Abstract: A privacy shutter selectively covers and exposes a camera lens on a computer device. The privacy shutter has a frame with an aperture and a screen carried by the frame and slidable in the aperture. The screen moves between open and closed positions. A fingertip grip has a low-profile dome coupled to the screen.

Abstract: A lens cover selectively covers and exposes a camera lens on a mobile device, such as a cellular phone, laptop or tablet. The lens cover can be adhered to the mobile device. The lens cover has a slider that slides between an open position and a closed position. Indicium is disposed on the exposed face of the slider that is indicative of or representing a business, a product, or both. The base and the slider have perimeters with a length less than approximately 20 mm and a height less than or equal to 8 mm, and/or a ratio of approximately 19:8.

Abstract: A privacy shutter selectively covers and exposes a camera lens on a computer device. The privacy shutter has a frame with an aperture and a screen carried by the frame and slidable in the aperture. The screen moves between open and closed positions. A fingertip grip has a low-profile dome coupled to the screen.

Abstract: A holder device to hold a mobile device with respect to a vent or a surface of a vehicle has a ball-and-socket joint pivotally coupling together a clip to engage the vent or surface, and a clamp to releasably carry the mobile device. The ball-and-socket joint has a ball pivotally disposed in a socket. The ball-and-socket joint has a friction fit or an interference fit between the ball and the socket sufficient to hold a position between the ball and the socket under a weight of the clamp and the mobile device without an applied external force.

Abstract: A folding stand for use with a mobile device comprises a front pair of legs being spaced-apart from one another defining a gap, and having a front foot at the bottom end interconnecting the front pair of legs. A rear leg pivotally coupled to the front pair of legs. The front pair of legs and the rear leg having at least two positions with respect to one another, including: 1) a collapsed retracted position in which the rear leg is folded between the front pair of legs, and with the mobile device removed from the front foot; and 2) an expanded extended position in which the rear leg is unfolded from between the front pair of legs with bottom ends of the front and rear pairs of legs configured to be disposed on a support surface, and configured to receive the mobile device disposed on the front foot and leaning against the front pair of legs.

Abstract: A folding stand for use with a mobile device comprises a front pair of legs being spaced-apart from one another defining a gap, and having a front foot at the bottom end interconnecting the front pair of legs. A rear leg pivotally coupled to the front pair of legs. The front pair of legs and the rear leg having at least two positions with respect to one another, including: 1) a collapsed retracted position in which the rear leg is folded between the front pair of legs, and with the mobile device removed from the front foot; and 2) an expanded extended position in which the rear leg is unfolded from between the front pair of legs with bottom ends of the front and rear pairs of legs configured to be disposed on a support surface, and configured to receive the mobile device disposed on the front foot and leaning against the front pair of legs.

Abstract: A holder device to hold a mobile device with respect to a vent or a surface of a vehicle has a ball-and-socket joint pivotally coupling together a clip to engage the vent or surface, and a clamp to releasably carry the mobile device. The ball-and-socket joint has a ball pivotally disposed in a socket. The ball-and-socket joint has a friction fit or an interference fit between the ball and the socket sufficient to hold a position between the ball and the socket under a weight of the clamp and the mobile device without an applied external force.

Abstract: A universal case has a single, unitary, elastic body of flexible and resilient material that can stretch to cover both smaller and larger mobile devices. The body has a side wall, a front perimeter lip, a rear perimeter lip and a web defining a cavity and being integral with one another and formed together from the flexible and resilient material as the single, unitary, elastic body. The side wall, the front perimeter lip and the rear perimeter lip define a perimeter channel to extend around a perimeter of the mobile device. The front perimeter lip defines a cavity and has corner lips with a wider width to define corner pockets. A groove is disposed in the channel, and extends into an inner surface of the side wall.

Abstract: A swivel finger strap device for a mobile device comprises a base with an adhesive layer configured to be adhered to a back of the mobile device. An aperture is formed in the center of the base. A cap is rotatably coupled to the base. A post extends from the cap and through the aperture in the base, and defines a pivot axel about which the cap rotates with respect to the base. The cap has an interior cavity on an interior side of the cap, and is sized and shaped to receive substantially all of the base therein. A flexible strap is affixed to the cap. The flexible strap and the cap form a loop to receive one or more fingers of a user's hand.

Abstract: A mobile device stand comprises a substantially rigid sheet having both an initial unfolded configuration patterned with slots and fold lines to define a perimeter base, an interior backrest and a shelf, and a subsequent folded configuration with the sheet folded at the fold lines to define the stand.

Abstract: A mobile, releasably attachable, white-board comprises a pad formed of polyurethane having a composition of polymer and catalyst to impart a tacky character to at least the inner surface so that the inner surface is capable of removable tacky attachment to a support surface without additional adhesive. A dry-erase sheet is affixed to the pad.

Abstract: Apparatuses and structures for dampening vibrational energy from a system are disclosed. Particularly, at least one dampening member including an elongated body comprising a resilient, pliable material may be coupled to the base via at least one coupling structure structured for coupling at least a portion of the elongated body of the at least one dampening member to the dampening apparatus. Such a structure or dampening apparatus may be incorporated or attached to an archery system. Specifically, an archery system or an archery accessory component (e.g., a quiver or sight) may include at least one dampening member including a elongated body comprising a resilient, pliable material and at least one coupling structure structured for accepting at least a portion of the elongated body of the at least one dampening member so as to couple the at least one dampening member to the archery bow or component thereof.

Abstract: A pulley arrangement for a compound archery bow (100) that combines the forgiveness and symmetry of a “dual cam” system with the positive draw stop (hard wall), enforced synchronization (or built-in timing) between opposite pulley assemblies, and high let-off associated with “single cam” systems. The pulley rigging (112) includes only a single cable reference anchor to a limb (104, 106). Certain pulleys (108, 110) include rotating module portions (183, 214) effective to change the wrapped lengths of power and control cables (270, 272) to change draw length (LD) while the bow (100) is strung, and at a brace condition with the drawstring (116) under full tension, and without changing the timing of the pulley members (108, 110), or changing the lengths of rigging members (112). Certain embodiments include a resilient element (196) in a positive draw stop (194) to reduce noise as the draw stop (194) engages a rigging element (270).