RU2771992C1 - Flexible link for weapons - Google Patents

Abstract

FIELD: weapons.

SUBSTANCE: flexible link for weapons, wherein a means of attachment to the weapon is made at one end and a means of fixing in the hand is secured at the other end. The means of fixing in the hand is made in the form of a ring-shaped element for a finger or in the form of brass knuckles. The ring-shaped element is secured by laying the edge segment of the flexible link as a self-tightening loop in the grooves made on the external surface thereof. The flexible link is made flat, the ring-shaped element is secured in a plane perpendicular to the plane of the flexible link. The ring-shaped element is equipped with a slide sleeve.

EFFECT: increase in the efficiency of combat in self-defence, training or competitive battle, expansion of the functional capabilities in operation, increase in the stopping effect.

3 cl, 5 dwg

Description

The invention relates to the field of applied combat, namely to the field of attack and defense, in particular to devices for mounting on melee weapons, which make it possible to implement the inertial principle of operation and form the stabbing, cutting, chopping and crushing action of the attached weapon during operation.

From the prior art, devices (lanyards) in the form of belts, cords or loops on the handle of a weapon are known, worn on the wrist or hand of the user with a loop and intended primarily to prevent the loss of the weapon and quickly free the hand (for example, https://kavkazsuvenir.ru/ blog/temlyak). In addition, the lanyard has an auxiliary function: in the process of direct use of the weapon during the battle (in this case, it is worn on the hand), it provides additional inertia of the weapon during swings with large amplitude and allows you to quickly change the grip of the weapon (forward or reverse grip).

In addition to the fact that the main purpose of the known device is to prevent the loss of weapons and the quick release of the hand, the lanyard has the following drawback. During use, when making swings, the lanyard loop rotating on the hand rubs against the surface of the hand, which reduces the speed of movement, does not allow reaching the required degree of inertia, and also limits the possibility of maneuvering (for making disorienting movements). The above does not allow for the implementation of piercing, cutting, chopping and crushing action of the attached weapon, which limits the functionality and reduces the effectiveness of the device. In addition, the process of intensive rotation of the lanyard on the hand causes high risks of dangerous injury to oneself (the user) directly with the weapon (for example, deep incised and chopped wounds) and leads to tearing of the skin (by the lanyard itself), which causes pain for the user and further reduces speed of movement, inertia and, consequently, the effectiveness of the use of weapons in general.

The technical problem is the creation of a device, the main purpose of which is to conduct effective combat in defense or attack, training or competitive fights, and providing wide functionality during operation, namely, the implementation of high inertia of work with an attached weapon, the formation of traumatic effects of various nature (stabbing, cutting , chopping and crushing action).

The technical problem is solved by means of a flexible link for a weapon, at one end of which a means of attachment to the weapon is made, and at the other end a means of fixation in the hand is fixed.

In private embodiments, the fixation device in the hand is made in the form of a ring element for the finger and/or the fixation device in the hand is made in the form of brass knuckles and/or the ring element is fixed by inserting the edge segment of the flexible link with a self-tightening loop into the grooves made on its outer surface and\ or that the flexible link is made flat, the annular element is fixed in a plane perpendicular to the plane of the flexible link, and/or the annular element is provided with a sliding sleeve.

The design features of the implementation of the claimed device determine its broad functionality. Thus, the means of fixation in the hand allows the flexible link to rotate easily and at high speed on the hand or on the finger, providing a high inertia of the flexible link with the weapon fixed at its opposite end. The inertial work of the flexible link leads to the formation of the stabbing, cutting, chopping and crushing action of the attached weapon during operation. At the same time, the possibility of a lightning-fast change of grip (forward or reverse grip) is provided, the distance of the attack increases, and the loss or knocking out of the weapon from the hand is excluded.

The author experimentally found that the claimed device allows you to get a significant advantage in the speed of movement compared, for example, with the "classical" work with a knife. So, the second-by-second storyboard of the video, which fixes the use of the claimed flexible link with an attached knife, made it possible to see that the application of a bunch of two power chopping-crushing blows takes less than 1 s: the mark of the blow was made by a sound effect (the sound of a blow) and two sound effects occurred in the interval of 1 s from the start of the attack. In addition, a reduction in the attack distance is provided by using the size of the projectile handle as a useful length at the moment of attack, i.e. on average, increases the length of the blade itself by 2-2.5 times, which allows you to work effectively at 5 intervals, namely: ultra-short - ± 10 cm or less (stab in the neck in a tight reverse grip), short from 10 to 25 cm ( injection into vital organs - GVO, both from direct and reverse grip, cut), average 25-60 cm (injection without lunge on an outstretched arm with a direct grip, cut with a swing), far - 60-100 cm (injection with a lunge - with a substep both from a direct grip in the ZhVO and a reverse one to the head on an outstretched arm - through the elbow to the chin) and an ultra-long distance of 100-150 cm - chopping blows and their combinations.

The claimed invention is illustrated by drawings, where in Fig. 1 shows a general view of the flexible link (side view), in Fig. 2 – flexible link (top view), in Fig. 3 - an example of the use of a flexible link with a knife (view of a flexible link with a fixed knife), in Fig. 4 - an example of the use of a flexible link with a knife with a direct grip, in Fig. 5 is an example of using a flexible link with a reverse grip knife.

At one end of the flexible link, means 2 for attaching to a weapon are made, and at the other end, means 3 for fixing are fixed in the user's hand. Any projectile of piercing, cutting, chopping and crushing action, such as a baton, a small ax, telescopic projectiles, etc., can be used as a weapon.

Means 3 fixation in the hand can be made in the form of a ring element under the finger (Fig. 1-5) or in the form of brass knuckles (not shown in Fig.).

Flexible link 1 is a flat elongated element made by weaving technology from a high-strength cord with the formation of knots located on both sides of the link, performing a stabilizing function, i.e. allowing to control and set the trajectory of the attached projectile, excluding its uncontrolled rebound upon contact with the target. Link 1 can be woven in one layer or multi-layered to reinforce it. The flexible link 1 can also be made according to any other technology that provides the required performance characteristics (elasticity with sufficient strength and mobility), for example, from synthetic or composite materials, from elastic materials (polyurethane, rubber, etc. with a rigid core).

The dimensions of the flexible link 1 are determined individually according to the anthropometric parameters of the user's palm: the length corresponds to the width of the palm ±25%.

The fastening means 2 consists of three loop-like elements that fix the weapon by tightening it with knots. Two of these nodes implement a stabilizing function, namely, they allow you to control the "trajectory" vector and the position of the projectile 1 at the time of the throw or flight.

Means 3 fixation in the hand, made in the form of an annular element, is a ring or looped plate, put on the user's finger. Grooves 4 are made on the outer surface of the annular element, in which the edge segment of the flexible link 1 is embedded. and provides secure fixation of the annular element 3 in a plane perpendicular to the plane of the flexible element 1. The orientation of the flexible link and the annular element in perpendicular planes provides a comfortable grip, which increases the speed of movement. The annular element can be provided with a sliding sleeve located on its inner surface, directly in contact with the finger of the hand and providing free rotation of the annular element, i.e. also additionally contributing to an increase in the speed of movements, the exclusion of injury to the skin. The annular element can be made of any material, preferably steel.

The flexible link is used as follows (on the example of a flexible link with a fixation device in the hand, made in the form of a finger ring).

The necessary projectile is attached to the flexible link by means of fastening means 2. The projectile is placed in the hand, putting on the means of fixation in hand 3 on the middle finger of the working hand, straight (in the case of using a knife, the blade point from the thumb) or reverse grip (in the case of using a knife, the blade point to the thumb). At the same time, the flexible link lies in the palm of the hand and is clasped by the rest of the fingers of the hand. The user makes hand movements according to the combat technique, changing the grip if necessary. To do this, the projectile is thrown out of the hand with force along the trajectory of attaching the flexible link to the finger, as a result of which the projectile makes a revolution on the flexible link around the hand and returns to the hand in the opposite "or the same" grip "depending on the current situation." At the end of operation, the projectile is removed from the finger and placed in a sheath (if a knife is used) or suspended in any way on a belt, from where it can be removed as quickly as possible if necessary. It is also possible to fix it by means of a special magnetic attachment to the forearm without removing the ring element from the finger, which will allow you to use the flexible link in battle without losing time to prepare.

A flexible link allows you to transfer energy, so that at the moment of inertial acceleration, the flexible connection acquires properties comparable to the body of a projectile (knife, ax, etc.), but when the energy is released (delivering a blow), changing its characteristics (becoming flexible again), and preventing the transfer of residual energy to the wearer's hand, which protects the hand from possible damage.

The claimed flexible link allows you to reduce the timing (interval between attacks) by taking the weapon in a position that is most appropriate for the situation. For example: after a power chopping blow, the weapon can be taken in a forward or reverse grip, which will allow you to strike without preparation (swing). Preparation for the next attack is carried out by the previous attack. For example: after a power chopping blow, a weapon can be taken in a direct grip in the owner’s thigh area, which will allow an attack to be carried out without additional preparation into the vital organs of a potential enemy (a stabbing blow to the femoral artery) or, when received in a reverse grip, to carry out a prepared attack in the clavicular region (carotid artery) with subsequent cutting of the jugular vein and rupture of the trachea. The product implements the principle: one movement - one attack.

The design of the claimed flexible link has undeniable advantages, in particular when used with a knife compared to known knives. The proposed option allows you to make inertial strikes and movements, eliminate accidental loss of the projectile, quickly change the grip (forward, reverse), perform disorienting actions (movement of the projectile at high speed along a difficult to calculate trajectory), perform chopping blows and combinations of blows without taking the projectile in the hand. In addition, the speed of strikes and the attack distance are significantly increased, and the force of the strike exceeds the strength of the "classic" strike with a knife or other projectile.

Thus, the claimed invention provides for the creation of a device, the main purpose of which is to conduct effective combat in "attack or defense" self-defense, training or competitive fights, and providing wide functionality during operation, namely, the implementation of high inertia of work with attached weapons, the formation of various in nature traumatic effects (piercing, cutting, chopping and crushing action) and has a high stopping effect.

Claims (3)

1. A flexible link for a weapon, at one end of which a means of attachment to the weapon is made, and at the other end a means of fixation in the hand is fixed, characterized in that the means of fixation in the hand is made in the form of a ring element with a sliding sleeve for a finger or brass knuckles. 2. The flexible link according to claim 1, characterized in that the annular element is fixed by laying the edge segment of the flexible link with a self-tightening loop into the grooves made on its outer surface. 3. Flexible link according to claim 1 or 2, characterized in that the flexible link is made flat, the annular element is fixed in a plane perpendicular to the plane of the flexible link.

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