Abstract: A drill bit changer system for a drill rig includes a drill bit storage holder rotatably and pivotally mounted to the drill rig and a plurality of bit holder assemblies located within the drill bit storage holder. Each bit holder assembly includes a receptacle, wherein the plurality of bit holder assemblies are arranged to receive a drill bit in each receptacle. The drill bit storage holder is pivotally connected between a stowed position and an engaged position in which the drill bit is positioned at a drill string of the drill rig, wherein the drill bit storage holder is further indexable to present a respective receptacle at the drill string such that the drill bit is added or removed from the drill string. A method of changing a drill bit is also disclosed.

Abstract: A drill bit changer system for a drill rig including a drill bit storage holder assembly arranged to be movable mounted to the drill rig. The drill bit assembly includes a rotatable drill bit storage holder, a plurality of bit holder receptacles located within the drill bit storage holder, and a plurality of drill bit adaptor assemblies disposed in the bit holder receptacles. Each adaptor assembly includes an adaptor having opposed ends, one end of the adaptor being arranged to engage a drill string of the drill rig and another end of the adaptor being engageable with a drill bit, wherein the adaptor has a rounded section disposed between the opposed ends, the rounded section being engageable by an adaptor arm of the drill bit holder assembly to engage and disengage the drill bit adaptor assembly from the drill string. A method of changing a drill bit is also disclosed.

Abstract: The present invention provides improved attachment devices fort support lines in plant growth support systems (e.g., trellis systems) and methods of using the same, and offers significant improvements in efficiency with regard to assembling, adjusting, and disassembling the support systems for plant and crop growth. The attachment devices may be advantageously used for various vine and low-lying plants (e.g., grapes, tomatoes, etc.) that can be grown in a trellis system or other vertical growth support system. The anchoring devices may include a wire loop for slipping over an end support bar and a wire strainer bracket attached to the wire loop.

Abstract: The present invention provides improved attachment devices fort support lines in plant growth support systems (e.g., trellis systems) and methods of using the same, and offers significant improvements in efficiency with regard to assembling, adjusting, and disassembling the support systems for plant and crop growth. The attachment devices may be advantageously used for various vine and low-lying plants (e.g., grapes, tomatoes, etc.) that can be grown in a trellis system or other vertical growth support system. The anchoring devices may include a wire loop for slipping over an end support bar and a wire strainer bracket attached to the wire loop.

Abstract: The present invention provides improved attachment devices fort support lines in plant growth support systems (e.g., trellis systems) and methods of using the same, and offers significant improvements efficiency with regard to assembling and disassembling the support systems for plant and crop growth. The attachment devices may be advantageously used for various vine and low-lying plants (e.g., grapes, tomatoes, etc.) that can be grown in a trellis system or other vertical growth support system. The anchoring devices may include a wire loop for slipping over an end post and a wire strainer bracket attached to the wire loop.

Abstract: One embodiment of the present invention relates to a method of manufacturing a pill delivery apparatus. The method includes providing an inner core having an outer surface and providing an outer sleeve comprising an opening defined therethrough, the outer sleeve having an inner surface. Further, the method includes defining a passageway on the outer surface of the inner core such that positioning the outer sleeve over the inner core defines a delivery chute for delivering a plurality of pills between the passageway and the inner surface of the outer sleeve.

Abstract: The present invention provides improved attachment devices fort support lines in plant growth support systems (e.g., trellis systems) and methods of using the same, and offers significant improvements efficiency with regard to assembling and disassembling the support systems for plant and crop growth. The attachment devices may be advantageously used for various vine and low-lying plants (e.g., grapes, tomatoes, etc.) that can be grown in a trellis system or other vertical growth support system. The anchoring devices may include a wire loop for slipping over an end post and a wire strainer bracket attached to the wire loop.

Abstract: The present invention provides an improved trellis system for use with low-lying row crops such as berries, tomatoes, peppers, peas, tomatoes, garlic and the like. The trellis systems of the present invention include a pair of end frames provided at opposite ends of a crop row, and one or more intermediate support frames provided along the row, all of the frames being constructed for easy insertion into and removal from the ground. Retaining lines are removably stretched between the end frames, and engaged with receivers on the intermediate frames without having to thread the lines through the receivers. One of each pair of end frames includes a plurality of tightening devices for applying tension to the retaining lines. The trellis systems of the present invention may be easily installed, removed, stored and reused.

Abstract: One embodiment of the present invention relates to a method of manufacturing a pill delivery apparatus. The method includes providing an inner core having an outer surface and providing an outer sleeve comprising an opening defined therethrough, the outer sleeve having an inner surface. Further, the method includes defining a passageway on the outer surface of the inner core such that positioning the outer sleeve over the inner core defines a delivery chute for delivering a plurality of pills between the passageway and the inner surface of the outer sleeve.

Abstract: One embodiment of the present invention relates to a method of manufacturing a pill delivery apparatus. The method includes providing an inner core having an outer surface and providing an outer sleeve comprising an opening defined therethrough, the outer sleeve having an inner surface. Further, the method includes defining a passageway on the outer surface of the inner core such that positioning the outer sleeve over the inner core defines a delivery chute for delivering a plurality of pills between the passageway and the inner surface of the outer sleeve.

Abstract: One embodiment of the present invention relates to a method of manufacturing a pill delivery apparatus. The method includes providing an inner core having an outer surface and providing an outer sleeve comprising an opening defined therethrough, the outer sleeve having an inner surface. Further, the method includes defining a passageway on the outer surface of the inner core such that positioning the outer sleeve over the inner core defines a delivery chute for delivering a plurality of pills between the passageway and the inner surface of the outer sleeve.

Abstract: One embodiment of the present invention relates to a method of manufacturing a pill delivery apparatus. The method includes providing an inner core having an outer surface and providing an outer sleeve comprising an opening defined therethrough, the outer sleeve having an inner surface. Further, the method includes defining a passageway on the outer surface of the inner core such that positioning the outer sleeve over the inner core defines a delivery chute for delivering a plurality of pills between the passageway and the inner surface of the outer sleeve.

Abstract: Methods for making trellis support structures for use in supporting vine borne crops are disclosed. The support structure includes a metallic support member that is bent into a modified U-shape and attached to a metallic cross arm using a process that produces consistent results. The combination of the U-shaped member and cross arm is then attached to a vertical support post at two different locations: one attachment at the center of the U-shaped member, and the other attachment at the center of the cross arm in an axial alignment with the support post. The structure is extremely strong, capable of supporting considerable weight, not likely to shift, and less prone to failure from fatigue. The support structure is produced by first bending the central section of a metallic support member into a U-shape, placing the bent member on a specially designed adjustable jig, and attaching a cross arm.

Abstract: A new trellis support structure and a method for its production for use in supporting vine borne crops. The support structure includes a metallic support member that is bent into a modified U-shape and attached to a metallic cross arm using a process that produces consistent results. The combination of the U-shaped member and cross arm is then attached to a vertical support post at two different locations: one attachment at the center of the U-shaped member, and the other attachment at the center of the cross arm in an axial alignment with the support post. The structure is extremely strong, capable of supporting considerable weight, not likely to shift, and less prone to failure from fatigue. The support structure is produced by first bending the central section of a metallic support member into a U-shape, placing the bent member on a specially designed adjustable jig, and attaching a cross arm.

Abstract: A new trellis support structure and a method for its production for use in supporting vine borne crops. The support structure includes a metallic support member that is bent into a modified U-shape and attached to a metallic cross arm using a process that produces consistent results. The combination of the U-shaped member and cross arm is then attached to a vertical support post at two different locations: one attachment at the center of the U-shaped member, and the other attachment at the center of the cross arm in an axial alignment with the support post. The structure is extremely strong, capable of supporting considerable weight, not likely to shift, and less prone to failure from fatigue. The support structure is produced by first bending the central section of a metallic support member into a U-shape, placing the bent member on a specially designed adjustable jig, and attaching a cross arm.

Abstract: A new trellis support structure and a method for its production for use in supporting vine borne crops. The support structure includes a metallic support member that is bent into a modified U-shape and attached to a metallic cross arm using a process that produces consistent results. The combination of the U-shaped member and cross arm is then attached to a vertical support post at two different locations: one attachment at the center of the U-shaped member, and the other attachment at the center of the cross arm in an axial alignment with the support post. The structure is extremely strong, capable of supporting considerable weight, not likely to shift, and less prone to failure from fatigue. The support structure is produced by first bending the central section of a metallic support member into a U-shape, placing the bent member on a specially designed adjustable jig, and attaching a cross arm.