Fork-transportation tool

Abstract

The invention provides a fork-transportation tool. The fork-transportation tool comprises an arc-shaped part and a cavity, wherein the cavity is at least partially accommodated in the circular arc ofthe arc-shaped part; the cavity is fixedly connected to the arc-shaped part through a supporting part; and the cavity is used for accommodating and supporting a fork arm of a forklift. The fork-transportation tool is in arc-surface contact with an inner-diameter hole of a coiled material, so that the coiled material is protected in fork-transportation, unqualified tailings caused by coiled material fork-transportation link are reduced, and product quality is improved. Moreover, the fork-transportation tool is simple and compact in structure, is convenient in loading and unloading, is low in cost and is high in reliability.

Description

technical field [0001] The invention relates to the field of forklifts, in particular to a forklifting tool that can be used for forklifting coils. Background technique [0002] Coils need to be forklifted and unloaded by forklifts after they come in. After unpacking, they are forklifted to Kaiping, shearing and slitting equipment. After slitting, they need to be forklifted to stamping automatic feeders. There are many forklift links in the middle When forklifting, the fork arm of the forklift is retracted and extended into the inner diameter hole of the coil and then lifted fork transport. At this time, the fork arm of the forklift is in line contact with the inner diameter hole of the coil during fork transport, and the tailings will be damaged due to the influence of the gravity of the coil. More unqualified tailings. Especially for sheet metal sprayed appearance parts with strict appearance requirements, unqualified tailings cannot be used directly, and the products mad...

AI Technical Summary

Problems solved by technology

[0004] 1. It is difficult to load and unload the coil, because the lifting device needs to lift the lower surface of the outer ring of the coil, and the height of the device itself makes it impossible to complete the loading and unloading by the forklift lifting device, and it needs external force to lift the coil on the lifting device. Consuming manpower and material resources, low efficiency

[0005] 2. The coiled material is easy to deform and bend under pressure as a whole. Since the lifting device needs to lift the lower surface of the outer ring of the coiled material, all the strength of the coiled material is concentrated on the lower surface of the outer ring, and when the inner ring of the coiled material has no additional fixed support, the coiled material The whole material will be flattened and deformed due to its own gravity, and when the forklift passes through the bumpy area, the instantaneous impulse will cause the middle part of the coil to be crushed and folded by inertial force

[0006] 3. The structure is complicated and the stability is poor. Since the lifting device is mostly equipped with fixing parts on the forklift frame or the fork arm, the fixing parts are extended through the bracket structure to form the lifting device, resulting in a relatively complicated structure and high manufacturing cost. And the extended bracket structure Increase the force moment, which is not conducive to the stability of the forklift, and requires high structural rigidity and connection strength of the bracket

[0007] 4. The ease of use of the lifting device is poor. Some lifting devices are designed as a separate installation structure independent of the forklift arm. As a result, when the forklift needs to frequently switch between transporting general cargo and transporting coils, it is necessary to manually disassemble the lifting device. Workers are very inconvenient and inefficient

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