The present disclosure discloses a foldable stool comprising a supporting board and one or more supporting assemblies. Each of the one or more supporting assemblies comprises a supporting foot frame and a connecting assembly, and the supporting foot frame is pivotally connected to the supporting board. The connecting assembly comprises a connecting member and a fastening assembly. A first end of the connecting member is pivotally connected to the supporting foot frame, and a second end of the connecting member is configured to slide in the one or more extended sliding grooves. The fastening assembly is disposed on the supporting board and is spaced apart from a junction at which the supporting foot frame is pivotally connected to the supporting board. When the second end of the connecting member slides to be connected to the fastening assembly, the supporting foot frame is unfolded and fastened.

A foldable toe kick step stool comprising a cabinet adapted to provide a housing for a rack further housing a plurality of metal steps, a hinge mechanism for sliding the rack in a horizontally outward direction and means for sensing an operating a lifting mechanism for lifting a plurality of metal steps in a vertically upward direction. Further, the means for sensing is operably adapted to apply a hydraulic pressure mechanism for lifting the plurality of metal steps in a vertically upward direction which may be operated by an electric sensor or an actuator.

A folding step stool includes a foldable top wall including a first section hingeably coupled to a second section along a first axis. A first side wall is hingeably coupled to the first section. A second side wall is hingeably coupled to the second section. A third foldable side wall is hingeably coupled to the first side wall and the second side wall. A fourth foldable side is hingeably coupled to the first side wall and to the second side wall. A foldable supporting member includes a first section hingeably coupled to the foldable top wall first section and a second section hingeably coupled to the foldable top wall second section.

A folding step stool includes a foldable top wall including a first section hingeably coupled to a second section along a first axis. A first side wall is hingeably coupled to the first section. A second side wall is hingeably coupled to the second section. A third foldable side wall is hingeably coupled to the first side wall and the second side wall. A fourth foldable side is hingeably coupled to the first side wall and to the second side wall. A foldable supporting member includes a first section hingeably coupled to the foldable top wall first section and a second section hingeably coupled to the foldable top wall second section.

A self-retractable step for assisting a user in elevating him or herself above a floor, is disclosed. The self-retractable step comprises a self-retractable foot member and a cylindrical assembly coupled with the self-retractable foot member. The foot member is configured to move from one position to another position. The cylindrical assembly comprises a rotary member, one or more spring members and a protuberance member. The rotary member is configured to move the foot member to a predetermined position. Further, the spring members coupled to the rotary member is configured to self-retract the foot member from the predetermined position. The protuberance member disposed at the cylindrical assembly is configured to act as a stopper to hold the foot member in a predetermined position on retraction by the spring members. The self-retractable step further comprises a load bearing member at a base of the foot member.

A self-retractable step for assisting a user in elevating him or herself above a floor, is disclosed. The self-retractable step comprises a self-retractable foot member and a cylindrical assembly coupled with the self-retractable foot member. The foot member is configured to move from one position to another position. The cylindrical assembly comprises a rotary member, one or more spring members and a protuberance member. The rotary member is configured to move the foot member to a predetermined position. Further, the spring members coupled to the rotary member is configured to self-retract the foot member from the predetermined position. The protuberance member disposed at the cylindrical assembly is configured to act as a stopper to hold the foot member in a predetermined position on retraction by the spring members. The self-retractable step further comprises a load bearing member at a base of the foot member.

A walker that includes a first frame having first and second legs, a second frame having first and second legs, one or more support bars connecting the first leg of the first frame to the first leg of the second frame; and a foldable or stowable foot rest.

The present disclosure relates to a step stool, and particularly to a foldable step stool. More particularly, the present disclosure relates to a foldable step stool that can be collapsed to save storage space when the foldable step stool is not in use.

The present disclosure relates to a step stool, and particularly to a foldable step stool. More particularly, the present disclosure relates to a foldable step stool that can be collapsed to save storage space when the foldable step stool is not in use.

A bed step stool for assisting a user into and out of bed comprises a first support to be disposed closer to a head of the bed; a second support to be disposed closer to a foot of the bed; a step assembly supported between the first support and the second support; a ramp coupled to the step assembly; the step assembly to enable the user to step thereon for assisting the user into and out of the bed, wherein the first support and the second support define an unobstructed pathway for entry and exit with respect to the bed and the bed step stool that is perpendicular with respect to the sides of the bed whereby the user goes between the first support and the second support, up the ramp, onto the step assembly, and off the step assembly without any obstruction.