The invention presents an advanced soccer training system designed to revolutionize traditional practice methods through a synergy of technology and interactivity. It features an integration of sensors, Artificial Intelligence, and Augmented Reality technologies, providing real-time feedback, immersive simulations, and personalized training experiences. The system promotes skill development via data-driven insights and dynamic training environments, supported by mobile application connectivity for customized training regimens and performance analysis. Additional attributes include energy-efficient design, user-friendly transport mechanisms, and extensive multimedia capabilities like video recording and photo capture for skill review, establishing a novel paradigm in athletic training and development.
Legal claims defining the scope of protection, as filed with the USPTO.
. An interactive soccer training system and device comprising: a plurality of integrated sensors for tracking and analyzing user performance metrics, including movements and ball trajectory; an artificial intelligence (AI) module configured to process performance metrics in real-time, providing personalized feedback and adaptive training recommendations; Augmented Reality (AR) capability for immersive, interactive training experiences and game scenario simulations; a communications module facilitating inter-device connectivity, supporting synchronous multi-unit environments and wearable integration for single or group training environments; and an integrated power management system that optimizes energy usage, extends battery life, and enables autonomous, off-grid operation through advanced solar charging technology and an AI-powered energy optimization module that analyzes solar and battery data for efficient power allocation and usage.
. The soccer training device as claimed in, wherein the AI and machine learning algorithms analyze performance data, deliver customized feedback, adjust training modules based on user proficiency and progression, generate context-aware, natural language audio feedback and coaching recommendations based on real-time analysis of player movements and ball tracking data, utilize transfer learning to rapidly adapt AI models to new users for quick skill assessment and personalized feedback, and employ anomaly detection techniques to identify deviations from optimal technique or movement patterns, facilitating targeted feedback and recommendations.
. A system for use with the soccer training device of, wherein a set of wearable impact sensors are configured to precisely detect and transmit data on which foot strikes the ball at any given time during use and training, the wearable impact sensors provide data on kicking technique and other relevant biomechanics, a haptic feedback mechanism is integrated into the wearable, and advanced inertial measurement units (IMUs) are used in the wearables to provide detailed data on foot movement, leg swing arc, and other biomechanical parameters for comprehensive analysis and feedback generation.
. The soccer training device as claimed in, further comprising: customizable LED displays and interactive lighting for dynamic training guidance; a light sensor system utilizing photodiodes, photo capacitors, and photoresistors to register ball impacts and facilitate user interaction; and the synchronization of audio cues with the visual LED guidance and AR elements to create cohesive, immersive training experiences that enhance learning and retention, wherein the timing and content of the audio feedback is optimized by AI based on user attention, cognitive load, and specific training context.
. The soccer training device as claimed in, wherein the AR module simulates realistic game environments and training challenges, integrates with AR wearables, seamlessly integrating virtual elements into the physical training space, enriching the physical training space with virtual game elements, and incorporates AI-driven adaptive difficulty adjustment and dynamic training scenario generation based on player performance and progress within the AR environment.
. The soccer training device as claimed in, wherein the rebounder has wheels on both ends for easy portability, movement, or relocation suitable for diverse terrains; features retractable and foldable or bendable handles for easy carrying and stabilization when in use or training; includes integrated compartments for electricals, and storage of sports and personal essentials, wherein access to the internal compartments is facilitated by a zipper mechanism and a coupling system that ensures secure closure during dynamic activities and transport; and the modular and portable design, along with the secure storage solutions, allows for easy transportation, setup, and adaptation to various training locations without the need for dedicated infrastructure while safely housing essential equipment and belongings.
. The soccer training device as claimed in, including integrated solar panels for autonomous energy harvesting and battery charging, an energy system for efficient energy management and sustainable operation, a kinetic energy collection system utilizing piezoelectric sensors for sustainable operation, and intelligent power allocation and energy optimization algorithms that adapt to usage patterns, environmental conditions, and training demands to ensure efficient and sustainable operation.
. The soccer training device as claimed in, further comprising a mobile application or software allowing users to customize training sessions, enabling remote control, performance data visualization, media editing and sharing, and user profile management; programmable difficulty levels and training modes, including the creation of user-defined light sequences as targets and training games; and the incorporation of AI-powered data analytics and visualization tools within the mobile application to provide users with detailed insights, performance trends, and personalized improvement recommendations.
. The soccer training device as claimed in, further comprising strategically placed LiDAR and motion sensors for comprehensive data collection on players' full body movements and other athletic biomechanical data, and the fusion of data from multiple sensors, including LiDAR sensors, cameras and wearables, to create a comprehensive, 360-degree understanding of player movements and enable precise, real-time feedback generation.
. The soccer training device as claimed in, further comprising integrated capabilities for video recording and photography, supporting direct sharing and analysis via associated software, and the integration of AI-driven video analysis capabilities to automatically highlight key moments, generate performance metrics, and provide actionable insights based on the captured media content.
. The soccer training device as claimed in, including coordinated and synchronized LED lighting and auditory signals for immersive training scenarios, replicating game-like conditions during solo or multiplayer training, and the use of advanced audio processing techniques, such as beam-forming and noise cancellation, to ensure clear and intelligible audio feedback even in noisy outdoor environments.
. The soccer training device as claimed in, enabling a media uploading and customization module enabling users to incorporate personalized visual elements into target sequences and displayed content, allowing educational content or gamification of the rebounder, and the ability to integrate third-party content, such as training drills, tactical simulations, and interactive games, into the rebounder's display system to enhance the versatility and engagement of the training experience.
. A system for use with the soccer training device as claimed in, wherein an upright docking station and charging dock are provided for secure storage and charging of the rebounder when not in use, and the incorporation of smart features in the docking station, such as automatic software updates, data synchronization, and diagnostic checks, to ensure optimal performance and reliability of the rebounder.
Complete technical specification and implementation details from the patent document.
Soccer is one of the most popular sports worldwide, played competitively and recreationally by hundreds of millions. Mastering the sport requires consistent, focused practice to hone one's shooting, dribbling, passing, trapping, vision, anticipation, footwork, movement and other skills. While team training is ideal, individual practice is also essential for improvement. Soccer rebounders provide a solo training tool by rebounding balls back to the player. However, conventional rebounders have significant limitations. They typically consist of a simple rigid rebounding surface without any intelligent tracking or feedback. Players receive no data on performance metrics like percentage of shot accuracy, movement without the ball, or which foot struck the ball. No guidance is provided on how to correct weaknesses or improve technique.
This lack of feedback and interactivity inhibits skill development, as deficiencies cannot be reliably identified or addressed. Rebound training becomes repetitive without dynamic elements to engage users, track progress, simulate game scenarios, and actively improve performance. While rebounding devices allow solitary practice, they fail to analyze and enhance the user's abilities. There exists a need for soccer training equipment that goes beyond merely returning balls, to an intelligent system that evaluates and sharpens one's skills.
In the realm of sports training, particularly in soccer, the utilization of rebounding devices for skill enhancement has been a long-standing practice. These devices, designed to return a ball to the user, have evolved over time, with various iterations available in the market. Traditional rebounders, such as those found on www.kwikgoal.com and www.exittoys.ie, primarily comprise nets affixed to frames, leveraging the net's tension to rebound the ball.
Platforms like Amazon and Etsy also sell large and heavy hard-surface boards designed for the same purpose. These boards, typically crafted from sturdy plastic, are meant to create a rebound effect when hit by a ball. Technological progress has further enhanced these rebounders with interactive features such as mounted “light pods” and flashing lights, used for target practice and agility exercises. This can be seen in products from websites like voonsports.com, a-champs.com, and blazepod.com. Patents such as US 20180093160, US 20220023732, and US 2022037088 highlight these advancements, detailing rebounding surfaces with functionalities like light-based targets and sensors that track various metrics of the ball.
The present invention fills this void through a soccer rebounder integrating sensors, connectivity, programming, design, and other key elements. It transforms static rebounding into an adaptive training experience via real-time measurement of performance metrics, tailored feedback, multiplayer linking, and more. Artificial intelligence additionally enables personalized recommendations to strengthen specific skills based on detected tendencies. With interactive features for passing, shooting, dribbling drills and the ability to track data over time, it engages users and empowers all ability levels to take their game to the next level.
The disclosed rebounder aims to combine the versatility and convenience of standard designs with intelligent innovation to analyze and enhance soccer performance. It addresses the limitations of existing solo training options by providing not just ball returns, but an integrated platform for tracking measurable progress. By merging rebounders with technology for interactivity, connectivity, intelligent response, and data-driven improvement recommendations, this invention delivers an advanced training tool unmatched in prior art. It transforms rebounders from passive to smart.
The present invention unveils a pioneering smart soccer rebounder, engineered to redefine soccer training through its multifaceted interactive features. At its core, the invention transcends conventional rebounding by not only returning the ball but also offering real-time, data-driven feedback to improve player performance. Key elements encompass integrated sensors for tracking metrics like percentage of accuracy per foot, ball trajectory, and AI-powered feedback providing tailored suggestions for skill enhancement. The ability to wirelessly connect multiple units simulates realistic game scenarios, enriching the training environment. Additionally, video and photographic capabilities allow for performance review, while wearable sensors provide precise footwork analysis. The incorporation of solar charging underscores a commitment to sustainability, ensuring uninterrupted operation. A built-in storage compartment adds a layer of convenience, and interactive LED lights elevate the engagement level during training drills. An accompanying mobile application serves as a control hub, facilitating easy adjustments to settings, visualizing data, and tracking performance, making this invention a comprehensive, user-friendly solution for modern soccer training.
In this specification, certain terms may be used interchangeably to describe specific components or features of the invention. Such interchangeable use is intended to encompass all variations, derivatives, and alternative terminology that may be used to describe the same or similar functionality of the invention components. This includes, but is not limited to, terms describing the device's various compartments, sensors, interfaces, and structural elements as detailed in the specification and illustrated in the accompanying drawings.
For example, the terms, “invention,” “smart soccer rebounder,” “device,” “rebounder,” “the system” and “rebounder system” are used interchangeably herein to refer to the soccer training apparatus disclosed in this specification and its associated components, features, and functionalities.
The terms “impact sensor shoe clip,” “wearable,” and “IMU” are used synonymously to refer to the wearable sensor device designed to be attached to a user's shoe or attached to or slid into a shoe sleeve, comprising various sensors such as piezoelectric film sensors, accelerometers, gyroscopes, and magnetometers, for detecting and measuring foot-ball interactions and user movements.
The terms “AR headset,” “AR glasses,” “AR technology,” and “AR overlays” are used interchangeably to describe the augmented reality display devices consisting of hardware and software components configured with the smart soccer rebounder system, which provide users with an immersive, interactive, and enhanced training experience by adding digital or virtual elements to physical spaces.
The terms “upper lid,” “upper cover,” and “dome shaped upper cover” refer to the top portion of the smart soccer rebounder apparatus, which serves as a protective cover and can be opened to access internal compartments.
The terms “electrical/CPU compartments,” “microcontroller,” “CPU enclosure,” “AI system enclosure,” and “system enclosure” are used synonymously to denote the designated spaces within the smart soccer rebounder apparatus that house the electronic components, such as the central processing unit, microcontrollers, artificial intelligence systems and other electronic components responsible for the device's intelligent functions.
The terms “battery compartments” and “battery and charge controller enclosure” refer to the designated spaces within the smart soccer rebounder apparatus that house the energy storage components, such as rechargeable batteries and associated charge control systems.
The terms “friction ridges” and “grooves” are used interchangeably to describe the surface features on the smart soccer rebounder apparatus designed to provide traction and stability during use.
The terms “inner handle” and “outer handle” refer to the components of the handle mechanism on the smart soccer rebounder apparatus, which are designed to fold and lock into each other for easy transport, storage and stability of the rebounder during use.
The terms “solar panels,” “solar energy collection system,” “photovoltaic cells,” and “solar energy” are used synonymously to describe the components and systems integrated into the smart soccer rebounder apparatus for harnessing solar power to charge the device's rechargable batteries.
The terms “soccer ball circular storage,” “circular depression,” and “circular recess” refer to the designated space within the smart soccer rebounder apparatus designed to securely hold a soccer ball.
The terms “zipper mechanism” and “zipper” are used interchangeably to describe the fastening system employed on the smart soccer rebounder apparatus to access internal compartments and components.
The terms “latch” and “coupling mechanism” refer to the components used to secure and fasten various parts of the smart soccer rebounder apparatus together during use and transportation.
The terms “light dependent sensors,” “photodiodes,” “photoresistors,” and “photo capacitors” are used synonymously to describe the sensors integrated into the smart soccer rebounder apparatus that detect and measure light intensity and variations and are used for various sensing and feedback purposes.
The terms “LED screen,” “LED display,” “Full screen LED,” and “end to end LED Screen” are used interchangeably to refer to the light-emitting diode display components integrated into the smart soccer rebounder apparatus, which provide visual feedback, cues, and interactive elements to users during training sessions. However, this term is not limiting, as it also refers to all devices capable of displaying images and graphics, including but not limited to LCD, Plasma, OLED, and other display technologies that serve the same purpose and functionality within the smart soccer rebounder system.
The terms “LED Channels,” “peripheral LED,” and “perimeter LED lights” refer to the light-emitting diode components arranged around the perimeter of the smart soccer rebounder apparatus, used for providing visual cues and feedback to users.
The terms “camera,” “photo capture,” and “motion capture” are used synonymously to describe the image and video capture components integrated into the smart soccer rebounder apparatus, used for recording and analyzing user performance and movements.
The terms “LED screen shield”, “LED cover” and “rebounding surface” refer to the primary area of ball impacts or rebounding surface and also a protective covering or layer placed over the LED display components of the smart soccer rebounder apparatus. This is transparent and in some other variations translucent and made from plexiglass or materials that have the same properties and functionality to prevent damage and ensure durability of the rebounder. It is securely attached to the rebounder using fasteners, glue, epoxy, or other bonding agents.
The terms “charging port” and “electric charging port” are used interchangeably to describe the interface on the smart soccer rebounder apparatus used for connecting the device to an external power source for charging the internal batteries.
The terms “speaker” and “audio output” refer to the sound-producing components integrated into the smart soccer rebounder apparatus, used for providing auditory feedback, cues, and instructions to users during training sessions.
The terms “piezoelectric sensor” and “piezoelectric film sensors” are used synonymously to describe the pressure-sensitive sensors integrated into the smart soccer rebounder apparatus and wearable shoe clip sensor, used for detecting and measuring foot-ball interactions and impact forces.
The terms “sleeves for sensors” and “sleeves” refer to the protective coverings or housings used to encase and secure the various sensors integrated into the wearable shoe clip sensor.
The terms “haptic sensors” and “tactile feedback” are used interchangeably to describe the components integrated into the sleeves and wearable shoe clip sensor that provide touch-based feedback and sensations to users during training sessions.
The term “the system” is used to refer to the collective components, features, and functionalities of the smart soccer rebounder apparatus and its associated elements, including but not limited to sensors, processors, artificial intelligence systems, and software algorithms, working together to provide the desired soccer training experience.
It is important to note that the use of different terms to describe the same components or features is intended to provide clarity and convenience in understanding the various aspects of the invention. The interchangeable use of these terms does not limit the scope of the invention to specific embodiments, and any reference to a particular term should be understood to encompass all related and interchangeable terms as described herein.
Throughout this document, the words “include,” “includes,” and “including” are used in an open-ended, non-limiting sense, indicating that additional, unmentioned elements may be present. References to “one embodiment” or “an embodiment” are understood to describe a particular instance or implementation of the invention, without necessarily limiting the scope of the invention to that specific embodiment.
The word “or” should be interpreted in its inclusive sense, meaning “either or both” of the referenced items, unless explicitly stated otherwise. For example, “A or B” should be understood as meaning “A, B or both A and B.”
The singular forms “a,” “an,” and “the” are intended to include the plural forms as well, unless the context clearly indicates otherwise. The term “or” is used in an inclusive sense, meaning “and/or,” unless expressly stated otherwise.
The terms “associated,” “associated with,” and “associating” are used to describe a relationship between elements, indicating that the elements are connected or interact with each other, either directly or indirectly. This connection or interaction does not necessarily imply a physical connection, as the relationship may be based on functional, logical, or other types of associations.
In the context of drawings or diagrams, identical reference numbers are used to designate the same or similar components across different views or embodiments. Unless otherwise specified, the drawings and illustrations are not necessarily to scale, and the dimensions, proportions, and relative sizes of the elements may be adjusted for clarity or convenience.
The term “module,” as used in this document, refers to a functional unit or component of the invention that performs a specific task or operation. A module may be implemented in hardware, software, firmware, or any combination thereof. Examples of modules include, but are not limited to, sensor modules, AI modules, processing modules, communication modules, and power management modules.
By using these terms and conventions consistently throughout the specification, the invention aims to provide a clear, concise, and easily understandable description of its various components, features, and functionalities. The interchangeable use of terms is intended to capture the full scope of the invention while avoiding ambiguity or confusion arising from variations in terminology.
This invention, termed the “Smart Soccer Rebounder,” represents a significant leap forward in this field. It not only incorporates the basic rebounding mechanism but also integrates advanced technology to enhance training efficiency and effectiveness. Unlike its predecessors, this invention offers a comprehensive training tool that provides real-time feedback, adaptive training modes, and a variety of programmable scenarios to simulate game-like conditions.
The primary objectives of the Smart Soccer Rebounder are to offer an interactive training experience that goes beyond mere ball rebounding, provide measurable and actionable feedback to users, enabling focused skill development, and enhance training versatility and adaptability to cater to a wide range of skill levels and training needs.
The forthcoming claims are meticulously crafted to encompass the unique aspects of the Smart Soccer Rebounder. These claims address the novel integration of technology for interactive training, the adaptability of the rebounder to various training scenarios, and the advanced feedback mechanisms that set this invention apart from existing market offerings. The invention pertains to the technical field of sports training equipment, with a specific focus on soccer training aids. It combines elements of mechanical design, electronic interfacing, and software integration to provide a holistic training solution.
The Smart Soccer Rebounder distinguishes itself from existing solutions in several key aspects: interactive training, the use of Artificial Intelligence and Machine Learning for advanced feedback, and versatile training modes that include Virtual and Augmented reality. Unlike static rebound nets or boards, this invention offers an interactive experience with programmable scenarios, adapting to the user's skill level and training goals. Incorporating sensors and software analytics, the invention provides detailed feedback on ball speed, trajectory, accuracy, foot use detection and impact precision, a feature absent in the existing products. The device supports a variety of training modes, from basic rebound exercises to complex drills involving agility, accuracy, and speed, catering to both individual and team training needs. By addressing these gaps in the current market, the Smart Soccer Rebounder offers a comprehensive, all-encompassing solution for soccer training, marking a significant advancement in the field of soccer training equipment.
The present invention relates to a smart soccer rebounder, characterized by a distinct egg-shaped or semi-oval configuration, complemented by an upper cover or lidthat completes the semi oval look when closed. The invention, as illustratedis outfitted with internal compartments (,,,,) crafted for specific functions. Notably, it includes hydration storage, for accommodating two 24-ounce containers for liquids, and a compartmentdesigned for medical supplies such as adhesive bandages, cardiac monitors, and epinephrine autoinjectors. Furthermore, additional storage spacesare provided for soccer-related attire and gear, such as footwear, shin guards, hosiery, and team uniforms, ensuring a comprehensive solution for athlete equipment management.
Central to the invention'sdesign is a soccer ball holding feature, manifested as a circular recesslocated in the middle of the base of the semi oval upper lid. The other half of the storage is a circular depressionlocated in the middle of the bottom half of the rebounder surrounded by storage compartments (,,,,) of the rebounder, which securely retains a soccer ball or any analogous spherical item. This central ball repository is instrumental in augmenting the rebounder'sstability both during operation and transportation.
The inventionas illustrated in, incorporates watertight compartmentsandfor essential electronic apparatus. Specifically, compartmentaccommodates the central processing unit (CPU), which orchestrates operations including auditory output, illumination, Bluetooth and Wi-Fi connectivity, alongside artificial intelligence and machine learning components. Compartmentis allocated for energy storage cells, either Nickel-Metal Hydride or Lithium-ion (NiMH or Li-ion), enabling extended usage and is equipped with photovoltaic charging capabilities via solar panels. A junction casing, equipped with internal and external buffers, is implemented to shield the electronic elements within compartmentsandfrom mechanical stress and impacts, thus preserving the integrity of electronic components and power units.
Regarding construction materials and methods, the reboundermay be fabricated from High-Density Polyethylene (HDPE) and reinforced with lightweight carbon fiber, utilizing manufacturing processes such as 3D printing, injection molding, extrusion, additive manufacturing, and carbon fiber forming. This methodology ensures the product's resilience and resistance to adverse weather conditions.
For enhanced mobility, as illustrated inthe inventionintegrates wheels, on both ends of the rebounderfacilitating maneuverability and stability with a minimal ground clearance of 16 mm. Access to the internal compartments is afforded through a zippered mechanism, and robust couplingssecure the semi oval shaped cover or upper lidto the base, ensuring both structural integrity and a reliable closure during dynamic activities and transport.
As illustrated inthe retractable, adjustable and bendable or foldable carrying handles,are strategically placed above the wheelsto improve transportability, supporting dual-person handling or angled movement in solo use situations. In solo use, the external handlepermits the inventionto be tilted and drawn, while the corresponding wheelsensure smooth ground traversal. This ergonomic design significantly reduces the physical effort required for transportation effectively minimizing the risk of injury.
Illustrates how this inventionis particularly considerate of the needs of younger athletes, offering a reverse bending mechanism of the inner handleto facilitate effortless short-distance relocation of the rebounderwhere the user can just push or pull the rebounderto relocate it.
Unknown
November 13, 2025
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