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A platform for research: civil engineering, architecture and urbanism
Fine adjustment claw and fine adjustment system for fine adjustment of high-speed magnetic suspension plate
The invention discloses a fine adjustment claw for fine adjustment of a high-speed magnetic levitation plate. The fine adjustment claw comprises a support used for being fixed to a beam body, a Z-direction adjustment assembly, a Y-direction adjustment assembly and an X-direction adjustment assembly, wherein the Z-direction adjustment assembly, the Y-direction adjustment assembly and the X-direction adjustment assembly are installed on the support and used for adjusting the installation position of the magnetic levitation plate in the three-dimensional direction. Two symmetrically-arranged clamping jaws are formed on one side of the top of the support, evenly-distributed protrusions are arranged on the bottom face of each clamping jaw and used for being clamped on one side of a beam body and fixed to the beam body, and the Z-direction adjusting assembly, the Y-direction adjusting assembly and the X-direction adjusting assembly extend into the position between the beam body and the magnetic levitation plate. And the top surface of the X-direction adjusting assembly is in contact with the bottom surface of the magnetic suspension plate. According to the three-dimensional adjusting device, the supporting seat is arranged on the beam body, the clamping jaws arranged on the supporting seat are clamped on the beam body, the adjusting assemblies in three directions adopt a screw pushing method to carry out fine adjustment on the magnetic levitation plate, the relative displacement in the three-dimensional direction is adjusted, meanwhile, the position is fixed, and the three adjusting assemblies can independently or simultaneously adjust a certain direction, do not interfere with one another and can be linked at the same time.
本发明公开了一种高速磁悬浮磁浮板精调用精调爪，包括：用于与梁体固定的支座、安装在支座上的用于在三维方向上分别调节磁浮板安装位置的Z向调节组件、Y向调节组件和X向调节组件；支座的顶部一侧形成有两个的对称设置的卡爪，每个卡爪的底面上设有均匀分布的凸起，用于卡装在梁体的一侧并与梁体固定，使Z向调节组件、Y向调节组件及X向调节组件伸入至梁体与磁浮板之间，且X向调节组件的顶面与磁浮板的底面相接触。支座上设置的卡爪卡装在梁体上，三个方向的调节组件采用螺杆推动的方法，进行磁浮板的精调，既实现了在三维方向上调节相对位移，同时也固定了位置，三个调节组件可单独或同时来调节某一个方向，互不干涉，可同时联动。
Fine adjustment claw and fine adjustment system for fine adjustment of high-speed magnetic suspension plate
The invention discloses a fine adjustment claw for fine adjustment of a high-speed magnetic levitation plate. The fine adjustment claw comprises a support used for being fixed to a beam body, a Z-direction adjustment assembly, a Y-direction adjustment assembly and an X-direction adjustment assembly, wherein the Z-direction adjustment assembly, the Y-direction adjustment assembly and the X-direction adjustment assembly are installed on the support and used for adjusting the installation position of the magnetic levitation plate in the three-dimensional direction. Two symmetrically-arranged clamping jaws are formed on one side of the top of the support, evenly-distributed protrusions are arranged on the bottom face of each clamping jaw and used for being clamped on one side of a beam body and fixed to the beam body, and the Z-direction adjusting assembly, the Y-direction adjusting assembly and the X-direction adjusting assembly extend into the position between the beam body and the magnetic levitation plate. And the top surface of the X-direction adjusting assembly is in contact with the bottom surface of the magnetic suspension plate. According to the three-dimensional adjusting device, the supporting seat is arranged on the beam body, the clamping jaws arranged on the supporting seat are clamped on the beam body, the adjusting assemblies in three directions adopt a screw pushing method to carry out fine adjustment on the magnetic levitation plate, the relative displacement in the three-dimensional direction is adjusted, meanwhile, the position is fixed, and the three adjusting assemblies can independently or simultaneously adjust a certain direction, do not interfere with one another and can be linked at the same time.
本发明公开了一种高速磁悬浮磁浮板精调用精调爪，包括：用于与梁体固定的支座、安装在支座上的用于在三维方向上分别调节磁浮板安装位置的Z向调节组件、Y向调节组件和X向调节组件；支座的顶部一侧形成有两个的对称设置的卡爪，每个卡爪的底面上设有均匀分布的凸起，用于卡装在梁体的一侧并与梁体固定，使Z向调节组件、Y向调节组件及X向调节组件伸入至梁体与磁浮板之间，且X向调节组件的顶面与磁浮板的底面相接触。支座上设置的卡爪卡装在梁体上，三个方向的调节组件采用螺杆推动的方法，进行磁浮板的精调，既实现了在三维方向上调节相对位移，同时也固定了位置，三个调节组件可单独或同时来调节某一个方向，互不干涉，可同时联动。
Fine adjustment claw and fine adjustment system for fine adjustment of high-speed magnetic suspension plate
高速磁悬浮磁浮板精调用精调爪、精调系统
SHI DEBIN (author) / LI XINZENG (author)
2021-10-26
Patent
Electronic Resource
Chinese
IPC:
E01B
PERMANENT WAY
,
Gleisoberbau
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