WO2014190402A1

WO2014190402A1 - Ergonomic multi-sport trainer

Info

Publication number: WO2014190402A1
Application number: PCT/BR2013/000559
Authority: WO
Inventors: Margot GONÇALVES
Original assignee: Gonçalves Margot
Priority date: 2013-05-29
Filing date: 2013-12-10
Publication date: 2014-12-04
Also published as: BR202013013342U2

Abstract

Ergonomic multi-sport trainer aimed at meeting the needs of the wearer when taking part in sports, providing comfort for the feet even in situations of high-impact and attrition or of constant joint movement; said trainer has a protection system in the anterior, anterior-lateral and posterior parts thereof, to afford an enhanced level of safety. Said trainer has a perfect shock-absorbing and impulse system, with two hollow horizontal tuboids in the insole, where the second, posterior "tuboid space" extends from the heel as far as the distal part thereof, close to the start of the Achilles tendon, for the purpose, likewise, of shock absorption, in accordance with figure 3, item 4, and figure 4, item 7; said trainer is designed for running, jumping or walking, and has an outsole with an accentuated convex circular format. The underside of the trainer outsole has two types of grooves for grip and to facilitate rapid turning of the feet and radical changes in direction. Inside the trainer there is an activated-charcoal inner sole with small air bubbles to make it lighter in weight. Use is made of biodegradable material - green plastic - constituted by pyramidal microporosities that impart properties of greater breathability and result in a product suited to the ecological, environmental and social requirements of the age.

Description

MULTIESPORTIVE ERGONOMIC TENNIS

DESCRIPTIVE REPORT:

The following descriptive report on "Utility Model Patent" refers to the development of a constructive arrangement applied to the "MULTIESPORTIVE ERGONOMIC TENNIS" for the practice of all types of sports, running and walking. Its functional concept aims to meet the needs of the sports user in various modalities, as well as having the 3mm retractable incline sole along the sole (from the front end of the sole to the back) configuring a "heel sole" negative, the lower part of the sole is a sharp convex curve, like a wheel segment, and the upper part of this sole is subtly concave, following the small curve of the arch of the foot for correct gait biomechanics, which occurs It has an elliptical circular shape and has new cushions such as two large "flat tubes" and two types of grooves, arranged at the bottom of the sole for greater traction and stability, and in the circular grooves, agility in changing direction of pitch, in running or jumping. The construction of the "MULTIESPORTIVE ERGONOMIC TENNIS" aims at a structure of comfort and lightness, with a preventive and therapeutic construction of the whole body health during its use: perfectly accommodated feet, with space for its ideal anatomy, spine in its personalized gravitational plumb, for one will have to adapt one's own point of balance and muscle realignment, all in the practice of any day-to-day sport or activity.

In addition to providing comfort to the feet, even in high impact situations, which eventually place the heel, muscles, tendons, metatarsals, phalanges, friction, or joint movement constant, the "MULTIESPORTIVE ERGONOMIC TENNIS" has a protection system in its front, anterior-lateral and posterior, offering greater protection to the toes and heel.

In addition, the "MULTIESPORTIVE ERGONOMIC TENNIS" uses biodegradable material, the "Green Plastic" derived from the cultivation of various vegetables (sugar beet, sugar cane, cassava ...), consisting of its pyramidal micropores that prevent entry. external water but allows a greater release of sweat and excess heat, providing a better perspiration of the epithelial tissue, avoiding the usual diseases resulting from the use of closed tennis. It also presents a raw material suitable for ecological needs, as it has an established time of biodegradation and disposal, preserving the environment, because in this material of plant origin, the green plastic that comes from ethanol, is a material that can determine the durability and therefore we define the time it will degrade, as stated by the Chemical Engineer of Brasken / RS, the patent for this material, preserving the environment in a planned way. Within the "MULTIESPORTIVE ERGONOMIC TENNIS", throughout its plantar zone there is a regular 5mm thick activated carbon insole, also lined inside, as well as throughout tennis, of a very thin and soft natural cotton mesh for contact. healthier for the skin to release "static electricity" produced by the body especially when moving, preventing and preventing inflammation in the feet, especially in diabetic feet.

TECHNICAL STATE:

It is important to note that the applicant is the holder of the "Patent Letter of Privilege of Invention PI9307931-1" with International "A43B" ergonomic footwear that has a universal structure for any type of foot considered normal, but resulting in a personalized effect for each person, as it is shaped by the foot, consisting of ergonomic footwear with wheeled sole, with 3mm retrovertible internal inclination, the negative heel, whose functional concept protects the study developed on the biodynamic circular movement (the so-called biomechanics of gait) performed by the feet, whose first major impact contact is directed to the heel. that the invention features a lowering of the back heel of the sole, delaying and relieving the impact on the back where the heel is located, called "negative heel", which enables proper movement for heel seating, which in turn allows for stretching leg and whole body, both anterior (belly, chest) and posterior (buttocks, back), allowing the correct muscular balance, too, of the spine. Importantly, the Patent of Invention Privilege in question was granted by the INPI on August 22, 2000, exactly seven years after its filing.

The Utility Model Patent in question is intended to safeguard the functional concepts applied to this aforementioned invention application, which provide this ambivalence in properties that both enhance the user's comfort and performance, especially with regard to sports as well as such as running and walking, including in these therapeutic and preventative properties of the feet, spine and muscles of the whole body, also the prevention of skin diseases and deficiencies in the bones of the feet, joints, muscles and tendons, as well as environmental responsibility for presenting a product. of plant origin and biodegradable, with an established time of biodegradation, providing its raw material in the diversification of agriculture to produce green polymer, also fulfilling social responsibility by returning labor to the countryside, preventing rural exodus with overpopulation in the cities, and diversifying services. higher capital income, for healthier capitalism with greater purchasing power and therefore more distributed capital, in a stronger, richer and more stable economy.

Thus, no constructive arrangement is known to apply to any type of footwear, whether closed or open, which presents an application capable of bringing together all the aforementioned functionalities, with the characteristics described below.

PROPOSED DEVELOPMENT:

Due to the considerations pertinent to the state of the art, it is object of this application the development of constructive disposition applied in tennis, consisting of a "MULTIESPORTIVO ERGONÓMICO TENIS" that gathers in itself characteristics resulting from studies carried out aiming at its best use regarding its use. for sports, running and walking, especially in structuring its retractable wheel segment outsole, full-length cushioning midsole with two large air-filled flat tubes, and upholstery with technological fabrics made of pyramidal pores, providing the health of feet and whole body in their muscular realignment, in the incidence of their use during gait biomechanics. The leather, in addition to presenting properties of greater comfort, also provides better transpiration of the epithelial tissue of the feet, as it is formed by pyramidal micropores covered with thin film of natural cotton mesh. that help in the process of elimination of heat and sweat, avoiding any skin diseases such as allergies, callos, chilblains and bad odors. In addition, both the leather as well as the sole and midsole with two air-filled flat tubes are made of green plastic, which provides the time, in years or months, of the previously planned biodegradation and within the set time of disposal. In the manufacture of the material as its durability and useful life, as far as the use time that can be short in average of three months, or long, of five years or more, will help in reducing the gases that cause the "effect". greenhouse ", so harmful to the environment, due to all the above criteria.

DESCRIPTION OF THE FIGURES:

The characterization of the Utility Model Patent application "proposed herein is made by means of representative drawings of the constructive arrangement applied in the" MULTIESPORTIVE ERGONOMIC TENNIS "in such a way that the object can be easily manufactured by suitable technique, allowing full characterization of the functionality of the utility. claimed object.

From the elaborated figures, which express the best preferential way of realizing the product now idealized, is based the descriptive part of the "Descriptive Report", through a detailed and consecutive numbering, which clarifies aspects that may be understood by the representation adopted. , so as to clearly determine the protection claimed.

These figures are for illustration purposes only and may vary slightly as long as they do not depart from the principle originally claimed.

In this case we have to:

- FIGURE presents an illustrative external side view of the "TENNIS" ERGONOMIC ", showing all the components that make up the proposed utility model;

- FIGURE 2 (DETAIL) shows an illustrative view of the "MULTIESPORTIVE ERGONOMIC TENNIS" leather fabric, showing the pyramidal microporosities of the proposed utility model tissue.

- FIGURE 3 (DETAIL) shows an illustrative view of the "MULTIESPORTIVE ERGONOMIC TENNIS" sole, showing the damping tuboidal spacing to half of the distal back of the heel, as well as the midsole recessed groove and sole grooves located in the sole area. heel of the proposed "Utility Model";

FIGURE 4 presents a top illustrative view of the "MULTIESPORTIVE ERGONOMIC TENNIS" (leather), object of the proposed utility model;

FIGURE 5 presents a bottom illustrative view of the "MULTIESPORTIVE ERGONOMIC TENNIS" (sole), object of the proposed utility model.

FIGURE 6 shows a side illustrative view of the shape of the "MULTIESPORTIVE ERGONOMIC TENNIS" insole, object of the proposed utility model, positioned under the exemplary image of a foot.

CLAIMS:

MULTIESPORTIVE ERGONOMIC TENNIS, consisting of a leather (1), developed in green plastic, which allows the determination of the degradation time and durability already pre-established in its manufacture, favoring the reduction of gases and residues that cause the "greenhouse effect", contributing to the the maintenance of the environment. MULTIESPORTIVE ERGONOMIC TENNIS, consisting of a leather (1), which in turn is microporous, with pyramidal pores, helping in the process of elimination of heat and sweat, avoiding any skin diseases such as allergies, callosities, chilblains and bad odors as well, preventing water from entering rainy days, for example.

MULTIESPORTIVE ERGONOMIC TENNIS, composed of a leather (1), whose differentiated format has a proportional size in the region where the metatarsal bones and phalanges (fingers) are located, avoiding the problem of deformation of the metatarsal joints, also known as bunion.

MULTIESPORTIVE ERGONOMIC TENNIS, consisting of a sole

(shaded) (2) having a system of grooves (3) located at the back and front of the sole (2), with these grooves (3) being positioned opposite to the uniform movement of the pitch, referred to as "movement". "in the biomechanics of walking, ie at the rear, in the heel, the grooves (3) are positioned forward, as the movement is braking and stabilizing the heel. Already in the anterior part (metatarsians and phalanges), the grooves (3) are positioned backwards, since the movement is starting and propulsion.

MULTIESPORTIVE ERGONOMIC TENNIS, consisting of a well-rounded, convex sole at the bottom of the sole (2), which has a 3 mm rearward slope, ie from the front tip of the sole to the rear end of this sole, there is a height reduction by 3mm, so that the correct movement of the step (the gait biomechanics) is performed more appropriately, relieving and delaying the first impact of the heel, because the calcaneal bone is larger than the bones of the anterior part of the heel. foot, positioning the foot plantar region correctly in the flat and hard soils of cities and courts balancing the grip with the posture of the spine in a way that corrects and reinforces your gravitational plumb (posture), with your legs extended or flexed in a centralized position, aligning all muscles and posture of the whole body, both in your posterior muscular part and which are the mainstays of the skeletal structure.

MULTIESPORTIVE ERGONOMIC TENNIS has an ultra-light, small air bubble activated carbon insole lined with an ultra-thin, soft and lightweight natural cotton mesh, with a regular overall thickness of five millimeters, under the sole and over the sole. the sole for better comfort, hygiene and health of the foot, keeping it dry and acclimatized, preventing swelling, inflammation and pain.

MULTIESPORTIVE ERGONOMIC TENNIS, consisting of a sole (2) which in turn has a very convex circular curvature at the bottom, which allows the wheel movement that the step must perform in the correct gait biomechanics.

MULTIESPORTIVE ERGONOMIC TENNIS, composed of a sole (2) that has two horizontally long tuboidal spacings (4), responsible for the damping system, absorbing the impact and returning the force received as propulsion for the starting motion of the step. These tuboidal horizontal spacings (4) are longer in that they exhibit greater absorption and strength, and at the rear the cavity of the damping tubular spacing surrounds the heel to half of its distal part, often also much needed. And compared to the traditional smaller spacings, also known as "tubes", which because they are divided into more and smaller spacings, have a quantity of walls, reducing the possibility of impact absorption and return of propulsive force.

MULTIESPORTIVE ERGONOMIC TENNIS, consisting of a sole (2), which in its lower part has two accentuated groove fills with eight circles (5), one positioned at the front (metatarsians) and one at the back ( heel), which facilitates the rapid rotation of the foot to change the direction of the foot, whether supported by the heel or the metatarsals, especially when this movement occurs suddenly with the weight of the body resting only on the moved foot, avoiding the known tibiofibular ligament twists, located in the ankles, or even fractures in the tibia and fibula.

MULTIESPORTIVE ERGONOMIC TENNIS, whose sole (2) follows the posterior distal heel curvature to the region where the Achilles tendon ligament is located, forming a reinforcement (7) to protect against possible impacts, friction and friction resulting from sports practice .

MULTIESPORTIVE ERGONOMIC TENNIS, whose sole (2) in the anterior part, where the toes (phalanges) are located, there is an increase of the sole covering the fingers and along the metatarsals, reinforcement protection (6), also known as "toecap", to protect the user from possible obstacles that can collide with the feet during sports activities such as football and especially those that use the feet as a fundamental element.

Claims

CLAIMS:

1 - MULTIESPORTIVE ERGONOMIC TENNIS, characterized by a tennis which, in turn, gathers characteristics resulting from studies carried out aiming at its best use in relation to its use for sports practices, especially in the structuring of its sole, midsole and leather, providing decreased heel, metatarsal and phalanx damage. The leather, in addition to its property of greater comfort to bones and joints, due to its greater internal spacing, also provides better transpiration of the epithelial tissue of the feet, as it is formed by pyramidal micropores that help in the process of eliminating heat and sweat, avoiding any skin diseases such as allergies, callosities, chilblains and bad odors.

2 - MULTIESPORTIVE ERGONOMIC TENNIS, characterized by a tennis as claimed in "1", has its leather, sole and midsole developed in green plastic, which provides a better biodegradation, both in terms of time, and the reduction of gases. "greenhouse effect", harmful to the environment.

3 - MULTIESPORTIVE ERGONOMIC TENNIS, characterized by a sole having a groove system located at the back and front of the sole, and these grooves are positioned opposite to the uniform pitch movement, referred to as "wheel movement", or that is, at the back (heel) the grooves are positioned forward, as the movement is braking and stabilizing the heel; However, in the anterior part (metatarsians and phalanges), the grooves are positioned backwards, since the movement is the starting and propulsion of these bones. 4 - MULTIESPORTIVE ERGONOMIC TENNIS, as claimed in "3", characterized by a sole that has two "horizontally long cuboidal spacings", with the rear extending to the distal rear of the heel, responsible for the damping system, absorbing the impact and returning the force received as propulsion for the step-starting motion, given that these "horizontal cuboidal spacings" are longer to show greater absorption compared to traditional smaller spacings, also known as "tubes", which in turn are Being divided into more and smaller spacings, it has a larger number of walls between them, reducing the possibility of impact absorption and return of the propelling force.

5 - MULTIESPORTIVE ERGONOMIC TENNIS, as claimed in "3 and 4", characterized by a sole which in turn has two accentuated groove fillings in its lower part, one positioned anteriorly (metatarsal) and the other posteriorly. (calcaneal), which facilitate the rapid rotation of the foot to change the direction of the feet, whether supported by the calcaneal or metatarsal muscles, especially when this movement occurs suddenly with the weight of the body resting only on the moved foot, avoiding the known twisting.

6 - MULTIESPORTIVE ERGONOMIC TENNIS, as claimed in "3, 4 and 5", whose sole accompanies the heel curvature to the distal posterior, near the region where the Achilles tendon ligament is located, forming a reinforcement, besides another reinforcement on the front, also known as "toecap", to protect the wearer from possible obstacles that may collide with the feet when running, walking, or even for sporting activities, especially those using the feet as an element It is fundamental.