JP2007105419A - Load retaining three-dimensional structural sporting goods - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To overcome the disadvantages that in voluntary exercise learning, exercise is stereotyped not to achieve satisfactory exercise, and practical exercise cannot be made, resulting in incompleteness, uncertain problem and achievement level, and the motion of the body is simple and lack in saltation and intensity, resulting in lack of continuation of interest. <P>SOLUTION: In order to produce resistance according to an event of exercise which is the purpose of using a three-dimensional structure, the magnitude of force in a spring and rubber system as a fulcrum between a dead weight at a point of force and a dead weight at a point of application is varied in the three-dimensional structure, and the whole of a resistor is a solid body comparatively flexible and durable to the positional movement of center of gravity due to the shape of the resistor and three-dimensional structure caused by the elasticity of the spring and base system, the elastic disposition place of the dead weight and the spring and rubber system, and the weight of the dead weight. The three-dimensional structural sporting goods is caused to retain load by the relative motion of the action and reaction of the force applied from the externals and the force repelled from the interior, thereby solving the problem. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a three-dimensional structure exercise tool for sports equipment, and possesses a load that is a resistor of the three-dimensional structure exercise tool by devising a unique shape, configuration, and function of the three-dimensional structure exercise tool. To allow relative movement.

  Conventionally, when voluntary and independent motor learning is performed, there is a lack of sufficient exercise equipment to adapt, so it is currently impossible to achieve satisfactory exercise. However, the development of motor skills is scarce, and exercise and image training by each person's device are the style of exercise.

  However, in conventional independent and independent motor learning, the ability and quality of the exercise become mannerism, and there is an insufficiency that the exercise cannot be satisfied and the exercise corresponding to the practice cannot be performed. Also, the self-evaluation of exercise learning content, tasks and achievement levels is unclear depending on the form, ability, and sense of movement, the physical movement is simple, lacks dynamics and power, and there is no persistence of interest. Currently. An object of the present invention is to solve these disadvantages.

  The invention of claim 1 for solving this problem is to fuse the weight and the center of gravity of the three-dimensional structure with the elasticity of the spring and rubber so that the whole is a relatively flexible solid object. , The body shape, muscle strength, joints and shapes close to the joints, and the weight, spring, rubber system, cushion system, etc. are comprehensively effective in creating a variable resistor that can be moved by moving the position of the weight. Thus, the load-bearing three-dimensional structure exercise tool is characterized in that a resistor having an exercise form ability can be formed by the action and reaction of the three-dimensional structure having consistency.

  Further, the invention of claim 2 is suitable for a three-dimensional structure having various shapes in order to create resistance corresponding to the exercise type that is the purpose of use of the three-dimensional structure such as a pseudo-body model, a deformed sphere, and the like. In addition, each part with moderate strength and strength has a different combination of springs and rubbers, and the whole structure including the interior of the three-dimensional structure is covered with a durable cushion system. It is relatively flexible, and the interior of the three-dimensional structure is a weight, spring, rubber, cushion, and other solid materials that are mixed together. In combination, the elastic strength of the spring and rubber system follows and is balanced, and the weight is placed in a portion where the power of the synergistic action of the spring and rubber system is effective. The strength of the force point and the point of action is increased by providing a deviation in the weight of the force point and the weight of the point of action via a spring or rubber system that is the fulcrum between the weight of the point of action and the weight of the point of action. The object of resistance that controls the balance between the external force and the internal force in the three-dimensional structure is created by utilizing the change of spring and the elasticity of the spring and rubber system. Alternatively, the position of the center of gravity can be selected according to the shape of the three-dimensional structure, the weight, the spring, the location of the rubber system, and the weight of the weight. In addition, it becomes complicated by the elasticity of the spring and rubber system, and in order to maintain the balance with the internal force, create a resistance object that shows a change in strength in the magnitude of the external force from the outside. Through the structure, the action force from the outside and the repulsive force action from the inside are made to move against each other. In addition, it should be able to withstand strong external force, internal force shock and pressure. Depending on each motion form, motor ability, and motor sensation, a universal structure that uses the three-dimensional shape, size, weight, resistance, endurance strength, function, configuration, usage of fixed / moving, etc. By providing it, a substantial self-learning learning can be performed, and a load-bearing three-dimensional structure exercise tool can be obtained in which a human and the entire three-dimensional structure resistor move relative to each other.

  With the present invention, independent and independent motor learning can be activated, and it is possible to exercise with the My Pace menu regardless of others, and the ability and quality of exercise are greatly enhanced, and various exercise patterns are customary By practicing repeatedly, you can establish a satisfactory exercise system to acquire exercise skills and improve exercise ability.

  Since the movement corresponding to the practice is possible and the entire resistance body of the three-dimensional structure performs relative movement, humans do not feel like their opponents, and each one is integrated with the body shape of each simulated body model As much as you can, you can fight with an unrelenting exercise by raising your own skill level, and you can effectively improve your physical ability.

  According to the three-dimensional structure resistor of the present invention, it is possible to select the load adjustment that suits the learning content of the exercise, the level of achievement of the task and technical skill, etc. according to the form, ability, and sense of movement, and the performance in a free form Therefore, it is possible to efficiently achieve independent motor learning for all classes from beginners to experts, and it is possible to provide profound materials that can be widely used.

  The whole three-dimensional structure is relatively flexible and the user chooses a suitable load, so there is no hindrance to exercising, not to mention healthy people, disabled people, infants, elderly people, etc. It can be used for improving exercise, strengthening, maintaining physical strength and health, rehabilitation for the injured, etc., and is also useful for stretching, relaxation, and stress relief, and can be enjoyed comfortably.

  Voluntary exercise and training with practical body models and other three-dimensional structures, even when there are no training partners, even when there are no exercise partners in the voluntary movement needs It has the convenience that is possible at any time, and can exercise while maintaining the sustainability of competition in a sense of dynamism, a sense of accomplishment, and a powerful sense of tension.

  The use of three-dimensional structures is a big indicator to see the direction to achieve goals such as learning content, tasks, corrections and technical level of exercise, and the actual state of own motor ability in advance, implementation process, By evaluating at the end of the exercise, exercise will be stimulated, motivated and motivated.

  FIG. 1 of the present invention is suitable for general sports of martial arts and sports training, and is based on the basics of each technique of standing technique in a state in which a solid structure is fixed. We can provide skills, practice and other training.

  FIG. 2 of the present invention is adapted to all martial arts sports and various sports trainings, and from the basics of each technique of standing technique by moving the three-dimensional structure, applied practice, movement integrated with the three-dimensional structure It is possible to provide exercises with a certain amount of time and rhythm of skills, research of continuous skills, etc., and other training.

  FIG. 3 of the present invention is adapted for general sports of martial arts and sports training. From the basics of each technique of standing technique by fixing and moving a three-dimensional structure, application practice and invasion practice are always performed. Since the three-dimensional structure keeps standing, even if the attack is over, the technique is continuously applied without waiting for the next attack, providing exercises such as speeding up the technique with a sense of rhythm, other training etc. can do.

  FIG. 4 of the present invention is a part of martial arts sports, adapted for each sports training, applied practice from the basics of each technology of solidification technique (sleeping technique) by fixing and moving a three-dimensional structure, and Providing practice exercises, distribution of the force of lying down on a three-dimensional structure, balance of weight pressurization, solidifying technique research practice, and other training.

  FIG. 5 of the present invention is adapted for various sports in general and for each sports training. The three-dimensional structure is fixed, the motor ability by moving, the basics of the motor sense, and the applied practice, roughly divided, the three-dimensional structure On the contrary, it is possible to use it as a playground equipment, and to provide other trainings, such as two exercises, the distribution of the force to flip over and the sense of balance riding on it, and reducing the resistance of the three-dimensional structure.

  1 to 5 of the present invention are effective for fitness such as strength training, stretching, and elimination of lack of exercise in daily life depending on how they are used, and also effective for rehabilitation, relaxation, stress relief, etc. And can be used in a wide range of applications.

  FIG. 1 is a schematic diagram 1 of a three-dimensional structure (fixed), in which a pseudo-body model of the three-dimensional structure A is placed in a three-dimensional structure support port F on the three-dimensional structure fixed plate E, and the three-dimensional structure is placed inside the three-dimensional structure. Incorporates a spring / rubber system (spring) C with different strength at appropriate joints, and a weight B with different weights at appropriate positions, and the entire structure excluding the inner and outer springs is solid. The three-dimensional structure is inserted into the three-dimensional structure support port using a relatively flexible and durable material. The three-dimensional structure fixing plate is a fixing plate having a sufficient weight for supporting the three-dimensional structure. The strength and durability of the three-dimensional structure fixing plate, the three-dimensional structure support port, and the three-dimensional structure are coordinated, and the three-dimensional structure resistors can be replaced according to the exercise load. In addition, a variety of three-dimensional structures are provided. Therefore, the three-dimensional structure fixing plate and the three-dimensional structure support port are configured to be balanced with the minimum to maximum load of the three-dimensional structure so that the three-dimensional structure does not fall down even when a strong load is applied.

  In FIG. 1, the spring around the three-dimensional structure is combined with a rubber-based elastic material, and the elastic strength of the spring and the rubber-based material follows and is balanced. It is best to place the weight in the part where the power of synergism between the spring and the rubber system is effective. The three-dimensional structure should be able to withstand even if it receives a large external force, impact of internal force or pressure. The interior of the three-dimensional structure is a solid object that is a mixture of weights, springs, rubber, cushions, and others. The three-dimensional structure fixed board is a board that uses both a weight and a practice field. The weight and width of the board should be selected according to the exercise level, and the surface should be durable as a cushion system. In addition, the solid structure fixing plate is circular in FIG. 1, but any shape may be used. The three-dimensional structure support port on the three-dimensional structure fixing plate can be removed, and the outer peripheral surface has a cushion-type durability. It shall be. The three-dimensional structure fixing plate can be a folding type or an assembly / disassembly type.

  The one in FIG. 1 is a three-dimensional structure fixed. However, the three-dimensional structure support port is changed to a movable part, and both sides of the three-dimensional structure are held by strong springs, etc. Can be moved back and forth. In addition, when a strong pressure is applied from the front, it is possible to provide a device that attaches to the back, waist and the like of the three-dimensional structure, eases and absorbs shock, and can be easily attached and detached. Further, the three-dimensional structure can be configured such that the three-dimensional structure moves backward against a strong pressure from the front. If the arm, wrist, etc. of the three-dimensional structure is stiff, or if the handle is strong, the back and waist of the three-dimensional structure should be supported via a strong spring from the column installed behind the three-dimensional structure. Is also possible.

  In FIG. 1, the shape and weight of the pseudo body model of the three-dimensional structure are generally based on the shape of each sport type, but are not limited thereto. In addition, it is necessary to increase the strength of the springs and rubbers particularly at the joints of the waist of the three-dimensional structure, and it is desirable that the waist, knees, shoulders, and the like can be elastic in the right and left as well as in the front and rear. Therefore, a three-dimensional structure that is close to the human body type, muscle strength, and joint of each type of exercise and that is matched with a weight, a spring, a rubber system, a cushion system, and the like is ideal. The action and reaction on the three-dimensional structure is such that the load ability changes depending on the exercise ability level.

  Figure 1 shows general sports of martial arts, each sports training, etc., standing system with solid structures fixed, striking, kicking, hitting, pushing, poke, pulling, each throwing technique , Practice to enter the technique at the introduction stage, such as combining, tackle, joint technique. In other strength training, entangle both legs around the waist of the three-dimensional structure, or hold both legs under the crotch of the three-dimensional structure and grasp the neck, arm, wrist of the three-dimensional structure, abdominal muscles, back muscles, arm muscles Such. Each rehabilitation, stretching, relaxation, and stress relief make it possible to adapt such as pushing and pulling the shoulder, arm and wrist of the 3D structure by hand.

  FIG. 2 is a schematic diagram example 2 of a three-dimensional structure (movement). The inside of the three-dimensional structure A is a spring / rubber system (spring) C having different strengths at appropriate joints, at an appropriate position. Incorporating weights B of different weights, using a relatively flexible and durable material that is solid as a whole except for the internal and external springs, the head of the simulated body model of the three-dimensional structure, The three-dimensional structure support frame G is connected to the three-dimensional structure support frame G through the three-dimensional structure support spring H, which is a strong spring, from the left and right pelvis at the back of the shoulders and the upper back of the waist. The object support spring holds various strengths and lengths according to the resistor and can be attached and detached. The three-dimensional structure support car I provided at the bottom of the three-dimensional structure support frame can be freely moved in any direction. A moving object, a three-dimensional structure support car, or Ideally, a braking adjustment element is provided for the growth, so that the load of the movement between the weight of the three-dimensional structure (pseudo body model) and the moving speed of the three-dimensional structure support frame can be coordinated. There may be no braking adjustment element. In FIG. 2, there is a three-dimensional structure support frame, but this is not a limitation as long as it is an alternative and can move integrally with the three-dimensional structure. In addition, the foot and waist of the three-dimensional structure should be free so that foot, hip, tackle, kick, etc. can be performed easily. Originally, it is best that only the three-dimensional structure can move stably without the three-dimensional structure support frame. Move relative to the 3D structure within the 3D structure support frame.

  In FIG. 2, the elastic structure of the rubber structure or the like is used around the spring of the three-dimensional structure, and the elastic strength of the spring and the rubber system follows and is balanced. It is best to place the weight in the part where the power of synergism between the spring and the rubber system is effective. The three-dimensional structure should be able to withstand even if it receives a large external force, impact of internal force or pressure. The interior of the three-dimensional structure is a solid object that is a mixture of weights, springs, rubber, cushions, and others.

  In FIG. 2, the shape and weight of the pseudo-body model of the three-dimensional structure are generally based on the body type of each sport type, but are not limited thereto. In addition, it is necessary to increase the strength of the springs and rubbers particularly at the joints of the waist of the three-dimensional structure, and it is desirable that the waist, knees, shoulders, and the like can be elastic in the right and left as well as in the front and rear. Therefore, a three-dimensional structure that is close to the human body type, muscle strength, and joint of each type of exercise and that is matched with a weight, a spring, a rubber system, a cushion system, and the like is ideal. The action and reaction on the three-dimensional structure is such that the load ability changes depending on the exercise ability level.

  Figure 2 shows the general sports of martial arts, each sporting training, etc., the striking system, which is a standing technique by moving a three-dimensional structure, the skill of scoring, kicking, hitting, pushing, poke, pulling, each throwing technique Practice, timing, and punctuation of techniques at the introduction stage, such as combining, tackle, and joint techniques. Abdominal muscles, back muscles, arm muscles, grip strength, etc. by using the frame of the three-dimensional structure support frame in other strength training and moving while hanging like a playground equipment. Each rehabilitation, stretching, relaxation, and stress relief make it possible to extend the whole body by hanging on the three-dimensional structure support frame, or to support walking such as pushing or pulling the support frame by hand.

  FIG. 3 is a schematic diagram 3 of the three-dimensional structure. The inside of the three-dimensional structure A is a spring / rubber system (spring) C having different strengths at appropriate joints, and the weights of the parts at appropriate positions. Incorporating a different weight B, and using a relatively flexible and durable material that is solid as a whole except for the inner and outer springs, a moderate weight at the bottom of the three-dimensional structure, the inside of the bottom The part has a structure in which an appropriate spring / rubber system (rubber) D is arranged. The outer part of the bottom of the three-dimensional structure is made of a slippery material with low friction so that the three-dimensional structure can move easily while standing, or a ball bearing system or the like is attached to the bottom, It should be devised so that the burden of slip damage to the surface in contact with the bottom of the structure is small. The three-dimensional structure is provided with various sizes, weights, etc. according to the exercise load.

  In FIG. 3, the elastic structure of the rubber structure or the like is used around the spring of the three-dimensional structure, and the elastic strength of the spring and the rubber system follows and is balanced. It is best to place the weight in the part where the power of synergism between the spring and the rubber system is effective. The three-dimensional structure should be able to withstand even if it receives a large external force, impact of internal force or pressure. The interior of the three-dimensional structure is a solid object that is a mixture of weights, springs, rubber, cushions, and others.

  Fig. 3 shows the general sports of martial arts, each sports training, etc., the striking system which is each standing technique with the three-dimensional structure fixed and moved, the scolding of the technique, kicking, hitting, pushing, pushing, pulling, each Practice until the end of the attack in the introduction stage of throwing techniques, combination, tackle, joint techniques, etc. Other strength training involves tying both hands around the waist of a three-dimensional structure, and increasing strength by grabbing the neck, arms, and wrists. Each rehabilitation, stretching, relaxation, and stress relief make it possible to adapt to three-dimensional structure arms and wrists by pushing or pulling by hand, scolding, kicking, hitting, pushing, etc.

  FIG. 4 is a schematic diagram example 4 of a three-dimensional structure. The inside of the three-dimensional structure A includes springs and rubber systems (springs) C having different strengths at appropriate joints, and weights at appropriate positions. Using a relatively flexible and durable material that incorporates a different weight B and solidifies the entire body, excluding the inner and outer springs, the three-dimensional pseudo body model lies on its face Each joint has an appropriate spring / rubber system (spring), an appropriate weight and an appropriate spring / rubber system (rubber) D on the chest and abdomen, and the back is intentionally rounded. Make things. The three-dimensional structure is provided with various sizes, weights, weights, roundness of the back, etc. according to the exercise load.

  In FIG. 4, the spring around the three-dimensional structure is made of a rubber-based elastic material, and the elastic strength of the spring and the rubber-based material follows and is balanced. It is best to place the weight in the part where the power of synergism between the spring and the rubber system is effective. The three-dimensional structure should be able to withstand even if it receives a large external force, impact of internal force or pressure. The interior of the three-dimensional structure is a solid object that is a mixture of weights, springs, rubber, cushions, and others.

  In FIG. 4, the shape, weight, and the like of the pseudo-body model of the three-dimensional structure are generally referred to the body type of each sport type, but are not limited thereto. In addition, it is necessary to increase the strength of the springs and rubbers particularly at the joints of the waist of the three-dimensional structure, and it is desirable that the waist, knees, shoulders, and the like can be elastic in the right and left as well as in the front and rear. Therefore, a three-dimensional structure that is close to the human body type, muscle strength, and joint of each type of exercise and that is matched with a weight, a spring, a rubber system, a cushion system, and the like is ideal. The action and reaction on the three-dimensional structure is such that the load ability changes depending on the exercise ability level.

  Fig. 4 shows general sports of martial arts, each sports training, etc., each of which is a combination technique of each solidification technique (sleeping technique) by fixing / moving the three-dimensional structure, solidification technique (sleeping technique), joint technique, strangling technique, etc. Practice to the beginning of the stage, the continuation of the technique, the attack and the end of the attack. Other muscle training, such as balance feeling, concentration, endurance, abdominal muscles, back muscles, arm muscles, etc. Each rehabilitation, stretching, relaxation, and stress relief make it possible to adjust the balance and flexibility by pushing and pulling the 3D structure throughout the body.

  In FIG. 5, a moderate weight B is placed at the bottom of the three-dimensional structure A, and a moderate spring / rubber system (rubber) D is placed below the three-dimensional structure A so that it is difficult to make the upper part of the figure downward. Make up the shape. The interior of the three-dimensional structure is relatively flexible with each spring / rubber system (rubber) with moderate strength being placed in an appropriate position and incorporating weights with different weights to make the entire interior and exterior solid. Use materials that are durable. The three-dimensional structure is provided with various sizes, shapes, etc. according to the exercise load. By changing the shape of the three-dimensional structure, the strength of the spring / rubber system (rubber), and the position of the weight, a higher resistance can be achieved.

  In FIG. 5, the elastic structure around the spring of the three-dimensional structure is used together, and the elastic strength of the spring and the rubber system follows and is balanced. It is best to place the weight in the part where the power of synergism between the spring and the rubber system is effective. The three-dimensional structure should be able to withstand even if it receives a large external force, impact of internal force or pressure. The interior of the three-dimensional structure is a solid object that is a mixture of weights, springs, rubber, cushions, and others.

  Figure 5 shows exercises for various sports in general, sports training, and other exercises by fixing and moving three-dimensional structures, and basic and applied exercises. Other muscle strength training, such as turning over and riding a solid structure, feeling of balance using the whole body, concentration, endurance, abdominal muscles, back muscles, arm muscles, etc. Each rehabilitation, stretching, relaxation, and stress relief make it possible to adapt to the sense of balance and flexibility of pushing and riding the 3D structure throughout the body.

  1 to 5 are schematic diagrams of three-dimensional structures, and the present invention is not limited to this as long as the claims of the present invention are satisfied.

  Since the load-bearing three-dimensional structure exercise tool according to the present invention can be industrially mass-produced, it has industrial applicability.

    Schematic example 1 of a three-dimensional structure (fixed)     Schematic example 2 of a three-dimensional structure (movement)     Schematic example 3 of a three-dimensional structure     Schematic example 4 of a three-dimensional structure     Schematic example 5 of a three-dimensional structure

Explanation of symbols

The letters and numbers in the figure are as follows.
A: Three-dimensional structure B: Weight C: Spring / rubber system (spring) D: Spring / rubber system (rubber)
E: Three-dimensional structure fixing board F: Three-dimensional structure support port G: Three-dimensional structure support frame H: Three-dimensional structure support spring I: Three-dimensional structure support vehicle

Claims (2)

  The three-dimensional structure combines the weight and center of gravity of the weight with the elasticity of the spring and rubber, making the entire body a relatively flexible solid, and the resistance and the ability to form a resistance body. A load-bearing three-dimensional structure exercise tool.   In order to create resistance according to the type of exercise that is the purpose of use of three-dimensional structures such as pseudo-body models, deformed spheres, etc., three-dimensional structures with various shapes have moderate weights, moderate springs, and rubber systems. The entire structure, including the interior of the three-dimensional structure, is covered with a durable cushion-type durable object, and the entire three-dimensional structure is made into a relatively flexible solid material. By changing the weight of the force point and the weight of the action point via a spring or rubber system that is a fulcrum between the weight and the action point weight, the force of the force point and the action point changes in magnitude and the spring , Make use of rubber-based elasticity to create a resistance object that controls the balance between external force and internal force in a three-dimensional structure, or the shape and weight of a three-dimensional structure, a spring, the location of a rubber system, the weight Select the position of the center of gravity by weight By moving the three-dimensional structure with external force, the center of gravity of the inside changes in real time, and further, it becomes complicated due to the elasticity of the spring and rubber system. Create an object of resistance that causes a change in strength in the magnitude of the external force from, and through the three-dimensional structure, the action of the force working from the outside and the action of the repulsive force from the inside, the relative movement of the reaction, Depending on each motion form, motor ability, and motor sensation, a universal structure that uses the three-dimensional shape, size, weight, resistance, endurance strength, function, configuration, usage of fixed / moving, etc. 3. The load-bearing three-dimensional structure exercise tool according to claim 1, wherein the three-dimensional structure resistor is capable of performing substantial independent learning, and the whole resistor of the three-dimensional structure performs relative movement.

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