Second-generation adjustable steel roll container support

Abstract

A second-generation adjustable steel roll container support is applicable to railway transport of steel rolls various in diameter, width and weight and particularly applicable to batch transport of the steel rolls different in size at the same time. The second-generation adjustable steel roll is characterized in that a steel roll container support body with a square lower bottom surface is provided with four arc-shaped longitudinal beams on the upper portion, a crossbeam is arranged in the middle portion, a steel roll diameter adjusting slide plate is inserted into each longitudinal beam on the upper portion of the steel roll container support body and can slide in a slide groove, anti-slip pads are arranged on the tops of two ends of each slide plate, a slide plate locking device is arranged below each steel roll diameter adjusting slide plate, an anti-moving piston is arranged at the joint of the bottom of each longitudinal beam and the crossbeam, support parallel-connection bolts are arranged on one longitudinal side of the bottom of the steel roll support body, and support parallel-connection holes are reserved on the other side of the same. Carriage support connecting and fastening iron and lifting hook reinforcing points are arranged on the middle portion and the outside portion of the two transverse sides of the bottom. The second-generation adjustable steel roll container support solves the problem that conventional steel roll transport modes are poor in safety, low in transport efficiency and non-reusable and less prone to store and the like and simultaneously overcomes the defect that diameter adjusting slide plates of an existing steel roll container support are easy to runout.

Description

Technical field [0001] The second-generation adjustable coil container bracket is suitable for placing and carrying coils of various diameters, plate widths and weights during railway transportation, especially for simultaneous batch transportation of coils of different sizes. Background technique [0002] The traditional method of using concave grass pads to reinforce and transport coils has the following disadvantages: 1. The material of the concave grass pads is uneven, and because of its structure, it is not convenient for the reinforcement of the coils after loading, so that the coils are transported during transportation. 2. The concave grass pads are heavy in weight, large in volume and high in storage cost; 3. The concave grass pads are all one-time use and cannot be recycled, which is not conducive to Environmental protection; 4. It needs to be reinforced with steel wire ropes, wire rods and other materials, and the method is complicated; 5. The concave grass suppor...

AI Technical Summary

Problems solved by technology

[0002] The traditional method of using concave grass support pads to reinforce and transport coil steel has the following disadvantages: 1. The material of the concave grass support pads is uneven, and because its structure is not convenient for the reinforcement of coil steel after loading, the coil steel is in the process of transportation. It is easy to roll and cause accidents in the center, which has great potential safety hazards; 2. The concave straw pads are heavy in weight, large in size, and high in storage costs; 3. The concave grass pads are all disposable and cannot be recycled, which is not conducive to Environmental protection; 4. It needs to be reinforced with steel wire rope, wire rod and other materials, and the method is complicated; 5. The concave straw pad can only be used when shipping cold coils, and it is easy to cause fire when shipping hot coils; 6. Making concave straw mats The raw materials of the mat cannot be purchased in a standardized manner, so the quality of the finished product is uneven, which is not conducive to management; 7. The concave straw mat is prone to mildew and insects in a humid environment, and it is not easy to store

[0003] The existing coiled steel container frame has the following disadvantages: 1. Each type of frame can only transport coiled steel with a corresponding diameter, which cannot be used in combination and is highly targeted. The transportation cost is very high to make a variety of mounts; 2. Each mount can only transport one coil of steel, and the transportation efficiency is low; 3. There is no corresponding fixing method between the mount and the car body, and it must be connected with wire ropes, wire rods, etc. The combined use of materials reduces the safety; 4. When the seat frame is returned, it can only be stacked equally, and the return efficiency is low, which increases the return cost

[0005] The existing adjustable coiled steel container bracket has the following disadvantages: there is no locking device on the adjustable sliding board, and the coiled steel exerts force on the sliding board during transportation, which may easily cause the sliding board to move, leaving a safety hazard

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