Speech processor cases
View Patent ↗Apparatus and methods for converting one type of speech processor unit into another type of speech processor unit.
1. A case for use with a speech processor (SP) unit and a headpiece cable connector, the SP unit including a SP housing, sound processor circuitry within the SP housing and a headpiece port associated with the exterior of the SP housing and configured to mate with the headpiece cable connector, the case comprising:
a case main portion including a housing with an interior SP storage area configured to enclose the entire SP unit and an exterior;
an internal housing headpiece connector located within the interior SP storage area and configured to be connected to the SP unit headpiece port; and
an external housing headpiece connector operably connected to the internal housing headpiece connector, configured to be connected to the headpiece cable connector, and accessible from the exterior of the case main portion.
2. A case as claimed in claim 1 , wherein the internal and external connectors comprise an internal plug and an external port.
3. A case as claimed in claim 1 , wherein the internal and external connectors share at least one common component.
4. A case as claimed in claim 1 , wherein the SP unit includes a power connector associated with the exterior of the SP housing, the case further comprising:
a power supply; and
an internal power connector operably connected to the power supply, located within the interior SP storage area, and configured to be connected to the SP unit power connector.
5. A case as claimed in claim 4 , the internal power connector is a slide-in connector.
6. A case as claimed in claim 1 , wherein the SP unit includes a data connector associated with the exterior of the SP housing, the case further comprising:
an external control panel; and
an internal data connector operably connected to the external control panel, located within the interior SP storage area, and configured to be connected to the SP unit data connector.
7. A case as claimed in claim 1 , wherein the SP unit includes a power/data connector associated with the exterior of the SP housing, the case further comprising:
a power supply;
an external control panel; and
an internal power/data connector operably connected to the power supply and the external control panel, located within the interior SP storage area, and configured to be connected to the SP unit power/data connector.
8. A case as claimed in claim 7 , wherein the internal housing headpiece connector and the internal power/data connector are positioned such that the SP unit headpiece port and the power/data connector will simultaneously mate with the internal housing headpiece connector and the internal power/data connector when the SP unit is moved in a predetermined direction within the interior SP storage area.
9. A case as claimed in claim 8 , further comprising:
an auxiliary device connector operably connected to internal power/data connector.
10. A case as claimed in claim 1 , wherein
the SP unit comprises a behind-the-ear sound processing unit; and
the interior SP storage area of the case main portion configured to enclose the entire behind-the-ear SP unit.
11. A case for use with a speech processor (SP) unit and a headpiece cable connector, the SP unit including a SP housing, sound processor circuitry within the SP housing, a power connector associated with the exterior of the SP housing and a headpiece port associated with the exterior of the SP housing and configured to mate with the headpiece cable connector, the case comprising:
a case main portion including a housing with an interior SP storage area configured to enclose the SP unit and an exterior;
an internal housing headpiece connector located within the interior SP storage area and configured to be connected to the SP unit headpiece port; and
an external housing headpiece connector operably connected to the internal housing headpiece connector, configured to be connected to the headpiece cable connector, and accessible from the exterior of the case main portion;
a power supply located within a case power portion that is configured to be attached to, and detached from, the case main portion; and
an internal power connector operably connected to the power supply, located within the interior SP storage area, and configured to be connected to the SP unit power connector.
12. A case for use with a speech processor (SP) unit and a headpiece cable connector, the SP unit including a SP housing, sound processor circuitry within the SP housing, a data connector associated with the exterior of the SP housing and a headpiece port associated with the exterior of the SP housing and configured to mate with the headpiece cable connector, the case comprising:
a case main portion including a housing with an interior SP storage area configured to enclose the SP unit and an exterior;
an internal housing headpiece connector located within the interior SP storage area and configured to be connected to the SP unit headpiece port;
an external housing headpiece connector operably connected to the internal housing headpiece connector, configured to be connected to the headpiece cable connector, and accessible from the exterior of the case main portion;
an external control panel located on a case control portion that is configured to be attached to, and detached from, the case main portion; and
an internal data connector operably connected to the external control panel, located within the interior SP storage area, and configured to be connected to the SP unit data connector.
13. A case for use with a speech processor (SP) unit and a headpiece cable connector, the SP unit including a SP housing, sound processor circuitry within the SP housing and a headpiece port associated with the exterior of the SP housing and configured to mate with the headpiece cable connector, the case comprising:
a case main portion including a housing with an interior SP storage area configured to enclose the SP unit and an exterior;
an internal housing RF connector on the case main portion, located within the interior SP storage area, and configured to be connected to the SP unit headpiece port; and
an external housing RF connector on the case main portion, operably connected to the internal housing RF connector, configured to be connected to the headpiece cable connector, and accessible from the exterior of the case main portion.
14. A case as claimed in claim 13 , wherein the internal housing RF connector is directly connected to the external internal housing RF connector.
15. A case as claimed in claim 13 , wherein the internal and external RF connectors comprise an internal plug and an external port.
16. A case as claimed in claim 13 , wherein the internal and external RF connectors share at least one common component.
17. A case as claimed in claim 13 , wherein the SP unit includes a power connector associated with the exterior of the SP housing, the case further comprising:
a power supply; and
an internal power connector operably connected to the power supply, located within the interior SP storage area, and configured to be connected to the SP unit power connector.
18. A case as claimed in claim 17 , the internal power connector is a slide-in connector.
19. A case as claimed in claim 13 , wherein the SP unit includes a data connector associated with the exterior of the SP housing, the case further comprising:
an external control panel; and
an internal data connector operably connected to the external control panel, located within the interior SP storage area, and configured to be connected to the SP unit data connector.
20. A case as claimed in claim 13 , wherein the SP unit includes a power/data connector associated with the exterior of the SP housing, the case further comprising:
a power supply;
an external control panel; and
an internal power/data connector operably connected to the power supply and the external control panel, located within the interior SP storage area, and configured to be connected to the SP unit power/data connector.
21. A case as claimed in claim 20 , wherein the internal housing RF connector and the internal power/data connector are positioned such that the SP unit headpiece port and the power/data connector will simultaneously mate with the internal housing RF connector and the internal power/data connector when the SP unit is moved in a predetermined direction within the interior SP storage area.
22. A case as claimed in claim 21 , further comprising:
an auxiliary device connector operably connected to internal power/data connector.