KR200203855Y1 - Optical image machine - Google Patents

Abstract

The present invention relates to an optical imaging apparatus, comprising: a main body equipped with various function buttons and a controller housed therein; a flexible post that is freely bent on the main body; and a camera head installed at an upper end of the flexible post A 35 mm film so as to display an image on the monitor and a recording means built into the camera head, a monitor showing a signal photographed by the photographing means as an image, and a conventional 35 mm film (which may be less than 35 mm in size) It comprises a supporting film mount, and a detachable coupling means for detachably coupling the film mount to the camera head.

According to the present invention as described above, it is possible to enlarge and view a high-definition screen without printing a 35mm film for a general camera, and also to reduce the cost of printing unnecessary pictures by printing only the necessary pictures in a photo studio.

Description

Optical image machine

The present invention relates to an optical imaging device, and more particularly, to an optical imaging device that enables a user to enlarge and view a high-definition screen without printing a 35mm film (possibly less than 35mm in size) for a general camera.

Generally, various types of optical imaging apparatuses are known for audiovisual education of various research institutes and educational institutions.

For example, a technique is known in which a high-performance CCD camera is mounted on a main body of a device so that the CCD camera captures a specific subject so that a specific part of the subject appears on the monitor as an image.

However, the above-described optical imaging apparatus is a limited technique for connecting to an optical apparatus such as a microscope, or photographing a subject such as a globe and displaying the image on a monitor, which is generally unsuitable for the use of 35mm camera film. Was.

In addition, after developing the film in a photo studio, the printing is performed. In the past, a photograph taken by a photographer by mistake is paid for a predetermined cost by printing the developed film as it is, almost without checking the photographing state. There was a dissolution.

Of course, it is possible to check the developing film and to judge whether or not to print it, but even if the developing film is checked, it is difficult to judge the shooting condition more accurately because there are many technical difficulties.

Therefore, the main object of the present invention is to provide an optical imaging device that can be enlarged and viewed on a high-definition screen without printing a 35mm film for a general camera.

Another object of the present invention is to provide an optical imaging apparatus capable of reducing the cost of printing unnecessary photos by printing only necessary photos in a photo studio.

1 is a block diagram showing an entire system of an optical imaging apparatus according to the present invention.

Figure 2 is an exploded perspective view showing the configuration of the main part of the optical imaging apparatus according to the present invention.

Figure 3a, 3b shows an indirect illumination light blocking member of the optical imaging device according to the present invention,

3A is a front view.

3B is an enlarged cross-sectional view.

Figure 4 is a cross-sectional view showing a state in which the film mount coupled to the camera head of the optical imaging device according to the present invention.

Figure 5 is a side view showing a camera head of the optical imaging device according to the present invention.

6 and 7 are partial cutaway cross-sectional views for sequentially explaining the bonding process of the film mount of the optical imaging device according to the present invention.

<Explanation of symbols for the main parts of the drawings>

2 ; Appliance body 3; Flexible post

4 ; Camera head 5; Photography

6; Monitor 10; Film mount

11; Cylindrical part 12; Square tube

13; Through hole 14; Indirect illumination light blocking member

15; Translucent window 21; Cylindrical coupling

22; Inner wall 23; Engaging protrusion

24; Coupling groove 25; Jam

26, 27; 1st and 2nd stopper

In order to achieve the above object of the present invention, a device body equipped with various function buttons and a controller housed therein, a flexible post that is freely bent on the device body, and a camera installed at an upper end of the flexible post. An optical imaging apparatus comprising a head, a photographing means built into the camera head, and a monitor for displaying a signal photographed by the photographing means as an image, wherein the 35 mm film is placed on the monitor so that the conventional 35 mm film is enlarged as an image on the monitor. There is provided an optical imaging apparatus comprising a supporting film mount and a detachable coupling means for detachably coupling the film mount to the camera head.

The film mount includes a case having at least one through hole and a slit into which a 35 mm film is inserted into a predetermined portion, an interference illumination light blocking member fixed to an intermediate portion inside the case, and a translucent window fixed to a tip of the case. It is characterized by including the configuration.

The detachable coupling means may respectively form cylindrical coupling portions and cylindrical portions inserted into opposite portions of the camera head and the film mount, and form a plurality of coupling protrusions along an outer circumferential surface of the cylindrical coupling portion of the camera head, and the film It is characterized in that the end of the cylindrical portion of the mount is formed to form a coupling groove which is formed with each engaging projection of the camera head, respectively, to rotate the film mount to the camera head to be fixed.

According to the present invention, it is possible to enlarge and view a high-definition screen without printing a 35mm film for a general camera, and in particular, there is an advantage of reducing the cost of printing unnecessary photos by printing only necessary photos in a photo studio.

Hereinafter, an optical imaging apparatus according to the present invention will be described according to an embodiment shown in the accompanying drawings.

1 is a block diagram showing the entire system of the optical imaging device according to the present invention, Figure 2 is an exploded perspective view showing the configuration of the main part of the optical imaging device according to the present invention, Figure 3a, 3b is an optical imaging device according to the present invention Is a front view and an enlarged cross-sectional view showing an indirect illumination light blocking member of a.

4 is a cross-sectional view illustrating a state in which a film mount is coupled to a camera head of an optical imaging apparatus according to the present invention, and FIG. 5 is a side view showing a camera head of an optical imaging apparatus according to the present invention, FIGS. 6 and FIG. 7 is a partially cutaway cross-sectional view for sequentially explaining a bonding process of the film mount of the optical imaging apparatus according to the present invention.

As shown in the drawing, the optical imaging apparatus according to the present invention is capable of freely bending the apparatus main body 2 having various function buttons 1 mounted therein and a controller housed therein, and standing on the apparatus main body 2. A flexible post 3 (also called a 'goose neck'), a camera head 4 installed at an upper end of the flexible post 3, a CCD camera, etc. embedded in the camera head 4, and the like. A photographing means 5, a film mount 10 detachably coupled to the camera head 4 and fitted with a 35 mm film F, and a 35 mm film F of the film mount 10. It includes a monitor (6) showing the image.

The controller of the device main body 2, the photographing means 5, and the monitor 6 are electrically connected, and the description thereof is irrelevant to the technical contents of the present invention and will be omitted.

Meanwhile, the film mount 10 has a structure in which a cylindrical portion 11 having a predetermined diameter and a square cylindrical portion 12 having a predetermined width are integrally formed, and both sides of the cylindrical portion 11 have photographing means. A through hole 13 for focus control of 5 is formed, and an interference illumination light blocking member 14 having a hollow 14a is fixed to an inner wall of the cylindrical part 11, and The translucent window 15 is fixed to the tip portion.

Slits 12a and 12b are formed at both ends of the rectangular tube portion 12 so as to sandwich the 35mm film F.

The interference illumination light blocking member 14 serves to block unnecessary external interference illumination.

When the translucent window 15 is photographed on the 35 mm film F inserted into the slits 12a and 12b of the rectangular tube part 12, the background is not visible so that a clearer and higher quality image is displayed on the monitor 6. Play a role.

On the other hand, when looking at the detachable coupling means for attaching the film mount 10 to the camera head 4 detachable, the small diameter of the cylindrical portion 11 of the film mount 10 is coupled to the camera head 4 The cylindrical coupling portion 21 is formed, and a plurality of coupling protrusions 23 are formed on the outer circumferential surface of the cylindrical coupling portion 21 at a predetermined distance c from the inner wall 22, and the film mount ( In the cross section of the cylindrical portion 11 of 10),

Coupling grooves 24 are respectively formed to be engaged with each of the coupling protrusions 23 of (4), and around the coupling groove 24 at the interval c between the inner wall 22 and the coupling protrusion 23. The engaging jaw 25 to be inserted is formed in an annular shape along the inner circumferential surface.

The first stopper 26 is formed at one side of the coupling groove 24, and when the film mount 10 is coupled, the first stopper 26 is configured to rotate at a predetermined angle only in one direction. The second stopper 27 is formed on the inner side of the film mount

10 is no longer rotated.

That is, according to the rotation of the film mount 10 primarily coupled to the camera head 4, the second stopper 27 is caught by the engaging protrusion 23 of the camera head 4 and no longer rotates.

Among the coupling protrusions 23 of the camera head 4 and the coupling grooves 24 of the film mount 10, one pair of the coupling protrusions 23 and the coupling grooves 24 of a specific portion is the remaining coupling protrusion 23. And coupling groove

It is preferable to form rather large than (24), and to use as a reference when the film mount 10 is bonded.

In the optical imaging apparatus according to the present invention configured as described above, the coupling groove of the film mount 10 in the coupling projection 23 formed in the cylindrical coupling portion 21 of the camera head 4.

Form 24. At this time, by making the coupling protrusion 23 and the coupling groove 24, which are relatively large, coincide with each other, the coupling reference point of the film mount 10 is set.

As described above, when the film mount 10 is rotated in a predetermined direction in a state in which the engaging groove 24 of the film mount 10 coincides with the engaging protrusion 23 of the camera head 4, the camera head is rotated.

Since the locking jaw 25 of the film mount 10 is positioned at an interval c formed between the inner wall 22 and the coupling protrusion 23 of the film 4, the film mount 10 is attached to the camera head 4. Is combined, there is no phenomenon that the film mount 10 is arbitrarily removed, and as shown in FIGS. 6 and 7 according to the rotational operation of the film mount 10, the second stopper 27 is a camera head ( It is to be secured to the film mount 10 by being caught by the engaging projection 23 of 4).

At this time, since a predetermined pressure is applied to the opposing engagement surfaces of the camera head 4 and the film mount 10, the film mount 10 is not detached from the camera head 4 arbitrarily.

On the other hand, as described above, the slits formed on both sides of the end of the rectangular cylindrical portion 12 of the film mount 10 in a state where the film mount 10 is fixed to the camera head 4, respectively.

When the 35mm film F is pushed in through the 12a and 12b, the CCD camera 5 stored inside the camera head 4 captures a specific portion of the 35mm film F and transmits the signal to the apparatus main body (12). Through the controller of 2), the monitor 6 is displayed as a high quality image.

As the 35 mm film F is moved, the CCD camera 5 may be continuously photographed, and the part of the 35 mm film F may be viewed as a high quality image.

At this time, since the interference illumination light blocking member 14 is fixed inside the film mount 10, the external interference light unnecessary for photographing is blocked, and the monitor is prevented by the semi-transparent window 15 provided at the tip of the film mount 10. By preventing the background from appearing on (6), a higher quality image can be viewed.

On the other hand, when removing the film mount 10 from the camera head 4, if the film mount 10 is rotated in the opposite direction during assembly, the camera head 4 is attached to the first stopper 26 of the film mount 10. The engaging projection 23 of the () is caught and the engaging projection 23 of the camera head 4 and the engaging groove 24 of the film mount 10 coincide, thereby removing the film mount 10.

As described above, the optical imaging apparatus according to the present invention has been limited to the case where the size of the film is 35 mm, but a film having a size less than that may be used.

As described above, in the optical imaging apparatus according to the present invention, there is provided an apparatus main body in which various function buttons are mounted and a controller is housed therein, a flexible post which can be freely bent on the apparatus main body, and the flexible post A camera head installed at the upper end, a photographing means built in the camera head, a monitor showing a signal photographed by the photographing means as an image, and a 35 mm film supporting a 35 mm film so that an ordinary 35 mm film can be seen as an image on a monitor. By including a film mount and a detachable coupling means for detachably attaching the film mount to the camera head, it is possible to enlarge and view a high-definition screen without printing a 35mm film for a general camera, and print only a picture required in a photo studio. Due to unnecessary prints There is an effect such as saving the dragon.

Claims (3)

An apparatus body equipped with various function buttons and a controller housed therein, a flexible post that can be freely erected on the apparatus body, a camera head installed at an upper end of the flexible post, and photographing means built in the camera head. And a monitor for displaying a signal photographed by the photographing means as an image. A film mount that supports the film so that a normal 35 mm or less film is shown enlarged in an image on a monitor; And an attachment / detachment coupling means for detachably coupling the film mount to the camera head. The film mount of claim 1, wherein the film mount includes a case having at least one through hole and a slit into which the film is fitted, an interference light blocking member fixed to an intermediate portion inside the case, and a tip portion of the case. Optical imaging apparatus comprising a fixed translucent window. The method of claim 2, wherein the detachable coupling means is formed in each of the cylindrical coupling portion and the cylindrical portion which is inserted into the opposite portion of the camera head and the film mount, respectively, a plurality of engaging projections along the outer peripheral surface of the cylindrical coupling portion of the camera head And coupling grooves formed at respective end portions of the cylindrical part of the film mount to engage with the respective engaging projections of the camera head, and rotating the film mount to the camera head.