CN209108370U - Intrathoracic drain pad pasting - Google Patents
Intrathoracic drain pad pasting Download PDFInfo
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- CN209108370U CN209108370U CN201820211739.0U CN201820211739U CN209108370U CN 209108370 U CN209108370 U CN 209108370U CN 201820211739 U CN201820211739 U CN 201820211739U CN 209108370 U CN209108370 U CN 209108370U
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- fixing belt
- dressing layer
- pad pasting
- sterile aqueous
- layer
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Abstract
The utility model discloses intrathoracic drain pad pastings, including the sterile aqueous colloid dressing layer, hyaline membrane dressing layer and aerogel dressing layer being sequentially connected；The sterile aqueous colloid dressing layer is located at outermost, and the aerogel dressing layer is located at most inner side；It further include the drainage tube being arranged in inside aerogel dressing layer, hyaline membrane dressing layer and sterile aqueous colloid dressing layer；The drainage tube is equipped with wing portion, and the wing portion is fixedly connected by wing pad pasting.The utility model intrathoracic drain pad pasting, the pad pasting are provided with multilayered structure, have good airtightness, are avoided that bacterium and water invasion, reduce infection rate；It is provided with fixed structure simultaneously, can greatly lower de- pipe rate and conduit correlation stress injury.
Description
Technical field
The utility model relates to intrathoracic drain pad pastings, belong to medical equipment technical field.
Background technique
This department in September, 2016 in September, -2017, accepts tuberculous pleurisy patient 200 for medical treatment, patient needs row thoracentesis
Tube placing operation, drainage hydrothorax reach therapeutic purposes, this is the extremely important method for being treatment tuberculous pleurisy.Tuberculous pleurisy
Therapeutic process is complicated, and the hydrothorax amount of patient number when have repeatedly, therefore usually indwelling catheter time is longer, generally about 10-25 days
Left and right, even more long.
This department now uses single-chamber ductus venosus puncture and intubation, and in nursing process, patient sets the comfort level after pipe, conduit
Correlation stress injury, unplanned property decannulation rate, infection all need greatly to pay close attention to.
The prior art has the following problems:
Problem 1: hot weather, set pipe patient can only wiped clean body, if bathing must use plastic film wrapped chest,
Also film must be changed after bath in time；
Problem 2: pipe is set using single-chamber ductus venosus packet row thoracentesis by my existing section, since plastics are hard at ductus thoracicus wing,
Often result in conduit correlation stress injury (such as impression, skin lesion, pressure sore).Patient intubation after or tube drawing after often have a small amount of sepage and
Oozing of blood happens, and dressing rate is caused to increase.
Department routinely uses the fixed intrathoracic drain of Xerox's brightness pad pasting before, and problem mentioned above often occurs,
In unplanned property tube drawing incidence higher (consider hot with summer, patient perspires, pad pasting crimping caused by night sweat, pad pasting viscosity
It is not related enough), and all patients reflect that summer band pipe can not bathing.
Utility model content
The purpose of this utility model is that: in view of the problems of the existing technology, intrathoracic drain pad pasting is provided, the pad pasting
Provided with multilayered structure, there is good airtightness, be avoided that bacterium and water invasion, reduce infection rate；It is provided with and fixes simultaneously
Structure can greatly lower de- pipe rate and conduit correlation stress injury.
Technical solutions of the utility model are as follows:
Intrathoracic drain pad pasting, sterile aqueous colloid dressing layer, hyaline membrane dressing layer and hydrogel including being sequentially connected apply
The bed of material；The sterile aqueous colloid dressing layer is located at outermost, and the aerogel dressing layer is located at most inner side；It further include being arranged in water
Drainage tube inside gel dressing layer, hyaline membrane dressing layer and sterile aqueous colloid dressing layer；The drainage tube is equipped with wing portion,
The wing portion is fixedly connected by wing pad pasting.
Further, the wing pad pasting includes that main part is fixed with the first fixing belt being arranged on main part, second
Band, third fixing belt and the 4th fixing belt；First fixing belt and the second fixing belt are symmetrical structure；The third fixing belt
It is symmetrical structure with the 4th fixing belt.
Further, the main part of the wing pad pasting is double-sided adhesive paste layer, and the wing portion is cross-shaped structure, described
First fixing belt, the second fixing belt third fixing belt and the 4th fixing belt are pasted onto main part, first fixing belt after folding
It is fixedly connected with the second fixing belt with wing portion, the third fixing belt and the 4th fixing belt are fixedly connected with wing portion；It is described
First fixing belt is connected with third fixing belt in cross, and second fixing belt is connected with the 4th fixing belt in cross.
Further, the sterile aqueous colloid dressing layer is convex shape structure, is surrounded by chamfering；The sterile glue
The length and width of the rectangle part of body dressing layer is 8-12cm.
Further, the hyaline membrane dressing layer is circular configuration, diameter 4-5cm.
Further, the aerogel dressing layer is circular configuration, diameter 1-2cm.
Further, the drainage tube is equipped with bending part, and the bending part is arranged in aerogel dressing layer, transparent film dressing
Inside layer and sterile aqueous colloid dressing layer.
The utility model has the beneficial effect that compared with prior art:
It is semipermeability Polyurethane backings and glue emplastic 1. the utility model uses sterile aqueous colloid dressing layer
The material of composition, semipermeability backing not only good permeability but also can directly avoid outside water and bacterium from invading the surface of a wound, provide
Closing, safe healing environment, reduce infection rate, while can effectively fix using it, reduce changing dressing for patient frequency, economical
Practical, when replacement, is painless, increases patient comfort, greatly improves quality of life after setting pipe；This dressing elasticity is strong, and adhesiveness is strong,
Therefore ductus thoracicus need not be reinforced with adhesive plaster again, increase the cleannes set at pipe, reduce unplanned property decannulation rate, mitigate patient suffering.
It is optimal wet to create for the pressure sore surface of a wound to form hydrogel for itself expansion after the glue particle absorbing wound exudate of internal layer
Property healing environment；Studies have shown that moist environment is more advantageous to the formation of surface of a wound epithelial cell, make the surface of a wound without general incrustation
Process and heal spontaneously, healing rate is more fast again than stemness environment, moist environment be conducive to granulation tissue growth and epithelium again
It is raw；
2. the utility model is provided with hyaline membrane dressing layer, permeability in the middle position of sterile aqueous colloid dressing layer
It is good, it is soft, it can effectively mitigate the shearing force and frictional force of skin, various skin types can be bonded well, not stimulate
Skin.Circular portion is transparent pad pasting among dressing, and waterproof breathes freely, is affixed on and sets at tube hub, convenient for observing the feelings set at pipe
Condition, such as redness, oozing of blood, sepage；
3. the utility model uses aerogel dressing layer；It sets and applies aerogel dressing at pipe puncture, this is the parent of high-moisture
Water polyether polyols automatically adjust the wettability of wound, have a small amount of ability for absorbing sepage, do not glue wound, easily remove；
4. the utility model is logical to be equipped with wing pad pasting, main part is double-sided adhesive paste layer, and the wing portion is cross knot
Structure, first fixing belt, the second fixing belt third fixing belt and the 4th fixing belt are pasted onto main part after folding, and described first
Fixing belt and the second fixing belt are fixedly connected with wing portion, the third fixing belt and the fixed company of the 4th fixing belt and wing portion
It connects；First fixing belt is connected with third fixing belt in cross, and second fixing belt is connected with the 4th fixing belt in cross,
This set can firmly fix in wing portion, and skin and blood vessel without oppressing patient, cause stress damage.
5. the utility model is provided with bending part by drainage tube, the setting of bending part is for reinforced cementitious stabilization
Property, lower de- pipe rate, by the fixation of drainage tube steadily.
Detailed description of the invention
The utility model will be further described below with reference to the accompanying drawings.
Fig. 1 is the overall structure diagram of the utility model embodiment one.
Fig. 2 is the use state diagram of the utility model embodiment one.
Fig. 3 is the structural schematic diagram of the utility model embodiment two.
Fig. 4 is the exploded pictorial of the utility model sterile aqueous colloid dressing layer, hyaline membrane dressing layer and aerogel dressing layer
Figure.
In figure: 1- sterile aqueous colloid dressing layer；2- hyaline membrane dressing layer；3- aerogel dressing layer；4- drainage tube；401- is curved
Folding part；5- wing pad pasting；The first fixing belt of 501-；The second fixing belt of 502-；503- third fixing belt；The 4th fixing belt of 504-；
6- wing portion.
Specific embodiment
Embodiment one
As illustrated in fig. 1 and 2, the utility model intrathoracic drain pad pasting, including the sterile aqueous colloid dressing layer being sequentially connected
1, hyaline membrane dressing layer 2 and aerogel dressing layer 3；The sterile aqueous colloid dressing layer 1 is located at outermost, the aerogel dressing
Layer 3 is located at most inner side；It further include being arranged inside aerogel dressing layer 3, hyaline membrane dressing layer 2 and sterile aqueous colloid dressing layer 1
Drainage tube 4；The drainage tube 4 is equipped with wing portion 6, and the wing portion 6 is fixedly connected by wing pad pasting 5.The wing
Pad pasting 5 includes main part and the first fixing belt 501, the second fixing belt 502,503 and of third fixing belt that are arranged on main part
4th fixing belt 504；First fixing belt 501 and the second fixing belt 502 are symmetrical structure；503 He of third fixing belt
4th fixing belt 504 is symmetrical structure.The main part of the wing pad pasting 5 is double-sided adhesive paste layer, and the wing portion 6 is cross
Structure, first fixing belt 501,502 third fixing belt 503 of the second fixing belt and the 4th fixing belt 504 are pasted onto after folding
Main part, first fixing belt 501 and the second fixing belt 502 are fixedly connected with wing portion 6,503 He of third fixing belt
4th fixing belt 504 is fixedly connected with wing portion 6；First fixing belt 501 is connected with third fixing belt 503 in cross, institute
It states the second fixing belt 502 and is connected with the 4th fixing belt 504 in cross.The sterile aqueous colloid dressing layer 1 is convex shape structure,
It is surrounded by chamfering；The length and width of the rectangle part of the sterile aqueous colloid dressing layer 1 is 8-12cm.The hyaline membrane
Dressing layer 2 is circular configuration, diameter 4-5cm.The aerogel dressing layer 3 is circular configuration, diameter 1-2cm.It is described to draw
Flow tube 4 is equipped with bending part 401, and the bending part 401 is arranged in aerogel dressing layer 3, hyaline membrane dressing layer 2 and sterile aqueous colloid
Inside dressing layer 1.
The utility model uses sterile aqueous colloid dressing layer, is semipermeability Polyurethane backings and glue emplastic composition
Material, semipermeability backing not only good permeability but also can directly avoid outside water and bacterium from invading the surface of a wound, provide closing,
The healing environment of safety is reduced infection rate, while can effectively be fixed using it, and changing dressing for patient frequency is reduced, economical and practical,
It is painless when replacement, increase patient comfort, greatly improves quality of life after setting pipe；This dressing elasticity is strong, and adhesiveness is strong, therefore chest
Pipe need not be reinforced with adhesive plaster again, increase the cleannes set at pipe, reduce unplanned property decannulation rate, mitigate patient suffering.Internal layer
Itself expansion forms hydrogel to create optimal wet union for the pressure sore surface of a wound after glue particle absorbing wound exudate
Environment；Studies have shown that moist environment is more advantageous to the formation of surface of a wound epithelial cell, make the surface of a wound without general incrustation process and
Normal healing, healing rate is more fast again than stemness environment, and moist environment is conducive to granulation tissue growth and the regeneration of epithelium；This reality
It is provided with hyaline membrane dressing layer with the novel middle position in sterile aqueous colloid dressing layer, permeability is good, and it is soft, can effectively it subtract
The shearing force and frictional force of light skin, can be bonded various skin types well, not stimulate skin.It is round among dressing
The case where part is transparent pad pasting, and waterproof breathes freely, is affixed on and sets at tube hub, sets at pipe convenient for observation, such as redness, oozing of blood, sepage
Deng；The utility model uses aerogel dressing layer；It sets and applies aerogel dressing at pipe puncture, this is the Hdyrophilic polyurethane of high-moisture
Polymer automatically adjusts the wettability of wound, has a small amount of ability for absorbing sepage, does not glue wound, easily remove；The utility model
Logical to be equipped with wing pad pasting, main part is double-sided adhesive paste layer, and the wing portion is cross-shaped structure, first fixing belt, the
Two fixing belt third fixing belts and the 4th fixing belt be pasted onto after folding main part, first fixing belt and the second fixing belt with
Wing portion is fixedly connected, and the third fixing belt and the 4th fixing belt are fixedly connected with wing portion；First fixing belt and
Three fixing belts are connected in cross, and second fixing belt is connected with the 4th fixing belt in cross, and this set can be by wing portion
It firmly fixes, and skin and blood vessel without oppressing patient, causes stress damage.The utility model is arranged by drainage tube
Bending part, the setting of bending part are to lower de- pipe rate, by the fixation of drainage tube steadily for reinforced cementitious stability.
The utility model protects puncture and intubation center using aerogel dressing layer 3, and 3 outer layer of aerogel dressing layer is hyaline membrane
Dressing layer 2, for fixing ductus thoracicus, outermost layer is that sterile aqueous colloid dressing layer 1(such as pacifies general patch), thoracic cavity can be firmly fixed again
Drainage tube 7.
Embodiment two
As shown in Figures 3 and 4, the utility model intrathoracic drain pad pasting, including the sterile aqueous colloid dressing layer being sequentially connected
1, hyaline membrane dressing layer 2 and aerogel dressing layer 3；The sterile aqueous colloid dressing layer 1 is located at outermost, the aerogel dressing
Layer 3 is located at most inner side；It further include being arranged inside aerogel dressing layer 3, hyaline membrane dressing layer 2 and sterile aqueous colloid dressing layer 1
Drainage tube 4.
Sterile aqueous colloid dressing layer 1 described in the utility model is rectangular configuration, is surrounded by chamfering；The sterile glue
The length and width of body dressing layer is 8-12cm.The hyaline membrane dressing layer 2 is circular configuration, diameter 4-5cm.The water
Gel dressing layer 3 is circular configuration, diameter 1-2cm.
Claims (7)
1. intrathoracic drain pad pasting, it is characterised in that: including sterile aqueous colloid dressing layer (1), the transparent film dressing being sequentially connected
Layer (2) and aerogel dressing layer (3)；The sterile aqueous colloid dressing layer (1) is located at outermost, the aerogel dressing layer (3)
Positioned at most inner side；It further include setting in aerogel dressing layer (3), hyaline membrane dressing layer (2) and sterile aqueous colloid dressing layer (1)
The drainage tube (4) in portion；The drainage tube (4) is equipped with wing portion (6), and the wing portion (6) connects by the way that wing pad pasting (5) are fixed
It connects.
2. intrathoracic drain pad pasting according to claim 1, it is characterised in that: the wing pad pasting (5) includes main part
With the first fixing belt (501), the second fixing belt (502), third fixing belt (503) and the 4th fixing belt being arranged on main part
(504)；First fixing belt (501) and the second fixing belt (502) are symmetrical structure；The third fixing belt (503) and
Four fixing belts (504) are symmetrical structure.
3. intrathoracic drain pad pasting according to claim 2, it is characterised in that: the main part of the wing pad pasting (5) is
Double-sided adhesive paste layer, the wing portion (6) are cross-shaped structure, first fixing belt (501), the second fixing belt (502) third
Fixing belt (503) and the 4th fixing belt (504) are pasted onto main part after folding, first fixing belt (501) and second are fixed
Band (502) is fixedly connected with wing portion (6), and the third fixing belt (503) and the 4th fixing belt (504) and wing portion (6) are admittedly
Fixed connection；First fixing belt (501) and third fixing belt (503) are connected in cross, second fixing belt (502) and the
Four fixing belts (504) are connected in cross.
4. intrathoracic drain pad pasting according to claim 1, it is characterised in that: the sterile aqueous colloid dressing layer (1) is
Convex shape structure, is surrounded by chamfering；The length and width of the rectangle part of the sterile aqueous colloid dressing layer (1) is 8-
12cm。
5. intrathoracic drain pad pasting according to claim 1, it is characterised in that: the hyaline membrane dressing layer (2) is circle
Structure, diameter 4-5cm.
6. intrathoracic drain pad pasting according to claim 1, it is characterised in that: the aerogel dressing layer (3) is circle
Structure, diameter 1-2cm.
7. intrathoracic drain pad pasting according to claim 1, it is characterised in that: the drainage tube (4) is equipped with bending part
(401), the bending part (401) is arranged in aerogel dressing layer (3), hyaline membrane dressing layer (2) and sterile aqueous colloid dressing layer
(1) internal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820211739.0U CN209108370U (en) | 2018-02-07 | 2018-02-07 | Intrathoracic drain pad pasting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820211739.0U CN209108370U (en) | 2018-02-07 | 2018-02-07 | Intrathoracic drain pad pasting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209108370U true CN209108370U (en) | 2019-07-16 |
Family
ID=67194844
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820211739.0U Active CN209108370U (en) | 2018-02-07 | 2018-02-07 | Intrathoracic drain pad pasting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209108370U (en) |
-
2018
- 2018-02-07 CN CN201820211739.0U patent/CN209108370U/en active Active
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| GR01 | Patent grant | ||
| GR01 | Patent grant |