CN205128013U - But plug -in type vacuum test tube frame - Google Patents
But plug -in type vacuum test tube frame Download PDFInfo
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- CN205128013U CN205128013U CN201520722597.0U CN201520722597U CN205128013U CN 205128013 U CN205128013 U CN 205128013U CN 201520722597 U CN201520722597 U CN 201520722597U CN 205128013 U CN205128013 U CN 205128013U
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- plugboard
- side plate
- test tube
- blood collection
- thickness
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Abstract
The utility model provides a but plug -in type vacuum test tube frame, top plate (1) including rectangular shape, well plywood (4) and lower plywood (7), the top plate, the both sides limit of well plywood and lower plywood is respectively by a curb plate (5, 9 )Looks be connected together, there is one row of test tube to insert discharge hole (2) on the top plate, have on the well plywood and insert the discharge hole with the test tube of the same quantity of top plate, test tube on the top plate is inserted the discharge hole and is inserted discharge hole relative up -down one by one with the test tube on the well plywood, respectively there is a grafting device on the surface of two blocks of curb plates, but two disconnect formula vacuum test tube framves can rely on this grafting device interconnect together. During the use, a patient uses a vacuum test tube frame, when taking a blood sample to many patients simultaneously, can rely on on the surface of curb plate the grafting device with a plurality of vacuum test tubes frame interconnect together, convenient to carry also easily distinguishes different patients' vacuum test tube and comes, is convenient for check.
Description
Technical field
The utility model relates to a kind of therapeutic medical utensil, a kind of insertable type vacuum blood collection pipe support.
Background technology
Extensive use vacuum test tube carrys out collecting blood sample clinically at present, and vacuum blood collection pipe support is the utensil for fixing vacuum test tube.The vacuum test tube shelf structure volume of extensive use is larger clinically at present, generally there are 5 × 10 positions of placing vacuum test tube, whole vacuum test tube shelf is needed to bring to patient bedside during use, carry inconvenience, and this shelf has the vacuum test tube of multidigit patient, there is the hidden danger causing mistake.Used vacuum blood collection pipe support also cannot mark bed label, the name of patient, when vacuum support of blood collecting pipe placed the vacuum test tube of multidigit patient, can not find corresponding heparin tube at once, affecting operating efficiency, be also unfavorable for checking when blood sample collection.
Summary of the invention
The utility model is intended to the structure proposing a kind of vacuum blood collection pipe support, can change the quantity of the position of placing vacuum test tube, easy to carry, a kind of insertable type vacuum blood collection pipe support.
This insertable type vacuum blood collection pipe support comprises the top plate of strip, la m and lower plywood, the dual-side of top plate, la m and lower plywood is respectively connected together by one block of side plate, top plate there is row's test tube insertion holes, la m there is the test tube insertion holes with top plate equal number, test tube insertion holes on top plate is relative up and down one by one with the test tube insertion holes on la m, the outer surface of two blocks of described side plates respectively has a plug assembly, two being disconnected formula vacuum blood collection pipe supports can rely on this plug assembly to interconnect.
When this insertable type vacuum blood collection pipe support uses, a patient uses a vacuum blood collection pipe support, when multidigit patient being taken a blood sample simultaneously, the plug assembly on the outer surface of side plate can be relied on to be interconnected by multiple vacuum blood collection pipe support, easy to carry, also be easy to the vacuum test tube of different patient to make a distinction, be convenient to check.
Accompanying drawing explanation
Fig. 1 is the first structure chart of insertable type vacuum blood collection pipe support;
The schematic diagram that Fig. 2 combines mutually for the insertable type vacuum blood collection pipe support shown in Fig. 1;
Fig. 3 is the second structure chart of insertable type vacuum blood collection pipe support;
The schematic diagram that Fig. 4 combines mutually for the insertable type vacuum blood collection pipe support shown in Fig. 3;
Fig. 5 is the third structure chart of insertable type vacuum blood collection pipe support;
The schematic diagram that Fig. 6 combines mutually for the insertable type vacuum blood collection pipe support shown in Fig. 5;
Fig. 7 is the 4th kind of structure chart of insertable type vacuum blood collection pipe support;
Fig. 8 is the view of another angle of the insertable type vacuum blood collection pipe support shown in Fig. 7;
The schematic diagram that Fig. 9 is Fig. 7, the insertable type vacuum blood collection pipe support shown in 8 combines mutually;
Figure 10 is the 5th kind of structure chart of insertable type vacuum blood collection pipe support;
Figure 11 is the 6th kind of structure chart of insertable type vacuum blood collection pipe support.
Detailed description of the invention
As shown in Figure 1, this insertable type vacuum blood collection pipe support comprises the top plate 1 of strip, la m 4 and lower plywood 7, the dual-side of top plate, la m and lower plywood is respectively connected together by one block of side plate 5,9, and top plate 1 having in several test tube insertion holes 2, figure is six test tube insertion holes.La m 4 there is the test tube insertion holes with top plate 1 equal number, test tube insertion holes 2 on top plate is relative up and down one by one with the test tube insertion holes on la m 4, the internal diameter of above-mentioned test tube insertion holes is a bit larger tham the external diameter of test tube, lower plywood 7 can be simple flat board, be used for holding the end of test tube, also can some pits be set in the place contacted with test tube.The outer surface of two blocks of side plates 5,9 respectively has a plug assembly, two being disconnected formula vacuum blood collection pipe supports can rely on this plug assembly to interconnect.
The state that this insertable type vacuum blood collection pipe support is multiple when linking together as shown in Figure 2, to connect and separately all very convenient, is also easy to carry.
As shown in Figure 1, can there be a cards folder 3 one end of the top plate 1 of this insertable type vacuum blood collection pipe support.Cards folder is one piece of slide, and be fixed on top plate 1, edge is seamed, can insert the scraps of paper.This cards folder is used for placing the scraps of paper with patient's simple information, and as name or bed label, the vacuum test tube of different patient is just more easily distinguished and checked.
Plug assembly on this insertable type vacuum blood collection pipe support can have various structures form, and Fig. 1 is the first structure.As shown in Figure 1, plug assembly on one block of side plate 9 of insertable type vacuum blood collection pipe support is the first plugboard 8 formed that turns down again after the upper edge of this side plate 9 extends laterally, plug assembly on another block side plate 5 is the second plugboard 6 formed of upwards turning back again after the lower edge of this side plate 5 extends laterally, first plugboard 8 is identical with the thickness of the second plugboard 6, and the first plugboard 8 and the spacing between the second plugboard 6 and adjacent side plate 9,5 equal the thickness of one piece of plugboard.
When the insertable type vacuum blood collection pipe support of the first structure combines mutually as shown in Figure 2, be that three insertable type vacuum blood collection pipe supports are combined in figure, the first plugboard 8 on adjacent two insertable type vacuum blood collection pipe supports and the second plugboard 6 are fitted together to mutually, rely on the frictional force between plugboard to combine together, become as a whole.
The second structure of this insertable type vacuum blood collection pipe support as shown in Figure 3, plug assembly on one block of side plate 9 of insertable type vacuum blood collection pipe support is the first plugboard 81 formed that turns down again after the top of side plate 9 extends laterally, plug assembly on another block side plate 5 is the second plugboard 61 formed of upwards turning back again after the bottom of this side plate 5 extends laterally, first plugboard 81 is identical with the thickness of the second plugboard 61, and the first plugboard 81 and the spacing between the second plugboard 61 and adjacent side plate 9,5 equal the thickness of one piece of plugboard.This structure, the width of plugboard is smaller, can save the time of some grafting and dismounting.When the insertable type vacuum blood collection pipe support of the second structure combines mutually as shown in Figure 4.The first plugboard 81 on adjacent two insertable type vacuum blood collection pipe supports and the second plugboard 61 are fitted together to mutually, rely on the frictional force between plugboard to combine together, become as a whole.
The third structure of this insertable type vacuum blood collection pipe support as shown in Figure 5, plug assembly on one block of side plate 9 of insertable type vacuum blood collection pipe support is the first plugboard 82 formed that turns down again after the upper edge of this side plate 9 or top extend laterally, plug assembly on another block side plate 5 is the second plugboard 62 formed of upwards turning back again after the lower edge of this side plate 5 or bottom extend laterally, first plugboard 82 is identical with the thickness of the second plugboard 62, first plugboard 82 and the second plugboard 62 and adjacent side plate 9, spacing between 5 is greater than the thickness of plugboard, there is a projection 83 bottom of the inner surface of the first plugboard 82 at the length direction of support of blood collecting pipe, there is a projection 63 on the top of the inner surface of the second plugboard 62 at the length direction of support of blood collecting pipe.When the insertable type vacuum blood collection pipe support of the third structure combines mutually as shown in Figure 6.After the first plugboard 82 on adjacent two insertable type vacuum blood collection pipe supports and the second plugboard 62 are fitted together to mutually, the projection 83 and 63 on it is engaged firmly, makes insertable type vacuum blood collection pipe support combine mutually firm especially.
4th kind of structure of this insertable type vacuum blood collection pipe support is as Fig. 7, shown in 8, plug assembly on one block of side plate 9 of insertable type vacuum blood collection pipe support is the plugboard 84 formed that turns down again after the upper edge of this side plate 9 or top extend laterally, plug assembly on another block side plate 5 is the slot 64 of a upward opening on this side plate 5 side, the thickness of plugboard 84 is identical with the thickness of slot 64 outer wall, the width of plugboard 84 is identical with the length of the notch 65 of slot 64, spacing between plugboard 84 and adjacent side plate 9 equals the thickness of plugboard, the width of the notch 65 of slot equals the thickness of plugboard 84.When the insertable type vacuum blood collection pipe support of the 4th kind of structure combines mutually as shown in Figure 9, due to the structure adopting plugboard 84 to match with the slot 64 on adjacent support of blood collecting pipe, insertable type vacuum blood collection pipe support combines mutually also firm especially.
5th kind of structure of this insertable type vacuum blood collection pipe support as shown in Figure 10, plug assembly on one block of side plate 9 of insertable type vacuum blood collection pipe support is the first plugboard 86 formed that turns down again after the upper edge of this side plate 9 extends laterally, plug assembly on another block side plate 5 is the second plugboard 66 formed that turns down again after the upper edge of this side plate 5 extends laterally, first plugboard 86 is identical with the thickness of the second plugboard 66, and the first plugboard 86 and the spacing between the second plugboard 66 and adjacent side plate 9,5 equal the thickness of plugboard.
6th kind of structure of this insertable type vacuum blood collection pipe support as shown in figure 11, plug assembly on one block of side plate 9 of insertable type vacuum blood collection pipe support is the first plugboard 87 formed of upwards turning back again after the lower edge of this side plate 9 extends laterally, plug assembly on another block side plate 5 is the second plugboard 67 formed of upwards turning back again after the lower edge of this side plate 5 extends laterally, first plugboard 87 is identical with the thickness of the second plugboard 67 and equal the thickness of the plugboard 86 shown in Figure 10, first plugboard 87 and the second plugboard 67 and adjacent side plate 9, spacing between 5 equals the thickness of plugboard.
5th kind of structure and the 6th kind of structure of insertable type vacuum blood collection pipe support are used in combination, and the plugboard thickness in two kinds of structures is identical, mutually separately, namely pluggablely to combine.
This insertable type vacuum blood collection pipe support, generally eachly arranges a row 4 ~ 6 vacuum blood collection pores, and front portion arranges a cards folder, can place the name of patient, to check, reduces mistake and occurs.When taking a blood sample to multidigit patient, can combine several insertable type vacuum blood collection pipe support use, carries and also facilitate.
Claims (7)
1. an insertable type vacuum blood collection pipe support, comprise the top plate (1) of strip, la m (4) and lower plywood (7), top plate, the dual-side of la m and lower plywood is respectively by one block of side plate (5, 9) be connected together, top plate (1) there is row's test tube insertion holes (2), la m (4) there is the test tube insertion holes with top plate (1) equal number, test tube insertion holes (2) on top plate is relative up and down one by one with the test tube insertion holes on la m (4), it is characterized in that two blocks of described side plates (5, 9) outer surface respectively there is a plug assembly, two being disconnected formula vacuum blood collection pipe supports can rely on this plug assembly to interconnect.
2. insertable type vacuum blood collection pipe support as claimed in claim 1, is characterized in that there is a cards folder (3) one end of described top plate (1).
3. insertable type vacuum blood collection pipe support as claimed in claim 1 or 2, the plug assembly that it is characterized in that on one piece of described side plate (9) is the first plugboard (8) formed that turns down again after the upper edge of this side plate (9) extends laterally, plug assembly on another block side plate (5) is the second plugboard (6) formed of upwards turning back again after the lower edge of this side plate (5) extends laterally, first plugboard (8) is identical with the thickness of the second plugboard (6), first plugboard (8) and the second plugboard (6) and adjacent side plate (9, 5) spacing between equals the thickness of one piece of plugboard.
4. insertable type vacuum blood collection pipe support as claimed in claim 1 or 2, the plug assembly that it is characterized in that on one piece of described side plate (9) is the first plugboard (81) formed that turns down again after the top of side plate (9) extends laterally, plug assembly on another block side plate (5) is the second plugboard (61) formed of upwards turning back again after the bottom of this side plate (5) extends laterally, first plugboard (81) is identical with the thickness of the second plugboard (61), first plugboard (81) and the second plugboard (61) and adjacent side plate (9, 5) spacing between equals the thickness of one piece of plugboard.
5. insertable type vacuum blood collection pipe support as claimed in claim 1 or 2, the plug assembly that it is characterized in that on one piece of described side plate (9) is the first plugboard (82) formed that turns down again after the upper edge of this side plate (9) or top extend laterally, plug assembly on another block side plate (5) is the second plugboard (62) formed of upwards turning back again after the lower edge of this side plate (5) or bottom extend laterally, first plugboard (82) is identical with the thickness of the second plugboard (62), first plugboard (82) and the second plugboard (62) and adjacent side plate (9, 5) spacing between is greater than the thickness of plugboard, there is a projection (83) bottom of the inner surface of the first plugboard (82) at the length direction of support of blood collecting pipe, there is a projection (63) on the top of the inner surface of the second plugboard (62) at the length direction of support of blood collecting pipe.
6. insertable type vacuum blood collection pipe support as claimed in claim 1 or 2, the plug assembly that it is characterized in that on one piece of described side plate (9) is the plugboard (84) formed that turns down again after the upper edge of this side plate (9) or top extend laterally, plug assembly on another block side plate (5) is the slot (64) of a upward opening on this side plate (5) side, the thickness of plugboard (84) is identical with the thickness of slot (64) outer wall, the width of plugboard (84) is identical with the length of the notch (65) of slot (64), spacing between plugboard (84) and adjacent side plate (9) equals the thickness of plugboard, the width of the notch (65) of slot equals the thickness of plugboard (84).
7. insertable type vacuum blood collection pipe support as claimed in claim 1 or 2, the plug assembly that it is characterized in that on one piece of described side plate (9) is the first plugboard (86) formed that turns down again after the upper edge of this side plate (9) extends laterally, plug assembly on another block side plate (5) is the second plugboard (66) formed that turns down again after the upper edge of this side plate (5) extends laterally, first plugboard (86) is identical with the thickness of the second plugboard (66), first plugboard (86) and the second plugboard (66) and adjacent side plate (9, 5) spacing between equals the thickness of plugboard.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201520722597.0U CN205128013U (en) | 2015-09-17 | 2015-09-17 | But plug -in type vacuum test tube frame |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201520722597.0U CN205128013U (en) | 2015-09-17 | 2015-09-17 | But plug -in type vacuum test tube frame |
Publications (1)
Publication Number | Publication Date |
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CN205128013U true CN205128013U (en) | 2016-04-06 |
Family
ID=55613839
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN201520722597.0U Expired - Fee Related CN205128013U (en) | 2015-09-17 | 2015-09-17 | But plug -in type vacuum test tube frame |
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CN (1) | CN205128013U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109745945A (en) * | 2019-03-18 | 2019-05-14 | 北洋国家精馏技术工程发展有限公司 | Novel beam type gas blowing type packing support plate |
-
2015
- 2015-09-17 CN CN201520722597.0U patent/CN205128013U/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109745945A (en) * | 2019-03-18 | 2019-05-14 | 北洋国家精馏技术工程发展有限公司 | Novel beam type gas blowing type packing support plate |
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Legal Events
Date | Code | Title | Description |
---|---|---|---|
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160406 Termination date: 20180917 |
|
CF01 | Termination of patent right due to non-payment of annual fee |