Pipe bunching device

Abstract

The invention relates to a pipe bunching device, which consists of upper beams, lower beams, positioning partition pipes and a fastening device. The two upper beams and the two lower beams are parallel to each other in a horizontal direction of the top surface and the bottom surface respectively; the lower beams support lowest bunched pipes from the bottom, and the upper beams press the bunched pipes from the top; the upper beams and the lower beams are connected with the fastening device respectively; and positioning slots for positioning the pipes are distributed on the upper beams and the lower beams in the length direction uniformly at intervals. The positioning partition pipes are distributed between two layers of the pipes; the positioning slots for positioning the pipes are distributed on upper and lower surfaces of each positioning partition pipe in the length direction of the partition pipe uniformly at intervals; and the interval between the positioning slots is consistent with that of pipe slots on the upper beams and the lower beams. The fastening device is connected between end heads of the upper beams and the lower beams to play a role in tensioning the upper beams and the lower beams and comprises a pull rod, a double ratchet, a twin nut and the like. The bunching device has the advantages of simple structure, convenient use and reuseability, can conveniently bunch the pipes manually or mechanically without using other equipment in a warehouse or outdoors, realizes mechanized loading and unloading and transporting, and can be matched with a pipe distributing vehicle.

Description

technical field [0001] The invention relates to a device for mechanized handling, transportation and laying of hard pipes. Background technique [0002] In order to solve the problem of mechanized loading, unloading, transportation and rapid laying of pipes, it is necessary to assemble the pipes into bundles to meet the requirements of mechanized operations. [0003] The existing technology is to use a pipe laying car to realize the rapid laying of pipelines. There are 54 DN150 steel pipes (6 layers, 9 pipes per layer) with a length of 6 meters on a pipe laying car, weighing 4.3 tons and 6 meters long. There are 150 DN100 steel pipes (10 layers, 15 in each layer), weighing 6.3 tons (42kg each) or 5.4 tons (36kg each). There is no clustering device, and the loading, unloading and handling of pipes rely on manpower, which is a very difficult job. [0004] In storage, the pipes are usually stacked cross-stacked in the warehouse. When in use, the pipes can only be transported ...

AI Technical Summary

Problems solved by technology

There is no clustering device, and the loading, unloading and handling of pipes rely on manpower, which is a very difficult job

[0004] In storage, the pipes are usually stacked cross-stacked in the warehouse. When in use, the pipes can only be transported one by one to the transport vehicle by manpower, and then transported one by one from the transport vehicle to the pipe distribution vehicle. , not only labor-intensive, but also unsuitable for rapid laying requirements

[0005] At present, other pipes that do not need to be laid by pipe laying vehicles also have the problem of saving storage space and realizing mechanized loading, unloading and transportation in the logistics industry.

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