JPH04101513U - Shooting telescope with laser sight - Google Patents

Abstract

(57) [Summary] [Purpose] It is possible to accurately align the laser spot of a laser sight with the center of the reticle of a shooting sight telescope, improving the accuracy of long-range shooting. In addition, when shooting at close range using only a laser sight, you can get a rough idea of the gun or pistol without having to formally hold the gun or pistol in the eye, such as skip shooting or hip shooting. The purpose is to be able to accurately and accurately perform continuous shooting in places where it is difficult to see the reticle, such as at running animals or in thickets of trees, or even when it is dark in the early morning or evening and it is difficult to see the reticle. shall be. [Structure] The present invention has a reticle disposed in an erector tube which is installed inside the aiming telescope barrel and is rotatable in declination via an elevation angle adjuster. It is characterized in that a laser sight is movably housed inside the optical axis outside the optical axis.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

This invention is mainly used for rifles, pistols, bows, etc. used for hunting etc. This invention relates to a shooting sighting telescope with a laser sight for mounting.

0002

[Conventional technology]

Conventionally, compared to a shooting sight telescope with a reticle for long-distance shooting, Close range for shooting by directly aiming the laser spot at the target near the target Shooting laser sights are individually configured depending on their purpose. So, when attached to firearms, is it necessary to use only one or the other depending on the purpose? Or, even when using a shooting sight telescope and a laser sight at the same time, each must be used separately. They were non-movably attached to different parts of firearms using holders. Therefore, Align the laser spot of the laser sight with the reticle center of the shooting sight telescope. If you want to adjust the angle of elevation, simply connect the erector tube with the reticle to the elevation adjuster. This could only be done by declination at .

0003

[Problem that the idea aims to solve]

The problem to be solved is that the shooting sight telescope and the laser sight are each independent. If the configuration is separate, the retainers must be attached to two separate pieces when attached to firearms at the same time. The disadvantage is that the gun itself is bulky and feels rugged, and the laser If the sight is immovably fixed to the gun, the sighting telescope reticle It becomes difficult to align the laser spot on the center, making it difficult to shoot at long distances. There were also drawbacks that made the use of laser sights less useful.

0004

[Means to solve the problem]

This invention has a shooting sight telescope inside the cylinder, and the declination angle can be freely rotated through the elevation angle adjuster. The reticle is disposed in an erector tube installed in the A laser sight is movably built into the sighting telescope cylinder and outside the optical axis. By configuring it in this way, the laser sight Align the laser spot precisely on the center of the reticle of the shooting sighting telescope. It can improve the accuracy of long-distance shooting, and it can also improve the accuracy of long-distance shooting. In close-range shooting, such as skip shooting and hip shooting. You can get a rough idea of the gun or pistol without having to formally hold it to the eye. For example, in a place where the reticle is difficult to see, such as a running animal or a thicket, or Even when it's dark in the early morning or evening and it's hard to see the reticle, continuous shooting allows you to hit the target with most visual aids. The purpose is to be able to do it accurately.

[0005]

【Example】

Next, the present invention will be explained with reference to the drawings (FIGS. 1 and 2). 1 is a gun. Laser sights attached to instruments such as rifles, pistols, bows, etc. It is the main body of a shooting sighting telescope with a shooting sight telescope tube 2 and an erector tube 3. and a laser sight housing casing 4. The erector tube 3 is A lens system 5 is disposed in front, and a reticle member is attached to the rear viewing side via a retaining ring 6A. 6 is fixed, and the erector tube 3 is placed inside the telescope tube 2 by a support member. 7, it is attached so that it can freely rotate at an angle using this as a fulcrum, while the spring is always attached. 8 to bias the deflection angle in one direction. 9 is the erector tube 3; This is an elevation angle adjuster for fine adjustment of the declination angle, and this actuator 9A is connected to the erector tube. 3 is pressed against the opposite side surface in order to face the spring 8 that presses the side surface of 3. 10 is the objective lens system of the shooting sight telescope tube 2, and 11 is the eyepiece system as well. It is.

[0006] The laser sight housing housing 4 accommodates the objective lens system 1 of the shooting sight telescope barrel 2. It is attached to the outer periphery of the 0 side in the form of a hood through screws 12A, 12B, etc. In the lower part of the laser sight storage housing 4, parallel to the optical axis P of the shooting sight telescope tube 2 is provided. In addition to incorporating a laser beam oscillator 13 such as a diode laser, the supporting member 14, it is attached so as to be rotatable in the declination angle using this as a fulcrum, and furthermore, on one side of this is urged toward the optical axis P by a spring 15. 16 is the window, 17 18 is a power source such as a lithium battery, and 18 is a phototype connector. (Figure 1 reference)

[0007] 19A and 19B are side surfaces of the laser beam oscillator 13, and the spring 15, a pair of left and right panels are pressed from the left and right diagonal directions with respect to the optical axis P. This is a fine adjustment device for the declination angle, and the dial 20A, 20B was turned appropriately, and the pressing rods 21A and 21B were pushed in using a screw pitch motion. By pulling out the laser beam oscillator 13 from the support member 14, It is designed to be used as a fulcrum and can be rotated in the vertical and horizontal directions. (See Figure 2) However, The reticle part is set in advance on the optical axis P while looking through the shooting sight telescope barrel 2. Align the laser spot emitted from the laser beam oscillator 13 with the center of the material 6. Once you have made the adjustment, you can use the laser for close-range shooting. -You can aim at moving objects by using only the sight. Also, continuous ejaculation Even in the case of a laser beam, it can be carried out accurately simply by visually tracking the laser spot. I can do it. 22 is the point on the trigger or stock (not shown) of the firearm where finger pressure is applied. This is a pressure-sensitive switch section energized by the L-shaped plug connected via cord 23. 24 is detachably connected to the connector 25 of the laser beam oscillator 13.

[0008]

[Effect of the idea]

As explained above, the present invention has a movable laser sensor inside the shooting sight telescope tube. Since the gun is housed and integrated, the mounting parts and mounting points for firearms are single. It's not too bulky and the whole thing doesn't get bulky. Also, the laser spot on the reticle center The matching operation of the target can be performed accurately, and the shooting sight telescope and laser sensor can be used for long-range shooting. It can be used easily and accurately in conjunction with other devices. Furthermore, once the reticle center For relatively short close-range shots, after aligning the laser spot on the Instead of looking through the shooting sighting telescope, aim the laser spot at the target and use it visually. Continuous shooting such as skip shooting and hip shooting while tracking the target. The reticle is particularly useful when viewing a moving target, such as a running animal or a wooded area. It is a great feature that can be used in difficult places, early in the morning, and in the evening when it is dark and the reticle is difficult to see. effective.

[Brief explanation of drawings]

FIG. 1 is a longitudinal sectional front view of a shooting sighting telescope with a laser sight according to the present invention.

FIG. 2 is an enlarged longitudinal sectional side view of section XX in FIG. 1;

[Explanation of symbols]

2... Shooting sight telescope tube 3...Erector tube 9...Elevation angle adjuster 6... Reticle member

Claims (2)

[Scope of utility model registration request] [Claim 1] The present invention has a reticle disposed within an erector tube which is installed inside a shooting sight telescope barrel and is rotatable in deviation angle via an elevation angle adjuster.
The laser sight is characterized in that a laser sight is movably built in the shooting sight telescope lens barrel and outside the optical axis.
Shooting sighting telescope with laser sight 2. A pair of laser beams are installed on the side surface of a laser beam oscillator, which is a component of a laser sight built into a shooting sight telescope barrel, from left and right diagonal directions with respect to the optical axis of the barrel. A shooting sighting telescope with a laser sight according to claim 1, wherein the pressing rod of the declination fine adjustment device is pressed against the biasing force of a spring.