KR101448273B1 - Complex type sight by using ＴＯＬＥＤ - Google Patents

Abstract

The present invention relates to a combined type electronic sights using a transparent display, which is capable of setting various positions of a line of sight by using a transparent display (TOLED) to adjust various positions of a line of sight and displaying information necessary for shooting on the same screen A transparent display device for changing the shape and size of an aim point and displaying additional information including position information, movement path information, and peer identification information on a screen, a camera for capturing an image in a direction in which the sight point is directed, A battery for supplying power to the unit, an automatic zero point adjusting unit for performing an automatic zero point adjusting function using a laser distance meter, a GPS module for providing coordinates for user's position information, And a main controller for displaying an aim point on a transparent display device and controlling an electronic dot site adjusting function, image processing, and position information processing.

Description

TECHNICAL FIELD [0001] The present invention relates to a complex type electron microscope using a transparent display,

[0001] The present invention relates to a combined electronic aiming apparatus, and more particularly, to a multi-purpose electronic aiming apparatus capable of forming various types of sight line by using a transparent display (TOLED) and adjusting the position of the sight line, To a combined electron microscope using a transparent display.

Generally in fire extinguishers, use scales and clamps to aim at the target. When the trigger is pulled for shooting, the ball impacts the primer at the back of the ammunition, and the primer explodes by the impact, causing the burden inside the cartridge to burn. As a result, the pressure inside the shell rapidly increases, and the shell is fired by this pressure.

Here, the process of aiming the target for shooting is as follows.

First, the soleplate of the firearm is brought into close contact with the right shoulder, and the firearm is lifted to watch the scale, so that the right cheek is closely attached to the side surface of the buttock. In this state, the right hand grasps the handle of the firearm, and the index finger of the right hand prepares to pull the trigger. At this time, by supporting the flap cover of the firearm with the left hand, a stable shooting posture is maintained. In this state, the target is aimed in such a manner that the upper end of the clamp is positioned at the center of the scale and the target is matched to the clamp.

However, in a normal fire extinguisher, accurate aiming is difficult because the target is aimed with the naked eye by using the scale and the clamp. Further, since the distance to the target can not be accurately known, there is a disadvantage that sufficient shooting effect can not be obtained.

Recently, a fire control system has been attached to fire extinguishers, so that information such as the distance to the target is guided to the user and the target can be accurately aimed.

Especially, in the modern war which is changing into the electronic warfare, the importance of the above-mentioned fire control apparatus is increasing.

Nevertheless, equipment such as a GPS device capable of knowing the location information and a camera for transmitting the electric field environment in real time is formed as a separate type rather than an integrated type, which is inefficient.

In this case, the front image projected by the sight mirror is not displayed, but the image processed by the image processing unit is displayed on the screen, which is inefficient in the whole field.

Thus, most firearms use a mechanical aiming system to aim with a scale and an adjustable angle. Therefore, the accuracy is significantly lower at a distance of 200m or more, and a lot of training is required to skillfully handle the mechanical aiming machine in order to increase the accuracy.

There is also a need to adjust the sights for each individual, and dot sight (laser sighting point) and holographic site sight sights exist, but they are used only to mark the aiming point.

As shown in FIG. 1, when the GPS device, the camera, and the aiming device are individually mounted, they are difficult to use efficiently and are disadvantageous in terms of maintenance and survival in the field.

In order to solve the problem of the conventional aiming apparatus, the present invention forms a sight by using a transparent display (TOLED) to set various positions of the line of sight and adjust the position, And an object of the present invention is to provide a combined electron microscope using a transparent display capable of displaying an electron microscope.

The present invention makes it possible to precisely adjust the dot site adjustment by replacing the dot site and the holographic site portion with a transparent display (TOLED), introduces a modern coordinate measurement method using GPS satellites, And to provide a complex type electron microscope using a multi-purpose transparent display capable of grasping paths and the like.

The present invention realizes a variety of design settings and positional adjustments for an image of a line of sight by implementing a line of sight necessary for aiming a gun, and displays information necessary for shooting such as position information on the screen of the display, And to provide a combined electron microscope using a transparent display unit which is integrally formed by adding a GPS and a camera function.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a combined electron microscope using a transparent display in which the size of a zero point adjusting unit is changed by using a zoom function of a camera integrally formed in a combined type electron microscope.

The objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

To achieve these and other advantages and in accordance with the purpose of the present invention, as embodied and broadly described herein, there is provided a combined electron microscope using a transparent display, comprising: A display device, a camera for capturing an image in a direction that the sneaker is aimed at, a battery for supplying power to each unit of the sneak, an automatic zero point adjusting part for performing an automatic zero point adjusting function using a laser distance measuring device, A GPS module for providing coordinates for displaying a moving route; And a main controller for controlling the electronic dot site adjustment function, the image processing, and the position information processing by displaying an aim point on the transparent display device.

Here, the main controller may automatically adjust the zero point by using the magnification of the camera, the distance information by the laser distance measuring device, and the like, and may control the change of the aim point type according to the electric field environment by the setting of the user. A holographic sight which processes a video signal photographed by a camera and displays it on a display screen of a transparent display device, processes the image so as to store an image through a memory interface, and uses a three-dimensional stereoscopic laser image, A position information processing unit for processing position information, distance information on a target, route information, and peer identification information on a display screen of the transparent display device, GPS coordinates information through the module, And a peer identification information processing unit for processing the peer identification information on the subject in the image photographed through the camera.

The pier identification information processing unit communicates with the battle situation control device through a communication device provided in the electronic sight-reading unit main body, and obtains the result of the determination based on the personal moving route information and the GPS coordinates, And the peer identification information is processed through matching.

A transparent display device, a camera, a GPS module, a battery, an automatic zero point adjusting section, and a main controller are integrally formed in the main body of the electronic sight.

The transparent display device is composed of a transparent organic light-emitting device (TOLED). The shape and size of the aiming point can be changed, a dot site is displayed at the center of the screen, A camera magnification adjusting unit configured to automatically change the size of the aiming point displayed on the screen by a zooming function configured at a lower end portion of the display screen, And an adjustment unit.

The combined electron microscope using the transparent display according to the present invention has the following effects.

First, by using a transparent display (TOLED), the sight can be configured to enable various settings and position adjustment of the line of sight.

Secondly, it is possible to set various positions of the line of sight and adjust the position, and display the information necessary for shooting on the same screen.

Third, it is possible to precisely adjust the dot site by replacing the dot site and the holographic site portion with a transparent display (TOLED).

Fourth, by introducing a modern coordinate measuring method using GPS satellites, it is possible to grasp the position and movement route of each individual.

Fifth, it is possible to display information necessary for shooting such as position information on a transparent display screen, and to integrate GPS and camera functions in addition to the function of the sights, thereby enhancing user convenience and survival in the battlefield.

Sixth, the size of the zero-point adjusting unit is changed by using the zoom-in function of the camera which is integrally formed in the combined type electron microscope, thereby improving the accuracy in shooting.

Fig. 1 is a configuration diagram showing a state in which devices such as a GPS device and a camera are individually worn
FIG. 2 is a view showing a configuration of a complex type electron microscope using a transparent display according to the present invention
3 is a diagram of a display screen configuration of a complex type electronic sightslope using a transparent display according to the present invention
4 is an overall block diagram of a complex type electron microscope using a transparent display according to the present invention
5 is a detailed block diagram of a controller of a complex type electronic sightslide using a transparent display according to the present invention

Hereinafter, a preferred embodiment of a combined type electron microscope using the transparent display according to the present invention will be described in detail as follows.

The features and advantages of the combined electron microscope using the transparent display according to the present invention will be apparent from the following detailed description of each embodiment.

FIG. 2 is a configuration diagram of a combined type electron microscope using a transparent display according to the present invention, and FIG. 3 is a display screen configuration diagram of a combined type electron microscope using a transparent display according to the present invention.

The present invention replaces the dot sight (laser sighted aiming point) and the holographic site portion with a transparent display to make the adjustment of the dot site more precise, and introduces a modern coordinate measuring method using GPS satellites, And the like can be grasped.

In the following description, a combined type electron microscope using a transparent display according to the present invention is used to adjust a zero point while maintaining a shooting posture in which a firearm is grasped by using a non-triggered hand, .

Preferably, it may be positioned to be positioned at the upper end of the flue of the flame, and the type of the flame may be varied depending on the type and the shape of the flame, and it is natural that the flame can be used in addition to the personalizer.

In addition, in the absence of other explanation, the laser range finder is basically provided in the complex type electron microscope main body according to the present invention.

2, a combined type electron microscope using a transparent display according to the present invention includes a transparent display device 210, a camera 220, a GPS module 230, a battery 240, a main controller (250) are integrally formed.

As shown in FIG. 3, the transparent display device 210 includes a transparent organic light-emitting device (TOLED). The transparent display device 210 can change various types of aiming points, displays a dot site in the center of the screen, A display screen 31 for displaying additional information, for example, position information, movement path information, and peer identification information, and an aiming point 31, which is provided at the lower end of the display screen 32, A camera magnification adjusting unit 32 for automatically changing the magnification of the camera, and a zero point and setting adjusting unit 33. [

The TOLED constituting the transparent display device 210 can be a new OLED employing a transparent contact and can have contacts at both the top, bottom or top and bottom, organic materials have their own emission spectrum, and most of the visible spectrum It is also used in a composite electron microscope according to the present invention because it is transparent over the region, and other types of transparent display elements as well as TOLED may be used.

The complex type electron microscope using the transparent display according to the present invention can realize various design settings and positional adjustments for the image of the line of sight by implementing the line of sight required for the aim of the firearm as an image of the transparent display, The distance information with respect to the aimed object, the movement route information, the peer identification information, and the like can be displayed on the display screen 31 of the display screen 31. [

In addition to the functions of the sights, GPS and camera functions can be added to form an integrated structure, which can improve the efficiency and survivability in the field.

The detailed structure of the combined type electron microscope using the transparent display according to the present invention is as follows.

FIG. 4 is a block diagram showing the overall structure of a complex type electron microscope using a transparent display according to the present invention, and FIG. 5 is a detailed block diagram of a controller for a complex type electron microscope using a transparent display according to the present invention.

The combined electron microscope according to the present invention performs the function of adjusting the aim point marking and the electronic dot site (aim point) using the TOLED, displaying the current position and the target movement route using the GPS, and acquiring and storing the image using the camera.

As shown in FIG. 4, various types of aiming point can be changed, a dot site is displayed at the center of the screen, position information, route information, and peer identification information are displayed in an area except the center of the screen A camera 220 composed of a CMOS camera module for capturing an image in front of the vehicle, a battery 240 for supplying power to each unit of the combined type electronic sights, A GPS module 230 for providing coordinate information for a user's location information, a battleground position, a movement path, and a display unit for storing images through the camera 220 And a memory interface 270.

Here, the battery 240 preferably uses a lithium polymer battery in consideration of battery use efficiency, capacity, and the like, and other types of batteries may be used.

In addition, by controlling each unit of the combined electron microscope according to the present invention, it is possible to control the aim point marking and the electronic dot site (aim point) control function using the TOLED, display the current position and the target movement route using the GPS, And a main controller 250 for controlling the functions of the main controller 250. The detailed configuration of the main controller 250 is shown in FIG.

An automatic zero point adjustment control unit 51 that automatically performs zero point adjustment using the magnification of the camera 220, distance information by the laser distance meter, and controls the change of the aim point type according to the electric field environment according to the user's setting , Processes the image signal photographed through the camera 220 and displays it on the display screen 32 of the transparent display device 210 or processes the image signal through the memory interface 270 so that the three- An image signal processing unit 52 for performing signal processing for realizing a holographic sight using a laser image, and an image processing unit 52 for generating position information, A position information processor 53 for processing the GPS coordinates of the user so as to be able to display route information, And a movement route information processing unit 54 to process information, and a IFF information processing unit 55 for processing the IFF information on the subject in the image taken by the camera 220.

Here, the peer identification information processing unit 55 communicates with the battlefield situation control device through the communication device provided in the electronic sight-reading main body 200 to compare the result determined based on the personal moving route information and the GPS coordinates, The peer identification information can be processed through matching of the image with the subject.

The automatic zeroing function of the rifle using the laser distance meter is accomplished by the following principle.

The warheads of all the small guns do not perform the pre-war movements, and although there is a slight difference, the warhead fired from the first muzzle performs curved motion by gravity and air resistance at a certain point during the movement near the straight line. The aim is to automatically fine-tune the sight line of the electron microscope through calculations to enable precise aiming.

The combined electron microscope using the transparent display according to the present invention can configure the sight line by using the transparent display (TOLED) to set various positions of the line of sight and adjust the position, and display the information necessary for the shooting on the same screen , Modern coordinate measuring method using GPS satellites is introduced, and it is possible to grasp the position and movement route of each individual.

As described above, it will be understood that the present invention is implemented in a modified form without departing from the essential characteristics of the present invention.

It is therefore to be understood that the specified embodiments are to be considered in an illustrative rather than a restrictive sense and that the scope of the invention is indicated by the appended claims rather than by the foregoing description and that all such differences falling within the scope of equivalents thereof are intended to be embraced therein It should be interpreted.

200. Electronic sight-reading body 210. Transparent display device
220. Camera 230. GPS module
240. Battery 250. Main controller

Claims (5)

A display screen capable of changing the shape and size of the aiming point, displaying a dot site in the center of the screen, displaying position information, movement route information, and peer identification information in an area excluding the center of the screen, A camera magnification adjusting unit for automatically changing a size of the aiming point displayed on the screen by a zooming function by the zooming function, and a zero point and a setting adjusting unit by a user's selection;
A camera for capturing an image in a direction in which the sights are directed;
A battery for supplying power to each unit of the sights;
An automatic zero adjustment unit for performing an automatic zero adjustment function using a laser distance meter;
A GPS module for providing coordinate information for displaying the position information of the user, the electric field position, and the movement path; And a memory interface for storing images through a camera;
And a main controller for displaying an aim point on a transparent display device and controlling an electronic dot site adjustment function, image processing, and position information processing. The system of claim 1,
An automatic zero point adjustment control unit for performing automatic zero point adjustment using the magnification of the camera and distance information by the laser distance meter and controlling the change of the aim point type according to the electric field environment according to the setting of the user,
Processing a video signal photographed through a camera and displaying it on a display screen of a transparent display device or processing a video image to be stored through a memory interface and implementing a holographic sight using a three dimensional stereoscopic laser image A video signal processor for performing signal processing for the video signal,
A position information processing unit for processing the display information of the transparent display device so as to be able to display the position information, the distance information with respect to the aimed object, the movement route information, the peer identification information,
A movement route information processing unit for processing the movement route information of the user by using the GPS coordinate information through the GPS module,
And a peer identification information processing unit for processing the peer identification information on the object in the image photographed through the camera. The information processing apparatus according to claim 2,
And communicates with the battle situation control device through the communication device provided in the main body of the electronic scepter to process the peer identification information through the matching of the result determined based on the personal moving route information and the GPS coordinates and the subject of the current image, Wherein the electron microscope comprises a transparent display. 2. The electron microscope according to claim 1,
A transparent display device, a camera, a GPS module, a battery, an automatic zero-point adjusting unit, and a main controller are integrally formed. The display device according to claim 1,
And a transparent organic light-emitting device (TOLED).

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