Abstract: A “Y” axis Dynamic Cone System comprises a plurality of radially extending members having a first pivot mount located in the vicinity of a center point and a second pivot located along the length of the member, a member or pivot compensation means, and means to lift and lower the first pivot end. The invention, for use with a bulk flexible container storage apparatus, filling apparatus or discharging apparatus provides cone or bottom support to a bulk flexible container and provides for a range of angular changes to form a concave “V” cone; level surface; or convex cone shape. The invention may be used to improve the filling efficiency of a flexible bulk container and also to improve and enhance the flow of product from a flexible bulk container.

Abstract: A “Y” axis Dynamic Cone System comprises a plurality of radially extending members having a first pivot mount located in the vicinity of a center point and a second pivot located along the length of the member, a member or pivot compensation means, and means to lift and lower the first pivot end. The invention, for use with a bulk flexible container storage apparatus, filling apparatus or discharging apparatus provides cone or bottom support to a bulk flexible container and provides for a range of angular changes to form a concave “V” cone; level surface; or convex cone shape. The invention may be used to improve the filling efficiency of a flexible bulk container and also to improve and enhance the flow of product from a flexible bulk container.

Abstract: A flexible silo apparatus having a top removable valve or flow control device assembly has a top removable valve or flow control device that has components to interface with the outlet of a flexible container and that can be supported upon a bridge. Various cone configurations can be added to support the cone section or bottom of a flexible container including a rigid cone, multi member cone, or “y Axis dynamic cone system. The apparatus is further enhanced with a floating bridge and the addition of a powered lifting and lowering device for the advantage of manipulating the flexible container in a vertical motion for improving the filling of product into or the discharging of product out of a flexible container.

Abstract: An article of manufacture for a flexible silo with a cone of specified volume has a plurality of attachments fabricated about the upper perimeter in a radial formation in relation to the center of the cone. The radially positioned attachments allow for quickly attaching and removing the flexible silo to and from a support structure free of the need for integral structural members. The storage capacity may be increased by adding a cone shaped top panel or a vertical cylinder. A top panel may also have an inlet spout for connecting to a filling device for dust containment while filling. The flexible silo may be constructed of a wide range of flexible materials that allow the use of the flexible silo in a multitude of applications. The flexible silo may be constructed of materials that are inexpensive for single use or multiple uses and easily disposed.

Abstract: An apparatus for the discharge of product from a bulk bag utilizing a container inverter has an enclosure with a floor, plurality of side walls, horizontal arm and outlet spout adapter. Vertical lifting and lowering to control the floor or horizontal control arm participate in securing the bulk bag. An outlet spout adapter attaching to the horizontal arm has components to secure an outlet spout in place and also a valve or flow control device. By inverting the container inverter up to one-hundred and eighty degrees, product stored within the bulk bag can be discharged. Prior to inverting, the bulk bag can be secured in place by loop or sleeve holders and the bag sides can be held in place by vacuum to interior surfaces of the enclosure. The apparatus can be mounted on a lifting and pivoting mechanism to position the enclosure over a desired discharge point.