CN206868262U - One kind blood sampling blood sample frame - Google Patents
One kind blood sampling blood sample frame Download PDFInfo
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- CN206868262U CN206868262U CN201720673696.3U CN201720673696U CN206868262U CN 206868262 U CN206868262 U CN 206868262U CN 201720673696 U CN201720673696 U CN 201720673696U CN 206868262 U CN206868262 U CN 206868262U
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- chute
- test tube
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- sliding block
- tube base
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Abstract
The utility model is a kind of blood sampling blood sample frame, including housing and test tube base, test tube base is provided with cuvette groove, the inner walls are provided with chute A, the test tube base is located at housing cavity, and carriage is provided between test tube base and chute A, the carriage includes sliding block A, slide block B, spring and limited block, the sliding block A and slide block B are in chute A, the sliding block A and slide block B are mutually slidably connected, and sliding block A and slide block B are slided with respect to chute A, the limited block is connected with test tube base, and limited block engages with chute A upper end, connected between limited block and the sliding block A by spring, limited block slides on chute A, moved upwards with the motion driving test tube base of spring when limited block departs from chute A.Compared with prior art, the utility model avoid more people, multigroup blood sampling test tube mixing caused by examine with classification trouble, can independently place one, multinomial blood sample, improve operating efficiency.
Description
Technical field
Medical experiment utensil is the utility model is related to, is specifically a kind of blood sampling blood sample frame.
Background technology
The blood collection test tube holder of clinical laboratory of the prior art is typically a bigger shelf, is set very on shelf
Multiple spaces that can place blood sampling test tube, so this support can place many blood sampling test tubes simultaneously, this support exists
Carry out concentrate blood sampling when it is practical, but in clinic often exist to single patient, the single disease being particularly just admitted to hospital
People carries out liquid detection, and most of blood tests, and Testing index is more, and to different Testing index, blood sample disposal is wanted
Ask and be also not quite similar.Therefore, during clinical blood sampling, typically using multiple different vacuum blood collection tubes, disposably gathered by vein
Blood sample, and be stored in different heparin tubes.
Multinomial blood testing needs to collect multigroup heparin tube, it would be desirable to knows in blood sampling tube wall subscript and is put into general blood vessel
On support, such operator scheme is easy to cause when being not easy to find when putting confusion, taking, dallying over one's work of blood sample
Between, operating efficiency is reduced, and in clinical practice, the mark of heparin tube needs to crosscheck, and verification every time is required for adopting
Blood vessel takes out from support, and this method is time-consuming and easily causes heparin tube to crush.
The utility model proposes one kind blood sampling blood sample frame, one, multinomial blood sample can be independently placed, is avoided
More people, multigroup blood sampling test tube mixing caused by examine with classification trouble.
Utility model content
Technical problem to be solved in the utility model be that of avoiding more people, multigroup blood sampling test tube mixing caused by inspection
With the trouble of classification, one, multinomial blood sample can be independently placed, the time is saved, improves operating efficiency.
To achieve the above object, the utility model provides following technical scheme：One kind blood sampling blood sample frame, including shell
Body (1) and test tube base (2), the test tube base (2) are provided with tube seat (9), it is characterised in that：On housing (1) inwall
Provided with chute A (3), the test tube base (2) is located at housing (1) inner chamber, and is provided with and slides between test tube base (2) and chute A (3)
Dynamic device,
The structure of the carriage is：It is described comprising sliding block A (41), slide block B (42), spring (5) and limited block (6)
In chute A (3), the sliding block A (41) and slide block B (42) are mutually slidably connected, described for sliding block A (41) and slide block B (42)
Sliding block A (41) and slide block B (42) are slided with respect to chute A (3), and the limited block (6) is connected with test tube base (2), and limited block
(6) it is mutually clamped and relative can slides with chute A (3), between the limited block (6) and sliding block A (41) by spring (5) even
Connect, the limited block (6) is slided on chute A (3), when limited block (6) departs from chute A (3) with the motion of spring (5)
Test tube base (2) is driven to move upwards；
During actual use, the chute A (3) is " C " shape structure, and the limited block (6) is " work " shape structure, described spacing
Two " work " shape openends of block (6) engage with chute A (3) " C " shape openend, and test tube base (2) is connected with limited block (6),
It is connected between limited block (6) and sliding block A (41) by spring (5), pulls out test tube base (2), sliding block A (41) is in chute A
(3) slid in and out therewith in, while drive limited block (6) to slide in and out, when test tube base (2) outwards moves certain degree to,
A part of sliding block A (41) progressively disengages chute A (3), and limited block (6) also departs from chute A (3) therewith, the limited block (6) with
Connecting spring (5) between sliding block A (41), and the spring (5) is in compression shape when limited block (6) is without departing from chute A (3)
State, the disengaging chute A (3) of limited block (6) when test tube base (2) stretches out so that spring (5) reinstatement state is upward
Stretching, extension, while drive the limited block (6) being attached thereto and test tube base (2) to move upwards so that blood sample test tube of taking facilitates fast
Victory, finished when taking, test tube base (2) can be pushed back to housing (1) by pressing down on test tube base (2).
Or test tube base (2) side wall is provided with chute B (7), the structure of the carriage is：Include sliding block C
(8), the one end of the sliding block C (8) is in chute A (3), and in chute B (7), the sliding block C (8) exists for the other end
Arbitrarily slided between chute A (3) and chute B (7).
During actual use, the chute B (7) is " C " shape structure, and the sliding block C (8) is dumbbell shaped, and one end is located at cunning
In groove A (3), the other end pulls out test tube base (2) in chute B (7), sliding block C (8) in chute A (3) from inside to outside
Slide, test tube base (2), chute B (7) opposing slider B are pulled up again when test tube base (2) slide outwardlys into certain position
(7) upward sliding, test tube base (2) is driven to move upwards, the position for reaching certain is taken required blood sample test tube, is finally pressed downwards
Test tube base (2) is pressed, and test tube base (2) pushed home is put.
Further, sliding block A (41) slide block B (42) and chute A (3) on be equipped with stopper (11), the cunning
It is relatively sliding to limit sliding block A (41) and slide block B (42) for stopper (11) when block A (41) and slide block B (42) are slided with respect to chute A (3)
Groove A (3) sliding scale.
The slide block B (42) can be "u"-shaped and relative chute A (3) is slided in chute A (3), the sliding block
A (41) is the inner chamber that platy structure is located at slide block B (42), is equipped with the sliding block A (41), slide block B (42) and chute A (3)
Stopper (11), the sliding block A (41) are connected with spring (5), with sliding in and out for test tube base (2), band movable slider A (41)
Opposing slider B (42) is slid in and out, and the stopper slid a distance between sliding block A (41) and slide block B (42) is in contact,
Slide block B (42) prevents sliding block A (41) from sliding alone, and sliding block A (41) drives slide block B (42) to slide in and out, and realizes test tube base (2)
Stretch out, when test tube base (2) slides into a certain distance, slide block B (42) and chute A (41) stopper connect
Touch, prevent the slip of sliding block A (41) and slide block B (42).
Or the sliding block A (41) can be "u"-shaped, slide block B (42) is platy structure, the sliding block A (41) with
Slide block B (42) engages, and sliding block A (41) and slide block B (42) have the trend of relative slip.The sliding block A (41), slide block B (42)
With stopper (11) is equipped with chute A (3), the sliding block A (41) is connected with spring (5), with test tube base (2) to
Outer slip, band movable slider A (41) opposing slider B (42) slide in and out, and slide a distance sliding block A (41) and slide block B (42)
Between stopper be in contact, slide block B (42) prevent sliding block A (41) slide alone, sliding block A (41) drive slide block B (42) to
Outer slip, stretching out for test tube base (2) is realized, when test tube base (2) slides into a certain distance, slide block B (42) and cunning
Groove A (41) stopper is in contact, and prevents the slip of sliding block A (41) and slide block B (42).
Further, the test tube base (2) is provided with some cuvette grooves (9), and cuvette groove (9) inwall is provided with
Elastic bumps (10).
Cuvette groove (9) inwall is provided with elastic bumps (10), ensures test tube in cuvette groove (9) more when laying test tube
Add stabilization.
Described blood sampling blood sample test tube frame can be frame structure, and described test tube base (2) is wrapped located at frame structure
In the region contained, described chute A (3) on the support body, sliding type of the test tube base (2) on support body with it is above-described
Sliding type in housing is identical.
Compared with prior art, it is easily chaotic to solve the problems, such as that more people, more blood sample test tubes place for the utility model, just uses
One, the blood sample test tube rack of single lattice were not only easily distinguished and place but also easily take, and saved the time, improved operating efficiency.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is Figure 1A-A direction structure schematic diagrames.
Fig. 3 is Figure 1B-B direction structure schematic diagrames.
Fig. 4 is the structural representation of embodiment 2.
Fig. 5 is Fig. 3 overlooking the structure diagram.
Reference
1 is housing, and 2 be test tube base, and 3 be chute A, and 41 sliding block A, 42 be slide block B, and 5 be spring, and 6 be limited block, and 7 are
Chute B, 8 be sliding block C, and 9 be cuvette groove, and 10 be elastic bumps, and 11 be stopper.
Embodiment
The following detailed description of preferred embodiment of the present utility model.
Embodiment 1：With reference to Fig. 1 and 2, for the structural representation of the utility model embodiment 1, one kind blood sampling blood sample
Frame, including housing 1 and test tube base 2, the test tube base 2 are provided with tube seat 9, it is characterised in that：Set on the inwall of housing 1
There is chute A3, the test tube base 2 is located at the inner chamber of housing 1, and carriage is provided between test tube base 2 and chute A3, described
The structure of carriage is：Comprising sliding block A41, slide block B 42, spring 5 and limited block 6, the sliding block A41 and slide block B 42 are located at
In chute A3, the sliding block A41 and slide block B 42 are mutually slidably connected, and sliding block A41 and slide block B 42 are slided with respect to chute A3, institute
State limited block 6 to be connected with test tube base 2, and limited block 6 engages with chute A3 upper end, the limited block 6 and sliding block A41
Between connected by spring 5, the limited block 6 slides on chute A3, when limited block 6 depart from chute A3 when with spring 5
Motion driving test tube base 2 moves upwards.
Stopper 11 is equipped with the sliding block A41, slide block B 42 and chute A3, the sliding block A41 and slide block B 42 are relative
Stopper 11 limits the sliding scale of sliding block A41 and slide block B 42 with respect to chute A3 when chute A3 is slided.
During actual use, test tube base 2 is connected with limited block 6, is connected between limited block 6 and sliding block A41 by spring 5,
Test tube base 2 is pulled out, sliding block A41 slides in and out therewith in chute A3, while drives limited block 6 to slide in and out, and works as examination
Ttom of pipe seat 2 outwards moves certain degree to, and a part of sliding block 4 progressively disengages chute A3, and limited block 6 also departs from chute A3 therewith,
Connecting spring 5 between the limited block 6 and sliding block A41, and the spring 5 is in compression when limited block 6 is without departing from chute A3
State, the disengaging chute A3 of limited block 6 when test tube base 2 stretches out so that the reinstatement state of spring 5 stretches upwards, together
When drive the limited block 6 that is attached thereto and test tube base 2 to move upwards so that blood sample test tube of taking is convenient and swift, when having taken
Finish, test tube base 2 housing 1 can be pushed back by pressing down on test tube base 2.
Embodiment 2：Compared with Example 1, difference in this case is that：The slide block B 42 can be "u"-shaped and
Relative chute A3 is slided in chute A3, and the sliding block A41 is platy structure located at the inner chamber of slide block B 42, the sliding block
Stopper 11 is equipped with A41, slide block B 42 and chute A3, the sliding block A41 is connected with spring 5, with test tube base 2 to
Outer slip, band movable slider A41 opposing sliders B42 slide in and out, and slide a distance the resistance between sliding block A41 and slide block B 42
Block is in contact, and slide block B 42 prevents sliding block A41 from sliding alone, and sliding block A41 drives slide block B 42 to slide in and out, and realizes test tube bottom
Seat 2 stretches out, and when test tube base 2 slides into a certain distance, slide block B 42 and chute A41 stopper are in contact,
Prevent the slip of sliding block A41 and slide block B 42.
Embodiment 3：Compared with Examples 1 and 2, difference in this case is that：The sliding block A41 can be " u "-shaped knot
Structure, slide block B 42 are platy structure, and the sliding block A41 engages with slide block B 42, and sliding block A41 and slide block B 42 have relative slip
Trend.Stopper 11 is equipped with the sliding block A41, slide block B 42 and chute A3, the sliding block A41 is connected with spring 5, with
Test tube base 2 slides in and out, and band movable slider A41 opposing sliders B42 slides in and out, and slides a distance sliding block A41 and cunning
Stopper between block B42 is in contact, and slide block B 42 prevents sliding block A41 from sliding alone, and sliding block A41 drives slide block B 42 outside
Slide, stretching out for test tube base 2 is realized, when test tube base 2 slides into a certain distance, slide block B 42 and chute A41 resistance
Block is in contact, and prevents the slip of sliding block A41 and slide block B 42.
Embodiment 4：Reference Figure 4 and 5, it is the structural representation of the utility model embodiment 4, compared with above example,
Difference in this case is that：The test tube base 2 is provided with chute B7, and the structure of the carriage is：Comprising sliding block C8,
The sliding block C8 is dumbbell shaped, and the one end of the sliding block C8 is in chute A3, and the other end is in chute B7, the cunning
Block C8 is arbitrarily slided between chute A3 and chute B7.
During actual use, the chute B7 is " C " shape structure, and the sliding block C8 is dumbbell shaped, and one end is located at chute A3
Interior, the other end pulls out test tube base 2, sliding block C8 is slided from inside to outside in chute A3, when test tube base in chute B7
2 slide outwardly into certain position pulls up test tube base 2 again, chute B7 opposing slider B7 upward slidings, drives test tube bottom
Seat 2 upwards take required blood sample test tube by motion, the position for reaching certain, finally presses down on test tube base 2, and by test tube base
2 pushed homes are put.
Embodiment 5：Reference Figure 4 and 5, it is the structural representation of the utility model embodiment 5, compared with above example,
Difference in this case is that：The test tube base 2 is provided with some cuvette grooves 9, and it is convex that the inwall of cuvette groove 9 is provided with elasticity
Play 10.
The inwall of cuvette groove 9 is provided with elastic bumps 10, ensures that test tube is more stable in cuvette groove 9 when laying test tube.
Embodiment 6：Compared with above example, difference in this case is that：One kind blood sampling blood sample frame, including frame
Body and test tube base 2, the test tube base 2 are provided with tube seat 9, and the support body is provided with chute A3, and the test tube base 2 is located at
Support body area encompassed, and carriage is provided between test tube base 2 and chute A3.
Above-described is only preferred embodiment of the present utility model, it is noted that for the ordinary skill of this area
For personnel, on the premise of not departing from the utility model and creating design, some changes and improvements can also be made, these all belong to
In the scope of protection of the utility model.
Claims (3)
1. one kind blood sampling blood sample frame, including housing (1) and test tube base (2), the test tube base (2) are provided with cuvette groove
(9), it is characterised in that：Housing (1) inwall is provided with chute A (3), and the test tube base (2) is located at housing (1) inner chamber,
And carriage is provided between test tube base (2) and chute A (3),
The structure of the carriage is：Include sliding block A (41), slide block B (42), spring (5) and limited block (6), the sliding block A
(41) and slide block B (42) is in chute A (3), and the sliding block A (41) and slide block B (42) are mutually slidably connected, the sliding block A
(41) slided with slide block B (42) with respect to chute A (3), the limited block (6) is connected with test tube base (2), and limited block (6) and
Chute A (3) is mutually clamped and relative can slided, and is connected between the limited block (6) and sliding block A (41) by spring (5), described
Limited block (6) is slided on chute A (3), and test tube is driven with the motion of spring (5) when limited block (6) departs from chute A (3)
Base (2) moves upwards；
Or the test tube base (2) is provided with chute B (7), the structure of the carriage is：It is described comprising sliding block C (8)
Sliding block C (8) is dumbbell shaped, and the one end of the sliding block C (8) is in chute A (3), and the other end is in chute B (7), institute
State sliding block C (8) and arbitrarily slided between chute A (3) and chute B (7).
2. blood sampling blood sample frame as claimed in claim 1, it is characterised in that：The sliding block A (41), slide block B (42) and cunning
Stopper (11) when stopper (11), the sliding block A (41) and slide block B (42) are slided with respect to chute A (3) is equipped with groove A (3)
Limit the sliding scale of sliding block A (41) and slide block B (42) with respect to chute A (3).
3. blood sampling blood sample frame as claimed in claim 1 or 2, it is characterised in that：Cuvette groove (9) inwall is provided with bullet
Property raised (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720673696.3U CN206868262U (en) | 2017-06-07 | 2017-06-07 | One kind blood sampling blood sample frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720673696.3U CN206868262U (en) | 2017-06-07 | 2017-06-07 | One kind blood sampling blood sample frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206868262U true CN206868262U (en) | 2018-01-12 |
Family
ID=61333032
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720673696.3U Active CN206868262U (en) | 2017-06-07 | 2017-06-07 | One kind blood sampling blood sample frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206868262U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111569978A (en) * | 2020-06-03 | 2020-08-25 | 何振汉 | Clinical laboratory uses test tube strorage device |
-
2017
- 2017-06-07 CN CN201720673696.3U patent/CN206868262U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111569978A (en) * | 2020-06-03 | 2020-08-25 | 何振汉 | Clinical laboratory uses test tube strorage device |
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