JPH06100767B2 - Method for displaying shooting position of image record carrier - Google Patents

Description

TECHNICAL FIELD The present invention relates to a method for displaying a photographing position of an image recording carrier, and more specifically, a CRT or the like is used for an image recording carrier composed of a sheet of photographic light-sensitive material or the like. When recording a plurality of images, it is possible to accurately and easily externally expose the exposed portions of the image recording carrier by driving the segments of the numerical display portion provided on the operation panel corresponding to the plurality of exposed portions of the image recording carrier. The present invention relates to a method for displaying a photographing position of an image record carrier, which enables confirmation.

[Background of the Invention] In recent years, for example, an image processing system that displays image information obtained by a computer tomogulaphy (CT) device or the like on a CRT monitor or the like and incorporates an image capturing device that exposes the image information to a photographic light-sensitive material has been developed. It has been widely adopted. In this case, the image processing system includes an image capturing device, an image input device such as a medical image diagnostic device, an image information processing device that processes information obtained by the image input device to obtain a display image for a CRT, and an image capturing device. And an automatic developing device for developing a photosensitive material on which a desired image is exposed by the apparatus.

The image capturing device is for exposing a plurality of images displayed by a CRT monitor on a photographic light-sensitive material, such as a film, supplied from a supply magazine. That is, the image capturing apparatus transfers the film supplied from the supply magazine to the image forming unit via the transport mechanism, and then positions and fixes the film at a predetermined position in the image forming unit. In this case, the film is positioned and fixed by a film crimping plate which approaches the film from below and swings and displaces in a direction in which the film is separated from the film.

Next, the image information displayed on the CRT monitor is formed on a predetermined portion of the film by an image forming optical mechanism including a CRT monitor as a light source carrying image information and an image forming lens. In this case, different image information is formed on a plurality of parts on the one film.

The film on which a plurality of pieces of image information has been formed in this manner is released from the pressure-bonded state by separating the film pressure plate from below, and is then transported by the transport mechanism. Further, it is fed into a receive magazine which is below the supply magazine and which is mounted substantially horizontally, and is supplied to an automatic developing device or the like. In some cases, it may be directly fed to the automatic developing device.

By the way, as described above, since a plurality of different image information is formed on one film, a display means is provided to confirm the portion of the film being photographed. In this case, a numerical display is generally adopted as the display means, and the imaged portion of the film is, for example, 9
If it is at a point, the number of 1 to 9 is displayed on the display so that the photographing state of the film can be visually recognized from the outside.

However, since only the numbers are displayed on the display device in correspondence with the filmed parts of the film, it is not possible to easily confirm which part of the film is actually filmed. That is, it is necessary to search the filmed region of the film from the number shown on the display.

In addition, when trying to perform an imaging operation from an arbitrary imaging site, the display unit only displays the site being imaged, so it is extremely difficult to know whether or not a predetermined imaging site has been imaged. ing. Therefore, it becomes impossible for the operator to confirm the shooting state of the film with certainty. For example, even if there is a part that has not been shot, it cannot be visually recognized, and an effective image shooting process is achieved. The inconvenience of not being exposed is exposed.

[Object of the Invention] The present invention has been made in order to overcome the above-mentioned inconveniences, and when performing an imaging operation on an image record carrier, an operation panel corresponding to the number and positions of the imaged parts of the image record carrier. By energizing the segment of the numerical value display section provided in, and displaying the photographing position of the image record carrier in the corresponding segment of the numerical value display section, it is possible to easily and substantially determine in which part the photographing is performed. In addition to being surely visible, for example, only the segment corresponding to the part that has already been imaged is deactivated so that the image capturing state of the entire image record carrier can be accurately confirmed. By sharing the numerical display unit, a dedicated display means for displaying the photographing position of the image record carrier is unnecessary, and a photographing position display method of the image record carrier that enables the entire device to be economically manufactured. The purpose is to provide.

[Means for Achieving the Purpose] In order to achieve the above-mentioned object, the present invention is a display method for displaying a photographing state of an image record carrier in an image photographing device, and driving control of the image photographing device is performed in advance. The predetermined segment of the numerical display section provided on the operation panel for performing is selected according to the number and position of the imaged regions of the image record carrier, and when the image is recorded on the image record carrier, the position of the imaged region is selected. It is characterized in that information is detected and sent to the operation panel, and the segment corresponding to the imaged region is urged to display the imaged state of the image record carrier on the numerical display unit.

[Embodiment] Next, a method for displaying a photographing position of an image record carrier according to the present invention will be described in detail below with reference to preferred embodiments in relation to an apparatus for carrying out the method. .

In FIG. 1, reference numeral 10 indicates an image capturing device for performing the capturing position display method according to the present embodiment, and the image capturing device 10 includes a housing-shaped main body 12. The main body
In the upper left corner of 12 is a sloping plate 22a and a bending plate 2
The opening 24 is defined by 2b, and the supply magazine 26 is mounted in the opening 24 in a light-tight manner. That is, the opening 24
The supply magazine 26 is inserted into the optical disk and the end of the supply magazine 26 reaches the bent portion of the plate 22b, so that light-tight loading is performed.
Inside the supply magazine 26 are a plurality of film Fs.
Are stacked and stored, and the opening 26a can be closed by a shutter 28.

Further, an opening 30 is defined in a substantially central portion of one side surface of the main body 12, and a receive magazine 32 can be mounted in the opening 30 in a light-tight manner. The receive magazine 32 has a shutter 34 for closing its opening. In the vicinity of the opening 26a of the supply magazine 26, a single-wafer mechanism including a suction plate 36 is arranged, and the suction plate 36 is displaced on a predetermined orbit under the driving action of a driving means (not shown) to carry out the first conveyance. The mechanism 38 is accessible.

The first transport mechanism 38 includes a first roller pair 40 rotatably bridged to a side plate (not shown) and a guide plate 42, and one of the rollers forming the first roller pair 40 rotates a motor 44. A sprocket 46 axially mounted on the drive shaft 44a and a chain 48 that engages with a second roller pair described later are stretched. One end side 42a of the guide plate 42 adjacent to the first roller pair 40 is rotatably supported by a side plate (not shown) via a fulcrum 43, and a limit switch 50 is attached to the lower surface of the guide plate 42. The rod 52a of the solenoid 52 is engaged with the guide plate 42 while being attached. In this case, limit switch 50
Functions to detect whether or not the film F is present on the guide plate 42.

Further, a tension spring 54 that pulls the guide plate 42 upward is engaged with the guide plate 42. Therefore, the other end side 42b of the guide plate 42 is swingable in the direction of the arrow A ₁ about the one end side 42a thereof under the pulling action of the tension spring 54, and the rod 52a is driven under the driving action of the solenoid 52. It will be easily understood that the movable body can be swung in the direction of the arrow A ₂ against the tensile force of the tension spring 54 via. The other end 42 of the guide plate 42
A guide plate 56 is provided in b, which greatly defines an opening and is inclined toward the downstream side, and is configured to suitably guide the film F through the opening.

Next, the image forming positioning mechanism is brought close to the first transport mechanism 38.
Place 58. The image forming and positioning mechanism 58 includes a fixed amount conveying roller pair 60 capable of conveying the film F in the arrow B ₁ direction and conveying the film F in the arrow B ₂ direction by a predetermined amount. In fact, the fixed amount conveyance roller pair 60 is composed of rollers 62a and 62b, and the first pulse motor 64 is directly connected to one end side of the roller 62a. Guide plates 66 and 68 are arranged so as to face the fixed amount conveyance roller pair 60. In this case, the guide plates 66, 68 are arranged substantially parallel to each other with a predetermined gap in the vertical direction, and the gap is selected to be slightly larger than the thickness of the film F. That is, the film F
However, for example, even when the film F is conveyed in the gap defined by the guide plates 66 and 68 in a bent state, the guide is not defocused when the desired image information is formed on the film F. The plates 66 and 68 correct the bending state of the film to secure the flatness of the film F.

Further, the guide plate 68 is provided with a detection means such as a limit switch (not shown) for detecting that the film F has been conveyed between the guide plates 66 and 68. Meanwhile, the guide plate
An opening 70 is defined on the side of the fixed amount conveying roller pair 60 of 66, and a predetermined portion of the film F can be exposed through the opening 70 as described later.

The film F on which a desired image is formed by the image forming and positioning mechanism 58 is transferred to the second transport mechanism 72. The second
The transport mechanism 72 includes a guide plate 74 that holds the film F transferred from the image forming and positioning mechanism 58 and is inclined to guide the film F in a predetermined direction. The limit switch 76 is attached. With this limit switch 76, it is possible to detect whether or not the film F exists on one end side of the guide plate 74.

Further, the second transport mechanism 72 is provided with a second roller pair 78 slightly spaced from the guide plate 74. The second roller pair
A chain 48 that engages with a sprocket 46 that is attached to the first roller pair 40 of the first transport mechanism 38 and the rotation drive shaft 44a of the motor 44 is stretched over one of the rollers that form the 78. The second roller pair 78 rotates in the direction of the arrow via the chain 48 under the drive of the motor 44 to transfer the film F transferred to the second transport mechanism 72 to the receive magazine 32.
Will be supplied within.

On the other hand, below the image forming positioning mechanism 58, an image forming optical mechanism is provided.
80 is provided. The image forming optical mechanism 80 has a holding means 8 for holding a CRT monitor 82 for displaying a desired image and an image forming lens 84.
6, and the holding means 86 holds the imaging lens 84 so as to be vertically displaceable in the figure. In this case, the holding means 86 is supported by guide rods 90 and 92 which are bridged substantially in parallel with a side plate (not shown) via a mounting plate 88 arranged above the holding means 86. That is, a guide portion 94 is formed on one end side of the mounting plate 88, and a hole portion 94a is defined in the guide portion 94. A cylindrical sleeve 96 is fitted in the hole 94a, and the sleeve 96 is slidably fitted on the guide rod 90. The mounting plate 88
The other end side of the guide roller is bent substantially at a right angle and extends downward, and the bent portion is substantially positioned on the upper side of the guide rod 92 and abuts on the guide rod 92 rotatably.
98 and a guide roller 100 that contacts the lower side of the guide rod 92 are attached. Further, a holding member 102 is attached to the other end of the mounting plate 88, and the displacing means 103 engages with the holding member 102.

That is, the displacing means 103 includes a second pulse motor 104, and the pulley 106 is mounted on the rotary drive shaft 104a of the second pulse motor 104. The belt 108 is stretched around the pulley 106 and another pulley (not shown), and the end of the belt 108 is locked to the holding member 102. Therefore, when the pulley 106 is rotated under the driving action of the second pulse motor 104, the imaging optical mechanism 80 moves along the guide rods 90 and 92 via the belt 108 stretched around the pulley 106 with respect to the drawing. It is possible to displace in a direction orthogonal to each other and deal with a plurality of imaged parts (imaged frames) of the film F described later.

A slit 109 is formed on the other side surface of the main body 12, and the slit 109 is for supplying the film F to the automatic developing device when the image developing device 10 is connected to the automatic developing device. It is a thing. Therefore, when the image capturing device 10 is used alone, the slit 109 is light-tightly closed by a light shielding member (not shown).

Next, FIG. 2 shows an operation panel, for example, a remote controller, for inputting information necessary for drive control of the image capturing apparatus 10.

In the figure, reference numeral 110 indicates a remote controller, and the remote controller 110 is a casing-shaped main body 112.
including. A numerical value display section 114 is provided on the upper left side of the main body section 112 in the figure. The numerical display unit 114 is composed of three 7-segment type display devices, and is substantially the first to third display units.
Segments 116a to 116g and segment 1 that make up the LED group
18a to 118g and segments 120a to 120g.

A mode changeover switch 122 is provided on the right side of the numerical value display unit 114, and a setting item display unit 124 is formed below the numerical value display unit 114. In this case, the setting item display section 1
Various setting items, such as the number of remaining films in the supply magazine, are set on the 24 via a plurality of LEDs 126a to 126n.
The items such as the brightness of the CRT monitor, the contrast of the CRT monitor, the channel in which the brightness and the sun trust are selected to different predetermined setting values, the exposure time, and the film photographing position are displayed. Therefore, when the mode changeover switch 122 is operated, the predetermined LEDs 126 (a to n) of the setting item display section 124 are turned on, and the numerical value display section 114 displays the numerical value corresponding to the selected item. Become.

Then, numerical value changing switches 128a and 128b for changing the numerical value displayed on the numerical value display section 114 to a predetermined set value are provided below the mode changeover switch 122. that time,
Operating one switch 128a increases the numerical value displayed on the numerical display unit 114, and operating the other switch 128b decreases this numerical value.
A value from 0 to 999 is displayed on 114.

Further, the operation switches 130a to 130a are provided on the lower side of the main body 112.
c is provided, and the operation switches 130a to 130c are used to reset the numerical value displayed on the numerical value display unit 114 and the like. A frame number display unit 132 is provided on the lower left side of the main body unit 112. The frame number display unit 132 is used to numerically indicate which part of the film F in the image photographing device 10 is being photographed. It is a thing.

Therefore, FIG. 3 shows a block diagram of the control system of the image capturing apparatus 10. In this case, in the figure, reference numeral 140 indicates a control unit, and the control unit 140 includes a CPU 142 and a storage unit 144. The storage unit 144 controls the program for driving a predetermined segment corresponding to the number of pulses automatically sent to the second pulse motor 104 according to the number of shooting frames and the number of shooting frames, and the image shooting device 10. It includes a ROM 146 in which an operation program is stored, and a RAM 150 in which the number of frames to be shot set by the input means 148 and the like are stored. In this case, the control unit 140 sends the number of pulses stored in the ROM 146 corresponding to the number of frames to be photographed set by the input unit 148 to the second pulse motor 104, and the imaging optical mechanism 80 starts photographing. Send the signal of. Further, the control unit 140 controls the LED drive unit 152 of the remote controller 110 according to the number of frames to be photographed.
To send a signal to a predetermined segment to turn on, blink or turn off. As described above, the image forming optical mechanism 80 is moved in the predetermined direction under the driving action of the second pulse motor 104.

The image photographing device 10 is basically configured as described above. Next, a method of displaying the photographing position of the film F in the image photographing device 10 will be described below.

First, as shown in FIG. 2, in order to display the shooting position of the film F on the numerical display unit 114, a predetermined segment is selected corresponding to the actual shooting position of the film F. As shown in FIG. 4, the film F has substantially 9
The imaged parts 154a to 154i of the frames are selected. Therefore, referring to the numerical value display section 114 and the film F shown in FIG. 2, the segments corresponding to the upper imaging parts 154a to 154c are displayed.
Select 116a, 118a and 120a. In addition, segments 116g, 118g, and 12 are provided as central imaging sites 154d to 154f.
In addition to adopting 0g, the lower imaging regions 154g to 154i will be displayed by the segments 116d, 118d, and 120d.

Therefore, the opening defined in the main body 12 of the image capturing device 10
A supply magazine 26, in which a plurality of films F are laminated on 24, is installed in a light-tight manner, and a receive magazine 32 is provided in the opening 30.
Light-tightly attach. Then, the shutters 28 and 34 of the supply magazine 26 and the receive magazine 32 are opened and the openings are defined at the time of each loading.

Next, the film F stacked in the supply magazine 26 is separated into sheets by the suction plate 36 of the sheet-feeding mechanism that constitutes the image capturing apparatus 10, and is supplied to the first roller pair 40 of the first transport mechanism 38. Therefore, the motor 44 is driven to drive the rotation drive shaft 44 of the 44.
The sprocket 46 and the first roller pair 40 pivotally attached to a are rotated in the arrow direction. As a result, the film F is clamped by the first roller pair 40, conveyed in a predetermined direction, and the limit switch 50 attached to the guide plate 42 is operated to temporarily stop the motor 44.

Then, the solenoid 52 is biased, and the rod 52a is displaced downward in FIG. 1 under the biasing action of the solenoid 52. As a result, the guide plate 42 engaged with the rod 52a of the solenoid 52 swings in the direction of arrow A ₂ against the tensile force of the tension spring 54.

Further, the motor 44 is driven again to rotate the first roller pair 40 in the direction of the arrow, and at the same time, the first pulse motor 64 constituting the image forming and positioning mechanism 58 is energized to feed the fixed amount conveyance roller pair.
The roller 62a of 60 is rotated in the direction of arrow C ₁ . It is not shown that the film F is nipped by the pair of fixed amount conveyance rollers 60 and conveyed in the direction of the arrow B ₁ under this rotating action, and that the film F has reached between the guide plates 66 and 68 of the image forming and positioning mechanism 58. Check with sensors etc., motor 44, first pulse motor
Deactivate 64 and solenoid 52. At that time, the rear end side of the film F is stopped while being sandwiched by the fixed amount transport roller pair 60. Further, by deenergizing the solenoid 52, the guide plate 42 is displaced in the direction of the arrow A ₁ under the pulling action of the tension spring 54 engaged with the guide plate 42.

In this state, an image is taken on the film F existing in the image forming and positioning mechanism 58, and the shooting state of the film F is displayed on the numerical display section 114 of the remote controller 110. The operation will be described with reference to the flowchart shown in FIG.

That is, a desired image is displayed on the CRT monitor 82 constituting the image forming optical mechanism 80, and the number of frames N to be photographed for one film F (actually, the number of frames) is input to the RAM 150 of the controller 140 via the input unit 148. 9) is set (STP1). By operating the mode selector switch 122 of the remote controller 110 to turn on the LED 126e indicating the film photographing position item provided in the setting item display section 124, the numerical value display section 114
Segments 116 of each LED group configured as described above
The lights a to 120a, 116g to 120g, and 116d to 120d are turned on (STP2). On the other hand, C that constitutes the control unit 140
The PU 142 reads from the ROM 146 a signal relating to the number of pulses up to the first frame corresponding to the number of frames N to be shot, and outputs the second pulse motor.
The second pulse motor 104 is driven according to the number of pulses, and the image forming optical mechanism 80 is moved to a predetermined portion (STP3, STP4). In this case, the rotation driving shaft 104a and the pulley 106 are driven by the driving action of the second pulse motor 104.
Is rotated in a predetermined direction, and the imaging optical mechanism 80 is transferred in a direction orthogonal to the drawing via the belt 108 engaging with the pulley 106.

In this way, the imaging optical mechanism 80 reaches the predetermined position (in this case, the first frame of the image capturing portion 154a) after a predetermined time has elapsed since the imaging optical mechanism 80 started to be displaced. And LE
A signal is supplied to the D drive unit 152 to blink the segment 116a corresponding to the imaging region 154a (STP5). Next, the image displayed on the CRT monitor 82 constituting the image forming optical mechanism 80 is photographed through the image forming lens 84 and the opening 70 on the first frame of the film F, for example, the photographing region 154a.

When the imaging of the imaging region 154a ends after a predetermined time has passed (ST
P6, STP7), segment 116a is turned off and the numeric display 11
It is displayed in 4 that the photographing of the photographing region 154a is completed (STP8). In addition, subtract 1 from the number of frames N stored in RAM150 and set the value as N again to RAM150.
Is set (STP9), and it is determined whether or not all photographing for the film F is completed depending on whether the set value is 0 (STP10). In this case, the image is captured only on a part of the film F, so that the control unit
The CPU 142 of 140 reads a signal relating to the number of pulses up to the next frame from the ROM 146 and sends it to the second pulse motor 104 in order to transfer the image optical mechanism 80 to the next image forming portion (STP11).
Furthermore, after displaying the next image on the CRT monitor 82,
Steps 4 to 9 are repeated again, and the image displayed on the CRT monitor 82 is photographed on the photographing region 154b of the film F.

In this way, the fixed amount conveying roller pair 60 of the film F is
The first pulse motor 64 directly connected to the fixed amount transport roller pair 60 of the image forming positioning mechanism 58 after the desired images are formed on the side portions, that is, the photographing portions 154a to 154c, respectively. Rotate in the opposite direction (arrow C ₂ direction),
The film F is conveyed by a predetermined amount in the direction of arrow B ₂ . In this case, since the guide plate 42 of the first transport mechanism 38 is displaced in the direction of the arrow A ₁ , the imaged portion of the transported film F is in a state of hanging from the fixed-quantity transport roller pair 60.

After the film F is transferred by a predetermined amount, an image is formed on the other photographing parts 154d to 154f of the film F in the same manner as described above. Further, the film F is conveyed in the direction of the arrow B ₂ by a predetermined amount under the driving action of the first pulse motor 64, and the film F is conveyed.
An image is formed on the remaining imaging regions 154g to 154i of.

When the image forming operation for the imaged parts 154a to 154i of the film F existing in the image forming positioning mechanism 58 is completed,
At step 8, the value N set in the RAM 150 becomes 0, and it is judged that the image forming operation of the film F is completed (STP10). Accordingly, the first pulse motor 64 is energized to rotate the one roller 62a forming the fixed quantity transport roller pair 60 in the direction of arrow C ₂ . The film F is displaced in the direction of the arrow B ₂ under the rotating action of the pair of fixed amount conveyance rollers 60, and eventually the film F is transferred onto the guide plate 74 constituting the second conveyance mechanism 72. In this case, the film F completely transferred onto the guide plate 74 operates the limit switch 76 attached to the lower surface of the guide plate 74 to deactivate the first pulse motor 64.

Next, the new film F, which has been previously held by being sandwiched by the first roller pair 40 constituting the first transport mechanism 38, is formed into an image forming positioning mechanism.
While being transported to 58, the film F existing on the guide plate 74 of the second transport mechanism 72 is fed into the receive magazine 32. That is, the motor 44 is driven to rotate the rotary drive shaft 44a and the sprocket 46 rotatably mounted on the rotary drive shaft 44a in the direction of the arrow, and the rotational force of the sprocket 46 is passed through the chain 48 to the first roller pair 40 and the roller pair 40. It is transmitted to the second roller pair 78. As a result, the new film F sandwiched by the first roller pair 40 is transferred to the image forming and positioning mechanism 58, and a desired image is formed on the image forming and positioning mechanism 58 as described above.
The film F which has been formed and is transferred onto the guide plate 74 is fed into the receive magazine 32.

In this case, according to the present embodiment, it is possible to easily confirm which part of the film F is being photographed in the image photographing device 10, and the film F
It is possible to reliably detect the photographing state of the entire film F even if the photographing work is performed from any photographing part.

That is, as shown in FIGS. 2 and 4, the segments 116a to 120a, 116g of the LED group constituting the numerical display section 114 of the remote controller 110 correspond to the positions of the photographing parts 154a to 154i of the film F, respectively. To 120g and 116d to 120d are selected. Therefore, for example, the film F
When the image capturing part 154e is waiting to be imaged, or the image capturing part 154e of the film F is being imaged, the segment 118g corresponding to the substantial position of the image capturing part 154e in the apparatus is blinked. Therefore, as in the conventional case, the imaging region 15
Compared to the one in which a number (for example, No. 5) is displayed corresponding to 4e, the operator can very easily and accurately perform the above-mentioned film F.
You can check the shooting position of.

Moreover, each LED group segment 116a to 120a, 116g
To 120g and 116d to 120d are turned on in advance, blinking the segment corresponding to the part of the film F being photographed and turning off the segment corresponding to the part after the photographing. As a result, even if the photographing work is performed from an arbitrary photographing region of the film F, the region where the photographing is completed and the region where the photographing is not yet performed are clearly displayed on the numerical display unit 114, and the operator It is possible to reliably visually recognize the shooting state of the film F.

EFFECTS OF THE INVENTION As described above, according to the present invention, when an image is recorded on an image record carrier having a plurality of image capturing parts in the image capturing device, it is provided on the operation panel that controls the drive of the image capturing device. Among the segments of the numerical value display section, the segment corresponding to the position of the actual imaged part of the image record carrier is driven to externally display the imaged state of the image record carrier. Therefore, the operator can very easily and accurately visually recognize which part of the image record carrier is being photographed. Moreover, for example, if the number of segments corresponding to the imaged part of the image record carrier is turned on in advance and the segment corresponding to the part where the image capturing is finished is turned off, the imaged state of the entire image record carrier can be reliably detected. It becomes possible. After all, there is an effect that even if the image record carrier is photographed from an arbitrary position, the photographed portion and the unphotographed portion can be accurately confirmed. Furthermore, by utilizing the numerical display section provided on the operation panel and eliminating the need for a dedicated display means, there is an effect that the entire image capturing apparatus can be economically manufactured.

Although the present invention has been described with reference to the preferred embodiment, the present invention is not limited to this embodiment,
For example, as the operation panel, other than the remote controller, it is possible to employ one that is directly attached to the image capturing apparatus, and various modifications and design changes can be made without departing from the scope of the present invention. Of course.

[Brief description of drawings]

FIG. 1 is a schematic explanatory view of an image photographing apparatus for carrying out a photographing position display method of an image record carrier according to the present invention, and FIG. 2 is a partial omission of a remote controller provided in the image photographing apparatus shown in FIG. FIG. 3 is a front view, FIG. 3 is a block diagram of a control system of the image photographing apparatus shown in FIG. 1, FIG. 4 is a front explanatory view of a film whose image is photographed by the image photographing apparatus shown in FIG. 1, and FIG. 6 is a flowchart for carrying out the method of the present invention. 10 …… Image capture device, 12 …… Main body 26 …… Supply magazine, 32 …… Receive magazine, 38 …… Transport mechanism, 58 …… Image formation positioning mechanism 72 …… Transport mechanism, 80 …… Image formation optical mechanism 110 …… Remote controller 114 …… Numerical display 116a-116g, 118a-118g, 120a-120g …… Segment 122 …… Mode selector switch

Claims (2)

[Claims] 1. A display method for displaying a photographing state of an image record carrier in an image photographing device, comprising: a predetermined segment of a numerical value display section provided on an operation panel for controlling drive of the image photographing device in advance. The selection is made in correspondence with the number and positions of the imaged regions of the image recording carrier, and when the image recording medium is imaged, the position information of the imaged regions is detected and sent to the operation panel. A method for displaying a photographing position of an image record carrier, wherein a photographing state of the image record carrier is displayed on a numerical display unit by energizing a segment corresponding to. 2. The method according to claim 1, wherein a plurality of segments selected corresponding to a plurality of imaged regions of the image record carrier are turned on in advance, and then a region being imaged is corresponded. A method for displaying a photographing position of an image record carrier, in which a segment to be blinked and a segment corresponding to a portion after the image photographing is finished are turned off.