Phonics exploration toy
A phonics learning system, comprising a letter identification board and letter manipulatives that may be placed on the letter identification board by a child, and a computing device connected to the letter identification board that identifies the letters placed on the board, generates a phonetic pronunciation for the combination of letters, and identifies any words or misspelled words.
1. A method comprising:
accessing, by one or more processors, a device that includes a plurality of receptacles, each of the receptacles including an oriented array of device-side capacitor areas, each device-side capacitor area including a first device-side electrode that is grounded, each device-side capacitor area including a second device-side electrode next to the first device-side electrode;
identifying, by the one or more processors, a set of letter manipulatives placed in one or more of the receptacles of the device, each of the letter manipulatives including an oriented array of manipulative-side areas among which are one or more manipulative-side capacitor areas and at least one manipulative-side non-capacitor area, each of the one or more manipulative-side capacitor areas of each letter manipulative including a manipulative-side electrode, the one or more manipulative-side capacitor areas of each letter manipulative and the at least one manipulative-side non-capacitor area of that letter manipulative forming a corresponding pattern for that letter manipulative, the identifying being based on measurements of corresponding capacitances of the device-side capacitor areas while a letter manipulative is in a corresponding receptacle of the device and the oriented array of manipulative-side areas of the letter manipulative is aligned in a common direction with the oriented array of device-side capacitor areas of the corresponding receptacle, the corresponding pattern formed by the one or more manipulative-side capacitor areas and the at least one manipulative-side non-capacitor area of each letter manipulative indicating an orientation of that letter manipulative relative to the device-side capacitor areas of the corresponding receptacle for that letter manipulative, the identified set of letter manipulatives representing a set of letters; and
causing, by the one or more processors, presentation of a pronunciation of the set of letters represented by the identified set of letter manipulatives.
2. The method of claim 1 , wherein:
each of the at least one manipulative-side non-capacitor area of each letter manipulative has no manipulative-side electrode; and
the identifying of the set of letter manipulatives is based on the at least one manipulative-side non-capacitor area of the letter manipulative in the corresponding receptacle of the device having no manipulative-side electrode.
3. The method of claim 1 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area that corresponds to one of the at least one manipulative-side non-capacitor area of a corresponding letter manipulative having smaller capacitance than a second device-side capacitor area that corresponds to one of the one or more manipulative side capacitor areas of the corresponding letter manipulative.
4. The method of claim 1 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area and a corresponding one of the at least one manipulative-side non-capacitor area of a corresponding letter manipulative forming no series-connected capacitors while a second device-side capacitor area and a corresponding one of the one or more manipulative side capacitor areas of the corresponding letter manipulative form two series-connected capacitors.
5. The method of claim 1 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area that corresponds to one of the one or more manipulative side capacitor areas of a corresponding letter manipulative having larger capacitance than a second device-side capacitor area that corresponds to one of the at least one manipulative-side non-capacitor area of the corresponding letter manipulative.
6. The method of claim 1 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area and a corresponding one of the one or more manipulative side capacitor areas of the corresponding letter manipulative forming two series-connected capacitors while a second device-side capacitor area and a corresponding one of the at least one manipulative-side non-capacitor area of a corresponding letter manipulative form no series-connected capacitors.
7. The method of claim 1 , wherein:
the one or more manipulative-side capacitor areas of each letter manipulative and the at least one manipulative-side non-capacitor area of that letter manipulative form the corresponding pattern for that letter manipulative.
8. The method of claim 1 , wherein:
each second device-side electrode included in each device-side capacitor area of each of the receptacles of the device is communicatively coupled to a sensor circuit of the device; and
the identifying of the set of letter manipulatives includes measuring the corresponding capacitances of the device-side capacitor areas via the sensor circuit of the device.
9. A system comprising:
a device including a plurality of receptacles, each of the receptacles including an oriented array of device-side capacitor areas, each device-side capacitor area including a first device-side electrode that is grounded, each device-side capacitor area including a second device-side electrode next to the first device-side electrode;
one or more processors; and
a memory storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising:
identifying a set of letter manipulatives placed in one or more of the receptacles of the device, each of the letter manipulatives including an oriented array of manipulative-side areas among which are one or more manipulative-side capacitor areas and at least one manipulative-side non-capacitor area, each of the one or more manipulative-side capacitor areas of each letter manipulative including a manipulative-side electrode, the one or more manipulative-side capacitor areas of each letter manipulative and the at least one manipulative-side non-capacitor area of that letter manipulative forming a corresponding pattern for that letter manipulative, the identifying being based on measurements of corresponding capacitances of the device-side capacitor areas while a letter manipulative is in a corresponding receptacle of the device and the oriented array of manipulative-side areas of the letter manipulative is aligned in a common direction with the oriented array of device-side capacitor areas of the corresponding receptacle, the corresponding pattern formed by the one or more manipulative-side capacitor areas and the at least one manipulative-side non-capacitor area of each letter manipulative indicating an orientation of that letter manipulative relative to the device-side capacitor areas of the corresponding receptacle for that letter manipulative, the identified set of letter manipulatives representing a set of letters; and
causing presentation of a pronunciation of the set of letters represented by the identified set of letter manipulatives.
10. The system of claim 9 , wherein:
each of the at least one manipulative-side non-capacitor area of each letter manipulative has no manipulative-side electrode; and
the identifying of the set of letter manipulatives is based on the at least one manipulative-side non-capacitor area of the letter manipulative in the corresponding receptacle of the device having no manipulative-side electrode.
11. The system of claim 9 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area that corresponds to one of the at least one manipulative-side non-capacitor area of a corresponding letter manipulative having smaller capacitance than a second device-side capacitor area that corresponds to one of the one or more manipulative side capacitor areas of the corresponding letter manipulative.
12. The system of claim 9 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area and a corresponding one of the at least one manipulative-side non-capacitor area of a corresponding letter manipulative forming no series-connected capacitors while a second device-side capacitor area and a corresponding one of the one or more manipulative side capacitor areas of the corresponding letter manipulative form two series-connected capacitors.
13. The system of claim 9 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area that corresponds to one of the one or more manipulative side capacitor areas of a corresponding letter manipulative having larger capacitance than a second device-side capacitor area that corresponds to one of the at least one manipulative-side non-capacitor area of the corresponding letter manipulative.
14. The system of claim 9 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area and a corresponding one of the one or more manipulative side capacitor areas of the corresponding letter manipulative forming two series-connected capacitors while a second device-side capacitor area and a corresponding one of the at least one manipulative-side non-capacitor area of a corresponding letter manipulative form no series-connected capacitors.
15. The system of claim 9 , wherein:
the one or more manipulative-side capacitor areas of each letter manipulative and the at least one manipulative-side non-capacitor area of that letter manipulative form the corresponding pattern for that letter manipulative.
16. The system of claim 9 , wherein:
each second device-side electrode included in each device-side capacitor area of each of the receptacles of the device is communicatively coupled to a sensor circuit of the device; and
the identifying of the set of letter manipulatives includes measuring the corresponding capacitances of the device-side capacitor areas via the sensor circuit of the device.
17. A non-transitory machine-readable storage medium comprising instructions that, when executed by one or more processors of a machine, cause the machine to perform operations comprising:
accessing a device that includes a plurality of receptacles, each of the receptacles including an oriented array of device-side capacitor areas, each device-side capacitor area including a first device-side electrode that is grounded, each device-side capacitor area including a second device-side electrode next to the first device-side electrode;
identifying a set of letter manipulatives placed in one or more of the receptacles of the device, each of the letter manipulatives including an oriented array of manipulative-side areas among which are one or more manipulative-side capacitor areas and at least one manipulative-side non-capacitor area, each of the one or more manipulative-side capacitor areas of each letter manipulative including a manipulative-side electrode, the one or more manipulative-side capacitor areas of each letter manipulative and the at least one manipulative-side non-capacitor area of that letter manipulative forming a corresponding pattern for that letter manipulative, the identifying being based on measurements of corresponding capacitances of the device-side capacitor areas while a letter manipulative is in a corresponding receptacle of the device and the oriented array of manipulative-side areas of the letter manipulative is aligned in a common direction with the oriented array of device-side capacitor areas of the corresponding receptacle, the corresponding pattern formed by the one or more manipulative-side capacitor areas and the at least one manipulative-side non-capacitor area of each letter manipulative indicating an orientation of that letter manipulative relative to the device-side capacitor areas of the corresponding receptacle for that letter manipulative, the identified set of letter manipulatives representing a set of letters; and
causing presentation of a pronunciation of the set of letters represented by the identified set of letter manipulatives.
18. The non-transitory machine-readable storage medium of claim 17 , wherein:
each of the at least one manipulative-side non-capacitor area of each letter manipulative has no manipulative-side electrode; and
the identifying of the set of letter manipulatives is based on the at least one manipulative-side non-capacitor area of the letter manipulative in the corresponding receptacle of the device having no manipulative-side electrode.
19. The non-transitory machine-readable storage medium of claim 17 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area that corresponds to one of the at least one manipulative-side non-capacitor area of a corresponding letter manipulative having smaller capacitance than a second device-side capacitor area that corresponds to one of the one or more manipulative side capacitor areas of the corresponding letter manipulative.
20. The non-transitory machine-readable storage medium of claim 17 , wherein:
the identifying of the set of letter manipulatives is based on a first device-side capacitor area and a corresponding one of the at least one manipulative-side non-capacitor area of a corresponding letter manipulative forming no series-connected capacitors while a second device-side capacitor area and a corresponding one of the one or more manipulative side capacitor areas of the corresponding letter manipulative form two series-connected capacitors.