An electronic system and method configured for use with an Pilates exercise equipment, such as Pilates equipment, having a surface supporting the exerciser during an exercise. The system includes a pressure sensitive matrix configured for fitting to the surface of the equipment, to measure pressures exerted by the exerciser on an area of the surface and provide electrical signals indicative of measured pressure values. A multiplexer/scanner is responsive to the electrical signals for collecting the measured pressure values. A processor responsive to the multiplexer output data signals interprets the data, resolves the data into discrete pressure values, assign a color value to each increment of pressure, and arrange the resolved data to a data format conforming to the position of each discrete pressure point on the area of the equipment. A display screen displays graphical images of the pressure values for the exerciser to view during exercise on the equipment.

An anti-slip yoga rug comprising a fabric weave including a weft and a warp. The anti-slip yoga rug also comprising a topside grip, the topside grip including an anti-slip ridge woven into the fabric weave, and a bottom-side grip. The anti-slip yoga rug further including an edger that circumferentially surrounds one or more edges of the anti-slip yoga rug and wherein the bottom-side grip mechanically connects to an underside of the edger.

A foldable yoga board includes one or more panels that are hingedly coupled to each other in succession. The one or more panels have an upper surface that faces a user and a lower surface that contacts the ground or other surface. The upper surface preferably has a soft material coupled thereto, which may provide cushioning and a non-slip surface. The one or more panels may comprise handle apertures as well as strap apertures. When the foldable yoga board is not in use, the user may fold the foldable yoga board (e.g., an accordion fold) to transport.

An example yoga block includes a handle coupled to a body portion of the yoga block. The handle is at least partially positioned in a concavity of the body portion. The handle includes a structural support that is embedded in the body portion of the yoga block. The structural support allows for a larger concavity in the body portion of the yoga block without compromising the structural integrity of the yoga block, which may provide an improved gripping experience when using the yoga block to practice yoga.

A weighted pad for weightlifting is described herein. The weighted pad can be applied to any area of the body to provide additional padding, reduce redness, pain, and bruising. It can be used with dumbbells, barbells, free weights, or any other weight applied over the joints or musculoskeletal regions, making it highly versatile for various exercise.

A human-powered generator includes a frame and a pedal crankset and crankset sprocket rotatably mounted on the frame, a flywheel rotatably mounted on the frame including a flywheel-crankset sprocket a flywheel-countershaft sprocket, a countershaft rotatably mounted on the frame including a countershaft-flywheel sprocket and a countershaft-alternator sprocket, and an alternator including an alternator drive shaft and an alternator sprocket. The human-powered generator also includes a crankset-flywheel drive chain, a flywheel-countershaft drive chain, and a countershaft-alternator drive chain. A pedaling cadence at the pedal crankset of between approximately 60 RPM and approximately 100 RPM achieves an alternator drive shaft RPM of between approximately 2,000 RPM and approximately 5,000 RPM.

A yoga rope with anti-slip structures includes a rope body, a first fastener assembly and at least one anti-slip structure. The rope body has a first operation end, a main portion and a second operation end orderly arranged in an extension direction. The first fastener assembly fixed to the first operation end is used for tying the main portion. The at least one anti-slip structure is attached to the rope body.

Devices and methods for cleaning an exercise mat are disclosed herein. The device includes a housing and a first pair of rollers positioned within the housing. The first pair of rollers are configured to receive the exercise mat through an inlet slot of the housing and direct the exercise mat towards an outlet slot of the housing. The device also includes a first sprayer positioned downstream of the first pair of rollers. The first sprayer is configured to apply a first fluid to at least one of two opposed surfaces of the exercise mat. The device also includes a brush positioned downstream of the first sprayer. The brush impacts the exercise mat to remove contaminants from the exercise mat after the first sprayer has applied the first fluid. The device also includes an ultraviolet light source configured to direct ultraviolet light onto the two opposed surfaces to disinfect each.

A foldable athletics mat for use in yoga, Pilates, and the like which is provided with split joints which facilitate folding and allow for a greater selection of candidate materials for one or more surfaces of the mat, sweat channels to transport perspiration away from a practitioner, and magnetic fasteners for securing the mat when mat is folded into a folded position.

The present disclosure provides an exercise apparatus with a mobility mat and an orthopedic device. The mobility mat can have a plurality of segments or have a single piece construction. The mobility mat includes a body provided with a plurality of assistive features, such as hand holds, foot holds, resistance bands, various exercise grips, and a contoured cushion. These assistive features can be removably attached to the mobility mat using grommets formed in the mat body and holding tabs that can be secured in the grommets. The mobility mat can be further configured to couple with the orthopedic device. The orthopedic device can have an inclined face and a plurality of remaining faces including various additional assistive features.