CN212439070U - Medical pectoral girdle for thoracic surgery - Google Patents
Medical pectoral girdle for thoracic surgery Download PDFInfo
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- CN212439070U CN212439070U CN202020524567.XU CN202020524567U CN212439070U CN 212439070 U CN212439070 U CN 212439070U CN 202020524567 U CN202020524567 U CN 202020524567U CN 212439070 U CN212439070 U CN 212439070U
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Abstract
一种胸外科医用胸带，其包括位于患者身体前方的前胸气囊片和身体后方的后背气囊片；其特征在于，前胸气囊片和后背气囊片由气囊条和套在气囊条外部的外罩组成，气囊条可以从外罩内拿出；在所述气囊条上通过设置控制结构用以调节气囊条的充气和放气，进而保证使用者的舒适程度；所述前胸气囊片右端和后背气囊片左端通过第一紧固带固定连接，前胸气囊片左端和后背气囊片右端通过设置连接结构实现活动连接。使用时，分别将前胸气囊片和后背气囊片放置在患者胸腹部的前方和后方，再利用连接结构将两者相连，并通过控制结构将气囊条内调节至合适压力，有效实现对患者胸部加压固定的效果。
A chest strap for thoracic surgery, comprising a front chest airbag sheet located in front of a patient's body and a back airbag sheet behind the body; it is characterized in that the front chest airbag sheet and the back airbag sheet are made of airbag strips and sleeved outside the airbag strips The airbag strip can be taken out from the outer cover; a control structure is arranged on the airbag strip to adjust the inflation and deflation of the airbag strip, thereby ensuring the comfort of the user; the right end of the front chest airbag sheet and the The left end of the back airbag sheet is fixedly connected by the first fastening strap, and the left end of the front chest airbag sheet and the right end of the back airbag sheet are movably connected by setting a connection structure. When in use, place the front chest airbag sheet and the back airbag sheet respectively on the front and back of the patient's chest and abdomen, and then use the connecting structure to connect the two, and adjust the airbag strip to an appropriate pressure through the control structure, effectively realizing the treatment of the patient. The effect of chest compression immobilization.
Description
Technical Field
The utility model belongs to the technical field of medical supplies, concretely relates to is a medical pectoral girdle of thoracic surgery.
Background
The chest strap is a medical appliance frequently used after thoracic surgery, the operation position is fixedly bound through the chest strap so as to play the roles of stopping bleeding, easing pain and protecting wound, and meanwhile, the healing of the operation position is promoted through the pressurization of the operation position.
The conventional chest strap fixation in clinic at present mostly adopts a common fastening mode or a magic tape mode, and for common fastening, the fixation effect is poor, the chest strap is easy to loosen in the fastening process, and the chest strap is troublesome to loosen; for the magic tape, the use of the magic tape increases the thickness of the chest strap, reduces the air permeability of the chest strap and easily causes discomfort for patients. In addition, there is also a surgical chest strap clinically which achieves a chest strap tightening effect by arranging an air bag cushion in the chest strap and increasing or decreasing pretension between the chest strap and the chest of a patient by utilizing inflation and deflation of the air bag cushion, but such a chest strap does not effectively distinguish an operation part and a region other than the operation part, and has poor air permeability, thereby increasing discomfort of the patient. Therefore, there is a need for a medical surgical chest band that can effectively distinguish between operative and non-operative regions and has good air permeability.
The utility model discloses to the medical surgery pectoral girdle among the prior art not with the problem that operation position and non-operation position carry out effective differentiation, also in order to satisfy medical personnel and patient to the fixed effect in pectoral girdle and the demand of gas permeability simultaneously, provide a medical pectoral surgery pectoral girdle.
SUMMERY OF THE UTILITY MODEL
In order to overcome the medical surgery pectoral girdle among the prior art and not carry out the problem of effectively distinguishing operation position and non-operation position, also in order to satisfy the fixed effect of medical personnel and patient to the pectoral girdle and the demand of gas permeability simultaneously, the utility model provides a medical pectoral surgery pectoral girdle.
A thoracic surgical medical pectoral girdle comprises a front thoracic air bag flap located at the front of a patient body and a back thoracic air bag flap located at the back of the patient body; the front chest airbag piece and the back airbag piece are characterized by consisting of airbag strips and an outer cover sleeved outside the airbag strips, and the airbag strips can be taken out of the outer cover; the control structure is arranged on the air bag strip to adjust the inflation and deflation of the air bag strip, so that the comfort degree of a user is ensured; the front chest airbag piece right end and the back airbag piece left end are fixedly connected through a first fastening belt, and the front chest airbag piece left end and the back airbag piece right end are movably connected through a connecting structure. During the use, place anterior chest gasbag piece and postnotum gasbag piece respectively in the place ahead and the rear of patient's chest belly, recycle connection structure and link to each other both to adjust to suitable pressure in with the gasbag strip through control structure, effectively realize the fixed effect of patient's chest pressurization.
Further, the airbag strips comprise a first airbag strip positioned at an affected part above the inner part of the front breast airbag piece, a second airbag strip positioned at a non-affected part at the inner part of the front breast airbag piece, and a third airbag strip positioned at the inner part of the back airbag piece; the first air bag strip, the second air bag strip, the third air bag strip and the control structure for adjusting the internal pressure are respectively arranged on the first air bag strip, the second air bag strip and the third air bag strip; the device can meet the requirement of differential pressurization on the operation part and the non-operation part and promote the healing of the operation part.
Further, under the full pressure condition, the longitudinal widths of the first air bag strip, the second air bag strip and the third air bag strip are consistent, but the transverse diameter of the first air bag strip is smaller than that of the second air bag strip and the third air bag strip; the arrangement is convenient for medical staff to observe the operation part, change the medicine and the like.
Further, the number of the first air bag strips is 1-2, preferably 1; the number of the second air bag strips is 2-4, preferably 3; the number of the third air bag strips is 3-5, preferably 4; this arrangement can meet the size requirements of most patients.
Further, a medicine applying layer is arranged at the position, corresponding to the affected part of the patient, on the first air bag strip and can be uncovered from the inner side of the outer cover as required, so that medical workers can change medicines conveniently.
Furthermore, a first air hole is formed in the position, close to the affected part of the patient, on the connecting belt between the first air bag strip and the second air bag strip, so that the air permeability around the affected part is improved.
Furthermore, air transfer passages are respectively arranged on the connecting belts between the second air bag strips and between the third air bag strips, and the arrangement of the air transfer passages can effectively ensure the mutual communication between the second air bag strips and between the third air bag strips; in addition, second air holes are formed in the connecting belts between the second air bag strips and between the third air bag strips and at the corresponding positions of the outer cover, and the second air holes are not communicated with the air transmission channel.
Further, the control structure comprises an air inlet pipe and a pressurizing air bag, wherein the air inlet pipe is integrally connected with the left end of the first air bag strip, the left end of the second air bag strip and the right end of the third air bag strip, and the pressurizing air bag is integrally connected with the other end of the air inlet pipe; the air bag strip is inflated by adjusting the pressurizing air bag.
Further, arbitrary one side of intake pipe is equipped with the relief port to be equipped with the choke plug that the relief port cooperation was used, through extracting the relief port with the choke plug and realize the decompression to gasbag strip internal pressure, furthest's assurance patient's use comfort.
Furthermore, the dustcoat is including the first dustcoat of cover in the front chest gasbag piece outside and the second dustcoat of cover in the back gasbag piece outside, and is equipped with the hole of stretching into that supplies the intake pipe to stretch into in the corresponding position of first dustcoat left end and second dustcoat right-hand member, and then effectively realizes adjusting the function of gasbag strip internal pressure.
Furthermore, the zip fastener has been sewed up to the dustcoat upper end, can effectively realize dismantling of gasbag strip and dustcoat and be connected through setting up the zip fastener to regularly unpick and wash dustcoat and gasbag strip.
Further, a sponge protective pad for protecting the waist of the patient is arranged at the lower end of the second outer cover and is integrally connected with the lower end of the second outer cover; the arrangement can help the patient to effectively exert force when sitting up to perform the expiratory training.
Further, the first fastening belt is fixedly connected with the right end of the first outer cover and the left end of the second outer cover respectively; in use, the first fastening strip is located under the armpit on the left or right side of the patient's body.
Further, a second fastening belt is integrally arranged at the left end of the first outer cover, and a third fastening belt is integrally arranged at the right end of the second outer cover; the movable connection between the front airbag piece and the back airbag piece is realized by connecting the second fastening belt and the third fastening belt.
Further, a fixing hole for the second fastening belt to pass through is formed in the right edge of the third fastening belt, and a sticky belt rough surface and a sticky belt stabbing surface are sequentially formed in the left edge of the second fastening belt; through this kind of mode earlier with the second fastening area left end pass the fixed orifices, turn over again and turn back and hug closely the sticky tape thorn face with sticky tape hair side, realize the swing joint with second fastening area and third fastening area, and then make the fixed more stable of this device, effectively avoid because of the appropriate motion of patient, cause the skew of chest area.
Further, the number of the fixing holes is 2-5, preferably 3, so as to adjust according to the body types of different patients.
Further, the number of the first fastening belt, the second fastening belt and the third fastening belt is 2-4, preferably 3; the arrangement can not only effectively ensure the fixing effect on the patient, but also prevent the friction injury caused by the accumulation of subcutaneous fat at the armpit.
Further, 2-4 drainage tube fixing parts, preferably 2 drainage tube fixing parts are arranged on one side of the second fastening belt and/or the third fastening belt close to the body of the patient, so that drainage tube fixing can be conveniently carried out by people at different operation positions.
Compared with the prior art, the technical proposal of the utility model realizes the effect of effectively distinguishing the operation part and the non-operation part by arranging a plurality of connected air bag strips which can be inflated and deflated at the operation part and the non-operation part, thereby realizing the functions of pressurizing and fixing the chest of the patient and promoting the healing of the operation part; simultaneously the utility model discloses also can effectively satisfy medical personnel and patient to the fixed effect of pectoral girdle and the demand of gas permeability.
Drawings
FIG. 1 is a front view of the medical chest strap of the thoracic surgery of the present invention;
FIG. 2 is a schematic view of the rear view of the medical chest band for thoracic surgery of the present invention;
FIG. 3 is a schematic view of the overall structure of the thoracic surgical medical pectoral girdle of the present invention;
FIG. 4 is a schematic view of a partially enlarged structure of the thoracic surgical medical pectoral girdle of the present invention;
FIG. 5 is a schematic view of the overall structure of the sponge protective pad of the thoracic surgical medical pectoral girdle of the present invention;
FIG. 6 is a sectional view of the whole structure of the medical chest belt for thoracic surgery of the present invention;
FIG. 7 is an enlarged schematic view of the connection between the thoracic surgical medical chest band control structure and the outer cover and the air bag strip;
FIG. 8 is a schematic view of the cross-sectional structure of the connection between the thoracic surgical medical chest band control structure and the outer cover and the air bag strip;
in the figure, 1, a front thoracic air bag sheet; 11. a first air bag strip; 12. a second airbag strip; 13. applying a medicine layer; 14. a first fastening tape; 15. a first housing; 16. a second fastening tape; 17. sticking a tape rough surface; 18. sticking a barbed surface; 2. a posterior capsule; 21. a third air bag strip; 22. a second housing; 23. an access hole; 24. a zipper; 25. a sponge protective pad; 26. a third fastening tape; 27. a fixing hole; 3. a connecting belt; 31. a first air vent; 32. a gas transfer passage; 33. a second air hole; 4. an air inlet pipe; 41. a pressurized air bag; 42. an air release port; 43. blocking air; 5. a drainage tube fixing part.
Detailed Description
The technical solutions in the embodiments of the present invention will be described in detail below with reference to specific embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, rather than all embodiments, and those skilled in the art can easily understand other advantages and effects of the present invention from the disclosure in the specification. The utility model discloses can also implement or use through other different concrete implementation manners, under the condition of conflict-free, the characteristics in following embodiment and the embodiment can make up each other, based on the embodiment in the utility model, all other embodiments that the ordinary skilled in the art obtained under the prerequisite of not making creative work all belong to the scope of protection of the utility model.
Example 1 medical pectoral girdle for thoracic surgery
A thoracic surgical medical pectoral girdle comprises a front thoracic air bag sheet 1 positioned at the front of a patient body and a back thoracic air bag sheet 2 positioned at the back of the patient body; the front chest airbag piece 1 and the back airbag piece 2 are composed of airbag strips and outer covers sleeved outside the airbag strips, and the airbag strips can be taken out of the outer covers; the control structure is arranged on the air bag strip to adjust the inflation and deflation of the air bag strip, so that the comfort degree of a user is ensured; the right end of the front thoracic air bag tablet 1 and the left end of the back air bag tablet 2 are fixedly connected through a first fastening belt 14, and the left end of the front thoracic air bag tablet 1 and the right end of the back air bag tablet 2 are movably connected through a connecting structure. During the use, place forethorax gasbag piece 1 and back gasbag piece 2 respectively in the place ahead and the rear of patient's chest belly, recycle connection structure and link to each other both to adjust to suitable pressure in with the gasbag strip through control structure, effectively realize the fixed effect of patient's chest pressurization.
The air bag strips comprise a first air bag strip 11 positioned at an affected part above the inner part of the front thorax air bag sheet 1, a second air bag strip 12 positioned at a non-affected part in the front thorax air bag sheet 1 and a third air bag strip 21 positioned in the back air bag sheet 2; the first air bag strip 11, the second air bag strip 12 and the third air bag strip 21 are respectively connected through connecting belts 3 with the same width, and the first air bag strip 11, the second air bag strip 12 and the third air bag strip 21 are respectively provided with a control structure for adjusting the internal pressure thereof; the device can meet the requirement of differential pressurization on the operation part and the non-operation part and promote the healing of the operation part.
The control structure comprises an air inlet pipe 4 integrally connected with the left end of the first air bag strip 11, the left end of the second air bag strip 12 and the right end of the third air bag strip 21, and a pressurizing air bag integrally connected with the other end of the air inlet pipe 4
41; the inflation effect of the airbag strip is achieved by adjusting the pressurizing airbag 41.
Any side of the air inlet pipe 4 is provided with an air outlet 42, and is provided with an air blocking plug 43 matched with the air outlet 42, the pressure inside the air bag strip is reduced by pulling the air blocking plug 43 out of the air outlet 42, and the use comfort of a patient is guaranteed to the maximum extent.
The dustcoat is including the first dustcoat 15 of cover in front chest gasbag piece 1 outside and the second dustcoat 22 of cover in back gasbag piece 2 outside, and is equipped with the hole 23 that stretches into that supplies intake pipe 4 to stretch into in the corresponding position of first dustcoat 15 left end and second dustcoat 22 right-hand member, and then effectively realizes the function of adjusting gasbag strip internal pressure.
The zipper 24 is sewn at the upper end of the outer cover, and the detachable connection of the air bag strip and the outer cover can be effectively realized by arranging the zipper 24, so that the outer cover and the air bag strip are periodically detached and washed.
The first fastening belt 14 is fixedly connected with the right end of the first outer cover 15 and the left end of the second outer cover 22 respectively; in use, the first fastening strip 14 is positioned under the armpit of the left or right side of the patient's body.
A second fastening band 16 is integrally provided at the left end of the first cover 15, and a third fastening band 26 is integrally provided at the right end of the second cover 22; the movable connection between the front airbag panel 1 and the back airbag panel 2 is realized by connecting the second fastening strip 16 and the third fastening strip 26.
A fixing hole 27 for the second fastening tape 16 to pass through is formed in the right edge of the third fastening tape 26, and a tape sticking rough surface 17 and a tape sticking surface 18 are sequentially formed in the left edge of the second fastening tape 16; through this kind of mode earlier with second fastening area 16 left end pass fixed orifices 27, turn over again and turn back and hug closely adhesive tape thorn face 18 with adhesive tape hair side 17, realize the swing joint with second fastening area 16 and third fastening area 26, and then make the fixed more stable of this device, effectively avoid because of the appropriate motion of patient, cause the skew of chest area.
Example 2 medical pectoral girdle for thoracic surgery
A thoracic surgical medical pectoral girdle comprises a front thoracic air bag sheet 1 positioned at the front of a patient body and a back thoracic air bag sheet 2 positioned at the back of the patient body; the front chest airbag piece 1 and the back airbag piece 2 are composed of airbag strips and outer covers sleeved outside the airbag strips, and the airbag strips can be taken out of the outer covers; the control structure is arranged on the air bag strip to adjust the inflation and deflation of the air bag strip, so that the comfort degree of a user is ensured; the right end of the front thoracic air bag tablet 1 and the left end of the back air bag tablet 2 are fixedly connected through a first fastening belt 14, and the left end of the front thoracic air bag tablet 1 and the right end of the back air bag tablet 2 are movably connected through a connecting structure. During the use, place forethorax gasbag piece 1 and back gasbag piece 2 respectively in the place ahead and the rear of patient's chest belly, recycle connection structure and link to each other both to adjust to suitable pressure in with the gasbag strip through control structure, effectively realize the fixed effect of patient's chest pressurization.
The air bag strips comprise a first air bag strip 11 positioned at an affected part above the inner part of the front thorax air bag sheet 1, a second air bag strip 12 positioned at a non-affected part in the front thorax air bag sheet 1 and a third air bag strip 21 positioned in the back air bag sheet 2; the first air bag strip 11, the second air bag strip 12 and the third air bag strip 21 are respectively connected through connecting belts 3 with the same width, and the first air bag strip 11, the second air bag strip 12 and the third air bag strip 21 are respectively provided with a control structure for adjusting the internal pressure thereof; the device can meet the requirement of differential pressurization on the operation part and the non-operation part and promote the healing of the operation part.
Under full pressure, the longitudinal widths of the first airbag strip 11, the second airbag strip 12 and the third airbag strip 21 are consistent, but the transverse diameter of the first airbag strip 11 is smaller than that of the second airbag strip 12 and the third airbag strip 21; the arrangement is convenient for medical staff to observe the operation part, change the medicine and the like.
The number of the first air bag strips 11 is 1-2, preferably 1; the number of the second air bag strips 12 is 2-4, preferably 3; the number of the third air bag strips 21 is 3-5, preferably 4; this arrangement can meet the size requirements of most patients.
The control structure comprises an air inlet pipe 4 integrally connected with the left end of the first air bag strip 11, the left end of the second air bag strip 12 and the right end of the third air bag strip 21, and a pressurizing air bag 41 integrally connected with the other end of the air inlet pipe 4; the inflation effect of the airbag strip is achieved by adjusting the pressurizing airbag 41.
Any side of the air inlet pipe 4 is provided with an air outlet 42, and is provided with an air blocking plug 43 matched with the air outlet 42, the pressure inside the air bag strip is reduced by pulling the air blocking plug 43 out of the air outlet 42, and the use comfort of a patient is guaranteed to the maximum extent.
The dustcoat is including the first dustcoat 15 of cover in front chest gasbag piece 1 outside and the second dustcoat 22 of cover in back gasbag piece 2 outside, and is equipped with the hole 23 that stretches into that supplies intake pipe 4 to stretch into in the corresponding position of first dustcoat 15 left end and second dustcoat 22 right-hand member, and then effectively realizes the function of adjusting gasbag strip internal pressure.
The zipper 24 is sewn at the upper end of the outer cover, and the detachable connection of the air bag strip and the outer cover can be effectively realized by arranging the zipper 24, so that the outer cover and the air bag strip are periodically detached and washed.
The first fastening belt 14 is fixedly connected with the right end of the first outer cover 15 and the left end of the second outer cover 22 respectively; in use, the first fastening strip 14 is positioned under the armpit of the left or right side of the patient's body.
A second fastening band 16 is integrally provided at the left end of the first cover 15, and a third fastening band 26 is integrally provided at the right end of the second cover 22; the movable connection between the front airbag panel 1 and the back airbag panel 2 is realized by connecting the second fastening strip 16 and the third fastening strip 26.
A fixing hole 27 for the second fastening tape 16 to pass through is formed in the right edge of the third fastening tape 26, and a tape sticking rough surface 17 and a tape sticking surface 18 are sequentially formed in the left edge of the second fastening tape 16; through this kind of mode earlier with second fastening area 16 left end pass fixed orifices 27, turn over again and turn back and hug closely adhesive tape thorn face 18 with adhesive tape hair side 17, realize the swing joint with second fastening area 16 and third fastening area 26, and then make the fixed more stable of this device, effectively avoid because of the appropriate motion of patient, cause the skew of chest area.
EXAMPLE 3 medical thoracic band for thoracic surgery
A thoracic surgical medical pectoral girdle comprises a front thoracic air bag sheet 1 positioned at the front of a patient body and a back thoracic air bag sheet 2 positioned at the back of the patient body; the front chest airbag piece 1 and the back airbag piece 2 are composed of airbag strips and outer covers sleeved outside the airbag strips, and the airbag strips can be taken out of the outer covers; the control structure is arranged on the air bag strip to adjust the inflation and deflation of the air bag strip, so that the comfort degree of a user is ensured; the right end of the front thoracic air bag tablet 1 and the left end of the back air bag tablet 2 are fixedly connected through a first fastening belt 14, and the left end of the front thoracic air bag tablet 1 and the right end of the back air bag tablet 2 are movably connected through a connecting structure. During the use, place forethorax gasbag piece 1 and back gasbag piece 2 respectively in the place ahead and the rear of patient's chest belly, recycle connection structure and link to each other both to adjust to suitable pressure in with the gasbag strip through control structure, effectively realize the fixed effect of patient's chest pressurization.
The air bag strips comprise a first air bag strip 11 positioned at an affected part above the inner part of the front thorax air bag sheet 1, a second air bag strip 12 positioned at a non-affected part in the front thorax air bag sheet 1 and a third air bag strip 21 positioned in the back air bag sheet 2; the first air bag strip 11, the second air bag strip 12 and the third air bag strip 21 are respectively connected through connecting belts 3 with the same width, and the first air bag strip 11, the second air bag strip 12 and the third air bag strip 21 are respectively provided with a control structure for adjusting the internal pressure thereof; the device can meet the requirement of differential pressurization on the operation part and the non-operation part and promote the healing of the operation part.
Under full pressure, the longitudinal widths of the first airbag strip 11, the second airbag strip 12 and the third airbag strip 21 are consistent, but the transverse diameter of the first airbag strip 11 is smaller than that of the second airbag strip 12 and the third airbag strip 21; the arrangement is convenient for medical staff to observe the operation part, change the medicine and the like.
The number of the first air bag strips 11 is 1-2, preferably 1; the number of the second air bag strips 12 is 2-4, preferably 3; the number of the third air bag strips 21 is 3-5, preferably 4; this arrangement can meet the size requirements of most patients.
The position of the first air bag strip 11 corresponding to the affected part of the patient is provided with a medicine applying layer 13, and the medicine applying layer 13 can be uncovered from the inner side of the outer cover as required so as to facilitate the medicine changing of medical personnel.
A first air hole 31 is arranged on the connecting belt 3 between the first air bag strip 11 and the second air bag strip 12 at the position close to the affected part of the patient so as to increase the air permeability around the affected part.
The control structure comprises an air inlet pipe 4 integrally connected with the left end of the first air bag strip 11, the left end of the second air bag strip 12 and the right end of the third air bag strip 21, and a pressurizing air bag 41 integrally connected with the other end of the air inlet pipe 4; the inflation effect of the airbag strip is achieved by adjusting the pressurizing airbag 41.
Any side of the air inlet pipe 4 is provided with an air outlet 42, and is provided with an air blocking plug 43 matched with the air outlet 42, the pressure inside the air bag strip is reduced by pulling the air blocking plug 43 out of the air outlet 42, and the use comfort of a patient is guaranteed to the maximum extent.
The dustcoat is including the first dustcoat 15 of cover in front chest gasbag piece 1 outside and the second dustcoat 22 of cover in back gasbag piece 2 outside, and is equipped with the hole 23 that stretches into that supplies intake pipe 4 to stretch into in the corresponding position of first dustcoat 15 left end and second dustcoat 22 right-hand member, and then effectively realizes the function of adjusting gasbag strip internal pressure.
The zipper 24 is sewn at the upper end of the outer cover, and the detachable connection of the air bag strip and the outer cover can be effectively realized by arranging the zipper 24, so that the outer cover and the air bag strip are periodically detached and washed.
The lower end of the second outer cover 22 is provided with a sponge protective pad 25 for protecting the waist of the patient, and the sponge protective pad 25 is integrally connected with the lower end of the second outer cover 22; the arrangement can help the patient to effectively exert force when sitting up to perform the expiratory training.
The first fastening belt 14 is fixedly connected with the right end of the first outer cover 15 and the left end of the second outer cover 22 respectively; in use, the first fastening strip 14 is positioned under the armpit of the left or right side of the patient's body.
A second fastening band 16 is integrally provided at the left end of the first cover 15, and a third fastening band 26 is integrally provided at the right end of the second cover 22; the movable connection between the front airbag panel 1 and the back airbag panel 2 is realized by connecting the second fastening strip 16 and the third fastening strip 26.
A fixing hole 27 for the second fastening tape 16 to pass through is formed in the right edge of the third fastening tape 26, and a tape sticking rough surface 17 and a tape sticking surface 18 are sequentially formed in the left edge of the second fastening tape 16; through this kind of mode earlier with second fastening area 16 left end pass fixed orifices 27, turn over again and turn back and hug closely adhesive tape thorn face 18 with adhesive tape hair side 17, realize the swing joint with second fastening area 16 and third fastening area 26, and then make the fixed more stable of this device, effectively avoid because of the appropriate motion of patient, cause the skew of chest area.
EXAMPLE 4 medical thoracic band for thoracic surgery
A thoracic surgical medical pectoral girdle comprises a front thoracic air bag sheet 1 positioned at the front of a patient body and a back thoracic air bag sheet 2 positioned at the back of the patient body; the front chest airbag piece 1 and the back airbag piece 2 are composed of airbag strips and outer covers sleeved outside the airbag strips, and the airbag strips can be taken out of the outer covers; the control structure is arranged on the air bag strip to adjust the inflation and deflation of the air bag strip, so that the comfort degree of a user is ensured; the right end of the front thoracic air bag tablet 1 and the left end of the back air bag tablet 2 are fixedly connected through a first fastening belt 14, and the left end of the front thoracic air bag tablet 1 and the right end of the back air bag tablet 2 are movably connected through a connecting structure. During the use, place forethorax gasbag piece 1 and back gasbag piece 2 respectively in the place ahead and the rear of patient's chest belly, recycle connection structure and link to each other both to adjust to suitable pressure in with the gasbag strip through control structure, effectively realize the fixed effect of patient's chest pressurization.
The air bag strips comprise a first air bag strip 11 positioned at an affected part above the inner part of the front thorax air bag sheet 1, a second air bag strip 12 positioned at a non-affected part in the front thorax air bag sheet 1 and a third air bag strip 21 positioned in the back air bag sheet 2; the first air bag strip 11, the second air bag strip 12 and the third air bag strip 21 are respectively connected through connecting belts 3 with the same width, and the first air bag strip 11, the second air bag strip 12 and the third air bag strip 21 are respectively provided with a control structure for adjusting the internal pressure thereof; the device can meet the requirement of differential pressurization on the operation part and the non-operation part and promote the healing of the operation part.
Under full pressure, the longitudinal widths of the first airbag strip 11, the second airbag strip 12 and the third airbag strip 21 are consistent, but the transverse diameter of the first airbag strip 11 is smaller than that of the second airbag strip 12 and the third airbag strip 21; the arrangement is convenient for medical staff to observe the operation part, change the medicine and the like.
The number of the first air bag strips 11 is 1-2, preferably 1; the number of the second air bag strips 12 is 2-4, preferably 3; the number of the third air bag strips 21 is 3-5, preferably 4; this arrangement can meet the size requirements of most patients.
The position of the first air bag strip 11 corresponding to the affected part of the patient is provided with a medicine applying layer 13, and the medicine applying layer 13 can be uncovered from the inner side of the outer cover as required so as to facilitate the medicine changing of medical personnel.
A first air hole 31 is arranged on the connecting belt 3 between the first air bag strip 11 and the second air bag strip 12 at the position close to the affected part of the patient so as to increase the air permeability around the affected part.
The control structure comprises an air inlet pipe 4 integrally connected with the left end of the first air bag strip 11, the left end of the second air bag strip 12 and the right end of the third air bag strip 21, and a pressurizing air bag 41 integrally connected with the other end of the air inlet pipe 4; the inflation effect of the airbag strip is achieved by adjusting the pressurizing airbag 41.
Any side of the air inlet pipe 4 is provided with an air outlet 42, and is provided with an air blocking plug 43 matched with the air outlet 42, the pressure inside the air bag strip is reduced by pulling the air blocking plug 43 out of the air outlet 42, and the use comfort of a patient is guaranteed to the maximum extent.
The dustcoat is including the first dustcoat 15 of cover in front chest gasbag piece 1 outside and the second dustcoat 22 of cover in back gasbag piece 2 outside, and is equipped with the hole 23 that stretches into that supplies intake pipe 4 to stretch into in the corresponding position of first dustcoat 15 left end and second dustcoat 22 right-hand member, and then effectively realizes the function of adjusting gasbag strip internal pressure.
The zipper 24 is sewn at the upper end of the outer cover, and the detachable connection of the air bag strip and the outer cover can be effectively realized by arranging the zipper 24, so that the outer cover and the air bag strip are periodically detached and washed.
The lower end of the second outer cover 22 is provided with a sponge protective pad 25 for protecting the waist of the patient, and the sponge protective pad 25 is integrally connected with the lower end of the second outer cover 22; the arrangement can help the patient to effectively exert force when sitting up to perform the expiratory training.
The first fastening belt 14 is fixedly connected with the right end of the first outer cover 15 and the left end of the second outer cover 22 respectively; in use, the first fastening strip 14 is positioned under the armpit of the left or right side of the patient's body.
A second fastening band 16 is integrally provided at the left end of the first cover 15, and a third fastening band 26 is integrally provided at the right end of the second cover 22; the movable connection between the front airbag panel 1 and the back airbag panel 2 is realized by connecting the second fastening strip 16 and the third fastening strip 26.
A fixing hole 27 for the second fastening tape 16 to pass through is formed in the right edge of the third fastening tape 26, and a tape sticking rough surface 17 and a tape sticking surface 18 are sequentially formed in the left edge of the second fastening tape 16; through this kind of mode earlier with second fastening area 16 left end pass fixed orifices 27, turn over again and turn back and hug closely adhesive tape thorn face 18 with adhesive tape hair side 17, realize the swing joint with second fastening area 16 and third fastening area 26, and then make the fixed more stable of this device, effectively avoid because of the appropriate motion of patient, cause the skew of chest area.
The number of the fixing holes 27 is 2-5, preferably 3, so as to adjust according to the body types of different patients.
The first fastening strip 14, the second fastening strip 16 and the third fastening strip 26 are arranged in 2-4, preferably 3; the arrangement can not only effectively ensure the fixing effect on the patient, but also prevent the friction injury caused by the accumulation of subcutaneous fat at the armpit.
2-4 drainage tube fixing parts 5, preferably 2, are arranged on one side of the second fastening belt 16 and/or the third fastening belt 26 close to the body of the patient, so as to facilitate drainage tube fixing by people at different operation sites.
The above description of the embodiments is only intended to illustrate the present invention. It should be noted that, for those skilled in the art, without departing from the principle of the present invention, several modifications can be made to the present invention, and these modifications will fall within the protection scope of the claims of the present invention.
Claims (10)
1. A thoracic surgical medical pectoral girdle comprises a front thoracic air bag flap located at the front of a patient body and a back thoracic air bag flap located at the back of the patient body; the front chest airbag piece and the back airbag piece are characterized by consisting of airbag strips and an outer cover sleeved outside the airbag strips, and the airbag strips can be taken out of the outer cover; the control structure is arranged on the air bag strip to adjust the inflation and deflation of the air bag strip, so that the comfort degree of a user is ensured; front pectoral cavity bag piece right-hand member and back gasbag piece left end are through first fastening area fixed connection, and front pectoral cavity bag piece left end and back gasbag piece right-hand member realize swing joint through setting up connection structure.
2. The thoracic surgical medical pectoral band of claim 1, wherein the bladder strips include a first bladder strip located on a lesion above an interior of the front thoracic bladder, a second bladder strip located on a non-lesion of an interior of the front thoracic bladder, and a third bladder strip located on an interior of the back bladder; the first air bag strip, the second air bag strip and the third air bag strip are connected through connecting bands with the same width, and control structures for adjusting the internal pressure of the first air bag strip, the second air bag strip and the third air bag strip are arranged on the first air bag strip, the second air bag strip and the third air bag strip respectively.
3. The thoracic surgical medical pectoral band of claim 2, wherein the first, second and third strips of balloons are of uniform longitudinal width at full pressure, but the first strip of balloons has a transverse diameter less than the transverse diameter of the second and third strips of balloons.
4. The thoracic surgical medical band of claim 3, wherein a dressing layer is provided on the first bladder strip at a location corresponding to the patient's affected part.
5. The thoracic surgery medical pectoral girdle of claim 3, wherein air transfer passages are respectively arranged on the connecting bands between the second air bag strips and between the third air bag strips, and the arrangement of the air transfer passages can effectively ensure the mutual communication between the second air bag strips and between the third air bag strips; in addition, second air holes are formed in the connecting belts between the second air bag strips and between the third air bag strips and at the corresponding positions of the outer cover, and the second air holes are not communicated with the air transmission channel.
6. The thoracic surgical medical pectoral band of claim 1, wherein the control structure includes an inlet tube integrally connected to a left end of the first air bladder strip, a left end of the second air bladder strip, and a right end of the third air bladder strip, and a pressurizing air bladder integrally connected to another end of the inlet tube.
7. The thoracic surgical medical band of claim 6 wherein a relief port is provided on either side of the inlet line and a choke plug is provided for cooperating with the relief port.
8. The thoracic surgical medical pectoral girdle of claim 1, wherein the outer covers comprise a first outer cover sleeved on the outer portion of the front thoracic air cell and a second outer cover sleeved on the outer portion of the back air cell, and an insertion hole for inserting the air inlet pipe is formed at a corresponding position of the left end of the first outer cover and the right end of the second outer cover.
9. The thoracic surgical medical pectoral girdle of claim 8, wherein a zipper is sewn at an upper end of the outer cover, and the detachable connection of the airbag strip and the outer cover can be effectively realized by the zipper.
10. The thoracic surgical medical pectoral girdle of claim 8, wherein the second housing lower end is provided with a sponge protection pad for protecting the waist of the patient, and the sponge protection pad is integrally connected with the second housing lower end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020524567.XU CN212439070U (en) | 2020-04-11 | 2020-04-11 | Medical pectoral girdle for thoracic surgery |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020524567.XU CN212439070U (en) | 2020-04-11 | 2020-04-11 | Medical pectoral girdle for thoracic surgery |
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| Publication Number | Publication Date |
|---|---|
| CN212439070U true CN212439070U (en) | 2021-02-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020524567.XU Active CN212439070U (en) | 2020-04-11 | 2020-04-11 | Medical pectoral girdle for thoracic surgery |
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| Country | Link |
|---|---|
| CN (1) | CN212439070U (en) |
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2020
- 2020-04-11 CN CN202020524567.XU patent/CN212439070U/en active Active
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