Pressing device of section steel stack packing line

Abstract

The invention discloses a pressing device of a section steel stack packing line. The pressing device comprises a main support, a swing arm assembly, a main shaft, a spring rod assembly, a small shaft and a guide plate. The main bracket is connected with the guide plate to form an outer frame; the swing arm assembly is connected with the main support through a main shaft. The spring rod assembly is connected with the guide plate through a small shaft. The spring rod assembly is connected with the swing arm assembly. The swing arm assembly comprises at least two sets of swing arm units, and each set of swing arm unit comprises a swing arm support, a rolling wheel, a connecting shaft and a rolling wheel shaft. The roller shaft penetrates through the left small arm and the right small arm of the upper arm of the swing arm support and the roller and is matched with inner holes of the left small arm, the right small arm and the roller; a connecting shaft penetrates through left and right small arms of the lower arm of the swing arm bracket and is matched with inner holes of the two small arms; the connecting shaft is connected with the spring rod assembly; the main shaft penetrates through an upper connecting hole of the main support and a middle hole of the swing arm support to be connected with the main support. According to the device, a packing line in a suspended position on a section steel stack can be compressed, so that dangerous accidents are avoided.

Description

technical field [0001] The invention relates to the field of iron and steel equipment, in particular to a compacting device for a profile steel stack packing line. Background technique [0002] In order to facilitate the transportation of the section steel produced on the section steel rolling production line, the section steel pile needs to be packed by a baler, and the packing line passes through the wire delivery device of the baler and winds the steel pile for a complete circle through the wire channel, and then takes up the wire, knots, and cuts the steel. Packing of stacks. [0003] Due to the special structure of steel stacks: most of the outer contour surfaces are irregular planes or curved surfaces and the height difference between adjacent surfaces is large, so that the packing line cannot completely contact and hold tightly with all the outer contour surfaces of the steel stacks, and some steel wires and steel stacks The concave position is in a suspended state, ...

AI Technical Summary

Problems solved by technology

[0003] Due to the special structure of steel stacks: most of the outer contour surfaces are irregular planes or curved surfaces and the height difference between adjacent surfaces is large, so that the packing line cannot completely contact and hold tightly with all the outer contour surfaces of the steel stacks, and some steel wires and steel stacks The concave position is in a suspended state, so there is a hidden danger of loosening, which may easily cause loose packages during loading, transportation and unloading, resulting in dangerous accidents

At present, it is only possible to manually compress the packaged steel wire in the suspended position, and the effect is not good. Therefore, it is imperative to increase the compression of mechanical devices.

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