A yoga or exercise stool may have a seat portion and a base portion; the base portion having window slot(s) formed in a front side, a rear side, or both; a handle slot formed at least in one side, such as the front side, at or near the top; horizontal gripping slot(s) formed in the left side, the right side, or both, at or near the top; and vertical gripping slot(s) formed in the left side, the right side, or both, at or near the bottom; advantageously four such slots being formed near the bottom corners of the left and right sides. A yoga stool also may have a base portion, and a seat portion on top of the base portion, wherein the seat portion has an internal firm support member such as a solid slat, and preferably softer material such as foam rubber surrounding the support member, at least on the left and right sides. The yoga stool may include opposed side elements joined by a rear element and front element with a removable top element that may be U-Shaped to allow for additional poses or exercises.

A massage device has a position adjustable handle along a handle slot that extends along a portion of the cane support. The cane support has a support extension portion, or the long substantially linear portion, an arc portion that extends from the support extension in an arc or cure and a head portion. The handle slot may extend a portion of the length of the cane support and along the support extension to the head portion. A vibration device is coupled to the head end of the cane support and may be decoupled from the cane support by a vibration dampening material that extends around the vibration device within a chamber. The vibration dampening material extend out to form a locking ring between the vibration assembly and the massage head. A user can comfortably hold the massage head against their body without excessive vibration in the cane support or handle.

A back massaging assembly for realigning vertebrae of a user includes a pad, which is positioned on an upper face of a bench. A roller module is positioned in a void that is positioned in the pad. The roller module comprises a rotatable cylinder, which extends substantially between opposed edges of the void. An upper limit of the rotatable cylinder extends past an upper surface of the pad. An actuator is operationally engaged to the roller module and is positioned to cycle the rotatable cylinder between a first edge and a second edge of the void, thereby massaging a back of a user who is lying supinely on the pad.

The invention relates to a fitness, exercise and massage roller, which roller (10) has a substantially cylindrical shape and a hollow opening (13) around its imaginary center axis, which roller (10) comprises two or more frame parts (11,12), which are at least part-circular in their outer form and configured to form the cylindrical shape of the roller (10). At least one of the frame elements (11, 12) is separable or turnable from connection with the other frame elements (11, 12) such, that a longitudinal opening is formed and that the roller (10) is configured to be located around a bar (51) or like via the longitudinal opening. The roller (10) comprises adjusting rotation elements (15) located in the hollow opening (13) and configured to provide rotatable and adjustable fastening of the roller (10) around the bar (51) or like and the adjusting rotation elements (15) are configured to adjust or self/auto-adjust cross-sectional inner dimensions of the hollow opening (13) to correspond to cross-sectional outer dimensions of the bar (51).

The invention relates to a fitness, exercise and massage roller, which roller (10) has a substantially cylindrical shape and a hollow opening (13) around its imaginary center axis, which roller (10) comprises two or more frame parts (11,12), which are at least part-circular in their outer form and configured to form the cylindrical shape of the roller (10). At least one of the frame elements (11, 12) is separable or turnable from connection with the other frame elements (11, 12) such, that a longitudinal opening is formed and that the roller (10) is configured to be located around a bar (51) or like via the longitudinal opening. The roller (10) comprises adjusting rotation elements (15) located in the hollow opening (13) and configured to provide rotatable and adjustable fastening of the roller (10) around the bar (51) or like and the adjusting rotation elements (15) are configured to adjust or self/auto-adjust cross-sectional inner dimensions of the hollow opening (13) to correspond to cross-sectional outer dimensions of the bar (51).

An automatically adjusting comfort method includes measuring pressure applied by a user via a pressure-sensor array, determining a pressure profile based on measurements from the pressure-sensor array, comparing the pressure profile to a first limit, determining a cumulative pressure profile over a predetermined duration, comparing the cumulative pressure profile to a second limit, and adjusting one or more of a plurality of adjusting mechanisms configured to alter the pressure profile for increased comfort of the user when the pressure profile exceeds the first limit or the second limit. An automatically adjusting comfort system includes a pressure-sensor array communicatively coupled to a controller for determining a cumulative pressure profile over time, and a plurality of adjusting mechanisms configured to alter the pressure profile to increase a user's comfort, wherein the controller automatically adjusts one or more of the plurality of adjusting mechanisms based on the cumulative pressure profile.

An intelligent bathing bed is provided, which includes an underframe and a mattress. The mattress is arranged within the underframe, the mattress includes a fixed mattress and a movable mattress. The fixed mattress and the movable mattress are arranged at intervals in a same plane. The movable mattress is connected with the underframe through a water outlet pipe. The movable mattress includes a roller. A peripheral surface of the roller is provided with a water outlet array and a massaging head array. The water outlet array and the massaging head array are arranged at intervals. The intelligent bathing bed further includes a driving mechanism. The roller is connected with the driving mechanism, and the roller is driven by the driving mechanism to rotate along a central axis. The disclosure has advantages that it is less operation difficulty, can guarantee use safety of the users, and is suitable for the elderly population.

An eye treatment system can comprise a roller with a handle, a power source, control circuitry coupled to the power source, an axle, coupled to the handle, a heating element within the roller, a cylinder configured to rotate about the axle, a temperature sensor adjacent to a surface of the cylinder, with the temperature sensor spaced apart from the heating element, and one or more arms of the roller that couple a first end of the handle to the axle, wherein at least one of the one or more arms houses first wiring through which power is supplied from the power source to the heating element and houses second wiring connecting the temperature sensor to the control circuitry. The treatment system might also comprise an eye pad comprising a heat-retaining material and sized to be applied to an eyelid of a user when warmed. The eye pad could be gel-filled.

A ball roller assembly may include an inner sphere that is constructed from a thermal-sensitive material. The ball roller assembly may also include an outer sphere that is constructed from a thermal-conductive material. The inner sphere may be disposed within the outer sphere and thermal transfer may occur between the inner sphere, the outer sphere, and a user of the ball roller assembly. The ball roller assembly may further include a housing constructed from a thermal-insulative material, and the outer sphere and the inner sphere may be disposed within the housing. The inner sphere may be selectively removable from the outer sphere and the outer sphere may be selectively removable from the housing.

A ball roller assembly may include an inner sphere that is constructed from a thermal-sensitive material. The ball roller assembly may also include an outer sphere that is constructed from a thermal-conductive material. The inner sphere may be disposed within the outer sphere and thermal transfer may occur between the inner sphere, the outer sphere, and a user of the ball roller assembly. The ball roller assembly may further include a housing constructed from a thermal-insulative material, and the outer sphere and the inner sphere may be disposed within the housing. The inner sphere may be selectively removable from the outer sphere and the outer sphere may be selectively removable from the housing.