Crossbow having a pivotal bow assembly
View Patent ↗A crossbow having a crossbow frame and a bow assembly. The bow riser of the bow assembly having a launch deck surface and a bore below the launch deck surface. The crossbow frame having a launch deck surface and a coupling rod below the launch deck surface. The coupling rod is sized to cooperate with the bore, and the coupling rod is axial to and concentric with the bore. The bow riser is axially coupled to the crossbow frame by the coupling rod, the bow assembly has a first position for shooting a projectile and a second position for storage or transportation. Any suitable device may be used to lock the angular orientation between the bow assembly and the crossbow frame, such as pins, plungers, springs, detents and the like in the first and second positions.
1 . A crossbow having a crossbow frame and a bow assembly, comprising:
the bow assembly having bow limbs coupled to a bow riser and a bowstring operably coupled to said bow limbs, the bow riser having a riser launch deck surface and a riser bore; and
the crossbow frame having a frame launch deck surface and a frame bore below the frame launch deck surface, one end of a coupling rod is retained in the frame bore, an opposing end of the coupling rod is retained in said riser bore, the bow assembly rotates relative to the crossbow frame through the coupling rod, the bow riser axially coupled to the crossbow frame by the coupling rod, the bow assembly having a first position relative to the crossbow frame for shooting a projectile and a second position relative the crossbow frame for storage or transportation, wherein the first position of the riser launch deck surface is co-planar with the frame launch deck surface, and in the second position the riser launch deck surface is substantially perpendicular to the frame launch deck surface, wherein the bow assembly is selectively retained in the first position or selectively retained in the second position, wherein the crossbow frame and the bow assembly remain in contact with the coupling rod, when the bow assembly is moved from the first position to the second position, or moved from the second position to the first position, wherein the bow assembly and the crossbow frame remain axially coupled to each other.
2 . The crossbow of claim 1 , wherein:
the crossbow is capable of shooting a projectile when the bow assembly is in the first position relative to the crossbow frame and not capable of shooting a projectile when the bow assembly is in the second position relative to the crossbow frame.
3 . The crossbow of claim 1 , wherein:
a crossbow sight is located above a crossbow trigger, and the bowstring is located on a horizontal plane between the trigger and the sight.
4 . The crossbow of claim 1 , wherein:
the bow assembly is selectively radially retained on the crossbow frame in a first position for shooting a projectile and selectively radially retained in the second position for transporting the crossbow.
5 . The crossbow of claim 1 , further comprising:
a locking device for preventing rotation of said bow assembly relative to said crossbow frame.
6 . The crossbow of claim 1 , further comprising:
a bearing is pressed into a bearing bore in said bow riser, said bearing is sized to receive said coupling rod.
7 . A crossbow having a crossbow frame and a bow assembly, comprising:
a bow riser of the bow assembly having a riser launch deck surface; and
the crossbow frame having a frame launch deck surface one end of a coupling rod is retained in the crossbow frame, an opposing end of the coupling rod is retained in the bow assembly, the bow assembly rotates relative to the crossbow frame through the coupling rod, the bow assembly having a first position relative to the crossbow frame for shooting a projectile and a second position relative to the crossbow frame for storage or transportation, wherein the first position of the riser launch deck surface is co-planar with the frame launch deck surface, the second position of the riser launch deck surface is substantially perpendicular to the launch deck surface of the crossbow frame, wherein the bow assembly is selectively retained in the first position or selectively retained in the second position, the crossbow frame and the bow assembly remain in contact with the coupling rod, when the bow assembly is moved from the first position to the second position, or moved from the second position to the first position, wherein the bow assembly and the crossbow frame remain axially coupled to each other.
8 . The crossbow of claim 7 , wherein:
the crossbow is capable of shooting the projectile when the bow assembly is in the first position relative to the crossbow frame and not capable of shooting the projectile when the bow assembly is in the second position relative to the crossbow frame.
9 . The crossbow of claim 7 , wherein:
a crossbow sight is located above a crossbow trigger, wherein a bowstring is located on a horizontal plane between the trigger and the sight.
10 . The crossbow of claim 7 , wherein:
the bow assembly is selectively radially retained on the crossbow frame in a first position for shooting the projectile and selectively radially retained in the second position for transporting the crossbow.
11 . The crossbow of claim 7 , further comprising:
a locking device for preventing rotation of said bow assembly relative to said crossbow frame.
12 . The crossbow of claim 7 , further comprising:
a bearing is pressed into a bearing bore in said bow riser, said bearing is sized to receive said coupling rod.
13 . A crossbow having a crossbow frame and a bow assembly, comprising:
a bow riser of the bow assembly having a riser launch deck surface and a coupling rod located below the riser launch deck surface; and
the crossbow frame having a frame launch deck surface, one end of a coupling rod is retained in the crossbow frame, an opposing end of the coupling rod is retained in the bow assembly, the bow assembly rotates relative to the crossbow frame through the coupling rod, the bow assembly having a first position relative the crossbow frame for shooting a projectile and a second position relative the crossbow frame for storage or transportation, wherein the first position of the riser launch deck is co-planar with the frame launch deck surface, the second position of the riser launch deck surface is substantially perpendicular to the frame launch deck surface, wherein the bow assembly is selectively retained in the first position or the second position, the crossbow frame and the bow assembly remain in contact with the coupling rod, when the bow assembly is moved from the first position to the second position, or moved from the second position to the first position, wherein the bow assembly and the crossbow frame remain axially coupled to each other.
14 . The crossbow of claim 13 , wherein:
the crossbow is capable of shooting the projectile when the bow assembly is in the first position relative to the crossbow frame and not capable of shooting the projectile when the bow assembly is in the second position relative to the crossbow frame.
15 . The crossbow of claim 13 , wherein:
a crossbow sight is located above a crossbow trigger, wherein a bowstring is located on a horizontal plane between the trigger and the sight.
16 . The crossbow of claim 13 , wherein:
the bow assembly is selectively radially retained on the crossbow frame in the first position for shooting the projectile and selectively radially retained in the second position for transporting the crossbow.
17 . The crossbow of claim 13 , further comprising:
a locking device for preventing rotation of said bow assembly relative to said crossbow frame.
18 . The crossbow of claim 13 , further comprising:
a bearing is pressed into a bearing bore in said bow riser, said bearing is sized to receive said coupling rod.