JPH03109533A - Photographing device - Google Patents

Abstract

PURPOSE:To simplify the imprinting of desired information by providing a data imprinting device and a data imprinting switch, operating the data imprinting switch, automatically recording date, code information, etc., on a recording medium and then photographing image information. CONSTITUTION:A photographing device, which successively photographs and records the image information of an object S on the recording medium F such as a long film, is provided with the data imprinting device 19 and the data imprinting switch. When the data imprinting switch is depressed, automatic recording on the film F is carried out by the order of the date, code information and start and the image information is photographed after the automatic recording. Thus, the imprinting operation of the date, data(code information), etc., is simplified and the efficient photographing device is obtained.

Description

DETAILED DESCRIPTION OF THE INVENTION <Industrial Application Field> The present invention relates to a photographing device that photographs an image on a film and develops the photographed film.

<Prior Art> Conventionally, a rotary camera is a typical example of this type of photographing device.

This rotary camera receives materials that need to be microfilmed and preserved, such as bills, checks, stock certificates, documents, drawings, etc., and processes the images by sequentially imprinting the image information of the materials onto a long film. , is an automatic photographing device (hereinafter referred to as the device) that discharges photographed materials outside the device.

A single roll of long film set in the device can contain a large amount of information.For example, it can be used as a microcosm for storing materials and preventing accidents at banks, securities companies, libraries, various business offices, government offices, etc. It is used for film production.

In addition, there are systems in which materials are introduced manually, and there are systems in which the data is automatically introduced. Some cameras are capable of simultaneously imprinting image information on the front and back sides of a document onto the upper and lower sides of the film surface in the width direction, and some are equipped with a film developing machine.

When the photographed film is to be developed, the developer switch is pressed, the photographed part is sent ahead of the cutter part, the film is cut, the film is sent to the developing section, and the film is wound up at the winding section. .

<Problems to be Solved by the Invention> By the way, in the conventional example described above, when the R shadow is ready and the subject is photographed after the power switch is turned on, the "start" target is photographed in front of the subject. , stamping the date on the subject, etc., but these tasks are quite tedious if done every day or every time.

SUMMARY OF THE INVENTION In view of the problems of the prior art described above, it is an object of the present invention to provide an efficient photographing device that eliminates the troublesome daily tasks.

Means for Solving the Problems> In order to achieve the above object, the present invention provides a data imprinting device and a data imprinting device in a photographing device that sequentially photographs and records image information of a subject on a recording medium such as a long film. The camera is equipped with a data imprinting switch, and when the data imprinting switch is pressed, the date, code information, and start are recorded on the film in that order, and image information is subsequently photographed.

Further, the photographing apparatus may include a data imprinting device and a photographing end switch, and when the photographing end switch is pressed, "end" code information may be recorded after the image information.

The photographing device also includes a data imprinting device, a data imprinting switch, and a shooting end switch, and when the data imprinting switch is pressed, the date and time are printed on the film.
Code information is imprinted in the order of code information and start,
After that, when image information is photographed and the photographing end switch is pressed, "end" code information may be imprinted after the image information.

<Function> The photographing device with the above configuration can record date and data (code information).
It is possible to imprint data (code information) onto the film by operating an imprinting device such as the above at the timing of photographing, that is, when a data imprinting switch or a photographing end switch is activated, or when both switches are activated.

<Example> Hereinafter, an example of the present invention will be described based on FIGS. 1 to 5.

FIG. 1 shows a schematic configuration diagram of an image recording device (processor camera) as a photographing device.

In the figure, A is a photographing section, and 8 is a developing section.

In the photographing section A, 1 is a paper feed plate on which a sheet-shaped object S is placed, 2a and 2b are a paper feed roller and a separation roller, respectively, 3 and 4 are a pair of nip rollers arranged on both sides of the exposure section, and 5 6 is a stacker for storing the exposed subject S; 7 is an illumination lamp for illuminating the subject S in the exposure section; 8 is a pair of transparent parallel glasses for holding the subject S therebetween; A slit is placed in front of the exposure section, 9 is a photographing lens, and 10 is a shutter. Reference numeral 11 denotes a supply reel for the film F, and along the film transport path there are a guide roller 12, a gear abstinner roller 13 for driving the film serving as the photographing position, and a pinch roller 14.
are arranged in sequence, and a feeding roller 16 and a discharge roller 17 are arranged in a buffer chamber 15 for temporarily storing photographed film F before transferring it to the developing section B below. A cutter 18 for cutting the film F is provided outside the discharge port 15.

Furthermore, 19 is a 5×7 dot LED for displaying data and recording it on the film F, and the pinch roller 14
The feed roller 16 in the buffer chamber 15 is disposed in a linear conveyance path between the feed roller 16 and the feed roller 16 in the buffer chamber 15, and is formed of a plurality of pieces as shown in FIG.

On the other hand, in the developing section B, 21 is a pair of film transport rollers for transporting the photographed film F discharged from the shadow transport section, 22 is a developer tank having a developing processing transport roller 22a, and 23 is a fixing tank. A fixing liquid tank having a processing transport roller 523a, 24 a washing water tank having a washing processing transport roller 24a, 25 a film drying heat provided on the discharge side of the washing water tank 24, and 111.26 a nip roller;
27 is a take-up reel for winding the finished film;
They are arranged sequentially along the film transport path, and 28 is a liquid temperature detector such as a thermistor, which is a liquid temperature detection means provided in the liquid in the developer tank 22, and 29 is a liquid temperature detector such as a thermistor. This is a humidifying means such as a heater for supplementary humidification of the developer provided on the outer bottom surface of the developer.

In this embodiment with the above configuration, the sheet-like object S is sequentially separated one by one by the paper feed roller 2a and the separation roller 2b and fed, and the parallel glass 5 of the exposure section is transported by a conveying means such as a belt (not shown). After passing through, it is discharged to the stacker 6.

On the other hand, the film F is conveyed by the capstan roller 13 at a speed synchronized with the reduction ratio of the photographing lens 9 with respect to the subject conveyance speed. At this time, the illumination lamp 7
After passing through the slit 8, the image of the object illuminated by the slit is exposed to the film F on the capstan roller 13 via the photographic lens 9. At this time, shutter 10
opens, and the latent image information of subject S) is transferred to film F.
Also, as shown in FIG. 4, the image information 1''a of the subject S is
19 and recorded on film F.

The photographed film F is temporarily stored in the buffer chamber 15 and then sent to the developing section B.

In the developing section B, after each process of developing, fixing, and washing with water is performed, the film is dried to become a finished film.

FIG. 3 is a block circuit diagram for controlling the operation of this embodiment.

In the figure, numeral 31 is a CPU, a ROM 32 which contains a program that operates the CPU 31, a RAM 33 which stores the number of objects to be photographed and other temporary information. A count display 34 that displays the number of images of the subject, etc. The data imprinting LED 19 and the CPU 31 are respectively connected to an I/F (interface section) 35 that relays the output section. 36 is a start switch, which when turned on rotates the paper feed roller 2a, separation roller 2b, nip rollers 3 and 4, etc. to complete preparation for photographing; 37 is a developing switch which serves as a photographing end switch, which is turned on. 38 is a first sensor disposed on the subject transport path, and when the passage of the subject S is detected, the shutter 10 is opened. 39 is a second sensor, and when the passing of the subject S is detected, the shutter 10 is opened. 10 is adapted to be closed, 40 is a film drive section, and the first. Second sensor 38
．． The rotation of the capstan roller 13 is controlled according to the detection at 39, the lamp illumination section 41 controls the illumination lamp 7, the liquid temperature control section 42 keeps the temperature of the developer constant;
is a clock circuit that displays date and time information on the LED 19, and each of these circuit components is connected to the 1/F 35.

The operation of this embodiment having the above configuration will be explained based on the 70-diameter diagram in FIG.

First, in #1, when the power switch (not shown) is turned on, the CPU 31 operates based on the program stored in the ROM 32 and sets the processor camera to the initial state. Next, in #2, the shooting preparation is completed and the start switch is pressed.
6, the current date and time are read from the clock circuit 43.
019 and record it on the film F (89.05.09 of the code information Fbl in FIG. 4), then move the film F to avoid double exposure. Then #
3, for example, the bank code (code information F in Figure 4)
33213324) of b1 is displayed on the LED 19 and recorded on the film F, and the film F is moved again. Then, in #4, change the 5TART (beginning) character to 1.
It is displayed on ED19 and recorded on film F. When the above steps are completed, in #5, the rollers 2a, 2b, 3
．． 4 rotates and becomes ready for shooting.

Therefore, in #6, the subject S placed in the paper feed plate 1 is
passes between the paper feed roller 2a and the separation O-roller 2b.
It is detected by the sensor 38, the film F is sent by the rotation of the capstan roller 13, the shutter 10 is opened, and the subject S
are recorded on the film F in synchronization with each other as they pass through the parallel glass 5.

Next, in #7, when the subject S further advances and passes through the nip roller 4 and the second sensor 39, the shutter 10 closes and the capstan roller 13 stops. The steps #6 and #7 are repeated one after another, and the object S, such as a check, is recorded on the film F. When the above-mentioned photographing of the subject is completed and the developing switch 37 is turned on in #8, the film F advances, the final photographing section (image information) advances beyond the LED 19, and the film F is stopped here. Next, in #9, the CPU 31
is data from ROM32 (rEND as code information)
, l) are displayed on the LED 19 and recorded on the film F.

Further, in #10, the film F is moved and sent to the developing section B, and the final code information rENDJ is set to the cutter 1.
8, the cutter 18 is activated. Further, the code information may be imprinted at any time when the image information is not imprinted.

Next, in #11, film F is Genya.

After passing through eight tanks for fixing and washing, the film is wound onto a take-up reel 27 and finished.

As a result of the above, a film F as shown in FIG. 4 is obtained.

In the above operation explanation, #2. #3. Although the date, bank code, and 8TART were recorded in this order in #4, the order is not limited to this. Furthermore, in addition to the bank code, the operator's first and last name, the type of subject, etc. may be entered.

Further, in #9, if the total number of images of the subject is 14, for example, "14" may be displayed, and then "rEND" may be displayed.

Note that the operator's first and last name may be entered before or after END.

Although the above-mentioned embodiment is a microfilm photographing device using a processor camera, the recording medium is not limited to microfilm, and may also be a magnetic diskette, for example. Since the code information and image information are integrated, for example, even if the directory that is the source of the search is corrupted, image information can be searched using the code information as a clue as long as the recording medium itself is not damaged.

<Effects of the Invention> As explained above, the present invention includes a data imprinting device and a data imprinting switch, and by activating the data imprinting switch, the date, code information, and start are automatically recorded on the recording medium in the order of the data imprinting device and the data imprinting switch. Since the images are recorded and the image information is then photographed, it saves time and there is no need to worry about forgetting to imprint the necessary information.

Furthermore, by providing a shooting end switch, when the shooting end switch is activated after image information is captured,
Since the "end" code information is imprinted, it is clearly visible that the series of shots has come to an end.

[Brief explanation of drawings]

FIG. 1 is a schematic configuration diagram of an image recording device (processor camera) according to an embodiment of the present invention, FIG. 2 is a plan view of an LED for displaying imprint data, and FIG. 3 is a block diagram for controlling its operation. FIG. 4 is a plan view of an example of a recorded film, and FIG. 5 is a flowchart illustrating its operation. A: Photographing department, B: Developing department, F: Film C
recording medium), S... Sheet-like object, 5... Parallel glass, 7... Illumination lamp, 8... Slit, 9...
・Photographing lens, 19...LED for data imprinting, 3
1...CRU. 36...Start switch (data imprinting switch), 37...Development switch (shooting end switch), 4
0... Film drive unit, 43... Clock circuit. Funeral map

Claims (1)

[Scope of Claims] 1. A photographing device that sequentially photographs and records image information of a subject on a recording medium such as a long film, which is equipped with a data imprinting device and a data imprinting switch, and when the data imprinting switch is activated. . A photographing device characterized in that the date, code information, and start are recorded in this order on the recording medium, and image information is photographed thereafter. 2. A photographing device that sequentially photographs and records image information of a subject on a recording medium such as a long film, is equipped with a data imprinting device and a photographing end switch, and when the photographing end switch is activated, an "end" message is displayed after the image information. A photographing device characterized by recording code information. 3. In a photographing device that sequentially photographs and records image information of a subject on a recording medium such as a long film, a data imprinting device, a data imprinting switch, and a photographing end switch are provided, and recording starts when the data imprinting switch is activated. The code information is imprinted on the medium in the order of date, code information, and start. After that, image information is taken. When the shooting end switch is activated, "End" is printed after the image information.
A photographing device characterized in that code information of the following is imprinted.