An apparatus includes an external frame of a backpack system and a game strap. The external frame includes a horizontal and vertical sections. The horizontal section is pivotably coupled to the bottom of the vertical section. The horizontal section rotates between a vertical position and a horizontal position. The horizontal section supports the vertical section in a vertical position when the horizontal section is in the horizontal position. A bottom of the game strap is coupled to an end of the horizontal section of the external frame. The end is distal to where the horizontal section pivotably couples to the vertical section. A top of the game strap is coupled to the vertical section of the external frame. The game strap includes openings sized to accommodate a snout of a head of an animal. The bottom or the top of the game strap are releasably coupled to the external frame.

A luggage tray apparatus for supporting food, electronics, and other devices on a piece of luggage is provided. The luggage has a sliding grip, retractable handle with the retractable handle having a pair of parallel extension rods. The luggage tray apparatus comprises a tray table having a top surface, a bottom surface substantially opposite the top surface, and an outer perimeter edge with the outer perimeter edge having a front edge and a rear edge substantially opposite the front edge. An elongated slot is formed completely through the tray table nearingly adjacent the rear edge with the elongated slot capable of slidably receiving the extension rods. A pair of support arms is provided having a first end and a second end with the first end secured to the bottom surface and the second end secured to the extension rods. Wherein the tray table provides a stable surface for placement of the food, electronics, and other devices.

A lanyard is provided. The lanyard may include a lanyard cord which is attached to a personal item such as safety glasses or an access card, an earplug cord which is attached to a first earplug and a second earplug, and a flexible retractable sheath. The lanyard cord and earplug cord may be disposed in the lumen of the retractable sheath and the retractable sheath is movable between a first position where it covers a first section of the lanyard cord and the earplug cord and a second position where it exposes the first section of the lanyard cord and the earplug cord.

The present invention extends to wrist straps for gripping, namely, in the form of a grip reinforcement apparatus. A wrist portion includes a cushion with a flap that improves comfort and protection for a user. A grip portion includes a slip resistant exterior surface that improves ease of use and the frictional connection with an object being gripped. A main strap that forms a loop, a portion of the wrist portion, and a portion of the grip portion from a singular unitary piece of webbing balances cost-effectiveness and durability, while a bistable spring within a grip portion also improves ease of use.

A portable mobile device holder that includes a plurality of concentrically-connected frames. The intermediate protective frame, is selectively moveable by a user between a stowed position and a deployed position in which the intermediate protective frame is pivoted outwardly relative to the outer protective frame to orient the mobile device at an approximately 90 degree position relative to the outer protective frame and facilitate hands-free use of the mobile device by a user. The mobile device is mounted on the inner protective frame defining, which is selectively moveable by the user between a stowed position and a deployed position in which the inner protective frame is selectively rotated by the user between approximately 0 to 360 degrees about its longitudinal axis relative to the intermediate protective frame.

A material deployment system includes: a deployable material; and a user-wearable material pouch configured to removably contain the deployable material.

The present disclosure provides an attachment assembly for a device. The attachment assembly comprises a first attachment member and a second attachment member. The first attachment member is slidable along a first axis of the device at a first location. The second attachment member is at a second location. The first attachment member and the second attachment member are configured to be coupled to a strap. A tension in the strap is configurable based on a sliding movement of the first attachment member.

A finger support apparatus for supporting a pinky finger during use of a smart phone includes a mounting portion configured to plug into a port of a smart phone case, the port being positioned along a bottom edge of the case. The finger support apparatus includes a body portion rotatably coupled to the mounting portion and rotatably movable to a desired orientation, i.e., to be optimally positioned depending on a user's preference in how the smart phone is held. The body portion may include an ergonomic configuration to enhance grip of a user's finger and has a tactile surface. A low-capacity battery may be positioned in the body portion for transferring electrical power to the smart phone when plugged into the smart phone port. A charging cap situated atop the mounting portion includes electrical storage media for storing electrical current from an electric source for transfer to the auxiliary battery.

Embodiments of a strap assembly system for a golf bag are described herein. The strap assembly system can be converted between a single-strap configuration or a double-strap configuration. The strap assembly system comprises a first strap, a second strap, and a back puck. The back puck comprises first and second attachment openings for securing the first strap. The back puck further comprises first and second side openings that define a linear pathway and are configured to receive the second strap. The second strap can move freely along the linear pathway.

An implement holder is disclosed. One embodiment provides an implement retention device including a main body having an attachment surface to secure the implement retention device to a mounting surface, a device retention surface having a retention slot that is wider than a device to be stored therein, the retention slot having a first side having an overhanging portion on at least a proximal end of the slot and a second side having an overhanging portion on at least a distal end of the retention slot, and a first magnet adjacent to the first side overhanging portion and a second magnet adjacent to the second overhanging portion, wherein when an implement is situated within the retention slot, the magnets rotate the implement and secures it behind the first overhanging portion and second overhanging portion. Other embodiments are disclosed herein.