A driving control apparatus, a device, an optical module, and a driving control method will be provided, the driving control apparatus including: an acquiring unit to acquire a detection signal depending on a detection result of sensing a position of a driving target object; a driving control unit to generate a driving signal to move the driving target object to a target position based on the detection signal; an oscillation detecting unit to detect oscillation in a signal at a predetermined object point on a signal path from the detection signal to the driving signal; and an oscillation suppressing unit to suppress oscillation of the signal path according to detection of the oscillation.

An apparatus includes a frame, a screen supported by the frame for displaying an image; a first optical sensor for capturing an image, an extendable arm connected to the frame; and a second optical sensor connected to the arm for capturing an image. Such an apparatus can be used for capturing and displaying information for low vision persons.

An apparatus includes a frame, a screen supported by the frame for displaying an image; a first optical sensor for capturing an image, an extendable arm connected to the frame; and a second optical sensor connected to the arm for capturing an image. Such an apparatus can be used for capturing and displaying information for low vision persons.

A driving control apparatus, a device, an optical module, and a driving control method will be provided, the driving control apparatus including: an acquiring unit to acquire a detection signal depending on a detection result of sensing a position of a driving target object; a driving control unit to generate a driving signal to move the driving target object to a target position based on the detection signal; an oscillation detecting unit to detect oscillation in a signal at a predetermined object point on a signal path from the detection signal to the driving signal; and an oscillation suppressing unit to suppress oscillation of the signal path according to detection of the oscillation.

A driving control apparatus, a device, an optical module, and a driving control method will be provided, the driving control apparatus including: an acquiring unit to acquire a detection signal depending on a detection result of sensing a position of a driving target object; a driving control unit to generate a driving signal to move the driving target object to a target position based on the detection signal; an oscillation detecting unit to detect oscillation in a signal at a predetermined object point on a signal path from the detection signal to the driving signal; and an oscillation suppressing unit to suppress oscillation of the signal path according to detection of the oscillation.

A convex mirrored device that is placed on the floor to reflect electronic viewing monitors in view of the user when in downward facing positions. The device includes one or more convex arched mirrors that are placed on the floor between the user and the screen with the reflective side up. The arched mirror allows the user to execute multiple different downward facing positions while viewing monitor screens in the room having different sizes and heights. In one embodiment, the device attaches to the front of an activity mat and has hinges between the mirrors so that activity mat and the mirrored device can be rolled up and folded together. This enables the device to rolled up and folded for easy transportation and storage by the user.

A foldable light shade and privacy shade visor for electronic device screens, particularly for use on laptops, electronic tablets and devices. The light and privacy shade is constructed of three semi-rigid panels with four molded plastic and rubber clips integrated into its surface. The areas between the three panels form flexible hinges allowing the light and privacy shade to fold open when in use and fold flat for carrying. The integrated plastic and rubber clips are used to attach the visor to the edges of the device screen securely. The light and privacy shade allows the electronic device to be used in direct sunlight, artificial light and ambient light by preventing light rays and glare from diminishing the view of the screen, while also preventing the device from overheating in the warmth generated by intense light, and providing privacy by shielding the contents of the screen from the view of third parties.

A foldable light shade and privacy shade visor for electronic device screens, particularly for use on laptops, electronic tablets and devices. The light and privacy shade is constructed of three semi-rigid panels with four molded plastic and rubber clips integrated into its surface. The areas between the three panels form flexible hinges allowing the light and privacy shade to fold open when in use and fold flat for carrying. The integrated plastic and rubber clips are used to attach the visor to the edges of the device screen securely. The light and privacy shade allows the electronic device to be used in direct sunlight, artificial light and ambient light by preventing light rays and glare from diminishing the view of the screen, while also preventing the device from overheating in the warmth generated by intense light, and providing privacy by shielding the contents of the screen from the view of third parties.

A hologram display system is disclosed. An example system includes a hologram apparatus including a sheet folded along preformed creases into a frustum structure configured to be actuated between a compressed state and an uncompressed state. The frustum structure has a base section and a top section connected by four side sections. The system also includes instructions stored in a memory of a consumer device, which when executed, cause a processor of the consumer device to display, on a screen of the consumer device, holographic interactive content that is related to the hologram apparatus, detect interaction with at least one of the holographic interactive content or the hologram apparatus after the hologram apparatus is placed on the screen of the consumer device, and change the display of at least a portion of the holographic interactive content based on the detected interaction.

A virtual reality cell phone includes: a main body including a display; an ocular plate configured to maintain a variable distance from the rear surface of the main body; and a screen and distance adjustment member interposed between the main body and the ocular plate, and configured to move the ocular plate between a retracted state in which the ocular plate comes into close contact with the main body and an extended state in which the ocular plate maintains a predetermined distance from the main body. The screen and distance adjustment member includes a plurality of screen boxes configured to slide backward and be fixed while being laid over each other.