Laptop computer display mounting

• US 20040125549A1
• Filed: 12/05/2002
• Published: 07/01/2004
• Est. Priority Date: 06/05/2000
• Status: Active Grant

• Current Assignee: Richard J. Iredale
• Original Assignee: Richard J. Iredale
• Inventors: Iredale, Richard J.
• Granted Patent: US 6,842,338 B2
• Time in Patent Office: Days
• US Class Current: 361/681
• CPC Class Codes: G06F 1/1616 with folding flat displays, e.g. laptop computers or notebooks having a clamshell configuration, with body parts pivoting to an open position around an axis parallel to the plane they define in closed position
• CPC Class Codes: Y10T 292/1025 Padlock or seal catch

Abstract

A laptop computer display module (28) for use in a clamshell type laptop computer includes a telescoping rail assembly (100) that enables the display module (28) to be extended upwardly from a keyboard module (24) of the laptop computer when the display module is rotated to an open position. A computer display panel (28) is rotatably mounted to a display support member (120) of the display module adjacent a top margin of the display panel (70) so that the display panel (70) can be manually swung away from the display support member (120) and toward a user of the laptop computer (20). The invention enables the display panel (70) to be positioned at a comfortable viewing angle without blocking access to the keyboard module (24) for typing and is particularly useful in depth-constrained workspaces such as airplane passenger seats, where the display support member (120) must be positioned at an acute angle relative to the keyboard module (24).

Claims

1. A laptop computer, comprising:

a keyboard module having a generally tabular shape bounded by front and rear margins, the keyboard module adapted for placement on a horizontal support surface; and

a display module connected to the keyboard module adjacent the rear margin of the keyboard module for rotation of the display module between a closed position and an open position, the display module including;

(a) a rail assembly rotatably mounted to the keyboard module adjacent the rear margin of the keyboard module,

(b) a display support member mounted to the rail assembly and slidable along the rail assembly when the display module is in the open position, and

(c) a display panel having a generally tabular shape bordered by a top margin and a bottom margin, the display panel rotatably mounted to the display support member for rotation of the display panel so that the bottom margin of display panel can be manually swung away from the display support member toward a user of the laptop computer when the display module is in the open position.

2. The laptop computer of claim 1 in which the display support member is movable along the rail assembly to a height above the keyboard module that is sufficient to allow the display panel to rotate to a comfortable viewing angle without blocking a keypad of the keyboard module and to thereby facilitate simultaneous typing on the keypad and viewing of the display panel when the laptop computer is used in a depth-constrained workspace.

3. The laptop computer of claim 2 in which the display panel is manually rotatable to the comfortable viewing angle without blocking the keypad when the display support member is rotated to a depth-reduction angle of greater than 30 degrees and less than 120 degrees relative to the keyboard module.

4. The laptop computer of claim 3 in which the comfortable viewing angle is greater than 90 degrees and less than 150 degrees relative to the keyboard module.

5. The laptop computer of claim 1, further comprising an articulating joint connecting the display panel to the display support member, and in which the articulating joint includes a torque joint that adjustably maintains an angular position of the display panel relative to the display support member.

6. The laptop computer of claim 1 in which:

the rail assembly includes first and second parallel rails spaced apart along the rear margin of the keyboard module; and

the display support member includes a first slot and a second slot spaced apart from the first slot, the first and second slots sized and positioned to slidably receive the first and second rails, respectively.

7. The laptop computer of claim 6, further comprising an anti-skew mechanism that mechanically couples movement of the display support member along the first rail to movement of the display support member along the second rail, thereby preventing binding of the display support member when it is moved along the rail assembly.

8. The laptop computer of claim 7 in which the anti-skew mechanism includes a push rod extending through an elongate push rod sleeve, and one of the push rod and the push rod sleeve is attached to the display support member and the other of the push rod and the push rod sleeve is attached to the respective first and second rails.

9. The laptop computer of claim 7 in which the anti-skew mechanism includes a rack-and-pinion mechanism.

10. The laptop computer of claim 7 in which the anti-skew mechanism includes a set of pulleys mounted to the display support member and a cable having first and second ends, the first and second ends of the cable being attached to the respective first and second rails, and the cable being tensioned over the pulleys.

11. The laptop computer of claim 1 in which the display support member and the display panel are movable up to 6 inches along the rail assembly to an ergonomic viewing height above the keyboard module.

12. The laptop computer of claim 1 in which the display module includes a friction mechanism for adjustably holding the display support member at a selected position along the rail assembly.

13. The laptop computer of claim 1 in which the display module includes a detent mechanism for adjustably holding the display support member at a selected position along the rail assembly.

14. The laptop computer of claim 1, further comprising a motorized height adjustment mechanism for driving the display support member along the rail assembly.

15. The laptop computer of claim 1, further comprising a latching device for releasably latching the display module to the keyboard module and preventing movement of the display support member along the rail assembly when the display module is in the closed position.

16. In a laptop computer of the type including a keyboard module having a generally tabular shape that is adapted for placement on a horizontal support surface and a display module hinged to the keyboard module at a rear margin of the keyboard module for rotation of the display module between an open position and a closed position, the display module including a computer display panel operably connected to the keyboard module, and the computer display panel having a top margin, a top portion, and a bottom portion, an improved computer display mounting comprising:

a rail assembly rotatably mounted to the keyboard module so that the rail assembly extends outwardly from the rear margin of the keyboard module;

a display support member attached to the rail assembly so that the display support member is slidable outwardly from the keyboard module along the rail assembly when the display module is rotated to an open position; and

an articulating joint positioned adjacent the top margin of the computer display panel and rotatably interconnecting the top portion of the computer display panel to the display support member so that the bottom portion of the computer display panel can be manually swung away from the display support member and toward a user of the laptop computer when the display module is in the open position, the articulating joint being slidable along the rail assembly along with the display support member.

17. The improved computer display mounting of claim 16 in which the display support member is movable along the rail assembly to a height above the keyboard module that is sufficient to allow the computer display panel to rotate about the articulating joint to a comfortable viewing angle without blocking a keypad of the keyboard module and to thereby facilitate simultaneous typing on the keypad and viewing of the computer display panel when the laptop computer is used in a depth-constrained workspace.

18. The improved computer display mounting of claim 17 in which the computer display panel is manually rotatable to the comfortable viewing angle without blocking the keypad when the display support member is rotated to a depth-reduction angle of greater than 30 degrees and less than 120 degrees relative to the keyboard module.

19. The improved computer display mounting of claim 18 in which the comfortable viewing angle is greater than 90 degrees and less than 150 degrees relative to the keyboard module.

20. The improved computer display mounting of claim 16 in which:

the keyboard module is bordered by a rear margin that terminates in left and right ends;

the rail assembly includes first and second elongate rails spaced apart along the rear margin and positioned proximal of the respective left and right ends of the rear margin; and

the display support member includes a first slot and a second slot spaced apart from the first slot, the first and second slots sized to slidably receive the first and second rails, respectively.

21. The improved computer display mounting of claim 20, further comprising an anti-skew mechanism that mechanically couples movement of the display support member along the first rail to movement of the display support member along the second rail, thereby preventing binding of the display support member when it is moved along the rail assembly.

22. The improved computer display mounting of claim 21 in which the anti-skew mechanism includes a push rod extending through an elongate push rod sleeve, and one of the push rod and the push rod sleeve is attached to the display support member and the other of the push rod and the push rod sleeve is attached to the respective first and second rails.

23. The improved computer display mounting of claim 21 in which the anti-skew mechanism includes a rack-and-pinion mechanism.

24. The improved computer display mounting of claim 21 in which the anti-skew mechanism includes a set of pulleys mounted to the display support member and a cable having first and second ends, the first and second ends of the cable being attached to the respective first and second rails, and the cable being tensioned over the pulleys.

25. The improved computer display mounting of claim 16 in which the display support member and the computer display panel are movable up to 6 inches along the rail assembly to an ergonomic viewing height above the keyboard module.

26. The improved computer display mounting of claim 16 in which the display module includes a friction mechanism for adjustably holding the display support member at a selected position along the rail assembly.

27. The improved computer display mounting of claim 16, further comprising a latching device for releasably latching the display module to the keyboard module and preventing movement of the display support member along the rail assembly when the display module is in the closed position.

28. A laptop computer display module, comprising:

a rail assembly including a hinge end and a distal end opposite the hinge end, the hinge end adapted to be rotatably mounted to a keyboard module of a laptop computer so that the distal end of the rail assembly extends outwardly from a rear margin of the keyboard module and so that the display module can be rotated about the hinge end between a closed position in which the display module is folded against a keypad of the keyboard module and an open position in which the display module extends from the keyboard module;

a display support member slidably attached to the rail assembly so that the display support member is movable along the rail assembly away from the hinge end of the rail assembly when the display module is rotated to an open position;

a computer display panel having top and bottom margins; and

an articulating joint connecting the computer display panel to the display support member adjacent the top margin of the computer display panel so that the bottom margin of the computer display panel can be manually swung away from the display support member and toward a user of the laptop computer when the display module is mounted to a keyboard module and rotated to the open position.

29. The laptop computer display module of claim 28 in which the display support member is movable along the rail assembly to a height above the keyboard module that is sufficient to allow the computer display panel to rotate about the articulating joint to a comfortable viewing angle without blocking a keypad of the keyboard module and to thereby facilitate simultaneous typing on the keypad and viewing of the computer display panel when the laptop computer is used in a depth-constrained workspace.

30. The laptop computer display module of claim 29 in which the computer display panel is manually rotatable to the comfortable viewing angle without blocking the keypad when the display support member is rotated to a depth-reduction angle of greater than 30 degrees and less than 120 degrees relative to the keyboard module.

31. The laptop computer display module of claim 28 in which the comfortable viewing angle is greater than 90 degrees and less than 150 degrees relative to the keyboard module.

32. The laptop computer display module of claim 28 in which:

the keyboard module is bordered by a rear margin that terminates in left and right ends;

the rail assembly includes first and second elongate rails spaced apart and rotatably mounted to the keyboard module proximal of the respective left and right ends of the rear margin; and

the display support member includes a first slot and a second slot spaced apart from the first slot, the first and second slots sized to slidably receive the first and second rails, respectively.

33. The laptop computer display module of claim 32, further comprising an anti-skew mechanism that mechanically couples movement of the display support member along the first rail to movement of the display support member along the second rail, to thereby prevent binding of the display support member when it is moved along the rail assembly.

34. The laptop computer display module of claim 33 in which the anti-skew mechanism includes a push rod extending through an elongate push rod sleeve, and one of the push rod and the push rod sleeve is attached to the display support member and the other of the push rod and the push rod sleeve is attached to the respective first and second rails.

35. The laptop computer display module of claim 33 in which the anti-skew mechanism includes a rack-and-pinion mechanism.

36. The laptop computer display module of claim 33 in which the anti-skew mechanism includes a set of pulleys mounted to the display support member and a cable having first and second ends, the first and second ends of the cable being attached to the respective first and second rails, and the cable being tensioned over the pulleys.

37. The laptop computer display module of claim 28 in which the display support member and the computer display panel are movable up to 6 inches along the rail assembly.

38. The laptop computer display module of claim 28 in which the display module includes a friction mechanism for adjustably holding the display support member at a selected position along the rail assembly.

39. The laptop computer display module of claim 28 in which the display module includes a detent mechanism for adjustably holding the display support member at a selected position along the rail assembly.

40. The laptop computer display module of claim 28, further comprising a motorized height adjustment mechanism for driving the display support member along the rail assembly.

41. The laptop computer display module of claim 28, further comprising a latching device for releasably latching the display module to the keyboard module and preventing movement of the display support member along the rail assembly when the display module is in the closed position.

42. In a laptop computer of the type including a keyboard module having a keypad extending along a rear margin of the keyboard module and a display module hinged to the keyboard module at the rear margin of the keyboard module for rotation of the display module between an open position and a closed position, the display module including a computer display panel operably connected to the keyboard module, and the computer display panel including a top edge and a bottom edge, an improved computer display mounting comprising:

a rail assembly rotatably mounted to the keyboard module, the rail assembly including first and second parallel rails spaced apart along the rear margin and positioned proximal of the respective left and right ends of the rear margin;

a display support member including a first slot and a second slot spaced apart from the first slot, the first and second slots sized and positioned to slidably receive the first and second rails, respectively so that the display support member is slidable outwardly from the keyboard module along the rail assembly when the display module is rotated to an open position;

a friction mechanism for adjustably holding the display support member at a selected position along the rail assembly; and

an articulating joint positioned along the top margin of the computer display panel and rotatably interconnecting the top edge of the computer display panel to the display support member so that the bottom edge of the computer display panel can be manually swung away from the display support member and toward a user of the laptop computer when the display module is in the open position, the articulating joint and the display support member together being slidable along the rail assembly to a height above the keyboard module that is sufficient to allow the computer display panel to rotate about the articulating joint to a comfortable viewing angle without blocking the keypad and to thereby facilitate simultaneous typing on the keypad and viewing of the computer display panel when the laptop computer is used in a depth-constrained workspace.

43. The improved computer display mounting of claim 42, further comprising an anti-skew mechanism that mechanically couples movement of the display support member along the first rail to movement of the display support member along the second rail, thereby preventing binding of the display support member when it is moved along the rail assembly.

44. The improved computer display mounting of claim 42 in which:

the display support member includes a crossbar extending along a distal part of the display support member between the first and second slots and generally parallel to the keyboard module; and

the articulating joint is connected to the crossbar.

45. The improved computer display mounting of claim 42 in which the display support member and the computer display panel are movable up to 6 inches along the rail assembly to an ergonomic viewing height above the keyboard module.

46. A laptop computer, comprising:

a base unit having a generally tabular shape adapted for placement on a support surface, the base unit including a manual input device; and

a display module rotatably connected to the base unit, the display module being openable and closeable by rotation of the display module relative to the base unit, the display module including;

(a) a rail assembly,

(b) a display support member mounted to the rail assembly for movement outwardly from the base unit, and

(c) a display panel bordered by a top margin and a bottom margin, the display panel supported on the display support member for rotation of the display panel so- that the bottom margin of display panel can be manually swung away from the display support member toward a user of the laptop computer after opening of the display module.

47. The laptop computer of claim 46 in which the display support member is movable along the rail assembly to a height above the base unit that is sufficient to allow the display panel to rotate to a comfortable viewing angle without blocking the manual input device of the base unit and to thereby allow a user to comfortably view the display panel while manually inputting data via the manual input device when using the laptop computer in a depth-constrained workspace.

48. The laptop computer of claim 47 in which the display panel is manually rotatable to the comfortable viewing angle without blocking the manual input device when the display support member is rotated to a depth-reduction angle of greater than 30 degrees and less than 120 degrees relative to the base unit.

49. The laptop computer of claim 48 in which the comfortable viewing angle is greater than 90 degrees and less than 150 degrees relative to the base unit.

50. The laptop computer of claim 46, further comprising an articulating joint connecting the display panel to the display support member, and in which the articulating joint includes a torque joint that adjustably maintains an angular position of the display panel relative to the display support member.

51. The laptop computer of claim 46 in which:

the rail assembly includes first and second rails spaced apart in parallel relation; and

the display support member includes a first slot and a second slot spaced apart from the first slot, the first and second slots sized and positioned to receive the first and second rails, respectively.

52. The laptop computer of claim 51, further comprising an anti-skew mechanism that mechanically couples movement of the display support member along the first rail to movement of the display support member along the second rail, thereby preventing binding of the display support member and the rail assembly.

53. The laptop computer of claim 46 in which:

the rail assembly includes a first rail and a second rail, the first and second rails spaced apart in parallel relation and rigidly attached to the display support member; and

the rail assembly further includes first and second slots spaced apart in parallel relation, the first and second slots sized and positioned to receive the first and second rails, respectively.

54. The laptop computer of claim 53, further comprising an anti-skew mechanism that mechanically couples movement of the first rail within the first slot to movement of the second rail within the second slot, thereby preventing binding of the display support member and the rail assembly.

55. The laptop computer of claim 46 in which the display module includes an articulating joint that rotatably interconnects the top margin of the display panel to the display support member.

56. The laptop computer of claim 46 in which:

the base unit includes a rear margin; and

the display module is rotatably connected to the base unit along the rear margin.

57. The laptop computer of claim 46 in which the manual input device includes a keypad.

58. The laptop computer of claim 46 in which the manual input device includes a pen tablet.

59. The laptop computer of claim 46 in which the manual input device includes a pointing device.

60. The laptop computer of claim 46, further comprising a latching device for releasably latching the display module to the base unit and preventing movement of the display support member along the rail assembly when the display module is closed.

61. A laptop computer display module, comprising:

a rail assembly including a hinge end adapted to be rotatably mounted to a base unit of a laptop computer so that the rail assembly extends outwardly from the base unit and so that the display module can be opened and closed by rotating the display module about the hinge end, the display module rotatable to a closed position in which the display module is folded against the base unit and an open position in which the display module extends from the base unit;

a display support member attached to the rail assembly for movement away from the hinge end of the rail assembly when the display module is opened;

a computer display panel having top and bottom margins; and

an articulating joint connecting the computer display panel to the display support member adjacent the top margin of the computer display panel so that the bottom margin of the computer display panel can be manually swung away from the display support member and toward a user of the laptop computer when the display module is mounted to the base unit and opened.

62. The laptop computer display module of claim 61 in which the display support member is movable away from the hinge end of the rail assembly a distance sufficient to allow the computer display panel to rotate about the articulating joint to a comfortable viewing angle when the display module is installed on a base unit, without interfering with manual operation of a manual input device of the base unit, and to thereby allow a user to comfortably view the display panel while manually operating the manual input device in a depth-constrained workspace.

63. The laptop computer display module of claim 62 in which the computer display panel is manually rotatable to the comfortable viewing angle without blocking the manual input device when the display support member is rotated to a depth-reduction angle of greater than 30 degrees and less than 120 degrees relative to the base unit.

64. The laptop computer display module of claim 61 in which the comfortable viewing angle is greater than 90 degrees and less than 150 degrees relative to the base unit.

65. The laptop computer display module of claim 61 in which:

the base unit is bordered by a rear margin that terminates in left and right ends;

the rail assembly includes first and second elongate rails spaced apart and rotatably mountable to the base unit proximal of the respective left and right ends of the rear margin; and

the display support member includes a first slot and a second slot spaced apart from the first slot, the first and second slots sized to receive the first and second rails, respectively.

66. The laptop computer display module of claim 65, further comprising an anti-skew mechanism that mechanically couples movement of the display support member along the first rail to movement of the display support member along the second rail, thereby preventing binding of the display support member and the rail assembly.

67. The laptop computer of claim 61 in which:

the rail assembly includes a first rail and a second rail, the first and second rails spaced apart in parallel relation and rigidly attached to the display support member; and

the rail assembly further includes first and second slots spaced apart in parallel relation, the first and second slots sized and positioned to receive the first and second rails, respectively.

68. The laptop computer of claim 67, further comprising an anti-skew mechanism that mechanically couples movement of the first rail within the first slot to movement of the second rail within the second slot, thereby preventing binding of the display support member and the rail assembly.

69. The laptop computer display module of claim 66 in which the anti-skew mechanism includes a push rod extending through an elongate push rod sleeve, and one of the push rod and the push rod sleeve is attached to the display support member and the other of the push rod and the push rod sleeve is attached to the respective first and second rails.

70. The laptop computer display module of claim 66 in which the anti-skew mechanism includes a set of pulleys mounted to the display support member and a cable having first and second ends, the first and second ends of the cable being attached to the respective first and second rails, and the cable being tensioned over the pulleys.

71. The laptop computer display module of claim 68 in which the anti-skew mechanism includes a rack-and-pinion mechanism.

72. The laptop computer display module of claim 61, further comprising a latching device for releasably latching the display module to the base unit and preventing movement of the display support member along the rail assembly when the display module is closed.