WO2014142709A1 - Method for the tactical preparation of sports men and women - Google Patents
Method for the tactical preparation of sports men and women Download PDFInfo
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- the invention relates to physical education and sports and is intended for the tactical and technical training of athletes, the assessment of their visual, cognitive and motor abilities.
- the invention can be used in physiological, medical, psychological, transport, aerospace science and practice, as well as in the creation of game and training complexes.
- NSCI helmet-mounted target designation and indication systems
- NSCI projects the image on a transparent screen located in front of the pilot’s eyes and mounted on his helmet. Since the screen is transparent, the pilot can simultaneously observe both the external environment and the displayed information. The pilot displays the basic flight parameters, tactical and navigation information.
- augmented reality displays are more promising.
- Famous devices include SensoMotoric Instruments (SMI) or Google Project Glass [2] lightweight augmented reality glasses and Innovega miniature augmented reality contact lenses (iOptik system).
- SMI SensoMotoric Instruments
- iOptik system Innovega miniature augmented reality contact lenses
- the innovative iOptik system can be paired with specialized glasses. Its user focuses simultaneously on several objects of different distances, and one target does not interfere with another [3].
- the disadvantage of this method is the small functionality that does not allow to train and evaluate the tactical and technical training of the athlete.
- Closest to the technical nature of the proposed method is a method of training players and athletes with a sports equipment on the playing field, including the implementation of training on the field with controlled dynamic lighting.
- the allowed zones are set in which the athlete must be holding the sports equipment, while the position, shape and area of the allowed zones are unpredictably changed for the athlete. If possible, the athlete to constantly be and keep the sports equipment in the permitted area is judged on the growth of the athlete’s sportsmanship and on the effectiveness of training.
- Changing the position, shape and area of the allowed zones and training modes is set manually or by a hardware-software complex [5].
- the disadvantage of this method is the lack of the ability to effectively carry out tactical and technical training on large, well-lit playing fields, where the perception of light zones is difficult. At the same time, in this way it is impossible to train a pass or throw a sports equipment over an obstacle and assess the defeat of an opponent’s zone at a given height.
- the claimed invention provides multivariate modeling of planar and / or voluminous game plots with their repetitions to consolidate the skills of tactical and technical techniques of the athlete.
- the invention allows to create conditions that have a pedagogical and methodological advantage in comparison with the known methods of training athletes.
- the technical result to which the claimed invention is directed is to increase the efficiency of the tactical and technical training of the athlete by multivariate modeling of simple and complex dynamic game combinations created using augmented reality devices that form 2D and / or 3D images in the form of partners or rivals and objects of the surrounding space.
- the technical result is achieved by the fact that the preparation of an athlete with a sports projectile is carried out on the playing field with controlled dynamic lighting, which sets the allowed light zones, while unpredictably changing the position, shape and area of light zones, changing the position, shape and area of light zones and training modes are set manually or by a hardware-software complex, and new is that training is carried out with devices forming at a given number athletes augmented reality presented to them in the form of augmented images of allowed and forbidden light-dynamic zones on the playing field and / or not lying in the plane of the playing field of a given number of flat and / or three-dimensional images of other players and / or objects of the environment that are unpredictable for the athlete, to a given program of a hardware-software complex, they change the transparency, coloring, shape of players and objects, their size, volume, speed and position in the volume of a given training wow space.
- the proposed method of tactical and technical training of athletes is as follows. On the athlete who is on the playing field, place a device that forms augmented reality.
- the trainer or athlete from the library of training programs of the hardware-software complex, selects the training program, sets its parameters for the implementation of the augmented reality device.
- 2D and / or 3D images specified by the program appear superimposed on the reality that the athlete sees.
- the specified program transforms the augmented reality presented to the athlete in the form of augmented images of allowed and forbidden light-dynamic zones on the playing field and / or not in the plane of the playing field of a given number of 2D and / or 3D images of other players and / or objects of the surrounding space.
- the athlete evaluates the dynamics of augmented reality and moves so as not to be in the forbidden zone. At the same time, he interacts according to the training task with 2D, 3D images, which unpredictably for the athlete according to a given interactive tracking program change the transparency, color, shape of players and objects, their size, volume, speed, and position in the volume of a given training space.
- Training exercises can be performed with light prompts for movement or action. For example, by presenting permitted zones in the form of narrow routes or options for advantageous tactical and technical solutions.
- More advanced athletes are presented with complex group tasks with the effect of the presence of an opponent, where the interactive tracking program transforms the simulated environment with high speed, bringing it closer to the speeds and conditions of real competitions.
- the athlete evaluates the simulated game situation, compares his technical and speed capabilities with the dynamics of movement and transformation of the environment, predicts its development, finds a rational solution and performs a tactical and technical action.
- the hardware-software complex records the athlete or sports equipment getting into the forbidden zone or into 2D, 3D images not lying in the plane of the playing field.
- a light and / or sound signal may be supplied.
- the athlete’ By the number of athlete and / or sports equipment hit the forbidden areas, in the 2D plane or the volume of 3D images, by the athlete’s ability to evaluate the simulated game situation and predict its development, by his ability to use his tactical and technical skills, the athlete’s general tactical and technical readiness is judged .
- Special training programs differentially and in combination evaluate the visual, cognitive and motor abilities of an athlete. Based on this, adjustments are introduced into training tasks to intensify the development of the required characteristics of the athlete.
- the inventive method allows to organize a tactical and technical training of an athlete at a qualitatively new level, to develop game thinking, group actions, to individualize training tasks that are different in purpose and complexity, to evaluate the visual, cognitive and motor abilities of athletes in natural conditions.
- Target multivariate modeling of game situations with augmented reality represented by this combination of 2D and 3D images provides a synergistic effect.
- Training is as variable as possible, close to the real conditions of the competition, has the effect of the presence of an opponent and a coach, which contributes to a significant increase in the effectiveness of tactical and technical training of athletes.
- the inventive method of tactical and technical training of athletes has new properties that determine the receipt of a positive effect.
- Patent WO 2003/100568 A2 (LIGHTSPACE CORP.), 12/04/2003
- Patent 2444392 of the Russian Federation IPC ⁇ 63 ⁇ 69/00.
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Abstract
The invention relates to physical training and sport and is intended for the tactical preparation of sports men and women, for assessing the optical, cognitive and motor capabilities thereof. With the aim of increasing the effectiveness of preparing sports men and women, training is carried out with devices forming an expanded reality for the sports men and women. The training is presented to the sports men and women in the form of expanded 2D and 3D images of a surrounding space which is unpredictable for the sports man or woman, according to a program in a set of hardware and software, and the transparency, illumination, shape of the players and objects, the size thereof, the volume, the speed of movement and position in the volume of the specified training space are changed. The claimed method makes it possible to provide, at a qualitatively new level, tactical preparation of a sports man or women, to develop playing mentality, group actions and to individualize various training tasks according to purpose and complexity. The special-purpose, multi-variant simulation of playing situations with expanded reality, presented by said combination of 2D and 3D images, ensures a synergistic effect. The training is maximally variable, close to real competition conditions and has the effect of the presence of a rival and a trainer.
Description
Способ тактико-технической подготовки спортсменов The method of tactical and technical training of athletes
Изобретение относится к физической культуре и спорту и предназначено для тактико-технической подготовки спортсменов, оценки их зрительных, когнитивных и двигательных способностей. Изобретение может быть использовано в физиологической, медицинской, психологической, транспортной, авиационно- космической науке и практике, а также при создании игровых и обучающих комплексов. The invention relates to physical education and sports and is intended for the tactical and technical training of athletes, the assessment of their visual, cognitive and motor abilities. The invention can be used in physiological, medical, psychological, transport, aerospace science and practice, as well as in the creation of game and training complexes.
Известны нашлемные системы целеуказания и индикации (НСЦИ) - обязательная принадлежность современных боевых самолетов и вертолетов [1]. НСЦИ проецирует изображение на прозрачный экран, находящийся перед глазами пилота и закрепленный на его шлеме. Так как экран прозрачен, пилот может одновременно наблюдать и внешнюю обстановку, и индицируемую информацию. Пилоту индицируюся основные пилотажные параметры, тактическая и навигационная информация. Known helmet-mounted target designation and indication systems (NSCI) - a mandatory accessory of modern combat aircraft and helicopters [1]. NSCI projects the image on a transparent screen located in front of the pilot’s eyes and mounted on his helmet. Since the screen is transparent, the pilot can simultaneously observe both the external environment and the displayed information. The pilot displays the basic flight parameters, tactical and navigation information.
Для применения в спорте более перспективны компактные устройства отображения дополненной реальности. Среди известных устройств легкие очки дополненной реальности компании SensoMotoric Instruments (SMI) или Google Project Glass [2] и миниатюрные контактные линзы дополненной реальности компании Innovega (система iOptik). Инновационная система iOptik может работать в паре со специализированными очками. Ее пользователь фокусируется одновременно на нескольких объектах разной удаленности, причем одна цель не мешает другой [3]. For use in sports, compact augmented reality displays are more promising. Famous devices include SensoMotoric Instruments (SMI) or Google Project Glass [2] lightweight augmented reality glasses and Innovega miniature augmented reality contact lenses (iOptik system). The innovative iOptik system can be paired with specialized glasses. Its user focuses simultaneously on several objects of different distances, and one target does not interfere with another [3].
Однако такие системы отображения дополненной реальности не предназначены для тактико-технической подготовки спортсменов. However, such augmented reality display systems are not intended for tactical and technical training of athletes.
Известен способ интерактивной тренировки одного или нескольких игроков в светодинамических зонах по патенту WO2003/100568A2 [4]. Данная система предназначена, прежде всего, для мультимедийных развлечений и создания аэробных упражнений. Они формируются указанием направлений движения пользователей различными звуковыми и световыми сигналами программы интерактивного слежения. A known method of interactive training of one or more players in the dynamic zones according to patent WO2003 / 100568A2 [4]. This system is intended primarily for multimedia entertainment and the creation of aerobic exercises. They are formed by indicating the directions of movement of users with various sound and light signals of the interactive tracking program.
Недостатком способа являются малые функциональные возможности, не позволяющие тренировать и оценивать тактико-техническую подготовку спортсмена.
Наиболее близким по технической сущности к предлагаемому способу является способ тренировки игроков и спортсменов со спортивным снарядом на игровом поле, включающий вьшолнение тренировки на поле с управляемой светодинамической подсветкой. При помощи светодинамической подсветки задают разрешенные зоны, в которых спортсмен должен находиться, удерживая спортивный снаряд, при этом непредсказуемо для спортсмена меняют положение, форму и площадь разрешенных зон. По возможности спортсмена постоянно находиться и удерживать спортивный снаряд в разрешенной зоне судят о росте спортивного мастерства спортсмена и об эффективности тренировок. Изменение положения, формы и площади разрешенных зон и режимов тренировки задают вручную или программно-аппаратным комплексом [5]. The disadvantage of this method is the small functionality that does not allow to train and evaluate the tactical and technical training of the athlete. Closest to the technical nature of the proposed method is a method of training players and athletes with a sports equipment on the playing field, including the implementation of training on the field with controlled dynamic lighting. Using the dynamic lighting, the allowed zones are set in which the athlete must be holding the sports equipment, while the position, shape and area of the allowed zones are unpredictably changed for the athlete. If possible, the athlete to constantly be and keep the sports equipment in the permitted area is judged on the growth of the athlete’s sportsmanship and on the effectiveness of training. Changing the position, shape and area of the allowed zones and training modes is set manually or by a hardware-software complex [5].
Недостатком данного способа является отсутствие возможности эффективно проводить тактико-техническую подготовку на больших, хорошо освещенных игровых полях, где затруднено восприятие световых зон. Вместе с тем, данным способом невозможна тренировка паса или переброса спортивного снаряда через препятствие и оценка поражения зоны соперника, находящейся на заданной высоте. The disadvantage of this method is the lack of the ability to effectively carry out tactical and technical training on large, well-lit playing fields, where the perception of light zones is difficult. At the same time, in this way it is impossible to train a pass or throw a sports equipment over an obstacle and assess the defeat of an opponent’s zone at a given height.
Заявляемое изобретение обеспечивает многовариантное моделирование плоскостных и/или объемных игровых сюжетов с их повторениями для закрепления навыков тактико-технических приемов спортсмена. Изобретение позволяет создать условия, которые имеют педагогическое и методическое преимущество по сравнению с известными способами тренировки спортсменов. The claimed invention provides multivariate modeling of planar and / or voluminous game plots with their repetitions to consolidate the skills of tactical and technical techniques of the athlete. The invention allows to create conditions that have a pedagogical and methodological advantage in comparison with the known methods of training athletes.
Технический результат, на достижение которого направлено заявляемое изобретение, заключается в повышении эффективности тактико-технической подготовки спортсмена путем многовариантного моделирования простых и сложных динамичных игровых комбинаций, создаваемых при помощи устройств дополненной реальности, которые формируют 2D и/или 3D изображения в виде партнеров или соперников и объектов окружающего пространства. The technical result to which the claimed invention is directed is to increase the efficiency of the tactical and technical training of the athlete by multivariate modeling of simple and complex dynamic game combinations created using augmented reality devices that form 2D and / or 3D images in the form of partners or rivals and objects of the surrounding space.
Технический результат достигается тем, что подготовка спортсмена со спортивным снарядом проводится на игровом поле с управляемой светодинамической подсветкой, при помощи которой задают разрешенные световые зоны, при этом непредсказуемо для спортсмена меняют положение, форму и площадь световых зон, изменение положения, формы и площади световых зон и режимов тренировки задают вручную или программно-аппаратным комплексом, причем новым является то, что подготовка проводится с устройствами, формирующими у заданного числа
спортсменов дополненную реальность, предъявляемую им в виде дополненных изображений разрешенных и запрещенных светодинамических зон на игровом поле и/или не лежащих в плоскости игрового поля заданного количества плоских и/или объемных изображений других игроков и/или объектов окружающего пространства, которые непредсказуемо для спортсмена, по заданной программе программно- аппаратного комплекса, меняют прозрачность, расцветку, форму игроков и объектов, их размер, объем, скорость перемещения и положение в объеме заданного тренировочного пространства. The technical result is achieved by the fact that the preparation of an athlete with a sports projectile is carried out on the playing field with controlled dynamic lighting, which sets the allowed light zones, while unpredictably changing the position, shape and area of light zones, changing the position, shape and area of light zones and training modes are set manually or by a hardware-software complex, and new is that training is carried out with devices forming at a given number athletes augmented reality presented to them in the form of augmented images of allowed and forbidden light-dynamic zones on the playing field and / or not lying in the plane of the playing field of a given number of flat and / or three-dimensional images of other players and / or objects of the environment that are unpredictable for the athlete, to a given program of a hardware-software complex, they change the transparency, coloring, shape of players and objects, their size, volume, speed and position in the volume of a given training wow space.
Предлагаемый способ тактико-технической подготовки спортсменов осуществляется следующим образом. На спортсмене, находящемся на игровом поле, размещают устройство, формирующее дополненную реальность. Тренер или спортсмен, из библиотеки тренировочных программ программно-аппаратного комплекса, выбирает программу тренировки, задает ее параметры выполнения устройству дополненной реальности. Перед глазами спортсмена возникают заданные программой 2D и/или 3D изображения, наложенные на реальную действительность, которую видит спортсмен. Заданная программа трансформирует дополненную реальность, предъявляемую спортсмену в виде дополненных изображений разрешенных и запрещенных светодинамических зон на игровом поле и/или не лежащих в плоскости игрового поля заданного количества 2D и/или 3D изображений других игроков и/или объектов окружающего пространства. The proposed method of tactical and technical training of athletes is as follows. On the athlete who is on the playing field, place a device that forms augmented reality. The trainer or athlete, from the library of training programs of the hardware-software complex, selects the training program, sets its parameters for the implementation of the augmented reality device. Before the athlete's eyes, 2D and / or 3D images specified by the program appear superimposed on the reality that the athlete sees. The specified program transforms the augmented reality presented to the athlete in the form of augmented images of allowed and forbidden light-dynamic zones on the playing field and / or not in the plane of the playing field of a given number of 2D and / or 3D images of other players and / or objects of the surrounding space.
Спортсмен оценивает динамику дополненной реальности и перемещается так, чтобы не оказаться в запрещенной зоне. Вместе с тем, он взаимодействует согласно тренировочному заданию с 2D,3D изображениями, которые непредсказуемо для спортсмена по заданной программе интерактивного слежения меняют прозрачность, расцветку, форму игроков и объектов, их размер, объем, скорость перемещения и положение в объеме заданного тренировочного пространства. The athlete evaluates the dynamics of augmented reality and moves so as not to be in the forbidden zone. At the same time, he interacts according to the training task with 2D, 3D images, which unpredictably for the athlete according to a given interactive tracking program change the transparency, color, shape of players and objects, their size, volume, speed, and position in the volume of a given training space.
В зависимости от подготовленности спортсмена тренер задает скоростной режим тренировки и уровень ее сложности. Для начинающих спортсменов количество предъявляемых фигур дополненной реальности и скорость их трансформации минимальна. Тренировочные задания могут вьшолняться со световыми подсказками по перемещению или действию. Например, предъявлением разрешенных зон в виде узких маршрутов или вариантов выгодных тактико-технических решений. Depending on the preparedness of the athlete, the trainer sets the speed mode of training and the level of its complexity. For novice athletes, the number of presented figures of augmented reality and the speed of their transformation is minimal. Training exercises can be performed with light prompts for movement or action. For example, by presenting permitted zones in the form of narrow routes or options for advantageous tactical and technical solutions.
Более подготовленным спортсменам предъявляют сложные групповые задания с эффектом присутствия соперника, где программа интерактивного слежения
трансформирует моделируемую окружающую обстановку с высокой скоростью, приближая ее к скоростям и условиям реальных состязаний. More advanced athletes are presented with complex group tasks with the effect of the presence of an opponent, where the interactive tracking program transforms the simulated environment with high speed, bringing it closer to the speeds and conditions of real competitions.
Спортсмен оценивает смоделированную игровую ситуацию, соизмеряет свои технические и скоростные возможности с динамикой перемещения и трансформацией окружающей обстановки, прогнозирует ее развитие, находит рациональное решение и выполняет тактико-техническое действие. The athlete evaluates the simulated game situation, compares his technical and speed capabilities with the dynamics of movement and transformation of the environment, predicts its development, finds a rational solution and performs a tactical and technical action.
Программно-аппаратный комплекс фиксирует попадание спортсмена или спортивного снаряда в запрещенную зону или в не лежащие в плоскости игрового поля 2D,3D изображения. При этом может подаваться световой и/или звуковой сигнал. По количеству попаданий спортсмена и/или спортивного снаряда в запрещенные зоны, в плоскости 2D или объем 3D изображений, по способности спортсмена оценивать смоделированную игровую ситуацию и прогнозировать ее развитие, по его умению использовать свои тактические и технические навыки судят об общей тактико-технической подготовленности спортсмена. Специальными тренировочными программами дифференцированно и в комплексе оценивают зрительные, когнитивные и двигательные способности спортсмена. На основании этого вводят корректировки в тренировочные задания для интенсификации развития требуемых характеристик спортсмена. The hardware-software complex records the athlete or sports equipment getting into the forbidden zone or into 2D, 3D images not lying in the plane of the playing field. In this case, a light and / or sound signal may be supplied. By the number of athlete and / or sports equipment hit the forbidden areas, in the 2D plane or the volume of 3D images, by the athlete’s ability to evaluate the simulated game situation and predict its development, by his ability to use his tactical and technical skills, the athlete’s general tactical and technical readiness is judged . Special training programs differentially and in combination evaluate the visual, cognitive and motor abilities of an athlete. Based on this, adjustments are introduced into training tasks to intensify the development of the required characteristics of the athlete.
При осуществлении заявляемого способа могут использоваться известные технические решения и средства. Для компьютерной обработки информации может быть использовано известное или оригинальное программное обеспечение. When implementing the proposed method can be used known technical solutions and tools. For computer processing of information, known or original software can be used.
Заявляемый способ позволяет на качественно новом уровне организовать тактико-техническую подготовку спортсмена, развивать игровое мышление, групповые действия, индивидуализировать различные по цели и сложности тренировочные задания, проводить оценку зрительных, когнитивных и двигательных способностей спортсменов в естественных условиях. Целевое многовариантное моделирование игровых ситуаций с дополненной реальностью, представленной данным сочетанием 2D и 3D изображений обеспечивает синергетический эффект. Тренировка максимально вариабельна, приближена к реальным условиям состязаний, обладает эффектом присутствия соперника и тренера, что способствует значительному повышению эффективности тактико-технической подготовки спортсменов.
Таким образом, заявляемый способ тактико-технической подготовки спортсменов обладает новыми свойствами, обусловливающими получение положительного эффекта. The inventive method allows to organize a tactical and technical training of an athlete at a qualitatively new level, to develop game thinking, group actions, to individualize training tasks that are different in purpose and complexity, to evaluate the visual, cognitive and motor abilities of athletes in natural conditions. Target multivariate modeling of game situations with augmented reality represented by this combination of 2D and 3D images provides a synergistic effect. Training is as variable as possible, close to the real conditions of the competition, has the effect of the presence of an opponent and a coach, which contributes to a significant increase in the effectiveness of tactical and technical training of athletes. Thus, the inventive method of tactical and technical training of athletes has new properties that determine the receipt of a positive effect.
Источники информации Information sources
1. Журнал «Электроника НТВ», 5/2003, стр. 66 1. The journal "Electronics NTV", 5/2003, p. 66
2. https://plus.google.com/+proiectglass/posts 2. https://plus.google.com/+proiectglass/posts
3. http://innovega-inc.com/ 3. http://innovega-inc.com/
4. Патент WO 2003/100568 А2 (LIGHTSPACE CORP.), 04.12.2003 4. Patent WO 2003/100568 A2 (LIGHTSPACE CORP.), 12/04/2003
5. Патент 2444392 РФ, МПК А63В 69/00. Способ тренировки игроков и спортсменов / Афоньшин В.Е.; опубл.10.03.12, Бюл. N° 7.
5. Patent 2444392 of the Russian Federation, IPC А63В 69/00. The method of training players and athletes / Afonshin V.E .; publ. 10.03.12, Bull. N ° 7.
Claims
Формула изобретения Claim
Способ тактико-технической подготовки спортсменов, заключающийся в том, что тренировку спортсмена со спортивным снарядом выполняют на игровом поле с управляемой светодинамической подсветкой, при помощи которой задают разрешенные световые зоны, при этом непредсказуемо для спортсмена меняют положение, форму и площадь световых зон, изменение положения, формы и площади световых зон и режимов тренировки задают вручную или программно-аппаратным комплексом, отличающийся тем, что подготовка проводится с устройствами, формирующими у заданного числа спортсменов дополненную реальность, предъявляемую им в виде дополненных изображений разрешенных и запрещенных свето динамических зон на игровом поле и/или не лежащих в плоскости игрового поля заданного количества плоских и/или объемных изображений других игроков и/или объектов окружающего пространства, которые непредсказуемо для спортсмена, по заданной программе программно-аппаратного комплекса, меняют прозрачность, расцветку, форму игроков и объектов, их размер, объем, скорость перемещения и положение в объеме заданного тренировочного пространства.
The method of tactical and technical training of athletes, which consists in the fact that the training of an athlete with a sports projectile is performed on the playing field with controlled dynamic lighting, with which the allowed light zones are set, while changing the position, shape and area of light zones unpredictably for the athlete, changing position , the forms and areas of light zones and training modes are set manually or by a hardware-software complex, characterized in that the preparation is carried out with devices forming a given on the number of athletes, augmented reality presented to them in the form of augmented images of allowed and forbidden light-dynamic zones on the playing field and / or not in the plane of the playing field of a given number of flat and / or three-dimensional images of other players and / or objects of the surrounding space, which are unpredictable for an athlete, according to a given program of a hardware-software complex, change the transparency, color, shape of players and objects, their size, volume, speed and position in the volume of a given trend space
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| EA201500755A EA027931B1 (en) | 2013-03-11 | 2014-02-17 | Method for the tactical and technical training of athletes |
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| RU2013110625 | 2013-03-11 | ||
| RU2013110625/12A RU2013110625A (en) | 2013-03-11 | 2013-03-11 | METHOD OF TACTICAL AND TECHNICAL TRAINING OF ATHLETES |
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| RU2626597C1 (en) * | 2016-02-10 | 2017-07-28 | Автономная некоммерческая организация высшего образования "Межрегиональный открытый социальный институт" | Method for determination of visual analyzer activation time |
| RU2626686C1 (en) * | 2016-02-10 | 2017-07-31 | Автономная некоммерческая организация высшего образования "Межрегиональный открытый социальный институт" | Method for human vision system response time definition |
| RU2626687C1 (en) * | 2016-02-10 | 2017-07-31 | Автономная некоммерческая организация высшего образования "Межрегиональный открытый социальный институт" | Method of detection of perception time of visual information |
| RU2615899C1 (en) * | 2016-03-29 | 2017-04-11 | Владимир Евгеньевич Афоньшин | Method of evaluating the endurance of athletes in the game sports |
| RU2646017C2 (en) * | 2016-07-25 | 2018-02-28 | Владимир Евгеньевич Афоньшин | Method for training the technical and tactical actions in competitive sports |
| RU2672195C1 (en) * | 2017-11-09 | 2018-11-12 | Владимир Евгеньевич Афоньшин | Method for evaluating and development of human psychomotor abilities |
| RU2704236C1 (en) * | 2019-08-01 | 2019-10-24 | Федеральное государственное бюджетное образовательное учреждение высшего образования "Поволжский государственный технологический университет" | Method for diagnosing and developing the level of human cognitive motor abilities |
Citations (4)
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|---|---|---|---|---|
| RU2149667C1 (en) * | 1999-07-05 | 2000-05-27 | Рязанов Анатолий Гаврилович | Apparatus for exercising and competing, particularly, for performing sportive locomotions and games |
| RU2366481C2 (en) * | 2007-12-05 | 2009-09-10 | Сергей Юрьевич Подлесный | Assembly for action game, and simulation method of operation with sports gear |
| RU87094U1 (en) * | 2009-07-02 | 2009-09-27 | Александр Александрович Севастьянов | INTERACTIVE SIMULATOR AND SYSTEM OF INTERACTIVE SIMULATORS |
| RU2444392C1 (en) * | 2011-01-12 | 2012-03-10 | Владимир Евгеньевич Афоньшин | Method to train players and sportsmen |
-
2013
- 2013-03-11 RU RU2013110625/12A patent/RU2013110625A/en unknown
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2014
- 2014-02-17 EA EA201500755A patent/EA027931B1/en not_active IP Right Cessation
- 2014-02-17 WO PCT/RU2014/000100 patent/WO2014142709A1/en active Application Filing
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU2149667C1 (en) * | 1999-07-05 | 2000-05-27 | Рязанов Анатолий Гаврилович | Apparatus for exercising and competing, particularly, for performing sportive locomotions and games |
| RU2366481C2 (en) * | 2007-12-05 | 2009-09-10 | Сергей Юрьевич Подлесный | Assembly for action game, and simulation method of operation with sports gear |
| RU87094U1 (en) * | 2009-07-02 | 2009-09-27 | Александр Александрович Севастьянов | INTERACTIVE SIMULATOR AND SYSTEM OF INTERACTIVE SIMULATORS |
| RU2444392C1 (en) * | 2011-01-12 | 2012-03-10 | Владимир Евгеньевич Афоньшин | Method to train players and sportsmen |
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| EA027931B1 (en) | 2017-09-29 |
| EA201500755A1 (en) | 2015-11-30 |
| RU2013110625A (en) | 2014-09-20 |
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