Flat panel telephone station set

• US 4,056,696 A
• Filed: 09/15/1976
• Issued: 11/01/1977
• Est. Priority Date: 09/15/1976
• Status: Expired due to Term

• Current Assignee: Bell Telephone Laboratories, Inc. (Nokia Corporation)
• Original Assignee: Bell Telephone Laboratories, Inc. (Nokia Corporation)
• Inventors: Meyerle, John Alfons, Stokes, Rembert Ryan
• Primary Examiner(s): Cooper, William C.
• Assistant Examiner(s): Myers, Randall P.
• Application Number:
  US05/723,230
• Time in Patent Office: 412 Days
• Field of Search: 179/1 VE, 179/29, 179/41 A, 179/100 R, 179/100 C, 179/146 R, 179/149, 179/178, 179/179, 179/147, 325/16, 325/111, 325/117
• US Class Current: 379/419
• CPC Class Codes: B60R 11/0217 for loud-speakers
• CPC Class Codes: B60R 11/0241 for telephones
• CPC Class Codes: B60R 2011/0035 Sun visors
• CPC Class Codes: B60R 2011/0071 using latches, clips, clamps, straps or the like
• CPC Class Codes: B60R 2011/0082 collapsible, e.g. for storing after use
• CPC Class Codes: B60R 2011/0085 with adjustment by rotation in their operational position
• CPC Class Codes: H04M 1/6075 adapted for handsfree use in a vehicle H04M1/6058 takes precedence; arrangements for holding telephones in a vehicle B60R11/0241
• CPC Class Codes: Y10S 224/929 Article carrier for electrical device

Abstract

Subscriber-interface elements of a telephone station set are combined in and on a swivel panel. In one embodiment which is useful in automobile radiotelephone applications, the panel is a sun visor and includes arrangements to hold the handset in place even when the panel is upside down and to draw the handset up against the panel if the handset should be dropped during or after a call. Control buttons are arranged on the panel close to the user and, in the automobile embodiment, on a portion of the panel which is closest to the driver'"'"'s line of vision. A cable connecting various station set elements to a control processor and radio extends through a swivel axle for the panel for convenient access to automobile body passageways from the visor to other locations of the automobile.

Claims

1. A telephone station set adapted to be operated by a user in at least one predetermined position, said set comprising

a rotatable panel member having first and second oppositely disposed faces and mounted for rotation between a first position wherein the first face is substantially concealed from view from said user position and a second position wherein the first face is in full view from said user position, said panel member having a recess in said first face for receiving a handset,

a handset having transmitter and receiver portions shaped to fit in said recess substantially entirely within the thickness of said panel member between said first and second faces, said handset comprising

a bridge portion mechanically connecting said transmitter and receiver portions, and

said bridge portion includes first and second longitudinal sections, one telescopically engaging the other, and means for resiliently urging said sections apart from a telescopically closed position toward a telescopically extended position,

said recess is of a length to accommodate said handset in said closed position,

means for retaining said handset in said recess in the absence of a removing force substantially in excess of the weight of said handset, and

means, mounted on said panel, for performing pushbutton dialing operations.

2. A telephone station set adapted to be operated by a user in at least one predetermined position, said set comprising

an automobile sunshield visor including a rotatable panel member having first and second oppositely disposed faces and mounted for rotation between a first position wherein the first face is substantially concealed from view from said user position and a second position wherein the first face is in full view from said user position, said panel member having a recess in said first face for receiving a handset,

said first face is that which faces the automobile roof when the visor is in its raised position,

a handset having transmitter and receiver portions shaped to fit in said recess substantially entirely within the thickness of said panel member between said first and second faces,

means for retaining said handset in said recess in the absence of a removing force substantially in excess of the weight of said handset, and

means, mounted on said panel, for performing pushbutton dialing operations.

3. A telephone station set in accordance with claim 2 in which

said handset comprises

a bridge portion mechanically connecting said transmitter and receiver portions, and

said bridge portion includes first and second longitudinal sections, one telescopically engaging the other, and means for resiliently urging said sections apart from a telescopically closed position toward a telescopically extended position,

said recess is of a length to accommodate said handset in said closed position,

means are provided for supporting said panel member for rotation about an axis adjacent to one edge thereof, and

said recess has an oblong configuration and extends substantially perpendicularly to said axis.

4. The telephone station set in accordance with claim 2 in which there are provided

means for mounting said panel member for rotation about an axis adjacent to an edge thereof, and

said dialing means includes an oblong array of pushbuttons extending parallel to the axis of rotation between said first and second positions and adjacent to an edge of said first face that is rmote from said axis.

5. A telephone station set in accordance with claim 2 in which

an electric circuit cord is provided for connecting said transmitter and receiver portions electrically to a communication system,

means are provided within said panel member and adjacent to said recess for retracting said cord to said panel member, said retracting means applying to said cord a retracting force substantially in excess of the weight of said handset and said cord,

means for mounting said panel member for rotation about an axis adjacent to an edge thereof,

said recess includes in one end thereof a cord port through which said cord extends to said handset, said port being adjacent to said axis of rotation between said first and second positions to minimize the turning moment on said panel when said handset is removed from said recess,

said cord is attached to said handset at said receiver portion there, and

6. A telephone station set in accordance with claim 2 in which

said panel member includes a cutaway portion and

means are provided for containing elements of said station set other than said panel and including at least said handset, said recess, said retaining means, and said dialing means, said containing means being shaped to fit in said cutaway portion.

7. A telephone station set in accordance with claim 2 in which

an electric circuit cord is provided for connecting said transmitter and receiver portions electrically to a communication system, and

means are provided within said panel member and adjacent to said recess for retracting said cord to said panel member, said retracting means applying to said cord a retracting force substantially in excess of the weight of said handset and said cord.

8. A telephone station set in accordance with claim 7 in which there are provided

means for mounting said panel member for rotation about an axis adjacent to an edge thereof, and

said recess includes in one end thereof a cord port through which said cord extends to said handset, said port being adjacent to said axis of rotation between said first and second positions to minimize the turning moment on said panel when said handset is removed from said recess.

9. A telephone station set in accordance with claim 7 in which

said cord is attached to said handset at said receiver portion thereof.

10. A telephone station set in accordance with claim 2 in which

one end of said recess includes an aperture with a spring-loaded movable member for engaging said transmitter portion and urging said handset toward the opposite end of said recess, and

said opposite end of said recess is provided with a concave end wall for receiving said receiver portion of said handset under urging of said movable member.

11. A telephone station set in accordance with claim 10 in which

sides of said recess adjacent to said one end thereof are tapered toward said movable member for guiding said transmitter portion during insertion of said handset into said recess.

12. A telephone station set adapted to be operated by a user in at least one predetermined position, said set comprising

a rotatable panel member having first and second oppositely disposed faces and mounted for rotation between a first position wherein the first face is substantially concealed from view from said user position and a second position wherein the first face is in full view from said user positon, said panel member having a recess in said first face for receiving a handset,

a handset having transmitter and receiver portions shaped to fit in said recess substantially entirely within the thickness of said panel member between said first and second faces,

means for retaining said handset in said recess in the absence of a removing force substantially in excess of the weight of said handset,

means, mounted on said panel, for performing pushbutton dialing operations,

a multiconductor ribbon cable for extending electrical connections from said handset and dialing means, the conductors of said cable being secured adjacent to one another in a side-by-side relationship to form an approximately straight-line cable transverse cross section,

an axle secured to said panel member to provide an axis for said rotation, said axle being hollow in at least a portion of the length thereof from an edge of said panel member to an intermediate region of such member to form a cable conduit, and

said ribbon cable having the conductors thereof separated from one another and formed into an approximately circular transverse cross-sectional bundle in a portion thereof extending through said conduit to said handset and said dialing means.

13. A telephone station set adapted to be operated by a user in at least one predetermined position, said set comprising

a rotatable panel member having first and second oppositely disposed faces and mounted for rotation between a first position wherein the first face is substantially concealed from view from said user position and a second position wherein the first face is in full view from said user position, said panel member having a recess in said first face for receiving a handset,

a handset having transmitter and receiver portions shaped to fit in said recess substantially entirely within the thickness of said panel between said first and second faces,

means for retaining said handset in said recess in the absence of a removing force substantially in excess of the weight of said handset,

means, mounted on said panel, for performing pushbutton dialing operations,

a radiotelephone transmitter/receiver unit, and

means on said panel operable for electrically locking said transceiver unit, said locking means including visual indicating means to indicate whether or not the unit is locked.

14. A telephone station set in accordance with claim 13 in which there are provided

an energizing circuit for said unit and including latching switch means controllable for enabling said energizing circuit,

means responsive to actuation of only predetermined ones of the pushbuttons of said pushbutton dialing means for actuating said latching switch means and thereby energizing said unit, and

means for electrically disabling said latching switch means.

15. A telephone station set in accordance with claim 13 in which

said indicating means includes a first light visible in said first face and a second light visible in said second face.