KR100669859B1 - Dot-Sight Device Detachable to Rifle - Google Patents

Abstract

In the present invention, the infrared sighting device and the LED power supply unit are integrally configured in the sighting device, which is a dot sight device detachable by a mount fixing slit, on the upper body scale scale of the rifle so as to increase the aiming accuracy of the target during day and night shooting. The rifle can be easily mounted on and off, as well as excellent portability when not in use, and can be used to quickly aim the target by using the infrared target indicator operation or the infrared illumination operation during night combat. Characterized in that it can.

Description

Dot-sight device attached to the rifle {The dot sisht device}

1 is a schematic view schematically showing a conventional dot site apparatus;

2 is a perspective view showing the dot site apparatus of the present invention;

Figure 3a, b is a cross-sectional view showing a rotary method and an electronic method in the device for the infrared illumination and the LED power supply to the dot site device of the present invention.

4 is a front view showing an adjustment panel of the dot site apparatus of the present invention.

Figure 5a, b is a perspective view showing the mount fixing slit operating state of the dot site apparatus of the present invention.

FIG. 6 is a side view illustrating another embodiment in which the power supply device for visual illumination and the LED power supply device are attached to or detached from the dot site device of the present invention.

Fig. 7 is a use state diagram showing that the dot site of the present invention is mounted on a rifle.

Explanation of symbols on the main parts of the drawings

1: dot sight device 2: housing

3: device for infrared illumination 4: LED power supply

5: IR laser element 6: cap

7: Control terminal for internal barrel alignment 8: LED

9: reflector 10: protective window

11: Adjustment panel 12: IR laser compartment

13: Spare battery compartment 14, 14 ': battery

15: + Ground Terminal 16: Space

17: control unit 18: rotary switch

19: moving member 20: fixed hinge

21: fixing part 22: mounting fixing slit

23: Scale Bundle 24: Rifle

25: slide groove 26: fixed grill

27: power supply line 28: switch board accommodating portion

29: side rail 30: battery compartment

The present invention relates to a dot sight device, more specifically, to an infrared lighting device and an LED power supply to a dot sight device mounted and detached by a mounting slit on a scale bundle of the upper end of the body of the rifle so as to increase the accuracy of aiming the target during day and night shooting. The supply device is integrally formed.

Generally, the rifle is equipped with scales and scales for accurate aiming when shooting. Scales are typically provided at the top of the barrel end of the barrel, and scales are placed on the top of the main body of the gun.

Therefore, during the weekly shooting, aiming is performed by the concentric principle of fitting the scale and the hole of the scale, which requires a complicated process and time such as capturing and confirming the target, aligning the aiming line, and aiming, and the field of view is extremely limited. have.

Therefore, in recent years, the optical dot sight device which is easy to capture target, aim line alignment, and aiming rather than aiming by scale and scale is adopted.

As shown in FIG. 1, the optical dot sight has a cylindrical shape, a housing 2 having a cylindrical shape, an upper barrel and an inner barrel alignment adjusting terminal 7 located at the front surface thereof, respectively, and a rail at the top of the rifle scale bundle. A fixed grill 26 which can be detachably mounted in a manner, and a protective window 10 at both ends of the housing 2 and an LED 8 and a reflecting mirror 9 are located therein.

The reflector 9 sees the observer's line of sight at the tip of the dot-site apparatus 1, and since the light spot of the LED 8 having a light beam of 650 nm or less is reflected to the rear stage, the observer's line of sight can be confirmed to accurately aim the target. can do.

Therefore, the conventional optical dot sight device 1 is such that when the point light source in the LED 8 located inside is reflected by the reflector and is incident in parallel to the observer's eye, this parallelism is made to coincide with the bullet firing axis of the barrel.

However, if the parallelism of the dot-site device 1 and the barrel firing axis of the barrel do not coincide, the observer does not hit even if the dot of the LED beam is matched to the shooting target point. In order to coincide with the axis, an inner barrel alignment terminal 7 having vertical and horizontal functions is provided, respectively, so that the optical axis of the inner barrel coincides with the bullet firing axis of the barrel.

Therefore, the optical dot sight device 1 requires little time for the alignment of the aiming line, and the aiming itself needs only to move the light spot to the target quickly, and the field of view is also very effective. In addition, aiming has the advantage of minimizing the disturbance of surrounding vision and situation check.

In addition, during night combat, an infrared indicator or an infrared lighting device is attached to the upper end of the muzzle portion of the rifle barrel so as to fight using an infrared target mark or an infrared light to increase the accuracy of the target.

In general, the infrared illuminating device uses an LD, LED, or the like, which emits IR light having a center wavelength of 850 nm, to allow a viewer to check through a reflecting mirror when aiming a target through a dot site.

Since the IR light is not visible to the observer's naked eye, it may be confirmed by wearing infrared glasses or the like.

However, when fighting at night as described above, since the infrared sighting device is attached to the upper portion of the dot sight device (1) and the barrel end muzzle on the top of the rifle body upper scale bundle, it is cumbersome in use. Since it must be carried separately, there is a problem of poor portability.

In addition, the fixing grill 26 for fixing the dot sight device 1 to the rifle has a problem that the zero point due to the difficulty of horizontal maintenance and continuous use is easily distracted by a simple rail coupling type.

Therefore, an object of the present invention for solving the above problems is to use the infrared lighting device attached to the rifle body upper end and the barrel end muzzle respectively detachable infrared lighting device and LED power supply unit in the housing of the dot sight device. It is configured to provide a dot sight device that is mounted and detached to a rifle to add convenience and portability to the user in a desperate combat situation.

In order to achieve the above object, the present invention is a housing having a cylindrical shape, the upper and the front surface of the inner barrel aligning control terminal having a vertical, horizontal function, and the bottom can be mounted on the top of the rifle scale bundle in the rail method. A fixed grille, and a dot-site device having a protective window at both ends of the housing and an LED and a reflector inside the housing, wherein a cap and a battery are stored at the rear end to supply power to the LED in a symmetrical form at the lower end of the housing of the dot-site device. LED power supply unit having a rotary switch including a switching switch function so as to have a power supply and a supply line change to each battery at the front end, and a spare battery compartment for accommodating a cap and a battery at the rear end and an IR at the front end. Infrared with IR laser element housing for detachable storage of laser elements The space unit formed in the inner center between the light source device and the LED power supply device and the infrared lighting device includes a control unit including a + ground terminal and a dot site LED and a sensor corresponding to light intensity control and brightness of an external environment of the infrared lighting device; The lower end of the LED power supply and the infrared lighting device is characterized in that the mounting fixing slit that can be mounted on the rifle scale bundle is integrally provided.

Hereinafter, the accompanying drawings will be described in detail.

Fig. 2 is a perspective view showing the dot site apparatus of the present invention, in which the LED power supply device 4 and the known dot site apparatus 1 in which the infrared illumination device 3 mainly used at night are integrally mounted are fixed to the slit. By attaching and detaching the rifle 24 to the scale bundle 23 by 22, the structure provides convenience for operation and portability.

The LED power supply device 4 and the infrared illuminating device 3 are formed in the longitudinal direction symmetrically on the lower end of the housing 2 of the known dot sight device 1, and the LED power supply device 4 and the infrared light are formed, respectively. Mounting slit 22 is formed in the lower portion of the lighting device 3 to be adjusted and fastened to fit the rifle 24 scale bundle 23 width.

In addition, the internal central space portion 16 between the LED power supply 4 and the infrared illumination device 3 has a built-in controller plate, which is a control unit 17 for adjusting the amount of light.

In addition, a rotary switch 18 is placed at the front end of the LED power supply 4, a cap 6 at the rear end, and an IR laser element 5 at the front end of the infrared illumination device 3, and a cap 6 at the rear end, respectively. do.

Figure 3a is a cross-sectional view showing a rotary method in the power supply for the field of view illumination device and LED power supply device of the present invention.

The dot sight device 1 symmetrically forms the infrared lighting device 3 and the LED power supply 4 in one housing 2 so as to provide convenience to the user.

The LED power supply 4 located at one side of the bottom of the dot sight device 1 has a cap 6, which is a ground terminal, at a rear end thereof to supply power to the LED 8 located inside the dot sight device 1. Switched to have a power supply and supply line conversion at the battery compartment 30 and the tip of the battery compartment 14 and 14 ′ for accommodating the batteries 14, 14 ′ at the tip of the battery 14 housed in the LED power supply 4 and the infrared illuminating device 3. There is a rotary switch 18 with a switch function.

The rotary switch 18 is capable of adjusting the power and brightness, the control of the IR laser is a two-stage switch structure used by pulling.

In addition, the infrared illuminating device 3 formed symmetrically on the other side of the lower end of the dot sight device 1 has a preliminary battery accommodating part 13 and a distal end at which a cap 6 and a battery 14, which are ground terminals, are housed at the rear end. The IR laser element accommodating part 12 which detachably accommodates the IR laser element 5 is formed.

Only the IR laser device 5 is placed in the IR laser device accommodating part 12, and the control module has a structure in which the IR laser device 5 and the control module are integrally embedded in the housing 2 separately.

In addition, the IR laser element 5 can be detachably attached to the tip of the IR laser element accommodating part 12.

The battery 14 housed in the battery compartment 30 and the spare battery compartment 13 in the LED power supply device 4 and the infrared lighting device 3 may be used separately, and the battery 14 may be disposed on either side. 14 ') when the power supply is insufficient, by operating the rotary switch 18 including a switching switch function so as to have a power supply and supply line conversion, it is possible to use a mixture of the supply and the battery to the power supply.

In addition, the preliminary battery accommodating part 13 and the battery accommodating part 30 may be positioned at a lower end of the housing 2 of the dot sight device 1 so as to not obscure the field of view during aiming.

In addition, the space portion 16 formed at the inner center between the LED power supply 4 and the infrared illuminating device 3 has a + ground terminal 15 and the LED 8 and the infrared illuminating device of the dot sight 1. The control unit 17, which is a control board including a sensor corresponding to the amount of light adjustment (3) and the brightness of the external environment, is located.

The control unit 17, the batteries 14, 14 ′, and the rotary switch 18 operate by being supplied with power and a signal by the power line 27 schematically shown in the drawing.

Therefore, the operation method of the rotary switch 18 is a switch for supplying power to the LED 8 of the dot sight device 1, the illumination of the infrared illumination device (3) and the LED 8 of the dot sight device (1) is ON Night vision mode that adjusts the brightness of the emitted IR (infrared) light to three stages, and daytime vision mode to adjust the brightness to eight stages by turning off the power of the infrared lighting device and turning on the LED of the dot sight. It is configured in OFF mode to shut off the power.

The night vision mode is not visible to the naked eye, so it can be identified only by wearing a special infrared special glasses.

In addition, the operation of the IR laser pulls at each position of the rotary switch 18, rotates, and has an ON and OFF function.

Figure 3b is a cross-sectional view showing an electronic system in the infrared illumination device and the LED power supply to the dot site device of the present invention and Figure 4 is a front view showing an adjustment panel of the dot site device of the present invention.

The present invention is the same as the rotary switch 18 method when the operation method of the infrared illumination device 3 and the LED power supply device 4 formed integrally with the housing 2 of the dot sight device 1 are electronically performed. One battery power supply unit 30 of the LED power supply 4 is changed to the structure of the switch substrate housing 28 is inserted into the switch substrate.

The switch formed on the switch substrate is divided into +, F,-, +: brightness up, F: function key,-: brightness down, + F: night vision mode switching, F-: day mode switching and each brightness mode There are 10 steps.

Therefore, the control part 17 is controlled by the adjustment panel 11 formed in the front surface of the said dot site apparatus 1.

5A and 5B are perspective views showing the mount fixing slit operating state of the dot site apparatus of the present invention.

The mount fixing slit 22 capable of mounting and detaching the dot sight device 1 formed with the infrared illuminating device 3 and the LED power supply device 4 integrally with the rifle 24 has a rail type with open left and right ends. The movable member 19 cut by a predetermined length is positioned at the center of one side of the fixing portion 21 so as to be fixed to the scale bundle 23 or the fixing end of the barrel by the fixing portion 21 correspondingly formed.

The movable member 19 is fastened to the center of the other side fixing portion 21 of the movable member 19 by fastening the clamping hinge 20 so as to be tightly fixed according to the fixed bundle width of the scale bundle 23 or the barrel And the penetrating member 19 penetrates to the other side.

The fixed hinge 20 is pressurized by hand so as to be in close contact with the fixed end of the scale bundle 23 or the barrel in a state where a spiral is formed in a portion inserted through the moving member 19, and then tightening the fixed hinge 20 to be fastened. I can keep the state solidly.

FIG. 6 is a side view illustrating another embodiment in which the power supply device for visual illumination and the LED power supply device are attached to or detached from the dot site apparatus of the present invention.

The dot sight device 1 includes a slide groove 25 on one side of the outer circumferential surface of the housing 2 of the dot sight device 1 so that the LED power supply device 4 and the infrared illuminating device 3 can be detached from the left and right sides. The side rail 29 is attached to the other side to mount the LED power supply device 4 and the infrared lighting device 3 as well as various options, and the battery compartment 30 is provided inside the center of the housing 2. do.

Fig. 7 is a use state diagram showing the mounting of the present invention dot sight to a rifle.

The dot sight device 1 in which the present invention the LED power supply device 4 and the infrared illuminating device 3 are integrally mounted is mounted on the fixed upper end of the body top scale bundle 23 or the barrel of the rifle 24. 22) is shown to be used in a removable and have a rigidity and precision.

As described above, the present invention is configured to integrate the LED power device and the infrared lighting device in the housing of the dot sight device to facilitate the easy removal and detachment of the rifle in the battle situation, as well as excellent portability, infrared at night battle It is effective to increase the effective hit rate because the target targeting operation or the infrared illumination operation can be conveniently performed to aim and shoot the target quickly.

Claims (5)

The housing having a cylindrical shape has an inner barrel alignment control terminal having vertical and horizontal functions on the upper and front surfaces, a fixing grill which can be mounted on the lower end of the rifle scale bundle at the top or a fixed end of the barrel in a rail manner, In the dot-site device is located at both ends of the housing and the protective window and the LED and the reflector inside, The lower end of the housing of the dot sight device in a symmetrical form to supply power to the LED to the rear end of the battery compartment for accommodating the cap and the battery and the front end of the rotary switch including a switch function to have power supply and supply line conversion to each battery A power supply for the LED having a switch; An infrared illumination device having a battery cap and a spare battery accommodating part accommodating a battery at a rear end thereof, and an IR laser accommodating part accommodating an IR laser element detachably at a distal end thereof; A space portion formed at an inner center between the LED power supply and the infrared lighting device includes a control unit including a + ground terminal, a LED at a dot site, and a sensor corresponding to light intensity control and brightness of an external environment; The lower site of the LED power supply and the infrared lighting device is mounted on the rifle scale bundle mounted on the rifle scales mounted on the dot sight device that is detachable to the rifle, characterized in that provided integrally. According to claim 1, The switch for supplying power to the LED of the dot sight and the night vision mode to adjust the brightness of the infrared illumination device and the illumination IR (infrared) light emitted by the LED of the dot sight is turned on in three stages; The dot sight device mounted on or removed from the rifle, characterized in that the power of the infrared lighting device is turned OFF and the LED of the dot sight is turned ON, the week vision mode for adjusting the brightness to eight stages, and the OFF mode to cut off all power. The dot sight device of claim 1, wherein an adjustment panel for controlling the LED power supply device and the infrared illumination device is provided at one side of the housing outer peripheral surface of the dot sight. The method of claim 1, wherein the mount fixing slit has a rail-shaped fixing portion of the left and right ends; A moving member fixed at a center of one rail of the fixing part by moving along a fixed hinge to fix a fixed end of a bundle of scales or a barrel; The rifle is provided with a fixed hinge for adjusting the width of the fixed member and the movable member is inserted through the movable member in the center of the fixing portion so as to intersect the fixed portion with the left and right ends to move the movable member. Detachable dot sight device. According to claim 1, The dot sight device is a slide groove in one side and a side rail in the other side and the battery housing in the center of the housing so as to mount the LED power supply device and the infrared illumination device and various options on the left and right sides Dot-site device that is mounted and detached to the rifle, characterized in that provided.

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