Liberty Diversified Industries, Inc.

Mark A Feucht

Stanley R Thorud

Rebecca L Waterston

Harold S Klein

Benjamin Fiterman

Marcus S Lehman

Dennis Katz

Mario Perea

Andy Pis

Benjamin Fitermann

Tony Toscano

Mark Siedlecki

A connector is used to securely attach two nested, stacked buckets so they may be easily transported using the handle on the upper bucket but also maintains an air gap between the sidewalls of the buckets when in a nested, stacked configuration, enabling the buckets to be easily separated. Each bucket connector includes a biasing arm extending downward from an apron formed on the buckets. The biasing arm includes a hook that automatically engages the upper lip onto a lower bucket when the upper bucket is stacked inside the storage cavity formed in the lower bucket. The biasing arm disengages the hook from the upper lip. Formed on the biasing arm is a stop surface configured to limit the downward movement of the upper bucket into the storage cavity. The stop surface forms an air gap between adjacent sidewalls when the upper bucket is stacked over the lower bucket.

Bucket connector

A cabinet and container assembly comprising an enclosed cabinet having an upper opening and a lower opening. The upper opening is equipped with a pivotal disposal door. The lower opening has a hinged door, and is dimensioned such that a wheeled container may be positioned inside and locked within the cabinet. The pivotal door can be pulled forward to an open position presenting a horizontal tray on which waste materials may be rested, with the waste materials sliding along a top chute surface of the pivotal door when it is pivoted upwardly to a closed position, the waste materials sliding rearwardly and downwardly along the chute surface and across the rear edge of the pivotal door, thereby falling downwardly into the center of the open topped container. An curved upper partition positioned within the interior of the cabinet above the pivotal door and closely adjacent the read edge thereof prevents a person from reaching inside the cabinet and accessing the container when the door is paritally opened. The pivotal door provides an handgrip opening generally in the shape of an inverted triangle which may be comfortable gripped by persons of different heights. The container includes a hinged and lockable lid which provides handgrip openings when the lid is open or closed, and castered wheels for rolling the container. The containers may be positioned on a transport cart with the castered wheels engaging the frame members of the cart, or stacked in a column on their sides for transit.

Security disposal cabinet with removable internal container particularly

Security waste disposal cabinet with pivotal door

A cabinet and container assembly comprising an enclosed cabinet having an upper opening and a lower opening. The upper opening is equipped with a pivotal disposal door. The lower opening has a hinged door, and is dimensioned such that a wheeled container may be positioned inside and locked within the cabinet. The pivotal door can be pulled forward to an open position presenting a horizontal tray on which waste materials may be rested, with the waste materials sliding along a top chute surface of the pivotal door when it is pivoted upwardly to a closed position, the waste materials sliding rearwardly and downwardly along the chute surface and across the rear edge of the pivotal door, thereby falling downwardly into the center of the open topped container. A curved upper partition positioned within the interior of the cabinet above the pivotal door and closely adjacent the read edge thereof prevents a person from reaching inside the cabinet and accessing the container when the door is partially opened. The pivotal door provides a handgrip opening generally in the shape of an inverted triangle which may be comfortable gripped by persons of different height. The container includes a hinged and lockable lid which provides handgrip openings when the lid is opened or closed, and castered wheels for rolling the container. The containers may be positioned on a transport cart with the castered wheels engaging the frame members of the cart, or stacked in a column on their sides for transit.

A cabinet is disclosed which includes a frame defining a cabinet interior. A plurality of dividers separate the cabinet interior into a plurality of storage compartments. The frame includes opposing side walls and top and bottom walls. The top wall is attached to the side walls by first and second mounting plates carried on the side walls and top wall, respectively. The first plate is resiliently urged against the side wall. The second plate is sized to be received between the first plate and the side wall, with latch mechanisms for holding the attaching plates in position.

Organizer cabinet

A desktop organizer comprising a pair of side wall panels attached to a rear wall which extends approximately the length of the back edge of a desk. The desktop organizer may include one or more shelves extending the full length of the organizer, or a portion of that length terminating in an intermediate wall panel, with the remainder of the length having a set of stacked shelves or other various modules. The desktop organizer may be open topped, or a top cap may be added which also serves to support additional items. Each of the shelves includes a multiplicity of slots extending partially across the depth of the shelf generally perpendicular to the front and back edges thereof. The dividers may be inserted into the slots, each divider having one or more notches defined in the front edge of the divider which receives a portion of the shelf, the top of the divider being longer than the slot to prevent the divider from passing entirely through the slot. A tab or projection extending from the back edge of the divider at the same height as the notch is received within the slot only when the front portion of the shelf is received within the notch of the divider, to thereby secure the divider at a particular location and height relative to the shelf.

Growing community of inventors

Champlin, MN, United States of America

Mark A Feucht