Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-deformation water-locking type embossed construction site cloth
The invention belongs to the technical field of construction site cloth, and relates to anti-deformation water-locking type embossed construction site cloth which comprises hydrophilic layers and a glue layer, the glue layer is of a double-layer structure and comprises an upper layer and a lower layer, the upper layer and the lower layer are tightly attached, round through holes different in sizeare fully distributed in the upper layer and the lower layer, and the hydrophilic layers are arranged on the two outer sides of the glue layer respectively;the hydrophilic layers are wood pulp cloth layers; protrusions are fully distributed on the hydrophilic layers and fill the circular through holes in the glue layer. According to the design, the cloth of the structure is of a mixed structure ofthe glue layer and the hydrophilic layers, hydrophilicity is achieved, the cloth is not prone to breakage, the hydrophilic layers on the two sides of the glue layer can be communicated through the round through holes formed in the glue layer, and when the cloth for the construction site is subjected to water dipping operation, water passes through the hydrophilic layers and is mixed through the round through holes, so that the hydrophilic layers in the round through holes expand, the hydrophilic layers in the round through holes are further in close contact with the round through holes, the adhesive force of the hydrophilic layer and the glue layer is improved, and the cloth for the construction site is not prone to damage when meeting water.
本发明的一种抗变形锁水型压花工地用布，属于工地用布技术领域，包括亲水层和胶水层，胶水层为双层结构，包括上层和下层，上层和下层紧密贴合，上层和下层上布满大小不一的圆通孔，胶水层的两外侧均设有亲水层，亲水层为木浆布层，亲水层上布满凸起，凸起填充胶水层上的圆通孔，此设计，通过胶水层和亲水层的混合结构是的该结构的布，具有亲水性的同时不容易破碎，而胶水层上设置的圆通孔是的胶水层两侧的亲水层可以互通，当该工地用布沾水作业时，水分通过亲水层并透过圆通孔进行混合，使得圆通孔内的亲水层发生膨胀，进一步使得圆通孔内的亲水层与圆通孔紧密接触，提高亲水层与胶水层的粘合力，使得该工地用布不易遇水破损。
Anti-deformation water-locking type embossed construction site cloth
The invention belongs to the technical field of construction site cloth, and relates to anti-deformation water-locking type embossed construction site cloth which comprises hydrophilic layers and a glue layer, the glue layer is of a double-layer structure and comprises an upper layer and a lower layer, the upper layer and the lower layer are tightly attached, round through holes different in sizeare fully distributed in the upper layer and the lower layer, and the hydrophilic layers are arranged on the two outer sides of the glue layer respectively;the hydrophilic layers are wood pulp cloth layers; protrusions are fully distributed on the hydrophilic layers and fill the circular through holes in the glue layer. According to the design, the cloth of the structure is of a mixed structure ofthe glue layer and the hydrophilic layers, hydrophilicity is achieved, the cloth is not prone to breakage, the hydrophilic layers on the two sides of the glue layer can be communicated through the round through holes formed in the glue layer, and when the cloth for the construction site is subjected to water dipping operation, water passes through the hydrophilic layers and is mixed through the round through holes, so that the hydrophilic layers in the round through holes expand, the hydrophilic layers in the round through holes are further in close contact with the round through holes, the adhesive force of the hydrophilic layer and the glue layer is improved, and the cloth for the construction site is not prone to damage when meeting water.
本发明的一种抗变形锁水型压花工地用布，属于工地用布技术领域，包括亲水层和胶水层，胶水层为双层结构，包括上层和下层，上层和下层紧密贴合，上层和下层上布满大小不一的圆通孔，胶水层的两外侧均设有亲水层，亲水层为木浆布层，亲水层上布满凸起，凸起填充胶水层上的圆通孔，此设计，通过胶水层和亲水层的混合结构是的该结构的布，具有亲水性的同时不容易破碎，而胶水层上设置的圆通孔是的胶水层两侧的亲水层可以互通，当该工地用布沾水作业时，水分通过亲水层并透过圆通孔进行混合，使得圆通孔内的亲水层发生膨胀，进一步使得圆通孔内的亲水层与圆通孔紧密接触，提高亲水层与胶水层的粘合力，使得该工地用布不易遇水破损。
Anti-deformation water-locking type embossed construction site cloth
一种抗变形锁水型压花工地用布
ZHENG PING (Autor:in) / ZHANG HONG (Autor:in) / TAO SHANBIN (Autor:in) / WANG ZHONG (Autor:in) / ZHANG CONG (Autor:in)
11.12.2020
Patent
Elektronische Ressource
Chinesisch
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