A protective enclosure for an electronic device includes a first case portion that may be adapted to surround at least a portion of a top device portion and a second case portion that may be adapted to surround at least a portion of a bottom device portion. The protective enclosure may also include a first hinge member coupled to a portion of the first case portion and a portion of the second case portion, and the first hinge member may pivot about a first hinge axis that is coaxially aligned with or parallel to a device hinge axis.

A mobile phone case is provided for two phones that is capable of storing two mobile phones simultaneously. To this end, the mobile phone case for two phones according to the present invention includes a first case having a first support means on which a first mobile phone is mounted, and a second case having a second support means on which a second mobile phone is mounted. A third case is disposed between the first case and the second case. A first connecting portion is configured to connect the first case and the third case, and a second connecting portion is configured to connect the second case and the third case. A vertical width or a horizontal width of at least one of the first support means and the second support means is changeable.

An electronic device case with internal hooks that allow an electronic device to hang from the hooks without increasing the thickness of the case. Multiple hooks or attachment members can be used in one case or one attachment member can be utilized. The hooks can be extended and twisted to be locked into a position that is perpendicular to the case, which allows the case to either hang from the hooks or stand upright with the hooks acting as a base. The hooks can also be rotated to be in line with the edge of the case and stored within the case when not in use.

A mobile workstation adapted to carry a mobile computing device includes a balanced case having a bottom compartment and a top compartment. The top compartment is coupled to the bottom compartment and pivotable relative to the bottom compartment.

The present invention proposes a self-standing housing body solving a typical program and stably standing as a penholder. Specifically, the self-standing housing body according to the present invention is a self-standing housing body including a housing portion having a main housing space surrounded by a bottom surface and side surfaces standing from the bottom surface, and a lid portion having a sub-housing space surrounded by an upper surface and side surfaces standing from the upper surface. An upper side of one side surface of the housing portion and a lower side of one side surface of the lid portion form a joint portion, and about the joint portion as a rotation axis, the lid portion is rotatably joined to the housing portion. When the lid portion is rotated approximately 180° relative to the housing portion and the side surface of the lid portion substantially contacts the side surface of the housing portion, the upper surface of the lid portion and the bottom surface of the housing portion are substantially flush with each other. An upper end portion of the side surface of the housing portion does not reach the upper surface.

A modular firearm support, concealment aid, and shooting equipment holder assembly for a multi-legged stand comprises a plurality of flexible leg sleeves configured to releasably engage different legs of the multi-legged stand, and at least one flexible wall panel configured to extend between and releasably engage any two adjacent leg sleeves of the plurality. The wall panel includes a plurality of rows of uniformly spaced, laser-cut, horizontal slots defined therethrough. When secured to an adjacent pair of leg sleeves mounted on a deployed multi-legged stand, the wall panel screens an interior space defined between the legs of the stand from a viewpoint outboard of the wall panel, and provides an upright, load bearing surface to which a user can mount an item of modular light-weight load-carrying equipment (MOLLE).

A shade and platform device configured to support and partially enclose and shelter a laptop, notebook computer, or other electronic or non-electronic item from sun exposure, allowing users to use their laptop, notebook computer or other electronic or non-electronic item outdoors while reducing screen glare and risk of the sheltered item overheating due to direct sun exposure. The platform component may contain functionality that enables it to fold into a carrying case for the shade, awning, canopy, or hood component. The shade, awning, canopy, or hood component may be collapsed, optionally detached from the platform component, and folded so that it can be compactly secured and stored within the platform case. Furthermore, the platform case may include an attachment element for a stand, such as a tripod, on which the platform case may be supported.

A cover and electronic device are disclosed herein. The cover is attachable to the electronic device, and includes: a first region covering a first portion of a first surface of the electronic device, when the cover is attached to the electronic device, a second region covering a second portion of the first surface of the electronic device, the second region adjacent to the first region, and a receiving part protruding from a surface of the first region of the cover and including a hollow for receiving an electronic pen, wherein the first region of the cover is pivotable relative to the second region of the cover, such that the first region of the cover is spaced away from the first surface of the electronic device while the second region of the cover contacts the first surface of the electronic device.

Systems and methods are involved with but are not limited to an apparatus including a first frame shaped and sized to receive a tablet-shaped computing device; and a second frame shaped and sized to receive the first frame. In addition, other aspects are described in the claims, drawings, and text forming a part of the present disclosure.

An extendable grip for a mobile device includes a base configured to couple with a mobile device or a case of the mobile device. The plurality of elastic elements are coupled with the base at a first end. The plurality of elastic elements are coupled with a top at a second end. The plurality of elastic elements are configured to provide an expansion force that biases the top away from the base towards a neutral position when in the collapsed position. The base and the top are configured to produce a magnetic force that biases the top and the base towards one another. The extendable grip has the neutral position and a collapsed position. A distance between the top and the base is greater in the neutral position than in the collapsed position. The magnetic force is stronger than the expansion force in the retracted position.