Kann Manufacturing Corp.

M & D Rp LLC

Other

The Heil Co.

Waste Management, Inc.

Virgil L Collins

Dirk C Kann

Kenneth D Goedken

Jared Rowland

Marlin L Johnson

Richard T Williams

Robert D Jones

Randy J Heller

Jeffrey E Errthum

Andy B Appleton

Jared L Rowland

A Liquid Antimicrobial Delivery System includes a measured amount of anti-microbial fluids, and an anti-bacteria glove having one or more liquid storage patches to store the anti-microbial fluids. A collapsible tube container utilizing a ball and stem applicator delivers a predetermined amount of the anti-microbial fluid. The collapsible tube has a conical dome opening with first and second shut-off valves. Finally, a face mask includes a liquid storage patch to store the anti-microbial fluids.

Liquid antimicrobial delivery system (L.A.D.S.) to help improve autoimmune regulation

A container handling system and method for a wheeled transport vehicle is disclosed that is capable of loading and unloading large containers using both a hook lift and cable winch mechanisms.

System and method for loading/unloading containers

An improved front loading or side loading refuse collection body includes an ejector panel which is moveable from a position immediately adjacent the front end of the storage compartment of the refuse collection body to a second position at the open rear end of the storage compartment. A compaction blade in a compaction chamber adjacent the front end of the storage compartment is independently driven by a second hydraulic ram. The ejector panel has an opening which is in registry with the compaction blade such that refuse propelled by the compaction blade moves into the storage compartment when the ejector panel is positioned adjacent the front end of the storage compartment.

Refuse body with ejection wall

A container handling system for a wheeled transport vehicle is disclosed that is capable of loading and unloading large containers using both a hook lift and cable winch mechanisms.

System for loading/unloading containers

An improved front loading or side loading refuse collection body includes an ejector panel which is moveable from a position immediately adjacent the front end wall of the storage compartment of the refuse collection body to a second position at the open rear end of the storage compartment. A compaction blade in a compaction chamber adjacent the front end of the storage compartment is independently driven by a second hydraulic ram. The ejector panel has an opening which is in registry with the opening in the front wall of the storage compartment through which refuse is pushed by the compaction blade. A tray member may be fixed to a side of the ejector panel to catch refuse which falls back through the opening in the ejector panel when it is moved away from the front end of the storage compartment. A multiple compartment body may include two compaction chambers each adjacent one of two storage compartments. Each storage compartment has an ejection panel which is separately operable from the compaction blade of the associated compaction chamber and will sweep commodity from the storage compartment while the compaction blade remains at rest. Each ejection panel includes an aperture which is in registry with the compaction blade of associated compaction chamber.

A refuse collection vehicle is disclosed for loading refuse from a front loading container having a floor, a front wall, a rear wall, first and second side walls and first and second channels along the first and second side walls, and also from a rear loader container having a floor, a front wall, a rear wall, first and second side walls and at least one trunnion having first and second trunnion end portions extending beyond the first and second side walls, respectively. The collection vehicles includes a chassis, a storage body supported by the chassis and having an interior with a roof above the interior providing an opening into the interior and first and second lift arms pivotably coupled to the chassis. The refuse collection vehicle further includes a loader adapter coupled to the first and second lift arms. The loader adapter includes first and second forks, first and second trunnion encircling mechanisms, at least one support arm and at least one container stop. The loader adapter is configured to move between a front loader position in which the adapter is adapted to engage the front loading container and a rear loader position in which the adapter is adapted to engage the rear loading container. In the front loader position, the first and second forks are adapted to be disposed in the first and second channels. In the rear loader position, the first and second encircling members are adapted to encircle the first and second trunnion end portions. In the rear loader position, the support arm is adapted to engage the rear wall of the rear loading container and the at least one container stop is adapted to engage an upper edge of at least one of the first and second side walls of the rear loading container.

Front end loader adapter

A multiple compartment storage body for a refuse collection vehicle includes a floor, a roof, a plurality of walls extending between the floor and the roof, a partition and a bulkhead latch. The partition has a first opposing end portion pivotally coupled intermediate the floor and the roof between the walls to allow a second opposing end portion to pivot between the floor and the roof. The bulkhead latch is pivotally supported adjacent the roof and extends from the roof proximate the second opposing end portion. A lower most section of the plurality of sections includes a support member for engaging and supporting the second opposing end portion of the partition between the floor and the roof. The vertical distance the bulkhead vertically extends below the roof is adjustable to adjust a distance at which the second opposing end portion of the partition is supported above the floor.

Multi-compartmentalized dumping body with movable floor and bulkhead

A multiple compartment storage body for a refuse collection vehicle includes a floor, a roof, a plurality of walls extending between the floor and the roof, a partition and a bulkhead latch. The partition has a first opposing end portion pivotally coupled intermediate the floor and the roof between the walls to allow a second opposing end portion to pivot between the floor and the roof. The partition is supported at a plurality of distances between the floor and the roof. The bulkhead latch is pivotally supported adjacent the roof and extends from the roof proximate the second opposing end portion. The bulkhead latch includes a plurality of sections removably coupled to one another. Sections above the lower most section may be removed to adjust a vertical length of the bulkhead.

Multi-compartmentalized dumping body with segmented bulkhead

A multiple compartment storage body for a refuse collection vehicle includes a floor, a roof, a plurality of walls and a partition. The plurality of walls extend between the floor and the roof and include a front wall, a rear wall, and side walls between the front wall and the rear wall. The roof, floor and walls define an interior storage space. The walls define a discharge opening. The partition extends from the front wall towards the rear wall and is positioned between the floor and the roof to divide the interior storage space into an upper compartment having a volume and a lower compartment having a volume. The partition is vertically movable so as to increase the volume of one of the upper and lower compartments in communication with the discharge opening.

Growing community of inventors

Guttenberg, IA, United States of America

Virgil L Collins