10 results about "Water quality management" patented technology

The utility model provides a modularization container type intelligent fish pond system, include: a plurality of containers, annular arrangement and interconnect to enclose a central space, the central space forms a fish pond structure, the bottom of fish pond structure is equipped with a waterproof layer, a plurality of passageways are formed in each container respectively, a control system is arranged in at least one container of container, and a modularization functional device is arranged in container and is electrically connected control system, the modularization functional device can include water quality management module, fish population monitoring module, temperature control module, fish receiving module etc, each module can be configured according to the breeding demand, effectively promotes the breeding efficiency, reduces the manpower demand, and can automatically adjust the feeding amount and environmental parameter according to the fish growth condition, greatly improves the health and yield of fish.

This invention discloses a low-altitude remote sensing multi-dimensional visual analysis and intelligent decision-making platform for complex aquatic environments. It includes a visualization platform system, an inspection system, an AI detection system, a plant protection system, and a water quality management system. The visualization platform system serves as the data interaction hub, responsible for data visualization, data management, and data storage. The inspection system is equipped with drones and various sensor devices to achieve all-weather patrols of the water area. The AI ​​detection system analyzes the collected data using a deep learning model, providing auxiliary decision-making and yield prediction. The plant protection system utilizes drone technology to perform pest and disease control, fertilization, and pollination operations. This low-altitude remote sensing multi-dimensional visual analysis and intelligent decision-making platform for complex aquatic environments, with its visualization platform system, inspection system, AI detection system, plant protection system, and water quality management system, covers the entire process of inspection, monitoring, decision-making, plant protection, and harvesting, reducing manpower input and lowering unit area costs.

This utility model discloses a tracking-type integrated water quality management system, belonging to the technical field of water treatment and aquaculture equipment. It includes a support unit, a power supply unit, a water quality monitoring unit, and an oxygenation unit. The support unit supports the power supply unit, water quality monitoring unit, and oxygenation unit. The power supply unit provides power to the system. The water quality monitoring unit is used to detect water quality, and the oxygenation unit is used to supply oxygen to the water. The power supply unit includes several solar panels, a transmission mechanism, a controller, a photosensitive sensor receiver, and an energy storage device. The photosensitive sensor receiver senses the light intensity and direction and sends a signal to the controller. The controller drives the transmission mechanism to rotate, causing each solar panel to swing towards the direction of high light intensity. Each solar panel converts solar energy into electrical energy and stores it in the energy storage device. The system of this utility model has a stable structure and can track the direction of strong sunlight in real time, improving solar energy conversion efficiency.

The application discloses a kind of big data-based water conservancy project intelligent analysis system and method.This application belongs to the technical field of intelligent monitoring and early warning of water pollution prevention and control.The system includes: environmental analysis module, for obtaining the first influence data of environmental data on lake;Weather analysis module, for obtaining the second influence data of weather data on lake;Runoff analysis module, for obtaining the third influence data of runoff water replenishment data on lake;Model construction module, for constructing virtual lake model;Change analysis module, for generating lake change data from each influence data, to obtain model change data;Instruction generation module, for generating initial lake regulation instruction, and correcting to obtain lake regulation instruction, according to lake regulation instruction to carry out water resources regulation.This technical solution can improve the intelligent level of lake water resources management, while avoiding artificial decision bias, improving the accuracy of water level and water quality management.

This invention discloses a method, system, device, and electronic equipment for rainwater infiltration drainage in sponge cities, relating to the field of rainwater pipe network infiltration drainage technology. The invention utilizes a double-layered rainwater pipe structure, intelligently controlling solenoid valves based on rainfall intensity and water level signals. Through multi-parameter coordinated control, the inner solenoid valve opens at the initial stage of rainfall, allowing rainwater to enter the inner pipe. When the rainfall exceeds the inner layer's drainage capacity, the outer solenoid valve opens, allowing rainwater to enter the porous outer pipe for filtration, purification, and infiltration into the soil. A rainwater recycling device is installed at the end of the pipe; rainwater that meets quality standards is collected, while polluted rainwater that does not meet standards flows back to the outer pipe for further purification, achieving precise rainwater recycling. This method, through double-layer intelligent diversion, multi-parameter coordinated control, closed-loop water quality management, and anti-clogging design, achieves breakthroughs in ecological benefits, economic benefits, and technical precision, and has broad application value.

The present invention relates to a water quality management system for managing water quality using a water purification robot, the water quality management system being characterized by comprising: an imaging / analyzing unit that uses the water purification robot to capture an image of a river from above and analyze the image; an information collecting unit that collects information about the river by floating, on the river, the water purification robot equipped with a sensor module; a pollution source removal unit that removes a pollution source, generated in the river, by means of the water purification robot on the basis of information about water quality provided from the information collecting unit; an energy supply unit that supplies energy to the water purification robot in a hybrid manner; and a control unit connected to each of the imaging / analyzing unit, the information collecting unit, the pollution source removal unit, and the energy supply unit to control operation of each of the imaging / analyzing unit, the information collecting unit, the pollution source removal unit, and the energy supply unit.

The utility model discloses a kind of self-cleaning circulating aquariums, including aquarium main body, the side of aquarium main body top is equipped with function button, the side close to function button is equipped with self-locking assembly;The self-locking assembly includes the cover plate rotationally connected with aquarium main body, the center position of the cover plate away from rotationally connected end is fixed with button post, the through-hole is axially opened in the button post inside, sliding sleeve is connected with button rod in the through-hole, spring is peripherally sleeved in the button rod;The recess is symmetrically opened in the inside two sides of button post bottom end, two the recess is embedded and can radially roll steel ball, the inside of steel ball and button rod lower end conical surface abut, through the high integration of mechanical self-locking mechanism, vibration cleaning, intelligent water circulation control and multistage filter device, the overall optimization of aquarium safety protection, automatic cleaning, water quality management and intelligent control is realized, the reliability, cleaning efficiency and use convenience of system are significantly improved.

Disclosed in the present invention is a water quality management system control method. The method comprises: starting a water quality management application system in a user smart device, and enabling a smart device Bluetooth communication module and a positioning module; the water quality management application system controlling the smart device Bluetooth communication module to connect to a measurement device Bluetooth communication module, so as to acquire type information of water to be measured and scoring criteria for relevant water quality data of different types of water to be measured, and controlling the positioning module to locate the user smart device, so as to obtain location information thereof; after the current type of water to be measured is selected by means of the water quality management application system, receiving relevant water quality data of the water to be measured that is measured by a water quality measurement device; and the water quality management application system calculating a water quality score and a water quality grade of the water to be measured, and uploading the location information obtained by means of positioning, the relevant water quality data of the water to be measured, water quality score information and water quality grade information to a back-end server, and displaying same by means of the user smart device, such that back-end server collects water quality data of tap water in different regions for users to view and learn.

The present application relates to the field of aquaculture water purification, and discloses a water filtering and circulating purification device for improving the quality of cultured groupers, comprising a box body, a fixed partition one, a fixed partition two and a plurality of U-shaped plates one are arranged inside the box body, wherein the fixed partition one and the inner wall of the box body are provided with the U-shaped plate one, the fixed partition one and the fixed partition two are also provided with the U-shaped plate one, the top of the fixed partition one is provided with a box cover two, and the box cover two is connected with the top of the box body through bolts, the side of the box body away from the box cover two is connected with a box cover one through a plurality of hinges, and the U-shaped plates one are slidably provided with fine filtering mechanisms. The present application realizes efficient water quality management through intelligent monitoring and automatic adjustment, multi-stage filtering and circulating purification, micro-bubble and ultraviolet disinfection optimization. Compared with the prior art of manual monitoring lag, single filtering easy to block and high energy consumption, the present application solves the problems of inaccurate water quality regulation, low filtering efficiency and breeding environment pollution.

The application discloses a kind of high water cut later period medium-high permeability reservoir water injection water quality evaluation method, comprising the following steps: selecting water sample source;Develop injection water compatibility research, determine injection water oil content, suspended solids content index value, establish different grade water injection water quality standard;Establish physical simulation model and measure relevant parameters;Calculate the change value of oil displacement efficiency, displacement pressure, displacement multiple under different injection water quality conditions;Respectively establish oil content, suspended solids content and oil displacement efficiency, displacement pressure, displacement multiple relationship chart;Establish medium-high permeability reservoir high water cut later period water injection water quality evaluation standard, the application is suitable for oil and gas field development technical field, can be made with high water cut later period medium-high permeability reservoir development more suitable water quality standard, can avoid the problem of too strict water quality requirement to part of medium-high permeability reservoir, optimize water quality management scientificity, water quality promotion strategy and ground water treatment system processing efficiency, improve the economy of oilfield exploitation.