US-12618639-B2 - Grips for handheld projectile weapons, handheld projectile weapons that include the grips, and associated methods

Abstract

Grips for handheld projectile weapons, handheld projectile weapons that include the grips, and related methods. The grips include a grip frame, a frame cover, and a fastener. The grip frame includes a frame keyed region, a frame fastener receptacle, and an attachment structure. The frame cover is configured to be operatively attached to the grip frame, to cover a corresponding region of the grip frame, and to at least partially define a grip surface of the grip. The frame cover includes a cover keyed region, which is shaped to slidingly engage with the frame keyed region along an engagement axis. The frame cover also includes a cover fastener receptacle positioned to align with the frame fastener receptacle. The fastener extends through both the frame fastener receptacle and the cover fastener receptacle to resist relative motion between the grip frame and the frame cover.

Inventors

• Derrick SVENBY
• Joseph KUTACH

Assignees

• Kinetic Spearfishing, LLC

Dates

Publication Date

20260505

Application Date

20241125

Claims (20)

1. 1 . A grip for a handheld projectile weapon, the grip comprising: a grip frame, wherein the grip frame includes a frame keyed region, a frame fastener receptacle, and an attachment structure that attaches the grip frame to the handheld projectile weapon; a frame cover configured to be operatively attached to the grip frame, to cover a corresponding region of the grip frame, and to at least partially define a grip surface of the grip, which is shaped to be held by a user of the handheld projectile weapon, wherein the frame cover includes a cover keyed region, which is shaped to slidingly engage with the frame keyed region along an engagement axis and to resist separation of the frame cover from the grip frame in any direction that is not parallel to the engagement axis, and a cover fastener receptacle positioned to align with the frame fastener receptacle while the cover keyed region is slidingly engaged with the frame keyed region, wherein the frame keyed region and the cover keyed region together define a stop that is configured to define an engaged orientation between the grip frame and the frame cover along the engagement axis, wherein, when in the engaged orientation, a bore axis of the frame fastener receptacle is at least substantially aligned with a bore axis of the cover fastener receptacle; and a fastener that extends through both the frame fastener receptacle and the cover fastener receptacle to resist relative motion between the grip frame and the frame cover.
2. 2 . The grip of claim 1 , wherein the grip is a pistol grip.
3. 3 . The grip of claim 1 , wherein the grip is a fore grip.
4. 4 . The grip of claim 1 , wherein a bore axis of the frame fastener receptacle and a bore axis of the cover fastener receptacle extend at least substantially perpendicular to the engagement axis.
5. 5 . The grip of claim 1 , wherein the cover fastener receptacle is positioned within a region of the grip that is covered by at least one of a palm of the user and fingers of the user when the grip is held by the user.
6. 6 . The grip of claim 1 , wherein the grip surface includes a plurality of concave recesses shaped to provide a positive and comfortable grip for the user.
7. 7 . The grip of claim 6 , wherein the plurality of concave recesses is shaped to resemble at least one of: (i) fish scales; and (ii) snake scales.
8. 8 . The grip of claim 6 , wherein each concave recess of the plurality of concave recesses defines an at least partially arcuate outer perimeter.
9. 9 . The grip of claim 6 , wherein an average effective diameter of the plurality of concave recesses is at least 10 millimeters (mm) and at most 60 mm.
10. 10 . The grip of claim 1 , wherein: (i) the frame cover is a first frame cover; (ii) the cover keyed region is a first cover-keyed region; (iii) the cover fastener receptacle is a first cover-fastener receptacle; (iv) the grip further includes a second frame cover that includes a second cover-keyed region and a second cover-fastener receptacle; (v) the frame keyed region is a first frame-keyed region, and the grip frame further includes a second frame-keyed region; (vi) the engagement axis is a first engagement axis, and the second cover-keyed region is shaped to slidingly engage with the second frame-keyed region along a second engagement axis, and to resist separation of the second frame cover from the grip frame in any direction that is not parallel to the second engagement axis, and (vii) the second cover-fastener receptacle is positioned to align with the frame fastener receptacle, while the second cover-keyed region is slidingly engaged with the second frame-keyed region.
11. 11 . The grip of claim 10 , wherein the first engagement axis is spaced-apart from the second engagement axis, and further wherein the first engagement axis is at least substantially parallel to the second engagement axis.
12. 12 . The grip of claim 10 , wherein the first frame-keyed region and the second frame-keyed region are on opposed sides of the grip frame, and further wherein the first frame cover and the second frame cover define opposed sides of the grip when the first frame cover is slidingly engaged with the first frame-keyed region and the second frame cover is slidingly engaged with the second frame-keyed region.
13. 13 . The grip of claim 1 , wherein the frame keyed region includes one of a male keyed region and a female keyed region, wherein the cover keyed region includes the other of the male keyed region and the female keyed region, and further wherein the female keyed region is configured to receive the male keyed region along the engagement axis.
14. 14 . The grip of claim 13 , wherein the frame keyed region includes one of a keyed region projection and a keyed region recess, wherein the cover keyed region includes the other of the keyed region projection and the keyed region recess, and further wherein the keyed region recess is configured to receive the keyed region projection along the engagement axis.
15. 15 . The grip of claim 1 , wherein the frame keyed region is a dovetail-shaped frame keyed region, and further wherein the cover keyed region is a dovetail-shaped cover keyed region, which is configured to receive the dovetail-shaped frame keyed region along the engagement axis.
16. 16 . A handheld projectile weapon, comprising: a barrel; an action; and the grip of claim 1 .
17. 17 . A method of assembling a grip for a handheld projectile weapon, the method comprising: aligning a cover keyed region of a frame cover of the grip with a frame keyed region of a grip frame of the grip; engaging the frame cover with the grip frame by translating the frame cover and the grip frame relative to one another along an engagement axis, such that the cover keyed region and the frame keyed region engage with one another and resist relative motion between the frame cover and the grip frame in any direction that is not parallel to the engagement axis, wherein the translating includes translating until the cover keyed region and the frame keyed region contact one another to define a stop that defines a predetermined engaged orientation between the frame cover and the grip frame, wherein, when in the predetermined engaged orientation, a bore axis of a frame fastener receptacle of the grip frame is at least substantially aligned with a bore axis of a cover fastener receptacle of the frame cover; and positioning a single fastener within both the frame fastener receptacle and the cover fastener receptacle to operatively attach the frame cover to the grip frame and resist relative motion between the frame cover and the grip frame along the engagement axis.
18. 18 . The method of claim 17 , wherein, during the positioning, the bore axis of the frame fastener receptacle and the bore axis of the cover fastener receptacle extend at least substantially perpendicular to the engagement axis.
19. 19 . A grip for a handheld projectile weapon, the grip comprising: a grip frame, wherein the grip frame includes a frame keyed region, a frame fastener receptacle, and an attachment structure that attaches the grip frame to the handheld projectile weapon; a frame cover configured to be operatively attached to the grip frame, to cover a corresponding region of the grip frame, and to at least partially define a grip surface of the grip, which is shaped to be held by a user of the handheld projectile weapon, wherein the frame cover includes a cover keyed region, which is shaped to slidingly engage with the frame keyed region along an engagement axis and to resist separation of the frame cover from the grip frame in any direction that is not parallel to the engagement axis, and a cover fastener receptacle positioned to align with the frame fastener receptacle while the cover keyed region is slidingly engaged with the frame keyed region, and further wherein a bore axis of the frame fastener receptacle and a bore axis of the cover fastener receptacle extend at least substantially parallel to the engagement axis; and a fastener that extends through both the frame fastener receptacle and the cover fastener receptacle to resist relative motion between the grip frame and the frame cover.
20. 20 . The grip of claim 19 , wherein the grip is a fore grip.

Description

RELATED APPLICATION This application claims priority to U.S. Provisional Patent Application Ser. No. 63/606,295, which was filed on Dec. 5, 2023, and the complete disclosure of which is hereby incorporated by reference. FIELD OF THE DISCLOSURE The present disclosure is related generally to grips for handheld projectile weapons, handheld projectile weapons that include the grips, and related methods. BACKGROUND OF THE DISCLOSURE Handheld projectile weapons may include one or more grips, which may be configured to be held, gripped, and/or grasped by a user of the handheld projectile weapon during operative use of the handheld projectile weapon to fire a projectile. In some instances, these grips are designed to be replaced and/or reconfigured, such as to permit the grips to be configured to the user's preferences. However, reconfiguring grips in the field can be problematic. As an example, reconfiguring a grip may be difficult for a user to perform, particularly when it is necessary to insert, align, and/or tighten fasteners. As another example, the fasteners easily may be lost in the field. As yet another example, a user may not always be aware when a grip is loose, such as when one or more corresponding fasteners become loose. In addition, currently available grips may not provide an optimal gripping surface for certain conditions. Thus, there exists a need for improved grips for handheld projectile weapons, handheld projectile weapons that include the grips, and/or associated methods. SUMMARY OF THE DISCLOSURE Grips for handheld projectile weapons, handheld projectile weapons that include the grips, and related methods are disclosed herein. The grips include a grip frame, a frame cover, and a fastener. The grip frame includes a frame keyed region, a frame fastener receptacle, and an attachment structure. The attachment structure is configured to facilitate attachment of the grip frame to the handheld projectile weapon. The frame cover is configured to be operatively attached to the grip frame, to cover a corresponding region of the grip frame, and to at least partially define a gripping surface of the grip. The grip is shaped to be held by a user of the handheld projectile weapon. The frame cover includes a cover keyed region, which is shaped to slidingly engage with the frame keyed region along an engagement axis and to resist separation of the frame cover from the grip frame in any direction that is not parallel to the engagement axis. The frame cover also includes a cover fastener receptacle positioned to align with the frame fastener receptacle while the cover keyed region is slidingly engaged with the frame keyed region. The fastener extends through both the frame fastener receptacle and the cover fastener receptacle to resist relative motion between the grip frame and the frame cover. The methods include aligning a cover keyed region of a frame cover of the grip with a frame keyed region of a grip frame of the grip. The methods also include engaging the frame cover with the grip frame by translating the frame cover and the grip frame relative to one another along an engagement axis. The translating is such that the cover keyed region and the frame keyed region engage with one another and resist relative motion between the frame cover and the grip frame in any direction that is not parallel to the engagement axis. The translating includes translating until the cover keyed region and the frame keyed region contact one another to define a stop that defines a predetermined engaged orientation between the frame cover and the grip frame. The methods further include positioning a single fastener within both a frame fastener receptacle of the grip frame and a cover fastener receptacle of the frame cover to operatively attach the frame cover to the grip frame and resist relative motion between the frame cover and the grip frame along the engagement axis. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic illustration of examples of a handheld projectile weapon that includes and/or may be utilized with grips, according to the present disclosure. FIG. 2 is a schematic illustration of examples of grips according to the present disclosure. FIG. 3 is a less schematic, right-side view illustrating an example of a grip frame for a grip, according to the present disclosure. FIG. 4 is a left-side view of the grip frame of FIG. 3. FIG. 5 is the right-side view of the grip frame of FIGS. 3-4, illustrating hidden structures in dashed lines. FIG. 6 is a profile view of the grip frame of FIGS. 3-5. FIG. 7 is a top view of the grip frame of FIGS. 3-6. FIG. 8 is a bottom view of the grip frame of FIGS. 3-7. FIG. 9 is a front view of the grip frame of FIGS. 3-8. FIG. 10 is a back view of the grip frame of FIGS. 3-9. FIG. 11 is a less schematic, inside view illustrating an example of a frame cover for the grip of FIGS. 3-10. FIG. 12 is an outside view of the frame cover of FIG. 11. FIG. 13 illustrates a step during the as