A lighted nock and a method for operating the lighted nock. A nock body has a shaft extending from the nock body. The nock body can form a nock cavity and a light source can be positioned within the nock cavity. A ferrule can form a ferrule cavity. A power source can be at least partially housed within the ferrule cavity and at least partially housed within the nock cavity. The shaft can at least partially be mounted within the ferrule cavity. A bias element can be mounted between the light source and the power source. The lighted nock can be switched between an on condition and an off condition.
1. A lighted nock comprising:
a nock body having a shaft extending from the nock body, the nock body forming a nock cavity, a light source positioned within the nock cavity, a ferrule forming a ferrule cavity and an inwardly extending ferrule ridge, a power source at least partially housed within the ferrule cavity and at least partially housed within the nock cavity, the shaft at least partially mounted within the ferrule cavity, an end portion of the shaft having an outwardly extending protrusion interfering with the inwardly extending ferrule ridge to fix a position of the shaft within the ferrule cavity, and a first bias element and a second bias element mounted between the light source and the power source, wherein movement of the shaft within the ferrule cavity operates the light source between an on condition and an off condition.
2. The lighted nock according to claim 1 , wherein movement of the nock body with respect to the ferrule operates the light source between an on condition and an off condition.
3. The lighted nock according to claim 1 , wherein the shaft is moveable with respect to the ferrule, and the shaft has a protrusion that matingly engages with a first inner void of the ferrule in an on condition of the light source and with a second inner void of the ferrule in an off condition of the light source.
4. The lighted nock according to claim 3 , wherein in the on condition the protrusion of the shaft is releasably locked within the first inner void of the ferrule and in the off condition the protrusion of the shaft is releasably locked within the second inner void of the ferrule.
5. The lighted nock according to claim 1 , further comprising a bushing having a bushing cavity and an extension of the ferrule mounted within the bushing cavity.
6. The lighted nock according to claim 1 , wherein the first and second bias elements comprise a spring applying a force and forming electrical conducting communication with the power source and the light source when the light source is in an on condition, and the spring releasing the force and preventing electrical conducting communication between the power source and the light source when the light source is in an off condition.
7. The lighted nock according to claim 1 , wherein the first and second bias elements normally urge the nock body into a position with respect to the ferrule to form an off condition of the light source that prevents electrical communication between the power source and the light source.
8. The lighted nock according to claim 1 , wherein the first and second bias elements are mounted within the nock cavity.
9. The lighted nock according to claim 1 , wherein movement of the nock body with respect to the ferrule switches electrical conducting communication from the power source to the light source between an on condition and an off condition of the light source.
10. A lighted nock comprising:
a nock body having a shaft extending from the nock body, the nock body forming a nock cavity, a light source positioned within the nock cavity, a ferrule forming a ferrule cavity, a power source at least partially housed within the ferrule cavity and at least partially housed within the nock cavity, the shaft at least partially mounted within the ferrule cavity, and a first bias element and a second bias element mounted between the light source and the power source, wherein movement of the shaft within the ferrule cavity operates the light source between an on condition and an off condition.
11. The lighted nock according to claim 10 , wherein the nock body is moved with respect to the ferrule to operate the light source between an on condition and an off condition.
12. The lighted nock according to claim 10 , wherein the shaft is moveable with respect to the ferrule, and the shaft has a protrusion engaging with a first inner void of the ferrule in an on condition of the light source and engaging with a second inner void of the ferrule in an off condition of the light source.
13. The lighted nock according to claim 10 , further comprising a bushing having a bushing cavity and a portion of the ferrule housed within the bushing cavity.
14. The lighted nock according to claim 10 , wherein the first and second bias elements apply a force between the light source and the power source to electrically connect the power source and the light source when the light source is in an on condition, and to electrically disconnect the power source and the light source when the light source is in an off condition.
15. The lighted nock according to claim 10 , wherein the first and second bias elements normally urge the nock body in a direction with respect to the ferrule to form an off condition of the light source.
16. A method for operating a lighted nock, including:
positioning a nock body having a shaft with respect to a ferrule;
positioning a power source within a nock cavity of the nock body and a ferrule cavity of the ferrule;
positioning a light source within the nock cavity;
positioning a first bias element and a second bias element within the nock cavity and between the power source and the light source; and
moving the shaft of the nock body within the ferrule cavity to operate the light source between an on condition and an off condition.
17. The method according to claim 16 , wherein the nock body has a protrusion engaging with a first inner void of the ferrule in the on condition of the light source and engaging with a second inner void of the ferrule in the off condition of the light source.
18. The method according to claim 17 , wherein in the on condition the protrusion is releasably locked within the first inner void of the ferrule and in the off condition the protrusion is releasably locked within the second inner void of the ferrule.
19. The method according to claim 16 , wherein a bushing has a bushing cavity and an extension of the ferrule is mounted within the bushing cavity.
20. The lighted nock method according to claim 16 , wherein the first and second bias elements are a spring forming electrical conducting communication with the power source and the light source when the light source is in the on condition, and the spring preventing electrical conducting communication with the power source and the light source when the light source is in the off condition.