The present disclosure generally relates to firearm accessories and more particularly to firearm accessory mounts and switches.
Firearm accessories use various types of mounting systems for mounting the accessories on firearms. For example, some rifles include a handguard or other structure having one or more accessory rails thereon, and some handguns include a rail under the barrel extending forward of the trigger guard. Firearm accessories have different types of mounts configured to interface with such rails to mount the accessories on the rails.
Electronic firearm accessories such as lights and lasers usually include some type of switch to enable the user to turn the accessory on or off or to otherwise change an operation (e.g., mode) of the accessory.
In one aspect, a firearm accessory for mounting on a firearm includes an accessory rail having opposite sides extending along a length of the accessory rail and having a recess between the opposite sides. The firearm accessory includes an accessory body having a firearm axis along which the length of the accessory rail extends when the firearm accessory is mounted on the firearm. The firearm accessory includes a firearm rail mount connected to the accessory body. The firearm rail mount includes a first rail engagement arm and a second rail engagement arm. The first and second rail engagement arms are spaced from each other to define a gap for receiving the rail therein. The first and second rail engagement arms are shaped and arranged to engage opposite sides of the accessory rail when the accessory rail is received in the gap for mounting the firearm accessory on the firearm. The firearm rail mount includes a retainer secured to the accessory body. The retainer has recess engagement structure sized and shaped to interface with the recess of the accessory rail to prevent forward movement of the firearm accessory along the length of the accessory rail. The retainer is movable with respect to the accessory body to change a position of the retainer with respect to the accessory body along the firearm axis.
In another aspect, an electronic firearm accessory is mountable on a firearm. The electronic firearm accessory includes an accessory body and a mount for mounting the accessory body on the firearm. A light source is supported by the accessory body. Circuitry is in electrical communication with the light source. A switch assembly is supported by the accessory body. The switch assembly includes an electronic switch in electrical communication with the circuitry. An actuator includes a push member engageable by a user and movable with respect to the electronic switch for actuating the electronic switch. The push member has an inner surface spaced from and facing the electronic switch. The actuator includes a finger having a proximal portion and a tip. The finger extends inward from the proximal portion to the tip adjacent the electronic switch. The tip is aligned with the electronic switch to press the electronic switch when the actuator is actuated.
In another aspect, an electronic firearm accessory includes a rear portion, a forward portion, and a length extending therebetween. The electronic firearm accessory includes an accessory body and a mount for mounting the accessory body on the firearm. The accessory body has a firearm axis along which the length of the firearm extends when the electronic firearm accessory is mounted on the firearm. A light source is supported by the accessory body. Circuitry supported by the accessory body is in electrical communication with the light source. A circuit board structure at least partially defines the circuitry. The electronic firearm accessory includes first and second switch assemblies. The first switch assembly includes a first electronic switch and a first actuator. The second switch assembly includes a second electronic switch and a second actuator. The first and second electronic switches are mounted on opposite sides of the circuit board structure and face laterally with respect to the firearm axis. The first and second actuators are engageable by and movable by a user to actuate the respective first and second electronic switches.
In yet another aspect, an electronic firearm accessory is mountable on a firearm. The electronic firearm accessory is usable with at least one battery. The electronic firearm accessory includes a housing defining a battery compartment sized and shaped for holding the at least one battery therein. The housing defines an opening to the battery compartment. The opening includes an outer end and an inner end. The housing includes a first housing portion and a second housing portion separate from and secured to the first housing portion. The housing has a seam between the first and second housing portions. The seam extends between the inner end of the opening and the outer end of the opening. A cap is sized and shaped to fit in the opening. A keeper inside the housing is configured to engage the cap to releasably maintain the cap in the opening. The accessory includes a mount for mounting the housing on the firearm. A light source is supported by the housing. Circuitry in electrical communication with the light source is configured to provide electrical communication between the battery compartment and the light source.
Other objects and features of the present disclosure will be in part apparent and in part pointed out herein.
Corresponding reference characters indicate corresponding parts throughout the drawings.
Referring to
The light 10 is configured for mounting on a firearm by connecting to a rail of the firearm. Accessory mounting rails are commonly provided on long guns such as rifles and shotguns, as well as on handguns such as pistols and revolvers. The illustrated light 10 is intended for mounting on an accessory rail of a handgun in front of a trigger guard of the handgun. Although the light 10 is discussed herein as being intended for a handgun, it will be appreciated that the light can be mountable on an accessory rail of a different type of firearm without departing from the scope of the present invention. An example handgun F including an accessory mounting rail R is shown in
Referring now to
Referring to
The accessory body 12 has a front end defined by the light head 20, a rear end defined by the tail cap 26, and a length extending between the front and rear ends. The accessory body 12 has a width transverse to the length that is less than the length, providing the accessory body with an elongate shape. Other shapes and constructions can be used without departing from the scope of the present invention. The accessory body 12 has a firearm axis FA along which the length of the accessory rail R extends when the light 10 is mounted on the handgun F. When the light 10 is mounted on the rail, the firearm axis FA of the accessory body 12 is generally parallel with the barrel axis BA of the firearm. Referring to
Referring to
The retainer 34 is configured to engage the recess G of the rail R to limit movement of the light 10 along the length of the rail. For example, when the handgun F is fired, recoil of the handgun may tend to move the rail R rearward with respect to the light 10. The retainer 34 assists in preventing the light from migrating forward on the rail R in response to recoil of the handgun F. The retainer 34 generally includes a base 44 and recess engagement structure 46 sized and shaped to interface with the recess G. The base 44 engages the accessory body 12, and the recess engagement structure 46 protrudes upward for receipt in the rail recess G. The retainer 34 has a forward end, a rearward end, and a length extending therebetween along the firearm axis FA. As explained below, the recess engagement structure 46 is offset between the front and rear ends of the retainer 34. In other words, as shown in
In the illustrated embodiment, the base 44 comprises a generally rectangular plate having a bottom surface (“accessory body engagement surface”) that engages the upper wall 22A of the accessory body and having an upper surface 44A facing away from the upper wall of the accessory body. An elongate slot 48 is provided in the base 44. The elongate slot 48 has first and second ends spaced from each other along the firearm axis FA. Fasteners in the form of two screws 50 are received through the slot 48 into the threaded openings 22B in the housing 22. The screws 50 are spaced from each other along the firearm axis FA. The screws 50 include threaded shafts and heads having tool engagement sockets to assist in rotating the screws. The screws 50 are threadable into the threaded openings 22B in the housing into fastened positions (e.g.,
The recess engagement structure 46 of the retainer 34 includes first and second teeth 46A (broadly, “protrusions”) extending upward from the base 44. The teeth 46A are sized and shaped to be received in the firearm rail recess G and are located on opposite sides of the elongate slot 48. The teeth 46A are provided in the form of generally rectangular posts. The teeth 46A extend upward sufficiently to be received in the firearm rail recess G when the rail engagement arms 32A, 32B are in engagement with the firearm rail R. Other types of recess engagement structure can be used without departing from the scope of the present invention.
The retainer 34 is configurable with respect to the accessory body 12 to change a location of the teeth 46A along the firearm axis FA to achieve a desired location of the light 10 with respect to the trigger guard TG. The retainer 34 is releasably fixable in various positions on the accessory body 12 along the firearm axis FA. The screws 50 can be moved to unfastened positions by rotating the screws out of the threaded openings 22B such that the screws no longer urge the retainer 34 against the accessory body 12. The screws 50 can be completely removed but need not be removed to permit movement of the retainer 34. When the screws 50 are unfastened, the base 44 of the retainer 34 can slide on the upper wall 22A of the housing 22 forward or rearward along the firearm axis FA to move the teeth 46A to a desired position. The elongate slot 48 permits the retainer 34 to move along the firearm axis FA in a relatively large range of motion without being restricted by engagement with the screws 50. Because the teeth 46A are offset on the base 44, the teeth can be moved in yet a further range of movement by removing the screws 50, reversing the orientation of the retainer 34 on the accessory body (reversing the front and rear ends of the retainer), and reinstalling the screws. When the desired location of the teeth 46A is achieved, the screws 50 are rotated to their fastened positions to secure the retainer 34 in position. The location of the teeth 46A can be finely tuned to infinite locations to provide a custom fit of the light 10 on the firearm F. In most instances, the custom fit will be chosen such that the switches 16 of the light 10 are located for convenient actuation by the user (e.g., close to the trigger guard), as shown in
Referring to
In the illustrated embodiment, the blocking structure comprises a series of ribs 145 protruding into the slot 148 constructed to engage the heads of the screws 50. Ribs 145 are provided at spaced locations along the length of the slot 148, and corresponding pairs of ribs are provided on opposite sides of the slot. The ribs 145 define a plurality of screw head receiving spaces 147 between adjacent pairs of ribs spaced along the length of the slot. In the illustrated embodiment, there are six screw head receiving spaces 147. The screw head receiving spaces 147 provide predetermined locations for the screws 50 to engage the retainer 134. When the firearm F is fired, the pairs of ribs 145 immediately forward of the screws 50 block forward migration of the screws in the slot 148 and thus prevent the retainer 134 from moving rearward on the accessory body 12.
It will be appreciated that other blocking structure can be used without departing from the scope of the present invention. Moreover, it will be appreciated that blocking structure on the retainer can be constructed to engage the accessory body instead of or in addition to engaging the fasteners to prevent longitudinal movement of the retainer. In one example, the accessory body could include a plurality of ribs extending widthwise across the upper wall of the accessory body, and the bottom of the retainer could include a corresponding plurality of widthwise ribs that are arranged to mesh with the accessory body ribs when the screws are fastened to prevent longitudinal movement of the retainer on the accessory body. Many other arrangements are possible.
An electrical system of the light will now be described with reference to
As shown in
The tail cap 26 supports switch actuators 72 configured to actuate the respective electronic switches 64. The actuators 72 are engagable by a user and movable with respect to the respective electronic switches 64 for actuating the electronic switches. As shown in
Switch assemblies having other configurations can be used without departing from the scope of the present invention. For example, although the pins 82 are illustrated as being separate from the paddles 74, the pins could be formed as one piece with the paddles. Moreover, other types of actuators and fingers having other configurations can be used. In some embodiments, the fingers can be omitted.
Referring to
Referring now to
The accessory body 112 has a generally rectangular shape and includes a front end at which the light head 120 is positioned and a rear end connected to the firearm mount 114. The accessory body 112 has a length extending between the front and rear ends and a width less than and extending transverse to the length. Other shapes and constructions can be used without departing from the scope of the present invention. The accessory body 112 has a firearm axis FA along which the length of the firearm barrel B extends when the light is mounted on the handgun. When the accessory 110 is mounted on the handgun F, the firearm axis FA of the accessory body extends along the length of the firearm. Referring to
As shown in
The firearm mount 114 is configured to envelope a forward portion of the trigger guard TG. The firearm mount 114 is generally hollow and defines a channel 114A through which the trigger guard TG extends when in the mount 114. To mount the light 110 on the firearm F, the three screws 123 are removed, the two shell pieces 121A, 121B are separated, the two shell pieces are arranged to locate the trigger guard TG in the channel 114A, and the screws 123 are reinstalled to secure the shell pieces 121A, 121B to each other and capture the trigger guard.
Referring to
Referring again to
An electrical system of the light will now be described with reference to
The positive electrical contact 156 is provided in the form of an arm that extends from and is in electrical contact with a forward portion of the circuit board 160A. The arm 156 includes a proximal portion 156A extending along a circuitous path to an arcuate distal portion 156B of the arm. The arcuate distal portion 156B of the arm 156 includes a generally flat electrical conductor extending in an arc and having two portions 156C protruding forward relative to the remainder of the arcuate conductor. When the electrical assembly 141 is sandwiched by the two shell pieces 121A, 121B, the arcuate distal portion 156B is located in the threaded opening 132 in front of the annular flange 132A at the inner end of the threaded opening. The arrangement is such that when the cap 136 is threaded into and seated in the threaded opening 132, the inner end of the cap engages one or both of the protruding portions 156C of the positive contact 156 and presses the arcuate distal portion 156B against the flange 132A to ensure electrical contact between the cap and the positive contact. The cap 136 is made of an electrically conductive material, and the cap's engagement with the positive terminal 156 of the forward battery 118 (the side wall and/or forward end of the forward battery) places the batteries in electrical communication with the positive electrical contact 156 and thus the circuit board 160A.
As shown in
The switch assemblies 116 further include respective actuators 172 on opposite sides of the accessory body 112. In the illustrated embodiment, the actuators 172 include paddles 174 (broadly, “push members”) mounted on the side walls 112A, 112B of the accessory body 112. The paddles 114 have outer push surfaces 174A engageable by a hand of a user (e.g., trigger finger) and movable inward for actuating the respective electronic switches 164. In the illustrated embodiment, the push surfaces 174A have a protruding wave pattern to provide the user with tactile indication that their finger is on the push surface. As shown in
The arrangement is such that the pins 182 act as fingers extending inward from the inner major surfaces 174B of the paddles 174, and when a paddle is pivoted inward its respective pin 182 compresses the spring 180 and presses the pressure surface 164A of the electronic switch 164, thus actuating the electronic switch. Accordingly, the paddle push surface 174A is pushable in the same direction in which the tip of the pin 182 moves (in the direction of the longitudinal axis of the pin) to actuate the electronic switch 164. When the user releases the paddle 174, the spring 180 pushes the pin 182 and paddle 174 outward to their non-actuated positions. The stops 191 limit the outward movement of the paddles 174 under the bias of the springs 180 and locate the paddles in their non-actuated positions. The construction of the switch assemblies 116 provides a relatively large effective push surface 174A that is easily pushable by the user to actuate the switch assemblies with the mechanical advantage of the pivot connection of the paddle 174 to the accessory body 112.
It will be apparent that modifications and variations are possible without departing from the scope of the invention defined in the appended claims.
As various changes could be made in the above constructions and methods without departing from the scope of the invention, it is intended that all matter contained in the above description and shown in the accompanying drawings shall be interpreted as illustrative and not in a limiting sense.
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Number | Date | Country | |
---|---|---|---|
Parent | 15941971 | Mar 2018 | US |
Child | 17389787 | US |