ES1282129U - Methodological football boots (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Football boots characterized by having an oval-shaped device placed inside the boot generating direct contact with the foot, more specifically, making direct contact with the surface of the foot mainly comprised by almost all of the first and second wedge bones and the first and second metatarsal bones (contour approx. 2.5 cm long and 1.5 cm wide). The oval device is covered and filled with a light, soft and sensitive material that houses embedded sensors, from which information is obtained through specific software. The information obtained is in relation to the different areas or contact surfaces of the foot that come into play with the ball and therefore, when the correct execution of the hit that we are looking for occurs. It will also include complementary information based on the different trajectories that the ball describes or the speed with which it reaches its final goal. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

Methodological football boots

Object of the invention

The present invention, as expressed in the wording of this specification, refers to the first methodological boots in the world of football, which are characterized by facilitating a new type of specific hitting of the ball ( HIT OGR ), with a new zone or contact surface ( OGR ZONE , until now not studied and investigated by any institution or entity), through the player's proprioception through the new methodological boots ( OGR BOOTS ).

The new and innovative methodological football boots ( BOOTS OGR ) are designed so that, through an oval-shaped device, inserted inside them (with dimensions of approx. 2.5 cm in long and 1.5 cm wide), and made up of a light, soft and sensitive material both in its contour and inside it, being located in the Surface-area of the foot ( OGR ZONE ), mainly comprised of the almost The entirety (except the internal part) of the bones named, first and second wedge, together with the first and second metatarsal bones, facilitate, through the player's proprioception, the correct execution of this new and specific hitting the ball ( HIT OGR ), characterized by the precision and effectiveness with which the ball reaches its final goal, be it a shot on goal, a cross from the wing ... etc.

It should also be noted that these football boots are characterized in addition to the inclusion of this device described above, for moving the laces towards one of the sides of the boots with the intention of not obstructing and thus facilitating this type of so specific hitting.

Description of the invention

The device of the invention, (dimensions or contour approx. 2.5 cm long and 1.5 cm wide) presents a new structure, based on which the achievement of proprioception is achieved through it. of the player in order to facilitate and achieve the correct execution of the OGR Stroke.

This device integrated into the interior of the OGR Boots and designed in an oval shape, is covered and filled with a light, soft and sensitive material both in its contour and inside it. It should be noted that within this device, sensors will be embedded that through specific software will collect very valuable information to determine the areas or contact surfaces of the foot, with which the different shots of the ball are made and the correct execution of the hit as specific we are looking for.

It is located in a meticulous and exact way to indicate the new contact zone or surface of the foot ( OGR ZONE ), represented by an oval, mainly due to the fact that, when the ball comes into contact with the OGR Zone (contour formed with dimensions approx. 2.5 cm long and 1.5 cm wide, due to the bones that come into play), it is deformed and represents the drawing of the oval. In this way, through the proprioception generated by the device placed inside the boot, with the player, it facilitates such a specific hitting of the ball, as well as its correct execution.

Background of the invention

After several years of study and research, I have come to the conclusion that, after attending the different training courses for coaches and more specifically, the different technical classes within the different RFEF courses to obtain the qualification of National soccer coach (Level III) and more specifically in the explanations of the different areas or contact surfaces of the foot to the ball, did not explain one of the areas that, curiously, the best soccer players used the most. From this moment on, I begin to carry out a more exhaustive study on it, observing that there is indeed a new area or contact surface of the foot at the time of hitting the ball that I have called the OGR Contact Area or Surface, and that there is no had been investigated or studied by any institution or body, including the RFEF

To reach this conclusion about the existence of this new area or contact surface of the foot ( ZONE OGR ), we base ourselves on the study of the other contact surfaces of the foot, their main characteristics, the different bones that make up each one of them. when coming into contact with the ball, as well as the different positioning of the foot in each of the hits.

From here, we have taken a step further with the achievement of the intellectual property of the OGR Method or Striking , where we specify what the OGR Striking consists of and its characteristics, fundamentally based on the new OGR Contact Zone or Surface.

THE OGR STRIKE is a specific touch made with a specific surface of the foot, called the OGR Surface-Zone , hitherto unknown. It is characterized by the precision and effectiveness with which the ball reaches its final goal through the different actions that are carried out in a soccer game such as: shots on goal, set pieces, passes from the side ...etc.

THE GOLPEO OGR cannot be executed with any of the surfaces detailed by the RFEF in the different training courses due to the specific characteristics of each one of them. In this regard, it could enter into controversy with two of them, which we clarify in the method itself, such as:

Instep inside.

• They correspond to the inside part next to the toecap.

• For spin shots, try to place the ball, and overcome obstacles.

• They are hits with power and precision.

The main difference with this area or contact surface is that, at the moment of hitting the ball, the position of the foot is oblique and the toe facing the ground.

Therefore, the confusion is ruled out, because, when performing the OGR Strike, the foot comes into contact with the ball horizontally, in addition to the fact that the set of bones that are part of the strike are totally different.

Inside of the Foot.

• Part of the inside of the foot, the widest.

• For close and safe hits.

• Provides precision, but less speed and force.

Regarding the inside of the foot, the main difference lies in the different bones that come into play when contact occurs, taking into account that it is the widest part of the foot (obviously they are different from the OGR area or surface) and the characteristics of the beating itself that do not coincide in any respect with those of the OGR beating.

Here arises a new area or contact surface of the foot, which previously no one had detailed as a usual contact area. We have called this new area or contact surface SURFACE-OGR ZONE .

From this moment, the need arises to create a boot that identifies this area or contact surface and which, in turn, can facilitate this type of hitting so specific with the new area or contact surface, through the proprioception of the player. Description of the drawings

For a better understanding of the invention, the following figures are included.

FIGURE 1: METHODOLOGICAL BOOT OGR.

From this perspective view it is possible to appreciate the most important characteristics of the first methodological football boots, where the movement to one side of the laces stands out in the first place to facilitate this type of hitting the ball so specific (HIT OGR) with the new contact area or surface OGR. It is also important to highlight the drawing of the oval that represents the area or contact surface where the ball should be hit and therefore facilitate it.

FIGURE 2: METHODOLOGICAL BOOT PROFILE VIEW WHERE THE AREA OF THE FOOT THAT CONTACTS WITH THE INTEGRATED DEVICE INSIDE IS SEEN.

From this profile perspective we can see where the device that causes the player's proprioception is embedded inside the boot for a correct execution of this very specific hit and where the sensors will be embedded that together with a software will obtain enough information to determine how many times the hit is executed correctly, as well as the trajectory of the ball ... etc.

FIGURE 3: EXACT LOCATION NEW OGR CONTACT AREA OR SURFACE.

Surface-zone of the foot ( OGR ZONE ), mainly comprised of almost all (except the internal part) of the bones called the first and second wedge, together with the first and second metatarsal bones. Contour representation, through an oval (shape that represents the OGR Surface-Zone of the foot, when it comes into contact with the ball).

Claims (1)

1. Football boots characterized by having an oval-shaped device placed inside the boot generating direct contact with the foot, more specifically, making direct contact with the surface of the foot, mainly comprised by almost all of the first and second wedge and first and second metatarsal bones (contour approx. 2.5 cm long and 1.5 cm wide). The oval device is covered and filled with a light, soft and sensitive material that houses embedded sensors, from which information is obtained through specific software. The information obtained is in relation to the different areas or contact surfaces of the foot that come into play with the ball and therefore, when the correct execution of the hit that we are looking for occurs. It will also include complementary information based on the different trajectories that the ball describes or the speed with which it reaches its final goal.