JPS59197028A - Printing method of photographic print - Google Patents

Abstract

PURPOSE:To obtain a high-quality photographic print by deciding a negative picture before photographic printing and inputting an order number and the number of prints to a storage means together with discrimination information and controlling the printing work in accordance with stored data. CONSTITUTION:A frame picture on a disc film D to be subjected to photographic printing is observed by an observing device 10 to determine a suitable exposure and a color correction quantity. Data of the decided picture is inputted to a storage means 12 together with print information such as an order number, frame number, the number of prints, etc. by an input device 11. Photographic printing is performed by an automatic photographic printing device 20 where printing is controlled in accordance with a controller 21 which controls printing by input data.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] This invention relates to a method of printing photographic prints. For more details, see - Disc film on leaf photographic paper -
This invention relates to a photo printing method for producing a plurality of prints of autumnal equinoxes to obtain photo prints suitable for editing and organizing photos by theme.

[Prior art]

Conventionally, printing multiple photographs on -M photographic paper has been known, for example, from Japanese Patent Application Laid-Open No. 52-404918, but this is a method that allows printing of multiple photographs on -M photographic paper. Two to eight frames were printed on a sheet of photographic paper to facilitate the organization and storage of photographs. On the other hand, the concept of two-dimensionally printing the entire disk film - Autumnal Equinox onto a sheet of photographic paper was first proposed in the specification of Japanese Patent Application No. 1983-208660 filed by the applicant of the present patent. This concept greatly changes the conventional way of thinking about photo prints, goes beyond the concept of simply organizing and storing photos, and provides useful photo prints ranging from commemorative photos to continuous photos of sports and other subjects. Since there are a wide variety of related applications, those directly related to the present invention will be described each time.

[Purpose of invention]

The concept of two-dimensionally printing disc film-autumn equinox photographs on a sheet of photographic paper has brought benefits to photographic prints using desk film. That is, since the screen area of one frame of the disc film currently available on the market is small, when printing is performed at the same magnification ratio as that of a 1350-film, the image inevitably becomes rough. However, simply attempting to obtain clear prints by reducing the magnification ratio not only wastes a lot of photographic paper, but also leaves the photographic prints blank with too much blank space.

Therefore, the concept of two-dimensional photographic printing overcomes this difficulty and is beneficial even if the magnification is small.

On the other hand, according to this printing method, if a printing error occurs in a part of the print, unlike the case of one print on a single sheet of photographic paper, the entire print must be printed again, which significantly reduces work efficiency. This results in a decrease in

This invention has been made with attention to the above points, and it improves the reliability of the negative image judgment work that is performed prior to printing, and also clarifies the photo printing work and the method of printing true prints. The purpose is to

Other objects or advantages of the invention will become apparent from the description below.

[Structure of the invention]

Embodiments of the method for printing photographic prints according to the present invention will be described in detail below with reference to the accompanying drawings.

The photographic print printing method of the present invention is carried out using the following apparatus and steps.

A. Image Judgment A frame image of the disk film D to be photographed is observed by the observation device 10, and the appropriate exposure amount, color correction amount, etc. are determined. This work requires great skill, but the applicant's U.S. Pat.
Pure described in specification No. 8-792, Japanese Patent Application No. 57-191344, No. 57-209319, No. 57
-209320, 57-209321 specifications,
By using an image observation device that observes images using a monitor TV, which is described in Utility Model Publication No. 58-9136, etc., image judgment work can be reliably and efficiently performed without the need of an expert. I can do it well.

Note that, due to the qualitative differences in work and the need for speeding up for mass processing, it is desirable that the image judgment device 10 and the photo printing device 20, which will be described later, be separate types. The data of the image is inputted into the storage means 12 by the input device 11 along with print information such as order number, frame number, number of prints, etc.

Various types of storage means 12 can be used, but
The type of means used depends on the image observation device described above and the printing device described later. Commonly considered storage means include magnetic, optical, or audio storage; one is an online system in which input data is directly implanted into the storage device of the printing device, and the other is one that uses a storage medium such as tape or sheet. There is.

In the latter case, there are those in which the storage body is handled separately from the disc film, and those in which the storage body is attached to the disc film and handled as an integral part. In this case, if the storage body can be easily attached to and removed from the disk film and can be reused, an increase in printing costs can be prevented.

Furthermore, it is convenient for reprinting if a storage body is attached to a part of the bag in which the disc film is stored.

C1 Photo Printing Photo printing is performed by an automatic photo printing device 20 whose printing is controlled in accordance with a control device 21 which controls printing based on the input data described above.

As the printing device 20, for example,
- Has a mechanism for moving one or a combination of the τ negative carrier, lens, and photographic paper on the exposure axis described in the specification of No. 208661; Printing of the film Autumn Equinox A photographic printing machine A is used, which is characterized in that it can print a two-dimensional screen.

〔Effect of the invention〕

Since the method for printing photographic prints of the present invention is configured as described above, it is possible to achieve the above-mentioned object of the invention.In particular, it is possible to achieve the above-mentioned object of the invention. It is suitable for performing in two dimensions. Therefore, according to the present invention, there are the following advantages: 1. When obtaining photographic prints from disc films, it is possible to process them at high speed and in large quantities, and moreover, high-quality photographic prints can be obtained.

[Brief explanation of the drawing]

The drawing is a bronc diagram showing an embodiment of the invention. In the figure, D is a disc film, P is a photo print, 10 is an image observation device, and 11 is an input device]! i,,12
2 indicates the storage means, 20 indicates the printing device, and 21 indicates the control device.

Claims (1)

[Claims] Disk Film - Autumn Equinox Printing on a sheet of photographic paper When printing the autumnal equinox screen two-dimensionally, a negative image judgment process is performed prior to photo printing, and image data such as the appropriate exposure amount and color correction amount are used. A method of printing photographic prints, which comprises inputting print information such as , original number, number of prints, etc. into a storage means, and controlling photographic printing according to the stored data.