A wearable canopy shade is provided. The wearable canopy shade includes a canopy secured a frame, wherein the frame includes a bulbous first end and a narrower second end. The frame is movable between an open position and a closed position, wherein the open position, the second end is perpendicular to the first end, such that the second end is configured to rest parallel to a back of a user wearing the shade and the first end rests above a head of the user, providing shade to a user positioned thereunder. The shade includes a pair of shoulder straps that can secure the frame to the user. A cord is securable between the first end of the frame and the pair of shoulder straps in order to prevent the rotation of the first end of the frame relative to the second end when the shade is in use.

A hands-free umbrella device includes a vest having a waist strap and a pair of shoulder straps. The vest is constructed from a lightweight material having high visibility markings along a portion or the entire body. An umbrella assembly is removably connected to the vest, and includes a central pole, a control mechanism, a rib assembly and a canopy. A plurality of retention members is disposed along the back portion of the vest for receiving an elongated shaft that is connected to the umbrella assembly. The elongated shaft includes a user adjustable shape, and the retention members are arranged to position the umbrella assembly over the left or right shoulder of a wearer. The umbrella assembly is telescopically engaged to the elongated shaft and a height of the umbrella canopy is adjustable.

A hands-free umbrella device includes a vest having a waist strap and a pair of shoulder straps. The vest is constructed from a lightweight material having high visibility markings along a portion or the entire body. An umbrella assembly is removably connected to the vest, and includes a central pole, a control mechanism, a rib assembly and a canopy. A plurality of retention members is disposed along the back portion of the vest for receiving an elongated shaft that is connected to the umbrella assembly. The elongated shaft includes a user adjustable shape, and the retention members are arranged to position the umbrella assembly over the left or right shoulder of a wearer. The umbrella assembly is telescopically engaged to the elongated shaft and a height of the umbrella canopy is adjustable.

An umbrella holder for supporting an umbrella pole on a backpack strap so that the wearer of the backpack can be in a hands-free condition while the umbrella is deployed. The device includes a first panel, a second panel, a third panel, a pair of thumb screws and a panel closure member. The first panel is hinged to the second panel. The second panel is hinged to the third panel. The first and second panels create a retaining space for a backpack strap. The second and third panels create a retaining space for an umbrella pole. The thumb screws are hinge and tightened to secure a backpack strap. The second and third panels are held together by the panel closure member which is attached by a hinge to the first panel. A preferred embodiment includes rubber cushion members to securely hold umbrella poles of varying diameters.

An umbrella holder for supporting an umbrella pole on a backpack strap so that the wearer of the backpack can be in a hands-free condition while the umbrella is deployed. The device includes a first panel, a second panel, a third panel, a pair of thumb screws and a panel closure member. The first panel is hinged to the second panel. The second panel is hinged to the third panel. The first and second panels create a retaining space for a backpack strap. The second and third panels create a retaining space for an umbrella pole. The thumb screws are hinge and tightened to secure a backpack strap. The second and third panels are held together by the panel closure member which is attached by a hinge to the first panel. A preferred embodiment includes rubber cushion members to securely hold umbrella poles of varying diameters.

An umbrella holder for supporting an umbrella pole on a backpack strap so that the wearer of the backpack can be in a hands-free condition while the umbrella is deployed. The device includes a first panel, a second panel, a third panel, a pair of thumb screws and a panel closure member. The first panel is hinged to the second panel. The second panel is hinged to the third panel. The first and second panels create a retaining space for a backpack strap. The second and third panels create a retaining space for an umbrella pole. The thumb screws are hinge and tightened to secure a backpack strap. The second and third panels are held together by the panel closure member which is attached by a hinge to the first panel. A preferred embodiment includes rubber cushion members to securely hold umbrella poles of varying diameters.

An umbrella holder for supporting an umbrella pole on a backpack strap so that the wearer of the backpack can be in a hands-free condition while the umbrella is deployed. The device includes a first panel, a second panel, a third panel, a pair of thumb screws and a panel closure member. The first panel is hinged to the second panel. The second panel is hinged to the third panel. The first and second panels create a retaining space for a backpack strap. The second and third panels create a retaining space for an umbrella pole. The thumb screws are hinge and tightened to secure a backpack strap. The second and third panels are held together by the panel closure member which is attached by a hinge to the first panel. A preferred embodiment includes rubber cushion members to securely hold umbrella poles of varying diameters.

A hands-free system for a user includes a rigid frame and a support fixed to the rigid frame. It is provided that the hands-free system is such that when it is arranged around the user tilts under the effect of a force of gravity of the support frontwards of the user about a rotation axis, and that the hands-free system includes three support points on the user to retain the tilting thereof such that the hands-free system is mounted on the user, two of the three points called front points acting on the iliac bones of the user and the third point called back point acting on the spine of the user.

A hands-free system for a user includes a rigid frame and a support fixed to the rigid frame. It is provided that the hands-free system is such that when it is arranged around the user tilts under the effect of a force of gravity of the support frontwards of the user about a rotation axis, and that the hands-free system includes three support points on the user to retain the tilting thereof such that the hands-free system is mounted on the user, two of the three points called front points acting on the iliac bones of the user and the third point called back point acting on the spine of the user.

An accessory mounting system can be operable to mount an accessory to a device. The accessory mounting system can include an accessory mount and an accessory holder. The accessory mount can include a mount body having a first end, a second end, and an inner section disposed between the first and second ends. The accessory mount can further include a first device interface disposed at the first end and configured to interface with the device and a second device interface disposed at the second end and configured to interface with the device. The accessory mount has at least one mounting point disposed on the inner section of the mount body. The accessory holder can include an interface operable to selectively attach to and detach from the mounting point of the accessory mount. The accessory holder can receive and support an accessory.