A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Diversion canal and opening device for irrigation
The invention relates to a diversion canal and branch gate device for irrigation, which comprises a diversion canal module and a branch gate assembly, the diversion canal module comprises a linear module, a T-shaped module and a cross-shaped module, the branch gate assembly is matched with the T-shaped module or the cross-shaped module to realize canal diversion and blocking operation, and the end face of the diversion canal module is of an inverted trapezoidal structure. Notch grooves are formed in the two sides of the diversion canal module correspondingly, the grooving directions of the notch grooves in the two sides are opposite, one side is provided with an outward groove, and the other side is provided with an inward groove. The adjacent diversion canal modules are installed in a pressing connection mode through the notch grooves with the opposite grooving directions, the adjacent diversion canal modules are connected through the connecting pieces, the connecting pieces support the diversion canal modules on the two sides in the using process, the connecting pieces are made of rubber materials, and due to the characteristics of rubber products, the diversion canal modules have the water leakage preventing effect and the water leakage preventing effect; the hollow structure of the connecting piece enables the adjacent diversion canal modules to have a corresponding buffer space when the adjacent diversion canal modules stretch out and draw back due to temperature difference change.
本发明记载了一种灌溉用引水渠及分闸口装置，它包括引水渠模块和分闸口组件，引水渠模块包括直线模块、T型模块、十字模块，分闸口组件与T型模块或者十字模块配合实现渠道分流以及堵截操作，引水渠模块的端面呈倒置的梯形结构，引水渠模块的两侧分别设有缺口槽，且两侧的缺口槽的开槽方向相反，一侧向外开槽，一侧向内开槽；相邻的引水渠模块之间通过开槽方向相反的缺口槽进行压接安装，相邻的引水渠模块之间通过连接件进行连接，连接件在使用中对两侧的引水渠模块进行支撑，连接件采用橡胶材质制得，橡胶制品的特性使其首先具备了防止漏水的效果，连接件的中空结构使相邻的引水渠模块在出现温差变化而引起的伸缩时有相应的缓冲空间。
Diversion canal and opening device for irrigation
The invention relates to a diversion canal and branch gate device for irrigation, which comprises a diversion canal module and a branch gate assembly, the diversion canal module comprises a linear module, a T-shaped module and a cross-shaped module, the branch gate assembly is matched with the T-shaped module or the cross-shaped module to realize canal diversion and blocking operation, and the end face of the diversion canal module is of an inverted trapezoidal structure. Notch grooves are formed in the two sides of the diversion canal module correspondingly, the grooving directions of the notch grooves in the two sides are opposite, one side is provided with an outward groove, and the other side is provided with an inward groove. The adjacent diversion canal modules are installed in a pressing connection mode through the notch grooves with the opposite grooving directions, the adjacent diversion canal modules are connected through the connecting pieces, the connecting pieces support the diversion canal modules on the two sides in the using process, the connecting pieces are made of rubber materials, and due to the characteristics of rubber products, the diversion canal modules have the water leakage preventing effect and the water leakage preventing effect; the hollow structure of the connecting piece enables the adjacent diversion canal modules to have a corresponding buffer space when the adjacent diversion canal modules stretch out and draw back due to temperature difference change.
本发明记载了一种灌溉用引水渠及分闸口装置，它包括引水渠模块和分闸口组件，引水渠模块包括直线模块、T型模块、十字模块，分闸口组件与T型模块或者十字模块配合实现渠道分流以及堵截操作，引水渠模块的端面呈倒置的梯形结构，引水渠模块的两侧分别设有缺口槽，且两侧的缺口槽的开槽方向相反，一侧向外开槽，一侧向内开槽；相邻的引水渠模块之间通过开槽方向相反的缺口槽进行压接安装，相邻的引水渠模块之间通过连接件进行连接，连接件在使用中对两侧的引水渠模块进行支撑，连接件采用橡胶材质制得，橡胶制品的特性使其首先具备了防止漏水的效果，连接件的中空结构使相邻的引水渠模块在出现温差变化而引起的伸缩时有相应的缓冲空间。
Diversion canal and opening device for irrigation
一种灌溉用引水渠及分闸口装置
ZHANG WEI (author) / ZHANG MENG (author) / HU JIANMING (author) / HE HONGLING (author) / NIU LING (author) / LIU YUANYONG (author) / HUANG SHAN (author) / LI CHENKANG (author) / GUO XIAODONG (author) / JI XIANAN (author)
2024-06-11
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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