The present application discloses a curved glass housing. The curved glass housing includes a bottom wall and an annular side wall extending arcuately from an edge of the bottom wall, and the side wall and the bottom wall cooperatively form a receiving cavity having an opening. A texture structure is defined on the bottom wall or the side wall. The texture structure comprises a dent defined on the bottom wall or the side wall and towards the receiving cavity, or the texture structure comprises a protrusion defined on the bottom wall or the side wall and away from the receiving cavity. A mobile terminal using the curved glass housing is also provided.

An ergonomic accessory holder includes a single and continuous body affixed to a rear side of the existing portable electronic device. Such a body includes a plurality of contiguous sides configured at an end-to-end pattern spaced inwardly from an outer perimeter of the existing portable electronic device, and a posterior face integral with the contiguous sides and monolithically attached thereto. Such a posterior face further is intermediately seated between the contiguous sides. Advantageously, the posterior face has a surface area less than a surface area of a rear side of the existing portable electronic device such that the body does not block a camera lens of the existing portable electronic device. A charging cable may be removably stored within a groove formed in the posterior side of the body.

A terminal device includes: a housing; a display assembly, disposed on a housing and provided with a light transmitting hole; an optical component, disposed in a housing and opposite to the light transmitting hole; a secondary display assembly, disposed in the housing; a reflection part, movably disposed in the housing; and a drive component, disposed in the housing, connected to the reflection part, and driving the reflection part to move between a first state and a second state, where in the first state, the reflection part is located outside an optical channel between the optical component and the light transmitting hole, and in the second state, and the reflection part is located between the light transmitting hole and the optical component, and reflects, to the light transmitting hole, light emitted by the secondary display assembly.

Disclosed by the present invention are a fingerprint recognition module and a mobile phone, the mobile phone comprising a fingerprint recognition module, a display screen, a touch screen chip disposed on the display screen and a touch screen panel disposed on the touch screen chip, a display touch integrated circuit (IC) and a display screen touch circuit board being disposed at one end of the display screen. The present invention reduces the length of a bottom frame of a mobile phone as well as the entire mobile phone by means of silk printing, transfer printing or electroplating a decorative ring on the touch screen panel to take the place of the fingerprint recognition metal decorative ring of an ordinary mobile phone.

A method of ergonomically preventing tech neck for users of an electronic device is provided. The method embodied in an electronic device case providing telescoping legs to support the attached electronic device in innumerable positions and orientations. The telescopic legs are pivotably connected to recesses along a rear portion of the case so that the former may fold into the recesses in a flush condition when not in use. The distal ends of the telescopic legs may provide foldable feet to further stabilize the systemic cases in the many positions and orientation the encased electronic devices are secured in.

A mobile device is provided comprising a housing, at least two cameras supported by the housing and arranged to capture image data and a multi-view display. The multi-view display may be a lightfield display and may comprise a diffractive lightfield backlighting system. The multi-view display may be configured to display multi-view video derived from image data captured by the at least two cameras and optionally operate in at least one of a multi-view mode or a multi-dimensional display mode.

In an aspect, a method of projecting an image using an electronic device having a front face with a display screen, a rear face, and an edge, and further including an LED on a rear face, a processor and memory, and having an application stored in the memory, the method comprising: providing a projector having an aperture therethrough, and a clip including a first arm which has an arm marker, and a second arm; executing the application so as to display a screen marker in a position based on a make and model of the electronic device; and positioning the clip on the electronic device with the first arm on the front face with the arm marker aligned with the screen marker, positioning the projector's aperture aligned with the LED to pass light through a slide containing an image, to project the image.

A stand for a mobile device, including a platform and a flexible stand portion. The platform has a front side facing toward the mobile device, and a rear side opposite to the front side and facing away from the mobile device. The flexible stand portion has a sliding end portion that slides back and forth in a sliding direction, and a non-sliding end portion that rotates around a hinge portion. The flexible stand portion switches between a flat state where the non-sliding end portion is arranged against the rear side of the platform and the sliding end portion is arranged at a first locking position, and an curved state where the non-sliding end portion is rotated away from the rear side of the platform and the sliding end portion is arranged at a second locking position so that the flexible stand portion bows outward to form a curve or arch.

A wireless battery pack is provided which may be magnetically connected to a device to be charged having the capability for wireless charging. The battery pack includes an emitter coil and battery to provide wireless charging to a battery powered electronic device which is capable of wireless charging, including but not limited to cellular telephones.

The cellular telephone case comprises a sound deflector, a heat conducting sheet, a plurality of vent apertures, one or more bumpers, and an ear rest. The case fits onto a cellular telephone. The sound deflector may increase the audio volume of a cell phone by deflecting sound energy to the front of the phone. The ear rest may increase the comfort when using the cell phone. The heat conducting sheet and the plurality of vent apertures may enhance the cooling of the cell phone by spreading the heat over a larger surface area and by allowing air to carry the heat away. The one or more bumpers may enhance the cooling of the cell phone and increase the audio volume by creating a gap between the rear of the phone case and the surface upon which the phone has been laid.