CN207242242U - Heparin tube processing unit - Google Patents
Heparin tube processing unit Download PDFInfo
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- CN207242242U CN207242242U CN201720437174.3U CN201720437174U CN207242242U CN 207242242 U CN207242242 U CN 207242242U CN 201720437174 U CN201720437174 U CN 201720437174U CN 207242242 U CN207242242 U CN 207242242U
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- test tube
- bar code
- clamping jaw
- processing unit
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Abstract
The utility model discloses a kind of heparin tube processing unit, it includes test tube gripping body, bar code printing volume attaching mechanism and test tube transfer mechanism, wherein, test tube gripping body includes test tube feeding chamber, three Zhou Quguan mechanisms, test tube and drops passage bindiny mechanism；The test tube feeding chamber storage has test tube, the three Zhou Quguan mechanisms are arranged at the top of the test tube feeding chamber, the three Zhou Quguan mechanisms can grip test tube, the test tube passage bindiny mechanism that drops is arranged on test tube feeding chamber and is connected to bar code printing volume attaching mechanism, and the outlet of the bar code printing volume attaching mechanism is connected with the entrance of test tube transfer mechanism.Use heparin tube processing unit provided by the utility model, three Zhou Quguan mechanisms take after pipe and send to printing volume attaching mechanism and carry out pasting bar code paster, simply, it is quick and easy, simplify in the complex steps pre-processed to heparin tube, operate and avoided due to human error caused by human hand operation instead of human hand.
Description
Technical field
Field of medical examination is the utility model is related to, in particular to a kind of heparin tube processing unit.
Background technology
Now the mechanism of all kinds of inspection bodies, outpatient service and progress liquid detecting sample tube information centralized processing in need is
Realize paperless work, all introduce the information management system such as LIS systems or HIS systems, therefore it is required that sample tube surface
The bar-code label containing doctor's advice information corresponding with sample must be posted.
Before blood sample is extracted to patient or examinee, it need to be adopted in person in spare a few money vacuum according to doctor's advice requirement
The vacuum blood collection tube of colour code, the vacuum blood collection tube of different colour codes correspond to different inspection items needed for being selected in blood vessel (test tube),
And the specification size of vacuum blood collection tube has difference, the information and its bar code of corresponding sample are then printed using printing device
Label, then label is pasted onto in corresponding sample tube.
This kind of mechanism needs the object number taken a blood sample numerous daily, and it is heavy that above-mentioned operating process just becomes reviewer
Routine work, and be easier that mistake occurs, or can be led to doctor-patient dispute, complain even lawsuit etc. as a result, therefore needing
A kind of a kind of new heparin tube processing unit is wanted to solve problem above.
Utility model content
The problem of task of the utility model is to overcome traditional human hand to select to go wrong in test tube, and solve adopting
Vessel outer wall sticks the problem of bar code paster step is time-consuming, troublesome, error-prone, there is provided a kind of hardware knot of heparin tube processing unit
Structure.To achieve the above object, this patent adopts the following technical scheme that：
A kind of heparin tube processing unit, it includes test tube gripping body, bar code printing volume attaching mechanism and test tube transfer mechanism,
Wherein, test tube gripping body includes test tube feeding chamber, three Zhou Quguan mechanisms, test tube drop passage bindiny mechanism；The test tube adds
Feed bin storage has test tube, and the three Zhou Quguan mechanisms are arranged at the top of the test tube feeding chamber, the three Zhou Quguan mechanisms bag
Include in the first mobile module that can be moved in x-axis, the second mobile module moved on the y axis, and the test tube moved in z-axis
Gripping portion, second mobile module, which is arranged on the first mobile module, to be moved with the first mobile module in x-axis direction, described
Test tube gripping portion is arranged on the second mobile module and can move along the z-axis direction, the test tube drop passage bindiny mechanism setting
On test tube feeding chamber and the bar code printing volume attaching mechanism is connected to, the outlet of the bar code printing volume attaching mechanism is moved with test tube
The entrance of mechanism is sent to connect.Three Zhou Quguan mechanisms take after pipe and send to printing volume attaching mechanism and carry out pasting bar code paster, simple, fast
It is prompt, conveniently, simplify in the complex steps pre-processed to heparin tube, operate and avoided since human hand operates institute's band instead of human hand
The human error come.
Preferably, the test tube feeding chamber is to include a base and two side walls for being oppositely arranged on base both sides.Simplify
The structure of heparin tube processing unit.
Preferably, first mobile module includes being arranged on the first guide rail on the outer wall of two side walls, first
Motor, the first belt and first support；The both ends of the first support are stuck on the first guide rail on two side walls
And be fixedly connected with the first belt, first motor is driven through roller and drives the movement of the first belt to drive first support
Move back and forth along the x-axis direction on the first guide rail.Such design structure is simple, it is easy to accomplish, easy to repair, cost is low.
Preferably, second mobile module includes the second motor, the second belt；Second motor is driven through roller
The second belt is driven to move, the test tube gripping portion is fixedly connected with second belt while is stuck in the first support simultaneously
Driven by the second belt and moved back and forth along the y-axis direction in first support.Such design structure is simple, it is easy to accomplish, it is easy to
Repair, cost is low.
Preferably, the test tube gripping portion includes screw stepper motor, collet and top；The collet is in screw stepping electricity
Moved in the z-axis direction under the driving of machine, it is described it is top be arranged at immediately below collet, the collet is in its natural state to clamp
State, when collet down moves, collet is subject to top stop to extrude, and collet is in an open state by clamped condition transformation.This
The design structure of sample is simple, it is easy to accomplish, collet is subject to the top extruding of solids and opens during decline, without circuit control
Its open mode and clamped condition are made, it is not easy to failure.
Preferably, the test tube passage bindiny mechanism that drops includes through hole and pipeline；The through hole is arranged on test tube charging
On storehouse, after test tube is gripped, test tube is moved to above the through hole by the three Zhou Quguan mechanisms, and the pipeline is arranged at through hole
Lower section.So scheme forms the passage that test tube is down transferred, simple in structure, easy to operate.
Preferably, the test tube gripping body is at least provided with two, the test tube gripping body from top to bottom set and
Bottom sets the bar code printing volume attaching mechanism and test tube transfer mechanism.Such design can handle greater number inhomogeneity
The test tube of type, meanwhile, save spatial volume.
Preferably, the bar code printing volume attaching mechanism includes bar code printing portion and bar code volume patch portion；The bar code printing portion
Including the printhead for printing bar code, for the first volume column equipped with unused bar code paster, for equipped with using bar code
The volume Two column of paster and the positioning column for fixing bar code paster；Bar code paster is after the first volume column leads to positioning column
Bar code printing is carried out to bar code paster by the printhead, is finally rolled to the volume Two column；The bar code volume patch portion includes
One structural body, has a cavity in the structural body, one is being equipped with the direction of the adjacent test tube gripping body
For receive from the test tube drop test tube that passage bindiny mechanism drops opening and in face of the direction of the printhead
Equipped with one be used to making bar code paster by and be pasted onto the slit on test tube wall, test tube is entered in the structural body by opening
Cavity.Such design structure is simple, it is easy to accomplish, easy to repair, cost is low, while used bar code paster is arranged
It is good.
Preferably, the test tube transfer mechanism includes clamping jaw, transmission motor, transfer belt and outlet portion, the clamping jaw with
Transfer belt is fixedly connected, and transmission motor makes clamping jaw up be moved to outlet portion from bottom by driving transfer belt to move.This
The design of sample allows users to take the test tube for having been subjected to pretreatment in higher and suitable place, user-friendly, improves work
Make efficiency.
Preferably, the clamping jaw includes clamping jaw handle, clamping jaw front end and clamping jaw rear end；The clamping jaw handle is equipped with block, institute
Clamping jaw front end and clamping jaw rear end axis connection are stated, the clamping jaw front end is connected with clamping jaw arbor, and one is additionally provided with the clamping jaw rear end
Pillar, uses spring straining between clamping jaw front end and clamping jaw rear end, be in its natural state clamped condition, when clamping jaw front end is past exterior
Rotate, the pillar on clamping jaw rear end is stopped by the block on the clamping jaw handle, makes clamping jaw front end and clamping jaw rear end from clamped condition
Transformation is in an open state, and test tube falls to the outlet portion.Such design structure is simple, reliable operation, easy to repair.
Using heparin tube processing unit provided by the utility model, three Zhou Quguan mechanisms, which take after pipe and send to printing, rolls up patch machine
Structure carries out pasting bar code paster, simple, quick and easy, simplifies in the complex steps pre-processed to heparin tube, instead of human hand
Operate and avoid due to human error caused by human hand operation.
Brief description of the drawings
Fig. 1 is the structure diagram of the utility model heparin tube processing unit；
Fig. 2 is the structure diagram of the bar code printing volume attaching mechanism of the utility model heparin tube processing unit；
Fig. 3 is the decomposed schematic diagram of the bar code printing volume attaching mechanism of the utility model heparin tube processing unit；
Fig. 4 is the structure diagram of another angle of the utility model heparin tube processing unit；
The test tube that Fig. 5 is the utility model Fig. 4 drops the partial enlarged view of passage bindiny mechanism；
Fig. 6 is the structure diagram of another angle of the utility model heparin tube processing unit；
Fig. 7 is the partial enlarged view of the clamping jaw in the utility model Fig. 6；
Fig. 8 is the partial enlarged view of A in the utility model Fig. 6；
Wherein, test tube gripping body -100, test tube feeding chamber -101, base -1001, side wall -1002, groove -1003, stretch
Compression apparatus -1004, limited block -1005, three Zhou Quguan mechanisms -102, the first guide rail -1021, the first motor -1022, the first skin
Band -1023, second motor -1026, the second belt -1027, collet -1029, top -1030, position sensor -1031, through hole -
1032, three motor -1034 of pipeline -1033, the, annulus set -1035, test tube drops passage bindiny mechanism -103, bar code printing volume
Attaching mechanism -200, bar code printing portion -201, printhead -2011, first volume column -2012, positioning column -2014, bar code volume patch portion -
202, structural body -2021, opening -2022, slit -2023, clamping motor -2024, spring bearer plate -2025, active rubber roll -
2026, aid in rubber roller -2027, rubber roller motor -2028, volume column motor -2030, test tube transfer mechanism -300, clamping jaw -301, transmission
Motor -302, transfer belt -303, outlet portion -304, clamping jaw handle -3011, clamping jaw front end -3012, clamping jaw rear end -3013, gear
Block -3014, pillar -3015, clamping plate -3042.
Embodiment
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings, but the protection model of the utility model
Enclose the scope for being not limited to embodiment statement.
Referring to shown in Fig. 1 and Fig. 4, a kind of heparin tube processing unit, it includes test tube gripping body 100, bar code printing is rolled up
Attaching mechanism 200 and test tube transfer mechanism 300, wherein, test tube gripping body 100 includes test tube feeding chamber 101, three Zhou Quguan mechanisms
102nd, test tube drops passage bindiny mechanism 103.
Specifically, the storage of test tube feeding chamber 101 has test tube, test tube can also be heparin tube.The test tube feeding chamber
101 include a base and two side walls 1002 for being oppositely arranged on 1001 both sides of base.The base 1001, which is equipped with, to be used to hold
The groove 1003 of test tube disk.User can be by setting the side of side wall 1002 to put test tube disk into.
Special instruction, the intersecting lens direction of x-axis direction plane and plane where the side wall where the base, y-axis
Direction is the plane formed parallel to the base and the direction vertical with x-axis, z-axis direction perpendicular to x-axis and y-axis.
With reference to figure 1, in some embodiments, the length of the groove 1003 on the y axis is not less than the length of side of test tube disk.
To adapt to the test tube disk of more different size size dimensions.It is preferred that the depth of groove is identical with the height of test tube disk.At the bottom
Seat 1001 can be equipped with makes the flexible of test tube disk fixation for adjusting the length of groove 1003 on the y axis to adapt to the length of side of test tube disk
Device 1004.Telescopic device 1004 can be connected by structures such as slides with groove 1003, and the size of groove 1003 is adjusted
It is whole.The telescopic device 1004 is equipped with the test tube disk limited block 1005 for preventing that test tube disk from moving up and down, the limited block 1005
It is arranged on the side of the telescopic device 1004 contacted with test tube disk and higher than the height of test tube disk.The limited block 1005 is to holding
The direction extension of test tube disk, can also fix test tube disk by other schemes such as locker etc..
The three Zhou Quguan mechanisms 102 are arranged at the top of the test tube feeding chamber 101, the three Zhou Quguan mechanisms 102
It is included in the first mobile module that can be moved in x-axis, the second mobile module moved on the y axis, and the examination moved in z-axis
Pipe clamp takes portion, and second mobile module, which is arranged on the first mobile module, to be moved with the first mobile module in x-axis direction, institute
Test tube gripping portion is stated to be arranged on the second mobile module and can move along the z-axis direction.
First mobile module includes the first guide rail 1021, the first motor being arranged on the outer wall of two side walls
1022nd, the first belt 1023 and first support 1024；The both ends of the first support 1024 are stuck in two side walls
It is fixedly connected on the first guide rail 1021 on 1002 and with the first belt 1023, first motor 1022 is driven through roller band
Dynamic first belt 1023 movement is so as to drive first support 1024 to move back and forth along the x-axis direction on the first guide rail 1021.In order to
Prevent first support 1024 from dropping when the first guide rail 1021 slides, the both ends on first guide rail 1021, which are respectively equipped with, leads
Rail limited block 1025.
Second mobile module includes the second motor 1026, the second belt 1027；The driving of second motor 1026 is logical
Crossing roller drives the second belt 1027 to move, and the test tube gripping portion is fixedly connected with second belt while is stuck in described the
Driven on one stent and by the second belt and moved back and forth along the y-axis direction in first support.
In addition to the above embodiment, there are many schemes to realize first mobile module and the second movement mould
Test tube gripping portion is moved to specific position by the function that block is realized jointly in the top of test tube feeding chamber 101, herein no longer
Repeat.
Wiping may examine Fig. 1 and Fig. 8, and the test tube gripping portion includes screw stepper motor, collet 1029 and top 1030；Institute
Collet 1029 is stated to move in the z-axis direction under the driving of screw stepper motor, it is described it is top be arranged at immediately below collet, it is described
Collet 1029 is clamped condition in its natural state, and when collet 1029 down moves, collet 1029 is subject to top 1030 resistance
Gear extruding, collet 1029 are in an open state by clamped condition transformation.
In the above embodiments, heparin tube processing unit can also include being arranged on test tube feeding chamber 101 and be used to detect
Test tube position and the position sensor 1031 of size.In addition after the test tube size information that position sensor 1031 obtains can be used as
Continuous bar code printing volume attaching mechanism carries out the basis of the stickup of bar code paster in test tube different height position.
With reference to figure 1 and Fig. 5, the test tube passage bindiny mechanism 103 that drops is arranged on test tube feeding chamber 101 and is connected to
The bar code printing rolls up attaching mechanism 200.The test tube passage bindiny mechanism 103 that drops includes through hole 1032 and pipeline 1033；Institute
State through hole 1032 to be arranged on test tube feeding chamber 101, after test tube is gripped, test tube is moved to by the three Zhou Quguan mechanisms 102
The top of through hole 1032, the pipeline 1033 are arranged at the lower section of through hole 1032, then discharge test tube, test tube falls by gravity
Drop down onto through hole 1032.
The test tube drop passage bindiny mechanism 103 further include the 3rd motor 1034 and annulus set 1035；The annulus set
1035 it is moveable set on test tube feeding chambers 101, it is big and hollow that the annulus covers 1035 its radius ratio test tube radius, described the
Three motors 1034 can drive annulus set 1035 to 1032 top position of through hole.
The annulus set 1035 moves back and forth in the y-axis direction under the driving of the 3rd motor 1034.Especially, the circle
Ring set 1035 is the cone shape of a radius reduction from top to bottom.
The annulus set is externally provided with a tru(e)ing face 1036, and the tru(e)ing face 1036 is parallel with plane where z-axis with x-axis, institute
The gripping test tube not timing of three Zhou Quguan mechanisms 102 is stated, test tube close to through hole 1032, is extruded by the tru(e)ing face 1036 along the x-axis direction
Not positive test tube, which is modified, makes it normally drop.Revised test tube is in upright state, is formed with x-axis and y-axis flat
Face is vertical.Particularly, the tru(e)ing face and annulus set are integrally formed.
With reference to shown in figure 2- Fig. 5, the test tube gripping body 100 can be at least provided with two, the test tube gripping body
100 from top to bottom set and set the bar code printing volume attaching mechanism 200 and test tube transfer mechanism 300 in bottom.The bar
The outlet of code printing volume attaching mechanism 200 is connected with the entrance of test tube transfer mechanism 300.
When heparin tube processing unit is equipped with least two test tube gripping bodies 100, to make to drop down onto bar code under test tube is more preferable
Printing volume attaching mechanism 200, wherein the adjacent thereto one test tube gripping body 100 of through hole of a test tube gripping body 100
Through hole overlap, formed a test tube vertical drop straight line path.
In addition, 100 position of test tube gripping body where taken test tube, annulus set 1035 have different move as needed
Make.Such as if test tube is located at 100 position of test tube gripping body of the superiors, each layer test tube gripping body 100 in addition to the superiors
Annulus set 1035 be moved on through hole 1032, be collectively forming dropping channel with the pipeline 1033 of each layer.If test tube is not
Annulus 1035 quilts of set positioned at 100 position of test tube gripping body of the superiors, then 100 position of test tube gripping body where test tube
It is moved away from through hole 1032, the annulus set of its down test tube gripping body 100 of each layer 1035 is moved on through hole 1032, with
Pipeline 1033 is collectively forming dropping channel.
The length of the pipeline 1033 is less than the width between the base of adjacent test tube gripping body 100.
The bar code printing volume attaching mechanism 200 includes bar code printing portion 201 and bar code volume patch portion 202；The bar code printing
Portion 201 include be used for print bar code printhead 2011, for the first volume column 2012 equipped with unused bar code paster, for filling
Have using the volume Two column 2013 of bar code paster and the positioning column 2014 for fixing bar code paster；Bar code paster is from described
A roll of column 2012 leads to after positioning column 2014 and carries out bar code printing to bar code paster by the printhead 2011, is finally rolled to
The volume Two column 2013；The bar code volume patch portion 202 includes a structural body 2021, has in the structural body 2021
Chamber, on the direction of the adjacent test tube gripping body 100 be equipped with one be used for receive from the test tube drop passage connect
The opening 2022 for the test tube that connection mechanism 103 drops and on the direction of the printhead be equipped with one be used for lead to bar code paster
Cross and be pasted onto the slit 2023 on test tube wall, test tube enters the cavity in the structural body 2021 by opening 2022.
The bar code volume patch portion 202 further includes clamping motor 2024 and spring bearer plate 2025, the structural body 2021
Active rubber roll 2026 and auxiliary rubber roller 2027 are equipped with cavity；The clamping motor 2024 promotes the elasticity by band moving gear
Pressing plate 2025 extrudes the cavity of the structural body 2021, meanwhile, the active rubber roll 2026, auxiliary rubber roller 2027 and elasticity are pressed
2025 three of plate forms equilateral triangle layout, when the spring bearer plate 2025 is toward extruding in the cavity of the structural body 2021
When, test tube is in the state of being clamped.
The bar code volume patch portion further includes a rubber roller motor 2028, and the rubber roller motor 2028 connects the active rubber roll
2026 make active rubber roll 2026 around its axle center rotation the test tube under clamped state can be driven to rotate.
The bar code volume patch 202 further includes one and is used to examine when test tube rotates under the active rubber roll 2026 drive
Survey the photoelectric sensor that its test tube outer wall confirms its test tube outer wall direction.
The bar code printing portion 201 further includes volume column motor 2030, the volume column motor 2030 drives the volume Two column
Rotate and tighten used bar code paster.
Particularly, the printhead 2011 is thermal printing head.
With reference to shown in figure 4, Fig. 6 and Fig. 7, the test tube transfer mechanism 300 includes clamping jaw 301, transmission motor 302, transfer
Belt 303 and outlet portion 304, the clamping jaw 301 are fixedly connected with transfer belt 303, and transmission motor 302 transfers skin by driving
Band 303 moves, and clamping jaw 301 is up moved to outlet portion 304 from bottom.
Test tube is transferred to clamping jaw 301 after handling test tube and forces push-in clamping jaw 301 by bar code printing volume attaching mechanism 200
In.
The clamping jaw 301 includes clamping jaw handle 3011, clamping jaw front end 3012 and clamping jaw rear end 3013；On the clamping jaw handle 3011
Equipped with block 3014, the clamping jaw front end 3012 and 3013 axis connection of clamping jaw rear end, the clamping jaw front end 3012 and clamping jaw handle
3011 axis connections, are additionally provided with a pillar 3015 on the clamping jaw rear end 3013, between clamping jaw front end 3012 and clamping jaw rear end 3013
It is in its natural state clamped condition with spring straining, the pillar in the past exterior rotation in clamping jaw front end 3012, clamping jaw rear end
3015 are stopped by the block 3014 on the clamping jaw handle 3011, clamping jaw front end 3012 and clamping jaw rear end 3013 is turned from clamped condition
Change is in an open state, and test tube falls to the outlet portion 304.
The outlet portion 304 includes a conveyer belt 3041, and clamping plate 3042 is equipped with 3041 both sides of conveyer belt.
One is equipped with the clamping plate 3042 close to clamping jaw 301 for the opening by test tube.
Above description is only the preferred embodiment of the application and the explanation to institute's application technology principle.People in the art
Member should be appreciated that utility model scope involved in the application, however it is not limited to what the particular combination of above-mentioned technical characteristic formed
Technical solution, while should also cover in the case where not departing from utility model design, by above-mentioned technical characteristic or its be equal
Other technical solutions that feature is combined and is formed.Such as features described above has with (but not limited to) disclosed herein
The technical solution that the technical characteristic for having similar functions is replaced mutually and formed.
Claims (10)
- A kind of 1. heparin tube processing unit, it is characterised in that：It includes test tube gripping body, bar code printing volume attaching mechanism and test tube Transfer mechanism, wherein, test tube gripping body includes test tube feeding chamber, three Zhou Quguan mechanisms, test tube drop passage bindiny mechanism；Institute Stating the storage of test tube feeding chamber has test tube, and the three Zhou Quguan mechanisms are arranged at the top of the test tube feeding chamber, and three axis takes Pipe mechanism is included in the first mobile module that can be moved in x-axis, the second mobile module moved on the y axis, and is moved up in z-axis Dynamic test tube gripping portion, second mobile module is arranged on the first mobile module can be with the first mobile module in x-axis direction Mobile, the test tube gripping portion is arranged on the second mobile module and can move along the z-axis direction, and the test tube drops passage connection Mechanism is arranged on test tube feeding chamber and is connected to the bar code printing volume attaching mechanism, the outlet of the bar code printing volume attaching mechanism It is connected with the entrance of test tube transfer mechanism.
- 2. heparin tube processing unit according to claim 1, it is characterised in that：The test tube feeding chamber is to include a base With two side walls for being oppositely arranged on base both sides.
- 3. heparin tube processing unit according to claim 2, it is characterised in that：First mobile module includes being arranged on The first guide rail, the first motor, the first belt and first support on the outer wall of two side walls；The both ends of the first support It is fixedly connected on the first guide rail being stuck on two side walls and with the first belt, first motor is driven through rolling Wheel drives the movement of the first belt to drive first support to move back and forth along the x-axis direction on the first guide rail.
- 4. heparin tube processing unit according to claim 3, it is characterised in that：Second mobile module includes the second electricity Machine, the second belt；Second motor is driven through roller and drives the movement of the second belt, the test tube gripping portion and described second Belt is fixedly connected while is stuck in the first support and is driven by the second belt and moved back along the y-axis direction in first support It is dynamic.
- 5. heparin tube processing unit according to claim 3, it is characterised in that the test tube gripping portion includes screw stepping Motor, collet and top；The collet moves in the z-axis direction under the driving of screw stepper motor, described top to be arranged at Immediately below collet, the collet is clamped condition in its natural state, and when collet down moves, collet is subject to top resistance Gear extruding, collet are in an open state by clamped condition transformation.
- 6. heparin tube processing unit according to claim 2, it is characterised in that：The test tube drop passage bindiny mechanism bag Include through hole and pipeline；The through hole is arranged on test tube feeding chamber, and after test tube is gripped, the three Zhou Quguan mechanisms move test tube Move above the through hole, the pipeline is arranged at below through hole.
- 7. according to the heparin tube processing unit described in claim 2-6 any claims, it is characterised in that：The test tube gripping At least provided with two, the test tube gripping body from top to bottom sets and sets the bar code printing volume patch machine in bottom for mechanism Structure and test tube transfer mechanism.
- 8. heparin tube processing unit according to claim 1, it is characterised in that：The bar code printing volume attaching mechanism includes bar Code printing portion and bar code volume patch portion；The bar code printing portion includes being used to print the printhead of bar code, for equipped with unused bar Code paster first volume column, for equipped with using the volume Two column of bar code paster and the positioning column for fixing bar code paster； Bar code paster by the printhead carries out bar code printing, finally quilt after leading to positioning column from the first volume column to bar code paster Roll up to the volume Two column；The bar code volume patch portion includes structural body, has a cavity in the structural body, in face of adjacent The direction of test tube gripping body be equipped with one and be used to receiving and drop the opening of test tube that passage bindiny mechanism drops from the test tube Mouthful and on the direction of the printhead be equipped with one be used for make bar code paster by and be pasted onto the slit on test tube wall, try Pipe enters the cavity in the structural body by opening.
- 9. heparin tube processing unit according to claim 1, it is characterised in that：The test tube transfer mechanism include clamping jaw, Motor, transfer belt and outlet portion are transmitted, the clamping jaw is fixedly connected with transfer belt, and transmission motor transfers belt by driving It is mobile, clamping jaw is up moved to outlet portion from bottom.
- 10. heparin tube processing unit according to claim 9, it is characterised in that：Before the clamping jaw includes clamping jaw handle, clamping jaw End and clamping jaw rear end；The clamping jaw handle is equipped with block, the clamping jaw front end and clamping jaw rear end axis connection, the clamping jaw front end with Clamping jaw arbor connects, and is additionally provided with a pillar on the clamping jaw rear end, spring straining is used between clamping jaw front end and clamping jaw rear end, certainly It is clamped condition under right state, when clamping jaw front end is rotated toward exterior, the pillar on clamping jaw rear end is by the block on the clamping jaw handle Stop, clamping jaw front end and clamping jaw rear end is in an open state from clamped condition transformation, test tube falls to the outlet portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720437174.3U CN207242242U (en) | 2017-04-24 | 2017-04-24 | Heparin tube processing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720437174.3U CN207242242U (en) | 2017-04-24 | 2017-04-24 | Heparin tube processing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207242242U true CN207242242U (en) | 2018-04-17 |
Family
ID=61875494
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720437174.3U Active CN207242242U (en) | 2017-04-24 | 2017-04-24 | Heparin tube processing unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207242242U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106976612A (en) * | 2017-04-24 | 2017-07-25 | 珠海倍健电子科技有限公司 | A kind of heparin tube processing unit |
-
2017
- 2017-04-24 CN CN201720437174.3U patent/CN207242242U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106976612A (en) * | 2017-04-24 | 2017-07-25 | 珠海倍健电子科技有限公司 | A kind of heparin tube processing unit |
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