CS208802B1 - Container with hinge for non-binding handling for transport and storage especially of metallurgical material - Google Patents

Abstract

The hinge container according to the invention makes it possible to carry out the non-binding manipulation of mainly metallurgical materials without expensive devices such as spreader container cranes or special high-lift trucks. The hinge container consists of two sidewalls consisting of web and flanges, floor, corner posts and corner elements. Below the upper flange of the outer stiffener are the handles provided with a cut-out, tapering upwards. The guide plates adjacent to the tabs are fixed obliquely between the flange edge and the web. Simple hinge latches engage in these slots. At least two internal stiffeners are provided in the loading space, through which the webs are provided and form a gap between the webs and the metallurgical material for the binding means. The invention is best characterized by FIG. 1.

Description

The invention relates to a container with a hinge which enables to carry out non-binding handling, transport and storage of metallurgical materials in particular.

At present, mostly universal containers are used, which have a box-like shape and can be handled without the use of special and expensive devices such as container cranes with Si-spreader special forklift trucks. These devices are unavailable to most users. Moreover, none of the containers used so far is suitable for metallurgical material, since the fillings and floors are not resistant to mechanical damage during loading and unloading of the metallurgical material.

These drawbacks are overcome by a container with a hinge-free container for transporting and storing, in particular, the metallurgical material according to the invention, consisting of two side walls formed by webs and flanges, from the floor, corner posts and corner elements. Its essence consists in that under the upper flange of the outer reinforcement there are grips provided with a cut-out, tapering upwards, and the guide plates adjacent to the grips are fixed at an angle between the edge of the flange and the web. The webs are provided with at least two internal stiffeners extending inside the loading space, which form a gap between the webs and the metallurgical material for the binding means.

The main advantage of this arrangement is the possibility of handling by conventional handling means for suspension handling and high mechanical resistance of the container. The production of the container is easier than the production of the container of the previous types.

An exemplary embodiment of a container with a hinge according to the invention is shown in the accompanying drawings, in which Fig. 1 is a side view of the container. Fig. 2 - cross section AA. Fig. 3 - cross section detail. with the container.

The container 1 according to the invention is formed by two side walls 20, each welded from the upper and lower flange thereof. and the webs 16 of FIG. 2 /. The thickness of the material used ensures high mechanical resistance of the side walls 20. Against bulging, the side wall 10 is provided with internal and external stiffeners 21, 17. The side walls 20 are connected in the lower part by a floor covered with a lattice frame of covered antibodies covered with planks. The webs of the side walls 20 are provided with internal stiffeners 21 extending into the loading space and provide a space for receiving the ropes. The corners of the container 1 are formed by pillars 5 with corner elements Since the container 1 has standardized dimensions, the corner elements 6 can also be handled, transported and stored by special devices provided for this purpose. In the upper part of the side walls 20, the container 1 is provided with hinging points 8, beyond which the container can be hinged. The hinge locations J for the hinge 2 consist of a grip 9 and a guide plate 41 / FIG. The hinge 1 comprises a slot 10 for the tooth 14 of the hinge pawl 14. The hinge 1 consists of a longitudinal member 52 and arms 13, at whose ends pawls 14 are pivotably hinged on the pins. The hinge 2 is fastened to one or two hooks of a lifting device, e.g.

crane. With the hinge, without the aid of a binder, merely by the action of the crane operator, grasp the container 1 and release it after storage.

Upon gripping the container 11, the crane operator guides the hinge Z approximately above the guide plates 11 and lowers the hinge Z until it engages the container 11. The bevels 15 on the latches precisely guide the hinge 2. Then the hinge 2 is moved in the direction of the arrow / fig. 1 / until the pawls 14 strike the outer stiffeners Uz thereby bringing the tooth 10 beneath the recess 10 of the retainer 9. By lifting the hinge Z, the latch 14 grips the container 1 firmly and securely. After the container J has been placed, the hinge 2 is lowered again onto the container 1, displaced in the opposite direction to the hinge approximately in the middle of the guide plate. this operation is not demanding on the accuracy of the crane operator's work. After lifting the hinge 6, the guide plate 11 opens the latches 14, thereby releasing the container 14.

Claims (1)

Reflecting the invention Container with a hanger for the non-binding manipulation for the transport and storage of mainly metallurgical material, consisting of two side walls, each consisting of a web and two flanges1, of the floor, corner posts and corner elements, characterized by: In the outer reinforcement (17), the grips (9) are provided with a cut-out (10) tapering upward and the grips (9) adjacent to the guide plates (11) are fixed at an angle between the edge of the flange (3) and the web. Hinge container according to claim 1, characterized in that the webs (3) are provided with at least two internal stiffeners (21) extending into the loading space.