JPH04284440A - Original mount and framed image forming method - Google Patents

Abstract

PURPOSE:To easily and rapidly form a framed image with originality in a state where trouble, cost and error are drastically reduced. CONSTITUTION:An original mount 1 which is provided with a light transmission part 3 having an optional shape is used, and an original P is combined with the light transmission part 3 of the mount 1 from a back side. Then, the combined original G obtained by combining the mount 1 and the original P is recorded on a recording body by an image recording system 15 so as to form the framed image 111 with an optionally shaped frame. The original mount where an integrated design frame is formed by the light transmission part 3 and a graphic or a pattern is used as the mount 1.

Description

[Detailed description of the invention]

0001

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a manuscript mount used for creating framed images for postcards and the like, and a method for creating framed images using this manuscript mount.

0002

[Prior Art] Currently, when creating a postcard containing a photograph, characters such as a greeting, address, name, etc., and illustrations,
First, we need equipment such as a die-cut mask with holes to print only the image of the negative film that will become the photograph, and a board to paste the die-cut mask on.In order to print letters and illustration images, a greeting message, address, etc. are written on it. Prepare printed lithographic film, negative film of illustration images, and a board to paste these films, and as a normal printer,
A device having separate light sources for printing the image of the negative film onto the photographic paper and for printing information such as characters onto the photographic paper is used. Postcards are obtained by developing photographic images and photographic paper on which characters, illustrations, etc. are printed using these devices.

0003

[Problem to be Solved by the Invention] A commonly used postcard created in this way is one in which the photographic image portion is printed from a negative film onto photographic paper in the form of a square frame. Also, the position of the text is fixed, and if you order phototypesetting for a manuscript, you cannot specify the font or placement in detail, and even if you order a type that prints handwritten text as it is, the finished product will not match the image. It becomes uniform, making it difficult to create originality or a sense of the season.

On the other hand, it takes time and effort to create a lithographic film using phototypesetting, and if there is a typo, all of the postcards created will be wasted, resulting in delayed delivery, high cost, complexity, etc. This is one of the causes. moreover,
Since it is necessary to expose and print the photographic image area and the character image area separately, special equipment is required and equipment investment increases.

Furthermore, in order to color characters or blank spaces adjacent to the photographic image area, exposure can be applied through a complementary color filter, but a precise mask is used to prevent the photographic image area from being exposed again. If this is even slightly off, a gap will appear between the photographic image and the colored area, resulting in whiteness or overlapping of the images, resulting in an unsightly look. Light sources for text and illustration images require precise exposure control similar to the light source for negative film for photographic images in order to delicately control the color tone of the finished image, which increases the complexity of the work. Furthermore, combining colors, images, patterns, etc. as the background of text requires a manuscript with more complex text, which is difficult to put into practical use. Moreover, if the shape of the baking frame is made into any shape other than a square, the work becomes even more complicated and errors in production are more likely to occur.

[0006] In addition, the orderer cannot fully check the finished product at the time of ordering, and the font and character arrangement of greetings, addresses, etc., and the part where the photo is actually printed (everything that appears on the film is not printed) ), etc., are provided by the creator (
The process is left to the photo lab, etc.). Furthermore, the orderer must also order the photographic film to be used, but it is difficult and troublesome to find that one photograph among many similar scenes, and it is easy to make mistakes. Furthermore, if the film is not stored properly, it may be lost or lost and cannot be found and cannot be ordered. On the other hand, orders that require complicated operations can be difficult to handle, especially when orders require a lot of time to be sent to a photo lab, such as New Year's cards, and even when orders are received, there are problems such as delivery delays. there were.

[0007] The present invention has solved these problems, and provides a manuscript mount and frame that can significantly reduce labor, cost, and mistakes, and that can easily and quickly create original framed images. The purpose of this paper is to provide a method for creating input images.

[0008]

[Means for Solving the Problems] In order to solve the above-mentioned problems, a document mount according to the invention according to claim 1 has a light-transmitting part of an arbitrary shape on a light-impermeable mount, and the light-transmitting part has a light-transmitting part of an arbitrary shape. The feature is that the originals are combined from the back side and used as a combined original. The invention according to claim 2 provides a light-opaque mount,
It is characterized in that it has a light transmitting part of an arbitrary shape and a figure or pattern that is combined with the light transmitting part, and that the light transmitting part and the figure or pattern form an integrated design frame. The invention according to claim 3 is characterized in that the mount according to claim 1 or 2 further includes any one of characters, symbols, figures, patterns, and colors. The invention according to claim 4 is characterized in that the mount according to any one of claims 1 to 3 is combined with a transparent plate having at least any one of characters, symbols, figures, patterns, and colors.

[0009] Furthermore, the invention as set forth in claim 5 records a combined original on a recording medium by using an original mount having a light-transmitting part of an arbitrary shape and aligning the original from the back side to the light-transmitting part of the original mount. The feature is that a framed image is created using The invention according to claim 6 is a method for recording a combined original on a recording medium by using the original mount according to any one of claims 2 to 4, and aligning the original from the back side to the light-transmitting part of the original mount. The feature is that it creates a framed image. The invention according to claim 7 is characterized in that a print of a silver halide photograph is used as the manuscript according to claim 5 or 6.

[0010] Furthermore, the invention as claimed in claim 8 provides a method for recording a combined original consisting of the original mount and original according to any one of claims 5 to 7 on a recording medium, by photographing the combined original on a negative film. It is characterized in that it is then developed, and the image of the developed negative film is printed onto photographic paper and then developed, thereby creating an image. The invention of claim 9 is a method for recording a combined original consisting of the original mount and original according to any one of claims 5 to 7 on a recording medium, using a silver halide photographic recording method to record the combined original on a recording medium. It is characterized by exposing a silver salt photographic light-sensitive material to light, developing the exposed silver salt photographic light-sensitive material, and directly recording. The invention according to claim 10 is a method for recording a combined original consisting of the original board and original according to any one of claims 5 to 7 on a recording medium, by exposing the combined original using an electrophotographic recording method. It is characterized by charging the body with electricity and directly recording on the recording medium using toner development.

[0011] The invention according to claim 11 is characterized in that the framed image according to any one of claims 5 to 10 is a postcard.

0012

[Operation] In the invention as claimed in claim 1, the light-impermeable mount has a light-transmitting part of an arbitrary shape, and the original is placed on the light-transmitting part of the mount from the back side and used as a combined original for recording. Record it on your body. In the invention as set forth in claim 2, the light-opaque mount has a light-transmitting part of an arbitrary shape and a figure or pattern to be combined with the light-transmitting part, and the light-transmitting part and the figure or pattern are combined with each other. An integrated design frame is formed by using this original mount, and it becomes possible to easily create framed images having various design frames. In the invention described in claim 3, the mount according to claim 1 or 2 further has any one of characters, symbols, figures, patterns, and colors, and by using this manuscript mount, it is possible to easily and This makes it easy to reliably create a framed image with characters and the like. In the invention as claimed in claim 4, by combining the mount according to any one of claims 1 to 3 with a transparent plate having at least any one of characters, symbols, figures, patterns, and colors, characters can be printed on the original mount. etc. can be provided quickly and reliably.

[0013] Furthermore, in the invention as set forth in claim 5, a document mount having a light transmitting portion of an arbitrary shape is used, and a combined document is recorded on a recording medium by aligning the document from the back side to the light transmitting portion of the document mount. Since a framed image is created using a method, labor, cost, and mistakes can be greatly reduced, and a framed image with originality can be created.

[0014] In the invention as claimed in claim 6, by using the manuscript mount formed with the integral design frame according to any one of claims 2 to 4, it is possible to easily create various design frames, characters, etc. You can create a framed image with In the seventh aspect of the invention, by using a print of a silver halide photograph as an original, a framed image can be created without using the film that is the source of the print that is the original.

[0015] Further, in the invention of claim 8, the combined original consisting of the original mount and the original is photographed on a negative film and then developed, and the image of the developed negative film is printed on photographic paper and then developed. and record it. In the invention of claim 9, a combined original consisting of a manuscript board and an original is exposed and developed on a silver salt photographic material using a silver salt photographic recording method, and in claim 10, an electrophotographic recording method is used. The photoconductor is charged and recorded directly on the recording medium using toner development. In the eleventh aspect of the invention, a framed image of a postcard is created.

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1 to 5 show document mounts, and first, the document mount shown in FIG. 1 will be explained. This original mount 1 has a light-transmitting section 3 of an arbitrary shape on a light-impermeable mount 2, and a document P is placed on the light-transmitting section 3 from the back side to be used as a combined original G. The light-transmitting portion 3 of the original mount 1 can be formed by cutting out or notching holes in the light-impermeable mount 2 in an arbitrary shape, or by transferring a light-impermeable ink layer onto a transparent member using, for example, a thermal transfer printer. , the part to which the light-impermeable ink layer has been transferred is covered with a light-impermeable mount 2
It is also possible to create the portion that is not transferred as the light transmitting portion 3.

A manuscript mount 1 shown in FIG. 2 is used for making a postcard, and a light-transmitting part 3 of an arbitrary shape is combined with a light-transmitting part 3 on a light-impermeable mount 2. The light transmitting portion 3 and the graphics 4 form an integrated design frame 5. This embodiment is used to create a New Year's card, the design frame 5 of the manuscript mount 1 shows the sheep of the zodiac, the light transmitting part 3 is formed to have a shape other than the sheep's ears, and the ears are colored. A figure 4 is formed, and the combination of the light transmitting portion 3 and the figure 4 forms an integrated design frame 5 of the twelve animals of the zodiac, sheep. Further, on this mount 2, characters such as a New Year's greeting 6 and the sender's address and name 7 are written horizontally.

Using this original mount 1, place an original P of a print of a silver halide photograph on the light transmitting portion 3 of the mount 2.
The original mount 1 and the original P are combined from the back side to form a combined original G. This combination original G is recorded on a recording medium by a recording method described later, and the printed portion 100a is placed in the pattern frame 10.
0b, and further includes a greeting 100c and the sender's address and name 100d. A New Year's postcard is created with a framed image 100. Note that the manuscript P is not limited to a print, and may also be a hand-drawn illustration image, a picture of a printed matter, characters, or the like.

A manuscript mount 1 shown in FIG. 3 is used for making a summer greeting postcard, and a whale-shaped light transmitting portion 3 is assembled with a whale-shaped light transmitting portion 3 on a light opaque mount 2. This light transmitting portion 3 has a waveform pattern 4a that is combined with
and the pattern 4a form an integrated design frame 5. Also,
For example, in the background of the greeting message 6, letters 6a representing the year "1991" are written in a light color, and the background letters 6a and the text of the greeting message 6 overlap. Furthermore, in addition to this, a picture of an animal or characters such as "Summer Greetings" may be provided in a light color on the background of the greeting message 6, etc.

FIG. 4 shows another manuscript mount, and this manuscript mount 1 is also used to create a New Year's card, and the light transmitting portion 3 of this embodiment is formed in an external shape other than the legs, beak, and crest of the chicken of the zodiac. The legs, beak, and crest of the chicken are colored figures 4, and the combination of the light transmitting portion 3 and the figures 4 forms an integrated design frame 5 of the zodiac chickens. On this mount 2, characters such as a New Year's greeting 6 and the sender's address and name 7 are written horizontally, and an illustration image 8 is also provided. Using this original mount 1, align the original P to be printed on the light transmitting portion 5 of the mount 2, and record the combined original G of the original mount 1 and the original P by the recording method described later on the recording medium, so that the printed portion 100a is Surrounded by a design frame 100b,
Furthermore, a greeting message 100c and the sender's address and name 100d
, a New Year's card postcard with a framed image 100 having an illustration image 100e is created.

FIG. 5 shows another manuscript mount, and this manuscript mount 1 is also used to create New Year's cards, and this embodiment is shown in FIG.
Similarly, a design frame 5 of chickens representing the zodiac is formed. A transparent plate 9b on which characters such as a New Year's greeting 6 and the sender's address and name 7 are written horizontally on a paper 9a having a pattern of vertical stripes.
are combined and attached to a mount 2 to create a manuscript mount 1. Further, the characters such as the New Year's greeting message 6 may be printed directly on the mount 2. Using this original mount 1, align the original P to be printed on the light-transmitting part 5 of the mount 2, and record the combined original G of the original mount 1 and the original P by the recording method described later on the recording medium, so that the printed portion 100a is Design frame 1
A framed image 100 surrounded by 00b is created, and at this time, a pattern 100f is also formed at the same time.

FIG. 6 shows another manuscript mount, and this manuscript mount 1 is also used to create a New Year's card. In this embodiment, a light transmitting part 3 in the shape of an votive tablet on the mount 2 is formed, and this light transmitting part A design frame 5 of the votive tablet is formed by combining 3 with a figure 4 such as a decoration. This mount 2 is colored, for example, yellow or green, and also has New Year's greetings 6 and illustration images 7.
etc. are formed. Using this original mount 1, align the original P to be printed on the light transmitting portion 5 of the mount 2, and record the combined original G of the original mount 1 and the original P by the recording method described later on the recording medium, so that the printed portion 100a is A framed recording body 100 surrounded by a design frame 100b is created, and at this time, the background color is 100.
g is also formed at the same time.

FIG. 7 shows another manuscript mount. This manuscript mount 1 is used to create a business card, and the company name and mount 2 are printed on the mount 2.
Characters 300 such as affiliation, name, address, etc. are printed, and a car-shaped light transmitting section 3 is formed on this mount 2. Using this original mount 1, the original P of the face photograph of the individual is placed on the light-transmitting portion 3 of the mount 2, and the combined original G of the original mount 1 and the original P is recorded using a recording method that will be written later on the recording medium. .

[0024] In this way, by using a document mount having a light transmitting portion on the mount, it becomes possible to easily create various framed images. Further, by using a document mount having at least any one of characters, symbols, figures, and patterns, it becomes easy to easily and reliably create a framed image having characters and the like. The description of these characters, symbols, figures, and patterns can be written using a word processor, handwriting, printing, stickers, etc. In addition, by attaching a transparent plate having at least one of letters, symbols, figures, and patterns to the mount, letters, etc. can be arbitrarily and quickly and reliably provided on the mount, and furthermore, by using a manuscript mount that is colored or has a pattern. By doing so, it is possible to easily color or add a pattern to the framed image.

FIGS. 8 to 15 show a method for creating a framed image using a document mount. First, a schematic configuration diagram of creating a framed image using the document mount shown in FIG. 1 will be explained. Mount 2
Using a document mount 1 having a light transmitting portion 3 of an arbitrary shape,
The original P is assembled from the back side on the light transmitting portion 3 of the original mount 1, and a combined original G is obtained by combining the original mount 1 and the original P.
is recorded on a recording medium by the image recording system 15 to create a framed image 14 having a frame of an arbitrary shape. This mount mount 1
For this purpose, it is possible to use a document mount in which a light transmitting portion and a graphic form an integral design frame as shown in FIGS. 1 to 4 described above. Further, as the manuscript P, a print of a silver halide photograph can be used, but is not limited to this, and for example, an illustration image written with ink on plain paper, an illustration image drawn by hand, a picture of a printed matter, a letter, etc. can be used. You can also do it.

Furthermore, as a method for recording the combined original G of the original mount 1 and the original P on a recording medium, the image of the combined original G is photographed on a negative film and then developed, and the image of the developed negative film is A recording method that involves printing on photographic paper and then developing it, or a method of directly recording in one operation is a silver salt photographic recording method (for example, a direct positive type using an internal latent image type direct positive silver halide photosensitive material). Silver halide photography method, silver dye bleaching method, thermal development transfer method, etc.)
, an electrophotographic recording method, a photosensitive microcapsule recording method, a thermal transfer recording method, an inkjet recording method, etc. can be used. Furthermore, as this framed image 14,
It can be used as a postcard, greeting card, calendar, business card, ID card, etc. This framed image 14 can be used as it is as a postcard, greeting card, calendar, etc., or can be created by adhering it to a government postcard, supporting paper, etc.

[0027] Therefore, for example, the orderer can create a postcard simply by preparing a print of his/her liking without having to search for negative film, and even if he or she wants to be particular about the greeting or typeface, he or she can finish it exactly as he or she created it in the manuscript. Furthermore, for example, New Year's cards can be printed in the shapes of the zodiac or New Year's objects using the design frame of the manuscript mount, so it is possible to emphasize the seasonal feeling and create a postcard with originality. You can also easily create patterns by coloring the text and margins.

Furthermore, since the finished product is exactly as the original, the orderer can predict the finished product at the time of ordering, and there is no need for the lab (manufacturer) to prepare special equipment, complicated lithography film, or masks, which reduces errors and losses. It can be extremely reduced, and since there is no need for phototypesetting, labor and costs can be reduced and delivery times can be accelerated.

FIG. 9 shows a recording method in which a combination of a document mount and a document is photographed on a negative film and then developed, and the image of the developed negative film is printed on photographic paper and then developed. A combination of the original mount 1 and the original P is photographed on a negative film made of a silver halide color photographic material using a photographing device 20 such as a camera, and the cartridge 21 containing the exposed negative film is set in the negative film processing machine 22. do. A negative film 200 is pulled out from this cartridge 21, and a negative film color developing tank 23,
The film is sequentially transported to processing tanks such as a bleaching tank 24, a fixing tank 25, and a negative film stabilizing tank 26, where it is developed, and further transported to a drying section 27 where it is dried. The developed negative film 200 is supplied to the printing section 29 of the photographic paper processor 28, and the photographic paper 201 is pulled out from the supply magazine 30.
The image on the negative film 200 is printed in the printing section 29. The photographic paper 201 on which this image has been printed includes a photographic paper color developing tank 30, a bleaching tank 31, a fixing tank 32, and a photographic paper stabilizing tank 33.
The printed material is sequentially transported to each processing tank, where it is developed, and further transported to a drying section 34, where it is dried, and the final product is printed.

FIG. 10 is a schematic diagram showing a silver salt photographic recording system. A combined original is set on the original platen 40, and this combined original G is exposed to an internal latent image type direct positive silver halide color photographic light-sensitive material 42 through an optical system 41, and this exposed silver halide color photographic light-sensitive material 42 The color development tank 43, the bleach-fix tank 44, the stabilization tank 45, and other processing tanks are sequentially conveyed to undergo development processing, and further conveyed to the drying section 46, where they are dried and developed. In addition to the above, silver salt photographic recording methods include methods using heat development transfer type photosensitive materials, silver dye bleaching methods, and the like.

FIG. 11 is a schematic diagram showing a digital electrophotographic recording system. A combination original is set on the original table 50, and this combination original G is sent to the image sensor 52 of the optical system 51.
Based on this image information, a photoreceptor 54 is charged with a semiconductor laser 53, a toner is developed with a developing device 55, an image is recorded on a recording paper 56, and the image is fixed with a fixing device 57 and discharged. In addition to the above, analog electrophotographic recording methods are also used.

FIG. 12 is a schematic diagram showing a photosensitive microcapsule photographic recording system. The photosensitive material used is a so-called Cycolor paper 60 in which microcapsules containing a colorant and a photopolymerization initiator system are provided on a support. When exposed to light, the exposed microcapsules polymerize and harden. When this is combined with the image-receiving sheet 62 and passed through the pressure roller 63, the microcapsules in the unexposed areas are destroyed, the colorant is transferred, and a positive image is obtained.

FIG. 13 is a schematic diagram of a melt-type thermal transfer system using a thermal transfer recording method. An ink sheet 72 in which a heat-melting ink layer 71 is provided on a PET base 70 is placed on an image receiving paper 7.
3, the ink sheet 72 is heated from the back side by the thermal head 74 based on the combination document information H, and the heat-melting ink layer 71 is melted and transferred to the image receiving paper 73. This is done for yellow, magenta, and cyan to obtain a full-color image.

FIG. 14 is a schematic diagram of a sublimation type thermal transfer system using a thermal transfer recording method. An ink sheet 82 with a sublimable ink layer 81 provided on a PET base 80 is combined with an image-receiving sheet 83, and heated from the back side of the ink sheet 82 by a thermal head 84 based on the combination document information H to remove the dye in the sublimable ink layer 81. The image receiving layer 8 of the ink sheet 82 is sublimated.
Dye to 2a. This is done for yellow, magenta, cyan, and (black) to obtain a full-color image.

FIG. 15 is a schematic diagram of an inkjet recording method. This inkjet system uses ink 90
The ink is heated under pressure based on the combination document information H and ejected from the nozzle 91. At this time, the nozzle 91 is vibrated to generate ink particles 92, which are placed on the recording paper 93. There are two types of inkjet systems: the drop-on-demand type, which generates ink particles even during recording, and the continuous type, which constantly generates ink particles to eliminate nozzle clogging and places them on the recording paper when selected. .

[0036]

[Effects of the Invention] According to the invention as claimed in claim 1, a light-impermeable mount has a light-transmitting part of an arbitrary shape, and an original is placed from the back side onto the light-transmitting part of the mount to be used as a combined original. This greatly reduces effort, cost, and mistakes, and makes it possible to easily and quickly create framed images with originality.

[0037] In the invention as claimed in claim 2, a light-transmitting portion having an arbitrary shape and a figure or pattern combined with the light-transmitting portion are provided on a light-impermeable mount, and the light-transmitting portion and An integrated design frame is formed with the figure or pattern, and by using this document mount, framed images having various design frames can be easily created.

[0038] In the invention according to claim 3, the mount according to claim 1 or 2 further has any one of characters, symbols, figures, patterns, and colors, and by using this manuscript mount, It becomes easy to easily and reliably create various framed images having characters and the like. In the invention set forth in claim 4, by combining the mount according to any one of claims 1 to 3 with a transparent plate having at least any one of characters, symbols, figures, patterns, and colors, the original mount can be used in various ways. characters, etc. can be provided quickly and reliably.

[0039] Furthermore, in the invention as set forth in claim 5, a document mount having a light transmitting portion of an arbitrary shape is used, and a combined document is recorded on a recording medium by aligning the document from the back side to the light transmitting portion of the document mount. Since a framed image is created using a method, labor, cost, and mistakes can be greatly reduced, and a framed image with originality can be created.

[0040] In the invention as claimed in claim 6, by using the manuscript mount formed with the integrated design frame according to any one of claims 2 to 4, it is possible to easily create various design frames, characters, etc. It is possible to easily create a framed image. In the seventh aspect of the invention, by using a print of a silver halide photograph as an original, a framed image can be created without using the film that is the source of the print that is the original.

[0041] Further, in the invention of claim 8, the combined original consisting of the original mount and the original is photographed on a negative film and then developed, and the image of the developed negative film is printed on photographic paper and then developed. Since the image is recorded using the same method, clear framed images can be obtained quickly and accurately without the use of special equipment or tools. The invention of claim 9 uses a silver halide photographic recording method, and the invention of claim 10 uses an electrophotographic recording method to directly record a combined manuscript consisting of a manuscript board and a manuscript, so that the frame can be easily and quickly recorded. The input image can be obtained. In the invention of claim 11, a framed image of a postcard is created, and the effort, cost, and mistakes in creating a postcard can be significantly reduced, and it is possible to easily and quickly create an original postcard. become.

[Brief explanation of the drawing]

FIG. 1 is a diagram showing a combined document consisting of a document mount and a document.

FIG. 2 is a diagram illustrating a combined document consisting of another document mount and a document.

FIG. 3 is a diagram showing a combined original consisting of another original mount and an original.

FIG. 4 is a diagram showing a combined original consisting of another original mount and an original.

FIG. 5 is a diagram showing a combined original consisting of another original mount and an original.

FIG. 6 is a diagram showing a combined original including another original mount and an original.

FIG. 7 is a diagram illustrating a combined document consisting of another document mount and a document.

FIG. 8 is a schematic diagram of creating a framed image using a combined document consisting of a document mount and a document.

FIG. 9 is a diagram illustrating a recording method in which a combined document consisting of a document mount and a document is photographed on a negative film and then developed, and an image of the developed negative film is printed on photographic paper and then developed.

FIG. 10 is a schematic configuration diagram showing a silver salt photographic recording system.

FIG. 11 is a schematic configuration diagram showing an electrophotographic recording system.

FIG. 12 is a schematic configuration diagram showing a photosensitive microcapsule recording method.

FIG. 13 is a schematic diagram of a melt-type thermal transfer system using a thermal transfer recording method.

FIG. 14 is a schematic diagram of a sublimation type thermal transfer system using a thermal transfer recording method.

FIG. 15 is a schematic diagram of an inkjet recording method.

[Explanation of symbols]

1 Manuscript mount 2 Mount 3. Light transmission part 4 Shapes 4a pattern 5 Design frame 6 Greetings 7　Address and name 8 Illustration image 9a Paper 9b Transparent plate P Manuscript G Combined manuscript 14,100 framed image

Claims (11)

[Claims] 1. A document mount comprising a light-transmitting portion of an arbitrary shape on a light-impermeable mount, and a document is placed on the light-transmitting portion from the back side to be used as a combination document. Claim 2: A light-transmitting part having an arbitrary shape and a figure or pattern combined with the light-transmitting part on a light-opaque mount, and the light-transmitting part and the figure or pattern being integrated into a design. A manuscript mount characterized by forming a frame. 3. A document mount, characterized in that the mount according to claim 1 or 2 further has any one of characters, symbols, figures, patterns, and colors. 4. A document mount, characterized in that the mount according to any one of claims 1 to 3 is combined with a transparent plate having at least one of characters, symbols, figures, patterns, and colors. [Claim 5] Using a document mount having a light-transmitting portion of an arbitrary shape, a combined document is created by aligning the document from the back side to the light-transmitting portion of the document mount, and is recorded on a recording medium to create a framed image. A framed image creation method characterized by: 6. Using the original mount according to any one of claims 2 to 4, a combined original is produced by aligning the original to the light-transmitting part of the original mount from the back side, and is recorded on a recording medium and framed. A framed image creation method characterized by creating a framed image. 7. A method for creating a framed image, characterized in that a print of a silver halide photograph is used as the manuscript according to claim 5 or claim 6. 8. A method for recording a combined document consisting of a document mount and a document according to any one of claims 5 to 7 on a recording medium includes photographing the combined document on a negative film and then developing it. A method for creating a framed image, characterized in that an image is created by printing an image of a developed negative film onto photographic paper and then developing the image. 9. As a method for recording the combined original consisting of the original board and the original according to any one of claims 5 to 7 on a recording medium, a silver salt photographic recording method is used to record the combined original on a recording medium. A method for creating a framed image, which comprises exposing a photographic light-sensitive material to light, developing the exposed silver salt photographic light-sensitive material, and directly recording the image. 10. As a method for recording a combined document consisting of a document board and a document according to any one of claims 5 to 7 on a recording medium, an electrophotographic recording method is used to record the combined document on a photoreceptor. A framed image creation method characterized by directly recording on a recording medium by charging and toner development. 11. The framed image creation method according to claim 5, wherein the framed image is a postcard.