Compact expandable electronic signal processing apparatus

• US 4,530,066 A
• Filed: 08/24/1982
• Issued: 07/16/1985
• Est. Priority Date: 08/24/1981
• Status: Expired due to Fees

• Current Assignee: Sony Corporation (Sony Group Corp.)
• Original Assignee: Sony Corporation (Sony Group Corp.)
• Inventors: Yamashiki, Yutaka, Ohwaki, Hirotsugu
• Primary Examiner(s): Thomas, James D.
• Assistant Examiner(s): Shaw, Dale M.
• Application Number:
  US06/410,972
• Time in Patent Office: 1,057 Days
• Field of Search: 364/708, 364/200 MS File, 364/900 MS File, 235/1 D, 361/390, 361/391, 361/394, 368/88, 368/276-278, 312/298, 312/299, 312/352
• US Class Current: 361/724
• CPC Class Codes: G06F 1/1613 for portable computers cooling arrangements therefor G06F1/203; constructional details or arrangements for pocket calculators, electronic agendas or books G06F15/0216; constructional details of portable telephone sets: with several bodies H04M1/0202
• CPC Class Codes: G06F 1/1632 External expansion units, e.g. docking stations
• CPC Class Codes: G06F 1/181 Enclosures for portable computers G06F1/1613
• CPC Class Codes: G06F 2200/1635 Stackable modules
• CPC Class Codes: H05K 7/02 Arrangements of circuit components or wiring on supporting structure
• CPC Class Codes: Y10S 439/928 Modular electrically interengaging parts, e.g. stove with replaceable heating elements formed on coupling parts

Abstract

An electronic signal processing apparatus, such as, a personal computer, is basically composed of a power section for providing DC operating power from an AC power source and a main signal processing section operative by the DC operating power for performing the minimal necessary functions. The power and main signal processing sections are mechanically connected for relative sliding movements between closely adjacent positions minimizing the overall dimensions of the apparatus and spread-apart positions in which a space is defined between the power and main signal processing sections for accommodating at least one additional signal processing or handling section by which the functional capabilities of the apparatus are expanded.

Claims

1. A compact expandable electronic signal processing apparatus comprising:

a power section for providing DC operating power from an AC power source;

a main signal processing section for providing primary signal handling functions and being operative by said DC operating power from said power section;

guide means mechanically connecting said power section and said main signal processing section for relative sliding movements between closely adjacent positions minimizing the overall dimensions of the apparatus and spread-apart positions in which a space is defined between said power section and said main signal processing section;

a least one additional signal handling section for providing additional signal handling functions and being connectable to and separable from said power and main signal processing sections and which, when connected to said power and main signal processing sections, is accommodated, at least in part, in said space; and

connector means for connecting each said additional signal handling section into the signal processing apparatus when said power and main signal processing sections are in said spread-apart positions and each said additional signal handling section is disposed in said space;

said electronic signal processing apparatus being operative, when said power and main signal processing sections are in said closely adjacent positions, to perform said primary signal handling functions, and further being operative, when said power and main signal processing sections are in said spaced-apart positions and at least one of said additional signal handling sections is connected thereto, to perform the additional signal handling functions of the connected additional signal handling sections.

2. An electronic signal processing apparatus according to claim 1;

in which said connector means is disposed between said power section and said main signal processing section when said power and main signal processing sections are slidably moved along said guide means to said spread-apart positions.

3. An electronic signal processing apparatus according to claim 2;

in which said connector means includes a plurality of connector elements for each connecting a respective additional signal handling section into said signal processing apparatus.

4. An electronic signal processing apparatus according to claim 1;

in which the dimensions of said power section and said main signal processing section are substantially equal to each other at least in the direction transverse to the direction of said relative sliding movements.

5. An electronic signal processing apparatus according to claim 4;

in which at least a portion of said one additional signal handling section accommodated in said space has a width substantially equal to said dimensions in the transverse direction.

6. An electronic signal processing apparatus according to claim 5;

in which said power and main signal processing sections are substantially of the same height at the portions thereof between which said space is defined, and said one additional signal handling section is fully accommodated in said space.

7. An electronic signal processing apparatus according to claim 5;

in which said one additional signal handling section has an upper portion extending out of said space and overlapping one of said power and main signal processing sections.

8. An electronic signal processing apparatus according to claim 7;

in which said upper portion of said one additional signal handling section has a width smaller than said dimensions of said power and main signal processing section in said transverse direction; and

further comprising another additional signal handling section having a lower portion with a width substantially equal to said dimensions in the transverse direction and which is accommodated in said space, and an upper portion of a width smaller than said dimensions in the transverse direction, said upper portion of said other additional signal handling section extending out of said space and overlapping said one of the power and main signal processing sections in side-by-side relation to said upper portion of said one additional signal handling section.

9. An electronic signal processing apparatus according to claim 8;

in which said one and other additional signal handling sections are a floppy disk drive device and a printer device, respectively.

10. An electronic signal processing apparatus according to claim 1;

in which said main signal processing section has a housing which, at the top of the portion thereof adjacent said power section, is defined by a removable cover; and

further comprising another signal handling section interchangeable with said removable cover on said main signal processing section.

11. An electronic signal processing apparatus according to claim 10;

in which said other signal handling section includes a floppy disk drive device.

12. An electronic signal processing apparatus according to claim 1;

in which said one additional signal handling section is a floppy disk drive device.

13. An electronic signal processing apparatus according to claim 1;

in which said one additional signal handling section is a printer device.

14. An electronic signal processing apparatus according to claim 1;

further comprising at least another additional signal handling section adapted to be accommodated, at least in part, in said space in sandwiched relation to said one additional signal handling section; and

in which said one and another additional signal handling sections are of the same thickness, at least at the parts thereof in sandwiched relation in said space.

15. An electronic signal processing apparatus according to claim 14;

in which said connector means includes a plurality of connector elements which are disposed in equally spaced apart relation in said space when said power and main signal processing sections are in said spaced apart positions and which engage said additional signal handling sections respectively, for connecting the latter into the signal processing apparatus.

16. An electronic signal processing apparatus according to claim 15;

in which said connector elements are mounted on a rigid support member which is pivoted in respect to one of said power and main signal processing sections for movement between an operative position spanning said space and a stowed position against said one of the power and main signal processing sections.

17. An electronic signal processing apparatus according to claim 15;

in which said connector elements are mounted on a rigid support member, at least one of said power and main signal processing sections has a cavity therein for receiving said rigid support member when said power and main signal processing sections are in said closely adjacent positions, and said rigid support member is connected with said guide means to be drawn out of said cavity into said space upon movement of said power and main signal processing sections to said spread-apart positions.

18. An electronic signal processing apparatus according to claim 15;

in which one of said power and main signal processing sections has a cavity for storage of said connector elements, said connector elements are movably mounted for movement between closely adjacent stored positions in said cavity and more widely spaced apart operative positions in said space, and said connector elements are flexibly connected to each other and are moved from said stored positions to said operative positions in response to movement of said power and main signal processing sections to said spread-apart positions.

19. An electronic signal processing apparatus according to claim 14;

in which said connector means include main collector-elements on said power and main signal processing sections which engage each other when said power and main signal processing sections are in said closely adjacent positions and additional connector elements on said parts of the additional signal handling sections in sandwiched relation in said space and which engage each other in succession to form a series of additional connector elements engaging said main connector elements at opposite ends of said series when said power and main signal processing sections are in said spread-apart positions.