A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Inner rib structure for maintenance wallboard
The invention discloses an inner rib structure for a maintenance wallboard. The inner rib structure for the maintenance wallboard comprises an inner rib structure plate body. Multiple through holes are formed in the inner rib structure plate body and used for achieving the purposes that when the maintenance wallboard is manufactured, inorganic material fillers on the two sides pass through the holes to pass through the inner rib structure, and solidify to form a whole . The inner rib structure plate body is a plastic steel plate, and a built-in cavity structure is arranged on the portion, without the through holes, of the plastic steel plate. When the inner rib structure is utilized to manufacture the maintenance wallboard, the fluid inorganic filling materials on the two sides can pass through the through holes in the inner rib structure and solidify to form a whole. Even though the middle inner rib structure dissolves at the high temperature, due to the fact that the inorganic filling materials on the two sides solidify to form a whole, inorganic filling material plates on the two sides are still complete and cannot be separated, and the maintenance wallboard cannot collapse. Dueto the design of the built-in cavity structure, the consumption of the inorganic filling materials on the two sides can be reduced, the weight of the whole maintenance wallboard is reduced, and the structural strength of the whole maintenance wallboard is enhanced.
本发明公开了一种维护墙板用内肋结构，包括内肋结构板本体，内肋结构板本体上设有若干穿透的孔，所述孔用于维护墙板制作时，供两侧的无机材料填充物穿过内肋结构并凝结为一个整体。内肋结构板本体为塑钢板，塑钢板上不设置穿透的孔的板体部分设有内置空腔结构。本发明提供的内肋结构制作维护墙板时，两侧的流质的无机填充材料可以穿过内肋结构上的穿透的孔，凝结为一个整体。即使高温时中间的内肋结构溶化，因为两侧的无机填充材料板凝结为一个整体，因此两侧的无机填充材料板还是完整的，不会分离，维护墙板不会垮塌。内置空腔结构的设计，可以减少两侧的无机填充材料的使用，减轻整个维护墙板的重量，同时加强了整个维护墙板的结构强变。
Inner rib structure for maintenance wallboard
The invention discloses an inner rib structure for a maintenance wallboard. The inner rib structure for the maintenance wallboard comprises an inner rib structure plate body. Multiple through holes are formed in the inner rib structure plate body and used for achieving the purposes that when the maintenance wallboard is manufactured, inorganic material fillers on the two sides pass through the holes to pass through the inner rib structure, and solidify to form a whole . The inner rib structure plate body is a plastic steel plate, and a built-in cavity structure is arranged on the portion, without the through holes, of the plastic steel plate. When the inner rib structure is utilized to manufacture the maintenance wallboard, the fluid inorganic filling materials on the two sides can pass through the through holes in the inner rib structure and solidify to form a whole. Even though the middle inner rib structure dissolves at the high temperature, due to the fact that the inorganic filling materials on the two sides solidify to form a whole, inorganic filling material plates on the two sides are still complete and cannot be separated, and the maintenance wallboard cannot collapse. Dueto the design of the built-in cavity structure, the consumption of the inorganic filling materials on the two sides can be reduced, the weight of the whole maintenance wallboard is reduced, and the structural strength of the whole maintenance wallboard is enhanced.
本发明公开了一种维护墙板用内肋结构，包括内肋结构板本体，内肋结构板本体上设有若干穿透的孔，所述孔用于维护墙板制作时，供两侧的无机材料填充物穿过内肋结构并凝结为一个整体。内肋结构板本体为塑钢板，塑钢板上不设置穿透的孔的板体部分设有内置空腔结构。本发明提供的内肋结构制作维护墙板时，两侧的流质的无机填充材料可以穿过内肋结构上的穿透的孔，凝结为一个整体。即使高温时中间的内肋结构溶化，因为两侧的无机填充材料板凝结为一个整体，因此两侧的无机填充材料板还是完整的，不会分离，维护墙板不会垮塌。内置空腔结构的设计，可以减少两侧的无机填充材料的使用，减轻整个维护墙板的重量，同时加强了整个维护墙板的结构强变。
Inner rib structure for maintenance wallboard
一种维护墙板用内肋结构
ZHANG CHUNWEI (author)
2020-05-05
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
Fabricated inner wallboard externally-hung connection structure
| European Patent Office | 2020
| European Patent Office | 2020