CN208492975U - Perfusion tube S profiling easily resets flow-stopping clip - Google Patents
Perfusion tube S profiling easily resets flow-stopping clip Download PDFInfo
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- CN208492975U CN208492975U CN201721574968.0U CN201721574968U CN208492975U CN 208492975 U CN208492975 U CN 208492975U CN 201721574968 U CN201721574968 U CN 201721574968U CN 208492975 U CN208492975 U CN 208492975U
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- perfusion tube
- hook
- profiling
- stopping clip
- top board
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Abstract
Perfusion tube S profiling easily resets flow-stopping clip, backing board (1) rear upper side connects after-frame (11), backing board (1) rear upper side connects side arm (2), side arm (2) upper end connects hook (4), after-frame (11) upper end connects top board (5) to front side, top board (5) front end connects interior hook (6), interior hook (6) is stuck on hook (4) after pushing, downside lateral connection ceiling molding (8) in the middle part of top board (5), laterally conduit saddle platform (9) are fixed on the upside of backing board (1) middle section, the saddle slot (10) longitudinally extended is provided in the middle part of conduit saddle platform (9) top surface, and preceding perforation hole (12) and rear perforation hole (13) are longitudinally had in the middle and lower part of side arm (2) and after-frame (11).State when flow-stopping clip clamps perfusion tube is that perfusion tube is forced to form S type state, so that the perfusion tube pressed from both sides is in release, it is easy to restore smooth form, be conducive to continue smoothly infusion.
Description
Technical field
The utility model relates to perfusion tube accessory structure, especially perfusion tube S profilings easily to reset flow-stopping clip.
Background technique
Flow-stopping clip is chiefly used in needing on the remaining needle class medical product of the patient of long-term infusion.When for patient fluid infusion, when
When medical staff needs to stop infusion, it will usually which one-handed performance goes to clamp flow-stopping clip, and then will appear will be elapsed by folder perfusion tube
The width range of flow-stopping clip out, causes clamp to be made mistakes.If medical staff does not have found in time, patient, which will appear, to bleed profusely down
Stream, damages.
Common flow-stopping clip ontology of the flow-stopping clip with U-bend portion, the one of the flow-stopping clip ontology U-bend portion open end
Side is equipped with a press section, and the other side is equipped with the positioning region for bending towards press section and cooperating with press section side, in fluid stopping
Offer the through slot passed through for perfusion tube that U-bend portion is extended to from positioning region on folder ontology, positioning region relative to
The one side of press section is equipped with flexibly positioned piece for fixing press section, and the press section one side opposite with through slot is equipped with and is used for
The convex block of perfusion tube is squeezed, the through slot upper cover opposite with convex block is equipped with butterfly, and the butterfly is by rotary shaft and leads to
The flow-stopping clip ontology of slot side is fixedly connected;The through slot that perfusion tube can be passed through is set in flow-stopping clip ontology U-bend portion,
Through slot upper cover sets butterfly, when opening butterfly, can will pass through or take out flow-stopping clip in perfusion tube through slot, similar is common
Flow-stopping clip is directly pinched perfusion tube.
Utility model content
The purpose of the utility model is to provide perfusion tube S profilings easily to reset flow-stopping clip, to solve the above technical problem.
The purpose of this utility model will be realized by following technical measures: including backing board, side arm, hook, top board,
Interior hook, ceiling molding, conduit saddle platform, saddle slot, after-frame, preceding perforation hole and rear perforation hole;Backing board rear upper side connects after-frame, collet
Plate rear upper side connects side arm, and side arm and after-frame are elastic construction, and side arm upper end connects hook, and after-frame upper end is connected to front side
Top board, top board front end connect interior hook, and interior hook is stuck on hook after pushing, downside lateral connection ceiling molding in the middle part of top board,
It is laterally fixed with conduit saddle platform on the upside of backing board middle section, is provided with the saddle slot longitudinally extended in the middle part of conduit saddle countertop, and in side arm
A preceding perforation hole and rear perforation hole are longitudinally had with the middle and lower part of after-frame, in saddle slot middle line and preceding perforation hole and rear perforation hole
Line is parallel.
Especially, backing board is identical as top board length, width difference.
Especially, side arm and after-frame are that middle part protrudes outward arcuate structure.
Especially, hook upper end connects sinciput key, and there is rubbing surface in sinciput key top face.
Especially, there are anti-skid chequer in the bottom surface of backing board and the top surface of top board respectively.
Especially, ceiling molding is located above the front side or rear side of conduit saddle platform, and ceiling molding root edge pushes minimum point and is lower than saddle
The bottom surface of slot.
Especially, it is laterally provided in the middle part of top board and ceiling molding connecting portion and engraves hole, laterally opened in the middle part of conduit saddle platform
There is axis hole.
Especially, there is laterally fixed tooth stupefied on hook rear wall, after top board pushes, interior hook front end clamping is located in this
On tooth is stupefied.
Especially, middle section is laterally fixed with two conduit saddle platforms on the upside of backing board, is provided in the middle part of this two conduit saddle countertops
A top board is laterally fixed in the saddle slot longitudinally extended, top board middle part downside, and ceiling molding is located between two conduit saddle platforms
Top, moreover, the minimum point that ceiling molding root edge is pressed into groove between two conduit saddle platforms is lower than the lowest surfaces of saddle slot.
Especially, downside is laterally fixed with two parallel ceiling moldings in the middle part of top board, has between this two ceiling moldings
Top pressures groove, conduit saddle platform are located at below top pressures groove.
The advantages of the utility model and effect: state when flow-stopping clip clamps perfusion tube is that perfusion tube is forced to form S type shape
State, so that the perfusion tube pressed from both sides is in release, it is easy to restore smooth form, be conducive to continue smoothly infusion.It compares common
Flow-stopping clip is more stable reliable by the fluid stopping mode directly to folder perfusion tube.
Detailed description of the invention
Fig. 1 is 1 axis side structure schematic diagram of the utility model embodiment.
Fig. 2 is the schematic view of the front view of the utility model embodiment 1.
Fig. 3 is the schematic diagram of application structure of the utility model embodiment 1.
Fig. 4 is 2 structural schematic diagram of the utility model embodiment.
Fig. 5 is 3 structural schematic diagram of the utility model embodiment.
Fig. 6 is 4 structural schematic diagram of the utility model embodiment.
Appended drawing reference includes:
Backing board 1, side arm 2, sinciput key 3, hook 4, top board 5, interior hook 6, anti-skid chequer 7, ceiling molding 8, conduit saddle platform 9, saddle
Type groove 10, after-frame 11, preceding perforation hole 12, rear perforation hole 13, on engrave hole 14, central axis hole 15, perfusion tube 16, top pressures groove 17.
Specific embodiment
The utility model principle is, the saddle slot 10 of low profile between the senior middle school of two sides is made in the middle part of trustship platform 9, no matter singlehanded
How top top board 5 elapses perfusion tube 16 when operation, and perfusion tube 16 can be pressed in the saddle slot at the middle part of conduit saddle platform 9 always
In 10, it is ensured that perfusion tube 16 steadily stays in the middle part of flow-stopping clip, avoids above-mentioned similar clamp fault.
The utility model includes: backing board 1, side arm 2, hook 4, top board 5, interior hook 6, ceiling molding 8, conduit saddle platform 9, saddle
Slot 10, after-frame 11, preceding perforation hole 12 and rear perforation hole 13.
The utility model is described in further detail with reference to the accompanying drawings and examples.
Embodiment 1: as shown in figure 1 and 2,1 rear upper side of backing board connects after-frame 11, the connection of 1 rear upper side of backing board
Side arm 2, side arm 2 and after-frame 11 are elastic construction, and 2 upper end of side arm connects hook 4, and 11 upper end of after-frame connects top board to front side
5,5 front end of top board connects interior hook 6, and interior hook 6 is stuck on hook 4 after pushing, 5 middle part downside lateral connection ceiling molding 8 of top board,
It is laterally fixed with conduit saddle platform 9 on the upside of 1 middle section of backing board, is provided with the saddle slot 10, Er Qie longitudinally extended in the middle part of 9 top surface of conduit saddle platform
The middle and lower part of side arm 2 and after-frame 11 longitudinally has preceding perforation hole 12 and rear perforation hole 13,10 middle line of saddle slot and preceding poling
Hole 12 is parallel with rear 13 middle line of perforation hole.
In aforementioned, backing board 1 is identical as 5 length of top board, width difference.
In aforementioned, side arm 2 and after-frame 11 are that middle part protrudes outward arcuate structure.
In aforementioned, 4 upper end of hook connects sinciput key 3, and there is rubbing surface in 3 top surface of sinciput key.
In aforementioned, there are anti-skid chequer 7 in the bottom surface of backing board 1 and the top surface of top board 5 respectively.
In aforementioned, ceiling molding 8 is located above the front side or rear side of conduit saddle platform 9, and 8 root edge of ceiling molding pushes minimum point and is lower than saddle
The bottom surface of type groove 10.
In aforementioned, laterally it is provided in the middle part of 8 connecting portion of top board 5 and ceiling molding and engraves hole 14, it is horizontal at 9 middle part of conduit saddle platform
To being provided with axis hole 15.
In the present embodiment, as shown in Fig. 3, in use, perfusion tube 16 is longitudinally through saddle slot 10, preceding perforation hole 12
With rear perforation hole 13, top board 5 is pressed down on, ceiling molding 8 will be placed in the perfusion tube on saddle slot 10 after pushing therewith
16 front side is pressed down against deformation up to runner closing along 9 antetheca of conduit saddle platform edge, meanwhile, interior 6 top surface of hook is stuck in hook 4 after pushing
Rear side bottom is positioned along upper completion.
Embodiment 2: as shown in Fig. 4, in embodiment 1, there is laterally fixed tooth stupefied on 4 rear wall of hook, under top board 5
After pressure, the clamping of interior 6 front end of hook be located in the tooth it is stupefied on.
Embodiment 3: as shown in Fig. 5,1 upside middle section of backing board is laterally fixed with two conduit saddle platforms 9, this two conduit saddle platforms
The saddle slot 10 longitudinally extended is provided in the middle part of 9 top surfaces, a top board 5, ceiling molding 8 are laterally fixed in 5 middle part downside of top board
Top between two conduit saddle platforms 9, moreover, the minimum point that 8 root edge of ceiling molding is pressed into groove between two conduit saddle platforms 9 is lower than
The lowest surfaces of saddle slot 10.
The present embodiment in use, 8 root edge of ceiling molding cooperate two conduit saddle platforms 9 between groove and two saddle slots 10,
When top board 5 pushes, make perfusion tube 16 that the deformation of S-shaped ripple be presented, effectively closes infusion runner, it is defeated after discharging top board 5
Liquid pipe 16 restores normal under the elasticity tension effect of itself tube wall.
Embodiment 4: as shown in Fig. 6, the middle part of top board 5 downside is laterally fixed with two parallel ceiling moldings 8, this two
There is top pressures groove 17 between a ceiling molding 8, conduit saddle platform 9 is located at 17 lower section of top pressures groove.
For the present embodiment in use, two ceiling moldings 8 cooperate conduit saddle platform 9 to squeeze in opposite directions, two ceiling moldings 8 are extruded in conduit saddle
On the front-rear side walls of platform 9, make perfusion tube 16 that the deformation of S-shaped ripple be presented, effectively closes infusion runner, it is defeated after discharging top board 5
Liquid pipe 16 restores normal under the elasticity tension effect of itself tube wall.
Claims (10)
1. perfusion tube S profiling easily resets flow-stopping clip, including backing board (1), side arm (2), hook (4), top board (5), interior hook
(6), ceiling molding (8), conduit saddle platform (9), saddle slot (10), after-frame (11), preceding perforation hole (12) and rear perforation hole (13);Its feature
It is, backing board (1) rear upper side connects after-frame (11), and backing board (1) rear upper side connects side arm (2), side arm (2) and after-frame
It (11) is elastic construction, side arm (2) upper end connects hook (4), and after-frame (11) upper end connects top board (5) to front side, upper pressure
Plate (5) front end connects interior hook (6), and interior hook (6) is stuck on hook (4) after pushing, and presses on the lateral connection of downside in the middle part of top board (5)
Item (8), backing board (1) middle section upside are laterally fixed with conduit saddle platform (9), are provided with the saddle longitudinally extended in the middle part of conduit saddle platform (9) top surface
Type groove (10), and preceding perforation hole (12) and rear perforation hole are longitudinally had in the middle and lower part of side arm (2) and after-frame (11)
(13), saddle slot (10) middle line is parallel with preceding perforation hole (12) and rear perforation hole (13) middle line.
2. perfusion tube S profiling as described in claim 1 easily resets flow-stopping clip, which is characterized in that backing board (1) and top board
(5) length, width difference are identical.
3. perfusion tube S profiling as described in claim 1 easily resets flow-stopping clip, which is characterized in that side arm (2) and after-frame (11) are equal
Arcuate structure is protruded outward for middle part.
4. perfusion tube S profiling as described in claim 1 easily resets flow-stopping clip, which is characterized in that hook (4) upper end connects sinciput
There are rubbing surface in key (3), sinciput key (3) top surface.
5. perfusion tube S profiling as described in claim 1 easily resets flow-stopping clip, which is characterized in that the bottom surface of backing board (1) and upper
The top surface of pressing plate (5) has anti-skid chequer (7) respectively.
6. perfusion tube S profiling as described in claim 1 easily resets flow-stopping clip, which is characterized in that ceiling molding (8) is located at conduit saddle platform
(9) above front side or rear side, ceiling molding (8) root edge pushes the bottom surface that minimum point is lower than saddle slot (10).
7. perfusion tube S profiling as described in claim 1 easily resets flow-stopping clip, which is characterized in that in top board (5) and ceiling molding
(8) it is laterally provided in the middle part of connecting portion and engraves hole (14), be laterally provided with axis hole (15) in the middle part of conduit saddle platform (9).
8. perfusion tube S profiling as described in claim 1 easily resets flow-stopping clip, which is characterized in that have cross on hook (4) rear wall
It is stupefied to fixed tooth, after top board (5) pushes, the clamping of interior hook (6) front end be located in the tooth it is stupefied on.
9. perfusion tube S profiling as described in claim 1 easily resets flow-stopping clip, which is characterized in that middle section is horizontal on the upside of backing board (1)
To two conduit saddle platforms (9) are fixed with, the saddle slot (10) longitudinally extended, upper pressure are provided in the middle part of this two conduit saddle platform (9) top surfaces
A top board (5) is laterally fixed in downside in the middle part of plate (5), and ceiling molding (8) is located at the top between two conduit saddle platforms (9), moreover,
The minimum point that ceiling molding (8) root edge is pressed into groove between two conduit saddle platforms (9) is lower than the lowest surfaces of saddle slot (10).
10. perfusion tube S profiling as described in claim 1 easily resets flow-stopping clip, which is characterized in that downside in the middle part of top board (5)
Two parallel ceiling moldings (8) laterally are fixed with, are had top pressures groove (17) between this two ceiling moldings (8), conduit saddle platform (9) is located at
Below top pressures groove (17).
Priority Applications (1)
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CN201721574968.0U CN208492975U (en) | 2017-11-22 | 2017-11-22 | Perfusion tube S profiling easily resets flow-stopping clip |
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CN201721574968.0U CN208492975U (en) | 2017-11-22 | 2017-11-22 | Perfusion tube S profiling easily resets flow-stopping clip |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111346277A (en) * | 2020-03-13 | 2020-06-30 | 泰信利美信息科技(常州)有限公司 | Fixing device for puncture needle of infusion apparatus |
-
2017
- 2017-11-22 CN CN201721574968.0U patent/CN208492975U/en active Active
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111346277A (en) * | 2020-03-13 | 2020-06-30 | 泰信利美信息科技(常州)有限公司 | Fixing device for puncture needle of infusion apparatus |
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