Hearing device with user control
View Patent ↗The hearing device comprises a battery door ( 20 ); a connector ( 2 ) having N≧1 electrical contacts ( 6 ); and a user control ( 8 ). The user control ( 8 ) consists of a) an elastic actuation member ( 14 ); and operationally connected thereto b) a contact changing member ( 12 ), which can be different from or identical with the elastic actuation member ( 14 ); and operationally connected thereto c) at least one of the N electrical contacts ( 6 ). At least a portion of the elastic actuation member ( 14 ) forms at least a portion of the battery door ( 20 ). The connector ( 2 ) is a connector for providing a communication connection to the hearing device. The user control( 8 ) can be a pushbutton switch. The elastic actuation member ( 14 ) comprises a body substantially made of elastomeric material and can hold the contact changing member ( 12 ). The contact changing member ( 12 ) is provided for changing the state of contacting of said at least one electrical contact ( 6 ), e.g., to establish or interrupt an electrical connection. Very small-size hearing devices can be realized.
1. A hearing device ( 1 ) comprising
a battery door ( 20 );
a connector ( 2 ) having N≧1 electrical contacts ( 6 ); and
a user control ( 8 );
wherein said user control ( 8 ) comprising:
a) an elastic actuation member ( 14 ); and operationally connected thereto
b) a contact changing member ( 12 ), which can be different from or identical with said elastic actuation member ( 14 ); and operationally connected thereto
c) at least one of said N electrical contacts ( 6 );
wherein at least a portion of said elastic actuation member ( 14 ) forms at least a portion of said battery door ( 20 ), wherein at least one of said N electrical contacts ( 6 ) is configured to be used for transmitting information in electrical form to or from said hearing device ( 1 ) when said battery door ( 20 ) is open and a plug ( 4 ) is connected to said connector ( 2 ), and wherein said at least one of said electrical contacts ( 6 ) is configured to be used in the operation of said user control ( 8 ) when said battery door ( 20 ) is closed.
2. The device ( 1 ) according to claim 1 , wherein said elastic actuation member ( 14 ) comprises a body substantially made of elastomeric material.
3. The device ( 1 ) according to claim 1 or claim 2 , wherein said elastic actuation member ( 14 ), said contact changing member ( 12 ) and said at least one electrical contact ( 6 ) are designed and arranged such that elastically deforming said elastic actuation member ( 14 ) for operating said user control ( 8 ) causes a change in shape and/or location of said contact changing member ( 12 ), which causes a change in the state of contacting of said at least one electrical contact ( 6 ).
4. The device ( 1 ) according to claim 1 , wherein said hearing device ( 1 ) comprises a housing ( 3 ), and wherein, in the area right above said connector ( 2 ), said housing ( 3 ) is formed by said elastic actuation member ( 14 ).
5. The device ( 1 ) according to claim 1 , wherein said connector ( 2 ) is a socket, and at least one of said N electrical contacts ( 6 ) is a contact pin.
6. The device ( 1 ) according to claim 1 , wherein said connector ( 2 ) comprises a printed circuit board, and at least one of said N electrical contacts ( 6 ) is a contact pad of said printed circuit board.
7. The device ( 1 ) according to claim 1 , wherein said battery door ( 20 ) and said elastic actuation member ( 14 ) are jointly manufactured in a multi-injection molding process.
8. The device ( 1 ) according to claim 1 , wherein said elastic actuation member ( 14 ) is formed by said battery door ( 20 ), said contact changing member ( 12 ) being a part separate from said elastic actuation member ( 14 ), said contact changing member ( 12 ) being located within said connector ( 2 ).
9. The device ( 1 ) according to claim 1 , wherein said contact changing member ( 12 ) is a metallic member comprising a fixing end ( 12 b ), said contact changing member ( 12 ) being fixedly held in said elastic actuation member ( 14 ) at said fixing end ( 12 b ).
10. The device ( 1 ) according to claim 1 , wherein said contact changing member ( 12 ) is designed to stay substantially undeformed during operation of said user control ( 8 ).
11. The device ( 1 ) according to claim 1 , wherein the hearing device ( 1 ) comprises a housing ( 3 ), said battery door ( 20 ), and said user control ( 8 ), wherein said battery door ( 20 ) comprises a lever, and said user control ( 8 ) does not comprise a lever.
12. A hearing device ( 1 ) comprising
a battery door ( 20 );
a connector ( 2 ) having N≧1 electrical contacts ( 6 ); and
a user control ( 8 );
wherein said user control ( 8 ) comprising:
a) an elastic actuation member ( 14 ); and operationally connected thereto
b) a contact changing member ( 12 ), which can be different from or identical with said elastic actuation member ( 14 ); and operationally connected thereto
c) at least one of said N electrical contacts ( 6 );
wherein at least a portion of said elastic actuation member ( 14 ) forms at least a portion of said battery door ( 20 ), wherein said battery door ( 20 ) has an opening, said elastic actuation member ( 14 ) having a waist ( 14 a ) and being attached to said battery door ( 20 ), said waist ( 14 a ) located within said opening.
13. A hearing device ( 1 ) comprising
a battery door ( 20 );
a connector ( 2 ) having N≧1 electrical contacts ( 6 ); and
a user control ( 8 );
wherein said user control ( 8 ) comprising:
a) an elastic actuation member ( 14 ); and operationally connected thereto
b) a contact changing member ( 12 ), which can be different from or identical with said elastic actuation member ( 14 ); and operationally connected thereto
c) at least one of said N electrical contacts ( 6 );
wherein at least a portion of said elastic actuation member ( 14 ) forms at least a portion of said battery door ( 20 ), wherein said contact changing member ( 12 ) is a piece of metal generally extending along an axis (A), said axis (A) being substantially identical with an axis along which said contact changing member ( 12 ) is moved when said user control ( 8 ) is operated, and wherein said contact changing member ( 12 ) has an acting end ( 12 a ) and, at the contact changing member's opposite end, a fixing end ( 12 b ), said acting end being arranged—along said axis (A)—below said fixing end and closer to said at least one electrical contact ( 6 ).
14. A method of operating a hearing device ( 1 ) comprising a battery door ( 20 ), a connector ( 2 ) with N≧1 electrical contacts ( 6 ), and a user control ( 8 ), said method comprising the step of
using at least one of said N electrical contacts ( 6 ) of said connector ( 2 ) as a part of said user control ( 8 );
said user control ( 8 ) comprising:
a) an elastic actuation member ( 14 ); and operationally connected thereto
b) a contact changing member ( 12 ), which can be different from or identical with said elastic actuation member ( 14 ); and operationally connected thereto
c) said at least one electrical contact ( 6 );
wherein at least a portion of said elastic actuation member ( 14 ) forms at least a portion of said battery door ( 20 )
when said battery door ( 20 ) is open and a plug ( 4 ) is connected to said connector ( 2 ): transmitting information in electrical form to or from said hearing device ( 1 ) via said at least one electrical contact ( 6 ) and said plug ( 4 ); and
when said battery door ( 20 ) is closed: using said at least one electrical contact ( 6 ) in the operation of said user control ( 8 ).
15. The method according to claim 14 , wherein said elastic actuation member ( 14 ) is integrally formed, and said contact changing member ( 12 ) is integrally formed.
16. The method according to claim 14 or claim 15 , comprising the step of operating said user control ( 8 ) by elastically deforming said elastic actuation member ( 14 ), thereby causing a change in shape and/or location of said contact changing member ( 12 ), thereby causing a change in the state of contacting of said at least one electrical contact ( 6 ).
17. The method according to claim 14 , comprising the step of changing the state of contacting of said at least one electrical contact ( 6 ) by means of said contact changing member ( 12 ) by at least one of the following:
establishing an electrical connection between said at least one electrical contact ( 6 ) and another electrical contact;
interrupting an electrical connection between said at least one electrical contact ( 6 ) and another electrical contact;
increasing resistance between said at least one electrical contact ( 6 ) and another electrical contact;
decreasing resistance between said at least one electrical contact ( 6 ) and another electrical contact.
18. The method according to claim 14 , wherein said user control ( 8 ) is a pushbutton, and wherein operating said user control ( 8 ) comprises pushing said pushbutton.
19. The method according to claim 14 , wherein said user control ( 8 ) is integrated in said hearing device ( 1 ) during normal operation of the hearing device.
20. The method according to claim 14 , wherein said contact changing member ( 12 ) comprises a shorting member, said method comprising the steps of
establishing an electrical connection between at least two of said N electrical contacts ( 6 ) of said connector ( 2 ) by operating said user control ( 8 ), which operating causes said shorting member ( 12 ) to electrically connect said at least two electrical contacts ( 6 ) with each other; and
detecting said establishment of said electrical connection.
21. Use of at least one of N≧1 electrical contacts ( 6 ) of a connector ( 2 ) of a hearing device ( 1 ) as at least one electrical contact ( 6 ) of a user control ( 8 ) of said hearing device ( 1 ), wherein said hearing device ( 1 ) comprises a battery door ( 20 ), and wherein said user control ( 8 ) consists of
a) an elastic actuation member ( 14 ); and operationally connected thereto
b) a contact changing member ( 12 ), which can be different from or identical with said elastic actuation member ( 14 ); and operationally connected thereto
c) said at least one electrical contact ( 6 );
wherein at least a portion of said elastic actuation member ( 14 ) forms at least a portion of said battery door ( 20 ).