Abstract: An adjustable automatic fluid dispensing apparatus includes one or more inlets for receiving fluid or fluids to be mixed and dispensed. A flow sensor is provided in flow communication with the inlet for sensing the amount of fluid that is passing through the apparatus. A solenoid valve is in flow communication with the inlet and flow sensor for controlling the flow amount of fluid to be dispensed. An outlet is utilized in flow communication with the inlet and flow sensor for dispensing fluid out of the apparatus into a bucket or machine reservoir. A programmable control unit is utilized for adjustably controlling any mixing of the fluids, the flow sensor and solenoid valve to dispense a desired settable amount of the fluid from the apparatus.

Abstract: A crossbow with rotating limb pockets has a rifle-like frame with forward, outward limb arch supports which support pivot pins at their distal ends. Rotating limb pockets are pivotally and rearwardly secured to the arch support pivot pins. Limbs with distal cams supporting cables and bow string are suitably fixed to the limb pockets such as by screws. Forwardly the limb pockets are pivotally secured to links which are pivotally joined to a forward and rearward moving actuator controlled by a crank mechanism. Extending the actuator rotates the limb pockets outwardly and the limb cams inwardly to a low poundage state for easy cocking of the string and loading a bolt or arrow. Retracting the actuator rotates the limb pockets inwardly and the limb cams outwardly to a high poundage state ready for shooting.

Abstract: A crossbow with rotating limb pockets has a rifle-like frame with forward, outward limb arch supports which support pivot pins at their distal ends. Rotating limb pockets are pivotally and rearwardly secured to the arch support pivot pins. Limbs with distal cams supporting cables and bow string are suitably fixed to the limb pockets such as by screws. Forwardly the limb pockets are pivotally secured to links which are pivotally joined to a forward and rearward moving actuator controlled by a crank mechanism. Extending the actuator rotates the limb pockets outwardly and the limb cams inwardly to a low poundage state for easy cocking of the string and loading a bolt or arrow. Retracting the actuator rotates the limb pockets inwardly and the limb cams outwardly to a high poundage state ready for shooting.

Abstract: An archery bow quiver for holding arrows for quick retrieval to be shot by the bow includes an integral bow hook and tree screw. The quiver, which quickly attaches and detaches to the riser of a bow, includes an elongate frame with a top end for a hood to protect the arrow tips or broadheads and a bottom end where at is suitably an elastomeric arrow shaft rack. In the central region of the elongate frame is a first cutout into which a pivotal collar or bushing is secured for acceptance of a journaled shaft further extending into a tree screw or spike. The journaled shaft is threaded into a bow hook end which extends in opposite direction from the tree screw. The bow hook and integral tree screw readily pivot within the cutout space to rotate transversely with respect to the elongate frame for rotation of the bow hook to screw the tree screw into suitably a tree.

Abstract: A cutting wheels archery broadhead includes a ferrule with an upper fork, a lower fork and a forward tip. An upper sharpened cutter wheel is rotatably mounted in the upper fork. A lower sharpened cutter wheel is rotatably mounted in the lower fork and such wheels overlap within the ferrule. A sharpened arrowhead is mounted in the forward tip portion of the ferrule to assist in broadhead penetration and rotational cutting of the cutter wheels.

Abstract: An arrow rest that contains the arrow shaft before, during, and after the shot. To give the archer a precise, accurate shot, pull-away support fingers 120 degrees apart move in a self centering radial motion towards the center of the arrow shaft when the archer draws the bow to full draw and simultaneously pull away from the arrow shaft in a simultaneous radial motion to give complete clearance to the arrow shaft and its vanes or fletching once released from full draw.

Abstract: A cutting wheels archery broadhead includes a ferrule with an upper fork, a lower fork and a forward tip. An upper sharpened cutter wheel is rotatably mounted in the upper fork. A lower sharpened cutter wheel is rotatably mounted in the lower fork and such wheels overlap within the ferrule. A sharpened arrowhead is mounted in the forward tip portion of the ferrule to assist in broadhead penetration and rotational cutting of the cutter wheels.

Abstract: An archery bow quiver for holding arrows for quick retrieval to be shot by the bow includes an integral bow hook and tree screw. The quiver, which quickly attaches and detaches to the riser of a bow, includes an elongate frame with a top end for a hood to protect the arrow tips or broadheads and a bottom end where at is suitably an elastomeric arrow shaft rack. In the central region of the elongate frame is a first cutout into which a pivotal collar or bushing is secured for acceptance of a journaled shaft further extending into a tree screw or spike. The journaled shaft is threaded into a bow hook end which extends in opposite direction from the tree screw. The bow hook and integral tree screw readily pivot within the cutout space to rotate transversely with respect to the elongate frame for rotation of the bow hook to screw the tree screw into suitably a tree.

Abstract: An arrow rest that contains the arrow shaft before, during, and after the shot. To give the archer a precise, accurate shot, pull-away support fingers 120 degrees apart move in a self centering radial motion towards the center of the arrow shaft when the archer draws the bow to full draw and simultaneously pull away from the arrow shaft in a simultaneous radial motion to give complete clearance to the arrow shaft and its vanes or fletching once released from full draw.