Claims
- 1. A guide apparatus for applying a cover to a bound stack of sheets, said apparatus comprising:
a base unit which includes a book receiving surface, a first reference line disposed along a periphery of said book receiving surface and a second reference line, orthogonal to said first reference line, disposed along a periphery of said book receiving surface; a first lower cover stop defining a cover engaging surface disposed along the first reference line; a first upper cover stop defining a cover engaging surface disposed along the first reference line, with the cover engaging surfaces of the first lower and upper cover stops being aligned along an axis normal to the book receiving surface; a first book stop defining a stack engaging surface, with said stack engaging surface being disposed intermediate the cover engaging surfaces of the first upper and lower cover stops and with said stack engaging surface extending a first distance past said first reference line towards the book receiving surface; a second lower cover stop defining a cover engaging surface disposed along the second reference line; a second upper cover stop defining a cover engaging surface disposed along the second reference line, with the cover engaging surfaces of the first and second cover stops being aligned along an axis normal to the book receiving surface; and a second book stop defining a stack engaging surface, with said stack engaging surface being disposed intermediate the cover engaging surfaces of the second upper and lower cover stops and with said stack engaging surface extending a second distance past said second reference line towards the book receiving surface.
- 2. The guide apparatus of claim 1 further including a clamping mechanism disposed along the first reference line and including a clamp member that moves between a clamping position where the clamp member extends past the first reference line and a non-clamping position.
- 3. The guide apparatus of claim 2 wherein the clamping mechanism includes a clamp lever which causes the clamp member to be in the non-clamping position when the lever is in one position and the which causes the clamp member to be in the clamping position when the lever is rotated away from the book receiving surface.
- 4. The guide apparatus of claim 3 wherein the clamping mechanism includes a base member which defines a base member surface which is co-planar with the cover engaging surface of the first upper cover stop.
- 5. The guide apparatus of claim 4 wherein the one position of the clamp lever is a position normal with respect to the book receiving surface and wherein the clamp lever defines a surface when in the one position which is co-planar with respect to the base member surface.
- 6. The guide apparatus of claim 5 wherein the clamp mechanism base member is integral with the first upper cover stop.
- 7. The guide apparatus of claim 1 wherein the first book stop further includes a first adjust mechanism configured to manually adjust a size of the stack engaging surface of the first book stop in a direction normal to the book receiving surface.
- 8. The guide apparatus of claim 7 wherein the first book stop defines a fixed portion of the stack engaging surface and an adjustable portion of the stack engaging surface, with the adjustable portion being controlled by the first adjust mechanism.
- 9. The guide apparatus of claim 8 further including a stack thickness guide which includes a stack receiving mechanism configured to receive an edge of a stack of sheets to be covered and wherein the first adjust mechanism is controlled by the stack receiving mechanism so that the size of the adjustable portion of the stack engaging surface is related to a thickness of the stack of sheets.
- 10. The guide apparatus of claim 9 further including visual markings on said apparatus indicative of a multiplicity of possible stack sizes and a designator for selecting said markings in response to the stack thickness guide.
- 11. The guide apparatus of claim 10 wherein the stack thickness guide includes a movable member, a position of which is manually adjusted by a user and which controls a relative position of said visual markings and said designator.
- 12. The guide apparatus of claim 11 wherein said first adjust mechanism is responsive to the position of the movable member.
- 13. The guide apparatus of claim 12 wherein said first adjust mechanism includes a first rotatable member that defines said adjustable portion of the stack engaging surface, with the size of the adjustable portion being a function of a rotational position of the first rotatable member.
- 14. The guide apparatus of claim 13 wherein the rotational position of the first rotatable member is controlled by said movable member.
- 15. The guide apparatus of claim 14 wherein the first rotatable member is substantially disposed within the first upper cover stop.
- 16. The guide apparatus of claim 14 wherein said first adjust mechanism includes a first pinion mounted for rotation with said first rotatable member and a rack engaging the first pinion that moves with said movable member.
- 17. The guide apparatus of claim 16 wherein said first adjust mechanism includes a second rotatable member which, together with said first rotatable member, define said adjustable portion of the stack engaging surface, a second pinion mounted for rotation with the second rotatable member, with the rack engaging said first and second pinions.
- 18. The guide apparatus of claim 17 wherein the first and second rotatable members are substantially disposed within the first upper cover stop.
- 19. The guide apparatus of claim 16 wherein second book stop further includes a second adjust mechanism configured to manually adjust a size of the stack engaging surface of the second book stop in a direction normal to the book receiving surface.
- 20. The guide apparatus of claim 19 wherein the second book stop defines a fixed portion of the stack engaging surface, with the adjustable portion being controlled by the second adjust mechanism.
- 21. The guide apparatus of claim 20 wherein the second adjust mechanism is controlled by the stack receiving mechanism so that the size of the adjustable portion of the stack engaging surface of the second book stop is related to the thickness of the stack of sheets.
- 22. The guide apparatus of claim 21 wherein the second adjust mechanism includes a second rotatable member that defines said adjustable portion of the stack engaging surface of the second book stop, with the size of the adjustable portion being a function of a rotational position of the second rotatable member.
- 23. The guide apparatus of claim 22 wherein the first rotatable member is substantially disposed within the first upper cover stop and the second rotatable member is disposed substantially within the second upper cover stop.
- 24. The guide apparatus of claim 23 wherein the first adjust mechanism includes a third rotatable member which, together with said first rotatable member, define said adjustable portion of the stack engaging surface of the first book stop, with the rotatable position of the first, second and third rotatable members being controlled by said movable member.
- 25. The guide apparatus of claim 12 wherein the stack thickness guide includes a locking mechanism configured to switch the movable member between a locked position with respect to the base unit and an unlocked position with respect to the base unit.
- 26. The guide apparatus of claim 25 wherein the locking mechanism is configured to switch the movable member from the lock position to the unlocked position upon manual activation of the locking mechanism by a user and to switch the movable member from the unlocked to the locked position when a user releases the locking mechanism.
- 27. A guide apparatus for applying a cover to a bound stack of sheets, said apparatus comprising:
a base unit which includes a book receiving surface, a first reference line disposed along a periphery of said book receiving surface and a second reference line, orthogonal to said first reference line, disposed along a periphery of said book receiving surface; a first lower cover stop defining a cover engaging surface disposed along the first reference line; a first upper cover stop defining a cover engaging surface disposed along the first reference line, with the cover engaging surfaces of the first lower and upper cover stops being aligned along an axis normal to the book receiving surface; a first book stop defining a stack engaging surface, with said stack engaging surface being disposed intermediate the cover engaging surfaces of the first upper and lower cover stops and with said stack engaging surface extending a first distance past said first reference line towards the book receiving surface; a second lower cover stop defining a cover engaging surface disposed along the second reference line; a second upper cover stop defining a cover engaging surface disposed along the second reference line, with the cover engaging surfaces of the first and second cover stops being aligned along an axis normal to the book receiving surface; a second book stop defining a stack engaging surface, with said stack engaging surface being disposed intermediate the cover engaging surfaces of the second upper and lower cover stops and with said stack engaging surface extending a second distance past said second reference line towards the book receiving surface; a clamping mechanism disposed along a selected one of the first and second references lines and including a clamp member that moves between a clamping position where the clamp member extends past the selected reference line and a non-clamping position; and an adjust mechanism configured to manually adjust a size of the stack engaging surface of a selected one of the first and second book stops in a direction normal to the book receiving surface.
- 28. The guide apparatus of claim 27 wherein the selected one of the first and second book stops defines a fixed portion of the stack engaging surface and an adjustable portion of the stack engaging surface, with the adjustable portion being controlled by the adjust mechanism.
- 29. The guide apparatus of claim 28 further including a stack thickness guide which includes a stack receiving mechanism configured to receive an edge of a stack of sheets to be covered and wherein the adjust mechanism is controlled by the stack receiving mechanism so that the size of the adjustable portion of the stack engaging surface is related to a thickness of the stack of sheets.
- 30. The guide apparatus of claim 29 further including visual markings on said apparatus indicative of a multiplicity of possible stack sizes and a designator for selecting said markings in response to the stack thickness guide.
- 31. The guide apparatus of claim 30 further including a movable member, with the adjust mechanism being responsive to the position of the movable member.
- 32. The guide apparatus of claim 31 wherein said adjust mechanism includes a first rotatable member that defines said adjustable portion of the stack engaging surface, with the size of the adjustable portion being a function of a rotational position of the first rotatable member.
- 33. The guide apparatus of claim 32 wherein the rotational position of the first rotatable member is controlled by said movable member.
- 34. The guide apparatus of claim 33 wherein the first rotatable member is substantially disposed within a selected one of the first and seond upper cover stops.
- 35. The guide apparatus of claim 33 wherein said adjust mechanism includes a first pinion mounted for rotation with said first rotatable member and a rack engaging the first pinion that moves with said movable member.
- 36. The guide apparatus of claim 35 wherein said adjust mechanism includes a second rotatable member which, together with said first rotatable member, define said adjustable portion of the stack engaging surface, a second pinion mounted for rotation with the second rotatable member, with the rack engaging said first and second pinions.
- 37. The guide apparatus of claim 36 wherein the first and second rotatable members are substantially disposed within the selected one of the first upper cover stops.
- 38. The guide apparatus of claim 33 further including a stack thickness guide which includes a stack receiving mechanism configured to receive an edge of a stack of sheets to be covered and includes the movable member which is moved in accordance with the stack thickness.
- 39. The guide apparatus of claim 38 further including visual markings on said apparatus indicative of a multiplicity of possible stack sizes and a designator for selecting said markings in response to the stack thickness guide.
- 40. The guide apparatus of claim 39 wherein movement of the movable member by a user controls a relative position of said visual markings and said designator.
CROSS-REFERENCE TO RELATED APPLICATIONS
[0001] The present application is a Continuation-In-Part application of Ser. No. 10/262,721 filed on Oct. 2, 2002 and entitled Method of Making A Hardcover Book and Hardcover Apparatus.
Continuation in Parts (1)
|
Number |
Date |
Country |
Parent |
10262721 |
Oct 2002 |
US |
Child |
10385960 |
Mar 2003 |
US |