Adjustable weapon sight system and method of control
An weapon sight system includes a weapon sight having body with an optical element that is configured to superimpose a reticle that is visible through the optical element. The weapon sight includes a controller in electronic communication with and configured to control a light source. The light source may include an LED for generating a reticle image on the optical element at a plurality of different brightness conditions. The light source may include an array of LEDs for generating multiple different reticle images on the optical element. The weapon sight includes a Hall effect sensor in electronic communication with the controller to adjust user-selectable settings including reticle brightness or reticle image. The weapon sight system includes a magnetic input device for providing an input to the Hall effect sensor of the weapon sight.
1 . A weapon sight comprising:
a body;
a controller enclosed within the body;
a power source in electronic communication with the controller and enclosed within the body;
a light source in electronic communication with and controlled by the controller, the light source disposed within the body and operable to generate a reticle image;
a frame extending from the body;
an optical element, the optical element supported within the frame and arranged to visually display the reticle image and being one of reflective or holographic; and
a Hall effect sensor in electronic communication with the controller, the Hall effect sensor arranged to generate an input signal in response to a magnet of an input tool coming into proximity to the Hall effect sensor;
wherein the controller is operable to adjust a user-selectable setting associated with the reticle image in response to receiving the input signal generated by the Hall effect sensor, wherein the user-selectable setting is one of: a brightness profile setting, a reticle design setting, an azimuth adjustment setting, an elevation adjustment setting, or combinations thereof; and
wherein the input tool is separate from the weapon sight.
2 . The weapon sight of claim 1 , further comprising an ambient light sensor in electronic communication with the controller and arranged to generate a brightness signal representative of an ambient light condition, wherein the controller is arranged to control a brightness of the light source based on the brightness signal generated by the ambient light sensor.
3 . The weapon sight of claim 2 , wherein the user-selectable setting is the brightness profile setting, wherein the controller comprises a memory device storing a plurality of user-selectable brightness profiles; the controller being operable to adjust among the plurality of user-selectable brightness profiles based on the input signal; and wherein the reticle image is based on a combination of a one of the user-selectable brightness profiles and the brightness signal.
4 . The weapon sight of claim 3 , wherein the plurality of user-selectable brightness profiles comprises a first brightness profile for use under natural sunlight, a second brightness profile for use indoors, and a third brightness profile for use in low-light conditions.
5 . The weapon sight of claim 1 , wherein the user-selectable setting comprises the reticle design setting.
6 . The weapon sight of claim 5 , wherein the controller comprises a memory device storing a plurality of user-selectable reticle designs, the plurality of user-selectable reticle designs comprises a dot, a starburst, a crosshair with center dot, and a circle with center dot.
7 . The weapon sight of claim 1 , wherein the Hall effect sensor is disposed adjacent an internal surface of a side wall of the body.
8 . The weapon sight of claim 1 , wherein the Hall effect sensor is disposed on a side of the frame.
9 . A weapon sight system comprising:
a weapon sight comprising
a body;
a controller enclosed within the body;
a light source enclosed within the body and in electronic communication with the controller, the controller being arranged to control the light source to generate a reticle image; and
a Hall effect sensor disposed within the weapon sight and in electronic communication with the controller;
wherein the weapon sight comprises a recess formed proximate the Hall effect sensor; and
a magnetic input tool, the magnetic input tool including a tip shaped to correspond to the recess, the tip including a magnet;
wherein the Hall effect sensor is arranged to generate an input signal when the tip of the magnetic input tool is received in the recess; and
wherein the controller is operable to adjust a user-selectable setting associated with the reticle image in response to receiving the input signal generated by the Hall effect sensor.
10 . The weapon sight system of claim 9 , further comprising an ambient light sensor in electronic communication with the controller and arranged to generate a brightness signal representative of an ambient light condition, wherein the controller is arranged to control a brightness of the light source based on the brightness signal generated by the ambient light sensor.
11 . The weapon sight system of claim 10 , wherein the controller comprises a memory device storing a plurality of user-selectable brightness profiles; the controller being operable to adjust among the plurality of user-selectable brightness profiles based on the input signal; and wherein the reticle image is based on a combination of a one of the user-selectable brightness profiles and the brightness signal.
12 . The weapon sight system of claim 9 , wherein the user-selectable setting comprises a reticle design.
13 . The weapon sight system of claim 12 , wherein the controller comprises a memory device storing a plurality of user-selectable reticle designs, the plurality of user-selectable reticle designs comprises a dot, a starburst, a crosshair with center dot, and a circle with center dot.
14 . The weapon sight system of claim 9 , wherein the magnetic input tool comprises a stylus, wherein the tip is a first tip, the magnet is a first magnet at a first orientation, and the input signal is a first input signal, wherein the stylus further comprises a second tip, the second tip comprising a second magnet at a second orientation different from the first orientation.
15 . The weapon sight system of claim 14 , wherein the weapon sight comprises a second Hall sensor, the weapon sight further comprising a second recess proximate the second Hall effect sensor, the second tip shaped to correspond to the second recess, wherein the second Hall effect sensor is arranged to generate a second input signal when the second tip of the magnetic input tool is received in the second recess; and wherein the controller is operable to adjust the user-selectable setting associated with the reticle image in response to receiving the second input signal generated by the second Hall effect sensor, different from the first input signal.
16 . A method for controlling a weapon sight having a Hall effect sensor, the method comprising:
generating, by a controller in electronic communication with a light source, a first reticle image at an optical element, the first reticle image having a first reticle design, a first brightness profile, a first azimuth setting and a second elevation setting;
receiving, by the controller, an input signal generated by the Hall effect sensor, the input signal representing a user input presenting a magnet in proximity to the Hall effect sensor, the magnet being of an input tool that is separate from the weapon sight;
adjusting, by the controller, a user-selectable setting in response receiving the input signal generated by the Hall effect sensor, wherein the user-selectable setting is one of: a brightness profile setting, a reticle design setting, an azimuth adjustment setting, an elevation adjustment setting, or combinations thereof; and
generating, by the controller, a second reticle image, different from the first reticle image by the adjusted user-selectable setting.
17 . The method of claim 16 , further comprising receiving, by the controller, a mode signal to toggle an adjustment mode for adjusting the user-selectable setting.
18 . The method of claim 17 , wherein the input signal is based on a first swipe type and the mode signal is based on a second swipe type.
19 . The method of claim 16 , wherein the Hall effect sensor is a first Hall effect sensor for generating the input signal; and wherein the weapon sight comprises a second Hall effect sensor for generating a mode signal.
20 . The method of claim 16 , further comprising generating, with the controller, an input confirmation, wherein the input confirmation comprises one of a visual alert, an audible alert, and a combination of visual alert and audible alert.