1846results about "Dumb-bells" patented technology

A dumbbell comprises a dumbbell body and a weight plate set, wherein the weight plate set comprises a weight plate and a locking mechanism; the locking mechanism comprises an accommodating disk, a limiting device and a limiting disk; the limiting device comprises a limiting block and a transmission block; the limiting block has a locking position and a releasing position; a limiting rail groove is arranged on the limiting disk; the limiting rail groove has a locking section and an opening section; a locking notch is also arranged on the accommodating disk; and a locking part is arranged on the weight plate; when in use, the dumbbell body is rotated, and the dumbbell is used for training such as pushing, lifting, lifting and squatting.

The present disclosure provides a simple dumbbell including a dumbbell rod, an adjustment component, and a dumbbell piece. Two semicircular telescopic rods are provided in the dumbbell rod, a square groove is provided in a middle of the two semicircular telescopic rods. A square rod is provided on the square groove, a fix hole is respectively provided at two ends of the square rod. A limit tooth is provided on the semicircular telescopic rod; the adjustment component includes an adjustment arm and a locking component. A connection hole is provided in a middle of the adjustment arm, a connection component connecting to an installation seat is provided in the connection hole. An adjustment area is provided below the adjustment arm, the adjustment area cooperates with the locking component to adjust the semicircular telescopic rod; the dumbbell piece is provided on an outer side of the adjustment component.

The application provides an adjustable dumbbell, including a dumbbell bar assembly and a plurality of dumbbell plates hooked to two sides of the dumbbell bar assembly. Inserting plate assemblies for being inserted into insertion ports of the dumbbell plates are disposed at two ends of the dumbbell bar assembly. The inserting plate assemblies are provided with damping block mounting holes, and the damping block mounting holes form third open slots at the bottoms of the inserting plate assemblies. Damping blocks are installed in the damping block mounting holes. The bottoms of the damping blocks abut against the bottoms of the insertion ports of the dumbbell plates through the third open slots.

An adjustable weight dumbbell includes a handle assembly with a handle and plates at each end. An outer side of each of the plates is configured to removably couple to one or more outer weights so that the total weight of the dumbbell is adjustable based on how many outer weights are connected. Additionally, an inner side of each of the plates is configured to removably couple to an inner weight to further adjust the total weight of the dumbbell. The inner weights can weigh less than the outer weights. The adjustable weight dumbbell is supported on a cradle that facilitates attaching and removing the outer and inner weights as required or desired.

The application relates to a dumbbell which is convenient for adjusting a load. By arranging telescopic sleeves which can be telescopically adjusted in a handle of the dumbbell, a number of counterweights nested on the telescopic sleeves is controlled, thus achieving an easy adjustment of the load. By arranging a rotatable knob, the telescopic sleeves inside the handle are driven to act through a gear transmission. Meanwhile, due to a position limitation of a division bar of the dumbbell, the counterweights nested on the telescopic sleeves are prevented from sliding left and right, thus ensuring a firm coupling.

A dumbbell comprises a dumbbell body, a base and a locking mechanism, wherein the dumbbell body comprises a handle and a plurality of weight plates, a plate selection mechanism is arranged between the handle and the weight plates, and plate selection mechanism locks the weight plates by rotating the handle; when the weight plates are locked by the plate selection mechanism, the locking mechanism is in a released state, and when the weight plates are not locked by the plate selection mechanism, the locking mechanism is in a locked state.

An exercise machine system includes a vertical post with pin holes; a main carriage secured to the vertical post and being adjustable along; a first column having a plurality of pin holes and pivotally attached to the main carriage; a weight carriage removably secured to the first column via one or more locking pins and to receive and hold one or more weights; and an adjustable connector extending away from the main carriage and having a rotating connection; a second column attached to the rotating connection and having pin holes to receive a trolly, the trolly to receive an accessory; the second column is secured at a predetermined angle away from the rotating connection; and the user selects accessories for a desired exercises.

An adjustable dumbbell, comprising a dumbbell assembly, a dumbbell seat and dumbbell pieces, the dumbbell assembly comprises a dumbbell bar and connecting discs, which are provided with a positioning groove and a connecting block slidingly connected in the positioning groove, and the connecting disc is provided with an elastic component; the dumbbell assembly comprises a handle grip and gear blocks, and the glove and the gear block are fixed circumferentially, and the gear block has an outwardly pushing part and an inwardly shrinking part in the circumferential direction; the dumbbell piece is provided with a connecting groove, when the connecting block abuts against the shrinking part, the connecting block is separated from the connecting groove; the connecting block abuts against the pushing part, the connecting block is snapped into the connecting groove; when the connecting block abuts against the shrinking part, the connecting block is separated from the connecting groove.

A fast adjustable dumbbell is provided, which includes a handle provided with a first accommodation cavity; a plurality of dumbbell pieces, two groups of dumbbell pieces are respectively provided at outer sides of two ends of the handle, and the dumbbell pieces are provided with first through holes; a rotatable shaft including two independent half shafts, which are provided in the first accommodation cavity, the two half shafts can move relative to the handle, and outer surfaces of the two half shafts are provided with symmetrical first threads; two transmission components respectively fixed at the two ends of the handle, and the transmission components are provided with second through holes corresponding to the first accommodation cavity. Hole walls of the second through holes are provided with second threads that are engaged with the half shafts; when the handle is rotated, the two transmission components are driven to rotate.

A free-motion swing arm includes a rack mount; a swivel joint; a hollow tubular arm; and a U bracket with a handle and a weight bearing post extending from opposite surfaces. The rack mount has a handle and mounts on an exercise rack. The swivel joint includes a bearing and a mounting plate, mounts on the rack mount, and rotates about a vertical axis. The arm is mounted to the mounting plate, rotates about a horizontal axis, and is reversibly lockable in multiple positions. The U bracket is mounted to the arm. The swing arm allows movement 180 degrees on both a vertical axis and horizontal axis and in between at the same time for free movement.

Disclosed is a connector, which comprises a first main body with a rotation end and a closed end and a second main body rotatably connected to the first main body, wherein a first through groove is provided at an inner side of the first main body, a second through groove is provided at the second main body, the first through groove and the second through groove enclose to form a fixed cavity, the first main body is further provided with a connection pipe communicated with the first through groove, and the connector further comprises a locking device used to open or close the fixed cavity. When the fitness equipment is disassembled, only the first main body and the second main body need to be unlocked by the locking device without disassembling the sporting equipment connected to the connection pipe, which makes mounting and disassembly of the fitness equipment more convenient.

A high-reliability adjustable dumbbell, including a base for placing dumbbell plates, the dumbbell plates, a handle, a self-locking module, and several chucks mounted on a rod body. Rotation of the handle drives the chucks to rotate, and the chucks are clamped with or staggered from the dumbbell plates. By the arrangement of the self-locking module, the present disclosure ensures the stability of the dumbbell during use and prevents the dumbbell plates from sliding off during movement, thus ensuring the safety of use by a user. Meanwhile, the dumbbell can be locked on the base to prevent accidental collision and falling of the dumbbell plates.

The present disclosure provides a weight-adjustable dumbbell. The weight-adjustable dumbbell includes a handle and counterweight block groups. The counterweight block groups include main counterweight blocks and auxiliary counterweight blocks. The main counterweight blocks are fixedly connected to two ends of the handle. One side of each auxiliary counterweight block is provided with a boss. Two ends of the boss are provided with fan-shaped convex blocks arranged correspondingly. One side of each auxiliary counterweight block away from the boss and one side of each main counterweight block away from the handle are both provided with grooves that are matched with the boss. Two sides of the grooves are provided with fan-shaped slots that are matched with the fan-shaped convex blocks. Mounting clamping slots that are matched with the fan-shaped convex blocks are arranged between inner sides of the grooves and the fan-shaped slots on the two sides.

Provided is a high-reliability adjustable dumbbell, including a base for placing dumbbell plates, the dumbbell plates, a handle, a self-locking module, and several chucks mounted on a rod body. Rotation of the handle drives the chucks to rotate, and the chucks are clamped with or staggered from the dumbbell plates. By the arrangement of the self-locking module, the present disclosure ensures the stability of the dumbbell during use and prevents the dumbbell plates from sliding off during movement, thus ensuring the safety of use by a user. Meanwhile, the dumbbell can be locked on the base to prevent accidental collision and falling of the dumbbell plates.

A weightlifting assembly includes a wall mount bracket configured for mounting to a wall surface and a weightlifting rack assembly connected to the wall mount bracket. The weightlifting rack assembly may have various configurations, including a foldable weight rack assembly, a pull-up bar, a fixed weightlifting rack, a wall-mount weightlifting rack, or various other configurations. The wall mount bracket may be elongated along a lateral width thereof and may have a first mounting region and a second mounting region spaced from each other along the lateral width of the wall mount bracket. The wall mount bracket may also include a central panel that is spaced from the wall surface to provide clearance for fasteners for connection to the weightlifting rack assembly, and in some embodiments, the weightlifting rack assembly may be connected to multiple wall mount panels.

A weight-adjustable dumbbell includes: a handle, two ends of the handle respectively provided with a fixing plate; a plurality of dumbbell plates, respectively arranged sequentially along the fixing plate and movably connected to each other; a pair of first sliding slots, disposed on each of the plurality of dumbbell plates, and penetrating through each of the plurality of dumbbell plates; a pair of second sliding slots, disposed on each of the fixing plate and corresponding to the first sliding slots; and a pair of adjusting assemblies, where two ends of each of the adjusting assemblies are respectively connected to the two fixing plates and respectively corresponding to the two first sliding slots of two of the plurality of dumbbell plates.

A weight-visualized dumbbell includes two weight plate sets and a grab handle assembly configured to suspend and grip the weight plate sets, where the grab handle assembly includes a handle tube, an end cover assembly connected to the handle tube, and a plate selection mechanism connected to the handle tube and rotating synchronously with the handle tube; the plate selection mechanism is provided with a plurality of gears; when the plate selection mechanism rotates to different gears, different numbers of weight plates are fixedly suspended and gripped; a display mechanism is provided in the end cover assembly; the display mechanism rotates synchronously with the handle tube; the display mechanism is provided with labels that are in one-to-one correspondence with the gears of the plate selection mechanism; and a display opening configured for the label to be exposed is formed in the end cover assembly.

A collar for a barbell, the collar having a first collar portion having a body extending along a curve, wherein the body includes: an outer radial surface; an inner radial surface; a channel extending between the outer radial surface and the inner radial surface; a blockage disposed within the channel, wherein the blockage comprises an elastomeric material; and a first pad extending radially inward from the inner radial surface of the first collar portion, wherein first pad includes the same elastomeric material of the blockage, and wherein the first pad is integral with the blockage disposed within the channel.

A dumbbell and a dumbbell kit are provided, the dumbbell includes a dumbbell body, dumbbell pieces accumulatively installed at two ends of the dumbbell body, and adjustment mechanisms respectively provided at two ends of the dumbbell body; the dumbbell body includes a grip rod, a center rod rotatably provided at a center position of the grip rod, and two sets of shell components respectively provided at two ends of the grip rod; the shell components include a main body shell fixedly connected to the center rod and one or more adjustable shells, the adjustable shells are fixedly connected to the center rod; the number of dumbbell pieces corresponds to the number of the adjustable shells, and the dumbbell pieces are provided with dumbbell holes that run through the dumbbell pieces. The dumbbell has the effect of improving the weight adjustment efficiency of dumbbells.

An adjustable dumbbell may include a handle assembly and multiple weights connected to the handle assembly. The weights may be selected in sequence in order to determine the desired weight for use. The weights may be positioned on ends of the handle assembly and may rest within a base when not in use. The handle assembly itself may be removed while the weights remain in the base. The system may be controlled manually by a rotational motion or may be controlled by an automated or semi-automated system.

The present disclosure discloses an adjustable dumbbell including a base, a grip, and dumbbell plates on the grip. The base is provided with a dumbbell plate fix groove, a bottom of the dumbbell plate fix groove is provided with several locking pieces; a through hole is provided on the grip, an interior of the through hole is provided with a connection mechanism. Each dumbbell plate includes a shell and a weight stack arranged in the shell. The shell is fixedly connected with a positioning mechanism, a connection rod in the connection mechanism is moved towards both ends of the grip by rotating the grip. A movement length of the connection rod and the number of dumbbell plates of the grip are controlled to control a weight of the dumbbell. The dumbbell plates are easy to disassemble and assemble and the positioning mechanism prevents the dumbbell plates from falling off.

A counterweight adjusting apparatus for weight-lifting equipment includes a connection assembly and a limiting assembly for sleeving counterweight sheets. The limiting assembly includes a limiting plate, a sleeve rod is provided on the limiting plate, the sleeve rod is inserted into the connection assembly, a clamping member is provided in the connection assembly, at least one clamping groove is provided on the sleeve rod, the clamping member is matched with the at least one clamping groove, and the clamping member is adjustably clamped with the at least one clamping groove. The connection assembly includes a main body, a detachable connection structure is provided on an end of the main body, and the detachable connection structure is a threaded structure.

The present disclosure discloses a connector that can be used to connect fitness equipment and relates to the technical field of fitness equipment. The connector includes a first connection member and a second connection member that are hinged to each other, a clamp cavity configured to connect the fitness equipment is formed by enclosing the first connection member and the second connection member, a buckling structure configured to lock or unlock the first connection member and the second connection member is provided between the first connection member and the second connection member. Compared to a structure of locking a connector by screwing nut, the advantage of the present disclosure is that locking or opening is simple, convenient, and quick by flipping the buckle to fasten.

A system for measuring actual weight lifted by a user when a spotting force is applied and calculating a spotting force. The system is comprised of a display device and sensors having strain gauges attached to a weight lifting bar. The system will determine and display the actual weight lifted by a user with or without a spotting force, and a spotting force applied.

Disclosed is a barbell including a lever assembly; a pair of snapping assemblies disposed at two ends of the lever assembly and fixedly connected to the lever assembly, where each of the snapping assemblies comprises a first snapping member and a first limiting member, one end of the first snapping member is provided with a first snapping portion, the other end of the first snapping member is provided with a second snapping portion, the first snapping portion is provided with a first snapping recess, and the first snapping member is fixedly connected to the first limiting member and is fixedly connected to the lever assembly through the second snapping portion, and a plurality of weight plates snapped with each other and snapped with the first snapping portion.

Disclosed is a weight plate, including a front fixing member, provided with a first snapping portion and a first channel, where the first channel penetrates the first snapping portion and the first snapping portion is provided with a first snapping recess; a rear fixing member, fixedly connected to the front fixing member and provided with a second channel; a snapping module, movably disposed between the front fixing member and the rear fixing member, where the first snapping portion of an adjacent weight plate is capable of being inserted into the second channel to be snapped with the snapping module; a pressing module, movably connected to the front fixing member through the first channel, to drive the snapping module to open and close; and a first limiting sleeve, sleeved on the pressing module and fixedly connected to the front fixing member, for limiting a maximum stroke of the pressing module.

An assembly includes a bar having a sleeve assembly connected to an end portion. The end portion has a first outer diameter, a shoulder section having a smaller diameter than the first outer diameter, a neck section having a smaller outer diameter than the shoulder section, and a head section having a larger outer diameter than the neck section, such that the neck section forms a recessed slot. The sleeve assembly includes a sleeve having a connection assembly for connecting the sleeve to the end portion, which includes a split ring having semi-annular pieces received within the recessed slot and around the neck section, a proximal washer positioned axially inward from the split ring, around the shoulder section, a distal washer positioned axially outward from the split ring, around the head section, and an annular member extending circumferentially around the split ring to retain the semi-annular pieces within the slot.

A weightlifting assembly includes a wall mount bracket configured for mounting to a wall surface and a weightlifting rack assembly connected to the wall mount bracket. The weightlifting rack assembly may have various configurations, including a foldable weight rack assembly, a pull-up bar, a fixed weightlifting rack, a wall-mount weightlifting rack, or various other configurations. The wall mount bracket may be elongated along a lateral width thereof and may have a first mounting region and a second mounting region spaced from each other along the lateral width the wall mount bracket. The wall mount bracket may also include a central panel that is spaced from the wall surface to provide clearance for fasteners for connection to the weightlifting rack assembly, and in some embodiments, the weightlifting rack assembly may be connected to multiple wall mount panels.

An adjustable weight lifting apparatus includes a weight lifting device to which a desired amount of weight is attached by attaching a desired number of weight disks and / or auxiliary weights to the weight lifting device. Weight disks are attached to or detached from to the weight lifting device by intermittently advancing pins from or retracting pins into the weight lifting device. Auxiliary weights in differing amounts can be provided to facilitate adjustment of the amount of weight attached to the weight lifting device in smaller amounts than is achieved by attaching or detaching individual weight disks. The weight disks can be prevented from moving radially relative to each other by protrusions and mating recesses on the weight disks. The protrusions can be removably attached to the weight disks.