CN201520301U - Concave straw mat support structure for coil transport - Google Patents

Abstract

The utility model discloses a concave straw support structure for steel coil transportation, which has the characteristics of good supporting effect and fixed position of the steel coil. The concave grass support structure used for steel coil transportation includes steel coils and at least two concave grass support placed side by side, and also includes two positioning ropes, positioning fixtures arranged at both ends of the concave grass support and at least one Support rope; one end of the support rope passes through all the positioning fixtures along the outside of the concave grass support pad and is connected with the other end of the support rope; The two positioning ropes are respectively connected to the corresponding fixing devices at both ends of the concave grass pad through the passage in the middle of the steel coil. Since at least two concave grass support pads, positioning fixtures and support ropes are provided, the collapse and deformation of the concave grass support pads are better limited. In addition, the positioning rope can better fix the position of the steel coil during transportation.

Description

Concave straw mat support structure for coil transport

technical field

The utility model relates to a support structure used for steel coil transportation, in particular to a concave grass pad support structure used for steel coil transportation.

Background technique

At present, the supports used in the process of transporting steel coils by trains or automobiles in my country are mostly concave grass support pads, which are composed of grass support pads with concave grooves in the middle. It consists of bundled straw mats, and the bundled rope can be steel wire or iron wire. This concave grass pad can better support and protect the steel coil during transportation. However, due to the pressure effect of the steel coil, the surroundings of the concave straw pad will collapse and deform, which affects the support and protection of the steel coil. In addition, as the speed of trains or cars continues to increase, during transportation, trains or cars will vibrate violently, which sometimes causes the concave straw pads to move back and forth in the compartment, which may cause steel coils to be damaged. The position is not fixed, the support is not firm, and then the steel coils or the steel coils collide with the compartment wall, resulting in damage to the steel coils.

Utility model content

The technical problem to be solved by the utility model is to provide a concave grass pad support structure for steel coil transportation with good supporting effect and better fixed position of the steel coil during transportation.

The technical solution adopted by the utility model to solve the technical problem is: the concave grass pad support structure for steel coil transportation, including steel coil and at least two concave grass pads placed side by side, and also includes two positioning ropes, set Positioning fixtures and at least one support rope at both ends of the concave grass support pad; one end of the support rope passes through all the positioning fixtures sequentially along the outside of the concave grass support cushion and is connected with the other end of the support rope; The steel coils are placed in the concave grooves of the concave straw mats placed side by side; the two positioning ropes are respectively connected to the corresponding fixing devices at both ends of the concave grass mats through the passage in the middle of the steel coils.

Further, the positioning fixture includes a U-shaped positioning pin and a positioning pad, and the positioning pad is provided with a through hole matching the U-shaped positioning pin.

The beneficial effects of the utility model are: due to the arrangement of at least two concave grass pads, the pressure of the steel coil on each concave grass pad is relatively small, and at the same time, due to the positioning The clamps and supporting ropes can better limit the collapse and deformation of the concave grass pad, and the supporting effect is better. In addition, the positioning rope can limit the displacement of the steel coil, so that the position of the steel coil can be better fixed during transportation.

Description of drawings

Fig. 1 is a front view of a concave straw pad support structure for steel coil transportation.

Fig. 2 is a top view of the supporting structure of the concave straw mat for steel coil transportation.

Fig. 3 is a schematic diagram of a U-shaped positioning pin and a positioning backing plate.

Marked in the figure: 1-steel coil, 2-channel, 3-positioning backing plate, 4-U-shaped positioning pin, 5-positioning rope, 6-supporting rope, 7-concave grass pad, 8-through hole.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment the utility model is further described.

It can be seen from Fig. 1 and Fig. 2 that the concave straw mat support structure for steel coil transportation includes steel coil 1 and at least two concave grass mats 7 placed side by side, and also includes two positioning ropes 5, which are arranged in the concave shape. The positioning fixtures and at least one support rope 6 at both ends of the grass support pad 7, when it is necessary to transport the steel coil 1, first pass one end of the support rope 6 through all the positioning fixtures sequentially along the outside of the concave grass support pad 7 and It is connected with the other end of the support rope 6, and the support rope 6 after the two ends are connected forms a support ring, which can limit the deformation of the concave grass pad 7 due to the action of external force, and then place the steel coil 1 on the In the concave groove of the concave grass support pad 7 placed side by side, a positioning rope 5 is passed through the passage 2 in the middle of the steel coil 1 at last, and then the two ends of the positioning rope 5 are connected with the concave grass support pad 7 One end is connected with the corresponding fixing device, and then another positioning rope 5 is passed through the passage 2 in the middle of the steel coil 1, and its two ends are connected with the corresponding fixing device at the other end of the concave grass pad 7, so that the two Positioning rope 5 exposes the part of steel coil into figure-of-eight distribution. Due to the arrangement of at least two concave grass pads 7, the pressure on each concave grass pad 7 is relatively reduced, resulting in a relatively reduced deformation of each concave grass pad 7. The supporting rope 6 is wound, so the deformation of the concave grass pad 7 after being squeezed by the steel coil 1 is limited, and the positioning fixtures provided at both ends of each concave grass pad 7 make it squeezed by the steel coil 1 The overall shape of the concave grass support pad 7 can be better maintained, so that the steel coil 1 is better supported. In addition, the two positioning ropes 5 can firmly limit the steel coil 1 in the concave groove of the concave grass support pad 7, and because the positioning rope 5 exerts a vertically downward component force on the steel coil 1, this component force passes through The steel coil 1 acts on the concave grass support pad 7, which makes it more difficult for the concave grass support pad 7 to move relative to the ground of the carriage, thereby ensuring that the position of the steel coil 1 is fixed well, so that the steel coil 1 can be transported more safely and stably. The fixing device is a fixing ring or a fixing hook arranged inside the compartment. The positioning rope 5 and the supporting rope 6 can be made of steel cables, iron wires or other materials.

It can be seen from Fig. 3 that the positioning fixture is composed of a U-shaped positioning pin 4 and a positioning backing plate 3, and the positioning backing plate 3 is provided with a through hole 8 adapted to the U-shaped positioning pin 4, and the U-shaped positioning pin 4 can be Insert the inside of the concave grass support pad 7 through the through hole 8, and fix the positioning backing plate 3 on the two ends of the concave grass support pad 7 at the same time. In addition, as can be seen from FIG. 1 , FIG. 2 and FIG. 3 , the support rope 6 passes through the annular space formed by the connecting end of the U-shaped positioning pin and the positioning pad.

Obviously, the above-mentioned positioning fixture is not limited to the above-mentioned embodiment, for example, the U-shaped positioning pin 4 can be replaced by an I-shaped positioning pin with one end fixedly connected to the ring or other positioning pins with a ring structure; the positioning backing plate 3 It can be in the shape of a flat plate, or a U-shaped positioning backing plate that matches the shape of the two ends of the concave grass support pad.

Claims (2)

1. The supporting structure of the concave straw mat for steel coil transportation, comprising a steel coil (1) and at least two concave grass mats (7) placed side by side, characterized in that it also includes two positioning ropes (5), Positioning fixtures and at least one support rope (6) arranged at both ends of the concave grass support pad (7); one end of the support rope (6) passes through all positioning pins along the outside of the concave grass support pad (7) The fixture is also connected with the other end of the support rope (6); the steel coil (1) is placed in the concave groove of the concave straw pad (7) placed side by side; the two positioning ropes (5) pass through The channel (2) in the middle of the steel coil (1) is respectively connected with the fixing devices corresponding to the two ends of the concave grass pad (7). 2. The concave straw pad support structure for steel coil transportation according to claim 1, characterized in that: the positioning fixture includes a U-shaped positioning pin (4) and a positioning backing plate (3), the A through hole (8) matching the U-shaped positioning pin (4) is opened on the positioning backing plate (3).

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