TW201339533A - Firearm mount having a buffering structure - Google Patents

Abstract

According to an embodiment of the invention, a firearm mount, including a stand and two supports, is disclosed. The stand comprises a first assembly and a second assembly. The first assembly has a front casting lug on a top surface thereof. The second assembly is relatively removably assembled with the first assembly, and has a back casting lug on a top surface thereof and a buffering unit interconnected with the first assembly. The supports each are relatively removably mounted in two sides of the stand and have a buffering apparatus interconnected with the stand.

Description

Gun rack with cushioning structure

The invention relates to a gun holder. More specifically, the present invention relates to a gun frame having a cushioning structure that reduces the recoil force generated when a firearm is fired.

When firing a firearm, in order to balance the forward momentum generated by the ejected material (such as bullets, packing, bullet soft shell, propelling gas, etc.), the firearm will relatively generate backward momentum (hereinafter referred to as "rear seat force"). Small firearms, such as shotguns, are fired when the rear seat is transmitted to the ground by the firearm holding the firearm, but the recoil may cause damage to the firer. For example, the shoulder of a firefighter may be subjected to severe, intense vibrations that cause bone or tissue to be bruised. Large firearms, such as machine guns, must be placed on the gantry to facilitate the firing and operation of the firearm. When firing, the recoil generated by a large firearm is directly absorbed by the gantry or indirectly transmitted to the ground by the firer. Although the recoil generated by large guns is less harmful to the shooter, the recoil generated by large guns still has a significant impact on the aiming accuracy of the firearm.

To date, many devices have been developed to slow the recoil. While these devices are more or less capable of achieving individual efficacy, there is still a need for a device that is simple in construction and that is more effective in mitigating the resulting seating force when firearms are fired.

It is an object of the present invention to provide a gun holder for erecting a firearm and having a cushioning structure. When the firearm is fired, the gun frame can slow down the recoil force generated by the firearm firing process and reduce the influence of the recoil force on the aiming accuracy of the firearm. Moreover, the cushion structure of the gun frame can reduce the mechanical damage to the gun frame itself due to the recoil force, thereby prolonging its service life.

To achieve the foregoing and/or other objects, in accordance with an embodiment of the present invention, a gun frame is provided, comprising: a pedestal comprising a first component and a second component movably assembled to the first component a front lug is disposed on the upper surface of the first component, a rear lug is disposed on the upper surface of the second component, and a buffer group is disposed at the interface with the first component; and two support members are respectively movable relative to each other The grounding is disposed on two sides of the pedestal and a buffering member is disposed at the interface with the pedestal.

According to the above structure, the gantry can use the pedestal to erect the firearm, and the damper of the pedestal and the cushioning member of the support member can reduce the recoil force generated when the firearm is fired.

The above and/or other objects, features, and features of the present invention will become more apparent and understood.

The first to seventh figures illustrate a gun holder according to a preferred embodiment of the present invention. The gun holder includes a seat (1), two support members (2), an automatic firing member (3), and an elevation adjustment group ( 4), a direction angle adjustment group (5), an image capture device (6), a sighting member (7) and a box (8).

As shown in the first and second figures, the pedestal (1) has a first component (11) and a second component (12). The front surface of the first component (11) is provided with a front lug (111). The second component (12) is movably assembled to the first component (11), and a buffer group (121) is disposed adjacent to the first component (11). The upper surface of the second component (12) is provided with a rear lug (122). The rear lug (122) can be used with the front lug (111) of the first component (11) for erecting a firearm. (A).

As shown in the first and second figures, the launch end (A1) of the firearm (A) is placed on the front lug (111) of the first component (11), and the grip end (A2) of the firearm (A) is placed. The rear lug (122) of the second component (12) enables the firearm (A) to be stably mounted on the pedestal (1).

According to this embodiment, the lower surface of the first component (11) has a first component screw hole (112); the second component (12) has a connection block protruding from the first component (11) ( 123), the connecting block (123) is provided with a pair of second component screw holes (124) corresponding to the first component screw holes (112), and passes through the second component screw holes (124) by using a screw (125) And the first component screw hole (112), the first component (11) is assembled to the second component (12). As shown in the second figure, the aperture of the second component screw hole (124) is larger than the aperture of the first component screw hole (112), thereby adjusting the screw (125) to penetrate the second component screw hole (124). The position to change the length of the pedestal (1). Thus, the pedestal (1) can be adjusted in length according to the size of the firearm (A).

According to this embodiment, the buffer set (121) has a screw (1211) and an elastomer (1212). The screw (1211) is screwed to the second component (12) at one end and to the first component (11) at the other end. The elastomer (1212) can be compressed or stretched as a spring, and the elastomer (1212) surrounds the center end of the screw (1211). It is worth mentioning that the first component (11) and the second component (12) are two different components. When the firearm (A) is fired, the rear seat force of the firearm (A) will make the first The assembly (11) and the second assembly (12) generate vibrations that cause relative movement between each other to compress or extend the elastomer (1212) of the buffer pack (121). In this way, the buffer group (121) can eliminate the recoil force and achieve the purpose of slowing down the recoil.

As shown in the third and fourth figures, the support members (2) are respectively movably disposed on opposite sides of the pedestal (1) and at least one hole (21) is disposed. The support member (2) is provided with a cushioning member (22) adjacent to the pedestal (1).

According to this embodiment, the buffer member (22) is disposed on the lower surface of the pedestal (1), and the buffer member (22) includes a post (221) and an elastic member (222). The post (221) passes through a block (13) disposed on a lower surface of the pedestal (1), and the two ends of the post (221) are respectively locked to the bumps provided on the support member (2) (twenty three). The resilient member (222) is a region that can be compressed or stretched as a spring and does not extend around the post (221) to the block (13). When the firearm (A) is fired, the rear seat force of the firearm (A) causes the pedestal (1) and the support member (2) to vibrate, causing relative movement between each other to compress or extend the cushioning member (22). Elastic member (222). In this way, the cushioning member (22) can eliminate the recoil force and achieve the purpose of slowing down the recoil.

As shown in the second and third figures, the automatic firing member (3) is disposed on the rear lug (122) of the second component (12). As described above, in the present embodiment, the grip portion (A2) of the firearm (A) is erected on the rear lug (122) of the second component (12), and the automatic firing member (3) can pass through a motor ( The operation of the firearm (A) grip (A2) is continuously applied to the trigger of the firearm (A) so that the firearm (A) can be continuously fired.

As shown in the fifth and sixth figures, the elevation angle adjustment group (4) is disposed on a side of the support member (2) different from the pedestal (1). The elevation adjustment group (4) has an actuator (41) and a control member (42). The actuating member (41) is provided with at least one pair of fixing holes (411) for the holes (21) of the supporting members (2), and the supporting members (2) are fixedly connected by locking; the actuation The other end of the member (41) is provided with an interlocking movable bevel gear (412). The control member (42) is rotatable by a motor (421) and has a control member transmission gear (422) that engages the actuator linkage bevel gear (412). When the motor (421) rotates the control member (42), the control member transmission gear (422) will rotate the actuator linkage bevel gear (412) in conjunction, so that the support member (2) and the pedestal ( 1) Turn. Thus, the elevation and depression angles of the firearm (A) will be regulated by the elevation adjustment group (4).

As shown in the fifth to seventh figures, the direction angle adjustment group (5) includes a fixed seat (51), a rotating disk (52) and a control group (53). The fixing seat (51) is disposed on a side of the supporting member (2) different from the pedestal (1). In this embodiment, the fixing base (51) may further be provided with a ball bearing (511) to engage the actuating member (41) of the tilting angle adjusting group (4) for supporting the tilting angle adjusting group (4). The rotating disc (52) is fixedly connected to the bottom of the fixing base (51), and a rotating disc interlocking bevel gear (521) is arranged at the bottom of the rotating disc (52). The control group (53) is rotatable by actuation of a motor (not shown) and has a control set transmission gear (531) that engages the rotating disk linkage bevel gear (521). Once the motor rotates the control group (53), the control group transmission gear (531) rotates the rotating disk linkage bevel gear (521) together, so that the fixing base (51), the supporting members (2) and the The pedestal (1) rotates. Thus, the direction angle of the firearm (A) will be regulated by the direction angle adjustment group (5).

As shown in the fifth and sixth figures, the image capturing device (6) is like a charge coupled device camera or a network camera, and the image capturing device (6) is fixed to the tilting angle adjusting group (4). Moving parts (41). When the motor (421) rotates the control member (42), the control member transmission gear (422) synchronously rotates the actuator member to operate the bevel gear (412), so that the image capturing device (6) is subject to the ground. Rotate to assist in capturing the appropriate image.

As shown in the second figure, the aiming member (7) is disposed on the pedestal (1). The first component (11) is different from the end of the second component (12) to assist in aiming. In this embodiment, the aiming member (7) has a latch (71) that is engaged with the first component (11).

As shown in the first figure, the casing (8) is disposed at one end of the support (2) different from the end of the pedestal (1) for collecting the magazine ejected when the firearm (A) is fired.

In summary, in the gun frame of the present invention, the first component (11) and the second component (12) are assembled in a relatively movable manner. When the firearm (A) is fired, the recoil generated by the firearm (A) causes the first component (11) and the second component (12) to vibrate to cause relative movement. At this time, the buffer group (121) disposed at the junction of the first component (11) and the second component (12) can be used to slow the recoil.

On the other hand, in the gun holder of the present invention, the pedestal (1) and the support members (2) are combined in a relatively movable manner. When the firearm (A) is fired, the recoil force of the firearm (A) causes the pedestal (1) and the support members (2) to vibrate to cause relative movement. At this time, the cushioning member (22) disposed at the pedestal (1) and the supporting members (2) can be used to slow the recoil.

In another aspect, in the gun frame of the present invention, the elevation angle adjustment group (4) and the direction angle adjustment group (5) can be further utilized, and the firearm (A) is provided with an appropriate elevation angle and a direction angle to The invention of the gun rack adds value.

Although the present invention has been disclosed in its preferred embodiments, it is not intended to limit the invention, and the invention may be modified by those skilled in the art without departing from the spirit and scope of the invention. The scope of the present invention is intended to be in accordance with the scope of the appended claims.

(A). . . firearms

(A1). . . The transmitting end

(A2). . . Grip

(1). . . Pedestal

(11). . . First component

(111). . . Front lug

(112). . . First component screw hole

(12). . . Second component

(121). . . Buffer group

(1211). . . Screw

(1212). . . Elastomer

(122). . . Rear lug

(123). . . Connector

(124). . . Second component screw hole

(125). . . Screw

(13). . . Block

(2). . . supporting item

(twenty one). . . Hole

(twenty two). . . Buffer

(221). . . Arbors

(222). . . Elastic part

(twenty three). . . Bump

(3). . . Automatic firing piece

(4). . . Tilt angle adjustment group

(41). . . Actuator

(411). . . Fixed hole

(412). . . Actuator interlocking bevel gear

(42). . . Control

(421). . . motor

(422). . . Control gear transmission gear

(5). . . Direction angle adjustment group

(51). . . Fixed seat

(511). . . Ball bearing

(52). . . Rotating disk

(521). . . Rotating disc linkage bevel gear

(53). . . Control group

(531). . . Control group drive gear

(6). . . Image capture device

(7). . . Aiming piece

(71). . . Latch

(8). . . Box

The first figure is a three-dimensional combination diagram illustrating that the gun rack of one embodiment of the present invention is provided with a firearm.

The second figure is a three-dimensional disassembly diagram illustrating the pedestal of the gun frame of the first figure.

The third figure is a three-dimensional combination diagram illustrating the pedestal and support of the gun frame of the first figure.

The fourth figure is a cross-sectional view showing a section of the pedestal of the third figure and the line L-L' of the support member.

The fifth picture is a part of the three-dimensional disassembly diagram, illustrating the tilting angle adjustment group of the gun frame of the first figure.

The sixth figure is a three-dimensional combination diagram illustrating the elevation angle adjustment group and the direction angle adjustment group of the gun holder of the first figure.

The seventh figure is a three-dimensional combination diagram illustrating the direction angle adjustment group of the gun frame of the first figure.

(1). . . Pedestal

(11). . . First component

(111). . . Front lug

(12). . . Second component

(122). . . Rear lug

(2). . . supporting item

(twenty one). . . Hole

(twenty two). . . Buffer

(twenty three). . . Bump

(3). . . Automatic firing piece

Claims (10)

A gun holder includes: a pedestal comprising a first component and a second component movably coupled to the first component, the upper surface of the first component being provided with a front lug, the second component The surface is provided with a rear lug and a buffering group is disposed at the interface with the first component; and two supporting members are respectively disposed on the two sides of the pedestal with relative movement and a buffer is disposed at the interface with the pedestal Pieces. The gun rack of claim 1, wherein the lower surface of the first component has a first component screw hole, and the second component is connected with the first component to have a connecting block. The connecting block is provided with a pair of second component screw holes which should be screw holes of the first component. The gun frame of claim 2, wherein the second component screw hole has a larger aperture diameter than the first component screw hole. The gun rack of claim 1, wherein the buffer set has a screw and an elastic body, one end of the screw is screwed to the second component, and the other end of the screw is connected to the first component, the elastic system Surround the middle end of the screw. The gun frame of claim 1, wherein the buffer member has a post and an elastic member, the post passes through a block disposed on a lower surface of the base, and the two ends of the post Separately locked to two protrusions disposed on the support member, the elastic member surrounds a region where the post does not penetrate the block. The gun rack of claim 1, further comprising: a tilting angle adjusting group disposed on a side of the supporting member different from the pedestal, wherein the tilting and lowering angle adjusting group has an actuating member and a control The actuating member is fixedly connected to the supporting members at one end, and the other end of the actuating member is provided with an actuating member interlocking bevel gear, and the control member has a control member transmission gear that engages the actuating member to link the bevel gear. The gun rack of claim 1, further comprising: a direction angle adjusting group, comprising: a fixing seat, a rotating disc and a control group, wherein the fixing base is disposed on the supporting base different from the pedestal On one side, the rotating disk is fixedly connected to the bottom of the fixing base, and a bottom of the rotating disk is provided with a rotating disk linkage bevel gear. The control group has a control group transmission gear that engages the rotating disk linkage bevel gear. The gun frame of claim 4, wherein the elastic system is a spring. The gun frame of claim 5, wherein the elastic member is a spring. The gun rack of claim 6, further comprising: an image capturing device fixed to the actuating member of the tilting angle adjusting group.