JP2014506635A - Garment body for nerve-muscle-skeleton support - Google Patents

Abstract

A garment body (1) for assisting nerve-muscle-skeleton,
A body (2) of a garment body that is stretchable and intended to be worn by the user in close contact with a part of the user's body;
-Realized on the body of the garment body, a plurality of fixed parts (10) and a plurality of active parts (20; 30; 40; 50), each intended to coincide with a part of the user's body And a continuous and stretchable framework (5),
The framework is such that when the garment body is worn by the user and the latter exercises, its active part deforms following the deformation of each part of the user's body and the fixed part remains substantially unchanged. A garment that has a structure like that.

Description

  The present invention relates to a garment body for assisting nerve-muscle-skeleton and a method of manufacturing the garment body.

  Known garment bodies are structured to provide local assistance to muscles and joints once worn by a user. The typical purpose of these garments is to improve posture, prevent injuries caused by sports activities (eg bruises, sprains, dislocations, flesh, fractures, etc.) or rehabilitation of injured parts of the body The clothing body acts on these.

  For these purposes, known garments include sweaters and ducks designed primarily for use in the sports field, for example of the type described in patent document EP 1810649. These garment bodies are made of a material with a low coefficient of friction so that they adhere to the wearer's body and easily slip from the skin, and on the inner surface of the garment body, the coefficient of friction is large and therefore easily on the skin. Includes a lining made of resistive strips made of non-slip material. In these garments, the inner lining strip reproduces the same effect on the wearer's body as a technique called “taping” (a bandage technique with an adhesive stretch strip that limits joint movement and muscle stretch). Arranged to do. This technology makes it possible to reduce the stress of the muscle-skeletal structure and improve its stability, prevent damage to delicate and particularly stress-sensitive body parts, and stand out caused by injury and trauma It can help to recover from bruises and exudates and to shorten the recovery time.

  However, the Applicant has found that currently available garments designed to prevent muscle and joint injury are not without drawbacks and can be improved from various perspectives.

  In particular, the Applicant does not make it possible to achieve the desired effect in terms of injury prevention and rehabilitation by reproducing the “taping” method with the above-mentioned type of clothing. In fact, the Applicant believes that it is complicated if not impossible to reproduce the “taping” method with the above type of garment. In fact, “taping” is a complex method and requires very precise manual attachment of the strip to the user's skin to achieve the correct tension of the strip. For example, in some cases, the mounting method varies from strip to strip and may be different within the same strip (by changing the pulling force of various portions of the strip during manual mounting). Furthermore, “taping” actually involves bonding the strips to the user's skin with an adhesive so that the strips do not slide off, otherwise these effects will be lost. On the other hand, known garments designed to be worn by the user in the usual way do not make it possible to achieve strip attachment so as to automatically adhere to certain parts of the skin, Does not allow adjustment of strip tension when worn. “Taping” also requires the use of strips that are stretchable only in a certain direction, but known garments are strips that have non-selective stretch, ie the same deformation in all directions. Has strips with values.

In addition, because the known garment strips slide on the skin and change their position each time they are worn, the strip should be placed in a precise and long-lasting manner on a desired portion of the user's skin. I can't.
The Applicant has also found that known garments have a high degree of complexity and high manufacturing costs.

  In this context, the basic object of the present invention in its various aspects and / or embodiments is to provide a garment body for nerve-muscle-skeletal assistance, which can overcome one or more of the above-mentioned drawbacks. It is to provide a body manufacturing method.

  In particular, one of the objects of the present invention is to act according to new principles and functional methods different from the known garment body, to make it possible to achieve a high degree of efficiency assisting the user's body. It is to provide a garment body for assistance. In particular, Applicants have achieved nerve-muscle-skeletal assistance that operates according to a principle known as “tensegrative” (which will become apparent later) rather than the “taping” principle. I believe it is advantageous.

  It is a further object of the present invention to provide a neurological-once once it is worn by the user, it makes it possible to maintain the exact position of each part on each part of the user's body, even after the user has performed operational activities. It is to provide a garment body for muscle-skeletal assistance.

  In addition to other possible purposes, one or more of these purposes, which will become apparent from the following description, are nerve-muscles having the technical characteristics described in one or more of the appended claims. -By means of a garment body or set of garment bodies for assisting the skeleton and by the method of manufacturing such a garment body, wherein each claim is used alone (without the associated dependent claims) or together with other claims. And the following aspects and / or example aspects are also substantially achieved by various combinations with the above claims.

In one aspect, the invention provides a garment body for nerve-muscle-skeletal assistance,
-The body of the garment that is stretchable and intended to be worn by the user so as to adhere to a part of the user's body;
-Preferably continuous and stretchable, realized on the body of the garment body, comprising a plurality of fixed parts and a plurality of active parts, each intended to coincide with a part of the user's body And a garment body including the framework.

In one aspect, the framework is such that when the garment body is worn by the user and the latter exercises, the active part deforms following the deformation of each part of the user's body and the fixed part is substantially unexposed. It has a structure that remains unchanged.
In some embodiments, the active part and the fixed part are essentially the same (and these differences are mainly due to the parts of the body where they match). Furthermore, the position occupied by the fixed part and the active part on the body of the garment body is allowed to identify and define the body part intended to coincide.

  In certain embodiments, the fixed portions are arranged such that they are not subject to major deformation (eg, because they are placed laterally relative to the sarcolemma or in a portion of the body that is not deformed) and the active portion Are placed (eg, lengthwise relative to the sarcolemma) to undergo a deformation phenomenon (eg, stretch or shorten) when the garment body is worn.

  In some embodiments, the fixed portions are intended to match each part of the body, so that when the user exercises, these are the total surface stretches and each overall surface stretch on the relaxed user's body. In comparison, it is changed by a value of less than 10%, preferably less than 5%, more preferably less than 2%. A relaxed state is intended to be a state in which the user's body is not under load or stress and is not doing any exercise. In such a state, the muscles, bones, and joints are completely relaxed.

In some embodiments, the active parts are intended to match each part of the body, so that when the user exercises, these are the total surface stretches and each overall surface stretch on the relaxed user's body. In comparison, it is changed by a value exceeding 5%, preferably exceeding 7.5%, more preferably exceeding 10%.
Suitably, the active part stimulates, for example, the corrective action of the user's posture and the action of inducing the correct position of a predetermined part of the body (shoulder rib, Achilles tendon, etc.) in all cases. When the garment is worn, the framework activity determines the forces that occur along the main line of deployment of the framework, especially the forces generated along the line of deployment of the active part. Framework activity causes close movement of two parts of the muscle (eg, the two heads of the biceps) (see description of FIG. 1).

  The fixed part, for example, improves the stable positioning of the framework and increases the contact area between the framework and the user's skin (the risk of framework movement and skin due to excessive rubbing when the user is exercising) Reduce injury).

  In some embodiments, when the garment body is worn and the framework matches each part of the user's body, the framework may be fixed relative to the length of the unworn garment body part (and preferably fixed). The part also takes the pre-tensioned state corresponding to 10-25% elongation, and this length is measured along the main direction of deployment of each part.

  Applicants are on the above-mentioned technical features, in particular on the body of the garment body, and include a plurality of fixed parts and a plurality of active parts, each intended to match each part of the user's body The existence of an elastic framework, and this framework, when the garment body is worn by the user and the latter exercises, the active part deforms following the deformation of each part of the user's body, the fixed part is substantially In combination with the fact that it has a structure that remains structurally unchanged, can improve joint stability and improve the muscle function of the body part to which it is applied -We believe that it will be possible to obtain clothing bodies for skeletal assistance, thus stimulating the "tensegrative" function. In particular, the activity performed by the active part has its positive effect on muscle, bone structure, and proprioceptive nerve endings.

  "Tensegrative" is a concept borrowed from architectural principles and applied for the first time by the applicant to the technical department of garments. It refers to the ability to optimize the characteristics of a load bearing structure that includes a strained component that is flexible to maintain a stress and maintain a specific overall shape. In such a structure, the rigid component that is subjected to compression generates tension in the flexible component that is subjected to tension, and vice versa, the latter compresses the component that is subjected to compression. Thus, the force is propagated and distributed evenly throughout the structure. As each stress on one element increases, this increase is distributed to all components of the system. In fact, the increase in tension of the component undergoing tension occurs throughout and is balanced throughout the structure by the reverse increase in compression to the component undergoing compression. This type of structure exhibits stability characteristics and at the same time stretch characteristics under all working conditions (both low and high stress levels).

  The human body is an example of a tensegrative structure, where muscle and connective tissue are components that undergo tension and bone is a component that undergoes compression. To the best of Applicant's knowledge, Applicants have recreated for the first time a structure with a tensegrative action that wraps around the user's body and copies the human tensegrative structure. . Thus, the garment body of the present invention acts as an “exoskeleton” that can act with emphasis on the structure of the body to provide nerve-muscle-skeletal assistance. In this exoskeleton, in response to local tension when the user exercises, all elements are interconnected so that they can reposition themselves, so that each of the fixed and active parts is It acts on the underlying nerve-muscle-skeletal structure to amplify the human body's natural auxiliary response.

  The applicant uses the difference in friction between the body of the garment body and the inner lining to determine the skin-muscle action on the body, i.e., activates the nerve receptors in the skin to adjust the underlying muscles. Unlike the technical garment body, the garment body of the present invention creates a tensegrative structure that supports the body through proper placement of the framework, the components of which are proprioceptive neuroreceptors of bone and deep muscles. It is thought to stimulate the body mechanically.

  Therefore, the garment body of the present invention applies the concept of tensegrative and has the following advantages [support of contraction and extension of muscle sheath and connective tissue, restriction of excessively large movement, muscle tension and bone compression. Acts in a completely different way from the known garment body to achieve an assistive structure that can provide one or more of: regulation, blood circulation and stimulation of lymph, assisting neural function. For the user, this may include one or more beneficial effects such as reduced risk of trauma and muscle-joint injury, improved recovery from injury, improved posture, greater comfort and better body control, fatigue and Provides reduced actual fatigue, reduced lactic acid accumulation, reduced pain, and improved user appearance.

The Applicant also believes that the technical feature that the framework is continuous can provide the structure with the above tensegrative properties and can provide an effective support action. ing.
The Applicant has the advantage that the technical features of the body and framework of the garment are elastic so that when worn, all parts of the garment are properly attached to all lower layers of the user's body. I think it will be possible. This stretchability also allows the body of the garment body and the framework created on it to deform together to follow the movement of the user.

  Applicant also believes that the present invention allows to provide a garment body for nerve-muscle-skeletal assist characterized by a simple and rational structure that is easy and economical to manufacture. ing.

In some embodiments, the fixed portion does not follow the lengthwise shortening of the underlying muscle fibers.
In one aspect, the framework consists solely of a fixed part and an active part that are interconnected without interruption.
In some embodiments, the active portion and / or the fixed portion are shaped to indicate a primary deployment direction. The active part and / or the fixed part are preferably in the form of strips. It should be pointed out that the term strip is also intended to be a part that branches on itself or closes to form a ring.
In one aspect, the active part constitutes the main part of the framework relative to the fixed part. The active portion preferably represents 60% of the entire surface of the framework, more preferably 70%, more preferably 90%.

  In some embodiments, the body of the garment body (especially the upper layer of the framework) has a first elastic modulus, and the framework has a second elastic modulus that is greater than or equal to the first elastic modulus. Thus, when a user exercises, parts of the framework generate resilience locally on the part of the user's body where they match. This increases the accuracy of placing the framework on the user's body and enables synergies in some way between the garment body and the framework, and is effective tensegrative Enables to achieve the structure.

“Elastic modulus” is intended to be a measurement that correlates the value of force generated by a material with the corresponding deformation (elongation) experienced by that material. As the modulus of elasticity increases, the force generated by the material also increases when the material undergoes the same deformation.
The forces generated by the material and the deformation of the material are suitably evaluated along the main lines of deployment of the various parts of the framework.

In one aspect, the first elastic modulus is constant for all parts of the garment body. In one embodiment, the first elastic modulus is 0.01 kgf / cm to 0.1 kgf / cm.
In some embodiments, this second elastic modulus is constant for all parts of the framework.
In some embodiments, the second elastic modulus is between 0.1 kgf / cm and 0.3 kgf / cm.
In some embodiments, the body of the garment body is made from a fabric, typically from a fabric made of a knitted fabric, such as a combination of yarns. In some embodiments, the fabric has a first elastic modulus.

In some embodiments, the entire framework is made from a single material.
In some embodiments, the entire framework is made from a resin.
In some embodiments, the resin has a second elastic modulus.

In some embodiments, the portion of the garment body on which the framework is formed preferably has an overall modulus of elasticity that is greater than the first and second modulus of elasticity. For example, the overall elastic modulus may be between 0.3 kgf / cm and 0.6 kgf / cm.
In fact, Applicants have confirmed by testing that the portion of the fabric from which the resin is made has an overall modulus of elasticity that is greater than the sum of the modulus of elasticity considering the fabric and the resin separately. This synergy between the fabric and the resin makes it possible to advantageously obtain a framework that can effectively assist the nerve-muscle-skeletal function of the user's body.

  Since the tests performed by the applicant have shown an effective tensegrative function, the above range of overall elastic modulus is very important. At the same time, this range of values does not prevent the user from exercising.

In some embodiments, the garment body includes a plurality of portions with sewing points smaller than the rest of the garment body and is intended to match the fixed and active portions of the framework ( That is, a plurality of parts having sewing points smaller than the remaining part of the body of the garment body).
In particular, the body of a garment body made from fabric includes a plurality of parts having sewing points smaller than adjacent parts of the body. The portions with smaller sewing points are intended to at least partially contact the fixed and active portions of the framework.

  These parts with smaller sewing points preferably make it possible to locally increase the first elastic modulus of the part intended to be a framework, so that when the garment is worn by the user This increases the positioning stability of the framework and / or creates a pre-tensioned state of the framework.

  The part with the sewing point that is not too small stretches and spreads evenly throughout the user's body (ie, the wrinkles of the fabric caused by the larger amount of fabric are stretched) so that when the garment is worn, the framework The Applicant has acted to overcome the large amount of fabric achieved by not making the sewing points too small in the parts that they do not have. In this way, the garment body fits perfectly to the user's body and the remaining tension is maintained only where the framework is created.

  In some embodiments, when the garment body is worn and the framework matches each part of the user's body, the portion of the fabric having a sewing point that is not too small is 5 times the length of the garment body portion when worn. The pre-tensioned state (the body is in a relaxed state) corresponding to 10% elongation is taken, where the length is measured along the main deployment direction of each part. Portions that have sewing points that are not too small (and no framework) are advantageously subject to less stretch (and pre-tension) than portions that have smaller sewing points.

  In one embodiment, the framework, preferably made of the resin, is structured to have a high coefficient of friction with human skin. In particular, the above resin exhibits a higher coefficient of friction with human skin than the fabric from which the garment body is made.

In some embodiments, the framework is created on the interior of the garment body, and the framework is in proper direct contact (or intended to be in contact) with the user's skin. Thus, preferably when the framework has a high coefficient of friction, it will adhere tightly to the user's skin and maintain the correct position after exercise by the user.
In one embodiment, the framework shows a split structure consisting of alternating fixed and active parts, with a focus point between the different parts.

In certain aspects, the focal point may be divided at two or more parts of the framework.
In some embodiments, one or more of the focusing points coincide with each fixed portion.
In some embodiments, the one or more active portions have one end that branches off from the fixed portion and an opposite free end.

In some embodiments, the one or more active portions have two opposite ends that terminate in two different anchoring portions.
In certain embodiments, the fixed portion and / or active portion is in the form of a strip having a width of 1 cm to 6 cm, calculated at a right angle to each primary deployment direction.
In some embodiments, the width of the fixed portion (preferably 2-5 cm) is greater than the width of the active portion (preferably 1-3 cm). Therefore, it is possible to improve the stability of the fixed part and maintain the correct arrangement of all frameworks.

  In one aspect, the garment body includes a pair of identical frameworks that are arranged in a mirror-reflective manner with respect to the symmetry plane of the garment body. For example, when the garment body is a sweater, this includes two specularly identical frameworks, each corresponding to the torso half, shoulders, and arms. For example, when the garment body is a zipper, it contains two specularly identical frameworks, each corresponding to the pelvic half, hips, and legs.

In certain aspects, the present invention relates to a garment body according to one or more of the aforementioned aspects, wherein the framework is configured according to the scheme shown in FIGS.
In certain aspects, the present invention relates to a garment body according to one or more of the aforementioned aspects, wherein the framework is configured according to the scheme shown in FIGS.
In certain aspects, the present invention relates to a garment body according to one or more of the aforementioned aspects, wherein the framework is configured according to the scheme shown in FIGS.
In certain aspects, the present invention relates to a garment body according to one or more of the aforementioned aspects, wherein the framework is configured according to the scheme shown in FIGS.
In certain aspects, the invention relates to a garment body according to one or more of the aforementioned aspects, wherein the framework is configured according to the scheme shown in FIGS.
In certain aspects, the invention relates to a garment body according to one or more of the preceding aspects, wherein the framework is configured according to the scheme shown in FIGS. 13, 14, 15, and 16.
In certain aspects, the present invention relates to a garment body according to one or more of the aforementioned aspects, wherein the framework is configured according to the scheme shown in FIGS. 17, 18, 19, and 20.
In certain aspects, the invention relates to a garment body according to one or more of the aforementioned aspects, wherein the framework is configured according to the scheme shown in FIGS. 21, 22, 23, and 24.

  The invention also relates to a set of garment bodies for nerve-muscle-skeletal assistance, each intended to cover a specific part of the user's body.

In one aspect, the present invention provides a method for producing a garment body for nerve-muscle-skeletal assistance of the present invention comprising:
a) producing a body of a garment body, for example by weaving or knitting, which has elasticity and is intended to be worn by the user, in close contact with a part of the user's body;
b) A continuous, stretchable framework comprising a plurality of anchoring portions and a plurality of active portions, each intended to match each part of the user's body, on the body of the garment body And a step of manufacturing by molding (silk screen method),
Here, when the garment is worn by the user and the latter exercises, the framework deforms the active part following the deformation of each part of the user's body, and the fixed part is substantially unchanged. The present invention relates to a method characterized by having a structure that remains as it is.

  Thus, the garment of the present invention can be obtained in a simple and economical manner. Furthermore, the production of the framework by molding makes this a highly reproducible and advantageously automatable method.

  In certain embodiments, in step b), the resin is molded using a resin in the liquid state, and the method includes the step of drying the resin after step b). This makes the molding of the resin easy and accurate. Once the resin is dry, the framework is securely fixed in place on the body of the garment body, and when the garment body is worn, the framework Maintained in position.

  In some embodiments, the garment body, wherein step a) has smaller sewing points compared to the rest of the garment body body and is intended to contain the resin forming the framework in step b). Manufacturing a plurality of parts of the body. This makes it possible to increase the stability of the framework arrangement when the garment is worn.

In some embodiments, in step a), this production is achieved by knitting tubular pieces and / or seamless techniques.
In certain aspects, the framework is manufactured according to one or more of the above aspects.
Other features and advantages will become apparent from the following detailed description of several embodiments, including suitable non-limiting examples of the devices for nerve-muscle-skeletal assistance of the present invention.

  This description is presented with reference to the accompanying drawings, which are provided by way of example only, without limiting the scope of the invention.

1 is a front view of a possible embodiment of a garment body for nerve-muscle-skeletal assistance of the present invention. FIG. It is a rear view of the clothing body of FIG. FIG. 6 is a front view of another possible embodiment of a garment body for nerve-muscle-skeletal assistance of the present invention. It is a rear view of the clothing body of FIG. It is a side view of the clothing body of FIG. FIG. 6 is a front view of another possible embodiment of a garment body for nerve-muscle-skeletal assistance of the present invention. It is a rear view of the clothing body of FIG. It is a side view of the clothing body of FIG. It is a front view of the clothes body of the present invention. It is a rear view of the clothing body of the present invention. It is a front view of the clothes body of the present invention. It is a rear view of the clothing body of the present invention. It is a front view of the clothes body of the present invention. It is an outer side view of the clothes body of this invention. It is an inner side view of the clothes body of this invention. It is a rear view of the clothing body of the present invention. It is a front view of the clothes body of the present invention. It is an outer side view of the clothes body of this invention. It is an inner side view of the clothes body of this invention. It is a rear view of the clothing body of the present invention. It is a front view of the clothes body of the present invention. It is an outer side view of the clothes body of this invention. It is an inner side view of the clothes body of this invention. It is a rear view of the clothing body of the present invention. It is a front view of the clothes body of the present invention. It is an outer side view of the clothes body of this invention. It is an inner side view of the clothes body of this invention. It is a rear view of the clothing body of the present invention.

  Referring to the accompanying drawings, the garment body of the present invention (used advantageously for nerve-muscle-skeletal assistance) is indicated generally by the reference numeral 1. In general, the same reference numerals are used for the same elements in various modifications.

The garment body 1 is elastic and is intended to be worn by a user (not shown) in order to be in close contact with parts of the user's body (eg, torso, arms, pelvis, and legs). Including the body 2 of the body.
The garment body 1 is also implemented on the body of the garment body, and includes a plurality of fixed portions 10 and a plurality of activity portions 20, 30, 40, 50 (each intended to match a portion of the user's body). Including a continuous and stretchable framework 5.

In the figure, the framework is schematically shown, and the body surface of the garment body shown can be considered without distinction as the inner or outer surface (each intended to contact the user's skin). Corresponding to surfaces and surfaces intended to be visible from the outside). In other words, it is possible to see the garment body shown as an example as an example of the front side or as an example of the reverse side.
In this framework, when the garment body is worn by the user and the latter exercises, the active part deforms following the deformation of each part of the user's body and the fixed part 10 remains substantially unchanged. It has a structure like that.

  The active parts 20, 30, 40, 50 and the fixed part 10 are essentially the same, and each position occupied on the body of the garment body identifies the part of the body intended to coincide with them. Stipulate.

The fixation parts 10 are preferably such that they are not subject to major deformations (e.g. because they are placed laterally relative to the sarcolemma or in an undeformed part of the body) and the active parts 20, 30 , 40, 50 are arranged such that they undergo deformation (eg, stretching or shortening) when the garment body 1 is worn (eg, longitudinally relative to the sarcolemma).
The fixed portions 10 are preferably intended to match each part of the body, so that when the user exercises, they compare the overall surface stretch with each overall surface stretch on the relaxed user's body. Thus, for example, the overall surface extension is changed by a value of less than 2%.

  The active parts 20, 30, 40, 50 are preferably intended to coincide with each part of the body, so that when the user exercises, they are responsible for the overall surface stretch, each whole body in the relaxed state. The overall surface extension is changed by a value greater than 10% compared to the general surface extension.

When the garment body is worn, the anchoring portion 10 preferably does not follow the lengthwise shortening and stretching of the underlying muscle fibers.
The garment body preferably includes only one framework 5. The framework 5 preferably consists only of fixed and active parts that are interconnected without interruption.

One or more of the active part and / or the fixed part are preferably shaped to indicate the main direction of deployment. The active part and / or the fixed part are preferably in the form of strips.
The active part preferably constitutes the main part of the framework 5 compared to the fixed part 10. For example, the active portion preferably represents 60% of the entire surface of the framework.

The body 2 of the garment body has a first elastic modulus, and the framework 5 has a second elastic modulus that is greater than or equal to the first elastic modulus.
The first elastic modulus is preferably constant in all parts of the garment body, and is preferably 0.01 kgf / cm to 0.1 kgf / cm.
The second elastic modulus is preferably constant in all parts of the framework and is preferably between 0.1 kgf / cm and 0.3 kgf / cm.

The body 2 of the garment body is preferably made from fabric and typically comprises a knitted fabric, for example a combination of yarns. This yarn combination may be, for example, a combination of polyamide and elastomer, or a combination of polyamide and polyester, or a combination of polyester and elastomer.
For example, the body of the garment is made of 33/34 / 2th polyamide yarn and 17-20 / 20 / 1st elastomer yarn. For example, the body composition of the resulting garment body is 91% polyamide and 9% elastomer.

  The fabric preferably has the first elastic modulus as described above. The entire framework is preferably made from a single material. The framework is preferably made from a resin having a second elastic modulus as described above (eg, phthalate-PVC free plasticizer).

The portion of the garment body on which the framework is created is preferably made to have an overall modulus of elasticity that is greater than the first and second modulus. For example, the overall elastic modulus is 0.3 kgf / cm to 0.6 kgf / cm.
The body of the garment body made from fabric is preferably intended to match the fixed and active parts of the framework, including a plurality of parts with sewing points smaller than the rest of the body of the garment body Yes.

The framework 5 preferably has a constant thickness of 200 to 2000 micrometers. For example, the framework resin is about 700 micrometers thick.
Alternatively, the fixed part is thicker than the active part. For example, the fixed portion is about 1500 micrometers thick and the active portion is about 700 micrometers thick.
Preferably, the framework made from the resin is preferably structured to have a large coefficient of friction with human skin.

  The framework is preferably created on the inside of the body of the garment body and thus in direct contact with the user's skin. Thus, because the framework preferably has a large coefficient of friction, it will tightly adhere to the user's skin and maintain the correct position after exercise by the user.

  As shown in the figure, the framework 5 preferably shows a split structure composed of alternating fixed parts 10 and active parts 20, 30, 40, 50, with a focusing point between the different parts. These focusing points are divided at two or more parts of the framework.

One or more focusing points preferably coincide with each fixed part.
The one or more active parts preferably have ends that diverge from each fixed part and opposite advantageous ends.
The one or more active parts preferably have two opposite ends that terminate in two different anchoring parts.

  The fixed part and / or the active part are preferably in the form of strips having a width of 1 cm to 6 cm, calculated at right angles to each main deployment direction. In the illustrated embodiment, all active parts are in the form of strips.

  In order to improve the stability and correct placement of the entire framework, the width of the fixed part 10 (preferably 2-5 cm) is preferably greater than the width of the active parts 20, 30, 40, 50 (preferably 1-3 cm). large. For example, the width of the one or more fixed portions is about 3 cm and the width of the one or more active portions is about 2 cm.

  The garment body also includes one or more reinforcing strips 60 on the garment body garment 2, preferably designed to locally increase the elastic modulus of the garment body garment. In fact, the Applicant has confirmed that after a specific exercise by the user, some parts of the garment body may not adhere completely to the user's body. By adding these reinforcing strips, the elastic modulus of the garment body can be locally increased and tensioned to maintain contact with the user's body. The reinforcing strip is completely outside the framework and its purpose.

  The body of the garment includes visual reference means (suitably shaped like one or more strips), suitably located on at least a part of the framework (these visual The reference means are advantageously applied over 80% of the framework 5; these visual reference means are preferably applied over the entire framework 5). These visual reference means suitably have a color different from the color of the adjacent part of the garment body. These visual reference means are advantageously made on the surface of the body 2 that is intended to face outward when the garment body 1 is worn. These visual reference means facilitate the correct placement of the framework 5 on the user's body (otherwise the user will see the outside of the garment body 1 but the internal framework 5 is correctly positioned). It will be difficult to recognize if you are) In fact, the framework 5 is created on the surface of the body 2 that is intended to face outward when the garment body 1 is worn.

  1 and 2 schematically illustrate a first embodiment of the present invention. In this embodiment, the garment body 1 is a sweater, and the framework 5 includes a fixed portion 11 of the deltoid muscle below the shoulder of the humerus, a fixed portion 12 at the front of the elbow, an active portion 21 of the biceps, It includes an active portion 22 of the suprascapular muscle, an active portion 23 of the calcaneus, an active portion 24 of the subscapular muscle, and an active portion 25 of the broad back node.

The framework preferably has two heads having a first end ending on the fixed portion 11 of the deltoid muscle below the shoulder of the humerus and each second free end ending on the fixed portion 12 on the front of the elbow. It preferably includes two separate active portions 21 of the muscle.
The framework comprises two different subscapular muscle active portions 24, preferably having a first end ending on the fixed portion 11 of the deltoid muscle below the shoulder of the humerus and each second free end. Including.
The suprascapular supraspinous muscle 22 and the active portion 25 of the dorsal spine preferably have a first end that terminates on the fixed portion 11 of the deltoid under the shoulder of the humerus and each second free end.

  The sweater-shaped garment body preferably includes a first reinforcing strip 61 intended to match a portion of the user's spine. The effect caused by the separation of the first reinforcing strip 61 and at least one of the active portions 24 of the subscapular muscle, performed by the framework, causes muscular traction between these portions, which is the muscular nerve- Note that it stimulates muscle reflexes. The traction must be less than 200 gf (to stimulate the muscle reflex), but at the same time it must be sufficient to perform a perceptible action for the user. The approach of the apex of the muscles affected by the active part of the exoskeleton of the biceps muscle 21 limits the neuro-muscle activation of the reverse muscle reflex. The traction that determines the muscle apex approach must be greater than 200 gf (to suppress the reverse muscle reflex). Therefore, the elastic modulus of the framework is very important because it controls the strength of the tension that the framework performs.

  3, 4 and 5 schematically illustrate a second embodiment of the present invention. In this embodiment, the garment body 1 is in the form of trousers intended to cover the user's body from the waist to the ankle, and the framework 5 comprises a popliteal helical fixing portion 13, a lower buttocks fixing portion 14, Gluteal muscle active part 31, thigh fascia latae muscle active part 32, biceps active part 33, sewing muscle active part 34, medial vastus active part 35, thin muscle active part 36, and half It includes an active portion 37 of the tendon-like muscle.

The trouser-shaped garment body preferably includes a second reinforcing strip 62 intended to coincide with the user's peroneus muscle.
The trouser-shaped garment body preferably includes a third reinforcing strip 63 intended to coincide with the user's tibial muscle.

  6, 7, and 8 schematically illustrate a third embodiment of the present invention. In this embodiment, the garment body 1 is in the form of a short pan intended to cover the user's body from the waist to the knee, and the framework 5 comprises a lower buttocks fixing portion 15, an activity portion 41 of the gluteus medius muscle, The active part 42 of the thigh fascia latae, the active part 43 of the biceps, the active part 44 of the sewing muscle, the active part 45 of the medial vastus muscle, the active part 46 of the thin muscle, and the active part 47 of the semitendon-like muscle including.

What has been described above with reference to FIGS. 6, 7 and 8 can be repeated in the description shown in FIGS.
FIG. 11 shows another explanation. The framework 5 suitably has a resin ring 9 intended to surround the user's patella. This makes it possible to better support the patella and / or reduce the risk of damage due to improper movement of the knee.

  Like the embodiment shown in the figures, the garment body preferably comprises a pair of identical frameworks 5 arranged in a mirror plane with respect to the symmetry plane of the garment body. For example, when the garment body is trousers, this includes two specularly identical frameworks, each corresponding to the half of the torso, shoulders and arms, while when the garment body is trousers or shorts, this is It contains two specularly identical frameworks, each corresponding to the hemipelvis, hip and leg.

  The invention is advantageously applied for different types of clothing bodies, for example different parts of the body. For example, the clothing body included in the present invention may be a sweater, trousers, socks, knee pads, elbow pads, and gloves.

  As shown in FIGS. 13 to 28, the garment body 1 of the present invention is a sock. In particular, the sock has a protective and / or rehabilitative action against the Achilles tendon. 13-28 show in particular the sock fixing part 10 and the active part 50. In particular, the framework 5 includes a first pair 91 of resin strips intended to cover a portion of the user's calf when the socks are worn. In particular, the first pair 91 of strips provides support for the abs (especially one of the two strips of the first pair acts on one of the two abdominals of the gastrocnemius and the other of the first pair One piece of the other acts on the other gastrocnemius muscle). The first pair 91 of resin includes both a part of the fixed part 10 and a part of the active part 50. The fixed portion 10 in the first pair 91 of resin strips at least partially includes both socks. The active portion 50 of the first pair 91 of resin strips involves the rear of the sock. Specifically, the first pair 91 strips move more tightly together, but away from the portion of the sock intended to accommodate the user's foot. Advantageously, the strips of the first pair 91 do not contact each other. The first pair of strips advantageously defines a first channel 92 between them intended to cover the separation of the two abdominal parts of the gastrocnemius. The framework 5 also includes a second pair 93 of resin strips. The second pair 93 of resin strips suitably includes both part of the fixed part 10 and part of the active part 50.

  Between these, the two strips of the second pair 93 appropriately define a second channel 94 intended to receive the Achilles tendon. In particular, the active portion 50 of the second pair 93 at least partially identifies the second channel 94. The second pair of strips preferably exerts its action on both the Achilles tendon and the plantar flexor. This sock can therefore be considered as support for the prevention of injury or for rehabilitation of the Achilles tendon.

In particular, at least a portion of the securing portion 10 of the second pair 93 of strips will coincide with one or more ends of the second pair 93 of strips.
The fixed part 10 of the second pair 93 of strips will suitably at least partly coincide with the fold, in particular they will cover the fold (see examples in FIGS. 13-16). In another description of FIGS. 17-20, the anchoring portion is close to the portion of the sock intended to cover the user's ankle. In another description of FIGS. 21-24, the anchoring portion has a very limited extension that coincides with the two ends of the second pair 93 of strips.

  Advantageously, at least one (preferably both) of the second pair 93 of strips diverge from the portion of the sock intended to cover the heel. This bifurcation allows for a wider activity surface for the framework. The “second pair of strips 93” is named to distinguish it from the “first pair of strips 91”, but the presence of the second pair of strips 93 is the same as that of the first pair 91 of strips. Note that it never suggests existence. Similarly, the “second channel” 94 is named to distinguish it from the “first channel 92”, but the presence of the second channel does not necessarily indicate the presence of the second channel 92.

  At least a portion of the strip of resin in the sock (eg, strips of the first and / or second pair 91, 93) is suitably deployed along the thickness of that portion of the strip, and the strip is It may include at least one hole passing therethrough. This promotes foot sweating. The body 2 of the garment body (sock) appropriately performs the action of gradual compression, which is larger in conformity with the ankle and smaller in the area intended to cover the part of the human body close to the knee. . The sock suitably includes a first portion 95 intended to receive the foot and a second portion 96 that deploys away from the first portion 95. The first portion 95 preferably comprises cotton fibers, advantageously made of elastomeric cotton. Second portion 96 is preferably made of elastomeric nylon. The presence of cotton in the first portion 95 has a non-slip action, allows greater sensitivity to the foot, promotes sweat absorption and provides better shock absorption ( To increase the thickness of socks).

  The sock suitably includes a transparent portion 97. This promotes the maintenance of the foot microenvironment. The transparent portion 97 is a region having fewer sewing points than the adjacent region in order to increase the sweating action (the adjacent region advantageously surrounds the transparent portion). This transparent part 97 is advantageously located in the area of the sock intended to cover the instep and / or in the part of the sock intended to cover the back of the foot.

  The sock suitably includes a protective enhancement portion 98 to minimize ankle wrinkle formation. This reinforcement portion 98 advantageously comprises a region having smaller sewing points compared to the adjacent region, which advantageously surrounds the reinforcement portion. The width of the strips of the first and second pairs 91, 93 (ie, the thickness and the size measured at right angles to the main line of development of each strip) is suitably 1-3 centimeters. It is. The width of the active part 50 is advantageously between 1 and 2.5 centimeters. In some parts, the fixed part can be narrower than the active part located on the same strip. This makes it possible to reduce the discomfort felt by the user when the garment body 1 is worn, which is caused, for example, by contact with resin strips, in particular with sensitive parts of the body.

  Furthermore, for example, based on the main actions (for example, prevention, rehabilitation, comfort) required for the user's body, the framework of the garment body can be modified to obtain a certain auxiliary effect.

A possible manufacturing method of the garment body 1 includes the steps of manufacturing the garment body body 2 by knitting, and then molding the resin on the garment body body, the fixed part 10 and the active parts 20, 30, 40, And manufacturing the framework 5 including 50.
The molding of the resin is preferably performed using a resin in a liquid state, and then performed by a resin drying step.

During knitting of the body of the garment body, it is possible to produce a plurality of parts that have smaller sewing points compared to the rest of the garment body body and are intended to contain the resin forming the framework Is possible.
Production of the garment body is achieved by knitting tubular pieces and / or seamless techniques. This eliminates or reduces the seam and makes it possible to obtain these parts with smaller sewing points conveniently, quickly and economically.
The method preferably comprises the steps of dyeing the garment body and / or pressing and / or packaging the garment body.

An object of the present invention is a method of manufacturing a garment body 1 (suitably for nerve-muscle-skeletal assistance) having one or more of the above characteristics. This method
a) producing a garment body body 2 that is stretchable and intended to be worn by the user to adhere to a part of the user's body;
b) comprising producing a preferably continuous, stretchable framework, comprising a plurality of fixed parts and a plurality of active parts, each intended to correspond to a part of the user's body.

  Appropriately, when the garment is worn by the user and the latter exercises, the active part deforms following the deformation of each part of the user's body and the fixed part is substantially unchanged. The structure is maintained as it is.

In a preferred embodiment, the step of manufacturing the stretch framework includes the following steps:
Applying (typically by a silkscreen method) at least a first part of the resin on the fabric element intended to be part of the body 2 of the garment body. The fabric element is typically tubular (the tubular fabric element may be closed at one end; this is typically the case for tubular fabric elements used to make socks ). This fabric element is suitably a knitted element (ie obtained by a circular knitting machine; by knitting only one yarn, this circular machine causes the fabric of each row to be fed into the previous and next rows. The fabric element is therefore part of the fabric material that will contribute to defining the body 2 of the garment body (when the garment body is complete).
-Curing the first part of the resin (for example by knitting or polymerization) (suitably in an oven, preferably in an aerated oven).
The first portion of resin is suitably heated in an oven at a temperature above 150 ° C., preferably at a temperature of about 180 ° C.

  The fabric element suitably comprises a first zone and a second zone; the first zone has smaller sewing points compared to the second zone. The second zone is advantageously adjacent to the first zone.

  The step of manufacturing the stretch framework includes the step of inserting a support in a space surrounded by a tubular fabric element. In technical terms, this support is known as a “mould”. This step is performed before applying the first portion of resin on the body 2. This allows the dough element to be partially stretched prior to application of the first portion of resin. The elongation of the first zone of the dough element along the direction of the support is preferably 12-18% of the original length of the first zone (ie the length before the support is inserted). The support suitably includes a reference mark; the step of inserting the support in a space surrounded by the tubular fabric element places the reference mark on the support over at least a part of the first zone of the fabric element Including that. The support is advantageously removed from the tubular element after application of the first part of the resin and before placing the dough element in the oven. This causes the dough element to determine a slight stretch curve, consistent with the zone where the first portion of resin is located. For example, the resin occupying the gap between the yarns of the fabric does not allow the first zone to return to its original length, but to maintain some residual elongation, the first zone of the fabric element is typically Is stretched by about 10-15% of its original length. This elongation is present when the first portion of resin completes its curing process.

Applying at least the first portion of the resin comprises:
-Placing the mold on the dough element, wherein the mold has a zone that is impermeable to the resin and a zone that is permeable to the resin, the portion that is permeable to the resin At least partially overlying one zone; in particular the permeable part overlies the reference mark of the support; in fact, the step of applying at least the first part of the resin is the reverse placement of the mold and the support. It is possible to correctly place the dough element with respect to the mold by correctly placing the dough element with respect to the support.
-Ensuring that the resin passes through the permeable part of the mold and reaches the dough element.

  The fact that there are not too small sewing points adjacent to smaller sewing points in the first zone is important for the creation of the exoskeleton. In a non-deformed configuration of the garment body (ie when not worn), zones with not too small sewing points show wrinkles, while zones with smaller sewing points are taut and stretched. When the garment body is worn, the zone with smaller sewing points is deformed by performing the necessary traction of the body part of the user, while the zone with less sewing points stretches and reduces wrinkles Or eliminate. A zone having a sewing point that is not too small allows the user to be covered in an area included in the framework without exerting a pressure action on the user or by a very limited pressure action. Thus, substantially only the framework has a mechanical effect on the user's body. If all the sewing points are equally small, there will be great tension when the garment is worn, even in zones not included in the framework. In the non-deformed configuration, there will actually be no wrinkles in the case of the present invention. This will cause overall compression (with reduced benefits provided by framework-induced local stimuli).

The step of passing the resin through the permeable part is as follows:
-Application of the resin layer to the mold;
-Including the movement of the cursor on the mold, pushing the resin applied on the mold through the permeable zone to reach the dough element.

The mold permeable zone suitably suitably comprises a grid. The grid suitably exhibits a mesh having a cross section less than or equal to 1 mm2.
The mesh of the grid is suitably the same over the entire extent of the permeable zone. The mesh of the grid is suitably a quadrilateral. The permeable zone is suitably thinner than the impermeable hydrophilic zone. In particular, when the frame is placed on the dough element, there is a space intended to contain the resin between the lattice and the dough element. This space is perpendicular to the grating and is typically 0.5-2 millimeters deep. This makes it possible to control the thickness of the resin strip perpendicular to the fabric.

The surface of the framework intended to come into contact with human skin advantageously has a surface with a plurality of ridges and depressions. The succession of these indentations and ridges determines the adsorption action on the user's skin, which helps maintain the framework in place. These ridges and indentations are suitably generated by the grid described above. In fact, the presence of a lattice means that the line leaves a mark on the resin before it cures. The indentation is therefore formed in line with the grid lines.
The support is substantially flat, and by surrounding the support, the fabric element identifies that the first and second surfaces are in contact with the first and second sides of the support, and this first And the 2nd side is opposite.

The process of manufacturing the stretch framework is suitably in the following order:
Applying a first portion of resin to the first surface of the dough element;
-Curing the first part of the resin applied to the first surface of the dough element;
Applying a second part of the resin to the second surface of the dough element;
Curing the second part of the resin applied to the second surface.
The step of applying the second part of the resin suitably comprises one or more steps already described for the application of the first part of the resin.
When the garment body 1 is a sweater, the following are suitably used for its manufacture:
A first tubular fabric element intended to form a part of the garment suitable for covering the user's torso,
A second tubular fabric element intended to form two sleeves (the second tubular fabric element is suitably cut and the resulting piece is at least partially sewn to form a first tubular fabric element become).

  In order to produce trousers, the tubular fabric element is suitably cut and an additional flap of fabric is applied to the crotch root, all after the application and curing of the resin.

  The manufacturing method of the garment body 1 suitably comprises the manufacturing process of a visual reference means having at least one part shaped like a strip at least partly on the first zone of the fabric element. These visual reference means suitably have a color different from the color of the adjacent part of the garment body. These visual reference means are suitably applied to the surface of the fabric element that is intended to face outwards (when the garment body 1 is worn). The visual reference means and the resin framework are advantageously formed on two opposing surfaces of the dough element.

  The step of creating the visual reference means precedes the step of creating the stretchable framework. The step of creating visual reference means suitably includes the step of printing these visual reference means. The step of printing the visual reference means takes place in a silk screen frame. The silk screen frame includes a stencil having a zone that is transparent to the dye used in the silk screen process and a zone that is impermeable to the dye.

  More particularly, the step of printing these visual reference means is preceded by the step of inserting the stencil into the space surrounded by the tubular fabric element to keep the fabric element partially taut. The step of inserting a stencil within the fabric element suitably includes placing a visual reference on the stencil that coincides with a zone of the fabric element that has smaller sewing points. Thus, the correct placement of the stencil relative to the silk screen frame ensures that the suntecil zone that is permeable to the dye used in the silk screen process is aligned with the first zone of the fabric element.

In some embodiments, the garment body includes a plurality of portions with sewing points smaller than the rest of the garment body and is intended to match the fixed and active portions of the framework ( That is, a plurality of portions having sewing points smaller than a plurality of remaining portions of the garment body).
In particular, the body of a garment body made from fabric includes a plurality of parts having sewing points smaller than adjacent parts of the body. The portions with smaller sewing points are intended to at least partially contact the fixed and active portions of the framework.

The body of the garment includes visual reference means (suitably shaped like one or more strips), suitably located on at least a part of the framework (these visual The reference means are advantageously applied over 80% of the framework 5; these visual reference means are preferably applied over the entire framework 5). These visual reference means suitably have a color different from the color of the adjacent part of the garment body. These visual reference means are advantageously made on the surface of the body 2 that is intended to face outward when the garment body 1 is worn. These visual reference means facilitate the correct placement of the framework 5 on the user's body (otherwise the user will see the outside of the garment body 1 but the internal framework 5 is correctly positioned). It will be difficult to recognize if you are) In practice, the framework 5 is created on the surface of the body 2 that is intended to face inward when the garment body 1 is worn.

Applying at least the first portion of the resin comprises:
-Placing the mold on the dough element, wherein the mold has a zone that is impermeable to the resin and a zone that is permeable to the resin, the portion that is permeable to the resin At least partially overlying one zone; in particular the permeable part overlies the reference mark of the support; in fact, the step of applying at least the first part of the resin is the reverse placement of the mold and the support. It is possible to correctly place the dough element with respect to the mold by correctly placing the dough element with respect to the support.
- containing resin is passed through a permeable part of the mold, as engineering to reach the dough elements, the.

The method of manufacturing the garment body 1 suitably comprises the step of creating a visual reference means having at least one part shaped like a strip at least partly on the first zone of the fabric element. These visual reference means suitably have a color different from the color of the adjacent part of the garment body. These visual reference means are suitably applied to the surface of the fabric element that is intended to face outwards (when the garment body 1 is worn). The visual reference means and the resin framework are advantageously formed on two opposing surfaces of the dough element.

The step of creating the visual reference means precedes the step of creating the stretchable framework. The step of creating visual reference means suitably includes the step of printing these visual reference means. The step of printing the visual reference means takes place in a silk screen frame. The silk screen frame includes a stencil having a zone that is transparent to the dye used in the silk screen process and a zone that is impermeable to the dye.

Claims (13)

Clothing body (1),
A body (2) of a garment body that is stretchable and intended to be worn by the user in close contact with a part of the user's body;
-Realized on the body of the garment body, a plurality of fixed parts (10) and a plurality of active parts (20; 30; 40; 50), each intended to coincide with a part of the user's body And a continuous and stretchable framework (5),
In the framework, when the garment body is worn by the user and the latter exercises, the active part (20; 30; 40; 50) is deformed and fixed following the deformation of each part of the user's body. Part (10) is structured such that it remains substantially unchanged;
The garment body characterized in that the framework (5) is made of resin and is placed on the inside of the body (2) of the garment body (1) and is in direct contact with the user's skin.   The fixed parts are intended to match each part of the body, so when the user exercises, they compare the overall surface stretch with each overall surface stretch on the relaxed user's body. By changing the value by less than 10%, preferably less than 5%, more preferably less than 2%, the active part is intended to match each part of the body, so when the user exercises, Changing the surface stretch of each by a value greater than 5%, preferably greater than 7.5%, more preferably greater than 10% compared to each overall surface stretch on the relaxed user's body. The clothing body (1) according to 1.   The body of the garment has a first elastic modulus, the framework has a second elastic modulus greater than or equal to the first elastic modulus, and the first elastic modulus is between 0.01 kgf / cm and. The garment body (1) according to claim 1 or 2, wherein the first elastic modulus is 1 kgf / cm, and the second elastic modulus is 0.1 kgf / cm to 0.3 kgf / cm.   The body of the garment is made of a fabric, preferably a fabric made of a combination of yarns, the fabric having the first elastic modulus described above, and the entire framework being made of a single material having a second elastic modulus. The garment body (1) according to claim 3.   The body of the garment includes a plurality of portions with sewing points smaller than the rest of the body of the garment, and is intended to match the fixed and active parts of the framework. Clothing body (1) of any one of 1-4.   The framework includes the following drawings: (a) FIGS. 1 and 2; (b) FIGS. 3, 4, and 5; (c) FIGS. 6, 7, and 8; (d) FIGS. 9 and 10; 11 and 12; (f) FIGS. 13, 14, 15, and 16; (g) FIGS. 17, 18, 19, 20; (h) As shown in one or more of the groups of FIGS. Garment body (1) according to any one of the preceding claims, configured according to a scheme.   The body of the garment has the shape of a sweater, and the framework (5) consists of a fixed part (11) of the deltoid muscle under the shoulder of the humerus, a fixed part (12) of the front part of the elbow, and biceps Active part (21), scapulospinous active part (22), calcaneus active part (23), subscapular active part (24), and broad back node (25) active part. The garment body (1) according to any one of claims 1 to 6, further comprising:   The body of the garment has the shape of trousers, and the framework (5) consists of the lower buttocks fixed part (14; 15), the active part of the middle gluteal muscle (31:41), the active part of the thigh fascia latae muscle ( 32; 42), the active part of the biceps (33; 43), the active part of the sewing muscle (34; 44), the active part of the medial vastus (35; 45), the active part of the thin muscle (36; 46) ), And the garment body (1) according to any one of claims 1 to 6, comprising an active part (37; 47) of the semitendon-like muscle.   The body of the garment has the shape of a long pants intended to wrap the user's body from the waist to the ankle, and the framework (5) also includes a popliteal helical fixing (13). The clothing body (1) according to 8.   The garment body (1) according to any one of the preceding claims, wherein the framework (5) is structured to have a high coefficient of friction with human skin.   The clothing body (1) according to any one of claims 1 to 10, wherein the clothing body is a clothing body for nerve-muscle-skeleton support. below:
a) producing a body of a garment body that is stretchable and intended to be worn by the user to adhere to a portion of the user's body;
b) producing a continuous, stretchable framework that includes a plurality of fixed portions and a plurality of active portions, each intended to match a portion of the user's body;
12. The method of manufacturing a garment body (1) according to any one of claims 1 to 11, wherein the framework is used when the garment body is worn by a user and the latter exercises. The method, wherein the active portion is deformed following the deformation of each part of the user's body and the stationary portion remains substantially unchanged.   The method according to claim 12, wherein the garment body is a garment body for nerve-muscle-skeletal assistance.

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