摘要:
An entertainment device comprising a housing or base unit that supports display surface is disclosed. A display generating device displays visual images on the display surface. The display generating device may be a projection-type display device or a display panel device. A touch/proximity sensing device detects positions of a user appendage on the display surface in the course of a game or activity. In addition, users may interact with the entertainment device with an input controller device that comprises buttons, directional pad devices, etc. A control unit, connected to the touch/proximity sensing device and to the display generating device, is responsive to signals from the at least one input controller and/or position detections from the touch/proximity sensing device to, among other operations, alter the visual image displayed on the display surface.
摘要:
An electronic interactive system (10) including an electronic device (20) and a book (60, 60’, 60’’) for use with the electronic device (20). The electronic device (20) includes an optical page identification system capable of autonomously identifying page identifier codes (82a-82o) uniquely associated with each of a plurality of page spreads (68a-68o) of the book (60, 60’, 60’’).
摘要:
An electronic learning device configured to receive in a predetermined orientation a book (2). The book includes a first (16a, 44) and second (16b, 46) page. The device further includes a base (122), cover (114) and book mounting assembly (118). A controller is in electrical communication with a position sensor (232) for detection the presence of a selector.
摘要:
An electronic learning/teaching device (100) operates with and without a printed sheet element (20) having an arrangement of selectable content by means of a user responsive sensor array (142) beneath a surface (130) configured to receive the element. The sensor array is formed by cross-points of two sets of crossing conductive lines (246, 248), one set being driven sequentially with a radio frequency square wave and the other set being sampled sequentially though a high impedance amplifier connection with an asynchronous detection circuit. Where more than one cross-point location is user activated, algorithms (Fig. 12) are used to identify one cross-point sensor location as the user activated selection.