Light sighting and training device

Abstract

A sighting/training device configured to be mounted to a pistol handle of a gun incorporates a light source, a power source, and a control. The device has at least two operating modes and a switch to select one of the modes. In a first operating mode the light source emits light when a button grip is pressed by a user, and does not emit light when the button grip is not depressed. In a second mode the light source emits light when a sound, such as the sound of a gun firing pin, is detected.

Description

CROSS REFERENCE TO RELATED APPLICATIONS

Each of the following applications are incorporated herein by reference: U.S. application Ser. No. 14/963,475 filed on Dec. 9, 2015, now U.S. Patent Application Publication No. 2016-0161220 entitled “Master Module Light Source and Trainer”; U.S. application Ser. No. 14/459,274 filed on Aug. 13, 2014, now U.S. Pat. No. 9,297,614 entitled “Master Module Light Source, Retainer and Kits”; U.S. application Ser. No. 15/804,229 filed on Nov. 6, 2017 and entitled “Boresighter Trainer for Gun.”

BACKGROUND OF THE INVENTION

There are laser sights used with a gun when firing bullets, and laser trainers, used with a gun when, instead of firing a bullet when the firing pin is activated, a laser light beam is generated. Light (particularly laser) sighters and laser trainers for guns have in the past been different products, requiring the owner of a firearm to purchase at least two separate products.

SUMMARY OF THE INVENTION

The present invention is a single device configured to be part of a grip for a pistol handle. The pistol handle may be utilized with any type of suitable weapon, such as a real gun or toy gun (including BB guns and paint-ball guns). The grip may be used with any suitable style of gun, such as an automatic pistol, revolver, machine pistol, or assault-style rifle that incorporates a light source (preferably a laser), a power source (such as one or more batteries), and a control unit (which has one or more switches) that controls the operation of the light source.

The sighter/trainer has at least two modes that are selected by a user operating a first switch to select between the modes. In a first mode, the light source is on constantly when a user activates a second switch, so a user can sight a target with a light (preferably laser light) emitted by the sighter/trainer. In a second mode, the sighter/trainer emits laser light for a short duration when it is activated by a sound, such as the sound of the firearm firing pin striking. The sighter/trainer may also have a third mode in which it is turned off. The sighter/trainer is not limited to any particular structure, although the preferred structure is as described herein.

Utilizing the sighter/trainer, the owner of a firearm need purchase only one product to: (1) sight a target; and (2) train using light instead of live ammunition. Dealers could reduce their inventory of products because only a single product is required for firearm sighting and firearm training. Moreover, the sighter/trainer is configured so a single product attached to the pistol grip of a gun is suitable for use both by right-handed and left-handed people, which further reduces the number of products and inventory.

A sighter/trainer according to the invention could be (1) sold separately as an individual product, (2) sold assembled on a gun, (3) sold as a kit with multiple sighter/trainer units, each of which could fit a different style or size of pistol handle, or (4) sold as a kit with the sighter/trainer and a gun with a pistol handle on which the sighter/trainer fits.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is an exploded view of a sighter/trainer in accordance with aspects of the invention.

FIG. 1A is side view of a panel of FIG. 1.

FIG. 1B is a side view of the circuit board of the sighter/trainer of FIG. 1.

FIG. 2 is a perspective, side view of the sighter/trainer of FIG. 1.

FIG. 3 illustrates exemplary circuitry for the circuit board of FIGS. 1B and 2.

FIG. 4 illustrates exemplary circuitry for the circuit of FIGS. 1B and 2.

FIG. 5 illustrates exemplary circuitry for the circuit of FIGS. 1B and 2.

FIG. 6 is a close-up, partial side, perspective view of a laser module and printed circuit board according to the aspects of the disclosure.

FIG. 7 is a list of exemplary components referenced in FIG. 6.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

Turning now to the drawings where the purpose is to describe preferred embodiments of the invention and not to limit same, FIG. 1 is an exploded view of a sighter/trainer 10 according to aspects of the invention. Sighter/trainer 10 has a panel 20, a circuit board 50, and a laser module 100. Sighter/trainer 10 is configured to fit on a pistol handle of a gun as one-half of the grip on the handle. Sighter/trainer 10 may be for any suitable real gun or toy gun, such as a semi-automatic pistol that uses a magazine of bullets, a revolver, a machine pistol, or a rifle (such as an assault-style rifle), which includes a pistol handle. The sighter/trainer 10 may be configured to fit pistol handles of essentially any shape or size.

Panel 20 as shown is configured to be on the right-hand side of the pistol handle (viewed in the direction of fire of the pistol), and it thus forms one side of the grip for the pistol handle. Alternatively, the panel 20 and sighter/trainer 10 could be configured for panel 20 to be on the left-hand side of the pistol handle. This configuration is not shown in the drawings but would be understood by one skilled in the art based on this disclosure.

Panel 20 has an outer surface 22, at least part of which is preferably textured to provide a better grip by a human hand. Panel 20 also has an inner surface 24 that forms a cavity 49 to house various components, as explained below. Panel 20 further includes a top portion 26 with opening 28A formed in top surface 26A, opening 28B formed in side surface 26B, opening 28C in front surface 26C, front edge 30, rear edge 32, bottom 34, and opening 36 through which a battery can be inserted or removed.

Openings 38 and 44 are for receiving fasteners and securing panel 20 to the pistol handle. There is also an indentation 46 for a better fit for this embodiment on the pistol handle and/or to accommodate other fasteners or components of the pistol handle. Opening 40 and button 150 are positioned such that a right-handed shooter can press button 150 with the palm side of the fingers when holding the gun handle, and a left-handed shooter can press button 150 with the fingers of the left hand (which wrap around front edge 30) when holding the pistol handle. A grip configured to be on the left-hand side of a pistol handle would function in a mirror-image manner.

At least one circuit board 50 is configured to be received in cavity 49 formed by side 24 of panel 20. In the embodiment shown, there is a single circuit board 50, but a circuit board according to this disclosure could include multiple sections (i.e., multiple circuit boards) that are electrically connected. For example, there could be two or three separate circuit boards that provide the functionality of the at least one circuit board 50. Circuit board 50 has a first side 52, a second side 53, a top edge 54, a bottom edge 56, a front edge 58, a back edge 60, three compression switches 62 disposed on first side 52, opening 64, bracket 66, compression switch 68, and openings 70 to receive fasteners 160, which pass through openings 70 and are received in screw bosses 51 on second side 24 of panel 20 in order to secure circuit board 50 to panel 20. A negative power connector 220 with opening 222 is in circuit board 50 and receives a fastener 160 through opening 222 which fastens to a screw boss 51. Fastener 160 preferably touches or is connected to circuit board 50 and transfers current to circuit board 50.

Button 150 and switches 62 are positioned for ease of use both by right-handed and left-handed persons. Button 150 is preferably between ¾″ and 1¼″ in length (at its greatest length, which is measured across dimples 150A) and could have a length at its greatest length of ½″, ⅝″, ¾″, ⅞″, 1″, 1⅛″, 1¼″, 1⅜″, 1½″, 1⅝″, 1¾″, 1⅞″, 2″, or any length between ½″ and 2″. The width of switch 62 at its widest point (as measured across any of dimples 150A) is about ½″ to ⅝″, but could have a width of ⅜″, ½″, ⅝″, ¾″, ⅞″, 1″, 1⅛″, or any width between ⅜″ and 1⅛″. The distance from top 26A to top edge 150B of button 150 is about 25%-35% of the distance from top 26A to bottom 34 measured in a straight line, but could be about 20%, 25%, 30%, 35%, 40% or any percentage between 20% and 40%. The distance from side 30 the center of button 150 as measured in a straight line is about 20%-30% of the distance from side 30 to side 32 as measured in a straight line through the center of button 150, but the distance could be 15%, 20%, 25%, 30%, 35%, 40%, or any percentage between 15% and 40%. Button 150 preferably has one or more dimples 150A on its inside surface, wherein each dimple is configured to align with a switch 62 when sighter/trainer 10 is assembled. When the outer side of button 150 is pressed by a user, one or more of dimples 150A depresses one or more switches 62 to activate light source 100 when sighter/trainer 10 is in a first operational mode.

Electrical circuitry 55 (examples of which are shown in FIGS. 3-5) is contained in, disposed on, and/or coupled to circuit board 50, for example on first side 52 of circuit board 50 and optionally in part on second side 53. For example, circuit board 50 may be coupled to and/or electrically interconnect various resistors, capacitors, diodes, inductors, microprocessors, microcontrollers, transistors, integrated circuits, and/or the like in order to implement desired functionality for sighter/trainer 10. FIGS. 40 and 41 of U.S. Application Publication 2016-0161220 entitled “Master Module Light Source and Trainer” also show an exemplary circuit diagram and corresponding part listing for an exemplary sighter/trainer 10.

Switch 68 rests against and can be depressed by button 170, which can be accessed through opening 42 when sighter/trainer 10 is assembled, to change the operational mode of sighter/trainer 10, for example to be either in a first operational mode as a laser sighter or in a second operational mode as a laser trainer. Switches 62 on side 52 of circuit board 50 are positioned against and can be depressed by button grip 150 to contact the circuitry on side 52 and transfer power from battery 180 when sighter/trainer 10 is in its first operational mode, as discussed below.

Battery 180 is preferably a coin cell battery, for example a CR2032 battery, and is received as shown in FIG. 1A. Battery 180 could be any suitable type of battery and is most preferably a lithium 6V coin cell battery, but could have a voltage between 3V and 6V. Battery 180 has a first (positive) terminal on side 182, second (negative) terminal on side 184, and can be inserted and removed from sighter/trainer 10 by removing panel 20 and then removing and/or inserting another battery 180. Light module 100, which as shown is a laser module that projects red laser light (although any suitable laser may be used), fits against laser ball seat tab 102, and has a first end 108 with an opening 108A through which light is emitted, and a spring 104 extending from its second end 104A. Spring 104 is received in opening 67, which is conductive and preferably plated, to provide a conductive path through the circuitry to light module 100.

Positive battery contact 190 has a flange 192, a first side 194, and an aperture 196. Fastener 198 passes through opening 196, through insulating thread insert 200, and is received in a boss in cavity 49 of panel 20. Negative battery contact 210 is electrically conductive, has a stem 212 and a partial loop 214. When sighter/trainer 10 is assembled, a fastener 160 passes through opening 222 and through partial loop 214, and is secured in a boss 51 on panel 20. In this manner, when sighter/trainer 10 is assembled, the second (negative) side 184 of battery 180 touches stem 212 of positive battery contact 210 and partial loop 214 is positioned against positive energy transfer structure 220 to provide a conductive path through screw 160 and facilitate flow of electrical current to circuit board 50.

Similarly, when sighter/trainer 10 is assembled, surface 194 of positive battery contact 190 is positioned against first (positive) side 182 of battery 180 and back surface 199 is positioned against circuit board 50 to provide a conductive path and complete the circuit, thus providing electrical power to circuit board 50 and components electrically connected thereto.

When sighter/trainer 10 is assembled, light module 100 is retained in pocket 27 of upper section 26 of panel 20. A set screw 106 is positioned in opening 28A and can be tightened or loosened to move the first end 108 of light module 100 up and down. Another set screw 106 is positioned in opening 28B and can be tightened or loosened to move first end 108 of light module 100 side to side.

In accordance with aspects of the invention, sighter/trainer 10 is configured to have multiple operational modes. Button 170 can be depressed through opening 44 so that it compresses switch 68, which causes sighter/trainer 10 to be in the first operational mode. When in the first operational mode, laser module 100 is continuously activated when a user presses button grip 150 sufficiently to depress one or more of switches 62, which causes electrical current to flow from battery 180 to light source 100 and cause light source 100 to emit a beam of light. In this manner, sighter/trainer 10 may emit a continuous laser beam for targeting (or sighting) purposes. In this mode, when a switch 62 is not depressed, no electrical current (and/or only minimal electrical current) flows to light source 100 and light source 100 is off.

Button 170 can also be pressed to depress switch 68 and cause sighter/trainer 10 to be in a second operational mode. In the second operational mode, light module 100 is activated for a limited-duration pulse responsive to detection of a particular acoustic signature received at microphone 702 (for example, as seen in FIGS. 36 and 39 of U.S. Patent Application Publication No. 2016-0161220). In this manner, sighter/trainer 10 may be utilized to emit a pulse from laser module 100 only after detection of a sound, such as the sound of operation of a firing pin.

Button 170 of sighter/trainer 10 may be pressed to depress switch 68 to change the operational mode of sighter/trainer 10 back and forth from the first operational mode to the second operational mode, depending on what the user desires. Sighter/trainer 10 may also have a third operational mode in which sighter/trainer 10 is off and electrical current does not flow to light source 100 even if one or more switches 62 are depressed. In that case, the user can press switch 170 to go from, for example, the first operational mode, then to the second operational mode, to the third operational mode, and then back to the first operational mode.

Sighter/trainer 10 may utilize a microprocessor 700 configured to control operation of sighter/trainer 10, for example a PIC12F1571 microprocessor offered by MicroChip Corporation (Chandler, Ariz.). However, any suitable microprocessor 700 may be used. Microprocessor 700 is responsible for governing operation of sighter/trainer 10, including activation and deactivation of light source 100, changing sighter/trainer 10 from a first operational mode to a second operational mode responsive to switch or button inputs, and so forth. Microprocessor 700 may accommodate the control inputs from microphone 702 as well as switch(es) 68, as well as other control inputs and signal outputs utilized in sighter/trainer 10. Microprocessor 700, microphone 702, light source 100, and other components of sighter/trainer 10 may be mechanically and electrically coupled to one another via circuit board 50 and the traces thereon and/or therein, for example as illustrated in FIGS. 3-5 herein (and/or in FIGS. 37, 38, 40, 41, 43, and 44 of U.S. Patent Application Publication No. 2016-0161220). Additionally, various connective wires may be utilized, as needed, in order to provide desired electrical connections within sighter/trainer 10.

Thus, in accordance with these aspects a single sighter/trainer 10 may be used as a targeting laser using live ammunition, yet also suitable for training without live ammunition. Additionally, sighter/trainer 10 is configured for ambidextrous operation, being suitable for use by both right-handed and left-handed shooters without modification.

Some specific, nonlimiting examples of the invention follow:

1. A sighter/trainer device configured to be attached to the pistol handle of a gun, wherein the grip comprises:

• • (a) a panel;
  • (b) at least one circuit board configured with circuitry having a first operational mode and a second operational mode;
  • (c) a laser in communication with the circuit board;
  • (d) a power source in communication with the circuit board; and
  • (e) a switch in communication with the circuit board, the switch being moveable to change the operational mode of the circuitry.2. The sighter/trainer device of example 1 that includes a second button that can be depressed to cause electrical current to be delivered to the laser when the at least one circuit board is in its second operational mode.3. The sighter/trainer device of example 2, wherein the second button has a length of 1″ or more and a width of ½″ or more.4. The sighter/trainer device of example 2, wherein the second button has a height of 1¼″ to 3″.5. The sighter/trainer device of example 2, wherein the second button presses against a plurality of switches on the circuit board.6. The sighter/trainer device of example 2, wherein the second button presses against three switches on the circuit board.7. The sighter/trainer device of example 2, wherein the panel has a front edge and the second button is positioned no more than ¾″ behind the front edge.8. The sighter/trainer device of example 2, wherein the panel has a bottom and the second button is positioned at least 2″ from the bottom.9. The sighter/trainer device of example 2, wherein the panel has a height and the second button is positioned entirely in the top half of the height.10. The sighter/trainer device of example 2, wherein the panel has a width and the second button is positioned entirely in the front half of the width.11. The sighter/trainer device of example 6, wherein the through bolt hole is plated.12. The sighter/trainer device of example 7 or 8, wherein a spring is retained in the through bolt hole.13. The sighter/trainer device of example 8, wherein the spring is soldered in the through bolt hole.14. The sighter/trainer device of example 8 or 9, wherein the spring biases the light source away from the spring.15. The sighter/trainer device of any of examples 8-10, wherein the spring provides a negative electrical contact for the light source.16. The sighter/trainer device of example 1, wherein electrical current from the power source travels through the first circuit board to reach the light source.17. The sighter/trainer device of example 15, wherein electrical current from the power source travels through the first circuit board and second circuit board to reach the light source.18. The sighter/trainer device of any of examples 1-16, wherein the light source is a laser.19. The sighter/trainer device of any of examples 1-18, wherein the power source is in a grip that is connected to the first circuit board.20. The sighter/trainer device of any of examples 1-19, wherein the power source is one or more batteries.21. The sighter/trainer device of example 20, wherein each adjustment device is a set screw.22. The sighter/trainer device of example 20 or 21, wherein one of the adjustment devices moves the light source from side to side and the other adjustment device moves the light source up and down.23. The sighter/trainer device of any of examples 1-22 that is configured to cause the light source to operate in any of the following modes: stay constantly on, stay constantly off, or turn from the on position to the off position after a predetermined period of time.24. The sighter/trainer device of any of examples 1-24 that includes one or more switches to change the mode of operation of the light source.25. The sighter/trainer device of example 25, wherein the one or more switches is on the first circuit board.26. The sighter/trainer device of any of examples 1-25, wherein the power source is one battery.27. The sighter/trainer device of any of examples 1-26, wherein the power source is enclosed in a panel cavity.28. The sighter/trainer device of any of examples 1-27, wherein the power source is surrounded by an insulating sleeve.29. The sighter/trainer device of any of examples 1-28, wherein the grip includes a cap on its end for removing and replacing the power source.30. The sighter/trainer device of any of examples 1-29, wherein the light source has a first end through which light is emitted and the first end is retained partially in a module cushion ball.

Having thus described preferred embodiments of the invention, other variations and embodiments that do not depart from the spirit of the invention will become apparent to those skilled in the art. The scope of the present invention is thus not limited to any particular embodiment, but is instead set forth in the appended claims and the legal equivalents thereof. Unless expressly stated in the written description or claims, the steps of any method recited in the claims may be performed in any order capable of yielding the desired result.

Claims

1. A sighting/training device configured to attach to a pistol handle of a gun, the device including: (a) a panel configured to be one side of a grip on the pistol handle;(b) a power source;(c) a light source; and(d) a control to transfer electrical current from the power source to the light source, the control having (i) a first operational mode and a second operational mode, (ii) a first switch to select either the first operational mode or the second operational mode, wherein when the light source is in (iii) the first operational mode it emits light when a second switch is activated to direct electrical current from the power source to the light source, and does not emit light when the second switch is not activated, and (iv) the second operational mode it emits light when it detects the sound of a gun firing pin.

2. The sighting/training device of claim 1, wherein the control is at least one circuit board in electrical communication with the light source, the first switch, the second switch, and the power source.

3. The sighting/training device of claim 2, wherein the light source has a first end through which light is emitted and a second end, and the at least one circuit board has a through bolt hole in communication with the second end.

4. The sighting/training device of claim 3, wherein the through bolt hole is plated.

5. The sighting/training device of claim 3, wherein a spring is in contact with the second end of the light source and is retained in the through bolt hole.

6. The sighting/training device of claim 5, wherein the spring biases the light source away from the through bolt hole.

7. The sighting/training device of claim 5, wherein the spring provides a negative contact for the light source.

8. The sighting/training device of claim 1, wherein the light source is a laser.

9. The sighting/training device of claim 1, wherein the power source and light source are each inside of a cavity of the panel.

10. The sighting/training device of claim 1, wherein the power source is at least one battery.

11. The sighting/training device of claim 2, wherein the circuit board includes a capacitor.

12. The sighting/training device of claim 1 that includes a first button that can be pressed to cause the first switch to cause the control to change between the first operational mode and the second operational mode, and a second button that can be depressed to operate one or more second switches that cause electrical current to flow through the at least one circuit board to the light source when the circuit board is in its second operational mode.

13. The sighting/training device of claim 12, wherein the second button has a length of 1″ or more and a width of ½″ or more.

14. The sighting/training device of claim 12, wherein the second button has a height of 1¼″ to 3″.

15. The sighting/training device of claim 12, wherein the second button is positioned against a plurality of switches on the circuit board.

16. The sighting/training device of claim 12, wherein the second button is positioned against three switches on the circuit board.

17. The sighting/training device of claim 12, wherein the panel has a front edge and the second button is positioned no more than ¾″ behind the front edge.

18. The sighting/training device of claim 12, wherein the panel has a bottom and the second button is positioned at least 2″ from the bottom.

19. The sighting/training device of claim 12, wherein the panel has a height with a top half and the second button is positioned entirely in the top half of the height.

20. The sighting/training device of claim 12, wherein the panel has a width with a front half and the second button is positioned entirely in the front half of the width.

21. The sighting/training device of claim 1, wherein the laser is activated for between about 7.5 milliseconds to about 12.5 milliseconds, or for about 0.1 seconds, when the circuit is activated in the second operational mode.

22. The sighting/training of claim 2, wherein the at least one circuit board has circuitry that is a 3V-6V system.

23. A gun having a pistol handle with the sighting/training device of claim 1 attached to it.

24. The gun of claim 23 that is selected from one or more of the group consisting of: an automatic pistol, a revolver, a machine pistol, an assault-style rifle, a BB gun, an airsoft rifle, and a paint-ball gun.

25. A kit including the sighting/training device of claim 1 and a gun with a pistol handle configured to have the sighting/training device attached to it.