A hinged support apparatus for a portable electronic display device is disclosed that includes a mounting plate having a first and a second end portion. The mounting plate comprises an opening or mortise into which a magnetically susceptible material, such as a metallic plate, can be embedded. The disclosed hinged support apparatus also includes an elongated base having a proximal end and a distal end in which the proximal end is attached to the first end portion of the mounting plate. The elongated base can include at least one living hinge and, in some embodiments, one or more magnets. The magnets can be made of any ferromagnetic material. The disclosed hinged support apparatus can include an elastic band having a first end and a second end. The first end of the elastic band can be attached to the first end of the base, and the second end of the elastic band can be attached to the second end of the base.

Apparatus for protecting sensitive equipment from impact, dust, dirt, moisture, smoke, and flame has a container that attaches to load bearing equipment used by military, law enforcement and related professions. Apparatus for an attachable protective case capable isolating sensitive equipment from electromagnetic radiation. The apparatus can include an attachment component pivotably associated with the container. A distal end of the attachment component can include a locking feature releasably engageable with a corresponding locking feature disposed on a portion of the container such that the attachment component captures a portion of material of a separate device between the attachment component and the container.

A system, method, and apparatus for securely gripping a mobile device can comprise a device connecting assembly comprising an upper base with an orifice formed therein, a bottom base, and a peg formed on the bottom base, a finger gripping assembly, and at least one jointed connection assembly connecting the device connecting assembly and the finger gripping assembly. A connective material can be formed on a bottom base. The finger side strut is configured to fold between two legs of the device side strut.

A universal armband assembly retains a cuboidal, electronic device in adjacency to a user's arm, and includes an armband and a resilient device-retainer formation. The armband includes a band-to-retainer interface portion and a strap portion. The band-to-retainer interface portion includes a strap-letting aperture and an outer interface portion end. The strap portion extends from the band-to-retainer interface portion in a direction opposite the outer interface portion end. The device-retainer formation is formed from a resilient unibody material construction, is attached to the band-to-retainer interface portion, and is configured to define a relaxed interior volume when in a relaxed state. The device-retainer formation is actuable to define an actuated interior volume, which interior volume receives the electronic device. Restorative forces of the resilient unibody material retain the electronic device within the actuated interior volume. Together the armband and device-retainer formation retain the electronic device in adjacency to the user's arm.

A finger grip is attachable to a handheld device for assisting a user in operating the handheld device. The finger grip includes one or more finger slots, where each finger slot includes an edge and is configured to accommodate one or more lower fingers of a hand of a user, and where the edge is configured to provide a rest to the lower finger accommodated by the respective finger slot. The finger grip further includes a back for attaching the finger grip to a back of the handheld device, allowing a thumb of the hand to have a reach on a range of the front of the handheld device when the lower fingers are accommodated by the finger slots in a position. The finger grip may further include a raised area configured for providing support to the hand.

A fastening device includes a self-adhesive part having a self-adhesive surface and a connecting surface which is situated on the opposite side from the self-adhesive surface. A flexible strip extends from the connecting surface of the self-adhesive part. The flexible strip is joined to the self-adhesive part by means of a connecting element disposed in a region on the connecting surface. This region faces a central region of the self-adhesive surface. Thus, a traction force exerted on the flexible strip is distributed substantially uniformly over the self-adhesive surface.

A tether system and apparatus is provided for securing a handheld device to a user. The tether apparatus includes a harness having an elastomeric body configured to engage the plurality of corners of the handheld device thereby releasably securing the elastomeric body to the handheld device, a fastener configured for releasably engaging an article worn or borne by a user, and an elongated tether interconnecting the fastener and the harness. A first end of the tether connected to the elastomeric body, and a second end of the tether connected to the fastener. The elastomeric body and the elongated tether may be monolithically formed. The tether apparatus allows a user to easily retrieve the handheld device if dropped.

The present invention provides a handle adapted to be pivotally configured on a mounting side of an electronic device, and includes a pair of rigid swing arms and an elastic band. The rigid arms are individually pivotally connected on the mounting side of the electronic device along a same pivot axis. The elastic band is connected between the rigid swing arms. When the electronic device is erected on a plane, the rigid swing arms can support the weight of the electronic device. When the electronic is hand-held by a user, the elastic band can be elastically deformed to adapt to a user palm in different sizes.

A device includes a wearable portion and a support portion. The wearable portion includes an elongate member and a coupler connected to the elongate member. The elongate member is formed in a loop such that the elongate member is positionable around a neck of a user with the coupler positioned on a torso of the user. The support portion includes an attachment member, an arm, and a retainer. The arm extends from a first end to a second end. The first end is coupled to the attachment member. The retainer is coupled to the second end of the arm and is configured to retain a personal electronic device. The attachment member is releasably attachable to the coupler such that with the attachment member attached to the coupler the device supports the personal electronic device.

An information handling system carrying soft case includes fabric forming an interior, such as within a backpack or briefcase form factor, and a sleeve disposed in the interior and sized to contain a portable information handling system housing. The sleeve has a rectangular cover of sufficient area to hold a portable information handling system and coupled to the fabric interior on three sides with an open mesh material at an interior of the sleeve and a corrugated foam at an exterior of the sleeve. The open mesh material has plural evenly spaced openings that pass air in the event of thermal heating in the sleeve and that pass particles out of the sleeve and away from the information handling system.