A treadmill including a frame, an exercise deck attached to the frame, and a first push-up handle attached to the frame and elevated over the exercise deck.

A kit provides an anchor for an exercise system. The kit includes a mount having spaced-apart first and second knuckles configured (i) to span interlaced knuckles of first and second leaves of a standard hinge assembly that mounts a door in a frame in an opening, the interlaced set of knuckles defining a passageway for receiving an original hinge pin, and (ii) to define a channel having a diameter sufficient to accommodate the diameter of the hinge pin. The kit also includes a replacement hinge pin, which, when inserted into the channel and the passageway, reaches the first and second knuckles of the mount defining the channel, and transforms the mount to the anchor.

A foldable exercise device with a chin-up exercise apparatus and a dip exercise apparatus suspendable from the chin-up exercise apparatus. The chin-up exercise apparatus has a top horizontal member and a bottom horizontal member connected by two connecting members. Each connecting member has a door header hook and a parallel chin-up handle that rotate on the connecting member from a flat configuration to an exercise configuration. In the exercise configuration the chin-up exercise apparatus can engage a door frame. In the exercise configuration the parallel chin-up handles can be used for neutral chin-ups. The dip exercise apparatus has two vertical members spaced apart by a horizontal connecting member. The vertical members have a bottom end with a bottom grip. The bottom grip can be rotated from a flat configuration to an exercise configuration. In the exercise configuration the bottom grips can be used to do dip exercises.

An exercise device for assisting a user in performing bodyweight exercises as well as being configured for performance of weight training cable exercises includes a frame that is configured to be detachably mounted to a doorframe. The frame includes a first door bar and a second door bar that is spaced from the first door bar and is configured for contacting the doorframe on a first side of the doorframe. The exercise device also includes a pair of door hook assemblies that are coupled to the frame and are configured to seat against a ledge of the doorframe on a second side of the doorframe for securely yet detachably mounting the frame to the doorframe. A pulley carrier assembly is detachably coupled to both the first door bar and the second door bar and includes an elongated carrier that carries a first pulley and a spaced second pulley. A cable passes along the first pulley and the second pulley and the cable has a first end and an opposing second end. The device also includes a counter-weight coupled to a first end of the cable.

The present disclosure provides a suspension training strap handle and a suspension training strap, and relates to the technical field of suspension training straps, which solve the technical problem that an edge of a thin edge of a strap body contacts with the human limb and generate pressure so as to be easy to generate a mark and damage the skin when the existing suspension training strap is used. The suspension training strap handle comprises handle bodies, strap connection structures arranged on the handle bodies and gripping parts; wherein the stiffness of a material of the handle body is greater than that of a flexible strap body; one end of the flexible strap body of the training strap is connected to the strap body connection structure while the other end thereof can be connected to an external fixing device.

The present disclosure relates to an exercise device having two tubular members and a tension member coupled thereto, the tubular members designed to be pulled away from each other, and whereby the exercise device is also capable of being attached to one or more resistance bands. Also described herein is an exercise device comprising a pair of tubular members coupled to each other by at least two limit members, wherein an elastic tension member is routed through a bore within each of the tubular members, and wherein the exercise device further comprises an adjustment member positioned at an outer end of each tubular member, each adjustment member including a wire having at least one protuberance, the wire of each adjustment member fixedly coupled to an end of the elastic tension member.

An exercise apparatus for the performance of tricep dip exercise and the like. The apparatus comprises first and second elongate members, which are adapted to be brought into fixed positional arrangement relative to each other. The first upper end of each member is adapted to be brought into engagement with a substantially horizontal member of a pull up or chin up bar, while the second, lower end of each tubular member is adapted to form, or is conjoined to, a hand .[.grips means.]. .Iadd.grip.Iaddend.. The hand .[.grip means is.]. .Iadd.grips are .Iaddend.provided in a direction which is substantially perpendicular to the main body of the first and second member. A third member is conjoined to the first and second members about their lower ends.

Improved exercise assemblies and related methods of use are provided. More particularly, the present disclosure provides advantageous exercise assemblies that are adjustable, changeable and/or rotatable. The present disclosure provides for an exercise assembly that can function as a straight pull-up bar in one arrangement, and can also function as a dynamic, range-of-motion exercise assembly in another arrangement. The exemplary exercise assembly includes an advantageous design that permits users to not only perform straight bar pull-ups, but also allows users to quickly and easily convert the assembly into a two-handled, variable resistance, bicycle-style crank (e.g., a rotating bicycle pull up bar assembly) in which the user rotates two handles of the bar similar to how a cyclist rotates bicycle pedals.

An exercise handle that includes a clamp configured to secure the exercise handle in place. The clamp includes a first portion that includes a first section and a second section. The clamp also includes a spring within the first portion. The spring biases the clamp in a closed position. The clamp further includes a second portion, where the second portion includes a first arm on the first section and a second arm on the second section. The exercise handle also includes a first block attached to the first arm of the second portion and a second block attached to the second arm of the second portion. The exercise further includes a handle. The handle includes a first segment, the first segment placed around at least some of the first portion and a second segment extending perpendicularly from the first segment and rotates relative to the first portion.

Systems, devices, and methods are described for providing, among other things, a neck and spine strengthening device. In an embodiment, the neck strengthening device includes a spinal resistance assembly including at least one resistance component configured to apply a resist force or to resist rotation about a first axis. In an embodiment, the spinal resistance assembly permits lateral neck rotation of a user about the first axis while substantially limiting flexional and extensional movement. In an embodiment, the neck strengthening device includes a device securing assembly configured to physically anchor the device to an anchoring structure. In an embodiment, the neck strengthening device includes a head affixing assembly configured to secure to a head of a user during use. In an embodiment, the strengthening device is instrumented with sensors and an embedded computing system to securely exchange exercise performance and configuration data with local client devices and monitor and record exercise activity and exercise performance data to remote, internet connected serves.