RU169479U1 - MULTI-TURNING TECHNOLOGICAL CONTAINER FOR HEAD EXPLOSIVES - Google Patents

Abstract

The invention relates to a multi-turn container for ammunition, namely, to the design of a cell-type container for storing and transporting head fuses with a conical surface on the assembly flow of artillery small-caliber unit-loading cartridges. the surface consists of a plate in which cells are made in the form of step-shaped holes with a bottom and an upper step. The technical result is forgiveness of the design of multi-turn technological containers for ammunition, ease of use of containers on the technological stream of ammunition assembly.

Description

The utility model relates to a multi-turn technological container for ammunition, namely, to the design of a cell-type container for storing and transporting head fuses with a conical surface on the assembly stream of artillery small-caliber unit-loading cartridges.

Known multi-turn container for ammunition containing a cell-type liner for laying ammunition in the cells, fixing the ammunition in the liner and then installing the liner with ammunition in the packing box (see patent No. 2461794, IPC F42B 39/26, published on September 20, 2012 - prototype )

The disadvantages of the known design include the complexity of the design of the liner, the complexity of extracting ammunition from the cells of the liner due to the presence of lobes, the instability of the liner with ammunition on the conveyor of the process stream, which makes it difficult to use the well-known multi-turn packaging on the process stream of assembling ammunition.

The technical result of the claimed utility model is to simplify the design of multi-turn technological containers for ammunition, ease of use of containers on the stream of assembly of ammunition.

The technical result is achieved by the fact that in a multi-turn technological container for head fuses having a head part turning into a conical surface containing a plate with cells for head fuses, in contrast to the prototype cells are made in the form of step-shaped openings, while the head part of the fuse is supported by the bottom of the lower stage of the cell, and the conical surface of the fuse is for the most part covered by the upper stage of the opening of the cell.

The features of the proposed utility model meet the requirements of clause 9.7.4.3. (2) of the Regulation: - “the cells are made in the form of step-shaped holes, with the head part of the fuse resting on the bottom of the lower stage of the cell, and the conical surface of the fuse is for the most part covered by the upper stage of the hole cell "- the form of the element (cell) - in the form of holes in a stepped form; the presence of a connection between the elements - in this case, the head part of the fuse rests at the bottom of the lower step of the cell, and the conical surface of the fuse is for the most part covered by the upper step of the hole of the cell.

The set of distinguishing features “cells are made in the form of step-shaped openings, while the fuse’s head rests at the bottom of the lower stage of the cell, and the conical surface of the fuse is mostly covered by the upper stage of the cell’s opening”, which allows to achieve a technical result - simplification of the container design and ease of use. Thus, the signs are in a causal relationship with the specified result and are significant, which allows us to conclude that the technical solution meets the condition of patentability “novelty”, since the means (method, device) that are inherent in all of the independent clause of the utility model formula, essential features (clause 9.7.4.3. (1.1) of the Regulations.

In FIG. 1 shows a multi-turn technological container for head fuses, placed on a conveyor belt of the ammunition assembly flow; in FIG. 2 is a section AA in FIG. one.

Multi-turn technological packaging for head fuses with a head part turning into a conical surface consists of a plate 1 in which cells 2 are made in the form of step-shaped holes with a bottom 3, an upper stage 4. The container is placed on a conveyor belt 5 of the ammunition assembly stream.

In the cells 2 of the plate 1 of the container, fuses 6 are laid head down, resting the head part 7 in the bottom 3 of the cell 2, while the upper conical surface 8 of the fuse 6 is covered by the upper stage 4 of the container. When moving the conveyor 5 with the container 1, fuses 6 are removed from its cells 2 and transferred to the ammunition assembly device (not shown). After removing all the fuses from the container, the multi-turn technological container is sent to the site of laying new fuses in the container.

The container, thanks to its simplified design, allows for the convenience of its operation both on the installation of fuses in the container cells and on the assembly site of the fuses with the shell of the shell.

The utility model is industrially applicable.

Confirmation is the fact of the development of technical documentation, the manufacture of containers and its use in the storage and transportation of head fuses at JSC "Production Association" Sergo Plant ".

Claims (1)

Multi-turn technological packaging for head fuses having a head part turning into a conical surface, containing a plate with a bottom and cells made in the form of step-shaped holes, characterized in that the bottom of the lower stage of the cell is configured to install the head part of the fuse, and the upper stage of the hole the cell is configured to cover most of the conical surface of the fuse.

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