The present invention consists of a machine with a collector of disposable shoe covers and endowed with platform to support the foot wearing the disposable shoe cover positioned on an upper belt in a direction opposite that of the lower belt where both make up a drag mechanism of the disposable shoe covers. The machine is endowed with traction motor and driven by a switch or by an inductive sensor. The machine is endowed with steering rollers for defining the directions of the stretches of the belts which form an L shape. The lower belt has a mechanism comprised of an articulated roller mounted on displacers driven by springs and mounted on guides for adjusting the passage of the shoe cover inside the machine to an upper level of said belts for reaching the height of the collector where the shoe cover is collected.

A bootie application device that provides booties that slide along a rail system on tabs that releasably connect the booties to the rail system. A sensor detects when booties are not disposed at a position along the rail system and issues a bootie level signal. An alert indicates when the bootie level signal has been issued.

A bootie application device that provides booties that slide along a rail system on tabs that releasably connect the booties to the rail system. A sensor detects when booties are not disposed at a position along the rail system and issues a bootie level signal. An alert indicates when the bootie level signal has been issued.

An assistive device for applying and removing a protective shoe cover from a shoe of a user includes a base, a shoe cover application mechanism supported by the base and configured to releasably receive and retain a protective shoe cover in an expanded state for applying the expanded protective shoe cover to a shoe, and a shoe cover removal mechanism supported by the base and configured to releasably grip a portion of a protective shoe cover fitted on a shoe for removing the protective shoe cover from the shoe. The assistive device may be stored in a device holder mountable to a vertical support surface. A protective shoe cover includes a non-rigid body, an elastic portion, and at least one device engagement element on the non-rigid body and configured to releasably engage an assistive device for at least one of applying the protective shoe cover to a shoe or removing the protective shoe cover from a shoe.

The present invention consists of a machine with a collector of disposable shoe covers and endowed with platform to support the foot wearing the disposable shoe cover positioned on an upper belt in a direction opposite that of the lower belt where both make up a drag mechanism of the disposable shoe covers. The machine is endowed with traction motor and driven by a switch or by an inductive sensor. The machine is endowed with steering rollers for defining the directions of the stretches of the belts which form an L shape. The lower belt has a mechanism comprised of an articulated roller mounted on displacers driven by springs and mounted on guides for adjusting the passage of the shoe cover inside the machine to an upper level of said belts for reaching the height of the collector where the shoe cover is collected.

The present invention consists of a machine with a collector of disposable shoe covers and endowed with platform to support the foot wearing the disposable shoe cover positioned on an upper belt in a direction opposite that of the lower belt where both make up a drag mechanism of the disposable shoe covers. The machine is endowed with traction motor and driven by a switch or by an inductive sensor. The machine is endowed with steering rollers for defining the directions of the stretches of the belts which form an L shape. The lower belt has a mechanism comprised of an articulated roller mounted on displacers driven by springs and mounted on guides for adjusting the passage of the shoe cover inside the machine to an upper level of said belts for reaching the height of the collector where the shoe cover is collected.

A bootjack for removing footwear from a wearer is disclosed herein. The bootjack comprises a base member, an engagement member, and a support. The base member may have a top surface, a bottom surface, a proximal end, a distal end, and a chamber defined in the bottom surface. The engagement member may have a yoked end configured to receive footwear. The engagement member may be pivotably coupled to the base member adjacent the distal end. The support may have a coupling end and a ground engagement end. The coupling end of the support may be pivotably coupled to the base member within the chamber. The bootjack may be selectively moveable between a work position and a storage position.

A bootjack for removing footwear from a wearer is disclosed herein. The bootjack comprises a base member, an engagement member, and a support. The base member may have a top surface, a bottom surface, a proximal end, a distal end, and a chamber defined in the bottom surface. The engagement member may have a yoked end configured to receive footwear. The engagement member may be pivotably coupled to the base member adjacent the distal end. The support may have a coupling end and a ground engagement end. The coupling end of the support may be pivotably coupled to the base member within the chamber. The bootjack may be selectively moveable between a work position and a storage position.