Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Simple shock insulation support suitable for masonry structure and manufacturing method and mounting method of simple shock insulation support
The invention discloses a simple shock insulation support suitable for a masonry structure and a manufacturing method and an installation method of the simple shock insulation support, and relates to the technical field of shock insulation supports. A bottom elastic layer is arranged at the bottom in the elastic cylinder, a middle elastic layer is arranged in the middle in the elastic cylinder, and the middle elastic layer and the bottom elastic layer are arranged at intervals in the axial direction of the elastic cylinder. Concrete filling cavities are formed between the middle elastic layer and the bottom elastic layer in the elastic cylinder and above the middle elastic layer; a grouting through hole is formed in the middle elastic layer in the axial direction of the elastic barrel, a steel bar is inserted into the grouting through hole, and the two ends of the steel bar extend into the corresponding concrete filling cavities. After concrete grouting is conducted from the top of the elastic cylinder, the concrete filling cavity in the elastic cylinder is filled with concrete to form a poured concrete layer, and the grouting through holes are filled with concrete to form reinforced concrete pin columns connected with and supporting the corresponding poured concrete layer; the invention has the characteristics of simplicity in manufacturing, low cost, convenience in installation and good pressure-bearing and anti-seismic properties.
本发明公开了一种适用于砌体结构的简易隔震支座及其制作方法与安装方法,涉及隔震支座技术领域,包括弹性筒体;弹性筒体内底部设有底部弹性层,弹性筒体内中部设有中部弹性层,中部弹性层与底部弹性层沿弹性筒体轴向间隔设置;弹性筒体内中部弹性层与底部弹性层之间以及中部弹性层上方均为混凝土填充腔;中部弹性层上沿弹性筒体轴向开设有灌浆通孔,灌浆通孔中插设有钢筋,钢筋两端均延伸至对应混凝土填充腔中;从弹性筒体顶部进行混凝土灌浆后,弹性筒体内的混凝土填充腔充满混凝土形成灌注混凝土层,灌浆通孔充满混凝土形成连接并支撑对应灌注混凝土层的钢筋混凝土销柱;本发明具有制作简单、成本低、安装便捷、承压与抗震性能好的特点。
Simple shock insulation support suitable for masonry structure and manufacturing method and mounting method of simple shock insulation support
The invention discloses a simple shock insulation support suitable for a masonry structure and a manufacturing method and an installation method of the simple shock insulation support, and relates to the technical field of shock insulation supports. A bottom elastic layer is arranged at the bottom in the elastic cylinder, a middle elastic layer is arranged in the middle in the elastic cylinder, and the middle elastic layer and the bottom elastic layer are arranged at intervals in the axial direction of the elastic cylinder. Concrete filling cavities are formed between the middle elastic layer and the bottom elastic layer in the elastic cylinder and above the middle elastic layer; a grouting through hole is formed in the middle elastic layer in the axial direction of the elastic barrel, a steel bar is inserted into the grouting through hole, and the two ends of the steel bar extend into the corresponding concrete filling cavities. After concrete grouting is conducted from the top of the elastic cylinder, the concrete filling cavity in the elastic cylinder is filled with concrete to form a poured concrete layer, and the grouting through holes are filled with concrete to form reinforced concrete pin columns connected with and supporting the corresponding poured concrete layer; the invention has the characteristics of simplicity in manufacturing, low cost, convenience in installation and good pressure-bearing and anti-seismic properties.
本发明公开了一种适用于砌体结构的简易隔震支座及其制作方法与安装方法,涉及隔震支座技术领域,包括弹性筒体;弹性筒体内底部设有底部弹性层,弹性筒体内中部设有中部弹性层,中部弹性层与底部弹性层沿弹性筒体轴向间隔设置;弹性筒体内中部弹性层与底部弹性层之间以及中部弹性层上方均为混凝土填充腔;中部弹性层上沿弹性筒体轴向开设有灌浆通孔,灌浆通孔中插设有钢筋,钢筋两端均延伸至对应混凝土填充腔中;从弹性筒体顶部进行混凝土灌浆后,弹性筒体内的混凝土填充腔充满混凝土形成灌注混凝土层,灌浆通孔充满混凝土形成连接并支撑对应灌注混凝土层的钢筋混凝土销柱;本发明具有制作简单、成本低、安装便捷、承压与抗震性能好的特点。
Simple shock insulation support suitable for masonry structure and manufacturing method and mounting method of simple shock insulation support
一种适用于砌体结构的简易隔震支座及其制作方法与安装方法
WANG YUSHAN (Autor:in) / ZHENG JINTAO (Autor:in) / WANG RUI (Autor:in) / WANG HAIFENG (Autor:in) / ZHOU YANG (Autor:in) / LIANG LU (Autor:in) / ZENG XIAOYUN (Autor:in) / CHEN KANG (Autor:in)
22.09.2023
Patent
Elektronische Ressource
Chinesisch
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