Toys representing living beings, in particular dolls

Claim 2

A toy representing a living being comprising: at least one effects generator for generating an effect for the toy; an electrical circuit for controlling activation of said effects generator, said electrical circuit including a pulse counter having a cycle (a) that switches on said at least one effects generator when said pulse counter has counted a first predetermined number of n pulses, (b) that is then reset and switches off said at least one effects generator when said pulse counter has counted a second predetermined number m of pulses, and (c) that is then reset to repeat such the cycle; and a mechanical pulse generator which is electrically connected to said electrical circuit for generating electrical pulses to be counted by said at least one pulse counter, said mechanical pulse generator including a confined volume, at least one electrically-conductive surface forming a first switch terminal in said volume, at least one electrically-conductive second switch terminal in said volume and insulated from said first switch terminal, and at least one electrically conductive moving body which moves inside said volume such that, when said volume is moved, said moving body moves in and out of simultaneous contact with both said first and second terminal switches causing electrical pulses to be created and to be counted by said at least one pulse counter.

Claim 3

A toy according to claim 1, wherein said at least one conductive body is mounted to move freely inside the volume.

Claim 4

A toy according to claim 2, wherein said at least one conductive moving body is a rolling body.

Claim 5

A toy according to claim 1, wherein the second terminal is carried by at least one portion of a surface delimiting the volume.

Claim 6

A toy according to claim 1, wherein the second terminal includes at least one electrically-conductive element projecting into the volume.

Claim 7

A toy according to claim 1, wherein the volume is delimited by a cylinder provided with at least one electrically-conductive strip formed on its side surface so as to form one of said switch terminals.

Claim 8

A toy according to claim 2, wherein the volume is delimited by a substantially spherical cap, closed by a substantially planar base provided with one of said switch terminals.

Claim 9

A toy according to claim 7, wherein the other of said switch terminals is delimited by an annular strip formed on a surface of the spherical cap, and not adjacent to the base; and further including at least one electrically-insulating obstacle projecting inwardly into the volume so as to prevent the conductive body from rotating continuously inside the volume while remaining in contact simultaneously with both terminals of said switch.

Claim 10

A toy representing a living being comprising: at least one effects generator for generating an effect for the toy; an electrical circuit for controlling activation of said effects generator, said electrical circuit including at least one pulse counter which switches on said at least one effects generator when said at least one pulse counter has counted a first predetermined number of n pulses and which switches off said at least one effects generator when said at least one pulse counter has counted a second predetermined number m of pulses; and a mechanical pulse generator which is electrically connected to said electrical circuit for generating electrical pulses to be counted by said at least one pulse counter, said mechanical pulse generator including a substantially spherical cap closed by a substantially planar base and forming a confined volume, at least one electrically-conductive surface forming a first switch terminal located on said base, at least one electrically-conductive annular strip forming a second switch terminal located on a surface of said spherical cap and away from said first switch terminal, at least one electrically conductive moving body which moves freely inside the volume, and at least one electrically-insulating obstacle projecting inwardly into the volume so as to prevent said conductive body from moving continuously inside the volume while remaining in contact simultaneously with said first and second terminals whereby movement of the volume causes electrical pulses to be created and counted by said at least one pulse counter.

Claim 11

A toy representing a living being comprising: at least one effects generator for generating an effect for the toy; an electrical circuit for controlling activation of said effects generator, said electrical circuit including at least one pulse counter which switches on said at least one effects generator when said at least one pulse counter has counted a first predetermined number of n pulses and which switches off said at least one effects generator when said at least one pulse counter has counted a second predetermined number m of pulses; and a mechanical pulse generator which is electrically connected to said electrical circuit for generating electrical pulses to be counted by said at least one pulse counter, said mechanical pulse generator including a substantially spherical cap closed by a substantially planar base and forming a confined volume, at least one electrically-conductive surface forming a first switch terminal located on said base, at least one electrically-conductive annular strip forming a second switch terminal located on a surface of said spherical cap and away from said first switch terminal, at least one electrically conductive moving body which moves freely inside the volume, and at least one electrically-insulating obstacle projecting inwardly into the volume so as to prevent said conductive body from moving continuously inside the volume while remaining in contact simultaneously with said first and second terminals whereby movement of the volume causes electrical pulses to be created and counted by said at least one pulse counter.

Claim 12

A toy according to claim 9, wherein said at least one conductive moving body is a rolling body.

Claim 13

A toy according to claim 9, wherein the control circuit includes a single pulse counter that is reset each time the effects generator is switched on or off, so that the second predetermined number m of pulses is counted from the time at which the effects generator is switched on.