Portable radiotelephone device adapted to receive a variety of other portable devices

• US 5,832,388 A
• Filed: 12/31/1996
• Issued: 11/03/1998
• Est. Priority Date: 12/31/1996
• Status: Expired due to Fees

• Current Assignee: Motorola, Inc. (Motorola Solutions, Inc.)
• Original Assignee: Motorola, Inc. (Motorola Solutions, Inc.)
• Inventors: Williams, Daniel L., Jambhekar, Shrirang Nilkanth, Mischenko, Nicholas
• Primary Examiner(s): Bost, Dwayne D.
• Assistant Examiner(s): SCOTT, LINWOOD
• Application Number:
  US08/775,662
• Time in Patent Office: 672 Days
• Field of Search: 455/557, 455/550, 455/128, 455/351, 455/566, 455/343, 455/127, 455/90, 455/425, 455/575
• US Class Current: 455/557
• CPC Class Codes: H04B 1/3883 Arrangements for mounting batteries or battery chargers
• CPC Class Codes: H04M 1/0202 Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets constructional features of telephone transmitters or receivers, e.g. of speakers or microphones H04M1/03
• CPC Class Codes: H04M 1/0262 for a battery compartment
• CPC Class Codes: H04M 1/72409 by interfacing with external accessories hands-free H04M1/60

Abstract

A portable radiotelephone device (100) comprises a radio housing (114) having radiotelephone circuitry (1102), a battery housing (110) having a battery (1104) and an accessory housing (1100) having accessory circuitry (1106). A first latch mechanism (116) secures the battery housing (1100) to the radio housing (114) to permit the battery (1104) to power the radiotelephone circuitry (1102) via a first pair of conductive power contacts (1108, 1110). A second latch mechanism (118) secures the accessory housing (1100) to the battery housing (110) to permit the battery (1104) to power the accessory circuitry (1106) via a second pair of conductive power contacts (112, 1112). Alternatively, a first pair of conductive data signal contacts (1116, 1118) between the radio housing (114) and the battery housing (110) and a second pair of conductive data signal contacts (1120, 1122) between the battery housing (110) and the accessory housing (1100) permit data signals to be passed between the radiotelephone circuitry (1102) and the accessory circuitry (1106). Alternatively, a mechanical device (812) having no electrical function is interchangeable with the accessory housing (1100) to be releasably secured to the battery housing (110).

Claims

1. A portable radiotelephone device comprising:

a radio housing containing radiotelephone circuitry;

a first set of conductive power contacts being carried on an outer surface of the radio housing and electrically coupled to the radiotelephone circuitry;

a power supply housing containing an energy source;

a second set of conductive power contacts and a third set of conductive power contacts being carried on a first outer surface and a second outer surface of the power supply housing, respectively, wherein the second set of conductive power contacts and the third set of conductive power contacts are electrically coupled to the energy source;

a first latch mechanism having a first portion integrally formed on the outer surface of the radio housing and a second portion integrally formed on the first outer surface of the power supply housing, wherein the first portion and the second portion of the first latch mechanism are adapted for releasably securing the radio housing to the power supply housing, and wherein the second set of conductive power contacts, carried on the first outer surface of the power supply housing, are electrically coupled to the first set of conductive power contacts, carried on the outer surface of the radio housing, to provide power to the radiotelephone circuitry when the first latch mechanism secures the radio housing to the power supply housing;

an accessory housing containing accessory circuitry;

a fourth set of conductive power contacts being carried on an outer surface of the accessory housing and electrically coupled to the accessory circuitry; and

a second latch mechanism having a first portion integrally formed on the second outer surface of the power supply housing and a second portion integrally formed on the outer surface of the accessory housing, wherein the first portion and the second portion of the second latch mechanism are adapted for releasably securing the power supply housing to the accessory housing, and wherein the fourth set of conductive power contacts, carried on an outer surface of the accessory housing, are electrically coupled to the third set of conductive power contacts, carried on the second outer surface of the power supply housing, to provide power to the accessory circuitry when the second latch mechanism secures the power supply housing to the accessory housing,

wherein the radio housing, the power supply housing and the accessory housing form a single portable unit when the first latch mechanism secures the radio housing to the power supply housing and when the second latch mechanism secures the power supply housing to the accessory housing.

2. A portable radiotelephone device according to claim 1:

wherein the first portion of the second latch mechanism forms a U-shaped channel partially surrounding the third set of conductive power contacts on the second outer surface of the power supply housing,

wherein the second portion of the second latch mechanism forms a mating U-shaped channel partially surrounding the fourth set of conductive power contacts on the outer surface of the accessory housing, and

wherein the U-shaped channel cooperatively engages the mating U-shaped channel to secure the power supply housing to the accessory housing.

3. A portable radiotelephone device according to claim 1 wherein the first outer surface of the power supply housing is disposed essentially opposite the second outer surface of the power supply housing.

4. A portable radiotelephone device according to claim 1 wherein the accessory circuitry comprises at least one of:

a calculator, a safety alarm, a light, an AM/FM radio, a voice recorder, a display, a modem, a printer, a camera, a pager, and a remote controller.

5. A portable radiotelephone device according to claim 1 further comprising:

a mechanical device which does not have an electrical function, wherein the mechanical device has a first portion of a third latch mechanism, wherein first portion of a third latch mechanism and the first portion of the second latch mechanism are adapted for releasably securing the mechanical device to the power supply housing, and wherein the mechanical device and the accessory housing are adapted to be interchangeably and releasably secured to the power supply housing.

6. A portable radiotelephone device according to claim 5 wherein the mechanical device comprises at least one of:

a belt clip, a cover plate, a cover plate having an eyelet and a lanyard, a desk stand, a vehicular holder, and a handle.

7. A portable radiotelephone device according to claim 1 further comprising:

a first set of data signal contacts carried on the outer surface of the radio housing and electrically coupled to the radiotelephone circuitry;

a second set of conductive data signal contacts and a third set of conductive data signal contacts a carried on the first outer surface and the second outer surface of the power supply housing, respectively, wherein the second set of conductive data signal contacts are electrically coupled to the third set of conductive data signal contacts;

wherein the second set of conductive data signal contacts, carried on the first outer surface of the power supply housing, are electrically coupled to the first set of conductive data signal contacts, carried on the outer surface of the radio housing, to permit data signals to pass between the second set of conductive data signal contacts and the third set of conductive data signal contacts and the radiotelephone circuitry when the first latch mechanism secures the radio housing to the power supply housing; and

a fourth set of conductive data signal contacts being carried on an outer surface of the accessory housing and electrically coupled to the accessory circuitry;

wherein the fourth set of conductive data signal contacts, carried on an outer surface of the accessory housing, are electrically coupled to the third set of conductive data signal contacts, carried on the second outer surface of the power supply housing, to permit data signals to pass between the accessory circuitry and the radiotelephone circuitry when the second latch mechanism secures the power supply housing to the accessory housing.

8. A portable radiotelephone device according to claim 7 wherein the accessory circuitry comprises at least one of:

a display, controls for a personal communication system (PCS), controls for a home security system, an emergency telephone, a global positioning satellite receiver, an electronic address book, a video phone, a facsimile scratch pad, a video camera via a PCMCIA camera, and a memory device.

9. A portable radiotelephone device comprising:

a radio housing containing radiotelephone circuitry;

a first set of conductive power contacts being carried on an outer surface of the radio housing and electrically coupled to the radiotelephone circuitry;

a power supply housing containing an energy source;

a second set of conductive power contacts and a third set of conductive power contacts being carried on a first outer surface and a second outer surface of the power supply housing, respectively, wherein the first outer surface of the power supply housing is disposed essentially opposite the second outer surface of the power supply housing, and wherein the second set of conductive power contacts and the third set of conductive power contacts are electrically coupled to the energy source;

a first latch mechanism having a first portion integrally formed on the outer surface of the radio housing and a second portion integrally formed on the first outer surface of the power supply housing, wherein the first portion and the second portion of the first latch mechanism are adapted for releasably securing the radio housing to the power supply housing, and wherein the second set of conductive power contacts, carried on the first outer surface of the power supply housing, are electrically coupled to the first set of conductive power contacts, carried on the outer surface of the radio housing, to provide power to the radiotelephone circuitry when the first latch mechanism secures the radio housing to the power supply housing;

an accessory housing containing accessory circuitry;

a fourth set of conductive power contacts being carried on an outer surface of the accessory housing and electrically coupled to the accessory circuitry; and

a second latch mechanism having a first portion integrally formed on the second outer surface of the power supply housing and a second portion integrally formed on the outer surface of the accessory housing, wherein the first portion of the second latch mechanism forms a U-shaped channel partially surrounding the third set of conductive power contacts on the second outer surface of the power supply housing, wherein the second portion of the second latch mechanism forms a mating U-shaped channel partially surrounding the fourth set of conductive power contacts on the outer surface of the accessory housing, wherein the U-shaped channel of the first portion is adapted for cooperative engagement with the mating U-shaped channel of the second portion to releasably secure the power supply housing to the accessory housing, wherein the fourth set of conductive power contacts, carried on an outer surface of the accessory housing, are electrically coupled to the third set of conductive power contacts, carried on the second outer surface of the power supply housing, to provide power to the accessory circuitry when the second latch mechanism secures the power supply housing to the accessory housing,

wherein the radio housing, the power supply housing and the accessory housing form a single portable unit when the first latch mechanism secures the radio housing to the power supply housing and when the second latch mechanism secures the power supply housing to the accessory housing.

10. A portable radiotelephone device according to claim 9 wherein the accessory circuitry comprises at least one of:

a calculator, a safety alarm, a light, an AM/FM radio, a voice recorder, a display, a modem, a printer, a camera, a pager, and a remote controller.

11. A portable radiotelephone device according to claim 9 further comprising:

a mechanical device which does not have an electrical function, wherein the mechanical device has a first portion of a third latch mechanism, wherein first portion of a third latch mechanism and the first portion of the second latch mechanism are adapted for releasably securing the mechanical device to the power supply housing, and wherein the mechanical device and the accessory housing are adapted to be interchangeably and releasably secured to the power supply housing.

12. A portable radiotelephone device according to claim 9 wherein the mechanical device comprises at least one of:

a belt clip, a cover plate, a cover plate having an eyelet and a lanyard, a desk stand, a vehicular holder, and a handle.

13. A portable radiotelephone device according to claim 9 further comprising:

a first set of data signal contacts being carried on the outer surface of the radio housing and electrically coupled to the radiotelephone circuitry;

a second set of conductive data signal contacts and a third set of conductive data signal contacts being carried on the first outer surface and the second outer surface of the power supply housing, respectively, wherein the second set of conductive data signal contacts are electrically coupled to the third set of conductive data signal contacts;

wherein the second set of conductive data signal contacts, carried on the first outer surface of the power supply housing, are electrically coupled to the first set of conductive data signal contacts, carried on the outer surface of the radio housing, to permit data signals to pass between the second set of conductive data signal contacts and the third set of conductive data signal contacts and the radiotelephone circuitry when the first latch mechanism secures the radio housing to the power supply housing; and

a fourth set of conductive data signal contacts being carried on an outer surface of the accessory housing and electrically coupled to the accessory circuitry;

wherein the fourth set of conductive data signal contacts, carried on an outer surface of the accessory housing, are electrically coupled to the third set of conductive data signal contacts, carried on the second outer surface of the power supply housing, to permit data signals to pass between the accessory circuitry and the radiotelephone circuitry when the second latch mechanism secures the power supply housing to the accessory housing.

14. A portable radiotelephone device according to claim 13 wherein the accessory circuitry comprises at least one of:

a display, controls for a personal communication system (PCS), controls for a home security system, an emergency telephone, a global positioning satellite receiver, an electronic address book, a video phone, a facsimile scratch pad, a video camera via a PCMCIA camera, a memory device.

15. A portable radiotelephone device comprising:

a radio housing containing radiotelephone circuitry;

a first set of conductive power contacts being carried on an outer surface of the radio housing and electrically coupled to the radiotelephone circuitry;

a power supply housing containing an energy source;

a second set of conductive power contacts and a third set of conductive power contacts being carried on a first outer surface and a second outer surface of the power supply housing, respectively, wherein the second set of conductive power contacts and the third set of conductive power contacts are electrically coupled to the energy source;

a first latch mechanism having a first portion integrally formed on the outer surface of the radio housing and a second portion integrally formed on the first outer surface of the power supply housing, wherein the first portion and the second portion of the first latch mechanism are adapted for releasably securing the radio housing to the power supply housing, and wherein the second set of conductive power contacts, carried on the first outer surface of the power supply housing, are electrically coupled to the first set of conductive power contacts, carried on the outer surface of the radio housing, to provide power to the radiotelephone circuitry when the first latch mechanism secures the radio housing to the power supply housing;

an accessory housing containing accessory circuitry;

a fourth set of conductive power contacts being carried on an outer surface of the accessory housing and electrically coupled to the accessory circuitry;

a second latch mechanism having a first portion integrally formed on the second outer surface of the power supply housing and a second portion integrally formed on the outer surface of the accessory housing, wherein the first portion and the second portion of the second latch mechanism are adapted for releasably securing the power supply housing to the accessory housing, and wherein the fourth set of conductive power contacts, carried on an outer surface of the accessory housing, are electrically coupled to the third set of conductive power contacts, carried on the second outer surface of the power supply housing, to provide power to the accessory circuitry when the second latch mechanism secures the power supply housing to the accessory housing;

a first set of data signal contacts being carried on the outer surface of the radio housing and electrically coupled to the radiotelephone circuitry;

a second set of conductive data signal contacts and third set of conductive data signal contacts a carried on the first outer surface and the second outer surface of the power supply housing, respectively, wherein the second set of conductive data signal contacts are electrically coupled to the third set of conductive data signal contacts, and wherein the second set of conductive data signal contacts, carried on the first outer surface of the power supply housing, are electrically coupled to the first set of conductive data signal contacts, carried on the outer surface of the radio housing, to permit data signals to pass between the second set of conductive data signal contacts and the third set of conductive data signal contacts and the radiotelephone circuitry when the first latch mechanism secures the radio housing to the power supply housing; and

a fourth set of conductive data signal contacts being carried on an outer surface of the accessory housing and electrically coupled to the accessory circuitry, wherein the fourth set of conductive data signal contacts, carried on an outer surface of the accessory housing, are electrically coupled to the third set of conductive data signal contacts, carried on the second outer surface of the power supply housing, to permit data signals to pass between the accessory circuitry and the radiotelephone circuitry when the second latch mechanism secures the power supply housing to the accessory housing,

wherein the radio housing, the power supply housing and the accessory housing form a single portable unit when the first latch mechanism secures the radio housing to the power supply housing and when the second latch mechanism secures the power supply housing to the accessory housing.

16. A portable radiotelephone device according to claim 15:

wherein the first portion of the second latch mechanism forms a U-shaped channel partially surrounding the third set of conductive power contacts on the second outer surface of the power supply housing,

wherein the second portion of the second latch mechanism forms a mating U-shaped channel partially surrounding the fourth set of conductive power contacts on the outer surface of the accessory housing, and

wherein the U-shaped channel cooperatively engages the mating U-shaped channel to secure the power supply housing to the accessory housing.

17. A portable radiotelephone device according to claim 15 wherein the first outer surface of the power supply housing is disposed essentially opposite the second outer surface of the power supply housing.

18. A portable radiotelephone device according to claim 15 wherein the accessory circuitry comprises at least one of:

a calculator, a safety alarm, a light, an AM/FM radio, a voice recorder, a display, a modem, a printer, a camera, a pager, and a remote controller.

19. A portable radiotelephone device according to claim 15 further comprising:

a mechanical device which does not have an electrical function, wherein the mechanical device has a first portion of a third latch mechanism, wherein first portion of a third latch mechanism and the first portion of the second latch mechanism are adapted for releasably securing the mechanical device to the power supply housing, and wherein the mechanical device and the accessory housing are adapted to be interchangeably and releasably secured to the power supply housing.

20. A portable radiotelephone device according to claim 19 wherein the mechanical device comprises at least one of the following:

a belt clip, a cover plate, a cover plate having an eyelet and a lanyard, a desk stand, a vehicular holder, and a handle.