CN109772493A - Test tube rack device and application method for food medicine inspection - Google Patents
Test tube rack device and application method for food medicine inspection Download PDFInfo
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- CN109772493A CN109772493A CN201910108749.0A CN201910108749A CN109772493A CN 109772493 A CN109772493 A CN 109772493A CN 201910108749 A CN201910108749 A CN 201910108749A CN 109772493 A CN109772493 A CN 109772493A
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Abstract
A kind of test tube rack device and application method for food medicine inspection, it include for holding the barrel shell of test tube (1), the connection strap (93) for being arranged between barrel shell (1) and barrel shell (1) being used to link together, it is arranged between barrel shell (1) and is used to distribute the cooling fin (94) of test tube heat, pass through barrel shell (1) and connection strap (93), form test tube bracket, pass through cooling fin (94), accelerate distributing for test tube heat, it is no longer all using test tube case or rack for test tube and due to the heat dissipation area of test tube case or rack for test tube in limitation area, therefore the heat dissipation effect of test tube and the efficiency of food medicine inspection are improved.
Description
Technical field
The present invention relates to a kind of test tube rack device and application method, especially a kind of test tube rack device for food medicine inspection
And application method.
Background technique
Food medicine inspection refer to in food containing drug composition and content analyze, be ensure food safety it is important
Link needs to hold Food Inspection test solution using test tube, the test tube for being accordingly used in food medicine inspection is rack-mounted during food medicine inspection
It sets and application method is a kind of important experimental rig, in existing test tube rack device and application method for food medicine inspection
In, it is also all using test tube case or rack for test tube, since the heat dissipation area of test tube case or rack for test tube is in limitation area, to test tube
Heat dissipation area limitation, to affect the heat dissipation effect of test tube and the efficiency of food medicine inspection.
Based on applicant on November 15th, 2018 Disclosure of invention and by retrieval obtain similar patent document its
The middle patent No.: existing technical problem, technical characteristic and technical effect in ZL201810441943.6 and background technique make this
The application technical solution of invention.
Summary of the invention
Object of the invention is a kind of test tube rack device for food medicine inspection,
Object of the invention is a kind of rack for test tube application method for food medicine inspection.
In order to overcome the technical drawbacks described above, the object of the present invention is to provide a kind of test tube rack device for food medicine inspection and
Application method, therefore improve the heat dissipation effect of test tube and the efficiency of food medicine inspection.
In order to achieve the above objectives, the technical solution adopted by the present invention is that: a kind of test tube rack device for food medicine inspection, packet
Containing for holding test tube barrel shell, be arranged between barrel shell and the connection strap for barrel shell to be linked together, setting exist
Cooling fin between barrel shell and for distributing test tube heat.
Due to devising barrel shell, connection strap and cooling fin, by barrel shell and connection strap, test tube bracket is formd, by dissipating
Backing accelerates test tube heat to distribute, and is no longer all using test tube case or rack for test tube and dissipating due to test tube case or rack for test tube
Heat area is in limitation area, therefore improves the heat dissipation effect of test tube and the efficiency of food medicine inspection.
The present invention devises, and barrel shell, connection strap and cooling fin are coupled to each other in the way of increasing radiating surface and connecing.
The present invention devises, and cooling fin is coupled with barrel shell and connection strap in such a way that filler piece is with body.
The present invention devises, and also includes the first accessories apparatus and the first accessories apparatus is set as coupling with barrel shell, and
One accessories apparatus is set as including right support block, left support block, turn-screw, gear set and rotation axis.
The present invention devises, and also includes that the second accessories apparatus and the second accessories apparatus are arranged in barrel shell and the first attachment
Between device, the second accessories apparatus is set as referring to bar, returning face plate, torque spring, mobile disk and threaded rod.
The present invention devises, and right support block and left support block is respectively arranged in barrel shell and right support block and left support
Block is separately positioned on turn-screw, and rotation axis setting is provided with gear set between barrel shell and turn-screw and rotation axis,
Refer to bar setting finger bar is provided on barrel shell and on returning face plate, be provided between returning face plate and barrel shell torque spring and
Threaded rod is arranged in rotation axis, is provided with mobile disk between threaded rod and returning face plate and is respectively arranged between barrel shell
Connection strap and cooling fin.
The present invention devises, and is provided in the middle part of the block portion of barrel shell and accommodates hole body and in the left and right sides of block portion face
It is respectively set to recess body, the lower end surface portion for accommodating hole body is provided with guide rail and is arranged in the inside face of recess body
There is sliding hole body, be respectively arranged with heat dissipation hole body in the side surface part of block portion and the lower end surface portion of block portion is provided with flange
Body is provided with rotation hole body on body flange and is provided in the left side for accommodating hole body through hole body, the inner wall of recess body
Upper end end face portion be set as coupling by pin shaft with returning face plate and the upper end end face portion of the inner wall of recess body is set as and turns round
The connection of power spring, recess body, which is set as coupling and accommodate hole body with mobile disk holding type, to be respectively set to and right support block and a left side
The connection of supporting block holding type, guide rail are respectively set to couple with right support block and left support block contact and slide hole body to set
It is set to and couples with bar is referred to, rotation hole body is set as coupling with turn-screw and is set as coupling with rotation axis through hole body, block
The side surface part in portion is set as coupling with connection strap and the side surface part of block portion is set as coupling with cooling fin contact, block portion setting
For rectangular bars body and recess body is set as the poroid body of rectangle, guide rail and body flange be respectively set to rectangular strip body and
Guide rail is set as the distribution before and after the cross central line of block portion, and body flange is set as along vertical centerline of block portion or so point
Cloth accommodates hole body, sliding hole body, heat dissipation hole body, rotation hole body and is respectively set to round poroid body through hole body and slides
Hole body is set as the inside face along recess body every arranged distribution, and the hole body that radiates is respectively set to arrange at the side surface part interval of block portion
Column distribution.
The present invention devises, and right support block and left support block are respectively set to include wedge portions and screw thread block portion and wedge
The lower end surface portion of block portion is set as coupling with screw thread block portion, the first screw thread hole body is provided in screw thread block portion and in voussoir
The lower end surface portion in portion is provided with first groove body and second mouthful of groove body, and the first screw thread hole body is set as coupling simultaneously with turn-screw
And first groove body and second mouthful of groove body are respectively set to couple with barrel shell, wedge portions are set as triangle blocks and right branch
The wedge portions of bracer and the wedge portions of left support block are set as the distribution that is in the shape of the letter V, screw thread block portion be set as rectangular block shape body and
First screw thread hole body is provided in round poroid body, and first groove body and second mouthful of groove body are respectively set to U-shaped channel-shaped body.
The present invention devises, and the left end of turn-screw is provided with left hand thread body and in the right end of turn-screw
It is provided with right-handed thread body, the end of turn-screw is set as coupling with barrel shell rotary type and the left end of turn-screw is arranged
To couple with one of gear of gear set, left hand thread body is set as coupling with left support block and right-handed thread body is arranged
To couple with right support block, turn-screw is provided in round rhabodoid.
The present invention devises, and gear set is set as bevel reduction gear set and one of gear of gear set is set as and passes
Dynamic lead screw connection, the another one gear of gear set are set as coupling with rotation axis.
The present invention devises, and the middle part of the axle portion of rotation axis is provided with receiving cavity and in the side wall of receiving cavity
On be provided with and divulge fenestra, the upper end of axle portion is provided with pan portion and the upper section portion of axle portion is provided with the second threaded hole
Body, axle portion, which is set as running through formula with barrel shell, to be coupled, and the lower end of axle portion is set as coupling with the another one gear of gear set
And it divulges fenestra and receiving cavity is respectively set to couple with mobile disk, the second screw thread hole body is set as coupling simultaneously with threaded rod
And pan portion is set as coupling with barrel shell contact, axle portion, which is provided in round clava and divulges fenestra, is set as rectangular aperture
The lower end port portion of the upper end end face portion of axle portion and the second screw thread hole body is arranged in body, the upper end port portion of the second screw thread hole body
It is set as being connected to receiving cavity, pan portion is set as hexagon discoid body and receiving cavity is provided in round poroid body.
The present invention devises, and refers to that bar is provided in round clava and refers to that bar is set as coupling with barrel shell slidingtype, refers to bar
External end head be set as returning face plate couple and refer to that bar is set as being alternatively arranged distribution along the side surface part of returning face plate.
The present invention devises, the upper end of returning face plate is set as coupling by pin shaft with barrel shell and returning face plate be set as with
The connection of torque spring contact, the inside face of returning face plate are set as and refer to that bar couples and the exterior side surface portion of returning face plate is set as
Couple with mobile disk, the lower end of returning face plate is set as wedge-shaped blocks and the upper end of returning face plate is set as rectangular strip
Body.
The present invention devises, and torque spring is set as the pin shaft concatenation type between barrel shell and returning face plate and couples and torsion
One of end of spring is set as coupling with barrel shell, and the another one end of torque spring is set as joining with returning face plate
It connects.
The present invention devises, and mobile disk is set as including column portion and fin part and be arranged in the upper end end face portion in column portion
There is a containing hole body, the side surface part in column portion, which is set as coupling and contain hole body with fin part, to be set as coupling with threaded rod, column portion
It is set as and rotation axis is embedded couples and the exterior side surface portion of fin part is set as coupling with returning face plate contact with fin part,
Column portion, which is provided in round rhabodoid and contains hole body, is set as T-shaped poroid body, fin part be set as trapezoidal plate body and
Fin part is set as being alternatively arranged distribution along the periphery in column portion.
The present invention devises, and the lower end of threaded rod is set as T-shaped bar portion and the T-shaped bar portion of threaded rod is set as
Couple with mobile disk rotary type, the outside of the upper end end face portion of rotation axis is arranged in the upper end of threaded rod and threaded rod is arranged
To couple with rotation axis screw-type.
The present invention devises, and connection strap is set as rectangular patch body and the end of connection strap is set as coupling with barrel shell.
The present invention devises, and cooling fin is set as rectangular strip body and cooling fin is set as being distributed in cylinder in folding mode
Between shell.
The present invention devises, barrel shell and connection strap and cooling fin be set as being distributed in the way of filling heat eliminating medium and
Barrel shell and right support block, left support block, turn-screw, gear set and rotation axis are set as according to the side for adjusting vertical supporting height
Formula distribution, barrel shell and finger bar, returning face plate, torque spring, mobile disk and threaded rod are set as according to adjusting cross-brace displacement
Mode is distributed and multiple finger bars, a returning face plate and a torque spring are set as one group of cross-support members of composition, at least
Three groups of cross-support members are set as being alternatively arranged distribution along the periphery of barrel shell and wherein one group of cross-support members is set as
Couple with mobile disk and threaded rod.
The present invention devises, and a kind of rack for test tube application method for food medicine inspection the steps include: through connection strap phase
Adjacent barrel shell links together, and cooling fin is mounted between barrel shell, to the test tube of different size, is connected by spanner and pan portion
It connects, axle portion is driven to move through hole body transfer, axle portion drives gear set work, and gear set drive turn-screw is in rotation hole body
It is rotated, when turn-screw rotates clockwise, the first groove body of right support block and second mouthful of groove body and left support block
First groove body and second mouthful of groove body are mobile in guide rail, and the first screw thread hole body of right support block is inside on right-handed thread body
Mobile, the first screw thread hole body of left support block moves inward on left hand thread body, makes the wedge portions and left support of right support block
V-shaped slot between the wedge portions of block closes up, and makes to accommodate hole body as shallow bore hole body, when turn-screw rotates counterclockwise, right branch
The first groove body and second mouthful of groove body of the first groove body of bracer and second mouthful of groove body and left support block are mobile in guide rail, right
First screw thread hole body of supporting block is displaced outwardly on right-handed thread body, and the first screw thread hole body of left support block is in left-handed spiral shell
It is displaced outwardly on line body, separates the V-shaped slot between the wedge portions of right support block and the wedge portions of left support block, make receiving hole
Body becomes deep hole body, is connect by spanner with pan portion, and axle portion is in not rotary state, when threaded rod rotates clockwise, spiral shell
Rasp bar is dynamic in the second screw thread hole body and containing hole body transfer, drives column portion to move down, fin part overcomes the elasticity of torque spring
Accumulation of energy pushes one of returning face plate to move inward, and the finger bar on one of returning face plate moves inward, and makes and other returning face plates
On finger bar between aperture become smaller, when threaded rod rotates counterclockwise, threaded rod the second screw thread hole body and contain hole body in
Rotation drives column portion to move up, and under the spring energy storage effect of torque spring, one of returning face plate is displaced outwardly, wherein
Finger bar on one returning face plate is displaced outwardly, and so that the aperture between the finger bar on other returning face plates is become larger, test tube is put into the right side
In the wedge portions of supporting block and the wedge portions of left support block, refer between bar, the heat of test tube is transmitted to heat dissipation by the hole body that radiates
On piece distributes the heat of test tube by cooling fin.
In the technical scheme, increasing barrel shell, connection strap and cooling fin that radiating surface connects is important technical characteristic, is being used for
In the test tube rack device of food medicine inspection and the technical field of application method, there is novelty, creativeness and practicability, in this technology
Term in scheme is all that can be explained and be understood with patent document in the art.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is schematic diagram of the invention,
Fig. 2 is the sectional view of the A-A of Fig. 1,
Fig. 3 is the structural schematic diagram of barrel shell 1,
Fig. 4 is the connection relationship diagram of right support block 2, left support block 3 and turn-screw 4,
Fig. 5 be rotation axis 6, the connection relationship diagram of mobile disk 91 and threaded rod 92,
Fig. 6 is the connection relationship diagram for referring to bar 7, returning face plate 8 and torque spring 9,
Barrel shell -1, left support block -3, turn-screw -4, gear set -5, rotation axis -6, refers to bar -7, returning face plate-at right support block -2
8, torque spring -9, mobile disk -91, threaded rod -92, connection strap -93, cooling fin -94, block portion -11, recess body -12, receiving hole
Body -13, sliding hole body -15, heat dissipation hole body -16, body flange -17, rotation hole body -18, runs through hole body -19, wedge at guide rail -14
Block portion -21, screw thread block portion -22, the first screw thread hole body -23, first groove body -24, second mouthfuls of groove bodies -25, right-handed thread bodies -
41, left hand thread body -42, axle portion -61, divulge fenestra -62, the second screw thread hole body -63, pan portion -64, receiving cavity -65, column
Hole body -913, is contained at fin part -912 in portion -911.
Specific embodiment
According to guidelines for examination, such as " having ", "comprising" and " comprising " term used in the present invention should understand that
For the presence or addition for not allotting one or more of the other element or combinations thereof.
In the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", "vertical",
The orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is the orientation or positional relationship of general expression, is merely for convenience of
The description present invention and simplified description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with spy
Fixed orientation construction and operation, therefore be not considered as limiting the invention.In addition, term " first ", " second ", " third "
It is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase
Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can
To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary
Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete condition
Concrete meaning in invention.
As long as in addition, the non-structure each other of technical characteristic involved in invention described below different embodiments
It can be combined with each other at conflict.
Below in conjunction in the embodiment of the present invention, technical solution in the embodiment of the present invention is clearly and completely retouched
It states, it is clear that the described embodiment is only a part of the embodiment of the present invention, instead of all the embodiments.Based in the present invention
Embodiment, every other embodiment obtained by those of ordinary skill in the art without making creative efforts,
It shall fall within the protection scope of the present invention.
A kind of test tube rack device for food medicine inspection, Fig. 1 are one embodiment of the invention, specifically in conjunction with attached drawing
Bright the present embodiment includes barrel shell 1, right support block 2, left support block 3, turn-screw 4, gear set 5, rotation axis 6, refers to bar 7, turns over
Rotating plate 8, torque spring 9, mobile disk 91, threaded rod 92, connection strap 93 and cooling fin 94,
It is respectively arranged with right support block 2 and left support block 3 in barrel shell 1 and right support block 2 and left support block 3 are separately positioned on
On turn-screw 4, the setting of rotation axis 6 is provided with gear set 5 between barrel shell 1 and turn-screw 4 and rotation axis 6, refers to that bar 7 is set
Set on barrel shell 1 and be provided on returning face plate 8 refer to bar 7, be provided between returning face plate 8 and barrel shell 1 torque spring 9 and
Threaded rod 92 is arranged in rotation axis 6, mobile disk 91 is provided between threaded rod 92 and returning face plate 8 and between barrel shell 1
It is respectively arranged with connection strap 93 and cooling fin 94.
In the present embodiment, it is provided in the middle part of the block portion 11 of barrel shell 1 and accommodates hole body 13 and on a left side for block portion 11
Right side portion is respectively set to recess body 12, is provided with guide rail 14 and in recess body in the lower end surface portion for accommodating hole body 13
12 inside face is provided with sliding hole body 15, is respectively arranged with heat dissipation hole body 16 in the side surface part of block portion 11 and in block portion 11
Lower end surface portion be provided with body flange 17, be provided on body flange 17 rotation hole body 18 and accommodate hole body 13 left side
Face is provided with through hole body 19, the upper end end face portion of the inner wall of recess body 12 be set as coupling by pin shaft with returning face plate 8 and
The upper end end face portion of the inner wall of recess body 12 is set as coupling with torque spring 9, and recess body 12 is set as accommodating with mobile disk 91
Formula, which couples and accommodates hole body 13, to be respectively set to couple with right support block 2 and 3 holding type of left support block, and guide rail 14 is set respectively
Be set to couple with right support block 2 and 3 contact of left support block and slide hole body 15 be set as with refer to bar 7 couple, rotation hole body
18 are set as coupling with turn-screw 4 and are set as coupling with rotation axis 6 through hole body 19, and the side surface part of block portion 11 is set as
Couple with connection strap 93 and the side surface part of block portion 11 is set as coupling with 94 contact of cooling fin, block portion 11 is set as sq.rd
Shape body and recess body 12 are set as the poroid body of rectangle, and guide rail 14 and body flange 17 are respectively set to rectangular strip body and lead
Rail body 14 is set as the distribution before and after the cross central line of block portion 11, and body flange 17 is set as left along the vertical centerline of block portion 11
Right distribution accommodates hole body 13, sliding hole body 15, heat dissipation hole body 16, rotation hole body 18 and is respectively set to circle through hole body 19
It poroid body and slides hole body 15 and is set as inside face along recess body 12 every arranged distribution, the hole body 16 that radiates is respectively set to
Distribution is alternatively arranged in the side surface part of block portion 11.
By barrel shell 1, forms to right support block 2, left support block 3, turn-screw 4, rotation axis 6, refers to bar 7, returning face plate
8, the support tie point of torque spring 9, mobile disk 91, connection strap 93 and cooling fin 94 is realized and connection strap 93 by block portion 11
Connection, realize the connection with cooling fin 94, by recess body 12, realize the connection with returning face plate 8, realize and torsion bullet
The connection of spring 9 realizes the connection with mobile disk 91, by receiving hole body 13 and guide rail 14, realizes the company with right support block 2
It connects, realizes the connection with left support block 3, by sliding hole body 15, the connection with finger bar 7 is realized, by body flange 17 and rotation
Hole body 18 realizes the connection with turn-screw 4, by running through hole body 19, the connection with rotation axis 6 is realized, by heat dissipation hole body
16, realize that the radiating treatment to test tube, technical purpose are: for as support carrier.
In the present embodiment, right support block 2 and left support block 3 are respectively set to include wedge portions 21 and screw thread block portion 22
And the lower end surface portion of wedge portions 21 is set as coupling with screw thread block portion 22, and the first threaded hole is provided in screw thread block portion 22
Body 23 and the lower end surface portion of wedge portions 21 is provided with first groove body 24 and second mouthful of groove body 25, the first screw thread hole body 23
It is set as coupling with turn-screw 4 and first groove body 24 and second mouthful of groove body 25 is respectively set to couple with barrel shell 1, voussoir
Portion 21 is set as the wedge portions 21 of triangle blocks and right support block 2 and the wedge portions 21 of left support block 3 are set as in V word
Shape distribution, screw thread block portion 22 is set as rectangular block shape body and the first screw thread hole body 23 is provided in round poroid body, first slot
Body 24 and second mouthful of groove body 25 are respectively set to U-shaped channel-shaped body.
By right support block 2 and left support block 3, the support tie point to barrel shell 1 and turn-screw 4 is formd, by first
Mouth groove body 24 and second mouthful of groove body 25, realize the connection with barrel shell 1, by screw thread block portion 22 and the first screw thread hole body 23, realize
Connection with turn-screw 4 realizes that the support to test tube is handled, technical purpose is by wedge portions 21: for adjusting pair
Test tube bearing height.
In the present embodiment, the left end of turn-screw 4 is provided with left hand thread body 42 and on the right side of turn-screw 4
End is provided with right-handed thread body 41, and the end of turn-screw 4 is set as coupling with 1 rotary type of barrel shell and turn-screw 4
Left end is set as coupling with one of gear of gear set 5, left hand thread body 42 be set as coupling with left support block 3 and
Right-handed thread body 41 is set as coupling with right support block 2, and turn-screw 4 is provided in round rhabodoid.
By turn-screw 4, the support tie point to barrel shell 1, right support block 2, left support block 3 and gear set 5 is formd,
By turn-screw 4, the connection with barrel shell 1 is realized, realizes the connection with gear set 5, by right-handed thread body 41 and left-handed spiral shell
Line body 42 realizes the connection with right support block 2, realizes the connection with left support block 3, and technical purpose is: being used for band
Dynamic 3 relative motion of right support block 2 and left support block.
In the present embodiment, one of gear that gear set 5 is set as bevel reduction gear set and gear set 5 be set as with
Turn-screw 4 couples, and the another one gear of gear set 5 is set as coupling with rotation axis 6.
By gear set 5, form the support tie point to turn-screw 4 and rotation axis 6, by gear set 5, realize with
The connection of turn-screw 4 realizes the connection with rotation axis 6, and technical purpose is: for transmitting transfer motion power, realizing and passes
The linkage of dynamic lead screw 4 and rotation axis 6.
In the present embodiment, receiving cavity 65 is provided with and in receiving cavity in the middle part of the axle portion 61 of rotation axis 6
It is provided on 65 side wall and divulges fenestra 62, the upper end of axle portion 61 is provided with pan portion 64 and set in the upper section portion of axle portion 61
It is equipped with the second screw thread hole body 63, axle portion 61, which is set as running through formula with barrel shell 1, to be coupled, and the lower end of axle portion 61 is set as and gear set
5 another one gear couples and divulges fenestra 62 and receiving cavity 65 is respectively set to couple with mobile disk 91, and second
Screw thread hole body 63 is set as coupling with threaded rod 92 and pan portion 64 is set as coupling with 1 contact of barrel shell, and axle portion 61 is set as
It round clava and divulges fenestra 62 and is set as rectangular aperture body, the upper end port portion of the second screw thread hole body 63 is arranged in axle portion
The lower end port portion of 61 upper end end face portion and the second screw thread hole body 63 is set as being connected to receiving cavity 65, and pan portion 64 is arranged
For hexagon discoid body and receiving cavity 65 is provided in round poroid body.
By rotation axis 6, the support tie point to barrel shell 1, gear set 5, mobile disk 91 and threaded rod 92 is formd, by disk
Portion 64 realizes the connection with barrel shell 1, by axle portion 61, the connection with gear set 5 is realized, by divulging fenestra 62 and accommodating chamber
Body 65 realizes the connection with mobile disk 91, by the second screw thread hole body 63, realizes the connection with threaded rod 92, technology mesh
Be: for generating transfer motion power, realize and gear set 5 driven to work.
In the present embodiment, refer to that bar 7 is provided in round clava and refers to that bar 7 is set as coupling with 1 slidingtype of barrel shell, refer to
The external end head of bar 7 is set as returning face plate 8 and couples and refer to that bar 7 is set as being alternatively arranged distribution along the side surface part of returning face plate 8.
By referring to bar 7, the support tie point to barrel shell 1 and returning face plate 8 is formd, by finger bar 7, is realized and barrel shell 1
Connection, realizes the connection with returning face plate 8, technical purpose is: for clamping to test tube.
In the present embodiment, the upper end of returning face plate 8 is set as coupling by pin shaft with barrel shell 1 and returning face plate 8 is arranged
To couple with 9 contact of torque spring, the inside face of returning face plate 8 is set as coupling and the lateral surface of returning face plate 8 with bar 7 is referred to
Portion is set as coupling with mobile disk 91, and the lower end of returning face plate 8 is set as the upper end setting of wedge-shaped blocks and returning face plate 8
For rectangular strip body.
By returning face plate 8, the support tie point of bar 7, torque spring 9 and mobile disk 91 is formd to barrel shell 1, refers to, by turning over
Rotating plate 8 realizes the connection with barrel shell 1, realizes the connection with torque spring 9, realizes the connection with mobile disk 91, realizes
With the connection for referring to bar 7, technical purpose is: referring to that bar 7 carries out transverse shifting for pushing.
In the present embodiment, torque spring 9 be set as the pin shaft concatenation type between barrel shell 1 and returning face plate 8 couple and
One of end of torque spring 9 is set as coupling with barrel shell 1, and the another one end of torque spring 9 is set as and turns over
Rotating plate 8 couples.
By torque spring 9, form the support tie point to barrel shell 1 and returning face plate 8, by torque spring 9, realize with
The connection of barrel shell 1 realizes the connection with returning face plate 8, and technical purpose is: for realizing the reset of returning face plate 8.
In the present embodiment, mobile disk 91 is set as including column portion 911 and fin part 912 and in the upper of column portion 911
End end face portion, which is provided with, contains hole body 913, and the side surface part in column portion 911 is set as coupling and containing hole body 913 with fin part 912
It is set as coupling with threaded rod 92, column portion 911 and fin part 912 are set as and rotation axis 6 is embedded couples and fin part 912
Exterior side surface portion be set as coupling with 8 contact of returning face plate, column portion 911 is provided in round rhabodoid and contains hole body 913 and sets
It is set to T-shaped poroid body, fin part 912 is set as trapezoidal plate body and fin part 912 is set as between the periphery in column portion 911
Every arranged distribution.
By mobile disk 91, the support tie point to rotation axis 6, returning face plate 8 and threaded rod 92 is formd, by column portion 911,
The connection with rotation axis 6 is realized, by fin part 912, the connection with returning face plate 8 is realized, by containing hole body 913, realizes
With the connection of threaded rod 92, technical purpose is: rotating motive force for the generation to returning face plate 8.
In the present embodiment, the lower end of threaded rod 92 is set as T-shaped bar portion and the T-shaped bar portion of threaded rod 92 is set
Be set to and couple with 91 rotary type of mobile disk, the upper end of threaded rod 92 be arranged in the outside of the upper end end face portion of rotation axis 6 and
Threaded rod 92 is set as coupling with 6 screw-type of rotation axis.
By threaded rod 92, foring is realized the support tie point of rotation axis 6 and mobile disk 91 by threaded rod 92
With the connection of rotation axis 6, the connection with mobile disk 91 is realized, technical purpose is: for driving the progress of mobile disk 91
It moves up and down.
In the present embodiment, connection strap 93 is set as rectangular patch body and the end of connection strap 93 is set as and barrel shell 1
Connection.
By connection strap 93, the support tie point to barrel shell 1 is formd, by connection strap 93, realizes the company with barrel shell 1
It connects, technical purpose is: for interconnecting between barrel shell 1.
In the present embodiment, cooling fin 94 is set as rectangular strip body and cooling fin 94 is set as being distributed in folding mode
Between barrel shell 1.
By cooling fin 94, the support tie point to barrel shell 1 is formd, by cooling fin 94, realizes the company with barrel shell 1
It connects, technical purpose is: for carrying out radiating treatment to test tube.
In the present embodiment, barrel shell 1 and connection strap 93 and cooling fin 94 are set as dividing in the way of filling heat eliminating medium
Cloth and barrel shell 1 and right support block 2, left support block 3, turn-screw 4, gear set 5 and rotation axis 6 are set as vertical according to adjusting
The mode of bearing height is distributed, barrel shell 1 and refer to bar 7, returning face plate 8, torque spring 9, mobile disk 91 and threaded rod 92 be set as by
It is distributed according to the mode for adjusting cross-brace displacement and 7, returning face plates 8 of multiple finger bars and a torque spring 9 is set as group
At one group of cross-support members, at least three groups of cross-support members be set as being alternatively arranged along the periphery of barrel shell 1 distribution and its
In one group of cross-support members be set as coupling with mobile disk 91 and threaded rod 92.
Second embodiment of the invention, barrel shell 1, connection strap 93 and cooling fin 94 in the way of increasing radiating surface and connecing
It is coupled to each other.
In the present embodiment, cooling fin 94 is coupled with barrel shell 1 and connection strap 93 in such a way that filler piece is with body.
In the present embodiment, also include the first accessories apparatus and the first accessories apparatus is set as coupling with barrel shell 1, the
One accessories apparatus is set as including right support block 2, left support block 3, turn-screw 4, gear set 5 and rotation axis 6.
In the present embodiment, also include the second accessories apparatus and the setting of the second accessories apparatus is attached in barrel shell 1 and first
Between part device, the second accessories apparatus is set as referring to bar 7, returning face plate 8, torque spring 9, mobile disk 91 and threaded rod 92.
Second embodiment of the invention is based on one embodiment.
Below with reference to embodiment, the present invention is further described, following embodiment is intended to illustrate invention rather than to this
Invention further limits.
A kind of rack for test tube application method for food medicine inspection the steps include: to connect adjacent barrel shell 1 by connection strap 93
It is connected together, cooling fin 94 is mounted between barrel shell 1, to the test tube of different size, connect by spanner with pan portion 64, driven
Axle portion 61 is rotated in hole body 19, and axle portion 61 drives gear set 5 to work, and gear set 5 drives turn-screw 4 in rotation hole body
It is rotated in 18, when turn-screw 4 rotates clockwise, the first groove body 24 of right support block 2 and second mouthful of 25 He of groove body
The first groove body 24 of left support block 3 and second mouthful of groove body 25 are mobile in guide rail 14,2 the first screw thread hole body of right support block
23 move inward on right-handed thread body 41, and the first screw thread hole body 23 of left support block 3 moves inward on left hand thread body 42,
Close up the V-shaped slot between the wedge portions 21 of right support block 2 and the wedge portions 21 of left support block 3, becomes receiving hole body 13
Shallow bore hole body, when turn-screw 4 rotates counterclockwise, the first groove body 24 of right support block 2 and second mouthful of groove body 25 and left support
The first groove body 24 of block 3 and second mouthful of groove body 25 are mobile in guide rail 14, and 2 the first screw thread hole body 23 of right support block is on the right side
It is displaced outwardly on rotation threaded body 41, the first screw thread hole body 23 of left support block 3 is displaced outwardly on left hand thread body 42, makes the right side
V-shaped slot separation between the wedge portions 21 of supporting block 2 and the wedge portions 21 of left support block 3 makes to accommodate hole body 13 as deep hole
Body is connect by spanner with pan portion 64, and axle portion 61 is in not rotary state, when threaded rod 92 rotates clockwise, threaded rod
92 rotate in the second screw thread hole body 63 and containing hole body 913, drive column portion 911 to move down, fin part 912 overcomes torsion bullet
The spring energy storage of spring 9 pushes one of returning face plate 8 to move inward, and the finger bar 7 on one of returning face plate 8 moves inward, and makes
Aperture between the finger bar 7 on other returning face plates 8 becomes smaller, and when threaded rod 92 rotates counterclockwise, threaded rod 92 is in the second spiral shell
It is rotated in pit body 63 and containing hole body 913, column portion 911 is driven to move up, under the spring energy storage effect of torque spring 9,
One of returning face plate 8 is displaced outwardly, and the finger bar 7 on one of returning face plate 8 is displaced outwardly, make on other returning face plates 8
Refer to that the aperture between bar 7 becomes larger, test tube is put into the wedge portions 21 of right support block 2 and the wedge portions 21 of left support block 3, refers to bar
Between 7, the heat of test tube is transmitted on cooling fin 94 by the hole body 16 that radiates, and the heat of test tube is distributed by cooling fin 94.
The present invention has the following characteristics:
1, due to devising barrel shell 1, connection strap 93 and cooling fin 94, by barrel shell 1 and connection strap 93, test tube bracket is formd,
By cooling fin 94, accelerates distributing for test tube heat, be no longer all using test tube case or rack for test tube and due to test tube case or examination
The heat dissipation area of pipe support is in limitation area, therefore improves the heat dissipation effect of test tube and the efficiency of food medicine inspection.
2, due to devising right support block 2, left support block 3, turn-screw 4, gear set 5 and rotation axis 6, height is formd
Regulating member meets the needs to test tube length scale.
3, refer to bar 7, returning face plate 8, torque spring 9, mobile disk 91 and threaded rod 92 due to devising, form clamping and adjust
Component meets the needs to test tube diameter.
4, due to devising cooling fin 94, supported weight is increased, the stability for placing test tube is improved.
5, due to devising technical characteristic of the invention, in the effect of the independent and mutual set of technical characteristic,
By experiments have shown that, performance indexes of the invention be existing performance indexes be at least 1.7 times, pass through assessment tool
There is good market value.
There are also others with the technical characteristic that barrel shell 1, connection strap 93 and the cooling fins 94 that radiating surface connects couple is increased all is
One of the embodiment of the present invention, and each technical characteristic of embodiment described above can be combined arbitrarily, it is special to meet
The requirement of sharp method, patent regulation and guidelines for examination, it is no longer all possible to each technical characteristic in above-described embodiment
Combined embodiment is all described.
Above-described embodiment is one kind of the test tube rack device provided by the present invention for food medicine inspection and application method
Way of realization, other deformations of provided scheme, increase and perhaps reduce composition therein or step or incite somebody to action according to the present invention
The present invention is all belonged to the scope of protection of the present invention for other technical fields close with the present invention.
Claims (10)
1. a kind of test tube rack device for food medicine inspection, it is characterized in that: including for holding the barrel shell of test tube (1), setting
Between barrel shell (1) and it is used for the connection strap (93) that barrel shell (1) links together, is arranged between barrel shell (1) and uses
In the cooling fin (94) for distributing test tube heat.
2. the test tube rack device according to claim 1 for food medicine inspection, it is characterized in that: according to increasing what radiating surface connect
Mode is coupled to each other barrel shell (1), connection strap (93) and cooling fin (94).
3. the test tube rack device according to claim 2 for food medicine inspection, it is characterized in that: the side according to filler piece with body
Formula couples cooling fin (94) with barrel shell (1) and connection strap (93).
4. the test tube rack device according to claim 2 for food medicine inspection, it is characterized in that: also including the first attachment dress
It sets and the first accessories apparatus is set as coupling with barrel shell (1), it includes right support block (2) that the first accessories apparatus, which is set as, left
Supporting block (3), turn-screw (4), gear set (5) and rotation axis (6),
Or, also include that the second accessories apparatus and the second accessories apparatus are arranged between barrel shell (1) and the first accessories apparatus, the
Two accessories apparatus are set as referring to bar (7), returning face plate (8), torque spring (9), mobile disk (91) and threaded rod (92).
5. the test tube rack device according to claim 4 for food medicine inspection, it is characterized in that: being set respectively in barrel shell (1)
It is equipped with right support block (2) and left support block (3) and right support block (2) and left support block (3) is separately positioned on turn-screw (4)
On, rotation axis (6) setting is provided with gear set (5) between barrel shell (1) and turn-screw (4) and rotation axis (6), refers to bar
(7) setting is provided on barrel shell (1) and on returning face plate (8) refers to bar (7), is arranged between returning face plate (8) and barrel shell (1)
There is torque spring (9) and threaded rod (92) is arranged in rotation axis (6), is arranged between threaded rod (92) and returning face plate (8)
There is mobile disk (91) and is respectively arranged with connection strap (93) and cooling fin (94) between barrel shell (1).
6. the test tube rack device according to claim 5 for food medicine inspection, it is characterized in that: the block portion in barrel shell (1)
(11) middle part, which is provided with, to be accommodated hole body (13) and is respectively set to recess body (12) in the left and right side portion of block portion (11),
The lower end surface portion for accommodating hole body (13) is provided with guide rail (14) and the inside face of recess body (12) is provided with cunning
Dynamic hole body (15) are respectively arranged with heat dissipation hole body (16) in the side surface part of block portion (11) and in the lower end surface portion of block portion (11)
Body flange (17) are provided with, rotation hole body (18) is provided on body flange (17) and are set in the left side for accommodating hole body (13)
It is equipped with through hole body (19), the upper end end face portion of the inner wall of recess body (12) is set as coupling simultaneously by pin shaft with returning face plate (8)
And the upper end end face portion of the inner wall of recess body (12) is set as coupling with torque spring (9), recess body (12) is set as and movement
Disk (91) holding type, which couples and accommodates hole body (13), to be respectively set to join with right support block (2) and left support block (3) holding type
It connects, guide rail (14), which is respectively set to couple and slide hole body (15) with right support block (2) and left support block (3) contact, to be set
Be set to and couple with bar (7) are referred to, rotation hole body (18) be set as coupling with turn-screw (4) and run through hole body (19) be set as and
Rotation axis (6) connection, the side surface part of block portion (11) is set as coupling with connection strap (93) and the side surface part of block portion (11) is arranged
To couple with cooling fin (94) contact, block portion (11) be set as rectangular bars body and recess body (12) to be set as rectangle poroid
Body, guide rail (14) and body flange (17) are respectively set to rectangular strip body and guide rail (14) is set as along block portion (11)
Distribution before and after cross central line, body flange (17) are set as being distributed along vertical centerline of block portion (11) or so, accommodate hole body
(13), hole body (15), heat dissipation hole body (16), rotation hole body (18) are slided and is respectively set to round poroid body through hole body (19)
And it slides hole body (15) and is set as the inside face along recess body (12) every arranged distribution, heat dissipation hole body (16) is respectively set to
Distribution is alternatively arranged in the side surface part of block portion (11).
7. the test tube rack device according to claim 5 for food medicine inspection, it is characterized in that: connection strap (93) is set as square
The end of shape plates and connection strap (93) is set as coupling with barrel shell (1),
Or, cooling fin (94) is set as rectangular strip body and cooling fin (94) is set as being distributed in barrel shell (1) in folding mode
Between.
8. the test tube rack device according to claim 5 for food medicine inspection, it is characterized in that: right support block (2) He Zuozhi
Bracer (3) be respectively set to include wedge portions (21) and screw thread block portion (22) and wedge portions (21) the setting of lower end surface portion
To couple with screw thread block portion (22), the first screw thread hole body (23) is provided in screw thread block portion (22) and in wedge portions (21)
Lower end surface portion is provided with first groove body (24) and second mouthful of groove body (25), and the first screw thread hole body (23) is set as and driving wire
Thick stick (4) couples and first groove body (24) and second mouthful of groove body (25) are respectively set to couple with barrel shell (1), wedge portions (21)
The wedge portions (21) of the wedge portions (21) and left support block (3) that are set as triangle blocks and right support block (2) are set as
Be in the shape of the letter V distribution, and screw thread block portion (22) is set as rectangular block shape body and the first screw thread hole body (23) is provided in round poroid body,
First groove body (24) and second mouthful of groove body (25) are respectively set to U-shaped channel-shaped body,
Or, the left end in turn-screw (4) is provided with left hand thread body (42) and is arranged in the right end of turn-screw (4)
Have right-handed thread body (41), the end of turn-screw (4) is set as coupling with barrel shell (1) rotary type and turn-screw (4)
Left end is set as coupling with one of gear of gear set (5), and left hand thread body (42) is set as joining with left support block (3)
It connecing and right-handed thread body (41) is set as coupling with right support block (2), turn-screw (4) is provided in round rhabodoid,
Or, one of gear that gear set (5) is set as bevel reduction gear set and gear set (5) is set as and turn-screw
(4) coupling, the another one gear of gear set (5) is set as coupling with rotation axis (6),
Or, the middle part in the axle portion (61) of rotation axis (6) is provided with receiving cavity (65) and in the side of receiving cavity (65)
It is provided on wall and divulges fenestra (62), the upper end of axle portion (61) is provided with pan portion (64) and in the upper section portion of axle portion (61)
It is provided with the second screw thread hole body (63), axle portion (61), which is set as running through formula with barrel shell (1), to be coupled, the lower end setting of axle portion (61)
It is respectively set to and moves to couple and divulging fenestra (62) and receiving cavity (65) with the another one gear of gear set (5)
Moving plate (91) connection, the second screw thread hole body (63) is set as coupling with threaded rod (92) and pan portion (64) is set as and barrel shell
(1) contact couples, and axle portion (61), which is provided in round clava and divulges fenestra (62), is set as rectangular aperture body, the second spiral shell
The upper end port portion of pit body (63) is arranged at the upper end end face portion of axle portion (61) and the lower end end of the second screw thread hole body (63)
Oral area is set as being connected to receiving cavity (65), and pan portion (64) is set as hexagon discoid body and receiving cavity (65) is set as
Round poroid body,
Or, referring to that bar (7) is provided in round clava and refers to that bar (7) is set as coupling with barrel shell (1) slidingtype, refer to bar (7)
External end head is set as returning face plate (8) and couples and refer to that bar (7) is set as being alternatively arranged distribution along the side surface part of returning face plate (8),
Or, the upper end of returning face plate (8) is set as coupling by pin shaft with barrel shell (1) and returning face plate (8) is set as and torsion
The connection of spring (9) contact, the inside face of returning face plate (8) are set as coupling and the lateral surface of returning face plate (8) with finger bar (7)
Portion is set as coupling with mobile disk (91), and the lower end of returning face plate (8) is set as the upper end of wedge-shaped blocks and returning face plate (8)
Head is set as rectangular strip body,
Or, the pin shaft concatenation type that torque spring (9) is set as between barrel shell (1) and returning face plate (8) couples and torque spring
(9) one of end is set as coupling with barrel shell (1), and the another one end of torque spring (9) is set as and overturns
Plate (8) connection,
Or, mobile disk (91) is set as including column portion (911) and fin part (912) and in the upper end end face of column portion (911)
Portion, which is provided with, contains hole body (913), and the side surface part of column portion (911) is set as coupling with fin part (912) and contains hole body
(913) it is set as coupling with threaded rod (92), column portion (911) and fin part (912) are set as and rotation axis (6) is embedded couples
And the exterior side surface portion of fin part (912) is set as coupling with returning face plate (8) contact, and column portion (911) are provided in round rod-shaped
Body and contain hole body (913) and be set as T-shaped poroid body, fin part (912) is set as trapezoidal plate body and fin part
(912) it is set as being alternatively arranged distribution along the periphery of column portion (911),
Or, the lower end of threaded rod (92) is set as T-shaped bar portion and the T-shaped bar portion of threaded rod (92) is set as and movement
The connection of disk (91) rotary type, outside and screw thread of the upper end setting of threaded rod (92) in the upper end end face portion of rotation axis (6)
Bar (92) is set as coupling with rotation axis (6) screw-type.
9. the test tube rack device according to claim 5 for food medicine inspection, it is characterized in that: barrel shell (1) and connection strap
(93) and cooling fin (94) is set as being distributed in the way of filling heat eliminating medium and barrel shell (1) and right support block (2), left branch
Bracer (3), turn-screw (4), gear set (5) and rotation axis (6) are set as being distributed in the way of adjusting vertical supporting height,
Barrel shell (1) and finger bar (7), returning face plate (8), torque spring (9), mobile disk (91) and threaded rod (92) are set as horizontal according to adjusting
It is distributed to the mode of bracing displacement and multiple finger bars (7), a returning face plate (8) and a torque spring (9) is set as forming
One group of cross-support members, at least three groups of cross-support members be set as being alternatively arranged along the periphery of barrel shell (1) distribution and its
In one group of cross-support members be set as coupling with mobile disk (91) and threaded rod (92).
10. a kind of rack for test tube application method for food medicine inspection, it is characterized in that: the steps include: through connection strap (93) phase
Adjacent barrel shell (1) links together, and cooling fin (94) is mounted between barrel shell (1), to the test tube of different size, passes through spanner
It is connect with pan portion (64), drives axle portion (61) in the rotation in hole body (19), axle portion (61) drives gear set (5) work, tooth
Wheel group (5) drives turn-screw (4) to be rotated in rotation hole body (18), when turn-screw (4) rotates clockwise, right branch
The first groove body (24) of the first groove body (24) of bracer (2) and second mouthful of groove body (25) and left support block (3) and second mouthful
Groove body (25) is mobile in guide rail (14), and 2 the first screw thread hole body (23) of right support block is inside on right-handed thread body (41)
Mobile, the first screw thread hole body (23) of left support block (3) moves inward on left hand thread body (42), makes right support block (2)
V-shaped slot between wedge portions (21) and the wedge portions (21) of left support block (3) closes up, and makes to accommodate hole body (13) as shallow bore hole
Body, when turn-screw (4) rotates counterclockwise, the first groove body (24) of right support block (2) and second mouthful of groove body (25) and a left side
The first groove body (24) of supporting block (3) and second mouthful of groove body (25) are mobile in guide rail (14), 2 the first spiral shell of right support block
Pit body (23) is displaced outwardly on right-handed thread body (41), and the first screw thread hole body (23) of left support block (3) is in left hand thread
Body is displaced outwardly on (42), makes the V word between the wedge portions (21) of right support block (2) and the wedge portions (21) of left support block (3)
The separation of shape slot makes to accommodate hole body (13) as deep hole body, is connect by spanner with pan portion (64), axle portion (61) are in and are not rotated
State, when threaded rod (92) rotates clockwise, threaded rod (92) is in the second screw thread hole body (63) and contains hole body (913) transfer
It is dynamic, drive column portion (911) to move down, fin part (912) overcomes the spring energy storage of torque spring (9) to push one of overturning
Plate (8) moves inward, and the finger bar (7) on one of returning face plate (8) moves inward, and makes and the finger bar on other returning face plates (8)
(7) aperture between becomes smaller, and when threaded rod (92) rotates counterclockwise, threaded rod (92) is in the second screw thread hole body (63) and contains
Rotation in hole body (913), drives column portion (911) to move up, under the spring energy storage effect of torque spring (9), one of them
Returning face plate (8) is displaced outwardly, and the finger bar (7) on one of returning face plate (8) is displaced outwardly, make on other returning face plates (8)
Refer to that the aperture between bar (7) becomes larger, test tube is put into the wedge portions (21) of right support block (2) and the wedge portions of left support block (3)
(21) on, refer between bar (7), the heat of test tube is transmitted on cooling fin (94) by heat dissipation hole body (16), by cooling fin (94)
The heat of test tube is distributed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910108749.0A CN109772493A (en) | 2019-02-03 | 2019-02-03 | Test tube rack device and application method for food medicine inspection |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910108749.0A CN109772493A (en) | 2019-02-03 | 2019-02-03 | Test tube rack device and application method for food medicine inspection |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109772493A true CN109772493A (en) | 2019-05-21 |
Family
ID=66504313
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910108749.0A Pending CN109772493A (en) | 2019-02-03 | 2019-02-03 | Test tube rack device and application method for food medicine inspection |
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| Country | Link |
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| CN (1) | CN109772493A (en) |
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| CN208449383U (en) * | 2018-04-24 | 2019-02-01 | 左进山 | A kind of clinical laboratory's kit of good heat dissipation effect |
| CN208449380U (en) * | 2018-03-29 | 2019-02-01 | 郑州工业应用技术学院 | A kind of medical test acquisition sample placement cabinet |
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|---|---|---|---|---|
| US20040050836A1 (en) * | 2000-09-29 | 2004-03-18 | Nesbitt Geoffrey John | Assembly of an integrated vessel transporter and at least one reaction vessel and integrated vessel transporter for transporting a chemical substance |
| CN204234123U (en) * | 2014-11-24 | 2015-04-01 | 南阳医学高等专科学校第一附属医院 | Heparin tube holder |
| CN205672961U (en) * | 2016-06-22 | 2016-11-09 | 张海艳 | Medical science detection test tube rack |
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| CN207823083U (en) * | 2017-12-27 | 2018-09-07 | 中国计量大学 | A kind of rack for test tube with cold storage function |
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