Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Coding method for ancient stone pond dismantling components
The invention discloses a coding method for ancient stone pond dismantling components, and relates to the technical field of stone pond relocation and restoration. The problem that brick arrangement is difficult to restore is solved. The method specifically comprises the following steps that the stone pond is disassembled in order according to the disassembly design, and a code board is paired on each disassembled stone according to design code information; when the stones are carried and disassembled, the placement positions of the coding boards on the stones are adjusted according to the placement direction of the disassembled stones; when the stones are transferred, the stones in the same area are transported by the same vehicle in the same batch; the S1 further comprises the steps of carrying out overall oblique photography and three-dimensional scanning on the original stone pond, and taking a picture according to the frequency of carrying out collection once every three layers when the same number of segments are disassembled. According to the method, the disorder phenomenon during disassembly and restoration of the brick arrangement is reduced, the later restoration efficiency is improved, and the problems that numbering is difficult, the brick arrangement restoration difficulty is large and the restoration construction efficiency is low due to the fact that the number of stones is large in the disassembly and restoration process of the ancient stone pond are solved.
本发明公开了一种用于古石塘拆解构件的编码方法，涉及石塘搬迁复原技术领域；为了解决复原排砖难度大的问题；具体包括以下步骤：按照拆解设计有序拆解石塘，并根据设计编码信息在每一拆解石块上均配对编码牌；搬运拆解石块时，根据拆解后的石块摆放方向调节石块上的编码牌放置位置；转运石块时，将同一区域的石块进行同批次同车运输；所述S1还包括对原石塘进行整体倾斜摄影及三维扫描，拆解同一分段数时，按照每3层进行一次采集的频率进行留影。本发明减少拆解及复原排砖时的凌乱现象，提高后期复原效率，解决了古石塘在拆解复原过程中因石块数量众多导致编号困难、复原排砖难度大、复原施工效率低的问题。
Coding method for ancient stone pond dismantling components
The invention discloses a coding method for ancient stone pond dismantling components, and relates to the technical field of stone pond relocation and restoration. The problem that brick arrangement is difficult to restore is solved. The method specifically comprises the following steps that the stone pond is disassembled in order according to the disassembly design, and a code board is paired on each disassembled stone according to design code information; when the stones are carried and disassembled, the placement positions of the coding boards on the stones are adjusted according to the placement direction of the disassembled stones; when the stones are transferred, the stones in the same area are transported by the same vehicle in the same batch; the S1 further comprises the steps of carrying out overall oblique photography and three-dimensional scanning on the original stone pond, and taking a picture according to the frequency of carrying out collection once every three layers when the same number of segments are disassembled. According to the method, the disorder phenomenon during disassembly and restoration of the brick arrangement is reduced, the later restoration efficiency is improved, and the problems that numbering is difficult, the brick arrangement restoration difficulty is large and the restoration construction efficiency is low due to the fact that the number of stones is large in the disassembly and restoration process of the ancient stone pond are solved.
本发明公开了一种用于古石塘拆解构件的编码方法，涉及石塘搬迁复原技术领域；为了解决复原排砖难度大的问题；具体包括以下步骤：按照拆解设计有序拆解石塘，并根据设计编码信息在每一拆解石块上均配对编码牌；搬运拆解石块时，根据拆解后的石块摆放方向调节石块上的编码牌放置位置；转运石块时，将同一区域的石块进行同批次同车运输；所述S1还包括对原石塘进行整体倾斜摄影及三维扫描，拆解同一分段数时，按照每3层进行一次采集的频率进行留影。本发明减少拆解及复原排砖时的凌乱现象，提高后期复原效率，解决了古石塘在拆解复原过程中因石块数量众多导致编号困难、复原排砖难度大、复原施工效率低的问题。
Coding method for ancient stone pond dismantling components
一种用于古石塘拆解构件的编码方法
LIU XIAOGANG (Autor:in) / WU CHENGHUA (Autor:in) / WU CHAOJIE (Autor:in) / QIN WEI (Autor:in) / LIU XUE (Autor:in) / YU BIN (Autor:in) / LIU LEIYANG (Autor:in) / CHEN XINJI (Autor:in) / YANG PENG (Autor:in) / WU YUEXI (Autor:in)
21.03.2023
Patent
Elektronische Ressource
Chinesisch
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