Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Aqueduct structure and aqueduct underwater cutting method
The invention relates to the field of water conservancy facilities, in particular to an aqueduct structure and an aqueduct underwater cutting method. The aqueduct structure comprises an original aqueduct structure and a groove-shaped component, wherein an aqueduct is arranged on the groove-shaped component; the outer wrapping aqueduct body structure is arranged on the outer side of at least part of the original aqueduct structure; the cutting channel is arranged between the original aqueduct structure and the outer wrapping aqueduct body structure, an opening in one end of the cutting channel is located in the upper portion of one side of the original aqueduct structure, and an opening in the other end of the cutting channel is located in the upper portion of the other side of the original aqueduct structure. According to the aqueduct structure provided by the invention, a new aqueduct structure can be constructed in situ under the condition that water passing of the aqueduct is not interrupted, and in-situ replacement of the aqueduct structure can be realized; due to the guiding of the cutting channel, the cutting depth can be controlled under the condition that water is not cut off, so that the outer wrapping groove body structure is prevented from being cut off or damaged, the regularity of the cutting surface can be kept, the friction between adjacent sections can be reduced when the sections are taken out, the occlusion between the adjacent sections is prevented, and the taking-out difficulty is reduced.
本发明涉及水利设施领域，特别涉及一种渡槽构造及渡槽水下切割方法。其中渡槽构造包括：原渡槽结构，槽型构件，其上设置有渡槽；外包槽身结构，设置在至少部分原渡槽结构的外侧；切割通道，设置在原渡槽结构和外包槽身结构之间，切割通道的一端开口位于原渡槽结构一侧的上部，切割通道的另一端开口位于原渡槽结构另一侧的上部。本发明提供的一种渡槽构造，能够在不中断渡槽通水条件下，在原位施工新的渡槽结构，可实现渡槽结构的原位更换；由于有切割通道导向，在不断水条件下也能够控制切割深度，从而避免切断或损伤外包槽身结构，还能够保持切割面规整，利于减小取出分段时相邻分段之间的摩擦及防止相邻分段之间咬合，降低取出难度。
Aqueduct structure and aqueduct underwater cutting method
The invention relates to the field of water conservancy facilities, in particular to an aqueduct structure and an aqueduct underwater cutting method. The aqueduct structure comprises an original aqueduct structure and a groove-shaped component, wherein an aqueduct is arranged on the groove-shaped component; the outer wrapping aqueduct body structure is arranged on the outer side of at least part of the original aqueduct structure; the cutting channel is arranged between the original aqueduct structure and the outer wrapping aqueduct body structure, an opening in one end of the cutting channel is located in the upper portion of one side of the original aqueduct structure, and an opening in the other end of the cutting channel is located in the upper portion of the other side of the original aqueduct structure. According to the aqueduct structure provided by the invention, a new aqueduct structure can be constructed in situ under the condition that water passing of the aqueduct is not interrupted, and in-situ replacement of the aqueduct structure can be realized; due to the guiding of the cutting channel, the cutting depth can be controlled under the condition that water is not cut off, so that the outer wrapping groove body structure is prevented from being cut off or damaged, the regularity of the cutting surface can be kept, the friction between adjacent sections can be reduced when the sections are taken out, the occlusion between the adjacent sections is prevented, and the taking-out difficulty is reduced.
本发明涉及水利设施领域，特别涉及一种渡槽构造及渡槽水下切割方法。其中渡槽构造包括：原渡槽结构，槽型构件，其上设置有渡槽；外包槽身结构，设置在至少部分原渡槽结构的外侧；切割通道，设置在原渡槽结构和外包槽身结构之间，切割通道的一端开口位于原渡槽结构一侧的上部，切割通道的另一端开口位于原渡槽结构另一侧的上部。本发明提供的一种渡槽构造，能够在不中断渡槽通水条件下，在原位施工新的渡槽结构，可实现渡槽结构的原位更换；由于有切割通道导向，在不断水条件下也能够控制切割深度，从而避免切断或损伤外包槽身结构，还能够保持切割面规整，利于减小取出分段时相邻分段之间的摩擦及防止相邻分段之间咬合，降低取出难度。
Aqueduct structure and aqueduct underwater cutting method
一种渡槽构造及渡槽水下切割方法
ZHU GUOBIN (Autor:in) / LI HONGBIN (Autor:in) / SUN ZONGMING (Autor:in) / ZHENG CHUANCHANG (Autor:in) / XU PING (Autor:in) / HU WENJIAN (Autor:in)
18.10.2024
Patent
Elektronische Ressource
Chinesisch
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