A guide device providing a dimensional and ornamental guide that, engaging a leg of an ambulatory assist device used by a person, provides walking assistance, including a boot leg or sleeve for joining about a portion of the leg of the ambulatory assist device and receiving a resilient body axially for dimensional extents and receiving a guide member having a bottom glide surface for contact with a floor surface. A method of facilitating guidance of an ambulatory assist device is disclosed.

A guide device providing a dimensional and ornamental guide that, engaging a leg of an ambulatory assist device used by a person, provides walking assistance, including a boot leg or sleeve for joining about a portion of the leg of the ambulatory assist device and receiving a resilient body axially for dimensional extents and receiving a guide member having a bottom glide surface for contact with a floor surface. A method of facilitating guidance of an ambulatory assist device is disclosed.

An attachable light accessory for a walker illuminates the forward and downward walking direction of an individual when using the walker. The light accessory includes a housing, a power source, and a plurality of light modules attached to the housing, a controller, and a plurality of sensors including a bump sensor, tip sensor, and light sensor. An adaptor mount is removeably attached to the light accessory, which may be attached to horizontal cross-member of the walker to allow the light accessory to be installed and retrofitted on any existing walker. The light accessory also includes a sound activated sensor for remotely activating the light accessory to help identify the location of the walker in dark areas, an audible alarm that is activated when the walker tips over, and other control and sensor features.

An attachable light accessory for a walker illuminates the forward and downward walking direction of an individual when using the walker. The light accessory includes a housing, a power source, and a plurality of light modules attached to the housing, a controller, and a plurality of sensors including a bump sensor, tip sensor, and light sensor. An adaptor mount is removeably attached to the light accessory, which may be attached to horizontal cross-member of the walker to allow the light accessory to be installed and retrofitted on any existing walker. The light accessory also includes a sound activated sensor for remotely activating the light accessory to help identify the location of the walker in dark areas, an audible alarm that is activated when the walker tips over, and other control and sensor features.

The illuminated walking cane comprises a shank, a finial, a plurality of LEDs, one or more batteries, and an on/off control. The walking stick may provide support to a user while walking or hiking. The plurality of LEDs covering the shank may provide illumination and increase visibility after dusk and at night. The plurality of LEDs are powered by the one or more batteries and are turned on or off using the on/off control which may be located on the finial at the top of the shank. The illuminated walking cane may further comprise a blinker circuit and a blinker control. The blinker circuit may interrupt the electrical circuit powering the plurality of LEDs in a repeating pattern, thus causing the plurality of LEDs to blink. Multiple blink patterns may be selected by activating the blinker control on the finial.

The illuminated walking cane comprises a shank, a finial, a plurality of LEDs, one or more batteries, and an on/off control. The walking stick may provide support to a user while walking or hiking. The plurality of LEDs covering the shank may provide illumination and increase visibility after dusk and at night. The plurality of LEDs are powered by the one or more batteries and are turned on or off using the on/off control which may be located on the finial at the top of the shank. The illuminated walking cane may further comprise a blinker circuit and a blinker control. The blinker circuit may interrupt the electrical circuit powering the plurality of LEDs in a repeating pattern, thus causing the plurality of LEDs to blink. Multiple blink patterns may be selected by activating the blinker control on the finial.

A multi-functional activity management system for elderly utilizes prior art walking sticks to manage big data related to activity of elderly persons. In addition, new improvements have been made upon prior art walking sticks. By incorporating umbrella function into the walking stick, the stem portion becomes narrower and shorter, thereby making it easy to be inserted into the thin walking stick.

A multi-functional activity management system for elderly utilizes prior art walking sticks to manage big data related to activity of elderly persons. In addition, new improvements have been made upon prior art walking sticks. By incorporating umbrella function into the walking stick, the stem portion becomes narrower and shorter, thereby making it easy to be inserted into the thin walking stick.

The current invention is an LED-lighted walking-cane. It is a fixed-height cane, with a string of LED lights coiled along the entire length. The user turns the lights on and off with a switch on the handle. The lights are battery-powered. The battery pack is stored in a cavity within the cane.

The current invention is an LED-lighted walking-cane. It is a fixed-height cane, with a string of LED lights coiled along the entire length. The user turns the lights on and off with a switch on the handle. The lights are battery-powered. The battery pack is stored in a cavity within the cane.