Station for providing remote interactivity with a multimedia source

Claim 2

A station for providing interactivity with a remote multimedia source, comprising: a platform including a platform housing and a plurality of conductive pins extending from the platform housing; transmitter unit means removably attachable to the platform housing, for providing power to the platform and for transmitting signals to the remote multimedia source; and a fixed medium for connecting a plurality of distinct circuits to the platform through the plurality of conductive pins.

Claim 3

The station of claim 1, wherein the fixed medium includes a plurality of apertures corresponding to the plurality of conductive pins, wherein each aperture is at least partially surrounded by a conductive contact pad that engages a respective pin then inserted through the aperture.

Claim 4

The station of claim 2, wherein the plurality of conductive pins includes a power pin for transmitting power from the transmitter unit means to the fixed medium.

Claim 5

The station of claim 3, wherein the fixed medium includes printed power and output circuits therein, and a plurality of touch points where the distinct circuits can be completed.

Claim 6

The station of claim 4, wherein the flexible medium comprises interactive paper having the power and output circuits printed therein and wherein the touch points define exposed portions of the power and output circuits.

Claim 7

The station of claim 5, wherein the flexible medium comprises a plurality of interactive paper sheets bound between the platform housing and a housing cover.

Claim 8

The station of claim 4, wherein the fixed medium comprises a printed circuit board and an overlying laminate having apertures therethrough corresponding to at least some of the plurality of touch points.

Claim 9

The station of claim 7, wherein the fixed medium includes an underlying laminate adjacent to the printed circuit board opposite the overlying laminate, the underlying laminate including apertures corresponding to at least some of the plurality of touch points.

Claim 10

The station of claim 7, including a play piece at least partially positionable within one of the apertures of the laminate of the fixed medium, the play piece including a housing and a spring-loaded plunger movable relative to the housing, the plunger including a conductive tip configured to engage an underlying touch point to complete the corresponding distinct circuit.

Claim 11

The station of claim 9, wherein the play piece includes an identifying resistor within the plunger that forms a portion of the distinct circuit when the conductive tip engages the touch point.

Claim 12

The station of claim 1, wherein the transmitter unit means includes a multi-pin connector and a power plug extending from a transmitter unit housing, and wherein the platform includes receptacles for the multi-pin connector and the power plug, and distinct pin connection lines extending from the plurality of conductive pins to the multi-pin connector and power plug receptacles.

Claim 13

The station of claim 11, wherein the transmitter unit housing includes a plurality of snap-on connectors, and wherein the platform housing includes a plurality of corresponding apertures for receiving the snap-on connectors to thereby attach the transmitter unit means to the platform.

Claim 14

The station of claim 11, including batteries and a beeper within the transmitter unit housing.

Claim 15

The station of claim 11, wherein the flexible medium comprises a plurality of sheets of interactive paper, and wherein the platform housing forms a binder for the interactive paper, the platform housing being connected to a first cover for the interactive paper by means of a flexible hinge, wherein the station further comprises a second cover for the interactive paper, the second cover being attached to a binder cover by means of a second flexible hinge, the binder cover being attached to the platform housing to bind an edge of the interactive paper therebetween.

Claim 16

The station of claim 11, wherein the platform housing includes a hinged lid adjacent to the plurality of conductive pins, the hinged lid including a plurality of recesses corresponding to upper ends of the plurality of conductive pins and being pivotable between an open position and a closed position wherein the upper ends of the plurality of conductive pins are captured within the plurality of recesses of the lid.

Claim 17

A station for providing remote interactivity with a multimedia source, comprising: a transmitter unit including the power source within a transmitter unit housing, means for transmitting signals to the multimedia source, a power plug extending from the transmitter unit housing and connected to the power source, and a multi-pin connector extending from the transmitter unit housing; a platform including receptacles for the multi-pin connector and the power plug, a platform housing a plurality of conductive pins extending from the platform housing, and distinct pin connection lines extending from the plurality of conductive pins to the multi-pin connector and power plug receptacles; and a planar medium for connecting a plurality of distinct circuits to the platform through the plurality of conductive pins, the planar medium including a plurality of apertures corresponding to the plurality of conductive pins, wherein each aperture is at least partially surrounded by a conductive contact pad that engages a respective pin when inserted through the aperture, printed power and output circuits therein, and a plurality of touch points where the distinct circuits can be completed.

Claim 18

A station for providing remote interactivity with a multimedia source, comprising: a transmitter unit including the power source within a transmitter unit housing, means for transmitting signals to the multimedia source, a power plug extending from the transmitter unit housing and connected to the power source, and a multi-pin connector extending from the transmitter unit housing; a platform including receptacles for the multi-pin connector and the power plug, a platform housing a plurality of conductive pins extending from the platform housing, and distinct pin connection lines extending from the plurality of conductive pins to the multi-pin connector and power plug receptacles; and a planar medium for connecting a plurality of distinct circuits to the platform through the plurality of conductive pins, the planar medium including a plurality of apertures corresponding to the plurality of conductive pins, wherein each aperture is at least partially surrounded by a conductive contact pad that engages a respective pin when inserted through the aperture, printed power and output circuits therein, and a plurality of touch points where the distinct circuits can be completed.

Claim 19

The station of claim 16, wherein the planar medium comprises interactive paper having the power and output circuits printed therein and wherein the touch points define exposed portions of the power and output circuits.

Claim 20

The station of claim 17, wherein the planar medium comprises a plurality of interactive paper sheets bound between the platform housing and a housing cover.

Claim 21

The station of claim 16, wherein the planar medium comprises a printed circuit board and an overlying laminate having apertures therethrough corresponding to at least some of the plurality of touch points.

Claim 22

The station of claim 19, including a play piece at least partially positionable within one of the apertures of the laminate, the play piece including a housing and a spring-loaded plunger movable relative to the housing, the plunger including a conductive tip configured to engage an underlying touch point to complete the corresponding distinct circuit, and further including an identifying resistor within the plunger that forms a portion of the distinct circuit when the conductive tip engages the touch point.

Claim 23

The station of claim 16, wherein the planar medium comprises a plurality of sheets of interactive paper, and wherein the platform housing forms a binder for the interactive paper, the platform housing being connected to a first cover for the interactive paper by means of a flexible hinge, wherein the station further comprises a second cover for the interactive paper, the second cover being attached to a binder cover by means of a second flexible hinge, the binder cover being attached to the platform housing to bind an edge of the interactive paper therebetween.

Claim 24

The station of claim 16, wherein the platform housing includes a hinged lid adjacent to the plurality of conductive pins, the hinged lid including a plurality of recesses corresponding to upper ends of the plurality of conductive pins and being pivotable between an open position and a closed position wherein the upper ends of the plurality of conductive pins are captured within the plurality of recesses of the lid.