A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fiber bar mesh for concrete, processing equipment and processing method
The invention discloses a fiber bar mesh for concrete and processing equipment and a processing method.The fiber bar mesh comprises weft-direction fiber bars and warp-direction fiber bars which are of a latticed structure and fixedly connected in a criss-cross mode, and the weft-direction fiber bars penetrate through the middles of bar bodies of the warp-direction fiber bars and are gelatinized and fixed through resin; a rotating mechanism is arranged on a rack of the processing equipment, a traction mechanism is arranged in front of the rotating mechanism, a warp-direction fiber bundle supply device is arranged behind the rotating mechanism, and a weft-direction fiber rib supply device is arranged on the side of the rotating mechanism. The intersections of the two ribs are stably connected in a resin curing connection mode, the mesh with the warps and the wefts crossed is manufactured, the problem of the connecting strength of the warps and the wefts is solved, meanwhile, the metal wire binding process is omitted, the situation that the mesh structure is unstable due to corrosion or looseness in the later period of metal wire binding is avoided, production efficiency is improved, and production cost is reduced. And the method is suitable for the technical field of buildings.
本发明公开了一种混凝土用纤维筋网片及加工设备和加工方法，纤维筋网片包括呈网格状结构纵横交错固定连接的纬向纤维筋和经向纤维筋，纬向纤维筋从经向纤维筋的筋体中间穿过并通过树脂进行胶化固定，加工设备的机架上设有旋转机构，旋转机构前方设有牵引机构，后方设有经向纤维束供给装置，侧方设有纬向纤维筋供给装置，本发明在生产经向筋的同时，创造性的将纬向筋插入其经向筋的筋体中间，并通过树脂固化的连接方式实现两筋交叉点的稳固连接，将经、纬相交的网片制作完成，解决了经纬筋连接强度问题，同时省去了金属丝绑扎过程，避免了金属丝绑扎后期因腐蚀或松动造成网片结构不稳定情况出现，提高了生产效率，降低了成本，适用于建筑技术领域。
Fiber bar mesh for concrete, processing equipment and processing method
The invention discloses a fiber bar mesh for concrete and processing equipment and a processing method.The fiber bar mesh comprises weft-direction fiber bars and warp-direction fiber bars which are of a latticed structure and fixedly connected in a criss-cross mode, and the weft-direction fiber bars penetrate through the middles of bar bodies of the warp-direction fiber bars and are gelatinized and fixed through resin; a rotating mechanism is arranged on a rack of the processing equipment, a traction mechanism is arranged in front of the rotating mechanism, a warp-direction fiber bundle supply device is arranged behind the rotating mechanism, and a weft-direction fiber rib supply device is arranged on the side of the rotating mechanism. The intersections of the two ribs are stably connected in a resin curing connection mode, the mesh with the warps and the wefts crossed is manufactured, the problem of the connecting strength of the warps and the wefts is solved, meanwhile, the metal wire binding process is omitted, the situation that the mesh structure is unstable due to corrosion or looseness in the later period of metal wire binding is avoided, production efficiency is improved, and production cost is reduced. And the method is suitable for the technical field of buildings.
本发明公开了一种混凝土用纤维筋网片及加工设备和加工方法，纤维筋网片包括呈网格状结构纵横交错固定连接的纬向纤维筋和经向纤维筋，纬向纤维筋从经向纤维筋的筋体中间穿过并通过树脂进行胶化固定，加工设备的机架上设有旋转机构，旋转机构前方设有牵引机构，后方设有经向纤维束供给装置，侧方设有纬向纤维筋供给装置，本发明在生产经向筋的同时，创造性的将纬向筋插入其经向筋的筋体中间，并通过树脂固化的连接方式实现两筋交叉点的稳固连接，将经、纬相交的网片制作完成，解决了经纬筋连接强度问题，同时省去了金属丝绑扎过程，避免了金属丝绑扎后期因腐蚀或松动造成网片结构不稳定情况出现，提高了生产效率，降低了成本，适用于建筑技术领域。
Fiber bar mesh for concrete, processing equipment and processing method
一种混凝土用纤维筋网片及加工设备和加工方法
LIU ZHANFENG (author) / LIU TIANCI (author) / HAO YAPU (author) / SUN JIANCHAO (author) / ZHANG JUNWEI (author) / LI DIANGAO (author)
2024-01-09
Patent
Electronic Resource
Chinese
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