The beach umbrella tool comprises a T-shaped armature with an auger blade surrounding the bottom portion of a vertical main armature. A bearing at the top of the main armature may be held with one hand while the other hand is used to move a handle located at the end of a horizontal armature in circular motion. The resulting rotation of the T-shaped armature causes the auger blade to rotate and thereby remove sand from the beach beneath the beach umbrella tool. The bottom of a beach umbrella may be placed into the resulting hole.

Novel mobility devices are disclosed wherein one embodiment comprises a support frame and one or more boosters coupled to the frame. The booster preferably comprises a housing, a top support extending upward from the housing, and an opposing bottom support extending downward from the housing. The bottom support is preferably biased toward the housing. The housing may contain a sleeve having a top channel in communication with an opposing bottom channel. The top channel is configured to receive the top support, whereas the bottom channel is configured to receive the bottom support, a retaining ring, and a spring. The spring is disposed between a floor of the bottom channel and the retaining ring. The sleeve may also have a socket configured to receive a roller, wherein the roller has a bottom hole configured to receive the top support. The device permits the user to stand from a seated position or vice versa without the assistance of a third party, grab hold of handlebars extending from the frame, and then move about with independence. The device may also be folded for ease of storage.

The beach umbrella tool comprises a T-shaped armature with an auger blade surrounding the bottom portion of a vertical main armature. A bearing at the top of the main armature may be held with one hand while the other hand is used to move a handle located at the end of a horizontal armature in circular motion. The resulting rotation of the T-shaped armature causes the auger blade to rotate and thereby remove sand from the beach beneath the beach umbrella tool. The bottom of a beach umbrella may be placed into the resulting hole.

A wading stick is provided with an expanding elastomer support that prevents the stick from sinking into mud or other soft surfaces. The distal end of the support expands away from the stick when it contacts the soft surface. The support circumference increases in response to contact with soft surface and the increased circumference prevents the stick and support from sinking.

A wading stick is provided with an expanding elastomer support that prevents the stick from sinking into mud or other soft surfaces. The distal end of the support expands away from the stick when it contacts the soft surface. The support circumference increases in response to contact with soft surface and the increased circumference prevents the stick and support from sinking.

The present invention features a configurable cane comprising a shaft comprising a first end and a second end, and an auxiliary leg attached at the second end of the shaft. The auxiliary leg may be configured to shift between a first position and a second position. The first position may comprise the auxiliary leg folded into the shaft, and the second position may comprise the auxiliary leg extending from the shaft. The cane may further comprise a light source near the auxiliary leg. The cane may further comprise a button disposed on the shaft near the first end, operatively coupled to the auxiliary leg. The button may be configured to operate the light source.

The present invention provides a pole shaft device including an outer shaft (10); an inner shaft (20) which is disposed in the outer shaft (10) and slides along the inside of the outer shaft (10); a fixing member (30) which is fixed on the inner shaft (20) and has an inclined surface formed in the circumferential direction thereof; and an extension member (40) which is coupled to the outer shaft (10) so as to be movable in the longitudinal direction thereof, and is extended by friction with the inclined surface so as to fix the outer shaft (10) and the inner shaft (20).

An injection-molded climbing stick includes a first step, a second step, and a post extending from the first step to the second step along a length of the post and comprising a plurality of fibers that includes every fiber that is disposed within the post. The plurality of fibers includes a sub-plurality of fibers. Each fiber in the sub-plurality of fibers is elongated in a lengthwise direction of the fiber and oriented such that the lengthwise direction is substantially parallel to the length of the post, and the sub-plurality of fibers includes a majority of the fibers in the plurality of fibers.

An injection-molded climbing stick includes a first step, a second step, and a post extending from the first step to the second step along a length of the post and comprising a plurality of fibers that includes every fiber that is disposed within the post. The plurality of fibers includes a sub-plurality of fibers. Each fiber in the sub-plurality of fibers is elongated in a lengthwise direction of the fiber and oriented such that the lengthwise direction is substantially parallel to the length of the post, and the sub-plurality of fibers includes a majority of the fibers in the plurality of fibers.

A walking cane having an overall Y-shape with each of a handle and wrist support extending away from connection with a vertical ground engaging shaft of the cane at an angle. The walking cane provides enhanced comfort, support, stability, and versatility to users. A Y-shaped upper portion with an ergonomic handle portion encourages proper height setting, provides wrist support, promotes a natural grip, and reduces hand and wrist strain. Magnetic clips located on each cane allow it to be securely snapped to another cane for easy storage and transport. Using two canes in tandem further provides bilateral support. The cane's upper portion angle is based on the angle of an individual in a neutral standing position so that, during use, the cane mirrors the user's leg angle to promote a more proper and natural gait. An integrated height adjustment mechanism allows for user customization. The cane also features lightweight and durable construction, with a non-slip rubber tip for added stability and safety. The cane may be modular in nature to allow for individual customization with an upper portion removably secured to the lower portion support leg.