Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Prefabricated rock mass component, preparation method of prefabricated rock mass component and frame structure
The invention discloses a prefabricated rock mass component, a preparation method of the prefabricated rock mass component and a frame structure, and relates to the field of prefabricated building engineering.The prefabricated rock mass component comprises a rock mass block and a plurality of reinforcing steel bars, the rock mass block comprises a rock mass body and at least one protruding part, a grouting drill hole penetrates through the rock mass body, epoxy resin slurry is contained in the grouting drill hole, and the reinforcing steel bars are arranged in the grouting drill hole; the convex part is convexly arranged on the rock mass main body, and a plurality of drilling hole channels penetrate through the rock mass main body and/or the convex part; the multiple steel bars are inserted into the drilling hole channels of the rock mass main body and/or the drilling hole channels of the convex parts so as to be assembled with the rock mass blocks to form one of a prefabricated rock mass beam, a prefabricated rock mass column, a prefabricated rock mass pile and a prefabricated rock mass plate; therefore, the rock mass blocks are adopted to replace a large amount of concrete, stress is reliable, use of the concrete is greatly reduced, damage to the ecological environment is reduced, and cost is reduced; in addition, epoxy resin slurry is adopted for grouting reinforcement, the forming time is short, the material strength is high, the quality is improved, and environment friendliness and low energy consumption are achieved.
本发明公开一种预制岩体构件、预制岩体构件的制备方法以及框架结构，涉及装配式建筑工程领域，预制岩体构件包括岩体块以及多个钢筋，岩体块包括岩体主体和至少一凸部，岩体主体贯穿有注浆钻孔，注浆钻孔内容置环氧树脂浆液，凸部凸设于岩体主体，岩体主体和/或凸部贯穿有多个钻孔孔道；多个钢筋插设于岩体主体的钻孔孔道和/或凸部的钻孔孔道，以与岩体块装配形成预制岩体梁、预制岩体柱、预制岩体桩和预制岩体板中之一；如此，采用岩体块代替大量的混凝土，不仅受力可靠，而且大量减少混凝土使用，降低对生态环境的破坏，降低成本；另外，采用环氧树脂浆液进行注浆加固，成型时间短，材料强度高，提高质量，且绿色低能耗。
Prefabricated rock mass component, preparation method of prefabricated rock mass component and frame structure
The invention discloses a prefabricated rock mass component, a preparation method of the prefabricated rock mass component and a frame structure, and relates to the field of prefabricated building engineering.The prefabricated rock mass component comprises a rock mass block and a plurality of reinforcing steel bars, the rock mass block comprises a rock mass body and at least one protruding part, a grouting drill hole penetrates through the rock mass body, epoxy resin slurry is contained in the grouting drill hole, and the reinforcing steel bars are arranged in the grouting drill hole; the convex part is convexly arranged on the rock mass main body, and a plurality of drilling hole channels penetrate through the rock mass main body and/or the convex part; the multiple steel bars are inserted into the drilling hole channels of the rock mass main body and/or the drilling hole channels of the convex parts so as to be assembled with the rock mass blocks to form one of a prefabricated rock mass beam, a prefabricated rock mass column, a prefabricated rock mass pile and a prefabricated rock mass plate; therefore, the rock mass blocks are adopted to replace a large amount of concrete, stress is reliable, use of the concrete is greatly reduced, damage to the ecological environment is reduced, and cost is reduced; in addition, epoxy resin slurry is adopted for grouting reinforcement, the forming time is short, the material strength is high, the quality is improved, and environment friendliness and low energy consumption are achieved.
本发明公开一种预制岩体构件、预制岩体构件的制备方法以及框架结构，涉及装配式建筑工程领域，预制岩体构件包括岩体块以及多个钢筋，岩体块包括岩体主体和至少一凸部，岩体主体贯穿有注浆钻孔，注浆钻孔内容置环氧树脂浆液，凸部凸设于岩体主体，岩体主体和/或凸部贯穿有多个钻孔孔道；多个钢筋插设于岩体主体的钻孔孔道和/或凸部的钻孔孔道，以与岩体块装配形成预制岩体梁、预制岩体柱、预制岩体桩和预制岩体板中之一；如此，采用岩体块代替大量的混凝土，不仅受力可靠，而且大量减少混凝土使用，降低对生态环境的破坏，降低成本；另外，采用环氧树脂浆液进行注浆加固，成型时间短，材料强度高，提高质量，且绿色低能耗。
Prefabricated rock mass component, preparation method of prefabricated rock mass component and frame structure
预制岩体构件、预制岩体构件的制备方法以及框架结构
YE YANG (Autor:in) / WANG WEIHAO (Autor:in)
15.10.2024
Patent
Elektronische Ressource
Chinesisch
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