A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Spliced steel plate leveling method
The invention discloses a spliced steel plate leveling method. The spliced steel plate leveling method specifically comprises the following steps that the splicing sequence is determined; a plurality of abutted seam leveling devices are arranged on the equipment foundation structure; the levelness of the top faces of the supporting plates is adjusted through at least three leveling assemblies, and the elevations of the top faces of the supporting plates in all the abutted seam leveling devices are leveled; pre-embedded leveling devices are arranged on the equipment foundation structure in a rectangular array; the elevations of the top surfaces of all the first leveling nuts are leveled uniformly according to the elevation of the top surface of the supporting plate; according to the splicing sequence, the splicing steel plates are sequentially located on the top faces of the first leveling nuts, the bottom faces of the splicing steel plates are in lap joint with the top faces of the supporting plates, and the pressing nuts are fixed; checking the elevations of all the bolt holes in the spliced steel plates and the two sides of the spliced seam after each spliced steel plate is seated; and after the preset range is met, the next spliced steel plate is seated. According to the leveling method for the spliced steel plate, the overall flatness of the spliced steel plate and the position precision of the mounting holes in the two sides of the spliced seam can be improved, and the leveling efficiency is high.
本申请公开一种拼接钢板调平方法，具体包括如下步骤：确定拼接顺序；在设备基础结构上布置多个拼缝调平装置；通过至少三个调平组件调整支撑板顶面的水平度，并对所有拼缝调平装置中支撑板顶面的标高进行抄平；在设备基础结构上呈矩形阵列布置预埋调平装置；依据支撑板顶面的标高对所有第一调平螺母顶面的标高进行统一抄平；根据拼接顺序，依次将拼接钢板落座于第一调平螺母顶面，且拼接钢板的底面搭接在支撑板顶面，固定压紧螺母；每落座一块拼接钢板后，对拼接钢板上和拼缝两侧的所有螺栓孔的标高进行校核；满足预设范围后再落座下一块拼接钢板。本申请的拼接钢板调平方法可以提高拼接钢板的整体平面度及拼缝两侧安装孔的位置精度，调平效率高。
Spliced steel plate leveling method
The invention discloses a spliced steel plate leveling method. The spliced steel plate leveling method specifically comprises the following steps that the splicing sequence is determined; a plurality of abutted seam leveling devices are arranged on the equipment foundation structure; the levelness of the top faces of the supporting plates is adjusted through at least three leveling assemblies, and the elevations of the top faces of the supporting plates in all the abutted seam leveling devices are leveled; pre-embedded leveling devices are arranged on the equipment foundation structure in a rectangular array; the elevations of the top surfaces of all the first leveling nuts are leveled uniformly according to the elevation of the top surface of the supporting plate; according to the splicing sequence, the splicing steel plates are sequentially located on the top faces of the first leveling nuts, the bottom faces of the splicing steel plates are in lap joint with the top faces of the supporting plates, and the pressing nuts are fixed; checking the elevations of all the bolt holes in the spliced steel plates and the two sides of the spliced seam after each spliced steel plate is seated; and after the preset range is met, the next spliced steel plate is seated. According to the leveling method for the spliced steel plate, the overall flatness of the spliced steel plate and the position precision of the mounting holes in the two sides of the spliced seam can be improved, and the leveling efficiency is high.
本申请公开一种拼接钢板调平方法，具体包括如下步骤：确定拼接顺序；在设备基础结构上布置多个拼缝调平装置；通过至少三个调平组件调整支撑板顶面的水平度，并对所有拼缝调平装置中支撑板顶面的标高进行抄平；在设备基础结构上呈矩形阵列布置预埋调平装置；依据支撑板顶面的标高对所有第一调平螺母顶面的标高进行统一抄平；根据拼接顺序，依次将拼接钢板落座于第一调平螺母顶面，且拼接钢板的底面搭接在支撑板顶面，固定压紧螺母；每落座一块拼接钢板后，对拼接钢板上和拼缝两侧的所有螺栓孔的标高进行校核；满足预设范围后再落座下一块拼接钢板。本申请的拼接钢板调平方法可以提高拼接钢板的整体平面度及拼缝两侧安装孔的位置精度，调平效率高。
Spliced steel plate leveling method
一种拼接钢板调平方法
2024-07-02
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
/
E02D
FOUNDATIONS
,
Gründungen
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
F16B
DEVICES FOR FASTENING OR SECURING CONSTRUCTIONAL ELEMENTS OR MACHINE PARTS TOGETHER, e.g. NAILS, BOLTS, CIRCLIPS, CLAMPS, CLIPS OR WEDGES
,
Vorrichtungen zum Befestigen oder Sichern von Konstruktionselementen oder Maschinenteilen, z.B. Nägel, Bolzen, Schrauben, Sprengringe, Klemmen, Klammern oder Keile
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