초록

Sound processors and systems including sound processors are disclosed.

대표청구항 ▼

1. A sound processor, comprising: a dockable device that does not include circuitry that converts sound to pulse sequences, including at least one dockable device electrical contact and a control panel that has a user-manipulatable control device that adjusts a sound processor function;a main portio

1. A sound processor, comprising: a dockable device that does not include circuitry that converts sound to pulse sequences, including at least one dockable device electrical contact and a control panel that has a user-manipulatable control device that adjusts a sound processor function;a main portion including a housing defining an exterior, circuitry that converts sound to pulse sequences, a cochlear implant headpiece port operably connected to the circuitry, at least one main portion electrical contact associated with the housing exterior, and a control apparatus configured to determine when the dockable device is and is not docked to the main portion and to supply power to the at least one main portion electrical contact when the dockable device is docked to the main portion and to not supply power to the at least one main portion electrical contact when the dockable device is not docked to the main portion; anda cover that does not include an electrical contact and that is configured to be secured to the main portion in place of the dockable device. 2. A sound processor as claimed in as claimed in claim 1, wherein the control apparatus includes a sensor. 3. A sound processor as claimed in claim 2, wherein the sensor comprises a magnetic sensor; andthe dockable device includes a magnet. 4. A sound processor as claimed in claim 3, wherein the magnetic sensor comprises a switch that is configured to change state when the dockable device is docked to the main portion. 5. A sound processor as claimed in claim 2, wherein the sensor comprises a mechanical switch. 6. A sound processor as claimed in claim 1, wherein the dockable device includes a user manipulatable control device. 7. A sound processor as claimed in claim 1, wherein the main portion and the dockable device include respective mechanical connectors that secure the main portion and dockable device to one another. 8. A sound processor, comprising a first dockable device including at least one dockable device electrical contact;a second dockable device; anda main portion defining first and second longitudinal ends and including a housing defining an exterior, circuitry that converts sound to pulse sequences that are configured to be received by a cochlear implant, at least one main portion electrical contact associated with the housing exterior, and a control apparatus, including first and second sensors respectively associated with the first and second longitudinal ends, configured to supply power to the at least one main portion electrical contact when the first dockable device is docked to the main portion, to not supply power to the at least one main portion electrical contact when the first dockable device is not docked to the main portion and to distinguish between the first and second dockable devices. 9. A sound processor as claimed in claim 8, wherein at least one of the first and second sensors comprises a magnetic sensor. 10. A sound processor as claimed in claim 8, wherein at least one of the first and second sensors comprises a mechanical switch. 11. A sound processor as claimed in claim 8, wherein the first and second dockable devices are selected from the group consisting of a control device with user manipulatable elements, a radio receiver, a WiFi receiver, a Bluetooth® receiver, and an assistive listening device. 12. A method of controlling a sound processor including a main portion with first and second longitudinal ends, first and second sensors respectively associated with the first and second longitudinal ends, a housing, a source of electrical power, a main portion electrical connector, sound processor circuitry that converts received sound to pulse sequences that are configured to be received by a cochlear implant, and a dockable device with a dockable device electrical connector and a user-manipulatable control element, the method comprising the steps of: closing a switch to connect the main portion electrical connector to the source of electrical power solely in response to the dockable device being docked to the main portion;identifying the dockable device based on sensing or lack of sensing of objects by the first and second sensors associated with the first and second longitudinal ends of the main portion;generating the pulse sequence configured to be received by a cochlear implant with the sound processor circuitry within the main portion housing; andopening the switch to disconnect the main portion electrical connector from the source of electrical power solely in response to the dockable device being undocked from the main portion. 13. A method as claimed in claim 12, further comprising the step of: sensing whether the dockable device is docked to the main portion or is undocked from the main portion. 14. A method as claimed in claim 12, further comprising the step of: adjusting an operational parameter of the sound processor in response to manipulation of the control element on the dockable device. 15. A method as claimed in claim 12, further comprising the step of: supplying the generated pulse sequence to a headpiece port. 16. A method as claimed in claim 12, further comprising the step of: supplying the generated pulse sequence directly to a cochlear implant.