving at the position of shrapnel 31, then upper shrapnel
31 pairs its generate downward pressure, to force the push plate 9 being connect with the first sliding block 35 to be moved downward along longitudinal rail 33, and
Guide plate 24 is promoted just to reach X to range at this time, push plate 9 starts to do return movement.During return movement, under
Under 36 collective effect of shrapnel 32 and tension spring, push plate longitudinal rail 33 is forced to move upwards, prepares the push to next group of sample.
In this specific embodiment, the push plate 9 further includes push plate ontology 9.1 and pushing plate 9.2, the push plate ontology
9.1 connect with the fixed plate 34, and the pushing plate 9.2 has two pieces, is set to the push plate ontology 9.1 upward respectively
Both sides on, and two pushing plates 9.2 can be respectively protruding into the space 8, after adopting the structure, be pushed away to specimen holder
It is dynamic more to stablize.
The operation principle of the Biochemical Analyzer guideway transit system of the present invention is as follows：Specimen holder is placed on conveyer belt 2, is led to
It crosses it and completes specimen holder conveying task.Spacing baffle mechanism is accurately positioned specimen holder conveying stroke, when specimen holder reaches
When spacing baffle mechanism, conveyer belt is stopped, and spacing baffle mechanism starts evacuation, and reciprocating type propelling mechanism starts, by sample
Frame, which pushes to, inhales sample track（That is long rails）On.Anti-rollover press strip plays the work to escort in specimen holder transmission process
With, it is ensured that specimen holder can smoothly advance.
Claims (8)
1. a kind of Biochemical Analyzer guideway transit system, it is characterised in that：Including first support, the first support is equipped with
Conveyer belt assembly and spacing baffle mechanism；The spacing baffle mechanism is set to the sample outlet end of the conveyer belt assembly, the limit
Position baffle mechanism is for limiting the specimen holder on the sample outlet end of the conveyer belt assembly；In the first support also
Equipped with propulsive mechanism, which is used to pushing away the specimen holder on the sample outlet end of the conveyer belt assembly into the conveying
Band component；
The conveyer belt assembly includes conveyer belt, the first drive component and support component；The support component is set to described
First support on, the conveyer belt support in the support component；The first drive component driving branch
Support component operates, and support component drives the conveying V belt translation；The spacing baffle mechanism include baffle, second support and
Electromagnet；The second support is fixed in the first support；The baffle includes ontology, and the ontology is hinged
In the second support；The side of the upper end of the ontology is equipped with shelves item, and the other side of the lower end of the ontology is set
There is pull rod；The electromagnet is located in the second support, the upper end of the electromagnet armature and the pull rod
Lower end it is hinged；The shelves item is located at the top of the sample outlet end of the conveyer belt assembly.
2. Biochemical Analyzer guideway transit system according to claim 1, it is characterised in that：The support component includes
Driven wheel, the first idle pulley and the second idle pulley；First idle pulley is set in one end of the first support, and described second
Idle pulley is set on adjustment frame, and the adjustment rack position is adjustably in the other end of the first support, and described the
Two idle pulleys are elastic for adjusting elasticity band；The conveyer belt supports on the driven wheel, the first idle pulley and the second idle pulley；
The driven wheel is connect with first drive component.
3. Biochemical Analyzer guideway transit system according to claim 2, it is characterised in that：The upper end of the conveyer belt
Slide plate, the upper surface formation specimen holder conveying of the slide plate and the conveyer belt are equipped between the both sides and first support in face
Channel.
4. Biochemical Analyzer guideway transit system according to claim 1, it is characterised in that：The second support includes
The front shoe and rear fixed plate of interconnection；The baffle and electromagnet be set to the front shoe and rear fixed plate it
Between.
5. Biochemical Analyzer guideway transit system according to claim 4, it is characterised in that：On the rear fixed plate also
Equipped with the first transmission-type optical interruption device, the first transmission-type optical interruption device is located at outside the other side of the ontology, described
The first transmission-type optical interruption device be equipped with for for the ontology the other side by interrupt grooves.
6. Biochemical Analyzer guideway transit system according to claim 3, it is characterised in that：The adjustment frame is set to institute
The sample outlet end for the specimen holder transfer passage stated；There are skies between the both sides of the adjustment frame and the both sides of the first support
Between；The propulsive mechanism is located at the lower section of the conveyer belt, and the space is stretched into the upper end of the push plate of propulsive mechanism will
Specimen holder on the specimen holder transfer passage sample outlet end pushes away the specimen holder transfer passage.
7. Biochemical Analyzer guideway transit system according to claim 6, it is characterised in that：The propulsive mechanism also wraps
The cross slide way below conveyer belt is included, the second drive component, guide plate is promoted, promotes idler wheel and runner；The propulsion
Guide plate slides coordinate on the cross slide way, and the push plate is connected on the propulsion guide plate；Described turns
Wheel is driven by second drive component and is rotated, and the propulsion idler wheel is prejudicially set on the side of the runner；
The propulsion guide plate is equipped with guide groove, the length direction of the length direction of the guide groove and the cross slide way
Form angle；The propulsion idler wheel rolls cooperation in the guide groove.
8. Biochemical Analyzer guideway transit system according to claim 7, it is characterised in that：The propulsive mechanism also wraps
Lifting structure is included, the lifting structure includes lifting guide plate, and the lifting guide plate is set to the side of the push plate；
The lifting guide plate is equipped with annular lifting guide groove close to the side of the push plate；The side of the push plate is equipped with and leads
Way roller, the guide roller roll cooperation in the lifting guide groove；The push plate can connect up and downly
On the propulsion guide plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611177321.4A CN106771282B (en) | 2016-12-19 | 2016-12-19 | Biochemical Analyzer guideway transit system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611177321.4A CN106771282B (en) | 2016-12-19 | 2016-12-19 | Biochemical Analyzer guideway transit system |
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| Publication Number | Publication Date |
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| CN106771282A CN106771282A (en) | 2017-05-31 |
| CN106771282B true CN106771282B (en) | 2018-08-10 |
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| CN201611177321.4A Active CN106771282B (en) | 2016-12-19 | 2016-12-19 | Biochemical Analyzer guideway transit system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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