SU1112105A1 - Storage for bulk materials - Google Patents

Abstract

1. Warehouse of bulk materials, including fencing and separation walls, loading and unloading galleries with feeders, bottom and roof, characterized in that, in order to reduce material consumption and simplify the figure. Each dividing wall is attached to the loading gallery so that it can be rotated in the longitudinal plane of the warehouse. 2. Warehouse according to Claim 1, characterized in that each partition wall is made up of a hinge joint of a composite height. 3. Warehouse according to Claim. 1, characterized in that the bottom is provided with dividers with a curved upper surface located under the partition walls. 4. The warehouse according to claim 1, characterized in that it is provided with telescopically connected rods attached to the side surface of the separation wall, the latter being provided with a vibrator. (L

Description

The invention relates to the construction, in particular to structures for the storage of bulk materials.

The closest technical solution to the invention is the bulk storage of bulk materials. () 1 including enclosing walls; the walls, loading and unloading galleries with feeders, the bottom and the roof 1.

The disadvantages of the known solution are the laboriousness of the erection, the considerable size of the bone and the bones.

The purpose of the invention is to reduce the consumption of materials and reduce installation.

A common goal is achieved by the fact that in ck 1ade cbniy; x materials, including fencing and separation walls, loading and unloading galleries with feeders, d | 1; 1; cs and roof, each separation step is attached to the loading gallery with the possibility of rotation in the longitudinal plane of the warehouse.

Moreover, each dividing wall is made of a composite height of sharnarno connected links.

In addition, the bottom is provided with dividers with a curvilinear upper surface placed under the separation walls.

At the same time, the warehouse is equipped with telescopically connected rods attached to the lateral surface of the separation wall, with the latter being equipped with a vibrator.

FIG. 1 shows a warehouse with dividing walls of sharnarno connected links, a longitudinal section; in fig. 2 is a view A of FIG. one; in fig. 3 shows a section BB in FIG. 2; in fig. 4 - a warehouse with a bottom of the dividers, a longitudinal section; in fig. 5b B in FIG. four; in fig. 6 — warehouse with telescopically connected rods attached to the side surface of the dividing wall, longitudinal section; in fig. 7 is a view of FIG. 6

Warehouse includes loading gallery 1, mounted on frame 2, dividing walls 3, discharge gallery 4 s

feed. 5. Separating walls 3 are made up of links in the form of separate plates that are hinged together. Plates can be made of metal, polymer and other material. The upper link 6 of each dividing wall is fixed on the frame 2 of the warehouse with the possibility of rotation in its longitudinal plane. The lower links 7 are not fixed and are freely located between the feeders 5.

The bottom of the warehouse is equipped with dissectors 8 with a curvilinear upper surface located under the dividing walls. The outline of the curved surface of the dividers corresponds to the radius of movement of the walls 3.

The dividing walls of the warehouse can be made with telescopically connected rods 9 attached to their side surface. The rods 9 are telescopically fitted with guide tubes 10. Each of the walls 3 has an AND vibrator, which is activated when the walls are unloaded.

When loading section 12 of the warehouse with bulk material, its separation walls 3 under the action of aggregate deviate from the vertical position to the angle of the formed repose.

When unloading section 12, dividing walls are displaced in the opposite direction by the material being crushed, loaded into adjacent sections 13 and 14, and again occupied

inclined position.

When parsing material from these sections, the separation walls occupy the original position.

Dividing walls 3 perform only dividing functions, which allows to reduce their material consumption and, consequently, the material consumption of the warehouse, to ensure the possibility of varying the volume of individual sections, if necessary, to increase it by shifting the dividing walls into the sloping position, to simplify the structural scheme of the warehouse, to reduce labor intensity and the timing of its construction, to prevent the hang of the stored material.

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Claims (4)

1. WAREHOUSE OF BULK MATERIALS, including enclosing and separation walls, loading and unloading galleries with feeders, bottom and roof, characterized in that, in order to reduce material consumption and simplify mon J ^{6 also} , each dividing wall attached to the loading gallery with the possibility of rotation in the longitudinal plane of the warehouse. 2. Warehouse on π. 1, characterized in that each dividing wall is made integral in height from articulated joints. 3. Warehouse according to π. 1. characterized in that the bottom is equipped with dividers with a curved upper surface, placed under the dividing walls. 4. Warehouse on π. 1. characterized in that it is equipped with telescopically connected rods attached to the side surface of the dividing wall, while the latter is equipped with a vibrator. Φι / g. 1