AN ADJUSTABLE HANDGRIP

Abstract

The present invention relates to a handgrip mechanism that can be used in every rifle type and can be adjusted in accordance with the user's comfort. The present invention particularly relates to a design developed for the handgrip, that may be customized by making adjustments on the used rifle for each hand and arm length so as to use in rifles such as bullpup, air rifle, and firearms.

Description

TECHNICAL FIELD OF THE INVENTION

The present invention relates to a handgrip that can be used in every rifle type and can be adjusted in accordance with the user's comfort. The present invention particularly relates to a design developed for a handgrip, that may be customized by making adjustments on the rifle for each hand and arm length to be used in rifles such as bullpup, air-operated rifles, and firearms.

PRIOR ART

In rifles that are used today, in order to shoot both properly and accurately, the user should pull the trigger accurately in the direction of the target by grasping the rifle properly. The user uses his/her one hand to pull the trigger. In order to shoot accurately while pulling the trigger, the user grasps the handgrip with the same hand. The user grasps the handgrip with his/her palm and other fingers, as his/her index finger is placed on the trigger. Therefore, the distance between the trigger and the handgrip poses great importance in the performance of a proper and accurate shot.

In the state of the art, in accordance with the user portfolio; for example, a person, who has shorter fingers, experiences certain difficulties in pulling the trigger while grasping the handgrip. Such users are in need of the handgrip and trigger's distance to be shorter. Analogously, in the exact opposite situation, a user, who has longer fingers cannot grasp the handgrip when he/she places his/her index finger on the trigger, due to the gap inside his/her palm stemming from the shorter distance between the handgrip and the trigger. This situation can cause unfavorable results such as mistargeting while shooting, and the user may sustain damage caused by the recoil at the moment of shooting.

In the state of the art, as the components of the rifles, which are obtained as an output of the production, remain stable, it does not enable optional use. All of the users with different arm lengths encounter the problem of grasping in the rifle that does not allow optional use. Hence, similar to the others, unfavorable situations, such as the user's failure of targeting accurately, as well as health problems caused by recoil at the moment of shooting, can occur.

In consequence thereof, for the handgrips, which are essential for all firearm types, it has become necessary to conduct R&D studies on developing solutions for the current problems and eliminate the aforementioned disadvantages.

SUMMARY

In accordance with an aspect of these disclosures, there is provided an adjustable handgrip mechanism, including at least two gears, that may be located on a body, and at least one slot that may be opened on a handgrip, wherein the slots may correspond to the gears.

The adjustable handgrip may further have at least one joint bolt, which may be positioned in the inner surface of the handgrip and also may have at least one linkage nut corresponding to the joint bolt, wherein the linkage nut may have at least two holes.

The adjustable handgrip mechanism may also have at least one washer which may ensure that the joint bolt is retained inside the handgrip and at least one lower lid which may be positioned on the lower portion of the handgrip and may have at least on fitting screw.

OBJECTS OF THE INVENTION

The present invention relates to an adjustable handgrip mechanism that can be used in every rifle type and is designed to eliminate all disadvantages present in the state of the art.

The main objects of the invention are listed as follows;

• • To ensure that the inventive adjustable handgrip has a structure that may be adjusted to all rifle types.
  • To allow the user to grasp the handgrip easily while pulling the trigger by means of the adjustable structure of the handgrip.
  • To ensure that the rifle remains stable while the user is shooting, thereby helping the shooting direction remain stable as well.
  • To provide comfortable use to users while shooting.
  • The inventive adjustable handgrip provides a customizable structure and its position can be changed by drawing closer to/drawing distant from the trigger.

DETAILED DESCRIPTION OF THE INVENTION

The inventive adjustable hand grip for rifles must be evaluated in consideration of the figures provided herein to ensure a better understanding of the novelties which are made in favor of achieving the objects stated above.

FIG. 1 illustrates the general view of a rifle that comprises the inventive adjustable handgrip structure.

FIG. 2 illustrates the view of the internal components of the inventive adjustable hand grip.

FIG. 3 illustrates the sectional view of the gear structure of the inventive adjustable handgrip when it's positioned close to the trigger.

FIG. 4 illustrates the sectional view of the gear structure of the inventive adjustable handgrip when it's positioned distantly from the trigger.

FIG. 5 illustrates the sectional view of the bolt structure of the inventive adjustable handgrip when it's positioned close to the trigger.

FIG. 6 illustrates the sectional view of the bolt structure of the inventive adjustable handgrip when it's positioned distantly from the trigger.

The figures are provided with reference numbers in order to provide a better understanding of the inventive adjustable handgrip, wherein;

• • 1. Body
  • 2. Gear
  • 3. Handgrip
  • 4. Slot
  • 5. Washer
  • 6. Joint Bolt
  • 7. Lower Lid
  • 8. Fitting Screw
  • 9. Linkage Nut

FIG. 1 illustrates the general view of an example rifle that comprises the inventive adjustable handgrip structure. The adjustable handgrip mechanism that can be applied to firearms, air-operated and bullpup rifles consisting of a body (1), gear (2), handgrip (3), slot (4), washer (5), joint bolt (6), lower lid (7) and linkage nut (8) components.

FIG. 2 illustrates the view of the internal components of the inventive adjustable handgrip in detail. While the handgrip (3) is positioned on the body (1), gears (2), which are created on the body (1), are seated inside the slots (4) that are opened on handgrip (3). Joint bolt (6) is inserted into the inner portion of the handgrip (3) and is ensured to hold on to the handgrip (3) by means of a washer (5). Concurrently, the joint bolt (6) is connected with a linkage nut (9) having at least two holes thereon. A lower lid (7) is used so as to ensure that the handgrip (3) is closed from its lower portion. It is ensured that the lower lid (7) can be fixed by means of a fitting screw (8).

When the user wants to change the position of the handgrip (3) depending on his/her comfort of use, lower lid (7) is removed by opening the fitting screw (8). It is preferred that the handgrip (3) to be closer to the trigger if the user's hand and arm length are short. In the present case, lower lid (7) is opened by removing the fitting screw (8), and the handgrip (3) can be closely placed again on the trigger by removing it from where it is inserted by means of pulling it down. Gears (2) are seated into slots (4) such that they are flushed to the right side in order to ensure that the trigger is positioned close to the handgrip (3) (FIG. 3). Also, joint bolt (6) is connected with the linkage nut (9) by screwing it through its hole which is closer to the trigger (FIG. 5). The handgrip (3) that draws closer to the trigger is fixed with a fitting screw (8) by installing the lower lid (7).

It is preferred that the handgrip (3) is distant to the trigger if the user's hand and arm length are long. Accordingly, lower lid (7) is opened by removing the fitting screw (8), and the handgrip (3) can be distantly placed again on the trigger by removing it from where it places through pulling it down. Gears (2) are seated into slots (4) such that they are flushed to the left side in order to ensure that the trigger is positioned distantly to the handgrip (3) (FIG. 4). Also, joint bolt (6) is connected with the linkage nut (9) by screwing it through its hole which is distant to the trigger (FIG. 6). The handgrip (3) that draws distanced to trigger is fixed with a fitting screw (8) by installing the lower lid (7).

Claims

1. An adjustable handgrip mechanism, comprising: at least two gears, that are located on a body; andat least one slot, that is opened on a handgrip, wherein the slots correspond to the gears.

2. The adjustable handgrip mechanism of claim 1, further comprising at least one joint bolt, that is positioned in the inner surface of the handgrip.

3. The adjustable handgrip mechanism of claim 1, further comprising at least one linkage nut corresponding to the joint bolt, wherein the linkage nut has at least two holes.

4. The adjustable handgrip mechanism of claim 1, further comprising at least one washer which ensures that the joint bolt is retained inside the handgrip.

5. The adjustable handgrip mechanism of claim 1, further comprising at least one lower lid that is positioned on the lower portion of the handgrip.

6. The adjustable handgrip mechanism of claim 5, wherein the lower lid further comprises at least one fitting screw.