Full-automatic straw weaving method

Abstract

The invention discloses a full-automatic straw weaving method. A full-automatic straw weaving machine is adopted for implementing automatic pavement material concatenating coil mat weaving work; straw firstly enters a pavement material concatenating mechanism to be paved, the straw is automatically fed in a nail tooth conveying mechanism after being split by an automatic feeding mechanism, then the straw enters a weaving mechanism and a straw collection mechanism, the straw is woven online while being compacted, and after weaving is completed, the two ends of a straw curtain are shorn and trimmed through an edge cutting mechanism; the problems that winding and straw heaping are prone to happening to the straw, then uneven weaving and holes are caused, even blocking happens, and consequently the product quality is influenced are effectively solved; and meanwhile, an automatic curtain coiling device is arranged behind the position where the weaving procedure is carried out, the motion tension of a coil curtain left end control mechanism and a coil curtain right end control mechanism is controlled, and therefore the problem that due to the fact that the coiling radius of the straw curtain is large in change and cannot be controlled precisely, the straw curtain is prone to deforming by pulling and is even directly broken by pulling is effectively solved.

Description

technical field [0001] The invention relates to the technical field of straw weaving machinery, in particular to a fully automatic straw weaving method. Background technique [0002] As an important by-product of crops, straw is also an important production resource for industrial and agricultural production. In daily life, straw woven straw curtains are widely used in brick factories for sun protection, construction, granaries, fungus production, wagon packaging, winter heat preservation in vegetable greenhouses and The field of anti-drying and health preservation of prefabricated products not only protects the environment but also brings benefits. [0003] However, although the existing straw weaving equipment can realize straw weaving, it also has shortcomings: before the straw enters the weaving process, it is necessary to manually spread and separate the straw for feeding, which is not only labor-intensive, but also spread and divided. Depending on the hand feel, it is...

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Problems solved by technology

[0003] However, although the existing straw weaving equipment can realize straw weaving, it also has shortcomings: before the straw enters the weaving process, it is necessary to manually spread and separate the straw for feeding, which is not only labor-intensive, but also spread and divided. Depending on the hand feel, it is easy to cause uneven thickness of the weaving straw curtain; at the same time, the straw is easy to tangle during the weaving process, and it is easy to be blocked when it is transported to the weaving process, which will cause uneven weaving, voids and even blockage; The separate component of the feeding line will easily cause the straw to be unevenly compacted during weaving, which will cause the woven straw curtain to be easily "sewed". After the straw curtain is woven, it is mainly collected manually, which is not only labor intensive, but also low in efficiency ; There are technical obstacles in the use of mechanical collection. The thickness of the woven straw curtains varies. During the rolling process, because of its thicker thickness and uneven thickness, it is easy to cause large changes in the radius of the straw curtains and cannot be accurately controlled. The speed-adjustable motor cannot be adjusted precisely because of its irregular changes. At the same time, because the grass curtain itself is soft and does not belong to the strong tensile type, it is easy to deform or even break directly.

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