KR100941600B1 - Iris checkup apparatus - Google Patents

Abstract

The present invention is equipped with a reflector in front of the lens of the camera to increase the iris photographing success rate by automatically setting the iris photographing position when the iris is reflected on the reflector when the iris is photographed, and the iris height of the inspector according to the height of the key The lens, reflector, and iris are positioned in line with each other, and both irises are taken in succession while moving the lens.

A housing having a storage compartment; A camera that photographs the inspector's iris several times in a flash; A reflector for guiding the iris of the inspector to the lens and guiding the iris inspection position by reflecting the iris to the eye of the inspector; A controller that checks the photographed iris pattern and sharpness, selects an optimal image among them, and compares it with a pre-input standard iris pattern to analyze a user's health state; A button unit for inputting a power and a command to the controller; Notification means for informing the controller to check the pattern and sharpness of the iris photographed by the camera so that information can be taken again according to a command of the controller when the photographing is not normal; And a display window for displaying the inspector's iris image photographed by the camera and the inspector's health information analyzed by the controller.

Iris, Camera, Reflector, Controller

Description

Iris diagnosis apparatus {Iris checkup apparatus}

The present invention relates to an iris diagnosis apparatus capable of providing information on the health of the examiner by comparing and analyzing the iris with a pre-input standard iris image. In particular, the reflector is mounted when the iris is photographed by mounting a reflector in front of a camera lens. Improve the iris shooting success rate by automatically setting the iris shooting position when the inspector's own iris is reflected, and simultaneously rotate the lens, reflector, and iris by rotating the camera lens and reflector according to the height of the inspector according to the height of the iris. It is possible to further increase the iris photographing success rate by being positioned on the image, and to reduce the cost by using a single camera by continuously photographing both irises several times in a row while moving a lens.

In the conventional iris diagnosis apparatus, when the examiner approaches the iris in front of the camera for iris diagnosis, the camera corresponding to the iris photographs the iris, and the iris image is compared with the standard iris image previously input to the controller. If taken, this information is accurately analyzed against the pre-input iris information and the health information of the inspector is displayed on the display window.

The conventional iris diagnostic apparatus configured as described above does not know whether the iris is correctly positioned at the photographing position of the camera even if the examiner places the iris close to the camera for iris photographing. In other words, does the examiner have the iris positioned for shooting in line with the camera, above the camera, below the camera, left or right of the camera? The setting position of the back was not known exactly.

Therefore, the inspector has a problem of low iris photographing success rate because the phenomenon of moving the iris frequently occurs at the moment of photographing of the camera due to the psychology of precisely matching the iris to the camera while moving little by little to set the correct photographing position of the iris.

In addition, the conventional iris diagnostic apparatus may use two cameras to correspond to both irises, and these cameras belong to a special camera that clearly captures the iris pattern, thereby increasing the manufacturing cost of the iris diagnostic apparatus. Let it be a direct cause.

Accordingly, the present invention is to solve the problems of the conventional iris diagnostic apparatus as described above, the purpose is to mount the reflector in front of the lens of the camera automatically when the iris is reflected on the reflector when the iris is reflected on the reflector It is to provide an iris diagnostic apparatus that can improve the iris photographing success rate by setting the photographing position.

Another object of the present invention is to provide an iris diagnostic apparatus that can further increase the iris photographing success rate by rotating the lens and the reflector at the same time according to the height of the examiner according to the height of the examiner to position the lens, the reflector, and the iris in one line. .

Still another object of the present invention is to provide an iris diagnosis apparatus capable of reducing manufacturing costs by simultaneously photographing an iris several times in a row while moving one lens.

The configuration of the iris diagnostic apparatus according to the present invention for achieving the above object, the housing having a storage room;

A camera installed inside the housing and photographing the iris of an inspector close to the iris photographing several times in an instant while the lens moves;

A reflector mounted in front of the camera to guide the iris of the inspector to the lens and to guide the iris inspection position by reflecting the iris to the eye of the inspector;

A controller for inspecting the photographed iris pattern and sharpness after the camera photographs the iris, selecting an optimal image from the camera, and comparing the image with a pre-input standard iris pattern to analyze a user's health status;

A button unit for inputting a power and a command to the controller;

Notification means for informing the controller to check the pattern and sharpness of the iris photographed by the camera so that information can be taken again according to a command of the controller when the photographing is not normal;

A display window displaying health information of an inspector analyzed by the controller and an iris image of the inspector photographed by the camera;

A printer for printing an iris image or health information displayed on the display window outside the housing; And

It is electrically connected to the controller, and when the inspector puts coins or bills, and if the specified amount is supplied, a money checker to send a signal to the controller to perform shooting for a fee; characterized in that it comprises a.

The iris diagnostic apparatus of the present invention configured as described above is provided with a reflector having a short width enough to reflect the iris in front of the camera, so that when the inspector positions the iris on the reflector for photographing, When the iris is completely visible, the shooting position of the iris is automatically set accurately, so the shooting position of the iris can be easily adjusted, thereby increasing the shooting success rate.

In addition, the present invention can further increase the iris imaging success rate by rotating the lens and the reflector at the same time according to the height of the examiner to position the lens, the reflector, the iris in a straight line. In this case, by adjusting the angle of the lens and the reflector while the examiner is sitting to match the iris provides convenience of use.

In addition, the present invention has the advantage of reducing the manufacturing cost by photographing the iris in a scan method while reciprocating one camera.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration of the iris diagnostic apparatus according to the present invention.

1 to 2 is a perspective view showing a state before and after the iris diagnostic apparatus according to the present invention is assembled to the pedestal, Figure 3 is a cross-sectional view showing the inside of the iris diagnostic apparatus according to the present invention, Figure 4 is the present invention Another embodiment is a perspective view of an iris diagnostic apparatus, and FIG. 5 is a perspective view illustrating a main body of the iris diagnostic apparatus of FIG. 4. Figure 6 is a cross-sectional view showing the inside of another embodiment iris diagnostic apparatus according to the present invention, Figure 7 is an exploded perspective view of an embodiment of the camera and reflector according to the present invention, Figure 8 is a side cross-sectional view of the camera according to the present invention. 9 is a cross-sectional view of the camera using a state according to the invention, the cross-sectional view of the camera is angled downward, Figure 10 is a cross-sectional view of the camera using a state according to the present invention, the angle of the camera upward adjustment. 11 is a front view showing the angle adjusting means of the camera according to the present invention, Figure 12 is a side view showing the angle adjusting means of the camera according to the present invention. Figure 13 is a plan sectional view of a camera according to the present invention, Figure 14 is a perspective view showing an embodiment angle adjusting means according to the present invention, Figure 15 is a side view showing a use state of another embodiment according to the present invention.

As shown in the drawings, the first embodiment iris diagnostic apparatus 1 according to the present invention is shown in Figs. 1 to 3, and the construction thereof includes a housing 2 having a large case function and a housing in the housing 2. And a camera (3) for photographing the iris of the inspector, a reflector (4) for automatically setting the iris photographing position by reflecting the iris of the inspector to itself, a controller (5) for controlling commands of components necessary for iris photographing, and the controller ( 5) a button unit 6 for inputting a command, a notification means for notifying the user to retake the image when the iris image captured by the camera 3 is not clear, and an iris image and a controller photographed by the camera 3; And a display window 7 displaying the health information analyzed in 5).

The housing 2 has an accommodating chamber 21 formed therein for accommodating elements for photographing the iris, and the accommodating chamber 21 is opened and closed by a cover 22 assembled at the rear. The housing 2 may be configured in various shapes, and it is shown in the present specification that the housing 2 is configured in a hexahedral shape. The housing 2 is inserted into the groove 8a of the pedestal 8 to be used in a stable state.

The camera 3 is an important element in configuring the present invention by photographing the inspector's iris in a scan method. That is, the camera 3 does not use two to correspond to the iris as in the related art, but it is characterized by photographing both irises several times in an instant while moving one lens.

More specifically, the camera 3 includes a case 31 in which the front of the storage chamber is opened as shown in FIGS. 7 to 15;

A lens 33 installed to move left and right reciprocating along the rail 32 installed inside the case 31 to photograph the iris of the inspector;

A motor 34 installed at the rear of the lens 33;

A pinion (35) mounted to the shaft of the motor (34); And

And a rack gear 36 formed in the longitudinal direction of the storage compartment of the case 31 and meshing with the pinion 35.

The camera 3 configured as described above, when the examiner presses the start recording button while the iris is positioned on the reflector 4 positioned in front of the lens 33, the motor 34 drives the pinion ( 35 and rotates the pinion 35 is engaged with the rack gear 36, so that the lens 33 is moved according to the guide of the rail 32, and the two sides of the inspector are photographed by scanning several times in an instant. After the shooting is completed, the camera returns to the original position.

At this time, the movement stroke of the lens 33 can be determined by the limit switch 37 provided on both sides of the rail 32, the distance between the two limit switch 37 so as to have a moving stroke that can sufficiently accommodate both iris. It is desirable to secure enough.

On the other hand, the iris photographing command can be used as a photographing button of the button unit 6 as described above, but because the two eyes of the examiner is close to the reflector 4 during iris photographing, the photographing button is not confirmed, so the detection sensor 38 You can shoot automatically by using.

That is, by mounting a detection sensor 38 that can detect the iris near the lens 33, if the detection sensor 38 detects the iris abnormally for a predetermined time, the speaker (9) by the command of the controller (5) ) Informs the voice message that the recording starts, and then the lens 33 may automatically photograph the iris.

On the other hand, the camera 3 further has an angle adjusting means 39 to adjust the angle according to the height of the iris according to the height of the examiner.

One embodiment of the angle adjusting means (39) is a hinge protrusion (39a) protruding at both ends of the longitudinal direction of the case (31) rotatably assembled to the housing (2);

A first driven gear (39c) formed on a semicircular surface (39b) behind the case (31) of the camera (3), and formed on the semicircular surface (39b);

An operation shaft 39d on which a handle 39d-1 formed at one end thereof protrudes out of the housing 2 so that the inspector can rotate the case 31 of the camera 3;

When the handle 39d-1 is rotated, the first shaft is mounted on the other end of the operation shaft 39d so as to be engaged with the first driven gear 39c to rotate the case 31 of the camera 3. It includes; one drive gear (39e).

Since the hinge protrusion 39a is rotatably fitted to the rib 23 of the housing 2, the case 31 rotates the hinge protrusion 39a about its axis. Accordingly, the first driven gear 39c formed on the rear semicircular surface 39b of the case 31 is engaged with the first driving gear 39e about the hinge protrusion 39a to rotate the case 31.

The pitch circle diameter of the first driven gear 39c is preferably configured to be larger than the pitch circle diameter of the first drive gear 39e so as to be decelerated. Therefore, when the inspector rotates the handle 39d-1, the rotational speed of the first driven gear 39c is lower than the rotational speed of the first driving gear 39e, so that the rotation angle of the lens 33 and the reflector 4 is reduced. Can be adjusted accurately.

When the iris of the inspector is positioned below the reflector 4, the angle adjusting means 39 configured as described above holds the handle 33d-1 formed at the end of the operation shaft 39d and rotates the lens 33. The reflector 4 simultaneously rotates downward to coincide with the iris of the inspector. On the contrary, when the examiner's iris is positioned above the reflector 4, holding the handle 39d-1 and rotating it in the opposite direction, the lens 33, the reflector 4, and the iris are positioned in a straight line, and thus the iris photographing success rate Can increase.

On the other hand, another embodiment of the angle adjusting means 39 may be configured as shown in FIG. That is, hinge protrusions 39a protruding from both ends of the case 31 in the longitudinal direction of the camera 3 to be rotatably assembled to the housing 2;

A second driven gear 39f mounted to at least one of the hinge protrusions 39a;

An operation shaft in which a handle 39d-1 corresponding to the second driven gear 39f and formed at one end thereof protrudes out of the housing 2 so that the inspector can rotate the case 31 of the camera 3. 39d);

And a second driving gear (39g) mounted to the other end of the operation shaft (39d) to be engaged with the second driven gear (39f).

The angle adjusting means 39 of the other embodiment is the same as the embodiment except that the second driven gear 39f is mounted on one side of the hinge protrusion 39a, and thus detailed description thereof will be omitted.

The reflector 4 automatically sets the photographing position of the iris, and is fixed to the front case 31 of the lens 33. Preferably, the reflector 4 is detachably mounted.

The reflector 4 constitutes an important part of the present invention.

That is, since the conventional iris diagnosis apparatus uses a transparent mirror instead of the reflector 4, the inspector observes the lens 33 located in front of the iris, but checks whether the iris of the iris is matched to the lens 33. Unable to psychologically move the iris more accurately while trying to more accurately fit the lens 33, the iris shooting success rate was low.

However, the present invention solves this problem by using the reflector 4 without using a mirror. In other words, when the inspector places the iris on the reflector 4 for photographing by installing a reflector 4 having a width short enough to reflect the inspector's iris in front of the case 31 of the camera 3. When the iris reflected by the reflector 4 is completely visible, the shooting position of the iris is automatically set accurately, thereby increasing the shooting success rate of the iris.

This is simply a technique that is not in the conventional iris diagnostic apparatus can be thought of simply using the reflector 4, but at the same time the image of the iris with his own iris reflected directly on the reflector 4 through the change of concept The position is set automatically, simplifying the structure and dramatically increasing the iris shooting success rate.

The length of the reflector 4 is long enough to accommodate both pupils, and the width thereof is equal to or slightly larger than the diameter of the iris so that the iris is fully reflected by the reflector 4 during the iris inspection. It is desirable to minimize the movement of the iris.

The reflector 4 must simultaneously reflect the function of reflecting its iris when viewed from the direction of the inspector, and when the iris is seen transparent when viewing the iris in the direction of the lens 33 of the camera 3. This is for the iris to be clearly seen on the lens 33 so as not to disturb the shooting.

The controller 5 controls all elements necessary for iris photographing electrically and electronically, and also has a function of selecting and optimizing an optimal image among many iris images photographed by itself and comparing it with a standard input iris image.

The controller 5 is enabled by a pre-inputted software program. The software program selects an image with the highest clarity and the highest clarity among the many iris images photographed, and inputs the selected image in advance. Function to compare and analyze with standard iris image.

In the microcomputer of the controller 5, a standard iris image, voice information of the speaker 9, a comparison analysis software program of the standard iris and the photographed iris, and the like are inputted. 7) or provide information to the user through the speaker (9).

The controller 5 is a conventional electronic control technology, but the present invention differs in the characteristics of providing the health information of the inspector by photographing the iris and comparing and analyzing the photographed iris image with a standard iris previously input.

Here, the technique for comparing the standard iris and the photographed iris is a known technique described in Patent Application No. 2000-56313, and the detailed description thereof will be omitted.

The button unit 6 inputs a command to the controller 5, and various buttons protrude out of the housing 2. Referring to FIG. 1, a power button 61, a volume button 62, and a contrast button 63 for adjusting display brightness are provided in a lower horizontal direction, and a recording start button 64 and a recording stop button are provided in a vertical direction on the right side. 65, the print button 66 is prepared, and the reset button 67 and the preliminary buttons 68 protrude in the left vertical direction.

The button part 6 shows an embodiment and the button may be added or subtracted according to the function of the present invention.

The notification means may include voice information regarding the precautions to the inspector during the iris photographing, voice information indicating the start and end of the shooting, voice information indicating the good and bad of the photographed image, voice information indicating the re-shooting when the image is bad, and the printer (10). A variety of voice information related to iris shooting and post-shooting use, such as voice information indicating whether selection is provided, is provided through the speaker 9.

Therefore, the speaker 9 is mounted inside the housing 2 so as to be connected to the controller 5, and the plurality of holes 91 are provided in the housing 2 corresponding to the speaker 9 to hear the speaker 9 sound. ) Is penetrated.

In addition, the notification means may provide the voice information as text information through the display window (7).

The display window 7 uses liquid crystal. This display window (7) is displayed as a letter or caution before iris photographing, and after the iris can be taken image and the standard iris image can be displayed, and then compared with the standard iris and the photographed iris The health information of the examiner is displayed.

On the other hand, in the iris diagnostic apparatus of the present invention, the printer 10 is further installed to be connected to the controller 5 so as to output the information displayed on the display window 7 to the printer 10.

The outlet of the printer 10 corresponds to the outlet 24 formed in the housing 2, so that the output information is provided to the inspector through the outlet 24 of the housing 2.

In addition, the iris diagnostic apparatus of the present invention is further provided with a currency checker 11 to be connected to the controller 5 to be used as a flow path. To this end, the coin inlet 11a, the banknote inlet 11b, and the change return port 11c are prepared in the upper portion of the housing 2.

The coin checker 11 detects the set amount of money and sends a signal to the controller 5, and the controller 5 receiving the signal drives the iris diagnostic apparatus of the present invention to photograph the iris.

Iris diagnostic apparatus of the present invention can be provided with both the printer 10 and the coin tester 11 to facilitate the convenience.

In the iris diagnostic apparatus 1 of the present invention, when the inspector reflects the iris to the reflector 4 and sets the photographing position, a sensor 38 measuring the distance from the lens 33 to the iris has one side of the lens 33. It is preferable to be mounted on. The detection sensor 38 measures the distance of the iris so that when the iris is out of the photographing range of the lens 33, the notification means comes closer to the lens 33, thereby further increasing the photographing success rate.

On the other hand, the iris diagnostic apparatus of the second embodiment according to the present invention, as shown in Figures 4 and 15, the examiner can stand to photograph the iris.

The second embodiment of the iris diagnostic apparatus includes a frame (F), a housing (2) in which the frame (F) is installed to be lifted and lowered by the lifting means (12), and housed in the housing (2) and the iris of the examiner. Camera (3) for photographing, the reflector (4) for automatically setting the iris photographing position by reflecting the iris of the inspector to itself, the controller (5) for controlling the commands of the parts necessary for iris photographing, the command to the controller (5) A button unit 6 for inputting a signal, notification means for informing the user to retake the image according to a command of the controller 5 when the iris image captured by the camera 3 is not clear, and the iris photographed by the camera 3 A display window (7) for displaying the health information analyzed by the image and the controller (5), and a printer (10) for printing the iris image or health information displayed on the display window (7) to the outside of the housing (2); And a money checker 11 for checking bills or coins so as to photograph the iris for a fee.

Here, since the rest of the lifting means 12 for allowing the housing 2 to be lifted and lowered to the frame F has been described in the first embodiment, further description thereof will be omitted.

The frame (F) is provided with a base plate (F1) on the bottom surface, the pillar (F2) is installed on both sides of the upper base plate (F1).

Lifting means (12) for mounting the housing (2) to the frame (F) to be able to move up and down, the guide grooves (12a) formed in the longitudinal direction of the inner side of both pillars of the frame (F); Insertion protrusions 12b protruding from both sides of the housing 2 and inserted into the respective guide grooves 12a to guide the lifting and lowering of the housing 2; A first forward and reverse motor 12c mounted to the frame F; A roller 12d mounted to a shaft of the first forward motor 12c; A first wire 12e fixed to one side of the housing 2 and the roller 12d to move the housing 2 up and down when the roller 12d rotates forward and backward; A second that is fixed to the other side of the housing 2 and the roller 12d so as to correspond to the first wire 12e about the roller 12d so as to move the housing 2 up and down when the roller 12d rotates forward and backward; Wire 12f; And an up / down button 12g electrically connected to the first forward and reverse motor 12c and mounted to be exposed to the frame F to rotate the first forward and reverse motor 12c to raise and lower the housing 2. It includes;

The iris diagnostic apparatus of the second embodiment configured as described above uses the up / down button 12g to raise and lower the housing 2 according to its height so that the reflector 4 is positioned on its iris. , Both sides of the iris is reflected on the reflector 4 so that the user can see the iris.

At this time, when the reflector 4 is higher or lower than the position of its iris, the lens 33 and the reflector 4 integrally mounted with the lens 33 are adjusted by the angle adjusting means 13 to adjust the lens 33. ), The reflector (4), and the iris is adjusted to match the image of the iris.

Here, the configuration of the angle adjusting means 13 is a hinge protrusion (13a) is protruded in the longitudinal both ends of the camera (3) rotatably assembled to the housing (2) as shown in FIG. A worm wheel 13b mounted to at least one hinge protrusion 13a and having a screw formed on an outer circumference thereof; The operation shaft 13c which corresponds to the worm wheel 13b and the handle 13c-1 formed at one end thereof protrudes outward from the housing 2 so that the inspector can rotate the case 31 of the camera 3. ; And a worm gear 13d mounted to the other end of the operation shaft 13c to be engaged with the gear of the worm wheel 13b.

When the iris of the examiner is configured to be positioned below the reflector 4 and rotates while holding the handle 13c-1, the angle adjusting means 13 may be configured by the engagement of the worm gear 13d and the worm wheel 13b. 33) and the reflector 4 simultaneously rotate downward to coincide with the iris of the examiner. On the contrary, when the examiner's iris is positioned above the reflector 4, the handle 33c-1 is held and rotated in the opposite direction, such that the lens 33, the reflector 4, and the iris are positioned in a straight line, and thus the iris photographing success rate. Can increase.

The iris diagnostic apparatus of the present invention configured as described above photographs the iris for euro or free at any place where power is supplied, such as a hospital, pharmacy, home and office, and compares the photographed iris with a standard iris to examine the health information of the examiner. You can see it immediately.

1 is a perspective view of the iris diagnostic apparatus according to the present invention separated from the pedestal

Figure 2 is a perspective view of the iris diagnostic apparatus according to the present invention assembled on a pedestal

Figure 3 is a cross-sectional view showing the inside of the iris diagnostic apparatus according to the present invention

Figure 4 is a perspective view of another embodiment iris diagnostic apparatus according to the present invention

5 is a perspective view showing a main body of the iris diagnostic apparatus of FIG.

Figure 6 is a cross-sectional view showing the inside of another embodiment iris diagnostic apparatus according to the present invention

7 is an exploded perspective view of an embodiment of a camera and reflector according to the present invention;

8 is a side cross-sectional view of the camera according to the present invention.

9 is a cross-sectional view of a state in which the camera is used in accordance with the present invention, in which the camera is angled downward.

10 is a cross-sectional view of a state in which the camera is used according to the present invention, in which the camera is angled upward.

11 is a front view showing the angle adjusting means of the camera according to the invention

Figure 12 is a side view showing the angle adjusting means of the camera according to the invention

13 is a cross-sectional plan view of a camera according to the present invention.

14 is a perspective view showing an embodiment angle adjusting means according to the present invention

Figure 15 is a side view showing a state using another embodiment according to the present invention

Explanation of symbols on the main parts of the drawings

1: Iris Diagnosis Device 2: Housing

3: camera 4: reflector

5 controller 6 button

7: display window

Claims (13)

A housing having a storage compartment; A camera which is installed inside the housing and photographs the iris of the inspector in close proximity several times while the lens is moved; A reflector mounted in front of the lens of the camera to guide the iris of the inspector to the lens and to guide the iris inspection position by reflecting the iris to the eye of the inspector; A controller for inspecting the photographed iris pattern and sharpness after the camera photographs the iris, selecting an optimal image from the camera, and comparing the image with a pre-input standard iris pattern to analyze a user's health status; A button unit for inputting a power and a command to the controller; Notification means for informing the controller to check the pattern and sharpness of the iris photographed by the camera so that information can be taken again according to a command of the controller when the photographing is not normal; And And a display window for displaying the inspector's iris image photographed by the camera and the inspector's health information analyzed by the controller. A housing having a storage compartment; A camera which is installed inside the housing and photographs the iris of an inspector in close proximity at the time of iris photographing while the lens is moved; A reflector mounted in front of the lens of the camera to guide the iris of the inspector to the camera and to guide the iris inspection position by reflecting the iris to the eye of the inspector; A controller for inspecting the photographed iris pattern and sharpness after the camera photographs the iris, selecting an optimal image from the camera, and comparing the image with a pre-input standard iris pattern to analyze a user's health status; A button unit for inputting a power and a command to the controller; Notification means for informing the controller to check the pattern and sharpness of the iris photographed by the camera so that information can be taken again according to a command of the controller when the photographing is not normal; A display window displaying health information of an inspector analyzed by the controller and an iris image of the inspector photographed by the camera; And Iris diagnostic apparatus comprising a; printer for printing the iris image or health information displayed on the display window to the outside of the housing. A housing having a storage compartment; A camera which is installed inside the housing and photographs the iris of an inspector in close proximity at the time of iris photographing while the lens is moved; A reflector mounted in front of the lens of the camera to guide the iris of the inspector to the lens and to guide the iris inspection position by reflecting the iris to the eye of the inspector; A controller for inspecting the photographed iris pattern and sharpness after the camera photographs the iris, selecting an optimal image from the camera, and comparing the image with a pre-input standard iris pattern to analyze a user's health status; A button unit for inputting a power and a command to the controller; Notification means for informing the controller to check the pattern and sharpness of the iris photographed by the camera so that information can be taken again according to a command of the controller when the photographing is not normal; A display window displaying health information of an inspector analyzed by the controller and an iris image of the inspector photographed by the camera; And An iris diagnostic device electrically connected to the controller and inspecting the coin when inserting coins or bills, and a currency checker to send a signal to the controller to perform shooting for a fee if a specified amount is supplied. . A housing having a storage compartment; A camera which is installed inside the housing and photographs the iris of an inspector in close proximity at the time of iris photographing while the lens is moved; A reflector mounted in front of the lens of the camera to guide the inspector's iris to the lens and to reflect the iris to the inspector's eye to guide the iris inspection position; A controller for inspecting the photographed iris pattern and sharpness after the camera photographs the iris, selecting an optimal image from the camera, and comparing the image with a pre-input standard iris pattern to analyze a user's health status; A button unit for inputting a power and a command to the controller; Notification means for informing the controller to check the pattern and sharpness of the iris photographed by the camera so that information can be taken again according to a command of the controller when the photographing is not normal; A display window displaying health information of an inspector analyzed by the controller and an iris image of the inspector photographed by the camera; A printer for printing an iris image or health information displayed on the display window outside the housing; And An iris diagnostic device electrically connected to the controller and inspecting the coin when inserting coins or bills, and a currency checker to send a signal to the controller to perform shooting for a fee if a specified amount is supplied. . The iris diagnostic apparatus according to claim 4, wherein the camera lens and the reflector further have angle adjusting means to adjust the angle according to the iris height of the examiner. The camera of claim 4, wherein the camera comprises: a case having an opening in a front of a storage compartment and a semicircular shape at a rear thereof; A lens for reciprocating left and right along the rail installed inside the case to photograph the iris of the inspector; A motor installed at the rear of the camera; A pinion mounted to the shaft of the motor; And And a rack gear formed in a longitudinal direction of the storage compartment of the case and meshing with the pinion. The iris according to claim 4, wherein the notifying means further includes a speaker 9 connected to the controller to inform the re-shooting voice information through the speaker or the re-shooting text information through the display window. Diagnostic device. The method according to claim 4, further comprising a sensor for measuring the distance from the lens to the iris when the inspector reflects the iris to the reflector to set the photographing position, Here, the iris diagnostic device, characterized in that by measuring the distance of the iris to notify the closer to the camera by the notification means when the iris is out of the shooting range of the lens. The method according to claim 5, wherein the angle adjusting means protrudes on both ends of the longitudinal direction of the camera to be rotatably assembled to the housing; A semi-circular surface is formed behind the case of the camera, the first driven gear being formed on the semi-circular surface; An operation shaft in which a handle formed at one end thereof protrudes out of the housing so that the inspector can rotate the case of the camera; And a first driving gear mounted to the other end of the operation shaft so that the case of the camera can be rotated by engaging with the driven gear when the handle is rotated. The method according to claim 5, wherein the angle adjusting means protrudes on both ends of the case in the longitudinal direction of the camera hinge hinge rotatably assembled to the housing; A second driven gear mounted to at least one hinge protrusion; An operation shaft which corresponds to the second driven gear and a handle formed at one end thereof protrudes out of the housing so that the inspector can rotate the case of the camera; And a second driving gear mounted to the other end of the operation shaft so as to be engaged with the second driven gear. frame; A housing installed on the frame F by elevating means to move up and down, and accommodating elements necessary for iris photographing in an inner storage chamber thereof; A camera which is installed inside the housing and photographs the iris of an inspector in close proximity at the time of iris photographing while the lens is moved; A reflector mounted in front of the lens of the camera to guide the iris of the inspector to the lens and to guide the iris inspection position by reflecting the iris to the eye of the inspector; A controller for inspecting the photographed iris pattern and sharpness after the camera photographs the iris, selecting an optimal image from the camera, and comparing the image with a pre-input standard iris pattern to analyze a user's health status; A button unit for inputting a power and a command to the controller; Notification means for informing the controller to check the pattern and sharpness of the iris photographed by the camera so that information can be taken again according to a command of the controller when the photographing is not normal; A display window displaying health information of an inspector analyzed by the controller and an iris image of the inspector photographed by the camera; A printer for printing an iris image or health information displayed on the display window outside the housing; And An iris diagnostic device electrically connected to the controller and inspecting the coin when inserting coins or bills, and a currency checker to send a signal to the controller to perform shooting for a fee if a specified amount is supplied. . The method according to claim 11, The lifting means is guide grooves formed in the longitudinal direction of the inner side of both pillars of the frame; Insertion protrusions protruding from both sides of the housing and inserted into the respective guide grooves to guide the lifting and lowering of the housing; A first forward and reverse motor installed in the frame; A roller mounted to the shaft of the first forward motor; A first wire fixed to one side of the housing and the roller to move the housing up and down when the roller rotates forward and backward; A second wire fixed to the other side of the housing and the roller so as to correspond to the first wire with respect to the roller to move the housing up and down when the roller rotates forward and backward; And And an up / down button electrically connected to the motor and mounted to be exposed to the frame to rotate the first forward / lower motor to move the housing up and down. The method according to claim 11, wherein the lens and the reflector of the camera further has an angle adjusting means to adjust the angle according to the height of the iris of the examiner, Here, the angle adjusting means includes a hinge protrusion protruding in both longitudinal direction of the camera rotatably assembled to the housing; A worm wheel mounted on at least one hinge protrusion and having a screw formed on an outer circumference thereof; A manipulation shaft corresponding to the worm wheel and having a handle formed at one end thereof protruding outward from the housing to allow the inspector to rotate the case of the camera; And a worm gear mounted to the other end of the operation shaft to be engaged with the gear of the worm wheel.

Images