Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to an electromagnetic force damping shock absorption support. The electromagnetic force damping shock absorption support comprises a pedestal bottom plate, a pedestal side wall,an annular super-strong electromagnet, an inner annular magnet, a common rubber ring, a connector, high-damping rubber and an electromagnet power-on wire. The pedestal bottom plate and the pedestal side wall are of an integrated structure; the annular super-strong electromagnet is installed on the inner side of the pedestal side wall; the common rubber ring is installed in the annular super-strongelectromagnet; the power-on wire of the annular super-strong electromagnet stretches into a pedestal through a hole formed in the pedestal side wall; the inner annular magnet and the connector are ofan integrated structure; the inner annular magnet is placed in the center of the pedestal bottom plate, and the magnetic pole of the outer side of the inner annular magnet is the same as that of theinner side of the annular super-strong electromagnet; a concave cylindrical hole is formed in the middle of the connector, and a cylindrical head stretches out of the lower portion of the connector and is embedded in the inner annular magnet; and the high-damping rubber is in a circular ring shape, and the inner edge of the high-damping rubber is connected with the connector, etc. The electromagnetic force damping shock absorption support can solve the problems that the dynamic response of a structure or equipment is too large under the earthquake action, the energy dissipation capacity of thesupport is poor, and the selection process of a damping device is complex.
本发明涉及一种电磁力阻尼减震支座，包括台座底板、台座侧壁、环形超强电磁铁、内环形磁铁、普通橡胶圈、连接头、高阻尼橡胶、电磁铁通电线。台座底板和台座侧壁为整体式结构，台座侧壁内侧安装环形超强电磁铁，环形超强电磁铁内安装普通橡胶圈，环形超强电磁铁的通电线通过台座侧壁的开孔伸入台座内部；内环形磁铁与连接头为整体式结构，内环形磁铁放置在台座底板中心，且内环形磁铁的外侧与环形超强电磁铁的内侧磁极相同；连接头中部开凹形圆柱孔，下部外伸一个圆柱头，并嵌入内环形磁铁中；高阻尼橡胶为圆环形，内缘与连接头相连，等等。本申请可以解决结构或设备在地震作用下动力响应过大、支座耗能能力差、阻尼装置选用过程复杂等问题。
The invention relates to an electromagnetic force damping shock absorption support. The electromagnetic force damping shock absorption support comprises a pedestal bottom plate, a pedestal side wall,an annular super-strong electromagnet, an inner annular magnet, a common rubber ring, a connector, high-damping rubber and an electromagnet power-on wire. The pedestal bottom plate and the pedestal side wall are of an integrated structure; the annular super-strong electromagnet is installed on the inner side of the pedestal side wall; the common rubber ring is installed in the annular super-strongelectromagnet; the power-on wire of the annular super-strong electromagnet stretches into a pedestal through a hole formed in the pedestal side wall; the inner annular magnet and the connector are ofan integrated structure; the inner annular magnet is placed in the center of the pedestal bottom plate, and the magnetic pole of the outer side of the inner annular magnet is the same as that of theinner side of the annular super-strong electromagnet; a concave cylindrical hole is formed in the middle of the connector, and a cylindrical head stretches out of the lower portion of the connector and is embedded in the inner annular magnet; and the high-damping rubber is in a circular ring shape, and the inner edge of the high-damping rubber is connected with the connector, etc. The electromagnetic force damping shock absorption support can solve the problems that the dynamic response of a structure or equipment is too large under the earthquake action, the energy dissipation capacity of thesupport is poor, and the selection process of a damping device is complex.
本发明涉及一种电磁力阻尼减震支座，包括台座底板、台座侧壁、环形超强电磁铁、内环形磁铁、普通橡胶圈、连接头、高阻尼橡胶、电磁铁通电线。台座底板和台座侧壁为整体式结构，台座侧壁内侧安装环形超强电磁铁，环形超强电磁铁内安装普通橡胶圈，环形超强电磁铁的通电线通过台座侧壁的开孔伸入台座内部；内环形磁铁与连接头为整体式结构，内环形磁铁放置在台座底板中心，且内环形磁铁的外侧与环形超强电磁铁的内侧磁极相同；连接头中部开凹形圆柱孔，下部外伸一个圆柱头，并嵌入内环形磁铁中；高阻尼橡胶为圆环形，内缘与连接头相连，等等。本申请可以解决结构或设备在地震作用下动力响应过大、支座耗能能力差、阻尼装置选用过程复杂等问题。
Electromagnetic force damping shock absorption support
一种电磁力阻尼减震支座
26.02.2021
Patent
Elektronische Ressource
Chinesisch
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