US-20260126254-A1 - TRIGGER RING

US20260126254A1US 20260126254 A1US20260126254 A1US 20260126254A1US-20260126254-A1

Abstract

A trigger ring configured to assist in maintaining proper finger alignment on a firearm trigger including cylindrical body with first rim, second rim, and groove positioned therebetween. Cylindrical body is configured to fit securely around index finger of user, providing stable positioning on trigger. Patterned surface on cylindrical body enhances friction, preventing unintended movement of finger during trigger engagement. Groove provides resting area for user's finger, ensuring consistent alignment and minimizing lateral or vertical shifts. First and second rims prevent finger from sliding out, providing stability even under recoil. Trigger ring may be made from resilient materials such as silicone, rubber, or thermoplastic elastomers, offering flexibility and comfort for extended use. Trigger ring is available in multiple sizes and may include angled or contoured groove to optimally align finger relative to trigger. Trigger ring does not require modifications to firearm, allowing it to be used interchangeably with different firearms.

Inventors

Herbert M. Mhoon, II

Assignees

Herbert M. Mhoon, II

Dates

Publication Date: 20260507
Application Date: 20251105

Claims (20)

1 . A trigger ring, comprising: a cylindrical body forming an opening, wherein said cylindrical body is configured to be worn on an index finger of a user via said opening; a first rim extending radially outward from a first end of said cylindrical body; a second rim extending radially outward from a second end of said cylindrical body; and a groove formed between said first rim and said second rim on an outer surface of said cylindrical portion, wherein said groove is configured to engage a firearm trigger to maintain alignment of said index finger during trigger engagement.
2 . The trigger ring of claim 1 , wherein said groove comprises a hexagonal pattern.
3 . The trigger ring of claim 1 , wherein said cylindrical body is constructed from a material selected from one of silicone, rubber, and thermoplastic elastomers.
4 . The trigger ring of claim 1 , wherein said groove is angled to align said index finger at an optimal position relative to said firearm trigger.
5 . The trigger ring of claim 1 , wherein said groove is angled or contoured, and wherein said groove is configured to align said index finger with a plane of movement of said firearm trigger.
6 . The trigger ring of claim 1 , wherein said first rim and said second rim have varying heights or thicknesses to accommodate different sizes of said index finger.
7 . The trigger ring of claim 6 , wherein said first rim and said second rim comprise indentations or texturing to assist in maintaining finger position.
8 . A trigger ring for firearm trigger control, said trigger ring comprising: a body having a cylindrical portion; a first rim positioned at one end of said cylindrical portion; a second rim positioned at an opposite end of said cylindrical portion; and a groove formed between said first rim and said second rim, said groove having a hexagonal patterned surface on an outer surface of said cylindrical portion, wherein groove is angled or contoured, and wherein said groove is configured to interface with a firearm trigger to maintain alignment of an index finger of a user during trigger engagement.
9 . The trigger ring of claim 8 , wherein said body is constructed from a material selected from one of silicone, rubber, and thermoplastic elastomers.
10 . The trigger ring of claim 8 , wherein said groove is angled to align with said index finger of said user at an optimal position relative to said firearm trigger.
11 . The trigger ring of claim 8 , wherein said groove comprises ergonomic contours configured to align said index finger of said user with a plane of movement of said firearm trigger.
12 . The trigger ring of claim 8 , wherein said first rim and said second rim have varying heights or thicknesses to accommodate different sizes of said index finger of said user of said trigger ring.
13 . The trigger ring of claim 8 , wherein said first rim and said second rim comprise texturing to assist in maintaining position of an index finger of a user during trigger engagement.
14 . The trigger ring of claim 8 , wherein said first rim and said second rim comprise indentations to assist in maintaining finger position.
15 . A method of providing a trigger ring, said method comprising the steps of: providing a cylindrical body forming an opening, said cylindrical body configured to be worn on an index finger of a user via said opening; providing a first rim extending radially outward from a first end of said cylindrical body; providing a second rim extending radially outward from a second end of said cylindrical body; and providing a groove formed on an outer surface of said cylindrical body and between said first rim and said second rim, said groove is configured to engage a firearm trigger to maintain alignment of said index finger during trigger engagement.
16 . The method of claim 15 , further comprising providing said groove in a hexagonal pattern.
17 . The method of claim 15 , further comprising constructing said cylindrical body from one of silicone, rubber, and thermoplastic elastomers.
18 . The method of claim 15 , further comprising angling said groove to align said index finger at an optimal position relative to said firearm trigger.
19 . The method of claim 15 , further comprising contouring said groove to align said index finger with a plane of movement of said firearm trigger.
20 . The method of claim 15 , further comprising providing said first rim and said second rim with varying heights or thicknesses to accommodate different sizes of said index finger.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS The present applications claims the benefit of U.S. Provisional Application No. 63/716,515, filed Nov. 5, 2024; all of which is incorporated herein in its entirely and referenced thereto. BACKGROUND OF THE INVENTION Field of the Invention The present invention relates to shooting accessories designed to improve firearm handling and accuracy. More particularly, the present invention pertains to a mechanical ring worn on index finger, which optimizes finger alignment on the firearm trigger, thereby enhancing shooting precision, comfort, and safety. Description of the Prior Art Accurate trigger control is critical for firearm users, including law enforcement, self-defense individuals, and shooting sports enthusiasts. Effective trigger control enhances shooting precision, comfort, and safety, particularly in high-pressure situations where split-second decisions can have significant consequences. Ensuring proper alignment of the finger on the trigger minimizes unintentional movements and allows for consistent pressure application, which is essential for maintaining control over the firearm. Improper finger alignment or unintended trigger movements can lead to reduced shooting accuracy, discomfort, and even unsafe handling. Traditional solutions for trigger control aim to improve the user's engagement with the trigger to reduce these unintended movements and improve shooting accuracy. However, existing approaches often fall short of providing a simple, wearable solution that ensures ergonomic stability and alignment without altering the firearm's trigger mechanism itself. Several trigger alignment and control devices have been disclosed in the past. One example is disclosed in U.S. Pat. No. 7,992,338, entitled “Finger alignment devices for triggers and trigger-activated devices incorporating the same” (“the '338 Patent”). The '338 Patent describes a finger alignment device that attaches directly to the firearm's trigger and includes visual or tactile position indicators to guide the user's finger to the optimal lateral and vertical positions on the trigger. This design aims to help minimize unintended lateral and vertical movements, providing a form of assistance that ensures consistent finger positioning on the trigger during each use. By guiding the user's finger, the device seeks to reduce instances of finger drift, which can negatively affect shooting accuracy, particularly over repeated shots. However, the approach described in the '338 Patent requires the alignment device to be directly attached to the trigger. This attachment may alter the trigger's feel and movement, making it unsuitable for users who are seeking a wearable device that provides alignment and stability without altering the trigger mechanism itself. Users who may share or interchange firearms would also find such direct attachments inconvenient, as they would need to be installed and removed repeatedly. Consequently, while effective in principle, this solution does not provide a versatile and comfortable wearable option that can seamlessly integrate into a variety of shooting applications. Another example is disclosed in U.S. Pat. No. 8,549,781, entitled “Trigger extension apparatus and system and method therefor” (“the '781 Patent”). The '781 Patent describes a removable trigger extension that adjusts the relative positioning of the trigger, allowing the user to configure the trigger contact point to suit their grip or hand size. This extension device can be installed without the need for professional gunsmithing, making it accessible to hobbyists and firearm enthusiasts. By relocating the trigger's contact surface, this device allows the shooter to customize the firearm's configuration, potentially enhancing comfort and reach based on individual preferences. However, the primary focus of this system is on repositioning the trigger contact point relative to the user's grip, rather than on ensuring finger stability and alignment on the trigger. While the '781 Patent does provide some flexibility in positioning, it does not directly address the need for stable finger alignment during trigger engagement. As a result, this device may be less practical for users who require enhanced alignment and control without modifying the firearm's structure, particularly in situations where the user desires consistent finger stability rather than positional adjustments to the trigger. Yet another example is disclosed in U.S. Pat. No. 5,435,092, entitled “Cushion for use with a firearm” (“the '092 Patent”). The '092 Patent presents a cushion designed to be placed between the trigger and the user's finger, serving to mask the moment of firing in order to reduce the likelihood of flinching. This device functions by softening the tactile feedback felt by the user, which can help mitigate the user's anticipatory reflexes in response to the expected recoil and sound of the firearm discharging. By dulling the feedback, the