Synchronized elevation trajectory riflescope
View Patent ↗A riflescope comprises a body, an elevation knob, a windage knob, and an eyepiece. The elevation knob may be mounted on the body and configured to generate an elevation setting corresponding to the elevation of the riflescope. The windage knob may be mounted on the body and configured to generate a windage setting corresponding to the left and right offset of the riflescope. The eyepiece is for viewing a target and may include a display configured to show a range to the target as determined by the elevation knob or the offset determined by the windage knob.
1. A riflescope comprising:
a body;
an elevation knob mounted on the body and configured to generate an elevation setting corresponding to the elevation of the riflescope;
an elevation sensor system with a plurality of elevation position indicators located around the circumference of the elevation knob and an elevation sensor configured to detect the elevation setting via the elevation position indicators;
a windage knob mounted on the body and configured to generate a windage setting corresponding to the left and right offset of the riflescope; and
an eyepiece for viewing a target, the eyepiece including a display configured to show a range to the target as determined by the elevation knob and the offset determined by the windage knob.
2. The riflescope of claim 1 , further comprising a memory element configured to store a plurality of range values and associated elevation settings for a given projectile.
3. The riflescope of claim 2 , wherein the range value corresponding to the elevation setting is retrieved from the memory element and shown on the display as the elevation knob is rotated.
4. The riflescope of claim 1 , wherein each elevation position indicator includes a micro-magnetic fiber.
5. The riflescope of claim 1 , wherein the elevation sensor is positioned on the body adjacent to the elevation knob.
6. The riflescope of claim 1 , wherein the elevation sensor is configured to detect at least one of the elevation position indicators.
7. The riflescope of claim 1 , further comprising a windage sensor system with a plurality of windage position indicators located around the circumference of the windage knob and a windage sensor configured to detect the windage setting via the windage position indicators.
8. The riflescope of claim 7 , wherein each windage position indicator includes a micro-magnetic fiber.
9. The riflescope of claim 7 , wherein the windage sensor is positioned on the body adjacent to the windage knob.
10. The riflescope of claim 7 , wherein the windage sensor is configured to detect at least one of the windage position indicators.
11. A riflescope comprising:
a body;
an elevation knob mounted on the body and configured to generate an elevation setting corresponding to the elevation of the riflescope;
an elevation sensor system with a plurality of position indicators located around the circumference of the elevation knob and an elevation sensor configured to detect the elevation setting via the elevation position indictors;
a windage knob mounted on the body and configured to generate a windage setting corresponding to the left and right offset of the riflescope;
a windage sensor. . .adjacent to the windage knob and configured to detect the windage setting; and
an eyepiece. . .and the offset determined by the windage knob.
12. The riflescope of claim 11 , further comprising a memory element configured to store a plurality of range values and associated elevation settings for a given projectile.
13. The riflescope of claim 12 , wherein the range value corresponding to the elevation setting is retrieved from the memory element and shown on the display as the elevation knob is rotated.
14. The riflescope of claim 11 , further comprising a plurality of windage position indicators located around the circumference of the windage knob, wherein the windage sensor is configured to detect at least one of the windage position indicators.
15. A riflescope comprising:
a body;
an elevation knob mounted on the body and configured to generate an elevation setting corresponding to the elevation of the riflescope;
an elevation sensor system with a plurality of elevation position indicators located around the circumference of the elevation knob and an elevation sensor positioned on the body adjacent to the elevation knob configured to detect the elevation setting;
a windage knob mounted on the body and configured to generate a windage setting corresponding to the left and right offset of the riflescope;
a windage sensor system with a plurality of windage position indicators located around the circumference of the windage knob and a windage sensor positioned on the body adjacent to the windage knob configured to detect the windage setting; and
an eyepiece for viewing a target, the eyepiece including a display configured to show a range to the target as determined by the elevation knob and the offset determined by the windage knob.
16. The riflescope of claim 15 , wherein the elevation sensor is configured to detect at least of the elevation position indicators.
17. The riflescope of claim 15 , wherein the windage sensor is configured to detect at least of the windage position indicators.
18. A riflescope comprising:
a body;
an elevation knob mounted on the body and configured to generate an elevation setting corresponding to the elevation of the riflescope;
a windage knob mounted on the body and configured to generate a windage setting corresponding to the left and right offset of the riflescope;
a windage sensor system with a plurality of windage position indicators located around the circumference of the windage knob and a windage sensor configured to detect the windage setting via the windage position indicators; and
an eyepiece for viewing a target, the eyepiece including a display configured to show a range to the target as determined by the elevation knob and the offset determined by the windage knob.