A height adjustable, resting position unipod yoga body support prop is provided with an adjustable length multi-section leg attached at opposing ends to an upper platform for contact with a body part of a yoga user and an arcuate shaped base surface for a degree of forward and backward positioning adjustment of the yoga user when positioned on the upper platform. The unipod leg is adjustable in height to assist in assuming various yoga positions with the yoga prop. The upper platform, leg and base of the yoga prop can be disassembled for transportation and storage.

An exercise device; the exercise device includes a flexible strap and anchor. The exercise device is used for exercising gluteal muscles of the user and provides users with an exercise tool used to complete different types of squat exercises with ease and convenience in the comfort of their own home.

An exercise apparatus for exercising muscles of a user comprising a main body, an abdominal crunch exercise member pivotally attached to the main body, the abdominal crunch member configured to engage an upper body area of a user, an abdominal contact member attached to the main body, the abdominal contact member configured to engage an abdominal area of user; and an electronic vibration unit capable of causing a portion of the apparatus to vibrate.

An exercising device (1) and method comprising at least one winch (20), a motor (30) being adapted to drive and/or retard the winch (20), the winch (20) being adapted to provide a first torque to be delivered to a user interface (60) and a biasing assembly (40) being adapted to provide a second torque to the winch (20) being directed generally opposite to the first torque.

The present invention relates to a smart induction charging type foldable multipurpose office/fitness chair comprising a seat frame, a hand exercise mechanism, a leg exercise mechanism, a control mechanism and a charging assembly. The seat frame comprises a buttocks support portion, a torso support portion and a head support portion. The buttocks support portion is provided with a first support rod and a second rod member. The head support portion is hinged to an adjustment plate. The hand exercise mechanism comprises a T-shaped handrail and a damping mechanism. The leg exercise mechanism comprises an inner sleeve, an outer sleeve, a tread plate, a roller and a T-shaped guide shaft. The charging assembly comprises a first coil, a first magnet, a second coil, a third coil and a second magnet. The present invention relates to a smart induction charging type foldable multipurpose office/fitness chair with a reasonable structure, which has the advantages of being simply constructed, convenient to use, multifunctional, safe and reliable, comfortable to use, etc., effectively solving the problem of employees not having time to exercise.

A yoga paddleboard may include a yoga board body having a hole extending therethrough. The hole may be formed at the approximate lateral and longitudinal center of the paddleboard. The hole may be sized and configured to support a yoga ball pressed in the hole to establish an interfacing friction connection therebetween. The yoga ball may be used to perform yoga exercises while floating on the paddleboard. Alternative embodiments may include yoga ball supports configured to support yoga balls of different sizes and/or multiple yoga balls for use with the paddleboard.

A weighted target applicator is an apparatus that applies weight directly to specific parts of the body of a user. The apparatus includes at least one pad, a setting, a structural base, and a barbell mount. The pad is detachably attached onto the setting, the structural base is mounted onto the setting, opposite to the pad. The barbell mount is mounted onto the structural base, opposite the setting. In a first embodiment and a second embodiment, the structural base is rotatably connected to the setting. The at least one pad of the first embodiment conforms to the chest. The at least one pad of the second embodiment conforms to the hip. In a third embodiment, the structural base is fixed to the setting. The at least one pad of the third embodiment includes a first pad and a second pad that are shaped to receive the face of the user.

An omnidirectional rocking chair for abdominal exercise has a rectangular support base with a convex lower support surface with variable radii of curvature. The chair back supports only the user's lower back. Rocking the chair develops outward momentum in the mass of the user's upper back, arms and head. The minimum lower support surface radius of curvature is in its central portion and the center of that curvature is above the center of gravity of the seated user and chair. The peripheral portions of the lower support surface have larger radii of curvature. The corner portions of the lower support surface have maximum radii of curvature. The effect of progressive increase in support surface radius of curvature is to increase righting moment in the rocking motion where the respective larger radii portions contact the floor. This acts to decelerate outward rocking motion in the chair seat and user's lower back in opposition to the developed outward momentum in the mass of the user's upper back, arms, and head, which engages user abdominal trunk muscles.

An exercise machine for performing dip exercises, having: a stationary main frame; first and second mounting brackets connected to the stationary main frame; first and second dip handle assemblies connected to the mounting brackets, each dip handle assembly having a first exercise arm, a first stop plate, and a first arm mount hub, wherein the first and second dip handle assemblies are each configured to be converted between an exercise position and a storage position while connected to the exercise machine.

A cable attachable forearm cover assembly for performing upper body workouts without using a person's hands includes a sleeve that is worn on a forearm of a person. A securing unit is positioned on the sleeve and secures a hand of the person to the sleeve to inhibit the sleeve from sliding along the forearm. A plurality of attachment members is positioned on the securing unit and engages cabling of a weight lifting apparatus.