Abstract: Disclosed are a sounding interactive platform for synchronous sounding triggered playing and a synchronous sounding method thereof, wherein the sounding interactive platform comprises a platform body, a sounding device and a button device. The sounding device comprises a power module, a loudspeaker, a voice chip, and a sensing circuit board. At least two types of voice sources are pre-stored in the voice chip. At least two sensing areas which have one-to-one correspondence to the at least two types of voice sources and trigger the voice chip to output the corresponding voice sources to the loudspeaker are provided on the sensing circuit board. The button device comprises at least two buttons which have one-to-one correspondence to the sensing areas and trigger the corresponding sensing areas to respond.

Abstract: A conductive pattern reading device and method, and an interactive platform. The reading device comprises a sensing circuit board and a medium printed with conductive patterns. The medium is provided with one or more conductive sensing regions, wherein the conductive patterns are printed in corresponding conductive sensing regions. The sensing circuit board comprises one or more conductive sensing blocks corresponding to the conductive sensing regions and further comprises a sensing chip used for sensing and measuring capacitance values of the various conductive sensing blocks. The sensing chip is connected to the various conductive sensing blocks.

Abstract: A touch sensing interactive audio platform and a recognition method thereof, wherein the platform comprises a sensing circuit board and a main control board. The sensing circuit board is provided with a touch sensing board used for sensing a touch area and the touch sequence, the touch sensing board is provided with one or more touch sensing areas, the main control board comprises a main control chip, a speaker, and a power supply unit, and the main control chip is connected to the touch sensing area, the speaker, and the power supply unit respectively.

Abstract: An electronic sound book with a detachable sound production device and a book content identification method therefor. The sound production device can be separated from or combined with a book body. The sound production device is applicable to different books and can produce corresponding sounds.

Abstract: A conductive pattern reading device and method, and an interactive platform. The reading device comprises a sensing circuit board and a medium printed with conductive patterns. The medium is provided with one or more conductive sensing regions, wherein the conductive patterns are printed in corresponding conductive sensing regions. The sensing circuit board comprises one or more conductive sensing blocks corresponding to the conductive sensing regions and further comprises a sensing chip used for sensing and measuring capacitance values of the various conductive sensing blocks. The sensing chip is connected to the various conductive sensing blocks.

Abstract: A changeable book system including a book chassis configured to receive a plurality of books. The book chassis includes one or more membrane switches aligned with identifier indicia located on one or more pages of a book when the book is positioned adjacent to the book chassis. A reader may activate one or more membrane switches by pressing the corresponding identifier indicia. Activation of a membrane switch causes the book chassis to perform a function and/or produce a sound.

Abstract: A changeable book system including a book chassis configured to receive a plurality of books. The book chassis includes one or more membrane switches aligned with identifier indicia located on one or more pages of a book when the book is positioned adjacent to the book chassis. A reader may activate one or more membrane switches by pressing the corresponding identifier indicia. Activation of a membrane switch causes the book chassis to perform a function and/or produce a sound.

Abstract: An interactive book assembly has first and second page portions, and a plurality of uniquely-shaped workpieces. The first page portion removably retains the workpieces in a plurality of first receiving areas. The second page portion has a plurality of second receiving areas that have unique shapes that each match a respective one of the workpieces so as to receive and retain a mating. Each second receiving area has a switch area located to correspond to the position of an indicia area of the mating workpiece when the mating workpiece is positioned in the respective second receiving area. Membrane switches are positioned adjacent to a switch area of each second receiving area to align with the indicia area of the workpiece inserted into the matching second receiving area. When a reader presses the activation indicium on the workpiece, the workpiece will press against the switch area, causing activation of the associated membrane switch and generation of a sound relating to the workpiece.

Abstract: A book assembly with a track, a slider, and a switch. The slider is visible and can be slid along the track by a user such as a child. The switch is activated by moving the slider in the track. Activating the switch plays a sound or lights a light.

Abstract: A book assembly with a track, a slider, and a switch. The slider is visible and can be slid along the track by a user such as a child. The switch is activated by moving the slider in the track. Activating the switch plays a sound or lights a light.

Abstract: An interactive book assembly has first and second page portions, and a plurality of uniquely-shaped workpieces. The first page portion removably retains the workpieces in a plurality of first receiving areas. The second page portion has a plurality of second receiving areas that have unique shapes that each match a respective one of the workpieces so as to receive and retain a mating. Each second receiving area has a switch area located to correspond to the position of an indicia area of the mating workpiece when the mating workpiece is positioned in the respective second receiving area. Membrane switches are positioned adjacent to a switch area of each second receiving area to align with the indicia area of the workpiece inserted into the matching second receiving area. When a reader presses the activation indicium on the workpiece, the workpiece will press against the switch area, causing activation of the associated membrane switch and generation of a sound relating to the workpiece.

Abstract: A changeable book system including a book chassis configured to receive a plurality of books. The book chassis includes one or more membrane switches aligned with identifier indicia located on one or more pages of a book when the book is positioned adjacent to the book chassis. A reader may activate one or more membrane switches by pressing the corresponding identifier indicia. Activation of a membrane switch causes the book chassis to perform a function and/or produce a sound.