Internet of things based intelligent steel dam gate with stable structure

Abstract

The invention relates to an internet of things based intelligent steel dam gate with a stable structure. The internet of things based intelligent steel dam gate comprises a cleaning mechanism, two gate walls and a plurality of blocking mechanisms, wherein each blocking mechanism comprises a sleeve ring, a gate leaf, a supporting assembly, a supporting rod, a hinge assembly, a first motor and two connecting assemblies; each connecting assembly comprises a first drive shaft, a sleeve, a vertical rod and a plurality of connecting blocks; each supporting assembly comprises a hydraulic pump, a hydraulic cylinder, a first piston, a balance rod and two balance units; and the cleaning mechanism comprises a top plate, a translation plate, two support columns, a plurality of translation assemblies and a plurality of telescopic assemblies. According to the internet of things based intelligent steel dam gate with the stable structure, the connecting blocks in each blocking mechanism are away fromeach hinge assembly, so that the connecting blocks on two gate leaves are in butt joint, connection between the two gate leaves is reinforced, and the two sides of each door leaf are prevented from being stressed to deform, and therefore the gate is more stable; and moreover, sludge in a slide path is cleared by the cleaning mechanism, so that smooth sliding of slide blocks is guaranteed, and practicability of the device is improved.

Description

technical field [0001] The invention relates to the field of steel dam gates, in particular to an intelligent steel dam gate with a stable structure based on the Internet of Things. Background technique [0002] The steel dam gate is a novel, beautiful and practical gate type. It has simple structure and reliable performance. , without destroying nature, it can solve the contradiction between flood discharge and water storage in urban rivers, and it is also conducive to the protection of the ecological environment. [0003] Existing steel dam gates are generally composed of multiple door leaves arranged side by side. On the back of the door leaf, the central part of the door leaf is supported by a support rod, which leads to uneven force on the back of the door leaf, and the main supporting force is concentrated on The contact part between the support rod and the door leaf, and on both sides of the door leaf, due to the lack of corresponding supporting force, the structure ...

AI Technical Summary

Problems solved by technology

[0003] Existing steel dam gates are generally composed of multiple door leaves arranged side by side. On the back of the door leaf, the central part of the door leaf is supported by a support rod, which leads to uneven force on the back of the door leaf, and the main supporting force is concentrated on The contact part between the support rod and the door leaf, and on both sides of the door leaf, due to the lack of corresponding supporting force, the structure of the steel dam gate is unstable. After long-term operation, the two sides of the door leaf are prone to deformation, causing water leakage and shortening The service life of the steel dam gate is not only that, the driving end of the steel dam gate is generally set at the bottom of the pool, and the hydraulic pump is usually used to drive the piston to drive the support rod to rotate, but the piston is easily impacted by the bottom water flow, causing the piston to tilt and shift. Affect the supporting effect of the door leaf and reduce the water blocking effect of the gate

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