Interactive toys

Claim 2

An interactive toy, comprising: a memory for storing digital data representative of speech phrases; a speech synthesizer, connected to the memory, for converting the digital data into audible synthesized speech phrases; an infra-red transceiver for communicating infra-red signals over a field-of-view to a second toy; a switch for enabling a user of the toy to select between a stand-alone mode and an infra-red transmission mode; a microphone; and a processor, connected to the switch, the microphone, the infra-red transceiver, the speech synthesizer, and the memory, for determining the selected mode and, (i) in the event the stand-alone mode is selected, (a) monitoring the microphone for sound input, and (b) in the event that sound input is present, selecting digital speech data representative of a speech phrase and supplying such data to the speech synthesizer; and (ii) in the event the infra-red transmission mode is selected, (a) receiving a first infra-red signal from the second toy indicative of a speech phrase audibly generated by the second toy, (b) selecting digital speech data representative of a reply speech phrase in response to the first signal and supplying such data to the speech synthesizer, and (c) transmitting a second signal to the second toy indicative of the selected phrase.

Claim 3

The toy according to claim 1, further including a motor connected to a movable body part, wherein said processing means is operative to actuate the motor in timed relation to the synthesized speech produced by the speech synthesizer.

Claim 4

The toy according to claim 2, wherein the movable body part is an eyelid.

Claim 5

The toy according to claim 2, wherein the movable body part is a jaw.

Claim 6

The toy according to claim 1, wherein processor is operative to initiate a simulated conversation with the second toy upon actuation of the switch to the infra-red transmission mode.

Claim 7

The toy according to claim 1, further comprising a proximity sensor, and wherein the processor is operative to initiate a simulated conversation with the second toy upon stimulation of the proximity sensor.

Claim 8

The toy according to claim 6, wherein the proximity sensor is a magnetic proximity sensor.

Claim 9

The toy according to claim 1, further comprising a motion detector, and wherein the processor is operative to initiate a simulated conversation with the second toy upon stimulation of the motion detector.

Claim 10

The toy according to claim 1, wherein, in response to the first infra-red signal from the second toy, the processor is operative to substantially randomly select at least one reply speech phrase from a plurality of predetermined possible reply speech phrases.

Claim 11

The toy according to claim 1, further including means for placing the speech synthesizer in a low-power-drain sleep mode in the event no conversation initiating event or infra-red signal input has occurred within a predetermined time period.

Claim 12

The toy according to claim 1, further including means for placing the speech synthesizer in a low-power-drain sleep mode in the event no sound input has occurred within a pre-determined time period.

Claim 13

An interactive toy, comprising: a microphone; a movable body part having a motor connected thereto; a memory for storing digital data representative of speech phrases; a speech synthesizer, connected to the memory, for converting the digital data into audible synthesized speech phrases; an infra-red transceiver for communicating infra-red signals over a field-of-view to a second toy; a switch for enabling a user of the toy to select between a stand-alone mode and a dual mode; and a processor connected to the motor, the microphone, the infra-red transceiver, the speech synthesizer, and the memory, for receiving a first infra-red signal from the second toy indicative of a speech phrase audibly generated by the second toy, selecting digital speech data representative of a reply speech phrase in response to the first signal and supplying such data to the speech synthesizer, actuating the motor in timed relation to the synthesized speech produced by the speech synthesizer, and transmitting a second signal to the second toy indicative of the selected phrase, all in response to the switch being set in the dual-mode, and for monitoring the microphone for sound input, selecting digital speech data representative of a speech phrase, and supplying such data to the speech synthesizer after the sound input has ceased, all in response to the switch being set in the stand-alone mode.

Claim 14

An interactive toy, comprising: a microphone; a movable body part having a motor connected thereto; a memory for storing digital data representative of speech phrases; a speech synthesizer, connected to the memory, for converting the digital data into audible synthesized speech phrases; an infra-red transceiver for communicating infra-red signals over a field-of-view to a second toy; a switch for enabling a user of the toy to select between a stand-alone mode and a dual mode; and a processor connected to the motor, the microphone, the infra-red transceiver, the speech synthesizer, and the memory, for receiving a first infra-red signal from the second toy indicative of a speech phrase audibly generated by the second toy, selecting digital speech data representative of a reply speech phrase in response to the first signal and supplying such data to the speech synthesizer, actuating the motor in timed relation to the synthesized speech produced by the speech synthesizer, and transmitting a second signal to the second toy indicative of the selected phrase, all in response to the switch being set in the dual-mode, and for monitoring the microphone for sound input, selecting digital speech data representative of a speech phrase, and supplying such data to the speech synthesizer after the sound input has ceased, all in response to the switch being set in the stand-alone mode.

Claim 15

The toy according to claim 12, wherein the movable body part is an eyelid.

Claim 16

The toy according to claim 12, wherein the movable body part is a jaw.

Claim 17

The toy according to claim 12, further comprising a proximity sensor, wherein the processor is operative to initiate a simulated conversation with the second toy upon stimulation of the proximity sensor.

Claim 18

The toy according to claim 15, wherein the proximity sensor is a magnetic proximity sensor.

Claim 19

The toy according to claim 12, further comprising a motion detector, wherein the processor is operative to initiate a simulated conversation with the second toy upon stimulation of the motion detector.

Claim 20

The toy according to claim 12 wherein, in response to the first infra-red signal from the second toy, the processor is operative to substantially randomly select at least one (1) reply speech phrase from a plurality of predetermined possible reply speech phrases.

Claim 21

The toy according to claim 12, further including means for placing the speech synthesizer in a low-power-drain sleep mode in the event no conversation initiating event or infra-red signal input has occurred within a pre-determined time period.

Claim 22

The toy according to claim 12, further including means for placing the speech synthesizer in a low-power-drain sleep mode in the event no sound input has occurred within a pre-determined time period.