Provided is a treadmill. The treadmill includes a first frame and a second frame that are disposed in parallel with each other and a plurality of slats that extend perpendicularly to a disposition direction of the first frame and the second frame, are disposed between the first frame and the second frame, and are installed to move with respect to the first frame and the second frame, in which at least some of the plurality of slats include a support plate, which includes a base portion providing a first plane and a strength reinforcing portion that has a shape protruding from the base portion and has a cavity formed therein.

The invention belongs to the technical field of fitness equipment, in particular to the independent suspension vibration damping mechanism of running platform of a treadmill. It solves the problem that the shock effect of the existing treadmill is poor and so on. It includes the chassis and the runway frame. The front end of mentioned runway frame is suspended on the chassis by means of a suspension structure and when the runway frame is subjected to a downward force and forcing the front end of the runway frame to descend, the suspension structure can assist the front end of the runway frame to rise and reset. The independent suspension vibration damping mechanism of running platform of the treadmill has the advantages: simple structure, good stability, good shock absorption effect, providing shock absorption buffer to multiple locations of the treadmill, long span life, and high mechanical strength.

The invention relates to the field of treadmill technology, and more particularly to the low noise type direct drive type treadmill. It has solved the technical problems such as large output power loss and large noise. The low noise type direct-drive type treadmill comprises a running platform, an endless running belt is arranged on the running platform, a rotating roller is arranged at one end of the running platform and a tubular motor is arranged at the other end. Mentioned above rotary roller and tubular motor being arranged parallel to each other and provided with a running belt fixed to the running platform between the rotating roller and the tubular motor, mentioned above annular running belt being arranged between the rotating roller and the tubular motor and mentioned above annular running belt is located on the periphery of the running belt when the tubular motor is operable to drive mentioned above endless running belt. Compared with the prior art, the invention has the advantages that the noise is small and the running energy consumption is greatly reduced and the cost is low.

A treadmill or exercise machine that incorporates various layers under a moving surface to provide cushioning or impact resilience for a user running/walking on the moving surface of the treadmill or exercise machine is described. In some embodiments, a deck of the treadmill can include or incorporate a cushioned or cushioning layer disposed on the deck, along with a thermal layer and a wear layer. In some cases, the thermal layer is disposed on a top surface of the cushioning layer, and the wear layer is disposed on the thermal layer (e.g., between the thermal layer and the moving surface).

A treadboard and a treadmill includes two first elastic strips of same structure arranged abreast with the lengths disposed along the moving direction of the belt of the treadmill and a plurality of solid support strips; the first elastic strips are arc structural, the center of the arc structure is higher than two ends of the arc structure; either end of each first elastic strip is once formed with buffer portion that is flexible along the length direction, so that the buffer portions buffer the arc structure of the first elastic strip after fixedly connected to the base of the treadmill; the solid support strips is of straight strip structure respectively connected vertically between the two first elastic strips, two ends of each solid support strip are respectively connected to the corresponding upper sides of the two first elastic strips.

A treadmill includes a frame having a front end and a rear end, substantially opposite the front end; a front shaft assembly coupled to the frame proximate the front end of the frame; a rear shaft assembly coupled to the frame proximate the rear end of the frame; a running belt disposed about the front and rear shaft assemblies; and a bumper coupled to the frame proximate the running belt such that the bumper is disposed between the running belt and the frame. The bumper includes a partially rounded surface and a substantially flat surface. In use, the partially rounded surface and the substantially flat surface of the bumper are configured to selectively engage and restrict movement of the running belt towards at least a portion of the frame.

A buffer board structure of a treadmill includes bamboo layers made by attaching bamboo sheets side by side, a bottom surface of which is adhered by a membrane layer whereby the bamboo sheets are firmly stuck on the membrane layer. Each membrane layer has an upper and lower faces respectively stuck between the bamboo layers. The bamboo sheets of each bamboo layer face the same juxtaposing direction, whereas bamboo layers juxtaposed lengthways provide a better buffer. By setting one membrane layer between two bamboo layers, contact faces of the bamboo layers and the membrane layer adhered together become smoother, and an adhesive fills in a gap more evenly. A slip resistant layer is stuck on the top bamboo layer. A smoother buffering effect and a stable juxtaposition are obtained when the bamboo layers are trodden to prevent the breakdown of buffer relations between the bamboo sheets and the membrane layers.

A slope adjustment mechanism for treadmill may include a base fixedly arranged below the end of a treadmill body, a rotating member rotatably arranged on the base, and an adjustment bracket pivotally connected to the rotating member; the adjustment bracket is provided with an accommodation groove for partially placement of the base, the limiting mechanism is provided between the base and the adjustment bracket, which is used for limiting the adjustment bracket to a specified angle and limiting the further turning of the adjustment bracket; the damping mechanism with a damping force for limiting the adjustment bracket from axially moving along the rotating member is provided between the base and the adjustment bracket; the damping mechanism includes placing grooves recessed at the rotating member on both side walls of the accommodation groove.

A fitness machine operable by a user. The fitness machine includes a base that extends in a length direction, a width direction, and a height direction that are perpendicular to each other. A mobile portion is configured to support the user during operation of the fitness machine. A resilient body is configured to provide a resistance against the mobile portion moving towards the base in the height direction. A frame is moveable in the length direction relative to the base to adjust the resistance provided by the resilient body. A fastener assembly moveably couples the frame to the base, where the fastener assembly is configured to expand in the width direction to prevent the frame from moving in the width direction relative to the base during operation of the fitness machine.

Provided is a treadmill, which includes a running belt, a running deck, a base frame assembly, and a cushioning means arranged between the running deck and the base frame of the base frame assembly. The running deck of the treadmill is only supported at its two ends, and the force exerted by the exerciser on the running belt and the running deck is reduced through the cushioning means, thereby providing effective training results.