Portable winding trolley

Abstract

The invention provides a portable winding trolley which comprises a handle, a trolley base and a winding disk, wherein the trolley and the winding dish have cantilever type structures; the handle is mounted on the trolley base; a bearing seat is mounted between the handle and the trolley base; a rotary shaft is embedded in the bearing seat; the winding disk is mounted on the bearing seat through the rotary shaft; wheels are mounted on the trolley base; and flexible trunnions and handles are arranged on the winding disk. The portable winding trolley can collect scattered pipelines into a coil and convey the coil to a storehouse for independent storage, so that reuse of the winding trolley can be achieved, space is effectively saved, manpower is greatly saved, and cost is reduced; meanwhile, quick loading of the pipeline coil can be achieved for field operation; the portable winding trolley can be operated by one person and greatly saves the manpower; and the lockable universal wheels are mounted on the trolley base to make the whole trolley move freely, and the universal wheels can be locked to fix the winding trolley at a working position, so that the winding trolley can be used in different working environments, and the winding trolley can be prevented from sliding in an operation process.

Description

technical field [0001] The invention relates to the technical field of pipeline collection devices, in particular to a portable winding car. Background technique [0002] The strength test room mainly conducts structural strength tests of various types of aircraft. During the test, a large number of hydraulic oil pipes, sensor lines, data acquisition lines and other cables need to be arranged on site. , Often cause high-strength work such as setting out before the test and taking up after the test to be repeated. At present, the strength test room mainly adopts manual retraction of oil pipes and cables, and oil pipes and cables are not only large in number, long in length, but also heavy, and the surface is covered with oil, requiring two people to cooperate; making the oil pipes and cables retractable work Occupying too many human resources, high labor intensity and harsh working environment. [0003] In addition, there are also disclosed winding tools, which all adop...

AI Technical Summary

Problems solved by technology

[0002] The strength test room mainly conducts structural strength tests of various types of aircraft. During the test, a large number of hydraulic oil pipes, sensor lines, data acquisition lines and other cables need to be arranged on site. , often resulting in repeated high-intensity work such as setting out before the test and taking up the line after the test

At present, the strength test room mainly adopts manual retraction of oil pipes and cables, and oil pipes and cables are not only large in number, long in length, but also heavy, and the surface is covered with oil, requiring two people to cooperate; making the oil pipes and cables retractable work Too many human resources are occupied, the labor intensity is high, and the working environment is harsh

[0003] In addition, there are also disclosed winding tools, which all adopt the mode of "one line, one reel" or "multiple lines, one reel", that is, one or several pipelines need to be equipped with a winding reel. Winding reels, and virtually increase the investment in fixed assets, but also take up space, increase handling and storage costs

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