[NIEMEYER, Douglas J., DINGELDEIN, Mark S.] State Road 15 North Milford, Indiana 46542;51262 Lake Point Court Granger, Indiana 46560;11237 N. 320 W. Milford, Indiana 46542 An unloading system for a storage bin and related method are provided. The unloading system can have a sump configuration that includes a foundation having a floor and a foundation footing. A central tunnel can be formed in the foundation that terminates at a tunnel opening on a perimeter of the foundation. A primary sump can be formed through the floor at a location generally near a centerpoint of the storage bin and connected to the central tunnel. At least one radial sump can be formed in the floor at a location radially offset from the central tunnel and located generally between the primary sump and a sidewall of the storage bin.

[DINGELDEIN, Mark, S., GROSSMAN, Rodney, B., HOLMES, Justin, M.] US,Milford, Indiana 46542-2000,State Road 15 North P.O. Box 2000;

[DINGELDEIN MARK S, NIEMEYER DOUGLAS J] US An unloading system for a storage bin and related method are provided. The unloading system can have a sump configuration that includes a foundation having a floor and a foundation footing. A central tunnel can be formed in the foundation that terminates at a tunnel opening on a perimeter of the foundation. A primary sump can be formed through the floor at a location generally near a centerpoint of the storage bin and connected to the central tunnel. At least one radial sump can be formed in the floor at a location radially offset from the central tunnel and located generally between the primary sump and a sidewall of the storage bin.

[Rodney B. Grossman, Harmon L. Towne, Kevin L. Milliman, Mark Dingeldein] US IN Goshen A grain bin floor panel formed from sheet metal. The grain bin floor panel is comprised of a first flange, a second flange, and a center support disposed between the first flange and the second flange. The center support is connected to the first flange by a first support surface and the second flange by a second support surface. To insure that the first and second support surfaces do not become separated from one another, the center support is configured with at least one staking. To provide the floor panel added strength, the first flange, the second flange, the center support, and the first and second support surfaces are preferably corrugated. To further increase the strength of the center support, the center support is preferably shaped as a triangle.

[Rodney B. Grossman, Mark S. Dingeldein] US IN Milford A structural support system for a bin structure. The structural support system comprises at least two parallel and spaced apart support columns. Each column has a plurality of inner column sections adjacent to the bin structure and a plurality of outer column sections coupled to the inner column sections. The inner and outer column sections form a closed shape support column configured for transferring vertical loads from an upper area of the bin structure to the foundation. An auxiliary device such as a catwalk or conveyor system may be attached to the top of the support columns. An anchor member may be provided, configured to allow limited movement of the auxiliary structure in relation to the support structure. Associated methods for strengthening the structural support of a bin structure are also provided.

[Mark S. Dingeldein, Rodney B. Grossman, Justin M. Holmes] US DE Wilmington A storage bin may include a corrugated outer sidewall, a generally flat inner sidewall, and a first fastener. The corrugated outer sidewall may support a hoop tension provided by a material within the storage bin and may include a series of horizontally extending corrugations forming alternating grooved portions defining alternating circumferentially extending radially inner and outer ridges vertically spaced from one another along a vertical extent of the outer sidewall. The corrugated outer sidewall may define a first aperture. The generally flat inner sidewall may support the hoop tension, abut the radially inner ridges, and define a second aperture. The first fastener may extend through the first and second apertures and may couple the inner and outer sidewalls to one another.

[Mark S. Dingeldein, Stephen M. Ginter] ,Milford,IN,;,Warsaw,IN, An intermediate discharge assembly to remove granular material from a conveyor belt used in an enclosed roller belt conveyor assembly. The intermediate discharge assembly includes a first pair of leading and trailing pulleys, a second pair of leading and trailing pulleys and a plow. The first pair of leading and trailing pulleys supports the conveyor belt in a substantially concave manner. The second pair of leading and trailing pulleys supports the conveyor belt in a substantially flat manner. The plow is positioned between the first and second pairs of leading and trailing pulleys. The plow is operable to remove the granular material from the conveyor belt when the second pair of leading and trailing pulleys supports the conveyor belt and the plow is positioned atop the conveyor belt, such that the granular material is removed from the conveyor belt.

[DINGELDEIN MARK S, GROSSMAN RODNEY B, HOLMES JUSTIN M] US

[DINGELDEIN, Mark, S., GROSSMAN, Rodney, B., HOLMES, Justin, M.] State Road 15 North P.O. Box 2000 Milford, IN 46542-2000;11237 N. 320 W. Milford, IN 46542;18010 CR 42 Goshen, IN 46526;851 Harrison Boulevard Valparaiso, IN 46385 A storage bin may include a corrugated outer sidewall, a generally flat inner sidewall, and a first fastener. The corrugated outer sidewall may support a hoop tension provided by a material within the storage bin and may include a series of horizontally extending corrugations forming alternating grooved portions defining alternating circumferentially extending radially inner and outer ridges vertically spaced from one another along a vertical extent of the outer sidewall. The corrugated outer sidewall may define a first aperture. The generally flat inner sidewall may support the hoop tension, abut the radially inner ridges, and define a second aperture. The first fastener may extend through the first and second apertures and may couple the inner and outer sidewalls to one another.

[NIEMEYER DOUGLAS J, DINGELDEIN MARK S] US An unloading system for a storage bin and related method are provided. The unloading system can have a sump configuration that includes a foundation having a floor and a foundation footing. A central tunnel can be formed in the foundation that terminates at a tunnel opening on a perimeter of the foundation. A primary sump can be formed through the floor at a location generally near a centerpoint of the storage bin and connected to the central tunnel. At least one radial sump can be formed in the floor at a location radially offset from the central tunnel and located generally between the primary sump and a sidewall of the storage bin.