Anti-stranding device for joint combination scaffolding floating bed

Abstract

The invention relates to an anti-stranding device, and in particular relates to an anti-stranding device for a joint combination scaffolding floating bed. The device comprises a reinforced pile which is fixed on a riverbed, wherein a connector a is fixed on the reinforced pile, one end of the connector a is connected with a support which is used for supporting the floating bed, the other end of the connector a is connected with a connecting rod, and the top of the connecting rod is provided with a connector b which is used for fixing on a river bank slope. The support consists of a telescopic rod and a supporting board, wherein the telescopic rod is flexibly connected with the supporting board through bolts and nuts so as to be convenient for replacing and repairing. The connector a and the connector b are joint bearings, and the connecting rod is a triangular steel rod. The anti-stranding device for the joint combination scaffolding floating bed has firm structure, is not easy to distort, and can move flexibly and freely along with directions of the tides and along with the river levels, and thus the floating bed connected with the device is prevented from being stranded on the shore, so that the plants which are planted on the floating bed can be prevented from withering up.

Description

technical field [0001] The invention relates to an anti-grounding device, in particular to a joint-combined support type floating bed anti-grounding device. Background technique [0002] With the development of economy and society and the improvement of people's quality of life, cities have higher and higher requirements for water environment. On the premise of ensuring the basic functions of urban rivers such as flood discharge and drainage, all places attach great importance to the construction of urban river landscape projects. Nowadays, hard slope protection is used for urban river engineering improvement, but the "hardening" of the river affects and damages the soil vegetation on the river bank slope, directly destroys the conditions for the survival of riverside plants and organisms, and is not conducive to the healthy and circular development of the ecological environment of the river. Therefore, ecological floating beds planted with various plants are usually placed ...

AI Technical Summary

Problems solved by technology

Nowadays, hard slope protection is adopted for urban river course engineering improvement, but the "hardening" of the river course affects and damages the soil vegetation on the river bank slope, directly destroys the conditions for the survival of riverbank plants and organisms, and is not conducive to the healthy and circular development of the river ecological environment.

Therefore, ecological floating beds planted with various plants are usually placed in the river to improve the water environment of the river. However, with the action of the tide, the floating beds floating in the river will run aground on the embankment, and the plants in the floating beds will also suffer from water shortage. And dying, not only wasting a lot of resources, but also the river environment has not been improved

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