83results about "Combat sports" patented technology

The invention discloses a martial art free combat training frame which comprises a cross beam frame, and fixing supporting frames are fixedly connected to the two ends of the cross beam frame; the device comprises a cross beam frame, a beating training assembly and a linkage adjusting assembly, the linkage adjusting assembly is fixedly arranged at the position of the side wall of the cross beam frame, and a swing control structure and a counterattack simulation assembly are fixedly connected to the linkage adjusting assembly. In order to solve the problem of training difficulty caused by disordered swinging of a sandbag due to disordered hitting, the sandbag can swing along a fixed track through a swing control structure during hitting training, so that multi-angle disordered swinging caused by hitting of a green hand is avoided, swinging of the sandbag is controlled, and the training efficiency is improved. Meanwhile, through the arrangement of the linkage adjusting assembly, the control effect is gradually reduced along with training along with the increase of the training time.

A clavicle protective device may include a contoured member configured to cover at least a portion of the clavicle. The contoured member may have an inner surface configured to face the at least a portion of the clavicle and an outer surface configured to face away from the at least a portion of the clavicle. The contoured member may include a first contact portion, a second contact portion, and a bridge portion positioned between the first contact portion and the second contact portion. The first contact portion may be configured to contact the subject's body above the clavicle. The second contact portion may be configured to contact the subject's body below the clavicle. The bridge portion may be configured to be spaced apart from the subject's body when the first contact portion and the second contact portion contact the subject's body.

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

An integrated exercise system combining cardiovascular and core training, the apparatus comprising: a base portion designed to increase its weight by being filled with water or sand, providing stability during workouts; an upright punching bag removably and fixedly engagable with the base portion; and adjustable leg cutouts incorporated into the base portion, ergonomically padded to securely hold the user's legs for abdominal exercises. The base portion includes a durable, high-density foam structure and a hollow interior that can be filled to anchor the system. The upright portion supports the punching bag, facilitating a variety of upper body exercises. The system also features a digital interface for workout selection, progress tracking, and integration with external fitness apps. The apparatus offers a comprehensive workout by combining the intensity of punching exercises with the core-strengthening benefits of ab workouts, enhancing overall fitness and user engagement through an innovative, space-efficient design.

The application provides a virtual combat training device, and relates to the technical field of interactive devices, and comprises a bionic training robot, a motion data capturing system and a virtual combat analysis system; the bionic training robot is used for recognizing the actions and instructions of a training personnel, controlling the mechanical structure to make corresponding actions according to the recognition result, and performing simulated voice interaction, and is also used for controlling the mechanical structure to make corresponding accompanying training actions according to a user setting mode; the motion data capturing system is used for capturing the posture and physiological change information of the training personnel; the virtual combat analysis system is used for simulating the combat training process and scene, and analyzing and displaying the combat training data according to the posture and physiological change information of the training personnel in different training states; accordingly, a virtual combat training method is also disclosed; the application can perform combat training on the training personnel by the method assisted by the bionic training robot and the user somatosensory data capturing and VR device.

An intelligent scoring method, device, and / or system for martial art contests produces intelligent scoring and is applicable to polearm, western fencing, martial art, wrestling, taekwondo or spearing fight contests. These allow both competing parties in the martial art contest to use a weapon or to wear a protective gear that is equipped with a sensor. When these two sensors detect a contestant in the contest being hit, the sensors and a plurality of image capturing devices are set to transmit data of the hit to a tournament judging program device at the fighting ring via wireless communication, which then uploads the data to a cloud device for score recommendations. Next, the cloud device transmits the score recommendations to the tournament judging program device to be confirmed by the referee as the score, which is uploaded back to the cloud device for real-time inquiry by audience or contestants.

A protective glove 2 comprises a hand portion 4, a cuff portion 6 and an adjustable fastener 46, a dorsal region of the hand 4 and cuff 6 portions comprise an ulnar layer 36 extending from an ulnar edge of the glove to a free edge and a radial layer 38 extending from a radial edge of the glove to a free edge, the ulnar layer 36 and the radial layer 38 overlap at their free edges. The adjustable fastener 46 comprises a first lace retainer 50 attached to the ulnar layer 36 at a distance from the free edge, a second lace retainer 52 attached to the radial layer 38at a distance from the free edge, a lace 48 engaged with the first 50 and second 52 lace retainers, and an adjustment device (56, Fig. 2) engaged with the lace 48 and moveable between a released position and a locked position. The protective glove is preferably a boxing glove or inner glove for combat sport.

A method for non-therapeutic conditioning of a user's bone is provided, comprising assessing a condition of the bone and generating a treatment plan for conditioning the bone by forming microcracks in the bone based on the bone condition. The method further comprises inducing localized stress in at least a portion of the bone in accordance with the treatment plan. The localized stress is induced by a conditioning device having a contact device and an actuator. A controller is configured to control the conditioning device in accordance with the treatment plan to mechanically induce the localized stress in the bone.

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 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.

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.

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.

An impact apparatus and a computing system provide real-time feedback about a particular activity performed using the impact apparatus. In one general aspect, a method includes providing a user interface that displays a plurality of impact zones, the plurality of impact zones corresponding to a plurality of impact zones on an impact apparatus configured to generate voltage in response to an impact. Implementations can include determining a hit impact location and a velocity of an object for an impact event and updating the user interface with the hit location and velocity. Implementations can include determining a response time for an impact event. Implementations can include determining a location and magnitude of an impact event. Some implementations may include determining whether a location is a target location. Implementations can score an impact according to its magnitude, location, and / or response time.

The invention discloses a fight ball with a counting function and a batted ball counting method.The fight ball is characterized in that a first detection sensor and a sliding block are additionally arranged on a head-mounted device of the fight ball, the sliding block is in transmission connection with an elastic rope, and when the fight ball is hit to move forwards, the sliding block is driven by the elastic rope to move forwards; the sliding block moves relative to a mechanism in the head-mounted device, at the moment, the first detection sensor can detect the sliding block, after the sliding block moves, the first detection sensor can detect a first detection value exceeding a detection threshold value, and it is indicated that the hitting ball is effectively hit; no matter how large the user hits the hitting ball, effective hitting of the user can be calculated, and calculation is accurate. And the rotating mechanism enables the elastic rope in the twisted state to be reset. The hitting ball can broadcast the number of hitting times according to the number of hitting times.

A punching training device includes: a base; a supporting assembly including a fixed rod and a telescopic rod, the fixed rod connected to the base, the telescopic rod being detachably connected to the fixed rod, the telescopic rod being retractable in an axial direction of the fixed rod relative to the fixed rod; and a punching assembly including an elastic rod and a strike body, the elastic rod being detachably connected to the telescopic rod, the elastic rod being made of elastic material, the strike body being disposed on the elastic rod.

The invention discloses a fighting action guidance glasses device based on an AR technology. The fighting action guidance glasses device comprises a glasses frame; the camera is mounted on one side of the spectacle frame; the information processing element is mounted on one side of the glasses frame; the light-transmitting display screen is fixedly mounted with the information processing element through a mounting rod; according to the glasses, under the action of the information processing element, in cooperation with the light-transmitting display screen and the camera, and under the action of the control system, whether training operation actions are similar to actual actions or not can be compared, and then training guidance is conducted; meanwhile, under the action of the lens dismounting and mounting structure, the lens bodies can be replaced, special lenses are not needed, a clamping mode is adopted, the size of the mounting groove is slightly large, the requirement for clamping most lenses in the market can be met, only the originally worn lenses need to be dismounted and mounted, and convenience and rapidness are achieved.

According to one aspect of the present invention, there is provided a method for analyzing a user's motion, the method comprising the steps of: generating a motion data set for a motion of a user on the basis of at least one image of the motion of the user; determining a partial motion data set for a partial motion of the user by separating the motion data set by partial motions of the user; and determining a first relevance between the partial motion of the user and a reference partial motion by comparing the partial motion data set with a reference partial motion data set determined by separating a reference motion data set by reference partial motions.

The boxing dummy game allows users to engage with the current and former sports champions and specifically, boxing legends within an apparatus and a gaming app. Furthermore, a player boxer matches a remote player boxer through the boxing apparatus in a wireless communication with a remote boxing apparatus. Therefore, a match comprises the player boxer's hand speed vs. the remote player boxer's hand speed and the latter larger than the former indicated by a yell sound from the head speaker. Applications of the present disclosure include a boxing dummy represented by an icon and the attribute box and connections there between are virtual and matches are managed by a cell phone application and non-transient computer circuits.

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.

A training device comprising a flexible rod capable of being mounted at an upper end to an upper structure, such as a ceiling, and at a lower end to a lower structure, such as a floor, and a punching bag mounted to the flexible rod. The flexible rod may be capable of deformation followed by a quick return to an original position when the punching bag is struck.

A portable martial arts training device that can be connected to a variety of structures, such as outdoor poles. The device has a body filled with impact absorbing padding. The straps are re-configurable between backpack and training mode when gripped around the infrastructure. Non-slip pads on the back panel of the backpack and / or the straps hold the body in place in training mode. Strike areas on a front panel of the backpack body are designed to be struck with optimal resistance.

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 portable striking pad 2 convertible between an unfolded configuration and an engaged configuration, comprises: a flexible main body 10 having opposing first and second panels 12, 14 extending betwee

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 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.

The present invention provides a striking stick for sports training and a training method. The striking stick includes a first column core, a second column core is connected to the left end of the first column core, a third column core is connected to the right end of the first column core, an elastic air bag is sleeved on the outer side of the first column core, and a support frame for supporting the elastic air bag is provided inside the elastic air bag. When using the striking stick for training, first determine the standing method of two people, then each of the two people holds a striking stick, and finally select a striking method to strike each other according to training needs. When striking each other, each of the two people holds the elastic air bag part of the striking stick, and the left hand end and the right end of the right hand of the two people are adjacent to the opposite second column core and the third column core. When striking, the drum surface will make a sound, and the trainer counts by the sound made by the drum surface. Using this striking stick training method, the striking method can be determined according to the different purposes of practice, competition, or testing to train the ability of coordinated movement between companions.

The invention discloses a fight ball with a counting function and a batted ball counting method.The fight ball is characterized in that a first detection sensor and a sliding block are additionally arranged on a head-mounted device of the fight ball, the sliding block is in transmission connection with an elastic rope, and when the fight ball is hit to move forwards, the sliding block is driven by the elastic rope to move forwards; the sliding block moves relative to a mechanism in the head-mounted device, at the moment, the first detection sensor can detect the sliding block, after the sliding block moves, the first detection sensor can detect a first detection value exceeding a detection threshold value, and it is indicated that the hitting ball is effectively hit; no matter how large the user hits the hitting ball, effective hitting of the user can be calculated, and calculation is accurate. The rope winding mechanism of the adjusting device can adjust the length of the elastic rope according to user requirements, and the rotating mechanism enables the elastic rope in a twisted state to be reset. The hitting ball can emit light and switch the light effect according to the number of hit times.

Impact bag assemblies and methods related thereto utilizing unique strikable units or striking-pad units. Some embodiments utilize reconfigurable striking-pad units. Some embodiments utilize striking-pad units that have two foam paddings instead of one, wherein the foam padding differs in density and hence in hardness. Some embodiments utilize angled sides on the striking-pad unit. For example, the and the striking-pad unit is configured to have a periphery comprising a series of angled sides such that the outer lateral-cross-sectional shape of the striking-pad assembly is a polygon. These sides can also slant inward or outward or be convex or concave.

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.

The invention provides an interactive striking training device, and relates to the technical field of striking training devices.The interactive striking training device comprises a base disc and an intelligent sandbag body, an adjusting mechanism is installed on the base disc, and the intelligent sandbag body has a first motion state and a second motion mode; the adjusting mechanism is used for adjusting the motion mode of the intelligent sandbag main body after being hit on the base plate; the first movement mode of the intelligent sandbag main body is that the intelligent sandbag main body swings after being hit. According to the interactive striking training device provided by the invention, through the arrangement of the base disc, the intelligent sandbag main body and the adjusting mechanism, the motion state of the intelligent sandbag main body after striking can be adjusted according to the striking training proficiency of a striking trainee, so that a green hand can master the striking skill during air exhausting, and the success rate and confidence of training are improved; the training difficulty and challenge can be increased for experienced trainers, so that the training is closer to actual combat conditions; the adjustable motion mode greatly expands the application range and the training effect of the training device.