CN113069118A

CN113069118A - Patch for pelvic floor muscle detection and monitoring device for training pelvic floor muscle group

Info

Publication number: CN113069118A
Application number: CN202110379741.5A
Authority: CN
Inventors: 张洪
Original assignee: Zigong First Peoples Hospital
Current assignee: Zigong First Peoples Hospital
Priority date: 2021-04-08
Filing date: 2021-04-08
Publication date: 2021-07-06

Abstract

The invention relates to the technical field of medical instruments, in particular to a patch for pelvic floor muscle detection and a monitoring device for pelvic floor muscle group training. According to the strain gauge, the air bag is arranged in the lower patch, so that each local position of the strain gauge can be uniformly deformed, on one hand, the risk of data distortion is reduced, and the precision of data detection is improved; meanwhile, the risk of pulling damage caused by excessive deformation of local areas is reduced; furthermore, all local areas of the strain gauge deform uniformly, so that the service life of the strain gauge is greatly prolonged.

Description

Patch for pelvic floor muscle detection and monitoring device for training pelvic floor muscle group

Technical Field

The invention relates to the technical field of medical instruments, in particular to a patch for pelvic floor muscle detection and a monitoring device for pelvic floor muscle group training.

Background

Pelvic floor muscle training can effectively treat male pelvic floor dysfunction, urinary incontinence, uterine prolapse, hemorrhoids, chronic pelvic pain and other pelvic floor dysfunction diseases, the urinary incontinence can seriously affect the life quality of the male, at present, the urethral support system is generally considered to be damaged, the urethral lesion causes the sphincter dysfunction, and the urethral dysfunction is considered to be the main reason of the urinary incontinence. Therefore, urinary incontinence is treated by surgical means such as urethral ligament technology for strengthening pubic bones by using a synthetic sling, micro-vaginal single-incision micro-sling surgery and the like, and is one of the common complications after male prostatectomy, and the complications of the surgical operations are known to be high, including intraoperative hemorrhage, bladder and urethra injury, urge urinary incontinence, dysuria, mesh erosion and the like. Therefore, pelvic floor muscle training becomes an indispensable treatment means and has the advantages of no wound, low risk and good curative effect.

In the rehabilitation training process, the patient needs to slowly contract and relax the pelvic floor muscle groups, the muscle groups are placed into one group after being contracted, and each group is maintained for 10 seconds (namely, the muscle groups contract for 10 seconds and relax for 10 seconds) for 3 times every day, and 10 groups are used each time. However, the existing method has many disadvantages, firstly, the training method is based on subjective feeling of the patient, objective data or evidence is not provided to prove whether the patient is trained correctly or in place, and the treatment progress and effect are directly influenced. In addition, some sensing devices capable of detecting human muscle movement exist in the market, however, patches of the sensing devices are generally circular, small in area, not matched with the shape of a human pelvic floor muscle detection area, consistent in thickness and poor in deformation sensitivity, and cannot be used for monitoring contraction and relaxation actions of pelvic floor muscle groups.

Disclosure of Invention

The invention provides a monitoring device for pelvic floor muscle group training, which is characterized in that deformation of each part of a patch is more sensitive, and the detection precision of the patch is improved while the comfort is improved.

In order to achieve the above purpose, the invention provides the following technical scheme:

the utility model provides a paster for pelvic floor muscle detects, the paster includes paster and last paster down, the paster is laminated with human skin mutually down, it is provided with the foil gage to go up between paster and the lower paster, the foil gage with be fixed connection between the lower paster the sealed gasbag that is provided with in lower paster, the area of gasbag is greater than the area of foil gage, and the edge of gasbag surpasss the edge of foil gage.

In this scheme, when carrying out pelvic floor muscle training, the paster is attached in the human body surface region that can detect pelvic floor muscle and tighten up and relax the state, for example thigh root inboard and buttock etc. lower paster is attached in the human body, with the unanimous deformation of human attached department, can be through on self structure is attached and the human body, also can coat on the paster under on the adhesion agent is attached and the human body, the foil gage be used for with the unanimous deformation of lower lamellar body to provide deformation data output, perhaps, the foil gage is used for pressure or the pressure variation of the attached department of foil under the detection.

Furthermore, due to the fact that the shape of the body surface of the human body is irregular, deformation of each body surface position exists difference during training, if deformation difference of the body surface shape at the strain gauge is large, on one hand, deformation of each local position of the strain gauge is inconsistent, and large data distortion risk exists, and therefore detection accuracy is reduced; on the other hand, when the deformation of each local position of the strain gauge is inconsistent, large deformation is easily formed at some local positions, and the strain gauge is easily pulled and damaged due to large local deformation; furthermore, in the training process, the same work is repeatedly exercised, and the strain gauge is repeatedly bent at the joint part with inconsistent deformation, so that the service life of the strain gauge is greatly shortened.

Therefore, based on the above problems, in the present application, the air bag is disposed in the lower patch, and the edge of the air bag exceeds the edge of the strain gauge, that is, in the present scheme, the strain gauge is actually disposed on the wall of the air bag, and in the actual training process, when the shape of the body surface of the human body changes, the strain gauge is first transmitted to the air bag, and the air bag deforms to drive the strain gauge to deform, so that the deformation of each local position of the strain gauge can be ensured to be consistent, on one hand, the risk of data distortion is reduced, and the accuracy of data detection is improved; meanwhile, the risk of pulling damage caused by excessive deformation of local areas is reduced; furthermore, all local areas of the strain gauge deform uniformly, so that the service life of the strain gauge is greatly prolonged.

Preferably, the balloon is inflated.

As another preferred aspect, the balloon is in a non-inflated state.

Preferably, the airbag is divided into a plurality of airbag units, the strain gauge includes a plurality of strain gauge units, and each airbag unit corresponds to at least one strain gauge unit.

Preferably, the lower patch is made of an elastic resin material or a medical silica gel material. Have elastic resin material and silica gel material, the texture is comparatively soft, can be good laminate mutually with human body surface, with the unanimous deformation of human body surface skin, further guarantee to detect the precision.

The application also discloses a monitoring device for pelvic floor muscle group training by adopting the patch,

a monitoring device for pelvic floor muscle group training comprises a plurality of patches, wherein each patch is matched with the shape of each pelvic floor muscle detection area of a human body; the pelvic floor muscle detection area comprises one or more of buttocks, a pudendum, an anus, a thigh root part near the pudendum and a position near the outer side of the anus, and the patch and the pelvic floor muscle detection area are deformed synchronously.

Preferably, the lower patch has a thickness gradually decreasing in a direction toward the anus or the pudendum.

Preferably, the patch comprises a hip panel and an anal extension panel;

the buttocks sheet body is used for covering the whole buttocks of a human body or covering partial buttocks of the human body, one side of the anus extension sheet body is connected with the buttocks sheet body, the other side of the anus extension sheet body extends to the position near the anus of the human body, and the thickness of the anus extension sheet body is smaller than that of the buttocks sheet body.

Preferably, a first length of the anal extension sheet is connected to the hip sheet, and a second length of the anal extension sheet extends to a position near the human anus;

the thickness of the anus extension sheet body is gradually reduced in the direction from the first length edge to the second length edge.

Preferably, the strain gauge comprises a first sensitive grid arranged on the hip sheet body and a second sensitive grid arranged on the anus extension sheet body; the second sensitive grid comprises a plurality of wire grids, the end parts of two adjacent wire grids are connected, and the wire grids extend along the length direction of the anus extension sheet body.

Preferably, the patch comprises a crotch sheet body, the crotch sheet body is respectively connected with the hip sheet body and the anus extension sheet body, and the thickness of the crotch sheet body is smaller than that of the hip sheet body.

Preferably, the width edges of the crotch panel are connected to the hip panel and the anus extension panel, respectively, and the thickness of the crotch panel is gradually reduced in a direction from the hip panel to the anus extension panel.

Preferably, the strain gauge comprises a third sensitive grid, the third sensitive grid comprises a plurality of wire grids, the ends of two adjacent wire grids are connected, and the wire grids extend along the length direction of the crotch piece body.

Preferably, the patch comprises a private part sheet body, the private part sheet body is connected to one end, away from the hip sheet body, of the crotch sheet body, and the private part sheet body extends to the groin of the human body;

the private part piece body is gradually reduced in thickness from the middle part to the two sides.

Preferably, the strain gauge comprises a fourth sensitive grid, the fourth sensitive grid comprises a plurality of wire grids, the end parts of two adjacent wire grids are connected, and the wire grids extend along the length direction of the pudendum sheet body.

Preferably, the patch comprises a thigh root sheet body, the thigh root sheet body is in a strip shape, and a first width edge of the thigh root sheet body is connected with the pudendum sheet body and the crotch sheet body; the thickness of the thigh root sheet body is gradually reduced from the first width edge to the second width edge.

Compared with the prior art, the invention has the beneficial effects that:

in the application, the air bag is arranged in the lower patch, and the edge of the air bag exceeds the edge of the strain gauge, namely, in the scheme, the strain gauge is actually arranged on the wall of the air bag, in the actual training process, when the form of the body surface of a human body changes, the strain gauge is firstly transmitted to the air bag, and the deformation of the air bag further drives the strain gauge to deform, so that the deformation of each local position of the strain gauge can be ensured to be consistent, on one hand, the risk of data distortion is reduced, and the precision of data detection is improved; meanwhile, the risk of pulling damage caused by excessive deformation of local areas is reduced; furthermore, all local areas of the strain gauge deform uniformly, so that the service life of the strain gauge is greatly prolonged;

in this scheme, the non-bulging state of gasbag need ensure when the human body reaches the training position that the gasbag can be extruded to the bloated state. When the pelvic floor muscle group is trained, the body surface feedback area is usually the positions of the buttocks and the like, when the detection device is used, the detection device is usually worn firstly, then the training of the pelvic floor muscle group is carried out by lying down or sitting down, and in the process, if the patch is positioned in the pressed area of the buttocks and the like, when the air bag is in a bulging state, the risk of being extruded and cracked exists, or the problem that the air bag is excessively deformed and exceeds the measurement range of the strain gauge occurs; therefore, in the scheme, the air bag is set to be in a non-bulging state, the air bag is pressed in the process of forming a training body position by a human body, then the air bag is made to reach a bulging state, and the air bag drives the strain gauge to deform so as to realize a detection effect when further training action is carried out, so that the risks of air bag breakage and excessive deformation are greatly reduced; moreover, when pelvic floor muscle training is carried out, a user usually has rest time or other non-training state actions such as walking, and the air bag is in a non-bulging state by adopting the scheme, so that the user can squeeze the strain gauge as little as possible in a non-training posture, and the service life of the strain gauge is further prolonged;

when carrying out pelvic floor muscle group training, the morphological change of human body surface is inconsistent, even if the human body surface region that unified foil gage corresponds, also there is the inconsistent problem of deformation, in the scheme of this mode, through setting up a plurality of gasbag units, and, measure the data of single gasbag unit respectively through the foil gage unit, so, can detect the different body surface positions of same paster region, acquire the body surface deformation data of different positions, improve data detection precision by a wide margin, further accurate measurement training effect.

The utility model provides a monitoring device is used in pelvic floor muscle crowd training, the paster sets up corresponding thickness gradual change structure to human different positions for each position deformation of paster is more sensitive, has still improved the detection precision of paster when improving the comfort. The monitoring device of this application can monitor the patient that carries out pelvic floor muscle training, and whether accurate reaction patient muscle contraction and relaxation action target in place when carrying out pelvic floor muscle training, and supplementary patient carries out the rehabilitation training, the validity of guarantee training.

Description of the drawings:

FIG. 1 is a schematic structural diagram of one embodiment of a monitoring device for training pelvic floor muscle groups according to the present application;

FIG. 2 is a schematic structural diagram of one embodiment of the monitoring device for training pelvic floor muscle groups according to the present application;

FIG. 3 is a schematic structural diagram of one embodiment of the monitoring device for training pelvic floor muscle groups according to the present application;

FIG. 4 is a schematic view of a patch structure according to one embodiment of the present application;

FIG. 5 is a schematic view of a patch structure according to one embodiment of the present application;

FIG. 6 is a schematic view of a patch structure according to one embodiment of the present application;

FIG. 7 is a schematic view of a patch structure according to one embodiment of the present application;

FIG. 8 is a schematic view of a patch structure according to one embodiment of the present application;

FIG. 9 is a cross-sectional view of a patch of one embodiment of the present application;

fig. 10 is a schematic view of a patch disposed on a web body according to one embodiment of the present application;

FIG. 11 is a schematic view of the patch portion of FIG. 10 removed;

FIG. 12 is a schematic view of a patch being disposed on a pant body according to one embodiment of the present application;

FIG. 13 is another view from FIG. 12;

FIG. 14 is a schematic view of a pouch disposed on the pant body according to one embodiment of the present application;

FIG. 15 is a schematic view of a pant body having a plurality of patches thereon according to one embodiment of the present application;

FIG. 16 is a schematic view of another embodiment of the present application showing a plurality of patches being disposed on the pant body;

FIG. 17 is a schematic view of a patch of one embodiment of the present application provided with a balloon;

fig. 18 is a schematic view of a patch setting balloon unit and a strain gauge unit according to one embodiment of the present application.

The following are marked in the figure: 1. pasting a piece; 101. pasting a patch; 102. lower surface mounting; 103 a crease portion; 11. a crotch piece; 12. a pudendum sheet; 121. a main sheet body; 122. a forking piece; 123. a crease portion; 124. avoiding the notch; 125. a first pudendum sheet; 126. a second pudendum sheet; 127. cutting a seam; 128. a strip-shaped groove; 13. a hip sheet body; 131. a top edge; 132. a bottom edge; 133. a first side edge; 134. a second side edge; 135 air bag 14, connecting piece; 15. an anus extension sheet body; 2. a strain gauge; 21. a first strain gauge; 22. a second strain gauge; 3. a cable; 31. a first cable; 32. a second cable; 33. a slide clamp; 4. a pant body; 41. a front crotch portion, 42, a rear crotch portion; 43. a bottom crotch portion; 44. a bag body; 441. the connecting edge can be disassembled; 442. fixing the connecting edge; 6. a strip-shaped band; 61. pasting the suede; 62. sticking the stabbed surface; 7. a wire holder; 8. a mesh belt body; 81. a waist belt body; 811. first pasting; 812. second pasting; 82. a crotch belt body; 821. thirdly, pasting; 83. an auxiliary belt body. 200. A display end; 201. a display screen.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings. It is to be understood that the embodiments described are only a few embodiments of the present invention, and not all embodiments.

Thus, the following detailed description of the embodiments of the invention is not intended to limit the scope of the invention as claimed, but is merely representative of some embodiments of the invention. 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.

It should be noted that: like reference numbers and letters refer to like items in the following figures, and thus, once an item is defined in one figure, it need not be further defined and explained in subsequent figures.

In the description of the present invention, it should be noted that the terms "upper", "lower", and the like refer to orientations or positional relationships based on those shown in the drawings, or orientations or positional relationships that are conventionally arranged when the products of the present invention are used, or orientations or positional relationships that are conventionally understood by those skilled in the art, and such terms are used for convenience of description and simplification of the description, and do not refer to or imply that the devices or elements referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and the like are used merely to distinguish one description from another, and are not to be construed as indicating or implying relative importance.

Example 1, as shown in fig. 1 to 18,

a patch for pelvic floor muscle detection, as shown in fig. 17, patch 1 includes lower patch 102 and upper patch 101, lower patch 102 is laminated with human skin, be provided with foil gage 2 between upper patch 101 and the lower patch 102, foil gage 2 with be fixed connection between the lower patch 102 the sealed gasbag 135 that is provided with in lower patch 102, the area of gasbag 135 is greater than foil gage 2's area, and the edge of gasbag 135 surpasss the edge of foil gage 2.

In this scheme, when carrying out pelvic floor muscle training, paster 1 is attached in the human body surface region that can detect pelvic floor muscle and tighten up and relax the state, for example thigh root inboard and buttock etc. and lower paster 102 is attached in the human body, with the unanimous deformation of the attached department of human body, can be through self structure on attached and the human body, also can be on patch 102 coats the adhesive under on attached and the human body, foil gage 2 be used for with the unanimous deformation of lower paster to provide deformation data output, perhaps, foil gage 2 is used for pressure or the pressure change of the attached department of paster 102 under the detection.

Furthermore, due to the fact that the shape of the body surface of the human body is irregular, deformation of each body surface position is different during training, if the deformation difference of the body surface shape at the strain gauge 2 is large, on one hand, deformation of each local position of the strain gauge 2 is inconsistent, and a large data distortion risk exists, so that the detection precision is reduced; on the other hand, when the deformation of each local position of the strain gauge 2 is inconsistent, large deformation is easily formed at some local positions, and the strain gauge 2 is easily pulled and damaged due to large local deformation; furthermore, in the training process, the same work is repeatedly exercised, and the strain gauge 2 is repeatedly bent at the joint part with inconsistent deformation, so that the service life of the strain gauge is greatly shortened.

Therefore, based on the above problem, in the present embodiment, by disposing the air bag 135 in the lower patch 102, and the edge of the air bag 135 exceeds the edge of the strain gauge 2, that is, in the present embodiment, the strain gauge 2 is actually disposed on the wall of the air bag 135, during the actual training process, when the shape of the body surface of the human body changes, the shape is first transmitted to the air bag 135, and the air bag 135 deforms to drive the strain gauge 2 to deform, so as to ensure that each local position of the strain gauge 2 can be uniformly deformed, on one hand, the risk of data distortion is reduced, and the accuracy of data detection is improved; meanwhile, the risk of pulling damage caused by excessive deformation of local areas is reduced; furthermore, since the local regions of the strain gauge 2 are deformed uniformly, the service life of the strain gauge 2 is greatly improved.

In a preferred embodiment, the balloon 135 is inflated. When the air bag 135 is in a bulging state, feedback can be immediately formed on the air bag 135 when the body surface of a human body is deformed or pressed, and then the feedback is transmitted to the strain gauge 2, so that the detection sensitivity is greatly improved.

In another preferred embodiment, the balloon 135 is in a non-inflated state. In this embodiment, the non-bulging state of the air bag 135 is required to ensure that the air bag 135 can be squeezed to a bulging state when the human body reaches a training position. When the pelvic floor muscle group is trained, the body surface feedback area is usually the positions of the buttocks and the like, when the detection device is used, the detection device is usually worn firstly, then the training of the pelvic floor muscle group is carried out by lying down or sitting down, and in the process, if the patch 1 is positioned in the pressed area of the buttocks and the like, when the air bag 135 is in a bulging state, the risk of being squeezed and broken exists, or the problem that the air bag 135 is deformed too much and exceeds the measurement range of the strain gauge 2 occurs; therefore, in the scheme, the air bag 135 is set to be in a non-bulging state, the air bag 135 is pressed in the process of forming a training body position by a human body, then the air bag 135 is made to reach a bulging state, and when a training action is further performed, the air bag 135 drives the strain gauge 2 to deform so as to realize a detection effect, so that the risks of rupture and excessive deformation of the air bag 135 are greatly reduced;

moreover, when carrying out pelvic floor muscle training, the user still has the rest time usually, or the action of other non-training states such as walking, adopts this scheme gasbag 135 to be the non-bloated state, can also make the user when non-training attitude, can cause the extrusion to foil gage 2 as little as possible, so further improvement foil gage 2's life.

In a preferred embodiment, as shown in fig. 18, the air bag 135 is divided into a plurality of air bag 135 units, the strain gauge 2 includes a plurality of strain gauge 2 units, and each air bag 135 unit corresponds to at least one strain gauge 2 unit. As above-mentioned when carrying out pelvic floor muscle group training, the morphological change of human body surface is inconsistent, even if unify the human body surface region that foil gage 2 corresponds, also there is the inconsistent problem of deformation, in the scheme of this mode, through setting up a plurality of gasbag 135 units and, measure the data of single gasbag 135 unit respectively through foil gage 2 unit, so, can detect the different body surface positions in same paster 1 region, acquire the body surface deformation data of different positions, improve data detection precision by a wide margin, further accurate measurement training effect.

In a preferred embodiment, the lower patch 102 is made of an elastic resin material or a medical silicone material. Have elastic resin material and silica gel material, the texture is comparatively soft, can be good laminate mutually with human body surface, with the unanimous deformation of human body surface skin, further guarantee to detect the precision.

Example 2, as shown in figures 1-18,

a monitoring device for pelvic floor muscle group training comprises a plurality of patches 1 for pelvic floor muscle detection in embodiment 1, wherein each patch 1 is matched with each pelvic floor muscle detection area of a human body in shape; pelvic floor muscle detection area, including buttock, private parts, anus, the thigh root near private parts and one or several in the position near the anus outside, paster 1 with pelvic floor muscle detection area synchronous deformation. The monitoring device for pelvic floor muscle group training of the embodiment adopts the patch 1 of the embodiment 1, so that the risk of data distortion can be greatly reduced, and the service life of the monitoring device is greatly prolonged.

In a preferred embodiment, the lower patch 102 has a thickness that gradually decreases in a direction toward the anus or the pudendal region. The pelvic floor muscle detection area is concentrated in the anus and the area around the pudendum, the shapes of the areas are complex, and the closer the pelvic floor or the position of the anus, the smaller the gap is, so that in the scheme, the thickness of the lower patch 102 is gradually reduced in the direction towards the anus or the pudendum, and on one hand, the use comfort is improved; on the other hand, the risk of excessive extrusion on the strain gauge caused by human body structure is reduced, so that the detection accuracy is further improved, and the service life is prolonged.

Example 3 patches of different configurations are shown in figures 4 to 8.

On the basis of the above embodiment, the patch 1 further includes a hip sheet 13 and an anus extension sheet 15. The hip-piece 13 is used for covering the whole hip or part of the hip of a human body, and for example, referring to fig. 4, the hip-piece 13 comprises a top edge 131, a bottom edge 132, and a first side edge 133 and a second side edge 134 respectively connecting two ends of the top edge 131 and the bottom edge 132; the top edge 131 is longer than the bottom edge 132, and the second side edge 134 is concave towards the first side edge 133. First side 133 of buttock lamellar body 13 is close to the position between the human both sides buttock, and second side 134 is sunken to first side 133 for whole buttock lamellar body 13 is close to the buttock and is easily along with the region of pelvic floor muscle motion, and has reached material saving's effect. When the buttocks movement detecting device is used, the bottom edge 132 corresponds to one side of the vagina, the top edge 131 corresponds to one side of the anus, the shape of the buttocks sheet body 13 is matched with the position where the buttocks are easy to move, and the buttocks movement is easy to detect.

The anus extends lamellar body 15 one side with buttock lamellar body 13 is connected, and the other side extends to near human anus, and this anus extends lamellar body 15 and follows the setting is extended at the border of buttock lamellar body 13, and anus extends lamellar body 15 and deviates from one side of buttock lamellar body 13 is to keeping away from one side evagination of buttock lamellar body 13, and this anus extends lamellar body 15 and near human anus shape phase-match, when carrying out pelvic floor muscle crowd training, the action feedback of anus is comparatively accurate, and foil gage 2 sets up on this anus extends lamellar body 15 to the monitoring degree of accuracy has been improved. In addition, in this application embodiment, the thickness that the anus extends lamellar body 15 is less than the thickness of buttock lamellar body 13, human anus position are interior concave structure, and the space is less, and the anus that is located anus department extends lamellar body 15 thickness and too thick then the comfort is poor, and behind the lamellar body thickness, and tight centre gripping is between both sides buttock, and difficult emergence deformation has reduced the detection precision.

A first length of the anal extension sheet 15 is connected to the hip sheet 13 and a second length of the anal extension sheet 15 extends to the vicinity of the human anus. The thickness of the anal extension sheet 15 decreases gradually from the first length edge to the second length edge of the anal extension sheet 15. The structure is sharply indent is compared to human anus position and buttock, and interval between the human both sides buttock is from inside to outside outwards expanding gradually, and the anus of this application extends lamellar body 15 and is reduced gradually by 13 one side of buttock lamellar body to anus position thickness, with human physiology structure phase-match, has still improved the monitoring precision when increasing the comfort.

The strain gauge 2 comprises a first sensitive grid arranged on the hip sheet body 13 and a second sensitive grid arranged on the anus extension sheet body 15; the second sensitive grid comprises a plurality of wire grids, the end parts of two adjacent wire grids are connected, and the wire grids extend along the length direction of the anus extension sheet body 15. Patient is when carrying out pelvic floor muscle training, and anus department also can follow the contraction and relax, and the silk screen that the length direction who extends the setting along the anus extends 15 can take place deformation more easily, senses the shrink and the relaxation ratio of anus position easily, and accurate reaction patient muscle shrink and the action of relaxing when carrying out pelvic floor muscle training are in place. In addition, in this application, anus extension lamellar body 15 is long and thin form, and the long length direction that sets up (being bars length direction for anus extension lamellar body 15's length direction) when the silk bars along anus extension lamellar body 15 has reduced horizontal effect, and horizontal effect is less, and the detection precision of the sensitive bars of second is higher, has improved this application pelvic floor muscle group and has trained with monitoring device detection precision.

Referring to fig. 4 to 8, the patch 1 includes a crotch sheet 11, the crotch sheet 11 is connected to the hip sheet 13 and the anus extension sheet 15, the crotch sheet 11 has a small area, but when the pelvic floor muscle group training is performed, the position corresponding to the crotch sheet 11, that is, the motion feedback of the region between the anus and the pudendum of the human body is accurate, and therefore the crotch sheet is disposed at the position to improve the detection accuracy. The width edge of the crotch piece is respectively connected with the hip piece body 13 and the anus extension piece body 15, and the thickness of the crotch piece body 11 is gradually reduced in the direction from the hip piece body 13 to the anus extension piece body 15.

The thickness of crotch lamellar body 11 is less than buttock lamellar body 13, the position between human private parts and the anus is the depressed area, and the middle part position of depressed area is carrying out the training in-process of the disc bottom muscle, and the action feedback is the most accurate, and regional thickness reduces here, has improved the detection precision of crotch lamellar body 11.

The strain gauge 2 comprises a third sensitive grid, the third sensitive grid comprises a plurality of wire grids, the end parts of two adjacent wire grids are connected, and the wire grids extend along the length direction of the crotch piece body 11. The patient is when carrying out pelvic floor muscle training, and crotch position department also can follow the contraction and relax, by the anus to the orientation of private parts, the length direction of crotch lamellar body 11 promptly, can take place deformation more easily, senses the contraction and the relaxation ratio at crotch position easily, and accurate reaction patient muscle contraction and relaxation action whether target in place when carrying out pelvic floor muscle training. In addition, in this application, the silk bars extend along the length direction of the crotch lamellar body 11 and set up and be favorable to having reduced horizontal effect, and horizontal effect is less, and the detection precision of the sensitive bars of third is higher, has improved this application pelvic floor muscle group training and has used monitoring device's detection precision.

Paster 1 includes private parts lamellar body 12, private parts lamellar body 12 is connected and is kept away from at crotch lamellar body 11 the one end of buttock lamellar body 13, private parts lamellar body 12 extends to human groin. The human private parts position is great in fluctuation, and this private parts lamellar body 12 dodges human private parts position for the private parts position gas permeability is good, and has reduced the interference region, ensures the monitoring degree of accuracy.

The thickness of the private part sheet 12 is gradually reduced from the middle part to the two sides of the private part sheet 12. One length edge of both sides of the private part sheet body 12 extends to the groin of the human body, and the thickness is reduced, so that the comfort is improved, and the groin part has a clamping force to the groin part, so that the stability is improved, and the patch 1 is not easy to fall off. The length edge of the other side of the pudendum sheet body 12 extends to the edge of the pudendum, the thickness is reduced, the deformation capability is enhanced, and the monitoring precision is improved.

The strain gauge 2 comprises a fourth sensitive grid, the fourth sensitive grid comprises a plurality of wire grids, the end parts of two adjacent wire grids are connected, and the wire grids extend along the length direction of the pudendum body 12. When carrying out pelvic floor muscle training, the patient also can follow the contraction and relax in private parts position department, and on the length direction of private parts lamellar body 12, the people can more easily take place deformation, senses the contraction and the relaxation ratio at private parts position easily, and accurate reaction patient muscle contraction and relaxation action whether target in place when carrying out pelvic floor muscle training. In addition, in this application, the setting is favorable to having reduced the horizontal effect along the length direction extension of private parts lamellar body 12 to the silk bars, and the horizontal effect is less, and the detection precision of the sensitive bars of third is higher, has improved this application pelvic floor muscle group and has trained with monitoring device detection precision.

The patch 1 comprises a thigh root sheet body which is in a strip shape, and a first width edge of the thigh root sheet body is connected with the pudendum sheet body 12 and the crotch sheet body 11; the thickness of the thigh root sheet body is gradually reduced from the first width edge to the second width edge.

Further, monitoring device for pelvic floor muscle group training includes two patches 1, and two patches 1 can be independent each other, two patches 1 also can be connected.

The two patches 1 are now described in detail by way of example only, independently: referring to fig. 2, the monitoring device for training pelvic floor muscle groups comprises two patches 1, the two patches 1 are symmetrical in structure, and the two patches 1 are respectively used for being matched with the buttocks of two sides of a human body. Strain gages 2 are arranged on the two patches 1. Monitoring device is used in pelvic floor muscle group training still includes display end 200, strain gauge 2 on the first paster 1 through first cable 31 with display end 200 electricity is connected, strain gauge 2 on the second paster 1 through second cable 32 with display end 200 electricity is connected. The two patches 1 are respectively stuck on the buttocks of both sides of the human body.

The display end 200 may have a display screen 201, a speaker and a power supply module; the display screen 201, the loudspeaker and the display screen 201 are all electrically connected with the power supply module. In the process of rehabilitation training of a patient, the strain gauge 2 on the patch 1 accurately detects the action data of the patient in the training process, judges whether the muscle contraction and relaxation ratio is in place or not, and prompts the patient to train rhythm, prompts the patient to train errors and prompts correction through the display screen 201 and the loudspeaker, thereby ensuring the training effectiveness.

During specific operation, the patch 1 can be firstly pasted on the hip of a human body, then the switch of the display end 200 is turned on, and training is carried out along with voice prompt (contraction and relaxation) of the loudspeaker, so that the operation is simple and convenient. When effective pelvic floor muscle training is carried out to patient, parts such as gluteus maximus also can follow the contraction and relax, and the measurement of strain part is exactly the contraction and the relaxation ratio of response buttock muscle to through cable 3 with data transfer to display end 200, display end 200 feeds back through display screen 201 and speaker, at last corrects. The pelvic floor muscle group training and monitoring system is small and exquisite in whole machine, convenient to carry, rechargeable and convenient to use. The upper left corner of the display interface of the display screen 201 displays the group number (the group), the lower left corner displays the countdown timer, the middle is provided with an animation portrait to drive the countdown timer to do together, the animation portrait is not boring, the upper right corner is provided with a text explanation, and the countdown timer can be clicked to check when the countdown timer is not clear. Due to the design of the display screen 201, the use experience is improved.

Optionally, the monitoring device for training pelvic floor muscle group further comprises a sliding clip 33 connected with the first cable 31 and the second cable 32; a first connecting structure is arranged on the first cable 31 along the length direction, and a second connecting structure is arranged on the second cable 32 along the length direction; the slide clamp 33 can slide along the two cables so that the first connection structure and the second connection structure are connected or separated. Illustratively, the first and second connecting structures may each be a zipper strip, and the slide clamp 33 may be a slider attached to both zipper strips. The lengths of the two cable furcation portions can be adjusted by pulling the slider.

Referring to fig. 5 to 8, two patches 1 are connected as an example for detailed description: the monitoring device for training the pelvic floor muscle group comprises two patches 1, and the two patches 1 are symmetrical in structure and shape. Through transition structural connection between two paster 1, the structural crease portion 103 that is provided with of transition, crease portion 103 can be the bar groove, through reducing thickness for the easy bending deformation of relevant position, and the position phase-match between the human both sides buttock.

In addition, the embodiment of the present application provides a monitoring device for male and a monitoring device for female respectively according to the difference of physiological structures of male and female, and the two monitoring devices are mainly different in the shape of the patch 1.

Example 4, see fig. 5 for a schematic view of a male patch structure of a monitoring device for pelvic floor muscle group training.

In addition to the above embodiments, there is further provided a male monitoring apparatus: comprising a patch 1 and a strain measuring member. The patch 1 is matched with the shape of a pelvic floor muscle detection area of a human body, an avoiding notch 124 is formed in the patch 1, and the avoiding notch 124 avoids the position of a male pudendum; the pelvic floor muscle detection area comprises one or more parts of buttocks, the vicinity of pudendum, the vicinity of the outer side of anus and the root of thigh. The strain measurement component comprises a strain gauge 2, and the strain gauge 2 is connected with the patch 1; the patch 1 and the strain measurement member deform in synchronization with the pelvic floor muscle detection region.

In the above solution, it should also be understood that the working principle and the internal design of the strain measurement component are commonly available in the market, and therefore, the understanding and implementation thereof by those skilled in the art are not affected even if not described; meanwhile, the external form of the strain measurement component is adaptively changed in other schemes, so that the strain measurement component can normally sense the tension and/or relaxation states of pelvic floor muscles or certain positions of a human body.

The monitoring device for the pelvic floor muscle group training for the male is provided with the avoiding structure according to the physiological structure of the male, is good in fitting degree with the corresponding part of the male, and improves monitoring precision.

Wherein, paster 1 includes crotch lamellar body 11 and connects private parts lamellar body 12 of crotch lamellar body 11, be provided with on private parts lamellar body 12 dodge breach 124. Male sex's private parts is great, and this application sets up on private parts lamellar body 12 and dodges breach 124, dodges male sex's private parts position, and this paster 1 and male sex corresponding position structure highly match have improved the comfort level, and are favorable to improving the monitoring precision.

Wherein, the thickness of private parts lamellar body 12 is less than the crotch lamellar body for private parts lamellar body 12 deformation is sensitive accurate more, has improved monitoring device's monitoring accuracy.

Referring to fig. 5, the pudendum body 12 includes a main body 121 connected to the crotch body 11 and two bifurcating pieces 122 connected to the main body 121, wherein the bifurcating pieces 122 respectively extend to groin areas on both sides of the human body, and the avoidance gap 124 is formed between the two bifurcating pieces 122.

But two forking piece 122 centre gripping have improved connection stability on human groin, and monitoring device is difficult for droing, and in addition on the width direction, two forking pieces 122 are laminated respectively in human private parts both sides, and this kind of body structure sets up for private parts lamellar body deformation is sensitive accurate more.

Two length edges on two sides of the forked piece 122 are both concave edges and are matched with the shape and height of the corresponding position of a male, so that the fitting comfort is improved, and meanwhile, the monitoring precision is also improved.

The thickness of the inner side edge of the two forking pieces 122 is smaller than that of the outer side edge of the forking piece 122; the inner side edge of the forked piece 122 is the edge close to the pudendum. The edge of the forked piece 122 close to the pudendum adopts a thinner design, so that the flexibility and the accuracy of deformation are improved, and the strain gauge 2 also extends to the position, thereby achieving the effect of accurately monitoring the training action.

Optionally, the extending direction of the crotch panel 122 and the extending direction of the crotch panel body form an included angle of 25 ° to 60 °. And the monitoring device is matched with a male physiological structure, so that the monitoring precision is improved while the comfort degree is improved.

A fold line part 123 is arranged on the forking piece 122 along the length direction, and sensitive grids are arranged on two sides of the fold line part 123; the fold 123 includes a strip-shaped groove. The setting of bar recess is buckled easily, improves patient's comfort.

Two length limits of crotch lamellar body both sides all are sunken to the inboard, and this crotch lamellar body 11 corresponds the position between anus and the private parts, and this crotch lamellar body matches with human corresponding position shape, and the comfort level is good.

The male monitoring device further comprises a hip sheet body 13, wherein the hip sheet body 13 is connected to the crotch sheet body 11 on a side facing away from the avoidance gap 124. The strain gage 2 extends over the hip plate body 13. Wherein the width of the hip sheet 13 is gradually increased in the extending direction from the pudendum sheet 12 to the hip sheet 13. The shape of the hip sheet body 13 is matched with the shape of a part of the human hip which is easy to move along with the pelvic floor muscle group. The monitoring accuracy is improved.

Two length edges on two sides of the crotch piece body are respectively provided with a connecting edge 14 for fixed connection in a protruding mode. The connecting edges 14 on both sides of the crotch panel 11 can be attached to pants or underpants to improve the stability of the monitoring device.

In the two connecting edges 14 on the crotch piece body 11, one connecting edge 14 is provided with a suede paste 61, the other connecting edge 14 is provided with a thorn surface paste 62, and the suede paste 61 is detachably connected with the thorn surface paste 62. For example, the patient can place the patch inside the underpants and bend the connecting edges 14 at both sides, so that the two connecting edges 14 are connected with the outer surface of the crotch portion 43 of the underpants bottom, and the patch is fixed on the underpants, thereby the use is more convenient.

The strain measurement component comprises a wiring port arranged on the patch 1, an electric connection terminal is arranged in the wiring port, and the electric connection terminal is electrically connected with the strain gauge 2.

Example 5 is a patch structure diagram of a monitoring device for training pelvic floor muscle groups for women, as shown in fig. 6 to 8.

On the basis of the above embodiment, further, the monitoring device for training pelvic floor muscle groups for women includes the patch 1 and a strain measurement member. The patch 1 is matched with the shape of the pelvic floor muscle detection area of the human body. The pelvic floor muscle detection area is as follows: when the pelvic floor muscles are tensed, the human body is also tensed. Specifically, the pelvic floor muscle detection area comprises one or more parts of buttocks, pudendum, the vicinity of the outer side of anus and the root of the thigh. The patch 1 includes at least a pudendal body 12 for covering the pudendal region or the vicinity of the pudendal region of a human body. The strain measurement component comprises a strain gauge 2, and the strain gauge 2 is connected with the patch 1; the patch 1 and the strain measurement member deform in synchronization with the pelvic floor muscle detection region.

The utility model provides a monitoring device of pelvic floor muscle group training for women sets up according to women's physiology structure, and the laminating degree is good, has improved the monitoring precision.

The patch 1 further comprises a crotch piece body 11, and the pudendum piece body 12 is connected to one side of the crotch piece body. The crotch piece corresponds to the area between the anus and the pudendum. By the crotch lamellar body to on the extending direction of private parts lamellar body, the width of private parts lamellar body crescent has increased coverage area and corresponding position structure phase-match of women promptly, is favorable to improving monitoring accuracy. The patch 1 is arranged on the crotch piece and the pudendum piece.

Referring to fig. 7, the pudendum sheet may be designed as a one-piece structure covering the entire pudendum position of the female considering that the female pudendum undulation is small, and the pudendum sheet has a thickness smaller than the crotch sheet. Thereby make private parts lamellar body deformation sensitive accurate more, improve monitoring device's monitoring accuracy.

Referring to fig. 6, in an alternative technical solution, a cut 127 is formed on the pudendum sheet, the cut 127 divides the pudendum sheet into a first pudendum sheet 125 and a second pudendum sheet 126, and the first pudendum sheet and the second pudendum sheet respectively extend to groins on two sides of a human body. But two private parts lamellar bodies centre gripping have improved connection stability on human groin, and the paster is difficult for droing, and in addition on width direction, two private parts lamellar bodies are laminated respectively in human private parts both sides, and this kind of body structure sets up for two private parts lamellar body deformation is sensitive accurate more.

Two length edges on two sides of the first pudendum sheet body are both concave edges; two length edges of two sides of the second pudendum sheet body are both concave edges. Two equal indent settings in private parts lamellar body both sides, with the high phase-match of women's corresponding position shape, still improved the monitoring precision when improving the laminating comfort.

Referring to fig. 8, a strip-shaped groove 128 is formed in the middle of the private part sheet 12 along the length direction, and the strip-shaped groove 128 is arranged to avoid the private part of the human body. This bar groove 128 dodges women's private parts position, and this private parts lamellar body is located the border of bar groove 128 can keep laminating with human private parts border. In the length direction of the pudendum sheet, the width of the strip-shaped groove 128 gradually increases from the two ends to the middle. The shape structure of this bar groove 128 and the corresponding position phase-match of women for the corresponding position is ventilative, improves the comfort, and monitoring accuracy is high.

The thickness of the inner side edge of the pudendum sheet body 12 is smaller than that of the outer peripheral edge of the pudendum sheet body; the inside edge of the pudendum sheet body is the edge of the strip-shaped groove 128. This private parts lamellar body adopts thinner design near the border of private parts, has improved the sensitive accuracy of deformation, and foil gage 2 also extends to this position, reaches the effect of accurate monitoring training action.

The patch 1 further comprises a hip sheet body 13, wherein the hip sheet body 13 is connected to one side of the bottom crotch sheet body, which is far away from the pudendum sheet body. The width of the hip-piece body 13 increases gradually in the direction of extension of the hip-piece body 13. The shape of the hip sheet body 13 is matched with the shape of a part of the human hip which is easy to move along with the pelvic floor muscle group. The monitoring accuracy is improved.

Two length edges on two sides of the crotch piece body are respectively provided with a connecting edge 14 for fixed connection in a protruding mode. The connecting edges 14 on both sides of the crotch panel body can be attached to pants or underpants, improving the stability of the monitoring device.

Example 6, as shown in fig. 12 and 13, there is a schematic view of a patch provided on a pants body of a monitoring device for pelvic floor muscle group training.

On the basis of the above embodiment, further, the monitoring device for pelvic floor muscle group training further comprises a wearing part, the wearing part comprises a trousers body 4, the patch 1 is arranged on the trousers body 4, and the strain measurement part on the patch 1 is used for detecting the tension and/or relaxation state of the pelvic floor muscles and/or pelvic floor muscle groups. Through setting up the trousers body 4, the convenience is fixed 1 positions on the paster, can fix the specific part on the trousers body 4 with paster 1 in advance, then make things convenient for different users to dress the back, and this paster 1 can both be in comparatively suitable position, improves paster 1's detection accuracy.

Wherein, trousers body 4 is for having elastic trousers structure, and after this trousers body 4 was worn to the patient, 4 surface fabrics of trousers body and human skin in close contact with to the detection accuracy of paster 1 has been improved. Preferably, the trousers body 4 is elastic trousers made of knitted elastic fabric, and the trousers body 4 can be made by sewing a plurality of pieces and can also be fully-formed seamless knitted trousers directly knitted by a fully-formed computerized flat knitting machine. The trousers body 4 adopts yarns with stretch yarns. The trousers body 4 can be long trousers or short trousers, and can only cover partial buttocks or the parts near the buttocks of a human body. In an alternative, the lower edge of the trousers body 4 extends to the thigh root or the middle of the thigh or the knee or the middle of the calf or the bare foot of the human body.

Optionally, the patch 1 is arranged on the pelvic floor muscle induction area on the trousers body 4. The pelvic floor muscle induction area is as follows: when the pelvic floor muscles are tensed, the trousers body 4 is also tensed. Wherein, the pelvic floor muscle sensing area comprises one or more of the front crotch part 41, the rear crotch part 42, the bottom crotch part 43 of the trousers body 4 and the position of the trouser legs close to the crotch part. The position of the patch 1 corresponds to one or several of the buttocks, pubic region, anus, the root of the thigh near the pubic region and the position near the outside of the anus of the human body.

The patch 1 is arranged on the inner surface and/or the outer surface of the trousers body 4; or the trousers body 4 is provided with an interlayer, and the patch 1 is arranged in the interlayer.

Referring to fig. 14, a bag 44 is sewn on the inner surface or the outer surface of the pants body 4, a receiving space is formed between the bag 44 and the pants body 4, and the patch 1 is disposed in the receiving space.

Specifically, the bag body 44 has a fixed connection edge 442 and a detachable connection edge 441, the fixed connection edge 442 and the trousers body 4 are sewn and fixed, the detachable connection edge 441 and the surface of the trousers body 4 are detachably connected, if the magic tape is adopted for connection, the detachable connection edge 441 is torn to conveniently load or unload the patch 1. When the patch is arranged on the inner surface of the trousers body 4, the patch is beneficial to being in close contact with the skin of a human body, and the detection accuracy is improved. When the patch is arranged on the outer surface of the trousers body 4, the patch 1 is convenient to take and place, and the use of a patient is convenient.

The display end 200 is connected with the patch 1 through a cable 3, and the trousers body 4 is provided with a fixing part for fixing the cable 3.

Specifically, referring to fig. 15, the pants body 4 includes a waist portion disposed around the abdomen, the fixing portion includes a strip-shaped tape 6, the middle portion of the strip-shaped tape 6 is sewn with the pants body 4, and two ends of the strip-shaped tape 6 are respectively connected with a suede adhesive 61 and a stab surface adhesive 62. The suede pasting 61 and the thorn-surface pasting 62 are detachably adhered. In use, the strip 6 is wrapped around the cable 3 and the suede-like adhesive 61 is then bonded to the stab-face adhesive 62. The strip-shaped bands 6 enclose to form an annular structure, and the cable 3 is limited in the annular structure. Cable 3 and along loop configuration free activity from top to bottom, made things convenient for patient's training in-process, cable 3 can not receive powerful tensile.

When paster 1 sets up inside the trousers body 4, the position that corresponds cable 3 on the trousers body 4 can set up the pin hole, makes things convenient for

cable

3 and 1 electricity of paster to be connected, and cable 3 does not extend at 4 internal surfaces of the trousers body, does not contact with patient's skin, and the comfort level is good, and the patient uses and experiences well.

Referring to fig. 16, the pelvic floor muscle group training pants of this application can include a plurality of paster 1 (hold between the bag body 44 and the trousers body 4), each paster 1 sets up the position of difference on the trousers body 4 respectively, for the convenience of show end 200 respectively with each paster 1 connection, be provided with connection terminal 7 on the trousers body 4, connection terminal 7 includes a plurality of wiring sockets, sets up the electrical terminals in the wiring socket, each electrical terminals is connected through wire and corresponding paster 1 electricity respectively. Each conducting wire is an insulated wire and extends on the outer surface of the trousers body 4, so that the use comfort of a patient is not affected. When the patch 1 is arranged inside the trousers body 4, a lead hole is arranged on the trousers body 4 corresponding to the patch 1, so that a lead can conveniently penetrate through and is electrically connected with the patch 1. Meanwhile, the training pants can comprise a plurality of cables 3, the middle parts of the cables 3 can be bound into a whole, and plug parts are arranged at the tail ends of the cables 3 to be respectively plugged in corresponding wiring jacks to be electrically connected with the electric terminals.

Referring to fig. 10 and 11, the wearing device of the monitoring device for pelvic floor muscle group training may also be a restraining mesh belt, and includes a mesh belt body 8, where the mesh belt body 8 includes at least two belt bodies, and the belt bodies are connected in an intersecting manner to form a wearing space matching with the shape of the buttocks. The patch 1 is arranged on the mesh belt body 8.

In the embodiment of the application, fix paster 1 at the specific position on the constraint guipure, then make things convenient for the different users to dress the back, this paster 1 can both be in comparatively suitable position, improves paster 1's detection accuracy, has also made things convenient for the patient to use.

Wherein, the restraint guipure can be for having elastic trousers column structure, and after this restraint guipure was worn to the patient, restraint guipure and human skin in close contact with to the detection accuracy of paster 1 has been improved. Should can use alone, also can cooperate trousers to use, trousers are worn at the restraint guipure outer wall, improve paster 1 and human compactness.

Wherein, the area body extends through or is close to human pelvic floor muscle induction zone, paster 1 is connected on the area body with pelvic floor muscle induction zone laminates mutually. The pelvic floor muscle detection area is as follows: when the pelvic floor muscles are tensed, the human body is also tensed.

The mesh belt body 8 is provided with corresponding patches 1 corresponding to parts or all of the positions near the buttocks, the pudendum, the anus, the thigh root and the anus of a human body. The detection accuracy is improved by providing the patch 1.

The mesh belt body 8 comprises a waist belt body 81 and a crotch belt body 82, the waist belt body 81 is circumferentially arranged around the waist of a human body, the crotch belt body 82 is connected with the waist belt body 81, and the patch 1 is connected with the crotch belt body 82. Crotch area body 82 route position all is the position that is close to pelvic floor muscle detection area, sets up paster 1 on crotch area body 82 for paster 1 can be close to with pelvic floor muscle detection area, improves and detects the precision.

The patch 1 is extended along the crotch part of the body 82, and the strain gage 2 is arranged on the patch 1. The strain gauge 2 extends along the length direction of the patch 1, and has a certain width, and the strain gauge 2 has a large detection area. The patch 1 has an interlayer inside, in which the strain gauge 2 is arranged.

The crotch belt body 82 has a front crotch section and a rear crotch section, and the width of the patch 1 gradually increases in a direction extending from the front crotch section to the rear crotch section. The patch 1 has a high degree of matching between the shape and a portion where the buttocks are easily moved, and the movement of the buttocks muscles is easily detected.

The mesh belt body 8 further comprises two auxiliary belt bodies 83 respectively positioned on two sides of the crotch belt body 82, one end of each auxiliary belt body 83 is connected with the waist belt body 81, the other end of each auxiliary belt body is connected to the crotch belt body 82, and the patches 1 are connected with the auxiliary belt bodies 83. The auxiliary tape body 83 supports the patch 1 at the other end of the patch 1 so that the patch 1 can be kept in contact with the skin of the human body.

Both sides of the patch 1 in a direction perpendicular to the crotch belt body 82 are respectively provided with oblique sides, and both of the oblique sides are respectively connected with the corresponding auxiliary belt bodies 83.

The both ends of the waist area body 81 are provided with first paste 811 and second paste 812 respectively, first paste 811 with second paste 812 detachably connects. The first paste 811 extends along the waist belt 81, the length of the first paste 811 is greater than that of the second paste 812, one end of the crotch belt 82 is fixedly connected with the middle of the waist belt 81, the other end of the crotch belt is provided with a third paste 821, and the third paste 821 is detachably connected with the first paste 811. Make the pelvic floor muscle group training of this application dress and dismantle the convenience with the constraint net through setting up three pasting, and the patient of being convenient for adjusts the elasticity according to self stature, and the patient uses and experiences well.

It should be noted that the embodiments of the present invention and the features and technical solutions thereof may be combined with each other without conflict.

The above embodiments are only used for illustrating the invention and not for limiting the technical solutions described in the invention, and although the present invention has been described in detail in the present specification with reference to the above embodiments, the present invention is not limited to the above embodiments, and therefore, any modification or equivalent replacement of the present invention is made; all such modifications and variations are intended to be included herein within the scope of this disclosure and the appended claims.

Claims

1. A patch for pelvic floor muscle detection, characterized in that: the patch comprises a lower patch and an upper patch, the lower patch is attached to the skin of a human body, a strain gauge is arranged between the upper patch and the lower patch, the strain gauge is fixedly connected with the lower patch, an air bag is arranged in the lower patch in a sealing manner, the area of the air bag is larger than that of the strain gauge, and the edge of the air bag exceeds the edge of the strain gauge.

2. The patch for pelvic floor muscle testing of claim 1, wherein: the balloon is in a ballooning state.

3. The patch for pelvic floor muscle testing of claim 2, wherein: the balloon is in a non-ballooning state.

4. The patch for pelvic floor muscle testing of claim 1, wherein: the air bag is divided into a plurality of air bag units, the strain gauge comprises a plurality of strain gauge units, and each air bag unit corresponds to at least one strain gauge unit.

5. The patch for pelvic floor muscle testing of any one of claims 1-4, wherein: the lower patch is made of an elastic resin material or a medical silica gel material.

6. The utility model provides a monitoring device is used in training of pelvic floor muscle group which characterized in that: a patch for pelvic floor muscle testing comprising any one of claims 1-5.

7. The monitoring device for pelvic floor muscle group training according to claim 5, wherein: the number of the patches is a plurality, and each patch is matched with the shape of each pelvic floor muscle detection area of the human body; the pelvic floor muscle detection area comprises one or more of buttocks, a pudendum, an anus, a thigh root part near the pudendum and a position near the outer side of the anus, and the patch and the pelvic floor muscle detection area are deformed synchronously.

8. The monitoring device for pelvic floor muscle group training according to claim 1, wherein: the patch comprises a hip sheet body and an anus extension sheet body; the buttocks sheet body is used for covering the whole buttocks of a human body or covering partial buttocks of the human body, one side of the anus extension sheet body is connected with the buttocks sheet body, the other side of the anus extension sheet body extends to the position near the anus of the human body, and the thickness of the anus extension sheet body is smaller than that of the buttocks sheet body.

9. The monitoring device for pelvic floor muscle group training of claim 8, wherein: the first length edge of the anus extension sheet body is connected with the hip sheet body, and the second length edge of the anus extension sheet body extends to the position near the anus of the human body; the thickness of the anus extension sheet body is gradually reduced in the direction from the first length edge to the second length edge.

10. The monitoring device for pelvic floor muscle group training of claim 9, wherein: the strain gauge comprises a first sensitive grid arranged on the hip sheet body and a second sensitive grid arranged on the anus extension sheet body; the second sensitive grid comprises a plurality of wire grids, the end parts of two adjacent wire grids are connected, and the wire grids extend along the length direction of the anus extension sheet body.