An improved mechanical shoehorn that provides a new and unique enhanced application. The shoehorn includes a pivotable handle with a substantial length which helps to push the heel into the shoe. Additionally, the shoehorn includes an arched frontal assembly that widens the shoe opening which makes it easier for a user to slide their foot into the shoe. In one embodiment, the shoehorn further comprises a sock applicator that attaches to the back of the main device.

A shoe lifter with a clamp comprises a rear handle cover, a front handle cover and a clamp head. One end of the front handle cover is hinged to the rear handle cover. A connecting rod is disposed on the rear handle cover. A push-and-pull rod is hinged to one end of the connecting rod, and a rope is connected to the other end of the connecting rod. A movable clamp piece is hinged to the clamp head and has an arc clamp edge and a connecting end. The clamp head is provided with a fixed clamp piece which is exactly opposite to the arc clamp edge. The shoe lifter is additionally provided with the clamp head to clamp shoes, so that users do not need to take shoes directly by hand, and sanitary protection is improved.

A shoe lifter with a clamp comprises a rear handle cover, a front handle cover and a clamp head. One end of the front handle cover is hinged to the rear handle cover. A connecting rod is disposed on the rear handle cover. A push-and-pull rod is hinged to one end of the connecting rod, and a rope is connected to the other end of the connecting rod. A movable clamp piece is hinged to the clamp head and has an arc clamp edge and a connecting end. The clamp head is provided with a fixed clamp piece which is exactly opposite to the arc clamp edge. The shoe lifter is additionally provided with the clamp head to clamp shoes, so that users do not need to take shoes directly by hand, and sanitary protection is improved.

A multi-use footwear tool that has an attachment mechanism with two complementary pieces that can be separated to split the multi-use footwear tool into two sections. A first section of the multi-use footwear tool is an elongated shoehorn and a second section of the multi-use footwear tool is an elongated body. The elongated shoehorn has a shoehorn and the elongated body has a hook. The elongated shoehorn and the elongated body can be attached into one long multi-use footwear tool or separated into individual pieces using the attachment mechanism.

A multi-use footwear tool that has an attachment mechanism with two complementary pieces that can be separated to split the multi-use footwear tool into two sections. A first section of the multi-use footwear tool is an elongated shoehorn and a second section of the multi-use footwear tool is an elongated body. The elongated shoehorn has a shoehorn and the elongated body has a hook. The elongated shoehorn and the elongated body can be attached into one long multi-use footwear tool or separated into individual pieces using the attachment mechanism.

A shoe horn that includes a beam having first and opposing second end portions, further included in the shoe horn is an elongated finger having a proximal end portion and an opposing distal end portion, wherein the proximal end portion extends from the first end portion forming an interface such that the beam and finger are substantially parallel, wherein the distal end portion is a free end in the form of a cantilever wherein a channel gap is formed as defined by the beam and the finger and interface. Wherein operationally, the beam inserts into the shoe interior adjacent to a shoe upper sidewall with the interface resting against a sidewall margin to hold the beam in place against the sidewall with the finger being outside a shoe interior, wherein the beam allows a user's foot to slide against the beam into the shoe interior.

A shoe horn that includes a beam having first and opposing second end portions, further included in the shoe horn is an elongated finger having a proximal end portion and an opposing distal end portion, wherein the proximal end portion extends from the first end portion forming an interface such that the beam and finger are substantially parallel, wherein the distal end portion is a free end in the form of a cantilever wherein a channel gap is formed as defined by the beam and the finger and interface. Wherein operationally, the beam inserts into the shoe interior adjacent to a shoe upper sidewall with the interface resting against a sidewall margin to hold the beam in place against the sidewall with the finger being outside a shoe interior, wherein the beam allows a user's foot to slide against the beam into the shoe interior.

Accessorized footwear for preventing a pant leg from entering a shoe includes a shoe. A sheath is positioned in a heelcap of the shoe. The sheath extends from proximate to a heel to proximate to a topline of the shoe so that the sheath substantially bisects the heelcap. A shaft is selectively extensible from the sheath and is configured to extend proximate to an Achilles tendon of a foot that is positioned in the shoe. The shaft is positioned to deflect a bottom of a pant leg from entering a gap between the heelcap and the foot.

Accessorized footwear for preventing a pant leg from entering a shoe includes a shoe. A sheath is positioned in a heelcap of the shoe. The sheath extends from proximate to a heel to proximate to a topline of the shoe so that the sheath substantially bisects the heelcap. A shaft is selectively extensible from the sheath and is configured to extend proximate to an Achilles tendon of a foot that is positioned in the shoe. The shaft is positioned to deflect a bottom of a pant leg from entering a gap between the heelcap and the foot.

A hands free shoehorn is shown and described. The shoehorn includes a guide member for guiding a foot of a user into an opening of a shoe. A handle projects upwardly from the guide member to facilitate insertion and maneuvering of the shoehorn. An entrapment member generally parallel to the guide member captures a heel wall of the shoe between the guide member and the entrapment member in sufficiently close fit to enable the shoehorn to remain coupled to the shoe in an operative position without the shoehorn being held by the user. The user may then slip his or her foot into the shoe with the shoehorn stably mounted on the shoe such that the user need not either hold the shoe horn or balance body weight on one leg while donning the shoe.