Consumer electronic entertainment and display system
An electronic entertainment and display system that includes a mobile operating system application, control unit and website that work together to provide the ability for a user to view multiple audio and video digital user content across multiple display screens from the user's mobile operating system and/or from additionally connected external devices through the control unit. The control unit is connected to the system displays and external devices and displays chosen content through a drag and drop application. The user can choose to interact with any of the audio and video data displayed on the system displays and/or external devices.
1. An electronic entertainment and display system, comprising:
(a) a website configured to interface with a user mobile operating system (MOS) device and system control unit to display user selected MOS application output not displayed on the website via the system control unit, and further configured to direct the system control unit output from a primary user selected display to a secondary user selected display;
(b) the system control unit adapted to display MOS application output as selected by the system MOS application resident on the user MOS device to at least one user display;
(c) the mobile operating system MOS application resident on the user MOS device adapted to communicate with the website to configure the system control unit and user MOS device based on the user display configuration and display type;
(d) the mobile operating system MOS application resident on user MOS device for communicating with the system control unit to select MOS applications resident on the user MOS device for the system control unit to display on the at least one user display;
(e) the mobile operating system MOS application resident on the user MOS device for interacting with the system control unit MOS application output, as displayed on the at least one user display;
(f) the MOS application and the system control unit configured to simultaneously display synchronized multiple user-selectable MOS application output on multiple user selected displays which remain active on user displays independent of the user MOS device as displayed on the user display via the system MOS application resident on the user MOS device; and
(g) the MOS application and the system control unit being further selectable by the primary user to select the system control unit MOS application output as displayed on the primary user display and direct that output to the secondary user selected display.