Protective charging case systems usable with electronic devices are provided. The systems may include cases with removable batteries, where the electronic devices can be attached to the cases and be wirelessly charged by the batteries. The batteries can be charged in multiple ways, whether or not they are installed in the cases. The protective charging case system and its components can result in increased user satisfaction and improved working conditions, due to the maximized operation time of the electronic devices.

The present invention discloses a double-ring magnetic mobile phone holder, which comprises: a base; a first ring, wherein a first end of the first ring is hinged to the base, and the first ring is accommodated in an inner side of the base in a first state; a second ring, wherein the second ring is hinged to a second end of the first ring, the first end is symmetrical to the second end, and the second ring is attached to a top of the first ring in a first state; and a magnetic assembly mounted in the base, wherein the magnetic assembly comprises a first magnet, an iron sheet, and a second magnet stacked in sequence, the first magnet is configured to magnetically attract a mobile phone, and the second magnet is configured to magnetically attract external metal.

An electronics storage device comprises an electrically conductive container and lid. A locking member may be disposed on a wall of the container and configured to engage with an engagement member disposed on an inside of the lid. When the lid is place on the container, electronic devices stored within the container may be shielded from electromagnetic signals, and the locking member may be engaged with the engagement member to further prevent physical access to the contents. A wall of the container may define a hole configured to receive charging cables and connectors therethrough, and means for organizing such cables and electronic devices within the container are contemplated.

A protective case for use with an electronic device includes a cavity for receiving the electronic device and an aperture permitting access to a touchscreen interface of the electronic device. The protective case also includes an attachment interface for attaching an accessory to a back of the protective case. The attachment interface has an insertion region having a first width and an attachment region having a second width that is smaller than the first width. The attachment region includes lips on opposing sides of the attachment region. The lips are configured to removably retain the accessory after the accessory is inserted into the insertion region of the attachment interface and moved to the attachment region of the attachment interface.

A portable electronic device case. The portable electronic device case includes a first panel and a second panel that are hingedly connected. A recessed area on the first panel is configured to receive an electronic device and retain it therein. An interchangeable mounting dock is removably attachable to the first panel and includes an electronic device connector configured to receive electronic devices and establish an electrical connection therewith. A charger and a battery on the first panel are each in electrical communication with the mounting dock, such that either may charge an electronic device mounted onto the mounting dock. A locking mechanism enables the first and second panel to fasten to one another. The second panel is configured to fold over and onto the first panel such that it encloses an electronic device stored within the recessed area of the first panel.

An external device for an electronic device includes a first cover portion configured to cover at least a portion of the electronic device, an insert coupled to the first cover portion, and a second cover portion coupled to the insert and covering at least a portion of the insert. At least an outer layer of the first cover portion or the second cover portion is made of a non-moldable material. The insert includes various mechanical structures and electrical circuits.

A method of manufacturing a co-molded housing component for an electronic device is disclosed. A component formed from a ceramic material is placed in a mold. The mold comprises a first section defining a first cavity configured to receive the first component, and a second section defining a second cavity that is in communication with the first cavity when the mold is closed. The second cavity is in the shape of a feature that is to be joined to the ceramic material. A polymer material is injected into the second cavity, thereby forming the feature from the polymer material and bonding the feature to the ceramic material. The polymer material is cured. The first component and the feature together form the housing component for an electronic device.

A cradle-case combination enables its user to selectively display and or encase an electronic device, and together includes a cradle construction and a case construction. The cradle construction is sized and shaped to removably cradle a select or particular electronic device. The cradle construction has an anterior device-receiving cradle portion and a posterior cradle-to-case interface portion. The cradle-to-case interface portion includes a magnetically attractive first material. The case construction has anterior and posterior case portions, and at least the posterior case portion has a magnetically attractive second material. The first and second magnetically attractive materials enable the user to magnetically fasten the cradle to the case. The anterior case portion is pivotal relative to the posterior case portion for selectively accessing the device-receiving cradle portion in an open case configuration and/or covering the device-receiving cradle portion in a closed case configuration.

A protective enclosure for use with an electronic device includes a bottom shell, a first cushioning member, and a second cushioning member. The bottom shell includes a back portion and walls attached to the back portion to form a cavity for receiving and removably retaining the electronic device. The bottom shell also includes an aperture configured to provide direct access to the touch screen of the installed electronic device. The first cushioning layer is overmolded onto at least the inner surface of the of back portion of the bottom shell and configured to contact and cushion at least a back surface of the installed electronic device. The second cushioning layer is separate from the first cushioning layer and includes a perimeter cushioning member overmolded onto at least a portion of the walls of the bottom shell.

A protective enclosure includes a structural member, a metallic tab, and a flexible member. The structural member is configured for receiving an electronic device and includes a front opening for accessing a touchscreen of the installed electronic device. The metallic tab is affixed to one of the side portions of the structural member. The flexible member has a front panel connected to a back panel by a hinge portion that is positioned adjacent to a side portion of the structural member opposite the metallic tab. The hinge portion is configured to enable movement of the front panel between a closed position and an opened position. The front panel includes a magnetic element affixed to an edge of the front panel such that the magnetic element of the front panel contacts the metallic tab when the front panel is in both the opened and closed positions.