Electronic archery sights
Aspects of the present disclosure deal with archery sights mounted or mountable on an archery bow. The sight incorporates a sight pin and an adjustment assembly in combination with an electronic module to indicate or control the desired position of the sight pin. The electronic module calculates and displays correlated target distances based on the position of the sight pin.
1. A sight for an archery bow, comprising:
a. a base configured to be mounted to an archery bow;
b. a housing connected to the base;
c. a sight cover defining a sight window mounted to the housing with a bracket arrangement, wherein the sight cover is vertically adjustable relative to the housing;
d. a sight point mounted within the sight window;
e. wherein a first known height of the sight point relative to the housing is calibrated to a first known target distance;
f. wherein a second known height of the sight point relative to the housing is calibrated to a second known target distance;
g. a control knob with a control shaft extending horizontally through and rotatably coupled to the housing and operatively coupled to the bracket arrangement, wherein rotation of the control knob and control shaft vertically adjusts a height of the sight cover and the sight point relative to the housing; and
h. an electronic module mounted to the housing, the electronic module having a display and at least one sensor to measure angular rotation of the control shaft;
i. the electronic module including a processor and a memory with programming, wherein the processor and programming use the measured angular rotation of the control shaft to calculate a height of the adjusted sight point relative to the first known height and the second known height, and wherein the electronic module then displays a calculated target distance corresponding to the adjusted sight point height;
j. wherein the electronic module includes a front casing and a rear casing, wherein the display, the processor, the memory, circuitry and a power supply are enclosed by the front casing and the rear casing, and wherein the rear casing defines a shaft cavity into which an end of the control shaft extends.
2. The sight for an archery bow of claim 1 , wherein the electronic module is magnetically coupled with an end of the control shaft.
3. The sight for an archery bow of claim 1 , comprising a magnet mounted to an end of the control shaft, and wherein the electronic module includes at least one magnetic sensor to measure angular rotation of the magnet.
4. The sight for an archery bow of claim 1 , wherein the control knob is arranged on the control shaft on a lateral opposite side of the housing from the sight cover.
5. A sight for an archery bow, comprising:
a. a base mounted to an archery bow;
b. a housing connected to the base;
c. a sight cover defining a sight window mounted the housing with a bracket arrangement, wherein the sight cover is vertically adjustable relative to the housing;
d. a sight point mounted within the sight window;
e. wherein a known height of the sight point relative to the housing is calibrated to a known target distance;
f. a control knob with a control shaft extending horizontally through and rotatably coupled to the housing and operatively coupled to the sight cover, wherein rotation of the control knob and control shaft vertically adjusts a height of the sight cover and the sight point relative to the housing; and
g. an electronic module mounted to the housing, the electronic module having a display and at least one sensor to measure angular rotation of the control shaft;
h. the electronic module including a processor and a memory with programming, wherein a bow speed is saved in the memory, wherein the processor and programming use the measured angular rotation of the control shaft to calculate an adjusted sight point height relative to the known height and the saved bow speed to calculate and display a target distance corresponding to the adjusted height of the sight point;
i. wherein the electronic module includes a front casing and a rear casing, wherein the display, the processor, the memory, circuitry and a power supply are enclosed by the front casing and the rear casing, and wherein the rear casing defines a shaft cavity into which an end of the control shaft extends.
6. The sight for an archery bow of claim 5 , wherein the electronic module is magnetically coupled with an end of the control shaft.
7. The sight for an archery bow of claim 6 , comprising a magnet mounted to the end of the control shaft, and wherein the electronic module includes at least one sensor to measure angular rotation of the magnet.
8. The sight for an archery bow of claim 7 , wherein the rear casing defines a shaft cavity wherein the magnet extends into the shaft cavity.