Aero Industries, Inc.

Other

Steven A Henning

Richard J Gothier

James R Tuerk

Ronald L Eggers

Robert E Templin

Oliver L Allen, Ii

Robert J Pensec

Jerry M Stires

Michael J Morrow

David Boyd

A method of seed planting in a 'serpentine' pattern called the wave planter is demonstrated. It consists of a manner of placing the seeds that essentially results in equally spaced rows of seeds placed in a serpentine-like layout or wave instead of a straight row. The preferred method creates a wave pattern equidistant from the next, yet creates a substantial increase over the density of straight row planting devices and drills (e.g. parallel, essentially straight rows). The use of the wave pattern provide concrete and substantial benefits to the business and economics of farming through labor, energy, and maintenance savings over current planting methods which results in a new farming business method. The method may be accomplished by several devices. Some of the devices include an oscillating draw bar planter; oscillating tongue planter; elliptical row opener; steerable undercarriage for the planter and castor row openers under undercarriage.

Controlled spacing high density serpentine wave planting method and devices to accomplish the method and farming business methods

A method of seed planting in a 'serpentine' pattern called the wave planter is demonstrated. It consists of a manner of placing the seeds that essentially results in equally spaced rows of seeds placed in a serpentine-like layout or wave instead of a straight row. The preferred method creates a wave pattern equidistant from the next, yet creates a substantial increase over the density of straight row planting devices and drills (eg parallel, essentially straight rows). The use of the wave pattern provide concrete and substantial benefits to the business and economics of farming through labor, energy, and maintenance savings over current planting methods which results in a new farming business method. The method may be accomplished by several devices. Some of the devices include an oscillating draw Bar planter; oscillating tongue planter; elliptical row opener; steerable undercarriage for the planter and castor row openers under undercarriage.

Wave planter method and device

A bulkhead for a transport vehicle, such as a flatbed trailer, includes a corrugated front panel, side panels attached to the sides of the front panel and a top panel attached to the upper edge of the front panel. The side and top panels are formed from two interlocking extrusions that are substantially identical whether used to form the top panel or the side panels. The extrusions include a first extrusion with a substantially forward facing wall that is angled and curved relative to the front panel. A second extrusion is connected to the first through a male-female interlocking connection along the mutual length of the extrusions. The second extrusion includes a side facing wall and a forward facing wall portion that merges with the forward facing wall of the first extrusion to form non-perpendicular side corners of the bulkhead. The side and top panels combine to form open upper corners that support a light assembly and corner bezel. A decorative panel is mounted to and covering the corrugated front panel.

Bulkhead construction

A bow structure for supporting a flexible cover or tarpaulin includes an intermediate bow and an uplift bow arrangement supported on the intermediate bow. The uplift bow arrangement includes a U-shaped bow supported on compression springs. The compression springs bias the bow along the axis of the bow arms, thereby exerting a generally upward force on the inside of the tarp.

Uplift bow for a retractable tarping system

A cover system for an open-topped container includes two covers that are individually and separately deployable over the open top of the container body. The covers may be fabricated from different material and may be deployed using different deployment mechanism.

Dual tarp cover system

Locking systems are provided for a retractable cover system mounted on the bed of a flat bed trailer or similar structure. The cover system includes a bow arrangement for supporting a flexible cover or tarpaulin with a front and a rear bow structure. A front locking mechanism includes a plurality of self-latching latch mechanism mounted within a hollow beam of a bulkhead mounted on the bed. Hasps are mounted to the front bow structure and aligned to activate and engage the latch mechanisms. A rear locking mechanism includes a telescoping mechanism mounted with the rear bow structure. The telescoping mechanism includes a pressure foot that engages a reaction plate mounted to the bed. The pressure foot and reaction plate define complementary features that allow the foot to engage the reaction plate at multiple positions prior to extension of the telescoping mechanism.

Locking mechanisms for a retractable tarpaulin system

A plastic molded deck board provides a sturdy, durable, lightweight, economical, readily identifiable, and easily handled surface for supporting cargo on top of trailer load beams. The deck board defines a platform having a top face for supporting cargo, a bottom face and a plurality of side faces. The top face defines a plurality of protrusions having variable shapes and heights and rubber stoppers for providing surface friction. The bottom face defines a plurality of side walls, a plurality of angled cross walls, a first platform channel and optionally a second platform channel disposed between the plurality of angled cross walls for receiving a center load beam of a cargo trailer. The top face defines recessed slots for receiving the angled cross walls of another deck board such that two or more deck boards can be securely stacked.

Molded deck board

A deployment apparatus for a flexible cover sized to cover a side-dump container comprises first and second swing arm assemblies pivotally mounted at a pivot point to opposite sides of the container. A drive assembly connected to the roll tube of the flexible cover is operable to rotate the roll tube so that the flexible cover winds around the roll tube. The drive assembly is slidably supported on one of the swing arms so that the mechanism translates along the length of the swing arm as it winds the flexible cover around the roll tube. A stop is provided on the swing arm between the pivot point and the free end to limit the translation of the drive assembly along swing arm. In another form, the drive assembly is fixed to a swing arm that is slidably received in a pivoting spring mechanism.

Cover system for a side-dump container

An open-topped vehicle body, such as a dump body, includes a tarping system that is deployed over the body by a pivoting bail member. An actuation mechanism applies a torque to the bail member to automatically pivot the member and deploy the tarp cover. The actuation mechanism includes a number of double coil spiral torsion springs anchored on a shaft attached to the dump body. The springs each include a right and a left coil portion concentrically wound about an integral center anchor portion. The shaft includes an elongated slot to receive and support the center anchor portion of each spring within the mechanism. The actuation mechanism includes a housing attached to the bail member. The housing contains the double coil springs and supports a pair of reaction posts extending therethrough. The coil portions of each spring include a left and right reaction end configured to contact and provide a torsional force against a corresponding reaction post within the housing.

Actuation mechanism for a tarping system

An improved tarp cover system for covering the open-topped container body of a vehicle is characterized by the provision of a generally U-shaped inverted hold-down arm that is pivotally connected with the front wall of the container body and that is spring biased to apply a downward force on the front portion of the cover when the container is in the completely closed condition, thereby to reduce flapping of the cover during transport. The flexible tarp cover is wound on a roll that is rotatably supported adjacent the front wail of the container. In a first embodiment, to cover the container, the free end of the cover is displaced rearwardly of the container by a cover arm that is pivotally connected with the side walls of the container. The cover arm is biased toward its rearmost container covering position by a pair of side mounted spring arrangements that include compression springs that are concealed within the hollow leg portions of the cover arm. A locking arrangement is provided for automatically locking the cover arm in its rearmost position when the tarp completely covers the container. In an alternate embodiment, the cover is unwound from the roll by a transverse member that is manually pulled to the rear of the container by a pull rope. The cover is wound on the roll by an electric motor that is connected with the roll via a planetary gearing arrangement, or by a spring motor.

Tarp cover hold down system

An endless cable tarp extension/retraction system spooled around front and rear pulleys includes drive components that are self-contained and encapsulated within an elongated housing that can be removably mounted to the container body using multiple clamp assemblies or mounting bolts disposed within a T-slot in the housing. A front idler pulley is provided that is sized and oriented relative to the drive pulley to maintain the upper and lower runs of the cable to travel essentially parallel along the length of the container. A self-tensioning rear idler pulley is provided that utilizes a spring to exert an adjustable force against the rear idler pulley. In another aspect of the invention, an anti-sail bracket extends downward from the bow ends of the tarp system and includes an inwardly projecting pin that is restrained from upward movement by a rail mounted to the side of the container.

Retractable tarp cover system for containers

A cover system for an open-topped container, such as a dump truck body, includes a flexible tarpaulin sized to extend across the length of the container. A weighted element is carried by the tarp adjacent to but offset from the front end of the tarp. The weighted element is &ldquo;gravity-biased&rdquo; so that it pulls the tarp down and holds it down against the load within the container when the tarp is in its deployed position. In a preferred embodiment, the weighted element includes one or more metal bars that are contained within pockets spanning the width of the tarp.

Growing community of inventors

Anderson, IN, United States of America

Steven A Henning