Dual-Use Mount for Firearm Aiming Devices

Description

FIELD OF THE INVENTION

The present invention relates to firearm accessories, specifically to mounts for attaching aiming devices to firearms.

BACKGROUND OF THE INVENTION

Traditional mounts for firearm aiming devices (otherwise referred to optics, sights or scopes) often obstruct the user's line of sight between the mounted optic and the firearm, limiting the compatibility and usability with additional mounted aiming devices. There are often instances when it is advantageous to have two or more sights mounted on the same firearm with different purposes such as different magnifications or points of impact. To mitigate the aforementioned obstructive interference problem, some have attempted to create systems that allow users to affix a secondary optic directly to the primary optic or its mount. Others have developed apparatuses that enable users to temporarily adjust or move a secondary optic or magnification aid in and out of the primary optic's line of sight. However, there is a significant need for a device that allows users to independently mount a primary optic to a firearm, enabling simultaneous use of a secondary optic without significant obstructive interference, dependent mechanical linkages, or the need for moving parts.

SUMMARY OF THE INVENTION

The invention is a specialized mount for firearm aiming devices that attaches an optic, such as a red dot sight, to the top section of a firearm. The mount is designed with a deliberate hollow optical passage feature to maintain an unobstructed optical line of sight between the primary aiming device and the top of the firearm. This allows an independently mounted, secondary aiming device to be used below and behind, or in front of, the primary optic without obstructive interference. The innovative design eliminates the need for moving parts or direct mechanical linkages between optics affording a streamlined and efficient solution for operators requiring multiple aiming options.

BRIEF DESCRIPTION OF THE DRAWINGS

The attached images illustrate one example embodiment of the invention. All figures are approximations and are not drawn to scale.

FIG. 1 is a detailed view of the example embodiment showcasing the mount's major composing features, including the frame walls (101), optical passage (102), primary optic interface (103), and rail mounting interface section (104).

FIG. 2 is a detailed view of the mount (100) embodied in FIG. 1 attached to a primary red dot sight (200) and firearm rail section (300) with an example magnified scope (400) positioned behind it for compatible secondary optic use.

FIG. 3 is another detailed view from a more rearward perspective of the same configuration as described in FIG. 2.

FIG. 4 is a side vie (sectional) highlighting a suer (U) using the primary optic (200) equipped to a firearm (500) with the exemplified mount (100) embodiment as described in FIG. 2.

FIG. 5 depicts the same configuration described in FIG. 4, now with a user (U) who has shifted from primary optic (200) to secondary optic (400) after a minor adjustment to head position.

DETAILED DESCRIPTION OF THE INVENTION

The optic mount comprises a robust, hollow frame designed to securely attach to the rail section of a firearm. The frame creates a large, central opening that provides an unobstructed optical passage below the primary optic. This opening allows for the simultaneous use of additional aiming systems without interference.

Design and Construction

1. Material and Structure

The mount is constructed from high-strength, lightweight materials such as steel, aluminum, metal alloys, or durable polymers, ensuring durability and minimal additional weight to the firearm. The mount is comprised of a base section that interfaces with the firearm's rail system (typically a Picatinny or Weaver rail), a top section that connects to the primary aiming device, and main body walls that create a hollow-framed design with adequate central opening (herein also referred to as an optical passage) to maintain a clear line of sight below the primary optic for secondary optics.

2. Primary Optic Attachment

The top section of the device is designed to securely attach a primary optic, such as a red dot sight, using either a sight-specific mounting interface or a small segment of a standardized rail interface (e.g., Picatinny or Weaver rail). The design ensures the primary optic is held at a suitable height off the top of the firearm for secondary aiming device use.

3. Hollow-framed Design

The optical passage created by the mount's hollow frame design provides sufficient cross-sectional space below the primary optic to maintain a clear line of sight between the secondary aiming device and the target. For example, this feature is particularly beneficial for configurations where a secondary optic, such as magnified scope, is positioned behind the primary optic, enabling seamless transitions between near and far targets by simply adjusting user head position to employ the desired optic.

4. Secondary Device Compatibility

The mount facilitates compatibility between the primary optic and a variety of secondary aiming devices when placed either behind or in front of the primary optic. Examples include, but are not limited to: magnified scopes, sights preset to different points of impact to accommodate ballistic variances of different projectiles, night vision optics, thermal optics, laser aiming modules, and back up iron sights. This flexibility allows users to customize their firearm configuration with multiple aiming devices based on operational and individual needs without the need for moving parts or directly mounting one optic to another.

Advantages—Multiple-Optic Compatibility

The invention supports the use of multiple aiming devices simultaneous by simply adjusting user head position slightly, enhancing aiming versatility and streamlining user experience.

Advantages—Simplicity and Reliability

The absence of moving parts eliminates the need for users to take a hand off the firearm to switch between optics while reducing system weight, potential points of failure and maintenance requirements.

Advantages—Independent Mounting System

The absence of a direct mechanical fixation between the primary optic and secondary aiming devices reduces functional dependences such that each optic can be independently removed (for servicing or other reasons) without compromising the integrity or point of aim of the other. Additionally, if desired based on varying operational needs, this device affords users the ability to swap out different secondary optics to be used with the same mounted primary optic.