Repositionable Memo Paper Mural Pad

Abstract

A method for assembling a stack of notes for use in recreating an image. The method includes the steps of receiving an image and dividing the image into pieces. The pieces of the image are printed in a particular order on adhesive coated, repositionable notes, and the printed notes are assembled into a stack of notes in the particular order. A user can recreate the image by removing notes from the stack and placing them on a surface in a particular order, such as from left to right in a row, top row to bottom row, etc. Alternatively, the method can assign color or grayscale values ​​to the pieces for use in recreating a version or likeness of the image.

Description

[Background technology]

[0001] Repositionable note murals are a very popular form of artwork that users create using different colored note pads. However, creating a mural can be very time consuming, and users often purchase many different note pads only to end up wasting them. This has traditionally made creating repositionable note murals very expensive and time consuming. Summary of the Invention

[0002] A first method for assembling a stack of notes for use in recreating an image includes receiving an image, dividing the image into pieces, the pieces of the image being printed in a particular order onto adhesive coated, repositionable notes, and assembling the printed notes into a stack of notes in the particular order.

[0003] A second method for assembling a stack of notes for use in recreating an image includes receiving an image, dividing the image into fragments, and assigning color or grayscale values ​​to the fragments based on the image. Repositionable adhesive coated notes having assigned color or grayscale values ​​are selected in a particular order, and the selected notes are assembled into a stack of notes in the particular order.

[0004] Either way, a user can recreate the image by removing notes from a stack and placing them in a particular order on a surface.

[0005] A first stack of notes for use in recreating the image includes a plurality of adhesive coated repositionable notes assembled into a stack and having fragments of the image printed on the notes, the notes being arranged in a particular order within the stack such that when the notes are removed from the stack and placed on a surface in a particular order, the notes will re-create the image.

[0006] A second stack of notes for use in recreating the image includes a plurality of adhesive coated repositionable notes assembled into a stack and having color or grayscale values ​​corresponding to fragments of the image, the notes being arranged in a particular order within the stack such that when the notes are removed from the stack and placed on a surface in a particular order, the notes will recreate a version of the image. [Brief description of the drawings]

[0007] [Figure 1] 1 is a schematic diagram of an exemplary computer system for generating a mural pad of rearrangeable note paper. [Diagram 2] 13 is a flow chart of a process for creating a mural pad of rearrangeable notes by dividing an image into pieces for notes. [Diagram 3] 1 is a flow chart of a process for creating a mural pad of rearrangeable note paper by assigning color or grayscale values ​​to image fragments. [Figure 4] 1 is a flow chart of a process for providing a mural pad of repositionable note paper to a customer. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0008] To simplify the process of creating a mural, software can be used to convert the image into a large pixelated version of the image, with each pixel representing, for example, a 3 inch by 3 inch piece of repositionable paper. A different design can be printed on each piece of paper in the pad of paper. This process can also be used without pixelating the image. Specifically, the image can be divided into small square pieces, and each piece can be printed on a piece of repositionable paper into a pad of paper. A user can then recreate the image by systematically placing the pieces of paper from the pad of paper on a surface in a particular order or arrangement.

[0009] This process takes an image, divides it into pieces, and prints each piece of the image onto an adhesive-coated repositionable note paper. An example of such repositionable note paper is POST-IT note paper manufactured by 3M Company. The printed notes are then organized into a stack or pad of notes in a systematic manner that allows a user to work through the pad of printed notes from top to bottom and recreate the original image by sticking each note paper side by side on a surface. This method provides a systematic way to recreate an image using printed repositionable notes that are arranged in a specific manner within the pad of notes.

[0010] Instead of printing fragments of an image onto rearrangeable notes, the method can select notes having color or grayscale values ​​that correspond to fragments of the image and stack them in a particular order into a pad of notes that, when arranged in a particular manner on a surface, can be used to create a version or likeness of the image.

[0011] 1 is a diagram of an exemplary machine 10 for generating a mural pad of repositionable note paper. Machine 10 may include, for example, the following components: memory 12 for storing one or more applications 14; secondary storage 20 for providing non-volatile storage of information; input device 16 for inputting information or commands into machine 10; processor 22 for executing applications stored in memory 12 or secondary storage 20 or received from another source; output device 18 for outputting information, such as a printer for providing a hard copy of the information in printed form or a speaker for providing information in audio form; display device 24 for electronically displaying information in visual or audiovisual form; and digital camera 28 or other image capture device for capturing digital images. Machine 10 may include a connection to a network 26, such as the Internet, an intranet, or other type of network. The machine 10 includes a connection via network 26 to a printer and in-line assembler 30 for use in printing image fragments or portions onto rearrangeable notes, for example using an inkjet printer, and in-line assembling the printed notes into a stack of notes secured together via an adhesive coating on the notes. The term "stack of notes" also includes pads of notes and note pads. The system also includes a connection via network 26 to a customer computer 32.

[0012] 2 is a flow chart of a process for creating a mural pad of rearrangeable notes by dividing an image into pieces for notes. This process may be implemented in software or firmware, such as application 14, for execution by a processor, such as processor 22.

[0013] The process receives an image 34, represented by the word IMAGE (step 50), and divides the image into fragments or pixels 36 (step 52). The image may be, for example, a photograph in Portable Document Format (PDF) or Joint Photographic Experts Group (JPG) format. In this case, the image is electronically divided into rows 38 and columns 40, with each row and column location representing one fragment of the image 34.

[0014] The image fragments are printed in a particular order onto adhesive-coated repositionable note papers, as represented by note papers 42 (step 54). For example, the image fragments are arranged in a particular order in a set of PDF documents and sent in that order to the printer and in-line assembler 30, which prints the fragments onto the note papers. Alternatively, the fragments can be printed onto adhesive-free note papers, and the printed note papers can then be coated with adhesive to create the repositionable note papers. The printer and in-line assembler 30 can be located locally with the machine 10 to print and assemble the note papers, or can be located remotely from the machine 10 and accessed via the network 26. For example, the PDF document with the original image fragments can be sent to another entity, such as a printer, to print and assemble a stack of note papers.

[0015] Depending on the number and size of the notes, the PDF document may scale the image fragments relative to the corresponding fragments of the original image. For example, if the original image is 8 inches by 10 inches and the corresponding image made from the notes is a 3 inch by 3 inch note with 5 rows and 6 columns, the original image may be scaled to approximately 15 inches by 18 inches to substantially cover all or most of the note. Conversely, as another example, if the original image is 8 inches by 10 inches and the corresponding image made from the notes is a 1.5 inch by 1.5 inch note with 5 rows and 6 columns, the original image may be scaled to approximately 7.5 inches by 9 inches to essentially cover all or most of the note.

[0016] Typically, all of the replaceable notes within the same stack or pad will have the same size designation, e.g., 3 inch by 3 inch notes, for use in recreating the original image. Alternatively, the process of FIG. 2 can use different sized notes, e.g., square notes and rectangular notes having the width of two or more square notes, prepared, possibly in separate stacks, with corresponding instructions for placing them together to re-create the original image.

[0017] The process assembles the printed notes using the printer and in-line assembly machine 30 into stacks of notes 44, and packages the stacks of notes 44 with instructions on how to use the notes to recreate the image 34 (step 56). For example, the stacks of notes 44 can be packaged in plastic wrap with a card printed with instructions for use in recreating the original image from the notes 44.

[0018] Based on the instructions, the user can peel the notes from the stack 44 and place them in a particular order to recreate the image represented by the collection 46 of notes. The notes 46 include printed fragments of the image 34 for collectively recreating the image. For illustrative purposes, only a few notes are shown in the collection 46 of notes, but the collection 46 includes notes filling five rows and six columns in this example. The notes can be, for example, repositionably attached on a wall or other surface. When the notes are arranged from top row to bottom row, left to right of the row, the last note in each row can optionally include an indicator 48 so that the user knows when to start the next row. The indicator can be, for example, a symbol, an icon, or a logo of a company or entity. Alternatively, only the last note in the first row and possibly other selected rows can include an indicator 48.

[0019] 3 is a flow chart of a process for creating a rearrangeable note paper mural pad by assigning color or grayscale values ​​to image fragments. This process may be implemented in software or firmware, such as application 14, for execution by a processor, such as processor 22.

[0020] The process receives an image 58, represented by the word IMAGE (step 74). The image may be, for example, a photograph in PDF or JPG format. In this case, the image is electronically divided into rows 62 and columns 64, with each row and column location representing one fragment of the image 58. The process divides the image into fragments or pixels 60 and assigns color or grayscale values ​​to the fragments based on the image (step 76). Each fragment is associated with a specific notepad location (n 行、列 ) The color or grayscale values ​​may represent, for example, average color or grayscale values ​​of the corresponding fragment of the image, such that when viewed from a particular distance, the notes of that color or grayscale value appear to blend together to recreate a version or approximation of the original image, although potentially less detailed depending on the size of the notes. Table 1 shows an exemplary data structure for storing color and grayscale values ​​for the note locations of the image fragment. [Table 1]

[0021] Adhesive coated repositionable notes having corresponding color or grayscale values, as represented by note paper 66, are selected in a particular order (step 78). Alternatively, the printer and in-line assembly device 30 may be used to print colors or shades of grayscale values ​​onto blank note paper in a particular order. The process continues by assembling the selected notes (or printed notes) into a stack of notes 68 using the printer and in-line assembly device 30, and packaging the stack of notes with instructions on how to use the notes to recreate a version of image 58 (step 80). For example, stack of notes 68 may be packaged in plastic packaging with a card printed with instructions for use in recreating a version of the original image from note paper 68.

[0022] Based on the description, a user can peel notes from stack 68 and place them in a particular order to recreate the image represented by collection 70 of notes. The notes 70 include color or grayscale values ​​that collectively recreate a version of the image. For purposes of illustration, only a small number of notes are shown in collection 70 of notes, but collection 70 includes notes filling five rows and six columns in this example. The notes can be arranged, for example, on a wall or other surface. When arranging the notes from top row to bottom row, left to right across the rows, an indicator 72 can be optionally included on the last note of each row so that the user knows when to start the next row. The indicator can be, for example, a symbol, an icon, or a logo of a company or entity. Alternatively, only the last note of the first row and possibly other selected rows can include indicator 72.

[0023] 4 is a flow chart of a process for providing a mural pad of repositionable note paper to a customer. The process may be implemented in software or firmware, e.g., application 14, for execution by a processor, such as processor 22. The process receives an image sent from a customer, e.g., from customer computer 32, via network 26 as an email or other electronic communication to machine 10 (step 82). Customer computer 32 may have the same or similar components as machine 10. The customer may, for example, take a picture using a digital camera and send the picture as an image, or scan a printed picture and send the scan as an image. Table 2 shows an example of an order form for a customer to send a request for a stack or pad of murals of note paper, possibly along with payment. [Table 2]

[0024] The process assembles a stack of adhesive coated, repositionable notes for the image using the process of Figure 2 or Figure 3, packages the stack of notes with the instructions, and sends or ships the stack of notes to the customer (step 86).

Claims

1. A method of assembling a bundle of memo papers for use in reconstructing an image, comprising: receiving an image; dividing the image into fragments; printing the fragments on a repositionable memo paper coated with an adhesive in a specific order; assembling the printed memo papers into a bundle of memo papers in the specific order; and a method including the above.

2. The method according to claim 1, wherein the memo papers have the same size specification.

3. The method according to claim 1, further comprising enlarging the image before the dividing step.

4. The method according to claim 1, further comprising reducing the image before the dividing step.

5. The method according to claim 1, further comprising generating a plurality of documents for the fragments, the plurality of documents being arranged in the specific order.

6. The method according to claim 5, further comprising transmitting the documents to a remote printer and an in-line assembly device for the printing step and the assembling step.

7. The method according to claim 1, further comprising packing the bundle of memo papers together with an instruction manual for use in reconstructing the image from the memo papers.

8. The method according to claim 1, wherein the specific order includes the order from the top row to the bottom row and from the left to the right of the row.

9. A bundle of memo papers for use in reconstructing an image, comprising: a plurality of repositionable memo papers coated with an adhesive, assembled into a bundle and having fragments of the image printed thereon, wherein when the memo papers are peeled off from the bundle and arranged on a surface in a specific order, the memo papers are arranged in the specific order within the bundle such that the memo papers reconstruct the image. A bundle of memo papers.

10. The bundle of memo papers according to claim 9, wherein the specific order includes the order from the top row to the bottom row and from the left to the right of the row.

Images