Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel mesh internal mold radiation protection wall
The invention provides a steel mesh internal mold radiation protection wall. The steel mesh internal mold radiation protection wall comprises two layers of steel mesh pieces, wherein a radiation protection layer is arranged between the two steel mesh pieces, C-shaped metal supports are arranged between the surface of the radiation protection layer and the steel mesh pieces, transverse reinforcingribs are arranged on the outer sides of the steel mesh pieces, and vertical reinforcing ribs are fixedly connected to the surfaces of the transverse reinforcing ribs through steel wires. The steel mesh internal mold radiation protection wall has the advantages that a middle mesh partition wall structure formed by the steel mesh pieces and the C-shaped metal supports is good in fire resistance, andthe problem that a traditional radiation protection wall is flammable or combustible can be solved; after a lead plate is adopted, the thickness of the wall can be reduced, the radiation protection requirement can be met, and the use space can be increased; and composite mortar is sprayed to the outer portions of the steel mesh pieces, the surfaces of the steel mesh pieces and the supports are each covered with a layer of mortar rough surface, the mortar coating strength of the steel mesh pieces can be greatly increased, the mesh pieces and the metal supports in the mesh pieces can be isolated from outside air and water, and an oxidation reaction is avoided.
本发明提供一种钢网内模防辐射墙。所述钢网内模防辐射墙包括：两层钢网片，两个钢网片之间设置有防辐射层，防辐射层的表面与钢网片之间设置有C形金属支架，钢网片的外侧设置有横向加强筋，横向加强筋的表面通过钢丝固定连接有竖向加强筋。本发明提供的钢网内模防辐射墙具有钢网片和C形金属支架形成的中网隔墙结构自身的耐火性较好，能够解决传统防辐射墙体易燃或可燃的问题，采用铅板后可以减少墙体厚度既能满足防辐射要求，提升使用空间，钢网片的外部进行复合砂浆的喷涂，使钢网片和支架表面均覆盖上一层砂浆毛面，不仅可以让钢网片的挂浆力度大大增加，还能使网片和内部的金属支架与外界的空气和水隔绝，避免产生氧化反应。
Steel mesh internal mold radiation protection wall
The invention provides a steel mesh internal mold radiation protection wall. The steel mesh internal mold radiation protection wall comprises two layers of steel mesh pieces, wherein a radiation protection layer is arranged between the two steel mesh pieces, C-shaped metal supports are arranged between the surface of the radiation protection layer and the steel mesh pieces, transverse reinforcingribs are arranged on the outer sides of the steel mesh pieces, and vertical reinforcing ribs are fixedly connected to the surfaces of the transverse reinforcing ribs through steel wires. The steel mesh internal mold radiation protection wall has the advantages that a middle mesh partition wall structure formed by the steel mesh pieces and the C-shaped metal supports is good in fire resistance, andthe problem that a traditional radiation protection wall is flammable or combustible can be solved; after a lead plate is adopted, the thickness of the wall can be reduced, the radiation protection requirement can be met, and the use space can be increased; and composite mortar is sprayed to the outer portions of the steel mesh pieces, the surfaces of the steel mesh pieces and the supports are each covered with a layer of mortar rough surface, the mortar coating strength of the steel mesh pieces can be greatly increased, the mesh pieces and the metal supports in the mesh pieces can be isolated from outside air and water, and an oxidation reaction is avoided.
本发明提供一种钢网内模防辐射墙。所述钢网内模防辐射墙包括：两层钢网片，两个钢网片之间设置有防辐射层，防辐射层的表面与钢网片之间设置有C形金属支架，钢网片的外侧设置有横向加强筋，横向加强筋的表面通过钢丝固定连接有竖向加强筋。本发明提供的钢网内模防辐射墙具有钢网片和C形金属支架形成的中网隔墙结构自身的耐火性较好，能够解决传统防辐射墙体易燃或可燃的问题，采用铅板后可以减少墙体厚度既能满足防辐射要求，提升使用空间，钢网片的外部进行复合砂浆的喷涂，使钢网片和支架表面均覆盖上一层砂浆毛面，不仅可以让钢网片的挂浆力度大大增加，还能使网片和内部的金属支架与外界的空气和水隔绝，避免产生氧化反应。
Steel mesh internal mold radiation protection wall
一种钢网内模防辐射墙
YANG CHANGXIAN (Autor:in) / LENG BINTAO (Autor:in)
01.01.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
/
G21F
Schutz gegen Röntgenstrahlung, Gammastrahlung, Korpuskularstrahlung oder Teilchenbeschuss
,
PROTECTION AGAINST X-RADIATION, GAMMA RADIATION, CORPUSCULAR RADIATION OR PARTICLE BOMBARDMENT
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