Heavy goods carrying table and method for using same

Abstract

The invention aims to provide a transferring table of a heavy load which hardly shifts when laid on a floor of a transferring vessel such as a container or the like, is easily positioned and stably fixed to a predetermined position of the inner side of the transferring vessel, shows stability to the roll and pitch of a ship, and enables easy carrying-in and carrying-out of the heavy load with a small force such a human power. The transferring table 1 of the heavy load transfers a cylindrical heavy load using a transferring means arranged on the floor, and has: a table portion 2; leg portions 6 arranged on both sides of the lower part of the table 2; a cylindrical heavy load placement portion 4 forming a pair of inclination surfaces arranged on and fixed to the table portion 2 and facing to each other; and a fastening material fixing portion 3 arranged at a predetermined portion of the table 2 or the leg portions 6 and fixing the fastening material such as a hoop material, a steel band or the like which fastens the cylindrical heavy load to the cylindrical heavy load placement portion 4.

Description

technical field [0001] The present invention relates to a heavy object transfer platform used as an auxiliary tool for arranging and carrying heavy objects into various containers, trucks, ships, etc., and a heavy object transfer method using the heavy object transfer platform. Background technique [0002] When moving heavy objects such as steel coils with a weight of several tons into the depths of dry containers or cargo storage parts such as trucks and ships, after placing the heavy objects near the port of the opening of the container, etc., there will be a suitable The length of square wood, etc. is fixed on the fork of the forklift, and the top end is dragged on the floor and squeezed in semi-forcibly. In addition, for cylindrical heavy objects such as hot-rolled coils, the cylindrical heavy objects are loaded on wooden frames or other parts (pallets) for stable loading in advance, and then hard pressed in the same way as above. In addition, when storing heavy object...

AI Technical Summary

Problems solved by technology

[0009] (1) Since the opening of the dry container is set on the side, not on the top, the coil cannot be stored in the dry container by a crane for transportation by hanging

In addition, even when using a large forklift that can transport heavy coils, when the coils are stored in the depths of the dry container, the forks cannot reach the depths, so it is necessary to drag the coils on the floor. The problem of half-squeezing in on one side

[0010] (2) In order to solve the above problems, containers such as flat containers without a roof or open top containers with an open roof are prepared, but because these containers have low airtightness, moisture from the outside air enters the container

Therefore, there is a problem that the coil will rust if it is not tightly packed

Furthermore, there is also a problem that it is not easy to ensure the

[0011] (3) Even when a dry container is used, there is a problem that if a material that easily contains moisture such as wood is used for the packaging material, the moisture in the packaging material will evaporate and the moisture will condense on the ceiling, etc., It is easy to rust when dropped on the coil

Depending on the type of wood, fumigation treatment may be required, and the permission of the importing country becomes an uncertain factor. Therefore, there is a disadvantage in terms of cost, or there is a possibility of damage to the goods

In addition, packaging materials such as wood used once are often discarded, and there is a lack of consideration for environmental protection.

[0012] (4) In addition, there is a problem that the usual coiled material is often loaded with the shaft lying sideways, so it is easy to roll, and in order to prevent this, it is fixed with a rope, hoop, steel strip, wood, etc. On the floor or wall, which requires a lot of manpower and time

[0013] (5) The "storage structure for a pallet for a coiled heavy object and a pallet for a coiled heavy object in a transport container" described in (Patent Document 1) provides a structure approximately the same as the planar shape of the interior of the transport container. Consistent shipping pallets, but since the internal dimensions of shipping containers such as shipping containers are standardized, the internal dimensions of each container vary subtly with use and slightly deformed, so it is consistent with the internal dimensions of all shipping containers It is difficult to fix the planar shape completely, and there is also the following problem. In order to prevent failure caused by misalignment during transportation, wooden wedges must be knocked and inserted between the pallet and the inner wall of the container for fixing.

[0014] (6) There is a problem that since no cushioning member is provided on the surface of the coil support portion on which the coil is loaded, the surface of the coil and the loading surface or the surface of the coil and the floor due to lateral microvibrations caused by the swing of the ship There is a high possibility of frictional barriers (wear) between surfaces

In addition, when the surface on which the coil is loaded is metal, there is a problem that slippage is likely to occur

[0015] (7) The "container pallet" described in (Patent Document 2) has the following problem. In order to firmly fix the pallet in the shipping container, a fixing material such as wood is required, and the fixing material must be inserted into the pallet and the container by hammering. fixed between the inner walls of the

If the fixing material is wood, it is not conducive to saving resources, and since wood absorbs moisture and becomes a cause of condensation, there is a problem that the goods are easy to rust, and it has the same problem as that described in (3) above

And wood is an imperfect cushioning material against the aforementioned frictional barriers (wear and tear)

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