SU1726319A1 - Container - Google Patents

Abstract

Usage: at the enterprises in the workshops of procuring, mechanical assembly and welding production, in warehouses, etc. SUMMARY OF THE INVENTION: The container consists of a body with a base, side walls 3, and end 4 and 5. The lifting element 6 in the form of an L-shaped lever is pivotally mounted at one end on a horizontal axis 7 fixed in a bracket 8 located symmetrically in case 1, and offset to the end wall 4. The free end of the slinger element is directed upwards. The bracket has a horizontal row of holes 9, the symmetry axes of which are parallel to the axis 7. To fix the L-shaped lever in the desired position relative to the container body, a finger 11 is provided, which is installed alternately in the holes 9 and is in contact with the L-shaped lever. On the base 2, on the side of the end wall 4, the limit support 12 is located, and on the upper edge of the opposite wall. The support 13 is installed. 1 Cpf-type, 5 ill. cl

Description

The invention relates to a container for transporting and storing goods and can be used in enterprises in the workshops of the blank, mechanical assembly and welding industries, in warehouses, etc.

The purpose of the invention is the expansion of operational capabilities.

FIG. 1 shows a container, a general view; in fig. 2 - the container at the time of transportation with cargo with different orientation to the floor; in fig. 3 - container installation option; in fig. 4 - container, general view, axonometric; in fig. 5 - containers in a stack.

The container consists of a housing 1 with a base 2, side walls 3 and end 4 and 5. The slinging element 6 is made in the form of an L-shaped lever and pivotally mounted at one end on a horizontal

axis 7, housed in bracket 8, fixed along the axis of symmetry in housing 1, offset to the end wall 4. The free end of the L-shaped lever 6 is directed upwards and is provided with a hole for hanging on the hook of the lifting mechanism. In the bracket 8, there are a number of holes 9, the axes of which are parallel to the horizontal axis 7 and located above.

The bracket is provided with an elastic stop 10, which provides the output of the end of the L-shaped lever 6 to the zone of stitching. To secure the L-shaped lever in the desired position, a finger 11 is provided, which is adapted to be placed in the holes 9 and in contact with the L-shaped lever.

On the outer side of the base 2 along the wall 4, to which the slinger is displaced, a support bar is fixed

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12. Another supporting beam 13 is fixed on the outside of the end wall 5 along its upper edge.

Depending on the purpose, the container is divided by partitions 14 with different orientation to the compartments, which provide different orientations of the parts in it, convenient for loading and unloading.

For transportation of lengthy goods, the end wall 4 may be folding, removable or absent altogether.

The container works as follows.

The hook of the crane is inserted into the L-shaped lever 6, the free end of which is raised above the upper edge of the container by an elastic support 10. The finger 11 is installed in one of the holes 9 of the bracket 8, depending on the expected position of the center of gravity of the load and the necessary technological operation associated with transportation of a container with cargo in a certain position and subsequent unloading. The position of the finger 11 in the hole farthest from the wall 4 corresponds, when lifting, to the position of the container close to the horizontal. When placing a finger in the hole nearest to wall 4, the position of the container approaches the vertical one, since the point of suspension is outside the wall.

The container is then lifted and transported at the place of destination and placed either in a stack or directly on the floor. When placing the next container into the stack, the upper container with its weight pushes against the free end of the L-shaped lever, which lowers beyond the upper edge of the lower container.

When installing the container on the support bar 12, when the base is inclined to the floor, orderly stacking of parts in the cells of the container is ensured. If the containers are stacked, the support bar 12 provides for fixation of containers obliquely standing on top of each other with displacement of the superior container. This achieves free access to the parts in the lower container. In the absence of the end wall 4, the risk of parts slipping out of the

container.

Similarly, when installed on the support bar 13, the container will take a position close to vertical.

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Claims (2)

1. A container comprising a housing with a base, side and end walls and a slinging element pivotally mounted at one end on a horizontal axis displaced to one of the walls, which is characterized by the fact that the slinging element is designed as A shaped lever, the free end of which is directed upwards, the container is provided with a latch of the position of the slinging element and two supporting bars, one of which is fixed on the outer side of the base along the wall to which the st The retaining element, and the second on the outer side of the opposite wall along its upper edge. 2. The container according to claim 1, wherein the latch position of the slinging element is made in the form of a bracket with a number of holes fixed along the symmetry axis of the housing and a finger adapted to be placed in these holes and contact with the L-shaped lever, with the axis of the holes parallel to the horizontal axis, on which the lifting element is fixed, and located above it.