CN208905671U - PICC punctures pressure hemostat - Google Patents
PICC punctures pressure hemostat Download PDFInfo
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- CN208905671U CN208905671U CN201821034502.6U CN201821034502U CN208905671U CN 208905671 U CN208905671 U CN 208905671U CN 201821034502 U CN201821034502 U CN 201821034502U CN 208905671 U CN208905671 U CN 208905671U
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- compressing
- detection cover
- air cushion
- glue
- picc
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Abstract
The utility model discloses PICC to puncture pressure hemostat, including oppressing ring, oppress air cushion, limit plate, gas tube, inflating balloon, connecting tube, detection cover, piston, spring, first identifier line, second identifier line, the PICC punctures pressure hemostat, clever structure, it is powerful, it is designed first by inflation compression, so as to improve Compressive Hemostasis, improve clinical practicability, secondly by the fiting effect of mark scale mechanism, it can judge convenient for medical staff, the problem of effectively reducing excessive compressing, alleviate the discomfort of patient, it is finally reached good clinical application purpose.
Description
Technical field
The utility model relates to the field of medical instrument technology more particularly to PICC to puncture pressure hemostat.
Background technique
PICC (peripherally inserted central catheters) is that the peripheral vein through upper limb ancon is set
There are many advantages of top of conduit, is put into the central vein of epicoele by pipe, and PICC sets pipe: 1. can avoid because of neck and biopsy of thoracic
Caused severe complication, such as pneumothorax, haemopneumothorax.2. reducing frequent venipuncture gives patient's bring pain.3. effective protect
The peripheral vein of patient is protected.4. indwelling time is long, longest can retain 1 year.
PICC sets pipe and is suitable for the crowd for needing long-term intravenous to treat, and PICC can protect compared with ordinary venous punctures
It is inconvenient to patient's bring that limb superficial vein net and reduction puncture repeatedly, really realizes painless infusion, PICC exists because of its point of puncture
Peripheral vein, it is convenient to puncture, and safety, success rate is high, is increasingly accepted by patients, is widely used on hospital clinical.
After PICC sets pipe at present, mostly use finger pressure point of puncture stop blooding or give gauze wrapping hemostasis method, the former due to
Patient lacks accurate relevant knowledge, when finger pressure point of puncture stops blooding due to pressing gimmick inaccuracy or dynamics it is not in place or because
The problems such as reasons compressing time such as fatigue is too short, and point of puncture blood is caused to ooze out, subcutaneous red and swollen, the stasis of blood is green, purpura.The latter is due to yarn
Cloth wrapping process is many and diverse, needs around many circles of ancon winding, elasticity is not easy to control, and elasticity can not be adjusted after wrapping, mistake
Loose tension requires to wrap up again after opening, and operation is time-consuming and laborious, lack of standardization, and there are one drawbacks for gauze wrapping hemostasis, is exactly
Inconvenience is won, can not observing site of puncture, whether there is or not red and swollen, stasis of blood blueness, purpura and bleedings, if infects, is unfavorable for setting
Manage and protect reason.In view of disadvantages described above, it is really necessary to design PICC to puncture pressure hemostat.
Utility model content
Technical problem to be solved by the utility model is to provide PICC to puncture pressure hemostat, to solve background skill
The problem of art proposes.
In order to solve the above technical problems, the technical solution of the utility model is: PICC punctures pressure hemostat, including compressing
Ring, compressing air cushion, limit plate, gas tube, inflating balloon, connecting tube, detection cover, piston, spring, first identifier line, the second mark
Know line, the compressing air cushion is located inside compressing ring, and the compressing air cushion surrounding is connected with compressing ring glue, the limit
Position plate is located at compressing air cushion front end, and the limit plate is connected with compressing air cushion glue, and the limit plate surrounding and compressing
Ring glue is connected, and the gas tube is on the downside of limit plate and compressing air cushion interior forward end, the gas tube and limit plate
It is connected with compressing air cushion glue, the inflating balloon is located at gas tube end port, the inflating balloon and gas tube
Glue is connected, and the connecting tube is through compressing ring and oppresses air cushion inner upper end, the connecting tube and compressing ring and compressing
Air cushion glue is connected, and the detection cover is located at compressing ring inner tip, and the detection cover is connected with compressing ring glue, and institute
Detection cover and the connecting tube stated are integrally connected, and the piston is located at detection cover inside, and the piston covers sliding phase with detection
Even, the spring is located at detection cover inner upper end, and the spring upper end is connected with detection cover glue, and under the spring
End is connected with piston glue, and the first identifier line is located on the upside of detection cover outer wall front end, the first identifier line and inspection
It surveys cover to be integrally connected, the second identifier line, which is located in detection cover outer wall front end, to be surveyed, and the second identifier line and detection are covered
It is integrally connected.
Further, fixed plate, the fixed plate and compressing ring one are additionally provided at left and right sides of the compressing ring outer wall
It is connected.
Further, bandage has been also extended through inside the fixed plate, the bandage is connected with fixed plate rivet, and described
Bandage two-by-two using velcro be connected.
Further, the gas tube lower end side is additionally provided with exhaust valve, and the exhaust valve is connected with gas tube glue.
Further, the detection cover outer wall front end is additionally provided with graduation apparatus, and the graduation apparatus is integrally connected with detection cover.
Compared with prior art, which punctures pressure hemostat, when needing to stop blooding to the site of puncture patient PICC
When, medical staff holds compressing ring first, and fitting patient PICC in compressing air cushion side is punctured appearance point, then around two sides
Bandage, and bandage is pasted by velcro, at this time by aforesaid operations, that is, realize that the device and the preliminary of limbs of patient are surround
Fixed, then medical staff reciprocally presses inflating balloon, i.e. inflating balloon sucks outside air, and is sent by gas tube
It into compressing air cushion, is acted at this time by the inflow of air, so as to realize the expansion of compressing air cushion, because oppressing air cushion front end
Equipped with limit plate, it is surrounded by compressing ring, the limit to compressing air cushion front end and surrounding can be reached, to realize compressing gas
The expansion of rear end is padded, at this time by the expansion of compressing air cushion, can be improved Compressive Hemostasis, meanwhile, in air
It continues to flow under effect, portion of air can be flowed into detection cover inside by connecting tube, synchronous, the pressure inside compressing air cushion
When power can push the screen resilience of piston overpowers spring, i.e., realization piston moves from bottom to top along detection cover inner wall, because of inspection
Surveying cover is transparent material, so as to see the upward shift position of piston clearly through detection cover from the external world convenient for medical staff,
Meanwhile medical staff can cooperate first identifier line, second identifier line and graduation apparatus, to judge position and the size of piston, e.g.,
For child patient when being oppressed, after piston reaches second identifier line position, medical staff can stop operation inflating balloon,
It is uncomfortable to infant bring to effectively avoid excessively oppressing, when adult patient hemostasis by compression, reachable first mark of piston
Know line position, eventually by above-mentioned, consequently facilitating the grasp of medical staff, after hemostasis, medical staff only need to the row of opening
Air valve, to realize compressing air cushion inner air by discharge of the gas tube by exhaust valve outwardly, then medical staff is pulled
Bandage, to realize the separation of bandage velcro two-by-two, then dismantle the device and carry out soaking disinfection, final side to the device
Subsequent lasting use, which punctures pressure hemostat, clever structure, powerful, is set first by inflation compression
Meter improves clinical practicability so as to improve Compressive Hemostasis, imitates secondly by the cooperation of mark scale mechanism
Fruit alleviates the discomfort of patient, finally reaches the problem of capable of judging convenient for medical staff, effectively reduce excessive compressing
To good clinical application purpose, meanwhile, limit plate is transparent material, is seen convenient for medical staff to compressing air cushion
It examines.
Detailed description of the invention
Fig. 1 is the main view that PICC punctures pressure hemostat；
Fig. 2 is compressing ring portion position cutaway view Amplified image；
Fig. 3 is inflating balloon position enlarged drawing；
Fig. 4 is compressing ring portion position stereo amplification figure；
Fig. 5 is detection cover portion position cutaway view Amplified image；
Fig. 6 is first identifier line and second identifier line position enlarged drawing.
Oppress ring 1, compressing air cushion 2, limit plate 3, gas tube 4, inflating balloon 5, connecting tube 6, detection cover 7, piston 8, bullet
Spring 9, first identifier line 10, second identifier line 11, fixed plate 101, bandage 102, exhaust valve 401, graduation apparatus 701.
The following detailed description will be further explained with reference to the above drawings.
Specific embodiment
Hereinafter, a variety of specific details are elaborated, in order to provide to the saturating of the concept for constituting described embodiment basis
Thorough understanding, however, it will be apparent to those skilled in the art that described embodiment can be in these no specific details
In the practice of getting off of some or all situations do not specifically describe well-known processing step in other cases.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, PICC punctures pressure hemostat, including compressing ring 1, compressing air cushion
2, limit plate 3, gas tube 4, inflating balloon 5, connecting tube 6, detection cover 7, piston 8, spring 9, first identifier line 10, second identifier
Line 11, the compressing air cushion 2 are located inside compressing ring 1, and 2 surrounding of compressing air cushion is connected with compressing 1 glue of ring, described
Limit plate 3 be located at compressing 2 front end of air cushion, the limit plate 3 is connected with 2 glue of air cushion is oppressed, and the limit plate 3 four
Week is connected with compressing 1 glue of ring, and on the downside of limit plate 3 and compressing 2 interior forward end of air cushion, described fills the gas tube 4
Tracheae 4 is connected with limit plate 3 and compressing 2 glue of air cushion, and the inflating balloon 5 is located at 4 end port of gas tube, described
Inflating balloon 5 is connected with 4 glue of gas tube, and the connecting tube 6 is described through compressing ring 1 and compressing 2 inner upper end of air cushion
Connecting tube 6 is connected with compressing ring 1 and compressing 2 glue of air cushion, and the detection cover 7 is located at compressing 1 inner tip of ring, the inspection
It surveys cover 7 to be connected with compressing 1 glue of ring, and the detection cover 7 is integrally connected with connecting tube 6, the piston 8 is located at detection cover
Inside 7, the piston 8 is connected with 7 sliding of detection cover, and the spring 9 is located at detection 7 inner upper ends of cover, the spring 9
Upper end is connected with detection 7 glue of cover, and 9 lower end of spring is connected with 8 glue of piston, and the first identifier line 10 is located at
On the upside of 7 outer wall front ends of detection cover, the first identifier line 10 is integrally connected with detection cover 7,11, the second identifier line
It is surveyed in 7 outer wall front ends of detection cover, the second identifier line 11 is integrally connected with detection cover 7, and 1 outer wall of compressing ring is left
Right two sides are additionally provided with fixed plate 101, and the fixed plate 101 is integrally connected with compressing ring 1, inside the fixed plate 101 also
Through there is bandage 102, the bandage 102 is connected with 101 rivet of fixed plate, and the bandage 102 uses velcro two-by-two
It is connected, the 4 lower end side of gas tube is additionally provided with exhaust valve 401, and the exhaust valve 401 is connected with 4 glue of gas tube, institute
The 7 outer wall front end of detection cover stated is additionally provided with graduation apparatus 701, and the graduation apparatus 701 is integrally connected with detection cover 7.
The PICC punctures pressure hemostat, and when needing to stop blooding to the site of puncture patient PICC, medical staff is first
Compressing ring 1 is held, and fitting patient PICC in compressing 2 side of air cushion is punctured into appearance point, then around two sides bandage 102, and will
Bandage 102 is pasted by velcro, at this time by aforesaid operations, that is, realizes that preliminary surround of the device and limbs of patient is fixed,
Then medical staff reciprocally presses inflating balloon 5, i.e. inflating balloon 5 sucks outside air, and is sent to by gas tube 4
It oppresses in air cushion 2, is acted at this time by the inflow of air, so as to realize the expansion of compressing air cushion 2, before compressing air cushion 2
End is equipped with limit plate 3, is surrounded by compressing ring 1, can reach the limit to compressing air cushion 2 front end and surrounding, to realize
The expansion of 2 rear end of air cushion is oppressed, at this time by the expansion of compressing air cushion 2, can be improved Compressive Hemostasis, meanwhile,
Air continue to flow into effect under, portion of air can be flowed into inside detection cover 7 by connecting tube 6, synchronous, when compressing gas
When pressure inside pad 2 can push piston 8 to overcome the screen resilience of spring 9, i.e., realization piston 8 along detection cover 7 inner walls make by
Under move upwards, because detection cover 7 is transparent material, so as to see work clearly through detection cover 7 from the external world convenient for medical staff
8 upward shift positions are filled in, meanwhile, medical staff can cooperate first identifier line 10, second identifier line 11 and graduation apparatus 701,
Judge position and the size of piston 8, e.g., child patient is when being oppressed, when piston 8 reaches 11 position of second identifier line
Afterwards, medical staff can stop operation inflating balloon 5, thus effectively avoid excessively oppressing, it is uncomfortable to infant bring, treat as
When human patient hemostasis by compression, piston 8 reaches 10 position of first identifier line, eventually by above-mentioned, consequently facilitating medical staff
It grasps, after hemostasis, medical staff need to only open exhaust valve 401, to realize that compressing 2 inner air of air cushion passes through inflation
Discharge of the pipe 4 by exhaust valve 401 outwardly, then medical staff pulls bandage 102, to realize 102 velcro of bandage two-by-two
Separation, then dismantle the device and to the device carry out soaking disinfection, finally facilitate subsequent lasting use, meanwhile, limit
Position plate 3 is transparent material, is observed convenient for medical staff compressing air cushion 2.
The utility model is not limited to above-mentioned specific embodiment, and those skilled in the art visualize from above-mentioned
Hair, without creative labor, the various transformation made are all fallen within the protection scope of the utility model.
Claims (5)
1.PICC punctures pressure hemostat, it is characterised in that including compressing ring, compressing air cushion, limit plate, gas tube, inflatable ball
Capsule, connecting tube, detection cover, piston, spring, first identifier line, second identifier line, the compressing air cushion are located in compressing ring
Portion, the compressing air cushion surrounding are connected with compressing ring glue, and the limit plate is located at compressing air cushion front end, the limit
Plate is connected with compressing air cushion glue, and the limit plate surrounding is connected with compressing ring glue, and the gas tube is through limit
On the downside of plate and compressing air cushion interior forward end, the gas tube is connected with limit plate and compressing air cushion glue, the inflatable ball
Capsule is located at gas tube end port, and the inflating balloon is connected with gas tube glue, and the connecting tube is through compressing ring
With compressing air cushion inner upper end, the connecting tube is connected with compressing ring and compressing air cushion glue, and the detection cover is located at pressure
Compel ring inner tip, the detection cover is connected with compressing ring glue, and the detection cover is integrally connected with connecting tube, described
Piston be located at that detection cover is internal, the piston is connected with detection cover sliding, the spring positioned at detecting cover inner upper end,
The spring upper end is connected with detection cover glue, and the lower spring end is connected with piston glue, the first identifier
Line is located on the upside of detection cover outer wall front end, and the first identifier line is integrally connected with detection cover, the second identifier line position
It is surveyed in detection cover outer wall front end, the second identifier line is integrally connected with detection cover.
2. PICC as described in claim 1 punctures pressure hemostat, it is characterised in that at left and right sides of the compressing ring outer wall
It is additionally provided with fixed plate, the fixed plate is integrally connected with compressing ring.
3. PICC as claimed in claim 2 punctures pressure hemostat, it is characterised in that also extended through inside the fixed plate
Bandage, the bandage are connected with fixed plate rivet, and the bandage is connected using velcro two-by-two.
4. PICC as claimed in claim 3 punctures pressure hemostat, it is characterised in that the gas tube lower end side is also set
There is exhaust valve, the exhaust valve is connected with gas tube glue.
5. PICC as claimed in claim 4 punctures pressure hemostat, it is characterised in that the detection cover outer wall front end is also set
There is graduation apparatus, the graduation apparatus is integrally connected with detection cover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821034502.6U CN208905671U (en) | 2018-07-02 | 2018-07-02 | PICC punctures pressure hemostat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821034502.6U CN208905671U (en) | 2018-07-02 | 2018-07-02 | PICC punctures pressure hemostat |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208905671U true CN208905671U (en) | 2019-05-28 |
Family
ID=66612504
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821034502.6U Expired - Fee Related CN208905671U (en) | 2018-07-02 | 2018-07-02 | PICC punctures pressure hemostat |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208905671U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116763540A (en) * | 2023-07-14 | 2023-09-19 | 徐林刚 | Ear hole keloid postoperative compressor |
-
2018
- 2018-07-02 CN CN201821034502.6U patent/CN208905671U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116763540A (en) * | 2023-07-14 | 2023-09-19 | 徐林刚 | Ear hole keloid postoperative compressor |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190528 Termination date: 20200702 |