A climbing structure arranged on a supporting surface, said climbing structure comprising: a first vertical post arranged on the supporting surface, a second vertical post arranged on the supporting surface and arranged offset from the first vertical post in a horizontal direction, a first climbing element connected to the first and the second vertical post to span the distance between the first and second vertical posts and a second climbing element connected to the first and the second vertical posts to span the distance between the first and second vertical posts, said second climbing element being arranged above the first climbing element. The first and second climbing elements having a length (between the posts), a height (parallel to the posts) and a thickness (perpendicular to the plane of the area between the posts), said length being at least 1.5 times greater than the height. Furthermore, the upper and/or lower edge of the first and/or second climbing element comprises a recess. In this way, a climbing structure is provided which is easy to assemble and which provides a highly configurable construction to provide different appearances just by adjusting the spacing between the first and second climbing elements.

A stand type walking exercise device may include a body structure including a pair of side frames, a front frame for connecting the pair of side frames at the front of each of the pair of side frames, and a pair of first fastening frames protruding upward from the pair of side frames, a prop structure connected to the upper sides of the pair of side frames by the pair of first fastening frames to support a part of the user's body, a safety pad separably bound to the lower side of the prop structure, and a lower structure including support frames connected to the lower sides of the pair of side frames and in contact with and supported on the ground, and a pair of rotating parts formed on the support frames. The pair of rotating parts rotates independently of each other.

Systems and methods for reducing injury sustained during weightlifting and for making deadlifting more comfortable by encouraging correct form with reduced risk of injury. Specifically, this disclosure relates to systems and methods for reducing injury during a deadlift by providing a cushioned, free-spinning roller protective device on an associated barbell which roller is configured to roll relative to the barbell so that contact between the roller and the users leg results in the barbell bar rolling along the leg.

A treadmill or other exercise machine having a comb guard is described. For example, an assembly having a comb guard (e.g., an interlaced comb guard) may be disposed at a rear area of a treadmill. The comb guard may deflect objects or debris away from a gap between a moving surface of the treadmill and a rear guard or housing, and thus displace or move objects away from the moving surface of the treadmill.

An apparatus includes a pair of support members, a cable, a rolling mechanism and a tackling bag. The pair of support members are fixedly coupled to a surface. The cable is attached to and extends between the pair of support members. The rolling mechanism is connected to the cable and configured to traverse the rod from a first end of the rod toward a second end of the rod. The tackling bag is attached to the rolling mechanism and configured to be propelled from one of the pair of support members toward the other of the pair of support members. The rolling mechanism is permitted to move relative to the cable when a force is applied to the tackling bag.

An order to customer linking system may include a sensor to sense a position of an order, a projector and a processing unit to associate a customer with the order and to output signals causing the projector to project a customer identification image based upon the position.

An exercise apparatus comprises a platform having a front roller, a rear roller and an endless belt mounted around the front roller and the rear roller for allowing a user to perform a first exercise type of a relatively lower resistance or a second exercise type of a relatively higher resistance. A front frame is mounted at a front side of the platform and has at least one holding portion adapted to be grasped by the user. A first control interface controls the first exercise type. The first exercise type is selected from a group consisting of walking, jogging, and running. A second control interface that controls the second exercise type. The second exercise type includes the user pushing the endless belt backwards against resistance while grasping the holding portion.

An exercise device is provided, including: a main body, two fan wheels and a magnetic resistance assembly. The main body includes an axle disposed thereon. The two fan wheels are connected to the axle and rotatable relative to the main body. The magnetic resistance assembly includes two magnetoresistive rings disposed respectively on the two fan wheels and around the axle, a magnetic unit and a controlling unit. The magnetic unit includes two magnetic portions respectively corresponding to the two magnetoresistive rings. The controlling unit includes a lever rotatably disposed on the main body at a pivot point, and the magnetic unit and an operating portion are disposed on the lever and located by two opposite sides with respect to the pivot point. The pivot point and the axle are eccentrically arranged.

A spinner bike with adjustable magnetic resistance includes a generator, a disc plate, a magnetic resistance adjusting apparatus and a resistance adjusting apparatus. The elements are disposed on a frame body of a spinner bike, so that a pedaling mechanism of the spinner bike can be operated to drive a flywheel and the disc plate for generating electricity by the cutting of flux formed by a plurality of magnets surrounding an armature core. Rotating a button of the resistance adjusting apparatus enables a connecting rod operating a pulling cable, so as to further alter coverage of the flux on the disc plate for adjustment of the loading resistance.

A system for protecting a climbing device from contacting a wall includes a barrier device defining an eyelet, an anchor anchored to the wall, and a cord. The barrier device is configured to wrap around the climbing device such that the barrier device extends between climbing device and the wall and forms a sleeve that encircles the climbing device. The barrier device protects the climbing device from the wall. The cord extends through the eyelet and is coupled to the barrier device and the anchor such that the barrier device is anchored to the wall and in a desired position relative to the wall. The barrier device is configured to move relative to the climbing device, and the cord limits movement of the barrier device relative to the climbing device.