KR200409139Y1 - The 3 power reticle with points of aim for firing and marks with man size of 1.8 meter at each ranges - Google Patents

Abstract

The present invention relates to an aiming scope which is installed in a personalizer such as an automatic rifle or a machine gun and is used to accurately aim a target of a long-range target.

The scope of the present invention is a collimator having a radial distance identification display unit formed on the collimating lens installed in the collimator tube so that the radial distance of the target can be measured on the side of the reticle and its transverse mesh;

A firing aiming point portion which is displayed at the center side and the longitudinal line side of the cross hairline so that the aiming point and the aiming point at each range are made; Positioned at the bottom of the cross-wire is characterized in that consisting of the identification display unit for each range displayed to measure the linear distance for each range.

At this time, a circular 5 mil radius display portion for displaying a radius of 5 mils is further formed around the center of the aiming point of the crosshairs of the crosshairs.

Therefore, according to the present invention, the target can be more precisely aimed at the target and the range of the target through the crosshairs and the identification mark for each target range where the aiming point of the aiming lens and the aiming point for each range are formed irrespective of the positional distance of the target. When shooting zero point and range by range using the designed aiming scope, there is an excellent effect such as the optimal aiming performance through the crosshairs of the aiming lens installed in the scope, that is, the crosshairs formed with the aiming point and the aiming point by the range.

Personalizer, sight, aiming lens, horizontal click adjuster, vertical click adjuster, reticle, vertical reticle, horizontal reticle, aiming point by range, identification mark by range

Description

Scoped sight with crosshairs and range mark {The 3 power reticle with points of aim for firing and marks with man size of 1.8 meter at each ranges}

1 is a state diagram showing a reticle of a collimating lens in a collimator mounted on a conventional personalizer.

Figure 2 is a state diagram schematically showing the cross-hairs and cross-sectional identification display portion of the aiming lens in the scope of the scope of the present invention.

FIG. 3 is a detailed view of part “A” of a crosshair of the aiming lens illustrated in FIG. 2;

FIG. 4 is a detailed view of part “B” showing an identification display unit for a range of aiming lenses illustrated in FIG. 2.

Explanation of symbols on the main parts of the drawings

10. Aiming lens 12. Reticle

13. Vertical network 14. Horizontal network

15. Aiming aiming area 16. Zero aiming point

17.400 aimpoint 18.600 aimpoint

19. 800 aiming point 20. Radius distance identification

22. 5mil radius display 30. Range identification display

32. Straight Distance Bar 34. Reference Line Bar

The present invention relates to a scope used to accurately target a target of a long distance target by installing it on a personalizer such as an automatic rifle or a machine gun, and more specifically, by using a distance measuring device without shooting a separate distance to the target. Crosshairs with zero aiming point and aiming point for each target range and aiming lens with identification marks for different ranges are installed in the scope so that the shooter can aim at the aiming point of the aiming lens irrespective of the position and distance of the target. Crosshairs with aiming points for each range and identification marks for each range enable more accurate aiming and range detection of targets.The crosshairs make it possible to achieve optimal aiming performance during zero and range shooting. And sight scope equipped with identification marks for each range It relates.

In general, the scope can be used to increase the accuracy of the target's shots by adding coordinates or points to the telescope's principle. It is installed and used on a personal machine such as a machine gun, and its configuration is as follows.

In the conventional collimator (not shown), an eyepiece (not shown) and an objective lens (not shown) are installed at one end and the other end of the hollow cylindrical collimator tube (not shown), respectively, and a target object inside the center of the collimator tube. The aiming lens 10 is formed with a reticle wire 12 is formed to cross the vertical mesh line 13 and the horizontal mesh line 14 in order to aim the target, and corresponds to the aiming lens 10 outside the center of the aiming mirror The horizontal click adjustment unit (not shown) and the vertical click adjustment unit (not shown) for finely adjusting the aiming lens 10 are respectively configured.

In addition, a radial distance identification display unit 20 is formed on the horizontal mesh line 14 of the crosshairs 12 of the aiming lens 10 to be displayed with a scale of 5 mils so as to measure a radial distance of a target. In the same state as that of FIG. 1, that is, a cross reticle 12 intersecting the vertical reticle 13 and the horizontal reticle 14 is formed at the center of the aiming lens 10, and the reticle reticle of the reticle 12 is formed. 14) the radial distance identification display portion 20 for measuring the radial distance of the target is made of a structure formed.

However, in the case of the conventional collimator, the position of the target is a straight line other than the crosshair 12 formed in the aiming lens 10 and the radial distance identification display unit 20 formed on the horizontal mesh 14 of the crosshair 12. Since the cross-section measuring unit for measuring the range and the aiming point for each range that can accurately aim the target in accordance with the measurement by the range is composed of no cross, the cross-wire line 12 formed in the aiming lens 10 and the cross With only the radial distance identification display unit 20 formed on the horizontal network line 14 side of the mesh 12 has a problem that it is very difficult to accurately aim the target of the kill target in different positions.

In addition, in order to achieve accurate aiming for the target with the hassle, such as having to shoot by changing the shooting position of the personalizer by measuring the range of the target through a separate distance measuring device accordingly, There was also a problem that the correct shot was not made.

In addition, when the shooting target's aiming performance of the target falls due to the above problems, there is a problem such that the shooter becomes a target of intensive shooting from the target and loses valuable lives.

The present invention devised to solve the conventional problems as described above, the crosshairs formed with a zero aiming point and a aiming point for each range so that the shooting target can accurately aim the target without a separate distance measurement to the target through the distance measuring device, By installing and configuring the aiming lens with the range identification mark in the scope, the shooter accurately aims through the crosshairs and the identification mark for each range, where the aiming point of the aiming lens and the aiming point for each range are formed regardless of the position distance of the target. The purpose of the present invention is to enable a range determination of a target through the identification display unit for each range.

In addition, when aiming and shooting at each range using the scope of the present invention, the aiming lens of the aiming lens installed in the scope, that is, the aiming point and the crosshairs formed by the aiming point for each range to achieve the optimal aiming performance There is this.

The aiming mirror equipped with the reticle cross line and the range-specific identification mark according to the present invention is a cross-sectional view having a radial distance identification display portion on the aiming lens installed in the aiming mirror so that the radial distance of the target can be measured on the cross reticle line and its horizontal reticle side. ;

A firing aiming point portion which is displayed at the center side and the longitudinal line side of the cross hairline so that the aiming point and the aiming point at each range are made;

Positioned at the bottom of the cross-wire is characterized in that consisting of the identification display unit for each range displayed to measure the linear distance for each range.

At this time, a circular 5mil radius display portion for displaying a radius of 5mil is further formed around the center of the aiming point of the crosshair aiming point of the cross hairline.

And, the shooting aiming point and the zero aiming point to aim the 25m and 250m range; A crosshair 400 aiming point positioned below the zero aiming point for aiming a 400m range; A crosshair 600 aiming point positioned below the 400 aiming point to aim at a 600m range; Located at the bottom of the 600 aiming point is characterized by consisting of a cross of 800 aiming point aiming at 800m range.

In addition, the zero aiming point, 400 aiming point, 600 aiming point of the shooting aiming point is characterized in that located within the 5mil radius display portion around the zero aiming point.

On the other hand, the radial distance identification display unit is displayed in a scale of 5mil intervals, the large scale is increased by 10mil and the small scale is characterized by being displayed up to 50mil on one side.

The range-specific identification display unit includes a straight line distance display bar displaying a straight line distance from 250m to a maximum of 1000m, respectively; Located at the bottom of the straight distance display bar is characterized in that consisting of a reference line bar for displaying a reference for displaying the same height according to the straight distance for each range.

In addition, the linear distance display bars each represent a linear distance of 250m, 400m, 600m, 800m, and 1000m, and the height from the reference line bar to the linear distance display bars for each range is 1.8m.

Hereinafter, a sighting scope (hereinafter referred to as a sighting scope) equipped with a reticle cross line and an identification mark for each range will be described in detail with reference to the drawings.

FIG. 2 is a state diagram schematically showing a reticle line and an identification display unit for a range of aiming lens in a collimator according to the present invention, and FIG. 3 is a detailed view of part “A” showing a reticle line among aiming lenses shown in FIG. 2. FIG. 4 is a detailed view of part “B” showing an identification display unit for each range of the aiming lens illustrated in FIG. 2.

First, before describing the aiming lens 10 installed in the aiming mirror (not shown) of the present invention, that is, the reticle wire 12 and the identification display unit 30 for each range formed in the aiming lens 10 in detail, The following describes the scope structure to which the design is applied.

In the case of the scope in which the crosshairs 12 and the cross-sectional identification marks 30 formed with the zero aiming point 16 and the aiming points 17, 18, and 19 for each range have been applied, as in the scope described in the prior art, Eyepieces (not shown) and objective lenses (not shown) are respectively provided at one end and the other end of the aiming mirror (not shown), which are hollow cylindrical bodies, and the reticle wire 12 for aiming the target inside the center of the aiming mirror. And an aiming lens 10 having an identification display unit 30 for each range, and a horizontal click adjusting unit for finely adjusting the aiming lens 10 in correspondence with the aiming lens 10 outside the center of the aiming mirror ( Not shown) and the vertical click adjustment unit (not shown) is configured to be installed respectively.

At this time, in the case of the scope configured as described above, since the configuration is made of the same structure as the conventional scope described in the prior art, a detailed description of the scope to which the present invention is applied will be omitted, hereinafter, corresponding to the present invention. Reticle wires 12 and the crosshairs 12 and the crosshairs 12, which are displayed on the aiming point 16 formed on the aiming lens 10 and the aiming points 17, 18, and 19 for each range, respectively, Only the identification display unit 30 will be described in detail.

In addition, in the case of the scope to which the present invention is applied, the same reference numerals apply to the same configuration as the conventional scope.

As described above, in the case of the scope to which the present invention is applied, the crosshairs 12 and the cross-hair line 12 in which the zero aiming point 16 and the aiming points 17, 18, and 19 for the aiming distance of the aiming lens 10 are displayed regardless of the positional distance of the target. It is possible to more accurately aim and determine the range of the target through the identification display unit 30 for each range, and at the same time to achieve the optimal aiming performance during zero shooting and cross-range shooting through the cross-wire 12 (12) Measuring the radial distance of the target to the aiming lens 10, that is, the cross reticle 12 intersecting the vertical reticle 13 and the horizontal reticle 14, and the cross reticle 14 of the reticle 12. Shooting aiming point portion 15 to be aimed at the zero point and aiming at each range, and the linear distance for each range, as shown in Figure 2 on the conventional aiming lens 10, the radial distance identification display portion 20 is displayed so that Identification mark for each range to measure the (30) It is configured by forming each.

To describe this in more detail, as shown in FIG. 2, in the aiming lens 10 applied to the scope of the present invention as described above, the cross mesh line 12 in which the vertical mesh line 13 and the horizontal mesh line 14 cross each other. and; A firing aiming point portion 15 which is displayed on the center side and the longitudinal line 13 side of the cross line 12 so as to perform aiming and aiming for each range; A radial distance identification display unit 20 displayed on the horizontal mesh line 14 side of the cross mesh line 12 to measure a radial distance; Positioned at the bottom of the cross-wire 12, the identification display unit 30 for each range is formed so as to measure the straight distance for each range.

In addition, a circular 5 mil radius display part 22 for displaying a radius of 5 mils is further formed around the center zero aiming point 16 of the shooting aiming point part 15.

At this time, the shooting aiming point unit 15, the elements formed on the center side and the vertical mesh line 13 side of the cross hairline 12 so that the aiming of the target and the aiming for each range can be made more accurately 3, a zero aiming point 16 for aiming at 25m and 250m ranges; A crosshair 400 aiming point (17) positioned at a lower end of the zero aiming point (16) to aim a 400m range; A crosshair 600 aiming point 18 positioned below the 400 aiming point 17 for aiming at a 600m range; Located at the lower end of the 600 aiming point 18 is composed of a cross-shaped 800 aiming point 19 aiming at 800m range.

In addition, a number on one side of the same line corresponding to each of the 400, 600, and 800 aiming points (17, 18, and 19) so that the target can more easily recognize the 400, 600, and 800 aiming points (17, 18, and 19). 4, 6 and 8 are indicated.

In the case of the zero aiming point 16, the 400 aiming point 17, and the 600 aiming point 18, the circular aiming point 16 is rounded around the zero aiming point 16 to display a radius of 5 mils from the zero aiming point 16. It is located within the 5 mil radius indicator 22.

On the other hand, the radial distance identification display unit 20 is an element formed on the horizontal mesh line 14 side of the reticle wire 12 so as to accurately measure the radial distance at which the target is located from the zero aiming point 16, FIG. As shown in Fig. 3, each scale is marked with 5 mil intervals, and the larger scale increases by 10 mil and the smaller scale increases by 5 mil for easier measurement of the radial distance along the scale. It is formed.

In this case, mil, which is a unit of the radial distance, is typically 6283.2 equal parts (equal fraction used in defense) of a circumference of 360 °, and 1 mil = 17.45 mm.

Here, the radial distance identification display unit 20 formed on the horizontal mesh line 14 side of the cross mesh line 12 is to display the circumference divided into 6283.2 in a straight line on the horizontal mesh line 14 side, and the process of adjusting the actual sight. Since the horizontal mesh line 14 is defined to have a movement distance of about 1.6 cm when one-click rotation of the sighting horizontal click adjustment unit is about 100m, the zero point is 5 mils out of the scale of the radial distance identification display unit 20. In order to move the aiming point 16, the horizontal click adjustment unit has a 29-click rotation, that is, a movement distance of 46.4 cm, and in the case of 10 mil, a 58-click rotation has a movement distance of about 93 cm, that is, 0.93 m.

As described above, the radial distance identification display unit 20 formed on the horizontal mesh line 14 side of the cross mesh line 12 is used for two purposes. Firstly, when a target shooter makes an aiming shot on a target, As the target through the sight is positioned on the 10 mil scale of the radial distance identification display portion 20, the zero aiming point 16 displayed at the center of the 5 mil radius display portion 22 is moved on the 10 mil scale, that is, the shooter The zero aiming point of the 16 can be moved to the 10mil scale of the radial distance identification display unit 20 by moving the barrel of the personalizer to shoot the target through the zero aiming point 16 moved to the 10mil side For example, the radial distance identification display unit 20, that is, a quick aiming shooting is possible using a scale of 10, 20, 30, 40, 50mil.

In addition, as a second use of the radial distance identification display unit 20, by adjusting the horizontal click adjustment unit of the sight to adjust the aiming point 16 of the sight on the 10mil position where the target is located to execute the aiming fire on the target will be.

In addition, the identification display unit 30 for each range is an element formed at the lower end of the reticle line 12 so as to accurately measure the linear distance for each range in which the target is located, as shown in FIG. 4, A linear distance display bar 32 for displaying a linear distance from 250 m to a maximum of 1000 m in a horizontal bar form; Located at the bottom of the straight distance display bar 32 is composed of a reference line bar 34 for displaying a reference for displaying the same height according to each range.

In this case, each of the linear distance display bar 32 represents a linear distance of 250m, 400m, 600m, 800m, 1000m according to each of the linear distance display bar 32 displayed in the horizontal bar form.

In addition, in the case of the linear distance display bar 32, the mutual height is displayed differently, which is the height from the reference line bar 34 according to the linear distance for each range to the straight distance display bar 32 for each range As shown, the height from the reference line bar 34 to the straight distance display bar 32 for each range is made of the same height of 1.8m, respectively, but the height is formed differently according to the straight distance for each range.

As described above, the target through the crosshairs 12 and the identification display unit 30 for each range in which the zero aiming point 16 and the aiming points 17, 18, and 19 for each aiming point of the aiming lens 10 installed in the configured sight are displayed. Aiming and shooting can be precisely irrespective of the position of, for example, when the target to be shot is located at a range of 800m, first, the identification mark unit 30 for each range located at the bottom of the cross wire 12 After measuring the linear distance by the range of the target through the aiming point through the 800 aiming point (19) corresponding to the measured linear distance of the shooting range of the aiming point displayed on the vertical line 13 of the cross-wire 12 And the target is located on the 30 mil scale of the radial distance identification display section 20 formed on the horizontal network line 14 side of the cross network 12, the radial distance identification display section 20 described above. As shown, 30mil eyes Shooting at the aiming point, or by adjusting the horizontal click adjuster of the sighting scope by 30 mils scale, to perform the aiming aiming at the target through the adjusted zero aiming point (16), such as to achieve the optimal aiming performance for the target. have.

As described above, the above-described embodiment is described with reference to the most preferred example of the present invention, but is not limited to the above embodiment, and it will be apparent to those skilled in the art that various modifications are possible without departing from the technical spirit of the present invention. .

The scope of the present invention is aimed at crosshairs with a zero aiming point and aiming point for each range, and a sighting lens with identification marks for each range so that the target can be aimed at the target precisely without a separate distance measurement. By configuring the inside of the target, regardless of the location distance of the target, the aiming point of the aiming lens and the aiming point for each range are accurately aimed at the crosshairs and the identification mark for each range, and the target for each target range through the identification display unit. There is an excellent effect, such as possible to determine the range.

In addition, there is also an effect that can achieve the optimal aiming performance through the crosshairs of the aiming lens installed in the scope, that is, the zero aiming point and the aiming point for each range when using the aiming scope and the firing range by the aiming scope of the present invention.

Claims (7)

An aiming mirror having a radial distance identification display portion formed thereon so that a radial distance of a target can be measured on a crosshair and a horizontal mesh line on an aiming lens installed in a sighting mirror; A firing aiming point portion which is displayed at the center side and the longitudinal line side of the cross hairline so that the aiming point and the aiming point at each range are made; Crosshairs positioned at the bottom of the reticle cross line and the sight line with a cross-sectional identification line, characterized in that consisting of the identification display unit for each range displayed to measure the straight distance for each range. The scope of claim 1, wherein a circular 5 mil radius display part for displaying a radius of 5 mils is further formed around a center aiming point of the cross aiming point of the reticle. The method of claim 1 or 2, wherein the fire aiming point comprises: a zero aiming point for aiming at 25m and 250m ranges; A crosshair 400 aiming point positioned below the zero aiming point for aiming a 400m range; A crosshair 600 aiming point positioned below the 400 aiming point to aim at a 600m range; Crosshairs and crosshairs with identification indicators for each range, characterized in that the crosshair is positioned at the 600 aiming point and consists of 800 crosshairs aiming at 800m range. The scope of claim 3, wherein the zero aiming point, the 400 aiming point, and the 600 aiming point of the shooting aiming point part are located within a 5 mil radius display part displayed around the zero aiming point. The scope of claim 1, wherein the radial distance identification display unit is displayed with a scale of 5 mil intervals, and crosshairs and a sight line with an identification display unit for each range are displayed up to 50 mil on one side. The display apparatus of claim 1, wherein the identification display unit for each range comprises: a straight line distance display bar displaying a straight line distance from 250m to a maximum of 1000m; Crosshairs positioned at the bottom of the straight distance display bar and the reference line bar for displaying a reference for displaying the same height according to the straight distance for each range, characterized in that the cross-section line and the sight provided with the identification display for each range. The crosshairs of claim 6, wherein each of the linear distance display bars represents a linear distance of 250m, 400m, 600m, 800m, and 1000m, and the height from the reference line bar to the straight distance display bars for each range is 1.8m. Aimoscope equipped with a network and identification mark for each range.

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