A mounting apparatus used for mounting fiber parts of firearms

Abstract

A MOUNTING APPARATUS USED FOR MOUNTING FIBER PARTS OF FIREARMS The invention relates to a bead / hindsight fiber mounting apparatus (3), which is used for heat fixation of the bead / hindsight (1) piece(s) made of fiber, after installation of the piece(s) into the bead / hindsight slots (2) formed on the bead / hindsight of firearms.

Description

[0001] A MOUNTING APPARATUS USED FOR MOUNTING FIBER PARTS OF FIREARMS

[0002] Technical Field

[0003] The invention relates to a bead / hindsight fiber mounting apparatus, which is used for fixing the bead / hindsight parts made of fiber to the fiber slots formed on the bead / hindsight of firearms. In particular, the apparatus of the invention is used for the mounting of bead / hindsight parts made of fiber. Different embodiments of the invention can also be used for mounting and fixing fiber parts of different attachments used for firearms.

[0004] State of the Art

[0005] Bead is an element used to improve accuracy in ballistic combat weapons such as pistols and rifles.

[0006] A wide range of hindsight and bead models are available. A line of sight is created according to the shape and position of the bead / hindsight. Phosphorous sighting devices, which provide advantages in low-light environments, can also be used. Fiber bead / hindsight can be used within the current art to create phosphorus engagement devices.

[0007] Fiber weapon sights are small pieces made of fiber material that are usually placed in the hole drilled on the bead / hindsight and help guide the projectile correctly. Bead / hindsight are used to complete the gunsight system in firearms. The purpose of the fiber bead / hindsight produced in different sizes and colors is to facilitate the alignment of the sight towards the target and to ensure that the shot is transmitted to the target.

[0008] Fiber bead / hindsight are suitable for long-term use thanks to their high durability properties. In addition, colored fiber bead / hindsight allow people to target their gunsights in different colors.

[0009] A few important features of the fiber bead / hindsight in firearms are presented below, 1. High visibility: Fiber bead / hindsight have bright colors, allowing the target to be seen better. It makes shooting easier, especially in low light conditions or environments that provide contrast.

[0010] 2. Fast targeting: The fiber material has a special structure that absorbs and reflects light. In this way, fiber bead / hindsight allow the sights to focus on the target more easily and quickly.

[0011] 3. Durability: Fiber bead / hindsight are usually made of polymer or glass fiber and are therefore durable. It can be used for a long time by resisting shocks and vibrations.

[0012] 4. Color options: Fiber bead / hindsight can be produced in different colors, thus allowing the user to choose the color suitable for their gunsights according to their preference.

[0013] Primitive methods are used to mount the fiber parts included in the ordinary state of the art. Within the scope of these methods, fiber parts produced in a structure suitable for the weapon are fixed by heating with combustible material such as candle, lighter, etc. after placing them in the fiber slot formed on the bead / hindsight and then allowing them to cool. Afterwards, the bead / hindsight are mounted on the weapon.

[0014] However, this method, which is used within the current art, is operated intensively by human labor. First of all, the intensive operation of this process may cause an increase in the total cost of the application.

[0015] Again, since the application time of this process, which is operated intensively by human labor, will increase (it takes about 5 minutes to install each fiber in the bead / hindsight), the production time required for the installation of the fiber particle on the bead / hindsight increases.

[0016] During this application, which is operated intensively, the rate of human-based product errors increases significantly. Since it will not be possible to treat the fiber with tools such as cigarette lighters at the appropriate temperature at the appropriate time, problems arise in the product due to melting or incomplete heat. In this deficiency, fiber applications that are insufficient in terms of aesthetic appearance can be experienced. Again, the application is made with tools such as human ingenuity and lighters, and the creation of a standard product may cause each application to have a different appearance.

[0017] It is understood that patent application US2014317989 mentions a light-condensed fiber optic vision system. It is understood that a fiber part is used to form an bead / hindsight within the application.

[0018] Problems to be solved by the Invention

[0019] The object of the invention is to provide a bead / hindsight fiber mounting apparatus used for fixing the fiber parts after assembly of the fiber parts to the bead / hindsight slots formed on the weapon.

[0020] The apparatus of the invention can fix the fiber part to the fiber slots of the bead / hindsight by applying heat at the pre-set time and temperature according to the size and structure of the fiber particle in accordance with the feature of the weapon to be applied. Again, since the location of the heating elements and the distance of the part to be heat treated to the heating element will be preset, the effect of the heat on the fiber part can be fixed.

[0021] In this way, product standardization can be provided for each product in the production process.

[0022] Also, with the use of the apparatus subject to the invention, production errors are minimized. Due to excessive heat application, melting and fixing deficiencies were eliminated as a result of incomplete thermal application. In this way, it has been possible to create a more advantageous product in terms of aesthetic appearance.

[0023] On the other hand, the use of the apparatus subject to the invention minimizes the need for manpower during the application. In this way, human-based production errors and production costs are reduced.

[0024] Also, reducing the human factor in the production process reduced the time needed for the application. While the application time required for each product is 5 minutes using the existing application methods, the application time can be shortened to 8-10 seconds with the use of the apparatus subject to the invention.

[0025] Description of the Figures

[0026] Figure 1. A perspective view of the bead / hindsight

[0027] Figure 2. A side perspective view of the bead fiber mounting apparatus

[0028] Figure 3. A top perspective view of the bead fiber mounting apparatus

[0029] Figure 4. A perspective view of the bedding part

[0030] Figure 5. A top view of the bead fiber mounting apparatus

[0031] Figure 6. A perspective view of the bead fiber mounting apparatus and control unit

[0032] Description of References in Figures

[0033] 1. Bead / hindsight

[0034] 2. Bead / hindsight slot

[0035] 3. Fiber mounting apparatus

[0036] 4. Heating element

[0037] 4.1. Mounting element

[0038] 5. Application channel

[0039] 6. Bedding part

[0040] 7. Channel

[0041] 8. Holding element

[0042] 8.1. Holding protrusion

[0043] 9. Holding element path

[0044] 10. Shaft

[0045] 11. Flexible element

[0046] 12. Detection element

[0047] 13. Detection element trigger shaft

[0048] 14. Control unit

[0049] Description of the Invention The invention relates to a bead / hindsight fiber mounting apparatus (3) used for heat fixing after connecting the parts made of fiber to the placement slots of the attachments that aim to be connected to the firearms and separated.

[0050] The invention is basically used for fixing the fiber parts of the attachments connected to the firearms. A firearm can define weapons such as rifles, pistols, etc. For example, the attachment connected to the weapon may be the bead / hindsight (1).

[0051] Within the preferred embodiment of the invention, the placement slot is the bead / hindsight slot (2). Within this embodiment, the particle made of fiber is the bead / hindsight (1) piece(s) made of fiber.

[0052] More particularly, the invention relates to the bead fiber mounting apparatus (3) used for heat fixing of the bead / hindsight (1) piece(s) made of fiber to the bead / hindsight' slots (2) on the weapon.

[0053] The bead / hindsight (1) are configured as an external part and are designed as a part that can be connected to the weapon in a detachable way.

[0054] The fiber mounting apparatus (3) of the invention comprises at least one heating element (4) in its structure. According to the preferred embodiment of the invention, at least one application channel (5) is formed in the middle part of the fiber mounting apparatus (3) and at least 2 heating elements (4) are positioned both sides of said channel (5).

[0055] According to Figure 2, the fiber mounting apparatus (3) comprises an application channel (5) and 2 heating elements (4) are formed in the sides of the channel (5). In this embodiment, the fiber mounting apparatus (3) is configured in the form of a closed body, of which at least one part can be open. In the embodiment, the channel (5) and the heating elements (4) are formed in the body.

[0056] The heating elements (4) are configured in the form of resistance within the preferred embodiment of the invention. The resistances are extended through the application channel (5) formed in a longitudinal form through the body. In this way, the same heat can be applied to all bead / hindsight (1) positioned on the application channel (5) at the same time. For this purpose, each heating element (4) is connected to the body of the fiber mounting apparatus (3) by means of at least one mounting element (4.1). According to Figure 2, the heating element (4) is connected to the body from one end with the mounting element (4.1).

[0057] The bead / hindsight (1) can be slid to the fiber mounting apparatus (3) by being associated with at least a bedding part (6) according to the preferred embodiment of the invention. The bead / hindsight (1) associated with the bedding apparatus (6) can be applied to the fiber mounting apparatus (3) by means of the bedding apparatus (6) and can be retrieved after applying heat for a certain period of time. In this way, heat can be applied to each bead / hindsight (1) at a fixed value for a certain period of time and the optimum thermal curing process can be applied.

[0058] According to Figure 3, at least one channel (7) is formed on the body of the fiber mounting apparatus (3). The channel (7) allows the bedding part (6) and therefore the bead / hindsight (1) positioned on it to be slid in and out of the body of the fiber mounting apparatus (3).

[0059] According to Figure 2, the bedding part (6) is configured in a form that can carry the bead / hindsight.

[0060] According to Figure 4, at least one holding element path (9) is formed on the upper surface of the bedding part (6). The holding element path (9) is designed in the form of a path aiming to include the holding element (8) that can be associated with the bead / hindsight (1).

[0061] Within this embodiment, each bead / hindsight (1) is connected to the holding element (8) and then the holding elements (8) can be placed in the holding element path (9). In this way, the bead / hindsight (1) can be lined up in the holding element path (9) by means of the holding elements (8).

[0062] The holding element (8) according to the preferred embodiment of the invention comprises at least one holding protrusion (8.1) on the upper part that can hold the bead / hindsight (1). According to Figure 1, the bead / hindsight (1) are placed between the 2 holding protrusions (8.1). Within this application, the holding element (8) is configured in a form that can be placed in the holding element path (9).

[0063] According to Figure 1, the bead / hindsight (1) are connected to the holding element (8) from one end and the other end is released. In this way, the heat generated on the bead / hindsight (1) was distributed more effectively and homogeneously.

[0064] According to Figure 3, the bedding part (6) is associated with at least one shaft (10). The shaft (10) will help to drive the bedding part (6) in and out of the body of the fiber mounting apparatus (3).

[0065] According to Figure 3, at least one end of the shaft (10) extending out of the fiber mounting apparatus (3) is associated with at least one flexible element (11). The flexible element (11) will support and regulate the movement provided in and out of the body of the fiber mounting apparatus (3).

[0066] The flexible element (11) is configured in the form of a spring according to the preferred embodiment of the invention.

[0067] According to this embodiment, the end of the shaft (10) in which it is associated with the flexible element (11) is equipped with at least one detection element (12). In line with the preferred embodiment of the invention, the detection element (12) is formed in the sensor structure.

[0068] In order to ensure the movement of the shaft (10) under the control of said detection element (12), the shaft (10) is associated with at least one detection element trigger shaft (13).

[0069] According to Figure 6, the fiber mounting apparatus (3) is associated with the control unit (14). The control unit (14) defines the control unit used for controlling the processes applied by the fiber mounting apparatus (3). Said control unit (14) may have units such as timer, thermometer, etc., or processors that provide the controls of these units. Within the scope of different applications of the invention, the control unit (14) will be able to communicate with the fiber mounting apparatus (3) by using wired and / or wireless communication units.

Claims

CLAIMS1. A fiber mounting apparatus (3) for heat fixation of parts made of fiber, after attachment to the placement slots of the attachments intended for attachment and detachment to firearms, characterized in that it comprises at least one heating element (4) in its structure.

2. The fiber mounting apparatus (3) according to claim 1, characterized in that the attachment is bead / hindsight (1).

3. The fiber mounting apparatus (3) according to claim 1 or 2, characterized in that at least one application channel (5) is formed in the middle part of the fiber mounting apparatus (3) and at least one heating element (4) is positioned in relation to said channel (5).

4. The fiber mounting apparatus (3) according to claim 3, characterized in that the fiber mounting apparatus (3) comprises an application channel (5) and 2 heating elements (4) are formed in the sides of the channel (5).

5. The fiber mounting apparatus (3) according to any one of the preceding claims, characterized in that the channel (5) configured in the form of a closed body, at least one part of which may be open, and the heating elements (4) are formed in this body.

6. The fiber mounting apparatus (3) according to any one of the preceding claims, characterized in that it comprises the heating element(s) (4) configured in the form of resistance.

7. The fiber mounting apparatus (3) according to claim 6, characterized in that it comprises resistances formed in a longitudinal form in the body and extending through the application channel (5).

8. The fiber mounting apparatus (3) according to claim 7, characterized in that it comprises heating elements (4) connected to the body of the fiber mounting apparatus (3) by means of at least one mounting element (4.1).

9. The fiber mounting apparatus (3) according to claim 1 or 2, characterized in that it comprises bead / hindsight (1) that can be driven into the fiber mounting apparatus (3) in association with at least one bedding part (6).

10. The fiber mounting apparatus (3) according to claim 1 or 2, characterized in that at least one channel (7) is formed on its body.

11. The fiber mounting apparatus (3) according to claim 9, characterized in that it comprises a bedding part (6) configured to carry the bead / hindsight.

12. The fiber mounting apparatus (3) according to claim 11, characterized in that it comprises a bedding part (6) having on its upper surface at least one holding element path (9) formed in the form of a path intended to receive the holding element (8).

13. The fiber mounting apparatus (3) according to claim 12, characterized in that it comprises a holding element (8) having at least one holding protrusion (8.1) formed on its upper part for holding the bead / hindsight (1).

14. The fiber mounting apparatus (3) according to claim 12 or 13, characterized in that it comprises a holding element (8) configured in such a way that it can be placed in the ground holding element path (9).

15. The fiber mounting apparatus (3) according to claim 12, characterized in that it comprises a bead / hindsight (1) connected at one end to the holding element (8) and the other end of which is released.

16. The fiber mounting apparatus (3) according to claim 9, characterized in that it comprises the bedding part (8) associated with at least one shaft (10).

17. The fiber mounting apparatus (3) according to claim 16, characterized in that it comprises a shaft (10) having at least one end extending out of the fiber mounting apparatus (3) and associated with at least one flexible element (11).

18. The fiber mounting apparatus (3) according to claim 17, characterized in that it comprises a flexible element (11) configured in the form of a spring.

19. The fiber mounting apparatus (3) according to claim 16 or 17, characterized in that the end of the shaft (10) associated with the flexible element (11) is provided with at least one detection element (12).

20. The fiber mounting apparatus (3) according to claim 19, characterized in that it comprises the detection element (12) formed in the sensor structure.

21. The fiber mounting apparatus (3) according to claim 19, characterized in that the shaft (10) is associated with at least one detection element trigger shaft (13) to ensure its movement under the control of said detection element (12).

22. The fiber mounting apparatus (3) according to claim 1 or 2, characterized in that it is associated with a control unit (14).

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