Star symbol interface for a copying/printing apparatus

• US 5,838,325 A
• Filed: 02/15/1996
• Issued: 11/17/1998
• Est. Priority Date: 02/15/1995
• Status: Expired due to Term

• Current Assignee: Oce-Nederland B.V. (Canon Inc.)
• Original Assignee: Oce-Nederland B.V. (Canon Inc.)
• Inventors: Schliekelmann, Henricus Robertus Leo Nicholaas, Vogels, Petrus Cornelus Adrianus, Van Vliembergen, Eduardus Josephus Willibrordus, Deen, Jurek Nikolaj
• Primary Examiner(s): Breene, John E.
• Application Number:
  US08/602,092
• Time in Patent Office: 1,006 Days
• Field of Search: 395/326-358, 395/139, 395/102, 345/127-131, 345/146, 345/326-358, 345/439, 382/298-301
• US Class Current: 715/841
• CPC Class Codes: G03G 15/502 relating to the structure of the control menu, e.g. pop-up menus, help screens
• CPC Class Codes: G03G 15/5087 for receiving image data
• CPC Class Codes: G03G 2215/00109 Remote control of apparatus, e.g. by a host
• CPC Class Codes: G06F 3/0489 using dedicated keyboard keys or combinations thereof
• CPC Class Codes: H04N 1/0035 User-machine interface; Control console input or output arrangements for computers G06F3/00
• CPC Class Codes: H04N 1/00384 Key input means, e.g. buttons or keypads electromechanical details of key input means in general H01H13/00
• CPC Class Codes: H04N 1/00411 the display also being used for user input, e.g. touch screen

Abstract

A reproducing device for reproducing images, such as a photocopier/printer, which has an interface that enables selection of a value for at least one predetermined parameter from among a predetermined set of possible values of the parameter. This parameter defines at least in part how at least one image is to be reproduced. The reproducing device includes: an image source, such as a scanner; a printer; the interface; and a controller for coordinating and controlling the image source, the printer, and the interface. The interface includes: a manipulation device, physically configured to be manipulable in ways corresponding to a plurality of intersecting lines, respectively, for converting manipulation into a signal that identifies one of two possible directions of a line; a memory for storing a plurality of sets of possible values for each of at least one predetermined parameter, each set corresponding to one of the lines; and a parameter-value device for enabling stepwise selection of a value, within a set of possible values of the parameter, in response to the way in which the manipulation device is manipulated as indicated by the signal from the manipulation device. The plurality of sets for a predetermined value, for example, can include: a first set that is all possible values of the parameter; and a second set that is a subset of the first set corresponding to preferred values.

Claims

1. An interface in an apparatus for reproducing images, the interface enabling selection of a value for a parameter from among one of a plurality of subsets to a set of all possible values of the parameter, the parameter defining at least in part how at least one image is to be reproduced, the interface comprising:

manipulation means, physically configured to be manipulable in ways corresponding to a plurality of intersecting lines, respectively, for converting manipulation into a signal that indentifies one of two possible directions of a line;

a memory for storing said plurality of subsets to said set of all possible values for said parameter, each subset corresponding to one of the lines; and

parameter-value means, operatively interconnected to the manipulation means and the memory, for enabling selection of a value within one of said subsets to said set of possible value of the parameter in response to the way in which the manipulation means is manipulated along one of said plurality of intersecting lines independent of manipulation along other ones of said plurality of intersecting lines, as indicated by the signal from said manipulation means.

2. An interface as in claim 1, wherein:

the manipulation means is a cursor key set.

3. An interface as in claim 1, wherein:

the manipulation means is a joystick.

4. An interface as in claim 1, wherein:

the manipulation means is a trackball.

5. An interface as in claim 1, wherein:

the manipulation means is a mouse.

6. An interface as in claim 1, wherein:

if the manipulation means is manipulated in a way corresponding to the first of the two directions of a line, then the parameter-value means enables stepwise selection from among the values in the corresponding subset according to a predetermined sequence; and

wherein, if the manipulation means is manipulated in a way corresponding to the second of the two directions of a line, then the parameter-value means enables stepwise selection from among the values in the corresponding subset according to the reverse of the predetermined sequence.

7. An interface as in claim 6, wherein:

the manipulation means is a star-shaped configuration of an even number N of touchpoints, N≧

4;

wherein there are 1/2N lines; and

wherein each direction of each lines has a touchpoint assigned thereto,

such that the parameter-value means responds to a touchpoint assigned to the first direction of a line by enabling stepwise selection of the values in the corresponding subset according to the predetermined sequence, and

such that the parameter-value means responds to a touchpoint assigned to the second direction of a line by enabling stepwise selection of the values in the corresponding subset according to the reverse of the predetermined sequence.

8. An interface as in claim 7, wherein:

a touchpoint is physically configured to indicate the direction to which it is assigned.

9. An interface as in claim 7, wherein:

the manipulation means has either two lines or three lines.

10. An interface as in claim 7, wherein:

the touchpoints of the manipulation means are located in close proximity to one another.

11. An interface as in claim 7, wherein:

the touchpoints are discrete switches.

12. An interface as in claim 7, wherein:

the touchpoints are discrete areas on a touch screen.

13. An interface as in claim 1, wherein:

the plurality of subsets for a predetermined value includes;

a first subset that is all possible values of the parameter; and

a second subset that is also a subset of the first set, each value within the second subset being a preferred value of the parameter.

14. An interface as in claim 13, wherein:

the apparatus changes an image by enlarging or reducing according to a change factor;

wherein the predetermined parameter is the change factor;

wherein the first subset is of all possible change factors; and

wherein the second subset is of preferred change factors.

15. An interface as in claim 14, wherein:

the second subset is of change factors that convert an original document image on a first standard size sheet of paper to a different second standard size.

16. An interface as in claim 13, further comprising:

multiple-up means for generating a multiple-up image from a plurality of original document images according to a multiple-up factor,

a multiple-up image having a plurality of sub-images corresponding to original document images;

wherein said parameter is the multiple-up factor;

wherein the first subset is of the total number T in the plurality of original document images; and

wherein each member of the second subset is a number of equally-sized sub-images that can fill a copy sheet that is to receive the multiple-up image.

17. An interface as in claim 16, wherein:

the second subset is {J², 2*K² }, where J is a whole number such that J² ≦

T, and where K is a whole number such that 2*K² ≦

T.

18. An interface as in claim 16, wherein:

the second subset is {J² }, where J is a whole number such that J² ≦

T; and

wherein a third subset is {2*K² }, where K is a whole number such that 2*K² ≦

T.

19. An interface as in claim 1, further comprising:

parameter choosing means for enabling selection of said parameter from a plurality of parameters.

20. An interface as in claim 19, wherein:

the parameter-value means responds to the parameter choosing means by controlling display of a star-shaped icon to indicate that the manipulation means should be manipulated.

21. An interface as in claim 13, wherein:

the apparatus stores, in memory, a plurality of files corresponding to images that are to be reproduced;

wherein each file is identified by an identity code, the identity code being a character string;

wherein said parameter is the identity code of the file that is to be reproduced;

wherein the first subset is of all the identity codes; and

wherein the second subset is a subset of all the identity codes.

22. An interface as in claim 21, wherein:

the second subset includes, for each alphanumeric character represented in the first subset, the alphabetically-first or numerically-first character strings starting with the same character.

33. An interface as shown in claim 1, wherein said plurality of intersecting lines includes at least three lines each of which intersect in a common point.

35. An interface as shown in claim 1, wherein said subsets are non-disjoint.

37. An interface as shown in claim 1, wherein said interface is operable to enable selection of values for a plurality of parameters, respectively.

23. An apparatus for reproducing images, the apparatus having an interface enabling selection of a value for a parameter from among one of a plurality of subsets to a set of all possible values of the parameter, the parameter defining at least in part how at least one image is to be reproduced, the apparatus comprising:

image generation means for generating at least one image;

a printer;

an interface enabling selection of a value for a parameter from among a predetermined set of possible values of the parameter; and

a controller for coordinating and controlling the image generation means, the printer, and the interface;

wherein the interface includes;

manipulation means, physically configured to be manipulable in ways corresponding to a plurality of intersecting lines, respectively, for converting manipulation into a signal that identifies one of two possible directions of a line;

a memory for storing said plurality of subsets to said set of all possible values for said parameter, each subset corresponding to one of the lines; and

parameter-value means, operatively interconnected to the manipulation means and the memory, for enabling selection of a value within one of said subsets of possible values of the parameter in response to the way in which the manipulation means is manipulated along one of said plurality of intersecting lines independent of manipulation along other ones of said plurality of intersecting lines, as indicated by the signal from said manipulation means.

24. An apparatus as in claim 23, further comprising:

image generating means for generating at least one image to which a parameter is relevant.

25. An apparatus as in claim 23, wherein:

the image generating means includes at least one of;

an optical imaging system; and

an electro-optical scanner.

26. An apparatus as in claim 23, wherein:

if the manipulation means is manipulated in a way corresponding to the first of the two directions of a line, then the parameter-value means enables stepwise selection from among the values in the corresponding set according to a predetermined sequence; and

wherein, if the manipulation means is manipulated in a way corresponding to the second of the two directions of a line, then the parameter-value means enables stepwise selection from among the values in the corresponding set according to the reverse of the predetermined sequence.

27. An apparatus as in claim 26, wherein:

the manipulation means is a star-shaped configuration of an even number N of touchpoints, N≧

4;

wherein there are 1/2N lines; and

wherein each direction of each line has a touchpoint assigned thereto,

such that the parameter-value means responds to a touchpoint assigned to the first direction of a line by enabling stepwise selection of the values in the corresponding set according to the predetermined sequence, and

such that the parameter-value means responds to a touchpoint assigned to the second direction of a line by enabling stepwise selection of the values in the corresponding set according to the reverse of the predetermined sequence.

28. An apparatus interface as in claim 23, wherein:

the plurality of subsets for said parameter includes;

a first subset that is all possible values of the parameter; and

a second subset that is also a subset of the first subset, each value within the second set being a preferred value of the parameter.

29. An apparatus interface as in claim 28, wherein:

the apparatus changes an image by enlarging or reducing according to a change factor;

wherein the parameter is the change factor;

wherein the first subset is of all possible change factors; and

wherein the second subset is of preferred change factors.

30. An apparatus interface as in claim 29, wherein:

the second subset is of change factors that convert an original document image on a first standard size sheet of paper to a different second standard size.

31. An apparatus interface as in claim 28, further comprising:

multiple-up means for generating a multiple-up image from a plurality of original document images according to a multiple-up factor,

a multiple-up image having a plurality of sub-images corresponding to original document images;

wherein said parameter is the multiple-up factor;

wherein the first subset is of the total number T in the plurality of original document images; and

wherein each member of the second subset is a number of equally-sized sub-images that can fill a copy sheet that is to receive the multiple-up image.

32. An interface as in claim 28, wherein:

the apparatus stores, in memory, a plurality of files corresponding to images that are to be reproduced;

wherein each file is identified by an identify code, the identity code being a character string;

wherein said parameter is the identity code of the file that is to be reproduced;

wherein the first subset is of all the identity codes; and

wherein the second subset is also a subset of all the identity codes.

34. A An apparatus as shown in claim 23, wherein said plurality of intersecting lines includes at least three lines each of which intersect in a common point.

36. An apparatus as shown in claim 23, wherein said subsets are non-disjoint.

38. An apparatus as shown in claim 23, wherein said interface is operable to enable selection of values for a plurality of parameters, respectively.