5G intelligent water conservancy comprehensive detection device and detection system thereof

Abstract

The invention discloses a 5G intelligent water conservancy comprehensive detection device and a detection system thereof. The device comprises a device body, the device body comprises a T-shaped collection box and a rotatable observation device arranged on the T-shaped collection box, and an automatic rotating device is arranged between the observation device and the T-shaped collection box. The T-shaped collection box comprises a first transverse part and a first vertical part, a storage battery, an image processing module, a data receiving and processing module and a collecting pipe are arranged in the first vertical part, and the first transverse part and the first vertical part are provided with the first supporting plates. The collection pipe is of an L-shaped structure, a retractable L-shaped telescopic pipe is arranged at one end of the collection pipe, a four-way valve capable of freely rotating is arranged between the L-shaped telescopic pipe and the collection pipe, and three connecting branch pipes are arranged on the four-way valve. The beneficial effect of the present invention is that an amphibious collecting device and a device for collecting different water areas are provided.

Description

technical field [0001] The invention relates to the technical field of water conservancy engineering, in particular to a 5G intelligent water conservancy comprehensive detection device and a detection system thereof. Background technique [0002] In 2003, the Ministry of Water Resources officially issued the "National Water Conservancy Informatization Plan ("Golden Water Project" Plan)", which became the first national water conservancy informatization plan. Starting from the "Eleventh Five-Year Plan", the five-year plan for the development of water conservancy informatization has become an important special plan for the national water conservancy reform and development. In addition, relevant departments have successively issued technical guidance documents such as Top-Level Design of Water Conservancy Informatization, Top-Level Design of Integration and Sharing of Water Conservancy Informatization Resources, and Top-Level Design of Water Conservancy Network Security, which ...

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Problems solved by technology

In terms of comprehensive perception, only 73% of large reservoirs have built engineering safety monitoring facilities that can realize automatic data collection. Many medium-sized reservoirs and most small reservoirs still lack corresponding safety monitoring measures, and even many small reservoirs do not have water regime monitoring Flood reporting equipment; In terms of comprehensive interconnection, due to the narrow network channel and limited bandwidth, many valuable data cannot be transmitted in time; Weak; in terms of intelligent applications, new generation information technologies such as big data, artificial intelligence, and virtual reality have not been widely used, and intelligent functions are not sufficiently reflected

[0005] However, although the existing production method can produce a 5G intelligent water conservancy comprehensive detection device, there are still many defects: 1. The original device is mainly installed on the shore, and the water sample is collected by controlling different angles. When the material environment is different from the downstream, the device can only be moved at this time, which is not convenient for the overall movement of the device

2. The existing sampling device mainly sets a single-stage collection bucket so that only one water conservancy project can be targeted.

3. After the cloth bag in the cloth bag filter has been used for a period of time, it is covered with a large amount of fine drug residues, which block the bag, thereby reducing the filtration efficiency of the filtrate and reducing the production efficiency of Loquat Zhike Soft Capsules. To solve this problem, the cloth bag needs to be replaced frequently, which is very troublesome

4. After extraction, a large amount of dregs remain in the extraction tank, and it is necessary to manually salvage the dregs from the extraction tank to separate the dregs, but the speed of manual salvage is slow and the work intensity of workers is increased

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