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Internal mold support adjusting method, internal mold support device and tower drum mold
The invention discloses an inner mold supporting and adjusting method, an inner mold supporting device and a tower drum mold. The inner mold supporting and adjusting method comprises the following steps that the bottom of a center supporting column is supported at a bottom datum point located on a bottom mold of the tower drum mold; a plurality of radiation rods are radially arranged around the central supporting column, and the lengths of the radiation rods are adjustable; the center positioning equipment carries out positioning in the vertical direction with the bottom datum point of the center supporting column as the datum, the top datum point of the center supporting column is found, and the bottom datum point and the top datum point of the center supporting column are located on the same vertical line; measuring the radius of the internal mold by taking the top reference point of the central support column as a reference; and calculating an error according to the required radius and precision, and if the error exists, adjusting the length of the radiation rod. The center of the center supporting column is aligned through the center positioning equipment, the requirement for the machining precision of the center supporting column is low, and therefore the construction cost and the assembling difficulty of the inner mold supporting device are reduced.
本发明公开了一种内模支撑调节方法、内模支撑装置和塔筒模具，内模支撑调节方法包括如下步骤：将中心支撑柱的底部支撑在位于塔筒模具的底模上的底部基准点处；围绕中心支撑柱并呈辐射状设置多个辐射杆，辐射杆的长度可调；中心定位设备以中心支撑柱的底部基准点为基准，在竖直方向上进行定位，找到中心支撑柱的顶部基准点，中心支撑柱的底部基准点和顶部基准点位于同一条竖直线上；以中心支撑柱的顶部基准点为基准，测量内模的半径；根据要求的半径和精度计算误差，若存在误差，调节辐射杆的长度。采用中心定位设备对中心支撑柱的中心进行对正，对中心支撑柱的加工精度要求较低，由此降低了内模支撑装置的建造成本和拼装难度。
Internal mold support adjusting method, internal mold support device and tower drum mold
The invention discloses an inner mold supporting and adjusting method, an inner mold supporting device and a tower drum mold. The inner mold supporting and adjusting method comprises the following steps that the bottom of a center supporting column is supported at a bottom datum point located on a bottom mold of the tower drum mold; a plurality of radiation rods are radially arranged around the central supporting column, and the lengths of the radiation rods are adjustable; the center positioning equipment carries out positioning in the vertical direction with the bottom datum point of the center supporting column as the datum, the top datum point of the center supporting column is found, and the bottom datum point and the top datum point of the center supporting column are located on the same vertical line; measuring the radius of the internal mold by taking the top reference point of the central support column as a reference; and calculating an error according to the required radius and precision, and if the error exists, adjusting the length of the radiation rod. The center of the center supporting column is aligned through the center positioning equipment, the requirement for the machining precision of the center supporting column is low, and therefore the construction cost and the assembling difficulty of the inner mold supporting device are reduced.
本发明公开了一种内模支撑调节方法、内模支撑装置和塔筒模具，内模支撑调节方法包括如下步骤：将中心支撑柱的底部支撑在位于塔筒模具的底模上的底部基准点处；围绕中心支撑柱并呈辐射状设置多个辐射杆，辐射杆的长度可调；中心定位设备以中心支撑柱的底部基准点为基准，在竖直方向上进行定位，找到中心支撑柱的顶部基准点，中心支撑柱的底部基准点和顶部基准点位于同一条竖直线上；以中心支撑柱的顶部基准点为基准，测量内模的半径；根据要求的半径和精度计算误差，若存在误差，调节辐射杆的长度。采用中心定位设备对中心支撑柱的中心进行对正，对中心支撑柱的加工精度要求较低，由此降低了内模支撑装置的建造成本和拼装难度。
Internal mold support adjusting method, internal mold support device and tower drum mold
内模支撑调节方法、内模支撑装置和塔筒模具
BU RIGUDE (author) / SUN ZHICHAO (author) / SONG JIANGYI (author)
2024-02-23
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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