Sound-emitting cup
A cup that harnesses the positive psychological effects of cartoon to encourage and motivate a user to consume a beverage served in the cup. The cup has a beverage container and a sound-emitting base that is attached to the bottom of the container. The cup contains a capacitive liquid sensing system: two electrodes forming a capacitor that are flush mounted in the bottom of the beverage container, two spring loaded connectors that bridge between the electrodes and a capacitive liquid sensor that is contained in the base. The base further includes a power source, a processing unit, a memory module, an audio circuitry and an audio output device. When the beverage container is filled with a beverage, a resultant capacitance change activates playback of audio files saved in the memory module, which contains pre-recordings of cartoon voice.
1. A cup, comprising:
a beverage container having:
a main body extending distally to form a flange and a rim at a distal end, the flange having an inner wall,
a bottom having a non-conductive material and being at an elevated position from the flange and the rim,
a recessed portion disposed underneath the bottom and bounded by the bottom and the inner wall,
two conductive plates mounted in the bottom, the two conductive plates being dielectrically insulated by the non-conductive material at a predetermined distance to form a capacitor, and
a sound-emitting base configured to attach to the beverage container, the sound-emitting base having a digital audio playback system, the digital audio playback system having:
a capacitive liquid sensor electrically connected to two spring loaded connectors and configured to receive a first capacitance change from the capacitor when the beverage container is filled with a beverage,
a memory module configured to store one or more pre-recorded digital audio files and a database having a plurality of capacitance values that correlate with a plurality of beverage categories, and
processing circuitry configured to
compare the first capacitance change to the database to identify a beverage category, and to select one or more pre-recorded digital audio files based on the beverage category,
determine that the empty beverage container is filled with a beverage based on the first capacitance change and to activate playback of the selected one or more pre-recorded digital audio files based on the determining.
2. The cup of claim 1 , wherein the sound-emitting base further includes:
a projection having an outer surface and the two spring loaded connectors embedded in the projection, the projection being inserted in the recessed portion such that the two spring loaded connectors contact the conductive plates, and
a housing disposed underneath the projection, the housing being configured to hold the digital audio playback system.
3. The cup of claim 1 , wherein the non-conductive material includes one or more types of thermoplastic.
4. The cup of claim 1 , wherein the two conductive plates have one or more materials selected from the group consisting of elemental metals, alloys, semimetals and intrinsically conductive polymers.
5. The cup of claim 1 , wherein the two conductive plates are stainless steel.
6. The cup of claim 1 , wherein the inner wall and the outer surface are configured to interlock with each other to attach the sound-emitting base to the beverage container.
7. The cup of claim 1 , wherein the one or more pre-recorded digital audio files include cartoon voice(s).
8. The cup of claim 1 , wherein:
the capacitive liquid sensor is further configured to detect and measure a second capacitance change when the beverage container is at least partially filled then becomes empty, and
the processing circuitry is further configured to determine that the beverage filled-beverage container is empty based on the second capacitance change and to deactivate playback of the one or more pre-recorded digital audio files.
9. A cup, comprising:
a beverage container having:
a main body extending distally to form a flange and a rim at a distal end, the flange having an inner wall,
a bottom having a non-conductive material and being at an elevated position from the flange and the rim,
a recessed portion disposed underneath the bottom and bounded by the bottom and the inner wall,
two conductive plates mounted in the bottom, the two conductive plates being dielectrically insulated by the non-conductive material at a predetermined distance to form a capacitor, and
a picture- and sound-emitting base configured to attach to the beverage container, the picture- and sound-emitting base having a digital audio and video playback system, the digital audio and video playback system having:
a capacitive liquid sensor electrically connected to two spring loaded connectors and configured to receive a first capacitance change from the capacitor when the beverage container is filled with a beverage,
a memory module configured to store one or more pre-recorded digital audio files and one or more pre-recorded digital video files, and a database having a plurality of capacitance values that correlate with a plurality of beverage categories, and
processing circuitry configured to
compare the first capacitance change to the database to identify a beverage category, and to select one or more pre-recorded digital audio files and one or more pre-recorded digital video files based on the beverage category, and
determine that the empty beverage container is filled with a beverage based on the first capacitance change and to activate playback of the selected one or more pre-recorded digital audio files and the selected one or more pre-recorded digital video files based on the determining.
10. The cup of claim 9 , wherein the sound-emitting base further includes:
a projection having an outer surface and the two spring loaded connectors embedded in the projection, the projection being inserted in the recessed portion such that the two spring loaded connectors contact the conductive plates, and
a housing disposed underneath the projection, the housing being configured to hold the digital audio and video playback system.
11. The cup of claim 9 , wherein the non-conductive material includes one or more types of thermoplastic.
12. The cup of claim 9 , wherein the two conductive plates have one or more materials selected from the group consisting of elemental metals, alloys, semimetals and intrinsically conductive polymers.
13. The cup of claim 9 , wherein the two conductive plates are stainless steel.
14. The cup of claim 9 , wherein the inner wall and the outer surface are configured to interlock with each other to attach the picture- and sound-emitting base to the beverage container.
15. The cup of claim 9 , wherein the one or more pre-recorded digital audio files include cartoon voice(s) and the one or more pre-recorded digital video files include one or more images of one or more cartoon characters, one or more cartoon animations, or both.
16. The cup of claim 9 , wherein:
the capacitive liquid sensor is further configured to detect and measure a second capacitance change when the beverage container is at least partially filled then becomes empty, and
the processing circuitry is further configured to determine that the beverage filled-beverage container is empty based on the second capacitance change and to deactivate playback of the one or more pre-recorded digital audio files.