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A platform for research: civil engineering, architecture and urbanism
Reinforcing plate, manufacturing method and wallboard comprising reinforcing plate
The invention discloses a reinforcing plate, a manufacturing method and a wallboard comprising the reinforcing plate, the reinforcing plate comprises a body, the body is alternately sunken towards the front side and the rear side in the thickness direction in the width direction to form a plurality of stand column grooves, and notches of the stand column grooves are alternately opened towards the front side and the rear side; the stand column grooves extend in the height direction and are communicated. The bending resistance of the reinforcing plate in the stamping crease direction can be remarkably improved due to the increase of the inertia moment, the strength and the bearing capacity of the reinforcing plate are remarkably improved, and the weight is not additionally increased due to the increase of the strength, so that the reinforcing plate has higher strength and bearing capacity and can keep lighter weight; the vertical column grooves are formed by stamping on the two sides, manufacturing is easy, production efficiency is high, and the technical problems that in the prior art, a reinforcing component used for increasing the bearing capacity of a fabricated building wallboard is too heavy, and manufacturing is complex are effectively solved.
本发明公开了一种加强板件及制作方法、以及含有其的墙板，所述加强板件包括本体，所述本体沿宽度方向交替向沿厚度方向的前后两侧凹陷形成若干个立柱凹槽，所述立柱凹槽的槽口交替向前后两侧敞开，且各立柱凹槽沿高度方向延伸并贯通。加强板件沿冲压折痕走向的抗弯能力会因为惯性矩增大而显著增大，加强板件的强度和承载能力得到显著提高，且没有因为强度增加而额外增加重量，从而使得加强板件具有较高的强度和承载能力，且还能保持较轻的重量，另外，立柱凹槽通过在两侧冲压形成，制作简单，生产效率高，有效解决了现有技术中装配式建筑墙板用于增加墙板承重能力的加强部件重量太大，且制作复杂的技术问题。
Reinforcing plate, manufacturing method and wallboard comprising reinforcing plate
The invention discloses a reinforcing plate, a manufacturing method and a wallboard comprising the reinforcing plate, the reinforcing plate comprises a body, the body is alternately sunken towards the front side and the rear side in the thickness direction in the width direction to form a plurality of stand column grooves, and notches of the stand column grooves are alternately opened towards the front side and the rear side; the stand column grooves extend in the height direction and are communicated. The bending resistance of the reinforcing plate in the stamping crease direction can be remarkably improved due to the increase of the inertia moment, the strength and the bearing capacity of the reinforcing plate are remarkably improved, and the weight is not additionally increased due to the increase of the strength, so that the reinforcing plate has higher strength and bearing capacity and can keep lighter weight; the vertical column grooves are formed by stamping on the two sides, manufacturing is easy, production efficiency is high, and the technical problems that in the prior art, a reinforcing component used for increasing the bearing capacity of a fabricated building wallboard is too heavy, and manufacturing is complex are effectively solved.
本发明公开了一种加强板件及制作方法、以及含有其的墙板，所述加强板件包括本体，所述本体沿宽度方向交替向沿厚度方向的前后两侧凹陷形成若干个立柱凹槽，所述立柱凹槽的槽口交替向前后两侧敞开，且各立柱凹槽沿高度方向延伸并贯通。加强板件沿冲压折痕走向的抗弯能力会因为惯性矩增大而显著增大，加强板件的强度和承载能力得到显著提高，且没有因为强度增加而额外增加重量，从而使得加强板件具有较高的强度和承载能力，且还能保持较轻的重量，另外，立柱凹槽通过在两侧冲压形成，制作简单，生产效率高，有效解决了现有技术中装配式建筑墙板用于增加墙板承重能力的加强部件重量太大，且制作复杂的技术问题。
Reinforcing plate, manufacturing method and wallboard comprising reinforcing plate
加强板件及制作方法、以及含有其的墙板
LUO SHISHAN (author)
2022-07-29
Patent
Electronic Resource
Chinese
Fabricated wallboard reinforcing structure and reinforcing method thereof
| European Patent Office | 2023