Personal computer peripheral console with attached computer module

• US 6,216,185 B1
• Filed: 09/08/1998
• Issued: 04/10/2001
• Est. Priority Date: 05/01/1998
• Status: Expired due to Term

• Current Assignee: Acqis LLC (Acqis Technology, Inc.)
• Original Assignee: Acqis Technology, Inc.
• Inventors: Chu, William W. Y.
• Primary Examiner(s): Ray, Gopal C.
• Application Number:
  US09/149,548
• Time in Patent Office: 945 Days
• Field of Search: 710/101, 710/72, 710/129, 710/62, 710/71, 710/106, 710/100, 710/102, 710/200, 710/103, 439/928.1, 375/219, 361/679-687, 361/724-727, 361/752, 361/753, 361/796, 345/169, 379/93.01, 713/300, 307/66
• US Class Current: 710/303
• CPC Class Codes: G06F 1/1632 External expansion units, e.g. docking stations

Abstract

A personal computer system comprises physically separate units and an interconnection between the units. An attached computing module (ACM) contains the core computing power and environment for a computer user. A peripheral console (PCON), contains the power supply and primary input and output devices for the computer system. To form an operational computer system, an ACM is coupled with a PCON. The plug-in module design of the ACM, and the concentration of high-value components therein (both in terms of high-value hardware and high-value files), makes it easy for a user to transport the high-value core between multiple PCON'"'"'s, each of which can enjoy a relatively low cost. The concentration of a user'"'"'s core computing environment in a small, portable package also makes it possible for large organizations to perform moves, adds, and changes to personal computer systems with greater efficiency.

Claims

1. A detachable computing module for attachment to a peripheral console for forming a fully operational computer system comprising:

an enclosure;

a CPU;

a memory coupled to said CPU;

a mass storage coupled to said CPU;

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console; and

clock circuitry having a variable frequency output signal coupled to said CPU, said clock circuitry varying the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry, said signal conveying at least one functional characteristic of a peripheral console

wherein said CPU is uncoupled from any primary input circuitry when said interconnection circuitry is disconnected from a peripheral console.

2. The apparatus of claim 1 further comprising

a cooling plate exposed to the exterior of said computing module and thermally coupled to said CPU.

3. The apparatus of claim 1 further comprising

a grounding plate exposed to the exterior of said computing module and electrically coupled to an electrical ground connection of the CPU.

34. An apparatus as in one of claims 1, 3, 4, 6, 28, 29, 30, 31, 32 and 33 wherein said interconnection circuitry conveys peripheral bus signals from multiple parallel paths as sequential data bits on a single signal path.

35. An apparatus as in one of claims 1, 3, 4, 6, 28, 29, 30, 31, 32 and 33 wherein said interconnection circuitry conveys electrical power, and signals comprising video output and peripheral bus information.

36. An apparatus as in one of claims 1, 3, 4, 6, 28, 29, 30, 31, 32 and 33 wherein said interconnection circuitry conveys electrical power, and signals comprising video output, video port, and peripheral bus information.

4. A detachable computing module for attachment to a peripheral console for forming a fully operational computer system comprising:

an enclosure;

a CPU;

a memory coupled to said CPU;

a mass storage coupled to said CPU;

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console; and

clock circuitry having a variable frequency output signal coupled to said CPU, said clock circuitry varying the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry, wherein said signal conveys at least one functional characteristic of a peripheral console;

wherein said CPU is uncoupled from any primary output circuitry when said interconnection circuitry is disconnected from a peripheral console.

5. The apparatus of claim 4 further comprising

a cooling plate exposed to the exterior of said computing module and thermally coupled to said CPU.

6. The apparatus of claim 4 further comprising

a grounding plate exposed to the exterior of said computing module and electrically coupled to an electrical ground connection of the CPU.

7. A detachable computing module for attachment to a peripheral console for forming a fully operational personal computer system comprising:

an enclosure;

a CPU having a power supply connection point;

memory coupled to said CPU;

mass storage coupled to said CPU; and

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console;

wherein said power supply connection point of said CPU is uncoupled from any electrical power source having sufficient energy to sustain execution of instructions by said CPU whenever said interconnection circuitry is disconnected from a peripheral console.

8. The apparatus of claim 7 further comprising clock circuitry having a variable frequency output signal coupled to said CPU.

9. The apparatus of claim 8 wherein said clock circuitry varies the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry.

10. The apparatus of claim 9 wherein said signal presented at an input coupled to said interconnection circuitry conveys at least one functional characteristic of a peripheral console.

11. The apparatus of claim 7 further comprising a cooling plate exposed to the exterior of said computing module and thermally coupled to said CPU.

12. The apparatus of claim 7 further comprising a grounding plate exposed to the exterior of said computing module and electrically coupled to an electrical ground connection of the CPU.

13. The apparatus of claim 7 wherein said enclosure further comprises projections forming a notch for engaging a latching mechanism.

14. A detachable computing module for attachment to a peripheral console for forming a fully operational personal computer system comprising:

an enclosure;

a CPU;

memory coupled to said CPU;

mass storage coupled to said CPU;

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console; and

power supply circuitry having a stored energy capacity no greater than the energy required to power said CPU, memory, and mass storage for 30 minutes of operation at the maximum rated speed of the CPU.

15. The apparatus of claim 14 further comprising clock circuitry having a variable frequency output signal coupled to said CPU.

16. The apparatus of claim 15 wherein said clock circuitry varies the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry.

17. The apparatus of claim 16 wherein said signal presented at an input coupled to said interconnection circuitry conveys at least one functional characteristic of a peripheral console.

18. The apparatus of claim 14 further comprising a cooling plate exposed to the exterior of said computing module and thermally coupled to said CPU.

19. The apparatus of claim 14 further comprising a grounding plate exposed to the exterior of said computing module and electrically coupled to an electrical ground connection of the CPU.

20. The apparatus of claim 14 wherein said enclosure further comprises projections forming a notch for engaging a latching mechanism.

21. A detachable computing module for attachment to a peripheral console for forming a fully operational personal computer system comprising:

an enclosure;

a CPU having a power supply connection point;

memory coupled to said CPU;

mass storage coupled to said CPU;

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console; and

wherein said power supply connection point of said CPU conducts more than 20 percent of the power required for operation of the CPU at its maximum rated clock speed for no more than 30 minutes for any duration wherein said interconnection circuitry is continuously disconnected from a peripheral console.

22. The apparatus of claim 21 further comprising clock circuitry having a variable frequency output signal coupled to said CPU.

23. The apparatus of claim 22 wherein said clock circuitry varies the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry.

24. The apparatus of claim 23 wherein said signal presented at an input coupled to said interconnection circuitry conveys at least one functional characteristic of a peripheral console.

25. The apparatus of claim 21 further comprising a cooling plate exposed to the exterior of said computing module and thermally coupled to said CPU.

26. The apparatus of claim 21 further comprising a grounding plate exposed to the exterior of said computing module and electrically coupled to an electrical ground connection of the CPU.

27. The apparatus of claim 21 wherein said enclosure further comprises projections forming a notch for engaging a latching mechanism.

28. A detachable computing module for attachment to a peripheral console for forming a fully operational personal computer system comprising:

an enclosure;

a CPU having a power supply connection point;

memory coupled to said CPU;

mass storage coupled to said CPU; and

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console;

clock circuitry having a variable frequency output signal coupled to said CPU, said clock circuitry varying the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry, said signal conveying at least one functional characteristic of a peripheral console; and

a cooling plate exposed to the exterior of said computing module and thermally coupled to said CPU,

wherein said power supply connection point of said CPU is uncoupled from any electrical power source having sufficient energy to sustain execution of instructions by said CPU whenever said interconnection circuitry is disconnected from a peripheral console.

29. A detachable computing module for attachment to a peripheral console for forming a fully operational personal computer system comprising:

an enclosure;

a CPU having a power supply connection point;

memory coupled to said CPU;

mass storage coupled to said CPU; and

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console;

clock circuitry having a variable frequency output signal coupled to said CPU, said clock circuitry varying the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry, said signal conveying at least one functional characteristic of a peripheral console; and

a grounding plate exposed to the exterior of said computing module and electrically coupled to an electrical ground connection of the CPU,

wherein said power supply connection point of said CPU is uncoupled from any electrical power source having sufficient energy to sustain execution of instructions by said CPU whenever said interconnection circuitry is disconnected from a peripheral console.

30. A detachable computing module for attachment to a peripheral console for forming a fully operational personal computer system comprising:

an enclosure;

a CPU;

a cooling plate exposed to the exterior of said computing module and thermally coupled to said CPU;

memory coupled to said CPU;

mass storage coupled to said CPU;

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console;

clock circuitry having a variable frequency output signal coupled to said CPU, said clock circuitry varying the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry, said signal conveying at least one functional characteristic of a peripheral console; and

power supply circuitry having a stored energy capacity no greater than the energy required to power said CPU, memory, and mass storage for 30 minutes of operation at the maximum rated speed of the CPU.

31. A detachable computing module for attachment to a peripheral console for forming a fully operational personal computer system comprising:

an enclosure;

a CPU;

a grounding plate exposed to the exterior of said computing module and electrically coupled to an electrical ground connection of the CPU, memory coupled to said CPU;

mass storage coupled to said CPU;

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console;

clock circuitry having a variable frequency output signal coupled to said CPU, said clock circuitry varies the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry, said signal conveying at least one functional characteristic of a peripheral console; and

power supply circuitry having a stored energy capacity no greater than the energy required to power said CPU, memory, and mass storage for 30 minutes of operation at the maximum rated speed of the CPU.

32. A detachable computing module for attachment to a peripheral console for forming a fully operational personal computer system comprising:

an enclosure;

a CPU having a power supply connection point;

a cooling plate exposed to the exterior of said computing module and thermally coupled to said CPU;

memory coupled to said CPU;

mass storage coupled to said CPU;

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console; and

clock circuitry having a variable frequency output signal coupled to said CPU, said clock circuitry varying the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry, said signal conveying at least one functional characteristic of a peripheral console,

wherein said power supply connection point of said CPU conducts more than 20 percent of the power required for operation of the CPU at its maximum rated clock speed for no more than 30 minutes for any duration wherein said interconnection circuitry is continuously disconnected from a peripheral console.

33. A detachable computing module for attachment to a peripheral console for forming a fully operational personal computer system comprising:

an enclosure;

a CPU having a power supply connection point;

a grounding plate exposed to the exterior of said computing module and electrically coupled to an electrical ground connection of the CPU;

memory coupled to said CPU;

mass storage coupled to said CPU;

interconnection circuitry coupled to said CPU, said interconnection circuitry connectable to a peripheral console; and

clock circuitry having a variable frequency output signal coupled to said CPU, said clock circuitry varying the frequency of said output signal in response to a signal presented at an input coupled to said interconnection circuitry, said signal conveying at least one functional characteristic of a peripheral console,

wherein said power supply connection point of said CPU conducts more than 20 percent of the power required for operation of the CPU at its maximum rated clock speed for no more than 30 minutes for any duration wherein said interconnection circuitry is continuously disconnected from a peripheral console.

37. A personal computer system wherein the core computing power and environment for a computer user can be readily separated and transported from the remaining computer system components comprising:

(a) a detachable computing module including

an enclosure;

a CPU having a power supply connection point;

memory coupled to said CPU;

mass storage coupled to said CPU; and

(b) a peripheral console comprising a power supply; and

(c) interconnection circuitry coupled to said computing module and to said peripheral console for conveying electrical power and signals between said computing module and said peripheral console;

wherein said power supply connection point of said CPU is uncoupled from any electrical power source having sufficient energy to sustain execution of instructions by said CPU whenever said computing module is disconnected from said peripheral console.

38. The apparatus of claim 37 wherein said interconnection circuitry conveys computer bus signals from multiple parallel signal paths as sequential data bits on a single signal path.

39. A personal computer system wherein the core computing power and environment for a computer user can be readily separated and transported from the remaining computer system components comprising:

(a) a detachable computing module including

an enclosure,

a CPU,

memory coupled to said CPU,

mass storage coupled to said CPU, and

power supply circuitry having a stored energy capacity no greater than the energy required to power said CPU, memory, and mass storage for 30 minutes of operation at the maximum rated speed of the CPU;

(b) a peripheral console comprising a power supply; and

(c) interconnection circuitry coupled to said computing module and to said peripheral console for conveying electrical power and signals between said computing module and said peripheral console.

40. The apparatus of claim 39 wherein said interconnection circuitry conveys computer bus signals from multiple parallel signal paths as sequential data bits on a single signal path.

41. A personal computer system wherein the core computing power and environment for a computer user can be readily separated and transported from the remaining computer system components comprising:

(a) a detachable computing module including

an enclosure;

a CPU having a power supply connection point;

memory coupled to said CPU; and

mass storage coupled to said CPU;

(b) a peripheral console comprising a power supply; and

(c) interconnection circuitry coupled to said computing module and to said peripheral console for conveying electrical power and signals between said computing module and said peripheral console;

wherein said power supply connection point of said CPU conducts more than 20 percent of the power required for operation of the CPU at its maximum rated clock speed for not more than 30 minutes for any duration wherein said interconnection is continuously disconnected from a peripheral console.

42. The apparatus of claim 41 wherein said interconnection circuitry conveys computer bus signals from multiple parallel signal paths as sequential data bits on a single signal path.