CN215689673U - Air wave pressure therapeutic instrument sleeve for gynecologic pelvis - Google Patents
Air wave pressure therapeutic instrument sleeve for gynecologic pelvis Download PDFInfo
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- CN215689673U CN215689673U CN202120477761.1U CN202120477761U CN215689673U CN 215689673 U CN215689673 U CN 215689673U CN 202120477761 U CN202120477761 U CN 202120477761U CN 215689673 U CN215689673 U CN 215689673U
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Abstract
The utility model relates to an air wave pressure therapeutic instrument sleeve for a gynecological pelvis, which comprises a sleeve body, wherein the sleeve body comprises a leg air cavity, a hip air cavity, an abdomen air cavity, a hip air cavity and a pelvic floor air cavity; the hip air cavity and the abdomen air cavity are oppositely arranged, the basin bottom air cavity is arranged at the lower parts of the hip air cavity and the abdomen air cavity, and the basin bottom air cavity is connected with the hip air cavity and the abdomen air cavity; the hip air cavity comprises an upper hip air cavity and a lower hip air cavity; the two sides of the abdomen air cavity are sequentially connected with the hip air cavity, the lower hip air cavity and the leg air cavity from top to bottom; the upper hip air cavity and the lower hip air cavity are both connected with the hip air cavity; the leg air cavity is respectively connected with the lower hip air cavity and the basin bottom air cavity. The utility model can circulate the actions to achieve the functions of promoting the pelvis recovery, promoting the blood circulation, massaging the muscles, repairing the curve of the abdomen and the hip and the like by sequentially inflating the leg air cavity, the pelvic floor air cavity, the hip air cavity, the abdomen air cavity and the hip air cavity and then intensively deflating.
Description
Technical Field
The utility model relates to the technical field of medical instruments, in particular to an air wave pressure therapeutic instrument sleeve for a gynecological pelvis.
Background
The problems of more or less pelvic deformation in women in today's society are mainly due to the following: 1. trauma causes: when a single leg stands and a load suddenly slips or falls, the single hip touches the ground, and external force is directly applied to the pubic symphysis part and local contusion, the clinical symptoms such as widening of the distance of the pubic symphysis part or up-and-down dislocation can be caused. 2. Some bad habits in life: such as long-time habitual leg lifting, long-time wearing of high-heeled shoes, tight suits, etc. 3. The water content of the pubic symphysis part of the later gestation period of the female is increased, and the pubic bone is slightly shifted due to the action of labor and gravity in the delivery process, so that the volume of the pelvis is increased; meanwhile, after delivery, the female has the problems of pelvis widening, pelvic floor muscle relaxation, pelvic pain and the like caused by endocrine changes. As shown in fig. 1, the female pelvic floor muscle is relaxed after delivery, the gap between pubic bones becomes extremely large, all bones constituting the pelvis are opened, the pelvis is expanded, and the pelvis is increased two gaps (black area part in the right drawing) after delivery: 1. a triangular gap between the hip and sacrum; 2. the pubis on the hip bone forms a large gap between the pubis and is in a pubic separation state, known as pubic separation.
Intermittent sequential compression therapy (IPC) is to apply periodic pressure to the limbs of a patient to promote blood circulation and accelerate tissue fluid reflux, thereby relieving clinical symptoms such as edema, pain, soreness, heaviness of limbs, intermittent claudication and the like caused by limb venous thrombosis and lower limb arterial ischemia. Based on an intermittent sequential pressurization treatment method, the pelvic bone pressure control device can effectively apply periodic pressure to tissues and bones around the pelvic bones, promote blood circulation, accelerate tissue fluid backflow and relieve pubic separation symptoms. The air wave pressure therapeutic instrument mainly enables the sleeve to form circulating pressure on limbs and tissues of a patient by repeatedly inflating and deflating the air bag in the sleeve, further plays a role in promoting blood and lymph flow of the limbs of the patient and improving microcirculation, and strengthens backflow of the tissue fluid of the limbs. Not only can be helpful for preventing the formation of thrombus and the edema of limbs, but also can indirectly or directly treat various diseases related to blood circulation and lymphatic circulation. However, the hip of the existing air wave pressure therapeutic apparatus for the pelvic bone of the gynecology department only has one air cavity, and the pressure can not be applied in a targeted way according to the physiological structure of the female, so that the treatment effect is not ideal.
SUMMERY OF THE UTILITY MODEL
The utility model provides an air wave pressure therapeutic apparatus sleeve for a gynecological pelvis, which aims to solve the problems that the prior art can not carry out targeted pressure application aiming at the female physiological structure and the treatment effect is not ideal.
In order to achieve the purpose, the technical scheme of the utility model is as follows:
an air wave pressure therapeutic apparatus sleeve for a gynecological pelvis comprises a sleeve body, wherein the sleeve body comprises a leg air cavity, a hip air cavity, an abdomen air cavity, a hip air cavity and a pelvic floor air cavity;
the hip air cavity and the abdomen air cavity are oppositely arranged, the basin bottom air cavity is arranged at the lower parts of the hip air cavity and the abdomen air cavity, and the basin bottom air cavity is connected with the hip air cavity and the abdomen air cavity;
the hip air cavity comprises an upper hip air cavity and a lower hip air cavity;
the number of the upper hip air cavity, the lower hip air cavity and the leg air cavity is two; the two sides of the abdomen air cavity are sequentially connected with an upper hip air cavity, a lower hip air cavity and a leg air cavity from top to bottom; the upper hip air cavity and the lower hip air cavity are both connected with the hip air cavity; the leg air cavity is respectively connected with the lower hip air cavity and the basin bottom air cavity.
Furthermore, the leg air cavity, the upper hip air cavity, the lower hip air cavity, the abdomen air cavity, the hip air cavity and the pelvic floor air cavity are mutually independent and connected through hot pressing to form a pants-shaped structure.
Further, the upper hip air cavity and the lower hip air cavity are mutually independent and connected through hot pressing; the upper hip air cavity is mutually independent and connected with the abdomen air cavity and the hip air cavity through hot pressing, and the lower hip air cavity is mutually independent and connected with the leg air cavity and the pelvic floor air cavity through hot pressing.
Further, the abdomen air cavity comprises a lower abdomen air cavity and an upper abdomen air cavity, the lower abdomen air cavity is arranged at the lower part of the upper abdomen air cavity, the lower abdomen air cavity is mutually independent and connected with the pelvic floor air cavity and the hip air cavity through hot pressing, and the upper abdomen air cavity is mutually independent and connected with the hip air cavity through hot pressing.
Further, the hip air cavity comprises an upper hip air cavity, a middle hip air cavity and a lower hip air cavity, the upper hip air cavity is mutually independent and connected with the hip air cavity and the middle hip air cavity through hot pressing, the middle hip air cavity is mutually independent and connected with the hip air cavity and the lower hip air cavity through hot pressing, and the lower hip air cavity is mutually independent and connected with the hip air cavity and the pelvic floor air cavity through hot pressing.
Through the technical scheme, the utility model has the beneficial effects that:
the utility model can circulate the actions to uniformly and orderly extrude the legs of the patient to the abdomen and the buttocks of the patient, promote the pelvic recovery, promote the blood circulation, massage the muscles, repair the curves of the abdomen and the buttocks and the like by sequentially inflating the leg air cavity, the pelvic floor air cavity, the upper hip air cavity, the lower hip air cavity, the abdomen air cavity and the buttocks air cavity and then keeping the pressure for a period of time and then fully deflating. Meanwhile, the traditional Chinese medicine composition has obvious treatment effect on diseases such as edema and blood circulation disorder.
According to the utility model, the hip air cavity is divided into the upper hip air cavity and the lower hip air cavity, so that two different stress points of the hip part and the femoral joint part of a patient are respectively extruded in a targeted manner, the pressed parts are more accurate and reasonable in stress, the function of further promoting the pelvis recovery by carrying out secondary extrusion on the hip is realized, and the effects of increasing the treatment efficiency and improving the treatment effect within the same treatment time are achieved.
The abdomen air cavity is divided into an upper abdomen air cavity and a lower abdomen air cavity, and the abdomen is subjected to fat shaping and abdomen curve restoration through secondary pressurization of the abdomen. By dividing the buttock air cavity into an upper buttock air cavity, a middle buttock air cavity and a lower buttock air cavity, the buttock is pressurized for multiple times, so that the buttock is convenient to carry out fat shaping and the buttock curve is repaired.
Drawings
Fig. 1 is a comparison between the normal pelvis and the postpartum pelvis (the left side is a diagram showing the structure of the normal pelvis, and the right side is a diagram showing the structure of the postpartum pelvis).
Fig. 2 is a front view of the sleeve of the air wave pressure therapeutic apparatus for gynecology pelvis of the utility model.
Fig. 3 is a back view of the sleeve of the air wave pressure therapeutic apparatus for gynecology pelvis of the present invention.
Fig. 4 is a schematic structural view of the position of the sleeve body corresponding to the human skeleton when the sleeve is in use.
Fig. 5 is a second schematic view of the position structure of the sleeve body corresponding to the human skeleton when the sleeve of the air wave pressure therapeutic apparatus for gynecology pelvis of the present invention is in use.
The reference numbers in the drawings are as follows: 1 is the shank air cavity, 2 is the pelvic floor air cavity, 3 is lower hip air cavity, 4 is the upper hip air cavity, 5 is the abdomen air cavity down, 6 is the abdomen air cavity, 7 is lower buttock air cavity, 8 is well buttock air cavity, 9 is last buttock air cavity.
Detailed Description
The utility model is further described with reference to the following figures and detailed description:
as shown in fig. 2 to 5, an air wave pressure therapeutic apparatus sleeve for gynecologic pelvis comprises a sleeve body, wherein the sleeve body comprises a leg air cavity 1, a hip air cavity, an abdomen air cavity, a hip air cavity and a pelvic floor air cavity 2; the leg air cavity 1, the hip air cavity, the abdomen air cavity, the hip air cavity and the pelvic floor air cavity 2 are mutually independent and connected through hot pressing to form a pants-shaped structure; specifically, the hip air cavity and the abdomen air cavity are oppositely arranged, and the basin bottom air cavity 2 is arranged at the lower parts of the hip air cavity and the abdomen air cavity, is mutually independent from the hip air cavity and the abdomen air cavity through hot pressing and is connected with the hip air cavity and the abdomen air cavity; the hip air cavity is respectively arranged at two sides of the abdomen air cavity and the hip air cavity, and the hip air cavity is mutually independent and connected with the abdomen air cavity and the hip air cavity through hot pressing; the two leg air cavities 1 are respectively arranged at the lower parts of the hip air cavities, and the leg air cavities 1 are mutually independent and connected with the hip air cavity and the pelvic floor air cavity 2 through hot pressing.
In order to optimize the product structure, the hip air cavity comprises an upper hip air cavity 4 and a lower hip air cavity 3, the number of the upper hip air cavity 4 and the number of the lower hip air cavity 3 are two, and the upper hip air cavity 4 and the lower hip air cavity 3 are mutually independent and connected through hot pressing; the two upper hip air cavities 4 are mutually independent and connected with the abdomen air cavity and the hip air cavity respectively through hot pressing, and the two lower hip air cavities 3 are mutually independent and connected with the leg air cavity 1 and the pelvic floor air cavity 2 through hot pressing.
In order to further optimize the product structure, the abdomen air cavity comprises a lower abdomen air cavity 5 and an upper abdomen air cavity 6, the lower abdomen air cavity 5 is arranged at the lower part of the upper abdomen air cavity 6, and the lower abdomen air cavity 5 is mutually independent and connected with the pelvic floor air cavity 2, the upper hip air cavity 4 and the upper abdomen air cavity 6 through hot pressing; the upper abdomen air cavity 6 is mutually independent and connected with the upper hip air cavity 4 and the lower abdomen air cavity 5 through hot pressing.
In order to further optimize the product structure, the hip air cavity comprises an upper hip air cavity 9, a middle hip air cavity 8 and a lower hip air cavity 7, the upper hip air cavity 9 is connected with the upper hip air cavity 4 and the middle hip air cavity 8 through hot pressing and is mutually independent, the middle hip air cavity 8 is connected with the upper hip air cavity 4 and the lower hip air cavity 7 through hot pressing and is mutually independent, and the lower hip air cavity 7 is mutually independent and is connected with the upper hip air cavity 4, the pelvic floor air cavity 2 and the upper hip air cavity 9 through hot pressing.
In the embodiment, two leg air cavities 1, two upper hip air cavities 4, two lower hip air cavities 3, a pelvic floor air cavity 2, a lower abdomen air cavity 5, an upper abdomen air cavity 6, a lower hip air cavity 7, a middle hip air cavity 8 and an upper hip air cavity 9 are separated by ultrasonic hot pressing or high-frequency hot pressing to form independent air cavities; the sleeve body in this embodiment is made of an elastic material.
When using, the sleeve body is worn to the patient, at this moment, two shank air cavities 1 are located patient thigh position, pelvic floor air cavity 2 is located patient perineum position, lower hip air cavity 3 is located patient femoral joint position, it is located patient hip bone position to go up hip air cavity 4, lower abdomen air cavity 5 is located patient abdomen position down, it is located patient abdomen or last abdomen position to go up abdomen air cavity 6, well buttock air cavity 8 is located patient buttock position with lower buttock air cavity 7, it is located patient buttock or waist position to go up buttock air cavity 9.
The air passage of the air wave pressure therapeutic apparatus system is connected with each air cavity in the sleeve body, and pressurized air is sequentially introduced into each air cavity for inflation according to the sequence from bottom to top through the program control in the air wave pressure therapeutic apparatus system host. After all the air cavities are sequentially inflated, the air cavities keep the pressure for a period of time, and all the air cavities are deflated; and circulating the actions. The air wave pressure therapeutic apparatus system used in this embodiment is a common air wave pressure therapeutic apparatus system used for intermittent sequential compression therapy (IPC).
Through the program control in the air wave pressure therapeutic instrument system host computer, the trachea that is connected with shank air cavity 1 transmits the air that has pressure to shank air cavity 1 in, and shank air cavity 1 inflates the inflation and expands and warp and exert pressure to patient's shank, carries out the effect of fat moulding and massage to the shank.
After the inflation action of the leg air cavity 1 is completed, air pipes connected with the pelvic floor air cavity 2 and the lower hip air cavity 7 in the sleeve body transmit air with pressure to the pelvic floor air cavity 2 and the lower hip air cavity 7, the pelvic floor air cavity 2 is inflated and expanded, and the pelvic floor air cavity 2 is used for supporting the pelvic floor and has the function of massaging the muscles of the pelvic floor. The inflation and deflation of the lower buttocks air chamber 7 have the function of primarily shaping and massaging the fat of the lower buttocks.
After the pelvic floor air cavity 2 and the lower hip air cavity 7 are inflated, air flow with pressure is transmitted to the lower hip air cavity 3 through an air pipe connected with the lower hip air cavity 3 in the sleeve body, the lower hip air cavity 3 pressurizes the femoral joint of a patient, the pressure is transmitted to the pubic region of the hip bone, the pelvis and the pubic bone on the two sides are pressurized, and pubic bone combined primary reduction is promoted.
After the inflation action of the lower hip air cavity 3 is finished, air flow with pressure is transmitted to the upper hip air cavity 4 through an air pipe connected with the upper hip air cavity 4 in the sleeve body, the upper hip air cavity 4 is inflated and expanded to pressurize the hip bone, the pressure is transmitted to the pubic part of the hip bone, and the pubic bones at two sides are pressurized to promote the pubic bone to be combined and further reset; the pressure is transmitted to the part connected with the sacrum, so that the clearance between the hip bone and the sacrum also has the function of adjusting the composite function. Promoting pelvic recovery and improving hip curve.
After the upper hip air cavity 4 finishes the inflation action, the air pipe connected with the lower abdomen air cavity 5 and the middle hip air cavity 8 in the sleeve body transmits air with pressure to the lower abdomen air cavity 5 and the middle hip air cavity 8, the abdomen of the patient is inflated through the lower abdomen air cavity 5, the abdomen is subjected to fat shaping, and the abdomen curve is repaired. The abdomen of the patient is inflated through the air cavity 8 of the middle buttock to carry out secondary fat shaping on the buttock and restore the buttock curve.
After the lower abdomen air cavity 5 and the middle buttock air cavity 8 are inflated to finish the action, the air pipe connected with the upper abdomen air cavity 6 and the upper buttock air cavity 9 in the sleeve body transmits air with pressure to the upper abdomen air cavity 6 and the upper buttock air cavity 9, the abdomen of the patient is inflated through the upper abdomen air cavity 6, and the abdomen of the patient is shaped by secondary fat and the abdomen curve is repaired. The patient's buttocks are inflated through the upper buttocks air chamber 9, the patient's buttocks are triple fat-shaped and the buttocks curve is restored. The inflation of the upper abdomen air chamber 6 and the upper buttocks air chamber 9 is completed. After all the air cavities are inflated, the pressure is maintained for a period of time, and then all the air cavities are controlled by the main program to perform pressure relief action, so that one treatment cycle is completed, and one treatment cycle can comprise a plurality of treatment cycles.
The utility model achieves the functions of promoting the pelvis recovery, promoting the blood circulation, massaging muscles, repairing the curves of the abdomen and the buttocks and the like by sequentially inflating and deflating the leg air cavity 1, the pelvic floor air cavity 2, the hip air cavity, the abdomen air cavity and the buttocks air cavity. Meanwhile, the traditional Chinese medicine composition has obvious treatment effect on diseases such as edema and blood circulation disorder.
The above-described embodiments are merely preferred embodiments of the present invention, and not intended to limit the scope of the utility model, so that equivalent changes or modifications in the structure, features and principles described in the present invention should be included in the claims of the present invention.
Claims (2)
1. An air wave pressure therapeutic apparatus sleeve for a gynecological pelvis comprises a sleeve body, and is characterized in that the sleeve body comprises a leg air cavity (1), a hip air cavity, an abdomen air cavity, a hip air cavity and a pelvic floor air cavity (2);
the hip air cavity and the abdomen air cavity are oppositely arranged, the basin bottom air cavity (2) is arranged at the lower parts of the hip air cavity and the abdomen air cavity, and the basin bottom air cavity (2) is connected with the hip air cavity and the abdomen air cavity;
the hip air cavity comprises an upper hip air cavity (4) and a lower hip air cavity (3);
the number of the upper hip air cavity (4), the lower hip air cavity (3) and the leg air cavity (1) is two; the two sides of the abdomen air cavity are sequentially connected with an upper hip air cavity (4), a lower hip air cavity (3) and a leg air cavity (1) from top to bottom; the upper hip air cavity (4) and the lower hip air cavity (3) are both connected with the hip air cavity; the leg air cavity (1) is respectively connected with the lower hip air cavity (3) and the basin bottom air cavity (2);
the leg air cavity (1), the upper hip air cavity (4), the lower hip air cavity (3), the abdomen air cavity, the hip air cavity and the pelvic floor air cavity (2) are mutually independent through hot pressing and are connected to form a pants-shaped structure; the upper hip air cavity (4) and the lower hip air cavity (3) are mutually independent and connected through hot pressing;
the upper hip air cavity (4), the abdomen air cavity and the hip air cavity are mutually independent and connected through hot pressing respectively, and the lower hip air cavity (3), the leg air cavity (1) and the pelvic floor air cavity (2) are mutually independent and connected through hot pressing;
the hip air cavity comprises an upper hip air cavity (9), a middle hip air cavity (8) and a lower hip air cavity (7), the upper hip air cavity (9) is mutually independent and connected with the hip air cavity and the middle hip air cavity (8) through hot pressing, the middle hip air cavity (8) is mutually independent and connected with the hip air cavity and the lower hip air cavity (7) through hot pressing, and the lower hip air cavity (7) is mutually independent and connected with the hip air cavity and the pelvic floor air cavity (2) through hot pressing.
2. The air wave pressure treatment instrument sleeve for the gynecological pelvis according to claim 1, wherein the abdominal air chamber comprises a lower abdominal air chamber (5) and an upper abdominal air chamber (6), the lower abdominal air chamber (5) is disposed below the upper abdominal air chamber (6), the lower abdominal air chamber (5) is independent and connected to the pelvic floor air chamber (2) and the hip air chamber by hot pressing, and the upper abdominal air chamber (6) is independent and connected to the hip air chamber by hot pressing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120477761.1U CN215689673U (en) | 2021-03-05 | 2021-03-05 | Air wave pressure therapeutic instrument sleeve for gynecologic pelvis |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120477761.1U CN215689673U (en) | 2021-03-05 | 2021-03-05 | Air wave pressure therapeutic instrument sleeve for gynecologic pelvis |
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| Publication Number | Publication Date |
|---|---|
| CN215689673U true CN215689673U (en) | 2022-02-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120477761.1U Active CN215689673U (en) | 2021-03-05 | 2021-03-05 | Air wave pressure therapeutic instrument sleeve for gynecologic pelvis |
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| CN (1) | CN215689673U (en) |
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2021
- 2021-03-05 CN CN202120477761.1U patent/CN215689673U/en active Active
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