JP3462428B2 - Endoscope photography equipment - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic endoscope or an electronic endoscope.
Was obtained with an optical endoscope connected to a TV camera.
Endoscope photography to take still pictures of endoscope images
Related to the device. [0002] In recent years, an elongated insertion portion is inserted into a body cavity.
This makes it possible to observe internal organs,
The treatment tool is inserted into the treatment tool channel
Endoscopes capable of performing procedures are widely used. [0003] The endoscope used as described above has a body cavity.
Guide fiber in which the observation image of the object is placed in the insertion section
Optical system that transmits to the eyepiece and directly observes with the naked eye
Endoscope and a solid-state imaging device such as a CCD at the tip of the insertion section.
An optical image formed on the CCD is photoelectrically converted.
Then, the electric signal obtained by the photoelectric conversion is converted into a video signal.
Display the endoscope image on the screen of the display device for observation
There is an electronic endoscope that performs. The view of the subject obtained by these endoscopes
A device that captures images and records them on photographic film, etc.
Then, an endoscope camera is used. The optical endoscope
When taking a picture of an endoscopic image captured by a mirror,
Connect an endoscope camera to the eyepiece via a connection adapter
The viewfinder provided in this endoscope camera
Look at the desired observation site in the viewfinder.
Release the shutter and shoot. [0005] On the other hand, an electronic endoscope was used.
When taking a picture of an endoscope image,
In addition, for example, an endoscope image displayed on the observation display device
For photography, the same endoscopic image as the image is displayed
Prepare the display device of this, the screen of this display device for photography
The endoscope camera is attached so as to face
You. And, among the information displayed on the display device for observation,
It is necessary to take a picture while observing the endoscope image.
When it occurs, for example, an instruction signal
And output it for photography by the endoscope camera.
Of the endoscope image displayed on the display device
Was. [0006] In other words, a place for photographing an observation image of a subject.
If the endoscope used is an optical endoscope or an electronic endoscope
The same endoscope camera was used regardless of the mirror. [0007] However, in recent years,
Can be used by the surgeon and diagnosed by multiple doctors
Considering the improvement of the observability, etc.
Electronic type that allows observation and treatment by displaying the endoscope image of
Endoscopes are used more often than optical endoscopes
You. Also, the observability of the optical endoscope is improved.
In consideration of the CCD, etc. through the connection adapter to the eyepiece
Connected to a shooting camera with a solid-state image sensor
The optical image of the observation site transmitted to the eyepiece by the camera
Image taken and captured by the camera on the screen of the display device
Are displayed for observation. For this reason, the endoscope used is of an electronic type or
Regardless of the optical type, when taking a picture of the image of the subject,
Attach the endoscope camera to a display device and take a picture.
ing. Therefore, attach the endoscope camera to the display device.
Attached to the endoscope camera when taking a photo
Expensive finder becomes an unnecessary member
There was a problem. The present invention has been made in view of the above circumstances.
Yes, attached to the display device for shooting,
Of the camera that takes a picture of the image displayed on the screen
Provide an inexpensive endoscope photography device with a simplified configuration
The purpose is to do. [0010] The endoscope photography of the present invention.
The device is an electronic endoscope with a solid-state image sensor
A TV camera with a solid-state imaging device placed in a mirror or eyepiece
An optical endoscope connected to the electronic endoscope or the front end
The image signal obtained by photoelectric conversion by the TV camera is
Image processing apparatus for generating a video signal and image processing apparatus
The video signal generated by is transmitted and the endoscope observation image is displayed.
Display device for observation and the screen of the display device for observation
Shooting that displays the same endoscope image as the displayed endoscope image
Display device and a camera case body
The camera is detachably connected via a connecting portion provided in the camera.
Front through the optical lens unit
The endoscope image displayed on the screen of
An endoscope turtle that photographs on a film surface
And an endoscope photographing apparatus comprising:
The mirror camera includes the optical lens unit and the film.
Exposure state on the film surface on the optical axis between the surface
Or, while switching the light blocking state by opening and closing operation,
The optical path that changes the optical path of light that has passed through the optical lens unit
A movable member having a projection portion, and the movable member is disposed,
The light passes through the optical lens unit and is reflected by the reflection unit.
Unit frame having a through hole through which light whose path has been changed passes
And closing movement of the movable member disposed on the unit frame.
The arrangement position at the time of operation is at a predetermined angle with respect to the optical axis.
A movable position adjusting member that adjusts to a light blocking state.
The shutter unit is arranged. According to this configuration, the endoscope photographing device
For endoscopes that capture the image displayed on the display for photography
Endoscope photography because the camera is simplified and cheaper
The configuration of the device is also inexpensive. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing an embodiment of the present invention;
An embodiment will be described. 1 to 9 show one embodiment of the present invention.
FIG. 1 shows an endoscope photograph including an endoscope camera.
FIG. 2 is a block diagram showing the overall configuration of the shadow device, and FIG.
FIG. 3 illustrates a configuration of a main part of the camera, and FIG. 3 illustrates an endoscope camera.
FIG. 4 is a block diagram for explaining the configuration of FIG.
A diagram showing a blinking pattern example when announcing the film type,
Fig. 5 shows the blink pattern when an error is announced by the display LED.
FIG. 6 shows an example, FIG. 6 is a diagram for explaining the configuration of a drive unit,
FIG. 7 is a view for explaining a jig for adjusting the position of the shutter member.
Describes the position adjustment of the shutter member with respect to the optical axis.
FIG. 9 is a view for explaining an adjustment state using an observation jig.
It is. FIG. 4A shows light emission representing one film.
FIG. 4B is a diagram showing a pattern, and FIG.
FIG. 4 (c) shows another film, showing a light pattern.
FIG. 5A shows a light emission pattern, and FIG.
FIG. 5B shows an example of a light emission pattern at the time of trouble.
Shows an example of the light emission pattern at the time of film motor trouble
FIG. 5 (c) is a view showing a light emitting panel in the event of a shutter member trouble.
FIG. 7A shows an example of a turn, and FIG.
FIG. 7B illustrates the configuration of the adjustment jig, and FIG.
FIG. 7C is a view for explaining an example of a moving object, and FIG.
FIG. 9A is a diagram illustrating an example of the shutter unit, and FIG.
FIG. 9B shows a state in which the shutter is displaced, and FIG.
This is a part showing a state where the members are arranged at a predetermined angle. As shown in FIG. 1, an endoscope camera 1 is included.
The endoscope photographing apparatus 2 of the present embodiment configured by
For example, it is not shown at the tip of the insertion portion 3a to be inserted into the body cavity.
An electronic endoscope 3 provided with a solid-state imaging device such as a CCD,
The drive signal of the CCD of the electronic endoscope 3 and the CCD
To generate the image signal of the subject obtained in the above into a video signal
Video processor also serving as image processing device having processing circuit 4a
A processor 4 and a video signal generated by the signal processing circuit 4a.
No. is input and the display device for observation that displays the endoscope image
For example, an observation monitor 5 having a CRT monitor;
The same as those displayed on the screen of the observation monitor 5
Equipped with, for example, a CRT monitor 6a for displaying an endoscope image
A photographing monitor 6 which is a display device for photographing;
The monitor 6 is attached to and detached from the monitor 6 via a mount 11 which is a connecting member.
And the endoscope camera 1 connected to the
You. The signal processing of the video processor 4
The video signal generated by the circuit 4a is connected to the observation monitor 5 and
The image is output to the photographing monitor 6. A photographing camera is provided inside the endoscope camera 1.
Film wound with film (hereinafter abbreviated as film) 12a
Camera cassette 12 and this film 12a
Image the endoscope observation image displayed on the screen of the monitor 6
Optical lens configured by arranging multiple optical lenses
Unit 13 is provided.
On the optical axis connecting the unit 13 and the film 12a,
The light image passing through the optical lens unit 13 is
2a is switched by opening and closing operation to be described later.
Shutter unit 14 having a movable member
I have. Reference numeral 3b denotes, for example, the electronic endoscope 3.
This is a shooting switch provided on the side of the operation unit 3c. this
The operator operates the imaging switch 3b as appropriate.
A photographing instruction signal is provided to the video processor 4.
Is output to the control unit 4b,
Provided in the signal processing circuit 4a and the endoscope camera 1.
Camera driving control unit 15 equipped with CPU
A control signal is output. And this camera drive control unit
The output of the control signal from the 15 CPUs
Photographing of the endoscope image is performed. Referring to FIGS. 2 and 3, endoscope camera 1 will be described.
The configuration of the main part will be described. As shown in the figure,
For connecting and fixing the camera 1 to the photographing monitor 6 integrally.
The und 11 is an exterior part constituting the endoscope camera 1.
Camera case body (hereinafter abbreviated as case) 1
6 is provided at the tip. An endoscope camera through the mount 11
When 1 is integrally connected and fixed to the photographing monitor 6,
Optical lens unit provided in the case 16
13 coincides with the center of the CRT monitor 6a (FIG. 1).
(Refer to the picture). In the case 16, in order from the front end,
As shown in FIG.
Unit 14 and the film cassette 12 are arranged.
You. The optical lens unit 13 is made of, for example, gold.
A plurality of optical lenses 18,.
8 are arranged. And this optical lens
An example in which the unit 13 uses the lens frame 17 as a fixing member
For example, using a screw (not shown)
Placed in the case 16 while being integrally fixed to the case 19
Is done. The shutter unit 14 includes a movable member,
A shutter member 20 which is a so-called shutter is a shutter
Unit frame (hereinafter abbreviated as frame) 21 rotatably
It is pivoted. The shutter member 20 is
The shutter motor 31 provided on the
The light image passing through the optical lens unit 13 is
From the open position passing toward the lum surface 12a
A closed shape that blocks the passage of the light image to the film surface 12a
It is driven to open and close to the home position. The drive unit 30 includes the shutter
In addition to the shutter motor 31 for opening and closing the member 20
The winding drive of the film 12a of the film cassette 12
Loaded into the film motor 32 or the endoscope camera 1
(Not shown) provided on the film 12
Film sensitivity and color temperature in the
Type, negative / positive film type, number of films, etc.
A film identification unit 33 for identifying film information is provided.
ing. Then, the film identified by the film
The film information is input to the camera drive control unit 15
It has become. In the camera drive control unit 15, the filter
Notification based on the film information input from the LUM identification unit 33
A signal is generated and output to the LED drive circuit 36. Soshi
In this LED drive circuit 36, an LED as a notifying means
As shown in FIGS. 4A to 4C, the display 37 is
Blinks at different intervals to give the user a film cassette 12
Inform the type of In the camera drive control unit 15,
When film information is input from the film identification unit 33
Output a motor drive signal to the motor drive circuit 34.
The film motor 32 is driven by force. To this
Therefore, the film 12a of the film cassette 12 is
It is wound up and set to the initial shooting state. At this time
The operating state of the film motor 32 is determined by the motor drive
The circuit is always detected by the trouble identification circuit 35 through the circuit 34.
Will be issued. Then, an abnormality is detected by the trouble identification circuit 35.
When this is done, the abnormality detection signal is sent to the camera drive control unit 15.
Output. Further, as described above, the camera drive control
The photographing control signal from the control unit 4b is input to the control unit 15.
Then, the camera drive control unit 15
A motor drive signal is output to the live circuit 34 and the
The driving motor 31 is driven. By this,
When the shutter member 20 is opened and closed,
After the shadow, the film motor 32 is driven to take a picture.
Is wound up for one frame of the film 12a. At this time, the shutter motor 31 and the filter
The operating state of the motor 32 is
Always detected by the trouble identification circuit 35 via the path 34
Is done. An abnormality is detected by the trouble identification circuit 35.
Output an abnormality detection signal to the camera drive control unit 15.
It is designed to help. Further, the trouble identification circuit 35 has the serial
When the shutter member 20 opens and closes, the shutter portion
Whether the material 20 has returned to the initial state position (closed state position)
The arrangement position confirmation means to be detected (in FIG.
(Shown photocoupler) 25 is provided. In other words,
By the rubble identification circuit 35 and the arrangement position confirmation means 25
When it is detected that the shutter member 20 is not at the predetermined position
Output an abnormality detection signal to the camera drive control unit 15
It has become. Then, the camera drive control unit 15
A notification signal is generated based on the input abnormality detection signal, and L
It is output to the ED drive circuit 36. The motor 3
Abnormal rotation of 1 and 32 is located on the shaft of each motor 31 and 32
The rotation period of a rotating body with a slit or through hole
By doing that. The camera drive control unit 15 identifies a trouble.
The circuit 35 informs the shutter motor 31 of an abnormality.
When the normal detection signal is input, the LED drive circuit 36
A predetermined notification signal is output to the processor as shown in FIG.
Flashing pattern of LED display section 37 in flashing film type
To notify the user of the abnormal condition. The camera drive control unit 15
Of the film motor 32 from the file identification circuit 35
When an abnormality detection signal is input, the LED drive circuit
A predetermined notification signal is output to the road 36, as shown in FIG.
Flashing of the LED display part 37 in the film type flashing state
The abnormal state is notified to the user by changing the pattern. Further, the camera drive control unit 15
The shutter member 20 is arranged at a predetermined position from the
Error detection signal to inform that the
Output a predetermined notification signal to the LED drive circuit 36.
Pressing and the film type blinks as shown in FIG.
Changing the blinking pattern of the LED display 37 of the user
To inform the abnormal condition. That is, the output from the camera drive control unit 15
LED display 37 at different periods based on the notification signal
Blinks to make it easy for the user to identify the type of film and abnormalities.
To let you know. The shutter member 20 shown in FIG.
It is arranged in a positional relationship inclined at a predetermined angle θ with respect to the axis
In the present embodiment, the shutter
When the angle θ of the member 20 with respect to the optical axis is 45 degrees,
The light image passing through the optical lens unit 13 is
Shading to block reaching the film surface of set 12
State. This position corresponds to the shutter member 20.
Is a closed state position located at the lowermost end (bottom dead center). The shutter located at the light shielding state position
The optical member is provided on the optical lens unit 13 side of the optical member 20.
The light path passing through the lens unit 13 is reflected to reflect the light image.
A mirror member 22 is used as a reflecting portion to be changed to an upper side in the drawing.
Are located. The frame 21 is opposed to the mirror member 22 by the mirror member 22.
The arrangement position observation through-hole 21a through which the emitted light passes is shaped.
Has been established. This arrangement position observation through hole 21a is
When the shutter member 20 is disposed at the light shielding state position
The center axis of the arrangement position observation through hole 21a and the light
Of light whose optical path has been changed after passing through the optical lens unit 13
It is formed at a position where the axis substantially coincides with the axis. In addition, the arrangement position observation through hole 21a is
Is also used as an LED arrangement hole for disposing the display LED 37.
Where a jig for adjusting the position of the shutter member, which will be described later, is arranged.
A tool arrangement hole 23 is formed. In this embodiment, the shutter member 2
0 is smaller than 45 degrees with respect to the optical axis of 0
In this case, the light blocking state by the shutter member 20 is incomplete.
Part of the light that has passed through the optical lens unit 13
When the film 12a enters the film cassette 12 and the film 12a is exposed.
It will be lighted. On the other hand, with respect to the optical axis of the shutter member 20,
When the angle θ is larger than 45 degrees,
The tip of the cutter member 20 moves further downward from the bottom dead center in the figure.
To other members such as a light-shielding auxiliary member (not shown).
By getting stuck or getting stuck
The opening / closing operation of the shutter motor 31 is hindered.
There is a risk. For this reason, the shutter member 20 is
Adjustment screw 24 is provided to arrange at a predetermined angle with respect to
ing. As shown in FIG. 6, arrows A,
Shutter member 20 rotatably arranged in the direction of arrow a
Is supported by a first shaft member 41. This shuffle
The shutter member 20 in the direction of arrow A
(Not shown) is connected. At the approximate center of the side surface of the shutter member 20,
A locking projection 44 is provided. This locking projection 44
Is provided with a claw 45 provided at the tip of the arm member 45.
a is arranged to abut. The arm member 45 is connected to the second shaft member 42.
Therefore, the shutter member 2 is rotatably supported,
0 as in the direction of arrow B by an unillustrated urging spring.
Have been. This arm member 45 has the adjusting screw 24
Is integrally provided with an adjustment plate 46 that abuts on one surface side.
You. The adjusting screw 24 has a substantially L-shape.
And is rotatably supported by the third shaft member 43.
The position control member 47 is screwed to the distal end of the position control member 47. This
Abuts on at least the adjusting plate 46 of the adjusting screw 24
The tip is from the bottom of the tip of the position control member 47 in the figure.
It is protruding. For this reason, the slit 2 of the adjusting screw 24
For example, insert a flathead screwdriver into 4a and turn it clockwise or
Is rotated counterclockwise to the lower end of the screw tip.
By changing the amount of protrusion from the surface, the adjustment plate
46 is the arrow B direction around the second shaft member 42 or
While rotating in the direction of arrow b, the claw portion 45a
The contacting projection 44 is in contact with the operation of the claw 45a.
The shutter member 2
0, the angle θ with respect to the optical axis changes. sand
In other words, by turning the adjusting screw 24, the system
Fine adjustment of the position of the shutter member 20 with respect to the optical axis
It is easy to arrange them in fixed positions. The base end of the position control member 47 is
Gears (not shown) for transmitting the driving force of the motor 31
Abuts on a cam surface 48a of a cam plate 48 that rotates via a row
Is placed. Note that the position control member 47 has this position.
FIG. 7 is a diagram for urging the position control member 47 in the direction of arrow C (cam plate side).
A biasing spring (not shown) is connected. Here, the cam plate 48 and the shutter member 20
The operation relation of will be briefly described. The shutter motor 3
The cam plate 48 is moved once in the direction of arrow D by one driving force.
The position control member 4 is rotated and rotated.
The base end of 7 has a curved surface and a straight surface.
The movement starts along the memory surface 48a. When the cam plate 48 starts to rotate,
The base end of the position control member 47 is provided on the cam surface 48a.
Move from the largest outer diameter surface to the straight surface.
Then, the position control member 47 is actuated by the urging force of the urging spring.
To move in the direction of arrow C around the third shaft member 43
You. By this, the base end of the position control member 47
Reaches the minimum outer diameter surface provided on the cam surface 48a.
To the adjusting screw 24 which has been in contact with the adjusting plate 46.
Release the locked state. Next, the locked state by the adjusting screw 24 is
When released, the arm member 45 is biased.
Arrow B about the second shaft member 42 by the urging force of
Move in the direction. Then, the claw portion 4 of the arm member 45
5a is released from the locking state with respect to the locking projection 44.
The shutter member 20 is actuated by the urging force of the urging spring.
Moves in the direction of arrow A about the first shaft member 41,
Of the shutter member 20 of FIG.
The shutter member 20 enters an open state. Subsequently, the cam plate 48 keeps rotating.
As a result, the base end of the position control member 47 is
8a gradually move in the direction of the maximum outer diameter surface provided in
Go. As a result, the position control member 47
Start moving gradually in the direction of arrow c against the urging force
As a result, the adjustment screw 24 comes into contact with the adjustment plate 46 and
Arrow b against the urging force of the urging spring
Move in the direction. Then, the claw portion 45a is again
The shutter member 20 is pressed against the locking projection 44 by an arrow.
Move in the a direction. Then, the rotation of the cam plate 48 is completed.
As a result, the base end of the position control
It is located on the largest outer diameter surface of the surface 48a. At this time,
The cutter member 20 is also in the initial state position, at 45 ° with respect to the optical axis.
It is arranged at a light-shielding position inclined at an angle. At this time,
The coupler 25 moves the shutter member 20 to a predetermined position.
Is detected. In this embodiment, the shutter member
20 is tilted at a predetermined angle with respect to the optical axis and is securely placed
Position adjustment of the shutter member 20 so that
Member jig 50 for adjusting the shutter member position for performing
The jig 50 for adjusting the position of the shutter member is used.
The inclination angle of the shutter member 20 with respect to the optical axis
Adjustments are made. As shown in FIG. 7A, the shutter member
The position adjustment jig 50 includes an observation subject 51 and an observation jig.
52 and a jig fixture 53. FIG.
As shown in FIG.
Which reference display unit 54 is provided. In addition, the observation
The tool 52 is formed of a transparent glass body,
A frosted glass part 55 is provided. And this cloudy
The reference position is shown on the glass part 55 as shown in FIG.
A reference line 56 is formed. The jig fixture 53 includes the observation jig 52.
At a predetermined position with respect to the arrangement position observation through hole 21a.
For placing the observation jig 52
Fixing holes 57 are formed. Here, the arrangement position of the shutter member 20 is
Adjustment method for fine adjustment to a predetermined tilt angle with respect to the optical axis
Will be described. First, the endoscope camera 1 and the observation subject 5
1 and the endoscope camera 1 and the observation subject
8, for example, as shown in FIG.
Deploy. Then, provided on the observation subject 51,
Position of the reference display unit 54 and the endoscope camera 1
And the optical axis of the optical lens unit 13 provided in
It is arranged in the same positional relationship. Next, the jig arrangement hole 2 of the endoscope camera 1
3 is provided with a jig fixing tool 53, and the jig fixing tool 53 is healed.
The observation jig 52 is engaged with the fixture fixing hole 57. Next, the adjuster operates the eyepiece of the observation jig 52.
Peek at At this time, as shown in FIG.
With respect to the center of the reference line 56 of the observation jig 52,
The light image 54a of the reference display unit 54 of the body 51 is positioned with respect to the center.
Observed misplaced. Here, the observer uses a minus driver 59
To the slit 24a of the adjusting screw 24 and
Rotate. Then, as shown in FIG.
Gradually protrudes from the lower surface of the tip of the position control member 47
Let me do it. Then, the arm member 45 moves in the direction of arrow b.
As the shutter member 20 is moved,
Moves in the direction of arrow a. At this time, FIG.
As shown, with respect to the center of the reference line 56 of the observation jig 52
The light image 54a, which has been shifted in position, gradually
At the center of the reference line 56. The light image 54a of the reference display section 54
Coincides with the center position of the reference line 56.
At this time, the rotation operation of the adjusting screw 24 is stopped. this
Thereby, the position adjustment of the shutter member 20 is completed.
You. The jig fixing tool 53 is connected to a jig locating hole.
23, and close the jig arrangement hole 23
After disposing the display LED 37, cover the case 16
The endoscope camera 1 is formed. Note that the case 16 is
It is composed of two members, a case and a lower case. As described above, the monitor is attached to the observation monitor.
Endoscope to take a picture of the image displayed on the screen of Nita
Between the optical lens unit of the camera and the film surface
Light image that has passed through the optical lens unit reaches the film surface
Shutter member for controlling whether to open or close by opening and closing operation
Simplifies the configuration of the endoscope camera.
And an inexpensive endoscope camera can be provided. A reflecting portion is provided on one side of the shutter member.
The optical lens unit whose optical path has been changed
Adjustment thread at a position substantially coincident with the optical axis of the light passing through the knit
By forming the through hole,
The lens between the optical lens unit and the film surface.
Whether the shutter member is arranged at a predetermined angle with respect to the optical axis
It can be easily determined whether or not. Further, an observation subject, an observation jig,
Jig for adjusting the position of the shutter member
Prepare the observation jig in the adjustment through hole via the jig fixture.
The reference display section arranged and provided on the observation subject is
Adjust the adjustment screw protrusion while observing through the observation jig
By doing so, the shutter member can be easily moved with respect to the optical axis.
It can be adjusted and arranged at a predetermined angle. The present invention is limited to only the above-described embodiments.
Is not limited and does not depart from the gist of the invention
Various modifications are possible. [Supplementary Note] The above-described embodiment of the present invention described in detail above
According to the embodiment, the following configuration can be obtained.
You. (1) An electronic device in which a solid-state image sensor is disposed at the tip end
TV with a solid-state imaging device arranged in a child type endoscope or eyepiece
An optical endoscope to which a camera is connected;
Obtained by photoelectric conversion with an endoscope or the TV camera
An image processing apparatus for generating an image signal into a video signal;
The video signal generated by the image processing device is transmitted and
Observation display device for displaying observation image, and observation display device
Display the same endoscope image as the endoscope image displayed on the screen of
Display device to be displayed and a camera
It is detachably connected via the connection part provided in the case body.
Optical lens unit provided in the camera case body.
Displayed on the screen of the imaging and display device via the
Take a picture by forming an endoscope image on the film surface
An endoscope photographing apparatus having an endoscope camera
The endoscope camera, the optical lens unit and
On the optical axis between the film surface and the film surface,
Switching between the exposure state and the light shielding state
On the other hand, the optical path of the light passing through the optical lens unit is
A movable member having a reflecting portion to be changed, and the movable member
Is disposed and passes through the optical lens unit and the reflection
Having a through-hole through which light whose optical path has been changed by the section passes
A unit frame, and the unit frame
The disposition position of the moving member during the closing operation is set with respect to the optical axis.
Movable position adjustment member that adjusts to a predetermined angle to switch to the light blocking state
Endoscope photographing with a shutter unit having
Shadow device. (2) The endoscope camera may include the movable part
Supplementary note 1 having a drive control unit for controlling the driving of the material
Endoscope photography equipment. (3) The movable member is a shutter
An endoscope photographing apparatus according to Supplementary Note 1 or 3. (4) The movable member has a predetermined position.
Position adjustment to confirm that the
A recognition hole for closing the movable member with respect to the optical axis in the closed operation state.
When the optical lens unit is placed at a predetermined angle
Optical axis of transmitted light and through hole formed in the unit frame
2. The endoscope photographing apparatus according to claim 1, wherein the central axis of
Place. (5) The endoscopic photographing apparatus further comprises
Check whether the movable member is located at the predetermined position.
With a jig for adjusting the position of the shutter member for recognition
2. The endoscope photographing device according to 1. (6) The jig for adjusting the position of the shutter member
Is an observation subject provided with a reference display section and a transparent glass
And form a reference line indicating the reference position on the eyepiece.
An observation jig provided with a frosted glass part and the observation jig
And a jig fixture arranged at a predetermined position of the through hole.
An endoscope photographing apparatus according to attachment 5. (7) The endoscopic photographing apparatus further comprises
Then, the user is asked to enter the film cassette loaded in the endoscope camera.
Type of drive unit and abnormal operation of the drive motor and shutter member.
Endoscope photography according to supplementary note 1 having a notifying means for notifying.
apparatus. (8) The notification means is a display LED.
And flash at different intervals depending on the content of the notification.
The endoscope photographing apparatus according to the above. According to the present invention as described above,
Attached to the display device for shadows, and displayed on the screen of this display device
A simplified configuration for taking a picture of the displayed image
Endoscope photography device equipped with an inexpensive endoscope camera
Can be provided.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 to FIG. 9 relate to an embodiment of the present invention,
FIG. 1 is a block diagram showing an overall configuration of an endoscope photographing apparatus including an endoscope camera. FIG. 2 is a diagram illustrating a configuration of a main part of the endoscope camera. FIG. 3 is an endoscope camera. FIG. 4 is a diagram showing an example of a blinking pattern when announcing a film type by a display LED; FIG. 5 is a diagram showing an example of a blinking pattern when announcing an abnormality by a display LED; 6 is a diagram illustrating the configuration of the drive unit. FIG. 7 is a diagram illustrating a jig for adjusting the position of the shutter member. FIG. 8 is a diagram illustrating a state in which the position of the shutter member is adjusted with respect to the optical axis. [Description of Reference Codes] 1 ... Endoscope camera 11 ... Mount 12a ... Film surface 13 ... Optical lens unit 14 ... Shutter unit 16 ... Camera case body 20 ... Shutter member 21 ... Shutter unit frame Body 2 1a: Arrangement position observation through hole 22: Mirror member 24: Adjustment screw 30: Drive unit

──────────────────────────────────────────────────続 き Continued on the front page (58) Field surveyed (Int. Cl. ⁷ , DB name) G02B 23/26 A61B 1/04 360 2H081 AA67

Claims (1)

(57) [Claims 1] An optical endoscope in which an electronic endoscope having a solid-state imaging device disposed at a distal end portion or a TV camera having a solid-state imaging device disposed in an eyepiece is connected. An endoscope, an image processing device that generates an image signal obtained by photoelectric conversion by the electronic endoscope or the TV camera into a video signal, and a video signal generated by the image processing device is transmitted. An observation display device for displaying an endoscopic observation image; a photographing display device for displaying the same endoscopic image as the endoscope image displayed on the screen of the observation display device; The endoscope image is removably connected to the camera case body via a connecting portion provided on the camera case body, and is displayed on a screen of the photographing display device via an optical lens unit disposed on the camera case body. Take a picture by focusing on the surface In an endoscope photographing apparatus including an endoscope camera, the endoscope camera is provided on an optical axis between the optical lens unit and the film surface. A movable member having a reflecting portion for changing the optical path of the light passing through the optical lens unit while switching the state by the opening and closing operation; and the movable member is disposed, and the optical path is changed by the reflecting portion after passing through the optical lens unit. A unit frame having a through hole through which the light passes, and an arrangement position of the movable member disposed in the unit frame at the time of the closing operation is adjusted to a predetermined angle with respect to the optical axis so as to be in a light shielding state. An endoscope photographing apparatus, comprising: a movable position adjusting member that performs a shutter operation;