10results about "Clubs" patented technology

A variable weight instability mace and long bar exercise device includes a hand-held shaft with one or more rotational connectors, each suspending a weight via a flexible connector such as a chain. The suspended weights swing freely during exercise, creating instability that activates core and stabilizer muscles. The mace includes a single connection point; the long bar includes two, one on each end. The shaft may include grip markings and support various weight types, including plates and lightweight elements such as drilled hockey pucks. The degree of instability is adjustable by changing the chain length or weight. The devices are suitable for users of all fitness levels, including youth athletes.

A portable modular solution for a workout mace, including a multi section handle, and a mace head capable of having variable weights, where the solution allows adding many different handles, ad-ons and accessories such as different handles for an all-round workout with a single device. The carrying bag / backpack of the modular system may be made in the form of a vest and be doubled as a weight vest.

An improved exercise club may include a body made of frustoconical shaped lower and intermediate portions, and a handle attached to a smaller end of the intermediate portion. The club is ergonomically designed taking into account specific human anatomy and shape (e.g., the back, trapezius, shoulders, etc.) to allow a user to leverage these parts of body as a tool to be used in conjunction with the club's proportions and may facilitate a range of exercises with comfort and safety for the user. The shape of the club may be defined by different ratios, which ensures that the club can be safely rolled over the shoulder and behind the head, and thrown in specific patterns, while also allowing the user to maintain balance of the club on his body.

The utility model relates to a body builder which comprises a bourdon tube and a holding part. The bourdon tube is a spiral bourdon tube and comprises a main body part with a larger diameter, a first end part which is positioned at one end of the main body part and has a smaller diameter, and a transition part which is connected between the main body part and the first end part and has a diameter gradually reduced from the main body part to the first end part, and an internal thread connecting hole is formed in the inner circumference of the first end part; the holding part comprises a holding handle main body, a holding handle front end part arranged at the front end of the holding handle main body and a holding handle tail end part arranged at the tail end of the holding handle main body, the holding handle main body sleeves the first end part, the holding handle front end part sleeves the transition part, the holding handle tail end part is provided with an external thread column, and the external thread column is inserted into the internal thread connecting hole and is in threaded connection with the internal thread connecting hole. According to the body builder convenient to disassemble and assemble, the hole shrinkage structure is adopted between the main body part and the first end part, the general design of the holding part is facilitated, and the body builder is comfortable and powerful to hold and not prone to loosening when used.

An exercise device (10) comprises a kit of parts comprising a carrier structure (12) and a plurality of ballast elements (20, 22), wherein the carrier structure (12) comprises a carrier body (12a) with at least two attachment locations (14a-d, 16a-d), and wherein the ballast elements (20, 22) comprise two engaging structures (20a, 20b, 22a, 22b), a first one of the engaging structures (20a, 22a) being configured for connection with an attachment location (14a-d, 16a-d), and a second one of the engaging structures (20b, 22b) being configured like an attachment location (14a-d, 16a-d) of the carrier, for connection with the first engaging structure (20a, 22a) of another ballast element.

The technology provides a method of reducing injury to a hamate bone for the lower hand while swinging a bat. The method includes determining a relief location for a knob of a wood baseball bat gripped with two hands, one above the other, with a lower hand being proximate to or contacting the knob. The process includes determining a location of a hamate hook on the lower hand, based on an intersection of a Kaplan's cardinal line and an ulnar border of ring line and placing a transferable substance over the hamate hook of the lower hand. A wooden baseball bat is selected and gripped with the grain positioned for a baseball to contact a hard side of a barrel during a swing. A location is identified to create a relief in the knob based on a transfer of the substance corresponding to a location of the hamate hook.

The invention provides a control method of a combined type comprehensive training frame, and relates to the technical field of combined type comprehensive training frame control, initial control parameters are obtained based on heart rate monitoring signals and motion position adjusting signals of target training, and a control model comprising a parameter adjusting module and a safety compensation module is constructed; the initial control parameters are adopted to control the training frame to operate, signals are collected in real time to obtain a real-time signal set, the real-time signal set is input into the parameter adjusting module to obtain adjusting control parameters, and the initial control parameters and the real-time signal set are input into the safety compensation module to obtain safety compensation parameters. The training frame is continuously controlled to operate by adjusting the control parameters and the safety compensation parameters. The technical problems that in the prior art, a combined training frame lacks intelligent dynamic cooperative control, heart rate safety protection and training intensity adaptation are disjointed, and potential safety hazards exist are solved. The technical effects of improving the heart rate safety guarantee level in the training process and achieving accurate and personalized adaptation of the training intensity are achieved.

An apparatus designed to facilitate performing a combination of hip shift and transverse twist exercises to provide a more comprehensive and efficient training. The apparatus includes a sliding track configured to create resistance against hip shift exercises of a user. Further, a hip shift pad is attached to the sliding track. The hip shift pad is configured to facilitate the user to push the hips into the hip shift pad to create resistance and support during the hip shift exercises. A first weight stack is configured to provide adjustable resistance for performing transverse twist exercise using one or more main shafts. A second weight stack is configured to create resistance for the hip shift motions. A vertical handle is mounted over each of the main shaft which can slide longitudinally along the main shaft to load the upper back.

To provide a fitness stick that is not only advantageous for a common grip design but also has a comfortable, strong grip when in use and is difficult to come off. [Solution] A fitness rod comprising a rod body 1 and a grip 2, the rod body having a coil spring structure and integrally molded with a vibrating section, a transition section, and a connecting section, the vibrating section and the connecting section both being cylindrical coil spring shaped, the transition section being conical coil spring shaped tapering from the vibrating section to the connecting section, the grip being fixedly connected to the connecting section, and when the fitness rod is swung or rocked by holding the grip, the vibrating section can be elastically vibrated in the direction of the swing or rocking. The fitness rod's tapered design at the connecting section is not only advantageous for a standardized grip design, but also makes the grip comfortable, strong, and difficult to come off during use.

A fitness bar that is formed by a bar body and a handle. The bar body is a continuous helical spring including a vibrating portion, a transition portion, and a connecting portion. Both the vibrating portion and the connecting portion are shaped like a cylindrical helical spring, and the transition portion is shaped like a conical helical spring that tapers from the vibrating portion to the connecting portion. The handle is fixedly connected to the connecting portion. The connecting portion has a reduced diameter compared with the vibrating portion. When a user grips the handle and whips or swings the fitness bar, the vibrating portion is driven to vibrate elastically in a direction of whipping or swinging.