CN215821619U

CN215821619U - Hip limb sleeve based on air pressure meter

Info

Publication number: CN215821619U
Application number: CN202021262765.XU
Authority: CN
Inventors: 邢煜
Original assignee: Beijing Longmafutu Technology Co ltd
Current assignee: Beijing Longmafutu Technology Co ltd
Priority date: 2020-07-02
Filing date: 2020-07-02
Publication date: 2022-02-15
Anticipated expiration: 2030-07-02

Abstract

The utility model relates to a hip limb sleeve based on an air pressure gauge, comprising: a first leg chamber, a second leg chamber, a pelvic floor chamber, a pelvic side chamber, a first abdominal chamber, a second abdominal chamber, a first hip chamber, and a second hip chamber; said first leg compartment, said second leg compartment, said pelvic floor compartment, said pelvic side compartment, said first abdominal compartment, said second abdominal compartment, said first hip compartment, and said second hip compartment being compression molded into individual compartments in the form of a "pant" type hip limb sleeve; air with pressure is sequentially introduced into the hip limb sleeve, and the legs, the pelvic floor, two sides of the pelvis, the abdomen and the buttocks are sequentially inflated from bottom to top by combining a sleeve cavity distribution structure so as to improve the symptom of pubic separation. The hip limb sleeve provided by the utility model can improve the pubic separation symptom.

Description

Hip limb sleeve based on air pressure meter

Technical Field

The utility model relates to the field of hip limb sleeves for improving pubic separation, in particular to a hip limb sleeve based on an air pressure gauge.

Background

The symphysis pubis refers to a soft tissue injury disease with functional disorders such as local pain and difficulty in lifting lower limbs caused by the increase of the symphysis pubis distance or the up-and-down movement of the symphysis pubis, which is called as symphysis pubis fissure.

The etiology is as follows: 1. in the pregnant, menstruation and delivery period women, the internal secretion changes to relax the ligament around the pubic symphysis, and the pubic symphysis can be separated if a slight external force is applied; 2. trauma, when a single leg stands, loads suddenly slip or fall, the single-side hip touches the ground, the recoil of the ground interacts with the body weight, and external violence directly acts on the pubic symphysis part, but the external violence is not enough to cause pubic fracture or split and transverse split, and local contusion, the distance of the pubic symphysis part can be widened and enlarged or staggered up and down to generate clinical symptoms, pubic symphysis separation disease occurs, and pubic symphysis can also occur in some cases.

Intermittent sequential compression therapy (IPC) is a clinical condition in which periodic pressure is applied to a limb to promote blood circulation and accelerate interstitial fluid reflux, thereby relieving edema, pain, soreness, heaviness of the limb and intermittent claudication caused by venous edema of the limb and arterial ischemia of the lower limb. Based on the intermittent sequential compression treatment method, periodic pressure can be effectively applied to limbs, blood circulation is promoted, tissue fluid backflow is accelerated, the symptom of pubic separation is relieved, and after air with certain pressure output by a host enters a separated cavity through an air nozzle, the shape of the cavity is expanded and certain uniform pressure is formed on the limbs of a patient; however, it can only promote blood circulation and relieve the symptoms of pubic separation, but it cannot improve the symptoms of pubic separation.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a hip limb sleeve based on an air pressure gauge, and aims to solve the problem that the pubic separation symptom cannot be improved by the existing treatment method or device.

In order to achieve the purpose, the utility model provides the following scheme:

a hip limb sleeve based on an air pressure gauge comprising: a first leg chamber, a second leg chamber, a pelvic floor chamber, a pelvic side chamber, a first abdominal chamber, a second abdominal chamber, a first hip chamber, and a second hip chamber;

the first leg chamber and the second leg chamber are located at thigh locations; the basin bottom chamber is located at the basin bottom position; the pelvic side chamber is positioned at two sides of the pelvis; the first hip chamber and the second hip chamber are located at hip locations; said first leg compartment, said second leg compartment, said pelvic floor compartment, said pelvic side compartment, said first abdominal compartment, said second abdominal compartment, said first hip compartment, and said second hip compartment being compression molded into individual compartments in the form of a "pant" type hip limb sleeve;

air with pressure is sequentially introduced into the hip limb sleeve, and the legs, the pelvic floor, two sides of the pelvis, the abdomen and the buttocks are sequentially inflated from bottom to top by combining a sleeve cavity distribution structure so as to improve the symptom of pubic separation.

Optionally, the first leg chamber is sewn to the second leg chamber, and the first leg chamber is disposed at a lower side of the second leg chamber; the first and second leg chambers are used to pressurize the legs in two stages.

Optionally, the pelvic floor chamber is sutured to the pelvic side chamber, the second abdominal chamber, and the second hip chamber, respectively; the pelvic floor chamber is used for supporting the pelvic floor.

Optionally, the pelvic side chamber is sutured to the second leg chamber, the first abdominal chamber, the second abdominal chamber, the first hip chamber, and the second hip chamber, respectively; the pelvic side cavity is used for pressurizing the two sides of the pelvis to promote pubic symphysis reduction.

Optionally, the first abdominal cavity is sutured to the second abdominal cavity, the second abdominal cavity being located on the underside of the first abdominal cavity, the first and second abdominal cavities being located at an abdominal location; the first abdominal cavity and the second abdominal cavity are used for secondarily pressurizing the abdomen to perform the fat shaping on the abdomen.

Optionally, the first hip chamber is sewn to the second hip chamber, the first hip chamber being located on the underside of the second hip chamber; the first hip chamber and the second hip chamber are used for secondarily pressurizing the hip to restore the hip curve.

Optionally, the method further includes: two hip belts;

the two hip belts are respectively sewn with two sides of the first hip chamber and used for applying strong pressure.

Optionally, the method further includes: a waist belt;

the waist belt is sewn with the first abdominal cavity, the pelvic cavity, and the second hip cavity, respectively, and is used to secure the hip limb sleeve.

Optionally, the method further includes: a heating layer;

the zone of heating is located respectively first shank cavity second shank cavity the pelvic floor cavity the pelvic side cavity first belly cavity second belly cavity first buttock cavity and the inside of second buttock cavity.

Optionally, the method further includes: a magnetic therapy layer;

the magnetotherapy layer is located respectively first shank cavity, second shank cavity the pelvic floor cavity the pelvic side cavity first belly cavity the second belly cavity first buttock cavity and the inside of second buttock cavity.

According to the specific embodiment provided by the utility model, the utility model discloses the following technical effects: the utility model provides a hip limb sleeve based on an air pressure meter, which is characterized in that a plurality of independent chambers are arranged to form a trouser-shaped hip limb sleeve, air with pressure is sequentially introduced into the hip limb sleeve, and a sleeve chamber distribution structure is combined to sequentially inflate legs, a pelvic floor, two sides of a pelvis, an abdomen and buttocks from bottom to top so as to improve the symptom of pubic separation.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without inventive exercise.

FIG. 1 is a front view of a hip limb sleeve of the present invention provided based on an air pressure gauge;

FIG. 2 is a rear view of a hip limb sleeve of the air pressure gauge-based provided by the present invention;

FIG. 3 is a side rear view of a hip limb sleeve of the air pressure gauge-based provided by the present invention;

FIG. 4 is a schematic diagram of the present invention based on FIG. 1 for improving pubic separation symptoms;

FIG. 5 is a schematic diagram of the present invention based on FIG. 3 for improving pubic separation symptoms;

fig. 6 is a schematic material structure diagram of each chamber provided by the present invention.

Description of the symbols: a first leg chamber 1; a second leg chamber 2; a basin bottom chamber 3; a bowl-side chamber 4; a first abdominal compartment 5; a second abdominal compartment 6; a first hip chamber 7; a second hip chamber 8.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The utility model aims to provide a hip limb sleeve based on an air pressure gauge, which can effectively improve the symptom of pubic separation.

In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in further detail below.

The air pressure therapeutic apparatus mainly comprises a therapeutic apparatus host, a vent pipe and a hip limb sleeve; the air pressure therapeutic instrument is a medical instrument which is controlled by an embedded single chip microcomputer system, controls air with certain pressure output by an air pump by an electromagnetic valve, and fills the air into a hip limb sleeve sleeved outside a limb of a patient according to a certain operation mode sequence to perform physical therapy on the patient.

Because parameters such as pressure, sequence, time and the like of inflation can be set by adopting the singlechip, multiple treatment modes can be combined for treating patients of different types, and the Chinese medicinal composition has obvious treatment effect on symptoms such as edema, blood circulation disorder and the like.

The air pressure therapeutic apparatus adopts an embedded single chip microcomputer as a system core, receives operation through a human-computer interface, controls an air pump to output air with certain pressure, distributes the air into a hip limb sleeve through an electromagnetic valve, and generates pulsatile blood flow through a circulatory system of limbs through the mechanical action of periodic pressurization and decompression so as to promote the blood circulation of the limbs.

As shown in fig. 1-5, a hip limb sleeve based on an air pressure gauge includes: a first leg chamber 1, a second leg chamber 2, a pelvic floor chamber 3, a pelvic side chamber 4, a first abdominal chamber 5, a second abdominal chamber 6, a first hip chamber 7, and a second hip chamber 8; the first leg chamber 1 and the second leg chamber 2 are located at thigh positions; the basin bottom chamber 3 is positioned at the basin bottom; the pelvic side chamber 4 is positioned at the two sides of the pelvis; the first hip chamber 7 and the second hip chamber 8 are located at hip positions; the first leg compartment 1, the second leg compartment 2, the pelvic floor compartment 3, the pelvic side compartment 4, the first abdominal compartment 5, the second abdominal compartment 6, the first hip compartment 7 and the second hip compartment 8 are moulded to form individual separate compartments in a "trouser" type hip limb sleeve; air with pressure is sequentially introduced into the hip limb sleeve, and the legs, the pelvic floor, two sides of the pelvis, the abdomen and the buttocks are sequentially inflated from bottom to top by combining a sleeve cavity distribution structure so as to improve the symptom of pubic separation.

In practical application, the first leg cavity 1 is sewn with the second leg cavity 2, and the first leg cavity 1 is arranged at the lower side of the second leg cavity 2; the first leg chamber 1 and the second leg chamber 2 are used for two-stage pressurization of the legs.

The pelvic floor chamber 3 is sutured to the pelvic side chamber 4, the second abdominal chamber 6 and the second hip chamber 8, respectively; the basin bottom chamber 3 is used for supporting the basin bottom.

The pelvic compartment 4 is sutured to the second leg compartment 2, the first abdominal compartment 5, the second abdominal compartment 6, the first hip compartment 7 and the second hip compartment 8, respectively; the pelvic side chamber 4 is used for pressurizing both sides of the pelvis to promote pubic symphysis reduction.

The first abdominal compartment 5 is sutured to the second abdominal compartment 6, the second abdominal compartment 6 is provided on the underside of the first abdominal compartment 5, the first and second

abdominal compartments

5, 6 are located at an abdominal location; the first abdominal cavity 5 and the second abdominal cavity 6 are used for a second compression of the abdomen, performing a fat shaping of the abdomen.

The first hip chamber 7 is sewn to the second hip chamber 8, the first hip chamber 7 being located at the lower side of the second hip chamber 8; the first hip chamber 7 and the second hip chamber 8 are used for a second pressurization of the hip to restore the hip curve.

In practical application, the utility model also comprises: two hip belts; two hip belts are sewn to both sides of the first hip chamber 7, respectively, for applying a strong compression force.

Further comprising: a waist belt; the waist belt is sewn to the first abdominal compartment 5, the pelvic compartment 4 and the second hip compartment 8, respectively, and is used to secure the hip limb sleeve against slipping down.

Further comprising: a heating layer; the heating layers are respectively arranged inside the first leg chamber 1, the second leg chamber 2, the pelvic floor chamber 3, the pelvic side chamber 4, the first abdominal chamber 5, the second abdominal chamber 6, the first hip chamber 7 and the second hip chamber 8; the heating layer is used for heating the interior of the sleeve.

Further comprising: a magnetic therapy layer; the magnetic therapy layers are respectively arranged in the first leg cavity 1, the second leg cavity 2, the pelvic floor cavity 3, the pelvic side cavity 4, the first abdominal cavity 5, the second abdominal cavity 6, the first hip cavity 7 and the second hip cavity 8; the magnetic therapy layer is used for carrying out magnetic therapy on the interior of the sleeve.

The part of the utility model which acts on a patient is a hip limb sleeve with one or a plurality of independent air bags, and the working part is composed of an air pump controlled by an embedded single chip microcomputer, an electromagnetic valve group and a human-computer interface.

After the working time, pressure and other parameters of the product are set by an operator through a human-computer interface, the embedded system controls the pressure leg sleeve to work according to the set parameters, and in the working process, the pressure leg sleeve acts on the limb of the patient in different pressures and sequences for a certain time to achieve the purpose of improving the body fluid circulation state of the limb of the patient in a physical mode.

The action mechanism is as follows:

the utility model is divided into a plurality of chambers, receives air with certain pressure output by the host, and the chambers expand and form certain pressure on the limbs of a patient. When the first chamber is inflated to the preset pressure, the host machine controls the next chamber to be inflated according to the preset sequence, and each chamber is inflated, expanded and deflated successively.

As shown in fig. 6, each chamber is made of thermoplastic polyurethane elastomer rubber (TPU) material with nylon or non-woven fabric applied on the outer layer through high-frequency heat sealing, processed into a double-layer structure conforming to the body shape, and divided into a plurality of chambers; when the air with certain pressure output by the main machine enters the separated cavity through the air nozzle, the shape of the cavity is expanded and certain uniform pressure is formed on the limbs of the patient.

The utility model relates to a complete sleeve for hip limbs, which is formed by cutting, ultrasonically heat-sealing a TPU or PVC film which is used as a base material after being pasted with nylon cloth or non-woven fabric and then sewing.

The hip limb sleeve is molded to form separate chambers during the heat sealing process, and the chambers can generate pressure to the human body wearing the sleeve after being filled with air with pressure, thereby achieving the treatment effect.

In the process of inflation, because the pressure of the air pressure therapeutic apparatus matched with the air pressure therapeutic apparatus for inflating each chamber can be adjusted, the air pressure therapeutic apparatus has a certain sequence and rhythm, and can obtain better therapeutic effect.

The hip limb massage device has the advantages that air with pressure (provided by the air pressure therapeutic apparatus) is sequentially introduced into the hip limb sleeve, and the reasonable sleeve cavity distribution structure is combined, so that the legs, the pelvic floor, two sides of the pelvis, the abdomen and the buttocks can be sequentially inflated from bottom to top, the physical massage effect on a human body is realized, and compared with the conventional manual massage and elastic belts, the hip limb massage device has the advantages of scientific and reasonable massage, uniform and durable strength, convenient strength adjustment, good therapeutic effect and the like.

In practice, the utility model may also continue the leg portion down to cover the foot.

The embodiments in the present description are described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same and similar parts among the embodiments are referred to each other.

The principles and embodiments of the present invention have been described herein using specific examples, which are provided only to help understand the method and the core concept of the present invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, the specific embodiments and the application range may be changed. In view of the above, the present disclosure should not be construed as limiting the utility model.

Claims

1. A hip limb sleeve based on an air pressure gauge, comprising: a first leg chamber, a second leg chamber, a pelvic floor chamber, a pelvic side chamber, a first abdominal chamber, a second abdominal chamber, a first hip chamber, and a second hip chamber;

2. The air pressure gauge-based hip limb sleeve of claim 1, wherein said first leg chamber is sewn to said second leg chamber, said first leg chamber being provided on the underside of said second leg chamber; the first and second leg chambers are used to pressurize the legs in two stages.

3. The air manometer-based hip limb sleeve of claim 1, wherein the pelvic floor chamber is sutured to the pelvic side chamber, the second abdominal chamber, and the second hip chamber, respectively; the pelvic floor chamber is used for supporting the pelvic floor.

4. The air manometer-based hip limb sleeve of claim 1, wherein the pelvic-side chamber is sutured to the second leg chamber, the first abdominal chamber, the second abdominal chamber, the first hip chamber, and the second hip chamber, respectively; the pelvic side cavity is used for pressurizing the two sides of the pelvis to promote pubic symphysis reduction.

5. The air manometer-based hip limb sleeve of claim 1, wherein the first abdominal cavity is sutured to the second abdominal cavity, the second abdominal cavity being provided on the underside of the first abdominal cavity, the first and second abdominal cavities being located at an abdominal location; the first abdominal cavity and the second abdominal cavity are used for secondarily pressurizing the abdomen to perform the fat shaping on the abdomen.

6. The air pressure gauge-based hip limb sleeve of claim 1, wherein said first hip chamber is sewn to said second hip chamber, said first hip chamber being located on the underside of said second hip chamber; the first hip chamber and the second hip chamber are used for secondarily pressurizing the hip to restore the hip curve.

7. The air pressure gauge-based hip limb sleeve of claim 1, further comprising: two hip belts;

8. The air pressure gauge-based hip limb sleeve of claim 1, further comprising: a waist belt;

9. The air pressure gauge-based hip limb sleeve of claim 1, further comprising: a heating layer;

10. The air pressure gauge-based hip limb sleeve of claim 1, further comprising: a magnetic therapy layer;