Adapter for terminal unit

• US 6,290,529 B1
• Filed: 03/19/1998
• Issued: 09/18/2001
• Est. Priority Date: 09/30/1997
• Status: Expired due to Term

• Current Assignee: Fujitsu Frontech Limited (Fujitsu Limited)
• Original Assignee: Fujitsu Limited
• Inventors: Minegishi, Toshikazu, Kobayashi, Toshiyuki, Obata, Takao, Tsurumaru, Shinichiro, Kumagai, Mitsuaki
• Primary Examiner(s): DONOVAN, LINCOLN D
• Application Number:
  US09/044,029
• Time in Patent Office: 1,279 Days
• Field of Search: 439/374, 439/376, 439/527, 439/532, 439/542, 439/545, 439/549, 439/559, 439/574, 439/575, 439/576, 439/571, 439/620, 364/708.1, 361/680, 361/692.5, 361/699
• US Class Current: 439/374
• CPC Class Codes: H01R 2201/16 for telephony
• CPC Class Codes: H02J 7/0044 specially adapted for holding portable devices containing batteries H02J7/0045 takes precedence
• CPC Class Codes: H04B 1/3877 Arrangements for enabling portable transceivers to be used in a fixed position, e.g. cradles or boosters
• CPC Class Codes: H04M 1/11 Supports for sets, e.g. incorporating armrests

Abstract

An adapter, for a terminal unit, comprising a base housing having a mount surface for mounting of a terminal unit. A receptive space is defined by a plurality of walls on a part of the mount surface. A pair of guide rails are formed on the mount surface of the base housing, so as to be slidably engaged with the terminal unit. Overhanging guide plates extending from opposed side walls have edges facing to the mount surface, so as to be slidably engaged with the terminal unit. The guides rails and the edges serve to guide the terminal unit to introduce a part of the terminal unit into the receptive space. A pair of protrusions are formed on the mount surface, so as to be engaged with the terminal unit. The protrusions serve to detachably hold the terminal unit in a proper position on the mount surface to maintain the functional connection between the adapter and the terminal unit.

Claims

1. An adapter, for a terminal unit, comprising:

a base housing having a mount surface for mounting a terminal unit;

a plurality of side walls, extending from a longitudinally midway portion of said mount surface to a bottom edge thereof provided on said base housing to define a receptive space on a part of said mount surface of said base housing;

an interface section provided on said base housing for connection with the terminal unit; and

an edge formed on at least one of said walls, for guiding a front face of the terminal unit to introduce a part of the terminal unit into said receptive space, and for detachably holding the terminal unit between said edge and said mount surface to maintain said connection; and

at least one guide rail formed on said mount surface of said base housing, between, and offset from said side walls, projecting from said mount surface, said guide rail arranged to be slidably engaged with a back face of the terminal unit.

3. An adapter, as claimed in claim 1, farther comprising at least one protrusion formed on said mount surface, said protrusion being arranged to be engaged with the back face of the terminal unit.

8. An adapter, as claimed in claim 1, wherein said interface section includes an optical interface for communication.

9. An adapter, as claimed in claim 1, wherein said interface section includes a battery charging contact.

10. An adapter, as claimed in claim 9, wherein said battery charging contact is retractably arranged in one of said walls defining said receptive space, and wherein a lever, carrying at one end thereof said battery charging contact, is pivotably supported within said base housing, said lever having another end retractably projecting from said mount surface when said battery charging contact is retracted into said one wall.

11. An adapter, as claimed in claim 10, further comprising a switch mechanism arranged in said base housing for detecting a placement of the terminal unit, said switch mechanism being actuated by said lever.

13. An adapter, as claimed in claim 3, wherein a surface of another one of said walls is arranged to be abutted with the terminal unit to hold the terminal unit in cooperation with said protrusion.

2. An adapter, for a terminal unit, comprising:

a base housing having a mount surface for mounting a terminal unit;

a plurality of side walls, extending from a longitudinally midway portion of said mount surface to a bottom edge thereof provided on said base housing to define a receptive space on a part of said mount surface of said base housing;

an interface section provided on said base housing for connection with the terminal unit;

an edge formed on at least one of said walls, for guiding a front face of the terminal unit to introduce a part of the terminal unit into said receptive space, and for detachably holding the terminal unit between said edge and said mount surface; and

at least one guide rail formed on said mount surface of said base housing, projecting from said mount surface, between, and offset from said side walls said guide rail arranged to be slidably engaged with a back face of the terminal unit;

wherein said edge faces said mount surface and is arranged to be slidably engaged with the front face of the terminal unit.

4. An adapter, for a terminal unit, comprising:

a base housing having a mount surface for mounting a terminal unit;

a plurality of walls provided on said base housing to define a receptive space on a part of said mount surface of said base housing;

an interface section provided on said base housing for connection with the terminal unit;

an edge formed on at least one of said walls, for guiding a front face of the terminal unit to introduce a part of the terminal unit into said receptive space, and for detachably holding the terminal unit between said edge and said mount surface; and

a supporting mechanism detachably supporting the terminal unit on said mount surface, said supporting mechanism including an additional wall arranged opposite to said receptive space on said mount surface and a rolling element retractably projecting toward said receptive space from said additional wall.

5. An adapter, as claimed in claim 4, wherein said supporting mechanism further includes a shiftable member arranged within said base housing, said shiftable member carrying at one end thereof said rolling element in a rotatable manner and at another end thereof a push part accessively disposed on said base housing.

6. An adapter, as claimed in claim 5, wherein said shiftable member is made from a plate spring.

7. An adapter, as claimed in claim 4, wherein said supporting mechanism further includes shock absorbing elements affixed respectively onto mutually opposed surfaces of said additional wall and one of said walls.

12. A connecting structure comprising an adapter and a terminal unit, wherein said terminal unit includes:

a body,

a data input section accessively provided on said body;

an interface section provided on said body separately from said data input section; and

a protective cover attached to an outer peripheral area of said body; and

wherein said adapter includes;

a base housing having a mount surface;

a plurality of side walls, extending from a longitudinally midway portion of said mount surface to a bottom edge thereof, provided on said base housing to define a receptive space on a part of said mount surface of said base housing;

at least one guide rail formed on said mount surface of said base housing, between and offset from said side walls, projecting from said mount surface, said guide rail arranged to be slidably engaged with a back face of the terminal unit;

an interface section provided on said base housing to provide connection with said interface section of said terminal unit;

an edge formed on at least one of said side walls to be slidably engaged with a portion outside of said protective cover of said base of said terminal unit, for guiding a front face of said terminal unit to introduce a part of said terminal unit into said receptive space, and for detachably holding said terminal unit; and

a switch mechanism arranged in said base housing for detecting a placement of the terminal unit in a predetermined position.

15. An adapter, as claimed in claim 12, wherein said switch mechanism includes an actuating lever pivotably supported within said base housing for actuating said switch mechanism, said actuating lever having one end capable of retractably projecting from said mount surface.

14. A connecting structure comprising an adapter and a terminal unit, wherein said terminal unit includes:

a body;

a data input section accessively provided on said body;

an interface section provided on said body separately from said data input section; and

a protective cover attached to an outer peripheral area of said body; and

wherein said adapter includes;

a base housing having a mount surface;

a plurality of side walls, extending from a longitudinally midway portion of said mount surface to a bottom edge thereof provided on said base housing to define a receptive space on a part of said mount surface of said base housing;

guide means arranged to be slidably engaged with a portion, separated from said protective cover, of said base of said terminal unit, for guiding said terminal unit to introduce a part of said terminal unit into said receptive space;

an interface section provided on said base housing to provide connection with said interface section of said terminal unit; and

holding means for detachably holding said terminal unit in a predetermined position on said mount surface to maintain said connection.