SU1043287A1 - Loose material storage - Google Patents

Abstract

STORAGE FOR BULK MATERIALS, including roofing and wall fencing of quadrangular panels with edge fins, the bisector of the angle between one of which is parallel to the axis of the repository, which is bent in order to increase rigidity and simplify-transport different sides with respect to the plane of the panel to form internal and external ribs, each panel being installed with an upper arrangement, internal edges.

Description

The invention relates to the construction, 8 particularly to storage facilities for bulk materials. A storage for bulk materials is known, which includes wall enclosures made of rectangular panels that have a Zi-shaped cross section in one of the directions, which is formed by angles that are directed in different directions and located on the side faces of the panels 1. The disadvantage of storage is the need to weld reinforced ribs in the horizontal direction, which complicates the manufacture of panels. The closest to the invention is storage for bulk materials, including roofing and wall fencing of quadrangular panels with edge edges, the bisector of the angle between which is parallel to the axis of storage 2. The disadvantages of such storage are the complexity of transporting the panels and the insufficient rigidity of the structure. When transporting, the bends of thin sheets can be deformed, which degrades the accuracy of installation. The aim of the invention is to increase rigidity and simplify transportation. This goal is achieved by the fact that in the storage for bulk materials, including roofing and wall fencing of quadrangular panels with edge edges, the bisector of the angle between one of which is parallel to the axis of the storage, opposite edge edges are bent in different directions relative to the plane of the panel with the formation of internal and external edges , with each panel mounted with an overhead arrangement of internal edges. FIG. 1 shows the storage, general view; FIG. 2 - panel with edge ribs; in fig. 3 shows section A-A in FIG. 2; in fig. - The BB cut-out in FIG. 2, in FIG. 5 - installation of panels in the transport position; FIG. 6 shows a section B-B in FIG. 1 (a variant of the junction of panels with the formation of a double height rib) I in FIG. 7 shows a section B-B in FIG. 1 (a variant of the junction of panels in which extrusions are made along the perimeter in the rib region to create stops); FIG. 8 is a section on BB in FIG. 1 (a variant of the junction of panels, whose ribs are made of corners attached to the panels and connected to each other at an emphasis). The storage is assembled from panels 1c by bent edge edges, the bottom 2 of which and the top 3 are bent in opposite directions with the formation of internal external edges. The panels are installed with the upper arrangement of the internal edges 3. The edges of the panels can be formed both by bending the panel itself and by attaching rigid elements along its perimeter, for example, corners k. The interconnection of the panels with each other is overlapped with bolts or welding, with the adjacent edges of the panels being joined pointing in different directions, forming a common double height rib, which significantly increases the rigidity of the silo and reduces the metal consumption. Stretching forces in the joint are perceived by means of a device around the perimeter of the panel in the area of the edges of special extrusions 5, which ensure the operation of the joint when it is stretched to the stop. The same effect is achieved when the edges are made from corners A. In this case. the panel is attached to the inner edge of one of the corner shelves, which, interacting with each other in the joined panels, work as stops. The proposed storage allows to significantly reduce the number of connecting bolts, which simplifies manufacture and installation. The joining of pasnels with each other overlaps significantly improves the weatherability of the silo, simplifies the waterproofing of its joints and improves its performance. The location inside the silo of the upper edges only ensures full crumbling of the stored material. In addition, the shape of the panels with Z-shaped ribs in two directions allows one to invest in one another during transportation, which significantly reduces transport costs.

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Claims (1)

STORAGE FOR LOOSE MATE '' RIALS, including a roof and wall enclosure made of quadrangular panels with edge ribs, the angle bisector between one of which is parallel to the storage axis, distinguished by the fact that, in order to increase rigidity and simplify transportation, opposite edge ribs bent in different directions relative to the plane of the panel with the formation of inner and outer ribs, with each panel installed with an upper arrangement of inner ribs. g 1 1043287 2