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Dual-partition independent and adjustable sighting telescope

A technology of scope and reticle adjustment, applied in the field of scopes, can solve the problems of wasting time and bullets, low accuracy of school guns, and inaccurate shooting, so as to reduce the waste of bullets, improve the accuracy of gun school, and avoid misoperation. Effect

Active Publication Date: 2013-03-20
ZHUHAI MEFO OPTICAL INSTR CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] At present, there is only one independently adjustable reticle for various scopes. Newly installed scopes or updated scopes must be calibrated before shooting. Generally, two methods are used for calibrated guns: one is to shoot with live ammunition and aim at the bullseye. The impact point is offset, and the reticle is gradually adjusted to align with the impact point. Generally, it needs to shoot 3-10 rounds of bullets to calibrate. Another method is to use the calibration scope, align the reticle of the scope with the center of the calibration scope, and then shoot live ammunition. Gradually adjust the reticle to align with the impact point. These two methods require the shooter to operate with experience, which is easy to cause errors, waste time and bullets, and the accuracy of gun calibration is not high.
[0004] In addition, in actual shooting, for different conditions of the target (distance, target moving direction and speed, wind direction and speed, temperature and other data), the shooter needs to estimate the approximate position of the aiming point in the reticle according to his own experience, which is easy to cause inaccurate shooting

Method used

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  • Dual-partition independent and adjustable sighting telescope
  • Dual-partition independent and adjustable sighting telescope
  • Dual-partition independent and adjustable sighting telescope

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0029] In this example, if figure 1 and figure 2 As shown, this solution is a combination of a point sight and a prism inverted sight, including a housing 1, an eyepiece group 2 located in the housing 1, an objective lens group 3, a prism inverted group 4, and a cross reticle Barrel 5, dot-type reticle lens barrel 6, described dot-type reticle lens barrel 6 is positioned at one end of described casing 1, thereafter successively is described objective lens group 3, described prism inversion group 4, described cross Reticle lens barrel 5, the eyepiece group 2, the vertical section of the cross reticle lens barrel 5 is provided with a large cross reticle reticle mechanism, the large reticle reticle mechanism is a cross reticle 8, its side An illumination backlight board is provided, and a red dot dividing mechanism 9 is arranged in the dot-type dividing lens barrel 6, and the red dot dividing mechanism 9 includes a red dot generating device and a half-reflecting mirror group, a...

Embodiment 2

[0035] See Figure 11 The difference between this embodiment and Embodiment 1 is that the large cross marking mechanism is located on the side of one of the prisms in the prism group 4, and an illuminating backlight is arranged next to the large cross marking mechanism. The emitted light is reflected by the prism group 4 to form an aiming reticle in people's field of vision, and the prism group 4 is fixedly combined with the reticle barrel 5, and the adjustment hand wheel on it is used to adjust the reticle. The position of the large reticle dividing mechanism, other features and principles thereof are basically the same as in Embodiment 1.

Embodiment 3

[0037] Such as Figure 12 As shown, this solution is a lens inverted image sight with two sets of independent adjustable divisions, including a housing 1, an objective lens group 3 located in the housing 1, a large crosshair division mechanism, and a lens inverted image. Group 23, small dot type or small pattern type reticle mechanism, eyepiece group 2, the large reticle reticle mechanism is a cross reticle 8, and the small dot type or small pattern reticle mechanism is a red dot reticle Mechanism 9, the red dot marking mechanism 9 can also be set to a combination of other colors and other patterns as required, such as yellow triangles, green ovals, blue hexagons, etc., the cross reticle 8 and the The red dot dividing mechanisms 9 are all arranged in the housing 1 and can be adjusted individually, and the red dots generated by the red dot dividing mechanisms 9 are imaged on the cross reticle 8 .

[0038] The housing 1 is also provided with a first reticle adjustment device fo...

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Abstract

A sighting telescope with independent adjustable dual reticles comprises a casing (1) and independent adjustable dual reticles mechanism provided on the casing (1). The two reticle planes of the dual reticles mechanism are imaged on the same target simultaneously. One reticle with a big cross mark is regarded as a basic reticle, and the other reticle with a small dot or some other pattern is regarded as a small reticle.

Description

technical field [0001] The invention relates to an independently adjustable sight with double divisions. Background technique [0002] Scopes include firearm scopes and crossbow scopes. The scope consists of a front sight and an adjustable notch at the back. The shooting principle is three points and one line. The shooter needs professional training and a large amount of shooting data and experience to achieve faster shooting. Accurate shooting, the function of the scope is to greatly reduce the difficulty of shooting and achieve accurate aiming. The scope began to be used in World War II and gradually developed and matured. According to the wavelength classification, the scope is divided into two categories: visible light scope and night vision scope, classified according to magnification , Sights are divided into two categories: non-magnification (1 times) and magnification sights. There are magnification sights including: lens inverted image system sights (referred to as ...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): F41G1/20
CPCF41G1/38G02B27/36
Inventor 何银权李攀峰
Owner ZHUHAI MEFO OPTICAL INSTR CO LTD