19results about "Combat sports" patented technology

TITLE OF THE INVENTION: SPORTS GLOVE The sports glove (100) covering a wrist and at least part of a hand, comprises: - an end (105) surrounding a joint of the hand, - an open end (110) surrounding the wrist, - a slit (115) on the palm of the hand, - two sides (120, 125) positioned on each side of the slit (115): - a first side (120) comprising a dial (130) for tightening a strap (135) and - a second side (125) comprising at least one loop (140), - the tightening dial (130) being rotationally actuable and comprising a non-return device, and - a strap (135) configured to slide in each loop and wrap around the dial (130), the dial (130) tightening the strap in a first direction of rotation of said dial (130) and to release the link in a second, opposite direction of rotation. Figure for the abbreviation: Figure 1

The present disclosure describes a method and apparatus for performing multiple measurements on a boxing punch (or other similar push action in motion). These measurements may provide force, acceleration, four types of response times, 3D angle, velocity, accuracy / precision, rate of force development, straight punch (pricking or cross punch) efficiency, SPR metrics (force, precision, response times), and / or other information. The apparatus to make related measurements uses one or more force sensors and one or more motion sensors that are embedded in boxing gloves and / or objects that are punched (pushed) (e.g., sandbags or mittens). If a tablet screen is used to make a fist area and display an opponent, a set of position sensors may be used to measure the accuracy of the fist (push). These novel methods and devices may be used for boxing (or push) testing, evaluation and training activities, as well as for fitness and sports games.

The multifunctional resistance training device is intended to provide users with an adjustable upper body exercise device. The device includes a harness, a plurality of resistance bands, a plurality of tension straps, and a plurality of hand grips that are all interconnected with adjustable fasteners. More specifically, the device is adjustable, wherein the resistance levels of the bands, tension level on the grip, fit of the harness around the user's body, etc. may be adjusted to provide the user a perfect fit while engaging in resistance training. Further, the device may be used for providing additional support and resistance training for other activities such as push-ups, baseball, swimming, tennis, etc. Additionally, the device may be used for rehabilitation training and upper body strengthening. Thus, the multifunctional resistance training device may be used for improving power and speed in sports activities, as well as for rehabilitation training.

A glove including an upper surface, a lower surface, finger sheaths, and a thumb sheath. This glove is configured such that the finger sheaths can be in a curved position or a fist position for ease of wearing and while preventing the finger sheaths from assuming a straight extended posture.

The present disclosure is for a lower extremity combat training device. The lower extremity combat training device has a shin guard, a knee guard, and a dorsum guard. The knee guard is an extension of the shin guard. A padded medial side and a padded lateral side extend into the knee guard and are, additionally, a medial side of the knee guard and a lateral side of the knee guard, respectively. The knee guard remains aligned with and moves with the shin guard. The knee guard further has a padded knee cavity secured between the medial side of the knee guard and the lateral side of the knee guard. The dorsum guard is adhered to the shin guard and extends from a bottom side of the shin guard.

The invention relates to a striking glove (1) with a damping body (8), a fluid-filled body (2), and a pressure sensor (3) for measuring the pressure in the fluid-filled body (2), wherein at least a portion of the damping body (8) is located between an impact surface (9) of the striking glove (1) and the fluid-filled body (2), wherein the striking glove (1) further comprises a computing unit (3') designed to assign force values ​​to the pressure measurements measured by the pressure sensor (3), wherein the striking glove (1) is designed such that the two opposite sides of the fluid-filled body (2) in the direction of impact are contact-free when the striking glove (1) impacts with the impact surface (9) with a force of 2.5 kN onto a lateral surface of a substantially non-deformable cylinder (104) having a diameter of 7 cm.

A door or wall mounted training boxing apparatus allows a user to practice a variety of different martial arts techniques without having to modify the apparatus. A spring and one or more struts within the apparatus allows a user to practice straight punches, uppercuts, hooks, use as a speedbag, kicks, and elbows. Adding to the versatility of the apparatus, the apparatus may be temporarily installed in a doorway, for example as a piece of home workout equipment, or more permanently installed against a wall or other surface. Additionally, the apparatus includes an air valve that allows for resistance adjustment of the punching ball. Closing the air valve increases the air pressure within the apparatus, increasing the resistance. Opening the air valve decreases the air pressure, decreasing the resistance.

A fitness system of the present invention includes an upper mount, a lower mount, and a series of interconnected components. The upper mount is coupled to a first cord and is configured to be attached to a wall or ceiling. The lower mount is coupled to a second cord and is configured to be grounded to the floor. The series of interconnected components is coupled between the first cord and second cord, wherein the series of interconnected components comprises one or more punching bags and one or more reflex bars.

The present disclosure is for a lower extremity combat training device. The lower extremity combat training device has a shin guard, a knee guard, and a dorsum guard. The knee guard is an extension of the shin guard. A padded medial side and a padded lateral side extend into the knee guard and are, additionally, a medial side of the knee guard and a lateral side of the knee guard, respectively. The knee guard remains aligned with and moves with the shin guard. The knee guard further has a padded knee cavity secured between the medial side of the knee guard and the lateral side of the knee guard. The dorsum guard is adhered to the shin guard and extends from a bottom side of the shin guard.

A martial arts training device for simulating moving targets includes a base, a target rack, training targets that are affixed to the target rack and a drive system that is operable by a user. The drive system includes drive wheels that are operatively coupled to the target rack to effect movement of the target rack and the targets affixed thereto towards and away from the user during a training session. The drive system also includes a load wheel and a resistance brake that provide load to the drive system and training device.

The hand wrap of the present disclosure comprises a chassis that is a central hub or base for supporting supplemental support elements or features such as, for example, straps, cushions, braces, loops, or the like which extend therefrom in multiple arrangements and directions. These supplemental supports provide an overlapping support system relative to the chassis that mimics professional hand taping. Multiple anchoring locations and stabilizing structures are provided without the use of cloth wraps or trainer support.

A modular combat sport system is provided, comprising a strike-responsive target assembly, a flexible melee training weapon, a wearable armor platform, and an integrated team-based gameplay framework. The target assembly includes a housing that emits a visual marking substance—such as paint, powder, or dye—and may optionally produce an audible tone. The weapon features a resilient core with an energy-absorbing sheath and a compressible tip, enabling safe physical engagement. The modular armor assembly supports attachment of targets and provides protection. The sport system enables competitive team combat with defined player roles, fog-of-war mechanics, and objective scoring based on visual and / or auditory confirmation of legal strikes. The system allows for specialist player roles, referee oversight, and scalable rule variations, creating a hybrid between medieval melee reenactment and modern tactical games like paintball.

The hand wrap of the present disclosure comprises a chassis that is a central hub or base for supporting supplemental support elements or features such as, for example, straps, cushions, braces, loops, or the like which extend therefrom in multiple arrangements and directions. These supplemental supports provide an overlapping support system relative to the chassis that mimics professional hand taping. Multiple anchoring locations and stabilizing structures are provided without the use of cloth wraps or trainer support.

A method for the non-therapeutic conditioning of a user’s bone such as a shin bone, comprising steps of assessing the bone, generating a treatment plan from the assessment, and controlling a condition

This disclosure describes a method and devices for performing multiple measurements of a boxing punch (or a similar push action in other sports). These measurements provide force, acceleration, four types of reaction time, 3D angles, speed, accuracy / precision, rate of force development, straight punch (jab or cross) efficiency, SPR index (Strength, Precision, reaction time) and / or other information. The devices doing the associated measurements, use one or more force sensors and one or more motion sensors embedded in the boxing gloves and / or in the punched (pushed) object (e.g., punching bag or mitts). In case of a flat screen used for punching area and showing an opponent, a set of position sensors can be used to measure the accuracy of the punch (push). The novel methods and devices can be used in a boxing (or pushing) test, assessment, and training activities, also for fitness and exercising games.

A nunchaku training apparatus and method for enhanced martial arts instruction comprising a nunchaku assembly with two handles, each having predetermined contrasting colors to facilitate visual differentiation during training. Each handle is divided along its longitudinal axis into high, middle and low sections delineated by linear demarcation lines to guide proper hand placement. The apparatus includes a pair of wrist coverings with contrasting colors distinct from the handle colors and from each other, enabling identification of which hand grips which handle. The handles may be octagonal or cylindrical in cross-section and constructed from various materials including wood, metal, or foam. A tether coupling the handles may be cord, rope or chain with length optimized for the user's hand size. Training methods include instructing users to distinguish between handles based on color and section demarcation, with optional video analysis providing feedback on hand placement and technique. The system simplified nunchaku instruction, reduces student confusion and accelerates skill acquisition through clear visual guidance and enhanced comprehension.

The invention relates to a training dummy for martial arts and combat sports. The dummy consists of parts that simulate the various parts of the human body and which are made of metal and covered with a soft material (21), such as polyurethane. The different parts of the dummy have fixed and variable inclinations so that it assumes natural postures and allows the correct training of the athlete.

The present invention relates to a training system for martial arts and contact sports that has three basic groups for the proper functioning thereof. The first group consists of a series of sensors called limbs, since they are coupled to each of the four limbs of the individual who is training. The second group consists of a series of sensors that is called the ring or training area. The third group consists of two analytics applications with two functional levels, the data of the individual who is training and comparative data from groups of individuals.

A glove comprising an upper surface, a lower surface, finger sheaths, and a thumb sheath. The glove configured for ease of entry as well as to prevent the finger sheaths from moving into a linear extended position, while allowing the finger sheaths to be in a curved position or a clenched position.