A pet waste vacuum and disposal device is disclosed herein. The device advantageously takes the form of a walking stick fabricated using phosphorescent plastic materials to aid a pet owner taking a pet for a walk at night. The pet waste vacuum and disposal device integrally includes a vacuum which is operable via a button located conveniently on the outside of the walking stick. The pet waste vacuum and disposal device further includes a waste collection compartment adapted to receive a bag. During use, the pet owner positions a mouth of a waste intake over pet waste, activates the vacuum, and the waste is collected inside the bag for clean and sanitary disposal thereof.

A pet waste vacuum and disposal device is disclosed herein. The device advantageously takes the form of a walking stick fabricated using phosphorescent plastic materials to aid a pet owner taking a pet for a walk at night. The pet waste vacuum and disposal device integrally includes a vacuum which is operable via a button located conveniently on the outside of the walking stick. The pet waste vacuum and disposal device further includes a waste collection compartment adapted to receive a bag. During use, the pet owner positions a mouth of a waste intake over pet waste, activates the vacuum, and the waste is collected inside the bag for clean and sanitary disposal thereof.

A cane-hanging apparatus is provided. The cane-hanging apparatus enables hanging a cane from an elevated supporting or hanging surface so as to keep the cane off the ground when not being held. The cane-hanging apparatus is a V-shaped apparatus partially covered by gripping material. The cane-hanging apparatus extends radially from a predetermined protrusion point along the cane at a downwardly angle so as to facilitate the frictional engagement and securement between the cane-hanging apparatus and the hanging surface.

A system for a walking cane is provided. The walking cane may be comprised of a stem and a base, and the base may be provided in the shape of a human foot. The base may be made of various types of materials, such as a flexible silicone or rubber material. The foot shape may provide a natural, ergonomic feel for the user.

A system for a walking cane is provided. The walking cane may be comprised of a stem and a base, and the base may be provided in the shape of a human foot. The base may be made of various types of materials, such as a flexible silicone or rubber material. The foot shape may provide a natural, ergonomic feel for the user.

The present disclosure presents a multi-purpose pole grip design in a generally conical shape to resist a user's hand from sliding off it while under axial loading. The present disclosure provides a more ergonomic and comfortable handle that requires less grip strength thus making it a prime design for poles used in sports like skiing and hiking and general walking sticks, including canes.

The present disclosure presents a multi-purpose pole grip design in a generally conical shape to resist a user's hand from sliding off it while under axial loading. The present disclosure provides a more ergonomic and comfortable handle that requires less grip strength thus making it a prime design for poles used in sports like skiing and hiking and general walking sticks, including canes.

Disclosed herein is a walking cane having a grabbing mechanism operable to extend away from a base of the apparatus. The cane comprises a hollow support shaft having an upper end proximate to and engaged with a handle, and a lower end proximate to and engaged with a base having a plurality of feet extending downward away; an inner chamber defined within the hollow shaft at least partially open on the lower end through a bottom opening in the base; and a grabbing mechanism disposed within the inner chamber comprising an actuator located proximate to the upper end mechanically coupled to a pincer assembly located proximate to the base, such that movement of the actuator in a first direction causes the pincer assembly to form a closed confirmation, and movement of the actuator in a second direction opposite the first direction causes the pincer assembly to form an open confirmation.

Disclosed herein is a walking cane having a grabbing mechanism operable to extend away from a base of the apparatus. The cane comprises a hollow support shaft having an upper end proximate to and engaged with a handle, and a lower end proximate to and engaged with a base having a plurality of feet extending downward away; an inner chamber defined within the hollow shaft at least partially open on the lower end through a bottom opening in the base; and a grabbing mechanism disposed within the inner chamber comprising an actuator located proximate to the upper end mechanically coupled to a pincer assembly located proximate to the base, such that movement of the actuator in a first direction causes the pincer assembly to form a closed confirmation, and movement of the actuator in a second direction opposite the first direction causes the pincer assembly to form an open confirmation.

The invention relates to a hand-retaining device (70) for securing to a pole handle (1), comprising an insert opening (71) for the hand, a first exit opening (72) for the hack of the hand, and a second exit opening (73) for the thumb. The hand-retaining device according to the invention further has a first elastic strip (74) which is led between the thumb and the other fingers and on which a coupling element (79) is provided that can be secured in or on the pole handle in a removable mechanism in a self-latching manner. The invention further relates to a pole handle to which the handle loop according to the invention can be optimally secured.