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Composite vibration reduction disc and support module capable of reducing vibration and measuring force
The invention relates to the technical field of support vibration reduction and provides a composite vibration reduction disc and a support module capable of reducing vibration and measuring force in order to solve the problems that low-frequency vibration of a beam body cannot be well isolated through an existing vibration reduction measure, and threats to a human body and precision equipment are large. The composite vibration reduction disc comprises an elastic body, a concave spherical plate is arranged at the top of the elastic body, a concave spherical stiffening plate is arranged in the elastic body, a cavity is formed in the elastic body, the concave spherical plate seals the top of the elastic body, the concave spherical stiffening plate is in a hollow ring shape, and the concave spherical plate, the elastic body and the concave spherical stiffening plate are connected into a whole. The support module capable of reducing vibration and measuring force comprises a composite vibration reducing disc and a lower support plate, a basin cavity is formed in the lower support plate, the composite vibration reducing disc is arranged in the basin cavity, the outer diameter of the composite vibration reducing disc is matched with the inner diameter of the basin cavity, a force measuring assembly mounting hole is formed in the ring direction of the basin cavity, and a force measuring assembly is mounted in the force measuring assembly mounting hole. And one end of the force measuring assembly is in contact with the outer side of the composite vibration reduction disc.
本发明涉及支座减振技术领域,旨在解决现有的减振措施没有很好地隔绝梁体的低频振动,对人体和精密设备的威胁大的问题,提供一种复合减振盘以及可减振与测力的支座模块;其中,复合减振盘包括弹性体,弹性体的顶部设有凹球面板,弹性体的内部设有凹球面加劲板,弹性体上开设有空腔,凹球面板将弹性体的顶部封闭,凹球面加劲板呈中空环状,凹球面板、弹性体、以及凹球面加劲板连接形成整体;可减振与测力的支座模块包括复合减振盘以及下支座板,下支座板上设有盆腔,复合减振盘置于盆腔内,复合减振盘的外径与盆腔的内径相适配,盆腔的环向上开设有测力组件安装孔,测力组件安装孔内用于安装测力组件,测力组件的一端与复合减振盘的外侧相接触。
Composite vibration reduction disc and support module capable of reducing vibration and measuring force
The invention relates to the technical field of support vibration reduction and provides a composite vibration reduction disc and a support module capable of reducing vibration and measuring force in order to solve the problems that low-frequency vibration of a beam body cannot be well isolated through an existing vibration reduction measure, and threats to a human body and precision equipment are large. The composite vibration reduction disc comprises an elastic body, a concave spherical plate is arranged at the top of the elastic body, a concave spherical stiffening plate is arranged in the elastic body, a cavity is formed in the elastic body, the concave spherical plate seals the top of the elastic body, the concave spherical stiffening plate is in a hollow ring shape, and the concave spherical plate, the elastic body and the concave spherical stiffening plate are connected into a whole. The support module capable of reducing vibration and measuring force comprises a composite vibration reducing disc and a lower support plate, a basin cavity is formed in the lower support plate, the composite vibration reducing disc is arranged in the basin cavity, the outer diameter of the composite vibration reducing disc is matched with the inner diameter of the basin cavity, a force measuring assembly mounting hole is formed in the ring direction of the basin cavity, and a force measuring assembly is mounted in the force measuring assembly mounting hole. And one end of the force measuring assembly is in contact with the outer side of the composite vibration reduction disc.
本发明涉及支座减振技术领域,旨在解决现有的减振措施没有很好地隔绝梁体的低频振动,对人体和精密设备的威胁大的问题,提供一种复合减振盘以及可减振与测力的支座模块;其中,复合减振盘包括弹性体,弹性体的顶部设有凹球面板,弹性体的内部设有凹球面加劲板,弹性体上开设有空腔,凹球面板将弹性体的顶部封闭,凹球面加劲板呈中空环状,凹球面板、弹性体、以及凹球面加劲板连接形成整体;可减振与测力的支座模块包括复合减振盘以及下支座板,下支座板上设有盆腔,复合减振盘置于盆腔内,复合减振盘的外径与盆腔的内径相适配,盆腔的环向上开设有测力组件安装孔,测力组件安装孔内用于安装测力组件,测力组件的一端与复合减振盘的外侧相接触。
Composite vibration reduction disc and support module capable of reducing vibration and measuring force
一种复合减振盘以及可减振与测力的支座模块
QIU TINGQI (Autor:in) / DU CHUANZHI (Autor:in) / YOU JUETAO (Autor:in) / LIU HAILIANG (Autor:in) / ZHANG SONG (Autor:in) / CHEN HONG (Autor:in)
17.11.2023
Patent
Elektronische Ressource
Chinesisch
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