22 results about "Water cycling" patented technology

The clothing processing device according to an embodiment comprises: a tub; a diaphragm provided in an opening of the tub; a circulation pump which comprises a pump motor, discharges water stored in the tub, and circulates the discharged water to the tub; a first pipe connected to the upper side of the diaphragm; a second pipe connected to the lower side of the tub; and a processor configured to control the pump motor according to execution of a washing course, identify a feedback voltage value of the pump motor, and control a flow path switching device on the basis of the identified feedback voltage value so that the discharged water is guided to the first pipe or the second pipe.

The application discloses a drainage pipe network hydraulics experimental method and system based on double-branch dynamic coupling, belongs to the technical field of water conservancy projects, and comprises the following steps: a double-branch double-gradient dynamic coupling simulation device is built, four types of visual simulation experiments such as pipe network intersection flow state analysis are carried out, and data are collected; after the data are preprocessed, a critical blockage flow prediction model is established, a four-dimensional model is constructed in combination with historical data of a city drainage pipe network to train and iterate the four-dimensional model; field data are collected in real time to input the model for prediction, and the pipe network is controlled in real time according to the results and the model is continuously updated. The system comprises experimental simulation, model establishment, model training and comprehensive control modules. The application realizes multi-parameter dynamic collaborative control, constructs a multi-dimensional accurate measurement system, has the advantages of modularity and water cycle, realizes prediction control integration, provides an active prevention and control means for safe operation of the drainage pipe network, and is suitable for visual research on the hydraulic characteristics of the pipe network.

The application discloses a kind of based on coupling model's irrigation water consumption simulation prediction method, comprising the following steps: constructing dynamic discretization's irrigation water cycle coupling simulation model: dynamic division hydrological response unit, and construct one-dimensional vertical unsaturated zone model in hydrological response unit inside, while carrying out transverse water coupling between hydrological response unit through surface confluence and underground runoff, to construct irrigation water cycle coupling simulation model;Construct irrigation-hydrology two-way coupling and data assimilation integrated framework: irrigation water consumption in irrigation area is input to irrigation water cycle coupling simulation model as feedback variable, to update soil moisture content and recalculate precipitation water production and return water quantity;Construct the irrigation water consumption prediction model of mixed driving in stages: irrigation water consumption prediction is decomposed into water demand prediction module and water supply decision module, and output irrigation water consumption prediction value in irrigation area.

The application discloses an ice maker system and a delivery pump thereof, which comprises an ice making mechanism, a refrigeration mechanism and a water circulation mechanism; the water circulation mechanism comprises a circulation pipe, a first pipeline and a water pump; the circulation pipe is connected with the water pump through the first pipeline; the water pump is connected with a water inlet pipe through a pipeline; an ice delivery pipe is connected with an ice outlet pipe; the ice delivery pipe is connected with the water pump through a second pipeline; the water pump (20) comprises a volute (21), an impeller (22) and a pump shaft (23); a pump inlet pipe (24) is arranged at an inlet end of the volute; an adjusting mechanism (28) is arranged in the pump inlet pipe; the adjusting mechanism is arranged at an upstream end of the centrifugal impeller; and the adjusting mechanism plays a role of flow guiding and sealing. The application can improve the flow guiding and sealing effect of the centrifugal impeller inlet end, so as to reduce the turbulence and flow loss of the impeller inlet end, thereby ensuring the stability of the water pump output pressure and flow and improving the operation stability of the delivery pump.

The application provides a centrifugal pump anti-freezing device and a water circulation cooling system using the same, and belongs to the technical field of water circulation cooling systems. The centrifugal pump anti-freezing device comprises a centrifugal pump, a low-pressure fluid cavity, a high-pressure fluid cavity and a backflow assembly. The low-pressure fluid cavity is connected to the high-pressure fluid cavity through the centrifugal pump. The backflow assembly comprises a control valve, a backflow pipe I and a backflow pipe II. The inlet of the control valve is connected to the high-pressure fluid cavity through the backflow pipe I, and the outlet of the control valve is connected to an outlet end through the backflow pipe II. During operation, the centrifugal pump pumps the fluid in the low-pressure fluid cavity into the high-pressure fluid cavity. When the centrifugal pump stops in a low-temperature environment, the fluid in the high-pressure fluid cavity flows back to the valve cavity through the backflow assembly under the action of the pressure difference, so that the fluid in the valve cavity is always in a state of movement, thereby avoiding the situation that the impeller is frozen and difficult to start. The backflow fluid does not need to be additionally driven by a power device, and can automatically flow under the action of the pressure difference between the high-pressure fluid cavity and the low-pressure fluid cavity.

1. Name of the product in this design: Ecological Observation Platform. 2. Purpose of this design: For ecological observation, allowing citizens to observe water conditions and understand the water cycle, while also serving as a science education center, leisure gathering place, and interactive performance venue. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

This invention belongs to the field of water circulation sterilization vessel technology, and particularly to a preheating water circulation sterilization vessel, comprising a support frame and a water circulation sterilization vessel body mounted thereon. A preheating component is provided on one side of the water circulation sterilization vessel body, the preheating component comprising a first preheating element and a second preheating element, the second preheating element being mounted on the first preheating element. This invention recovers waste heat from the water circulation sterilization vessel body for preheating the liquid to be sterilized through heat exchange tubes in the insulated hot water tank and the first preheating storage tank, reducing energy waste; the circulating cooling medium in the first preheating element actively removes heat from the surface of the water circulation sterilization vessel body, shortening the cooling cycle and improving the continuous production efficiency of the equipment; the cooling water tank and the second preheating storage tank in the second preheating element perform secondary cooling and heat recovery of the cooling medium, and the recovered heat is reused for preheating by a second water pump, achieving cascade utilization of heat and further improving energy efficiency.

The application discloses a kind of water toughness comprehensive evaluation method and computer system, computer storage medium.The water toughness comprehensive evaluation method described above, comprising the following steps: S1: obtaining historical natural water cycle index data and social water cycle index data;S2: construct unified water toughness evaluation index system;S3: using fuzzy membership function to each index is standardized;S4: using entropy weight method to calculate the comprehensive weight of each index;S5: the water toughness comprehensive score of evaluation unit is calculated by weighted linear combination;S6: water toughness comprehensive score is divided into multiple toughness grades.The application includes natural water cycle index data and social water cycle index into unified measure, to reproduce index framework and transparent weight rule to generate toughness grade, capture evolution inflection point by time series scanning, locate fragile node by means of space-time cross comparison, to provide directly landed scientific basis for making risk preplan etc..

This invention provides a method, system, and storage medium for constructing a dataset of terrestrial water storage changes, belonging to the field of remote sensing and hydrological data processing. The method includes: First, using the singular spectrum iterative interpolation method, reconstructing and completing the missing time series of Mascon products from three datasets (CSR, JPL, and GSFC) to obtain their respective complete spatiotemporal data matrices; Second, using the generalized triangular hat method to perform pixel-by-pixel error analysis on each data matrix, constructing an error covariance matrix reflecting the error variance and covariance; Subsequently, based on this error covariance matrix, calculating the optimal fusion weights for each data matrix pixel-by-pixel using the generalized least squares criterion; Finally, weighted fusion of the three data matrices according to the weights to generate a fused dataset of global terrestrial water storage changes. This invention effectively improves the continuity and accuracy of the dataset, providing a reliable data foundation for global water cycle research, drought monitoring, and water resource management.

This utility model relates to the field of power generation technology and discloses a water-circulating power generation system, comprising: a lower reservoir and an upper reservoir, the lower reservoir and the upper reservoir being connected by a power generation pipeline, so that water in the upper reservoir flows into the lower reservoir through the power generation pipeline, and the power generation pipeline is equipped with a conversion unit that converts water potential energy into electrical energy; a water lifting unit, disposed between the lower reservoir and the upper reservoir, for lifting water in the lower reservoir to the upper reservoir; and a drive unit, connected to the water lifting unit, for driving the water lifting unit to operate, thereby lifting water in the lower reservoir to the upper reservoir. This utility model can rely less on natural hydropower resources, and at the same time, the torque amplification module can reduce the power consumption of the drive motor, achieving the function of lifting large-mass objects with low power. Furthermore, this utility model has the characteristics of not requiring fuel combustion and being clean and environmentally friendly.

Provided is a washing machine including: a memory storing instructions; at least one processor including processing circuitry; a drive device configured to drive the washing machine using a motor; a water supply device configured to supply water into the washing machine; a drain device configured to discharge water from the washing machine; and a sensor device, wherein, at least one processor, individually or collectively, is configured to execute the instructions and to cause the washing machine to: perform a water supply cycle in response to a command being received, obtain acceleration data and water level data from the sensor device, obtain a first acceleration from the sensor device based on a specified event related to the motor occurring, obtain a second acceleration in response to a current water level of the washing machine exceeding a threshold water level, perform a first draining cycle in response to the second acceleration exceeding a threshold acceleration, obtain a third acceleration in response to a wash cycle starting after the first draining cycle, and perform a second draining cycle based on a difference between the first acceleration and the third acceleration.

This invention relates to the field of water cycle management technology, and discloses a pond greenhouse and its aquaponics water cycle management system and method. The pond greenhouse includes: a main body located in a modified abandoned mine pit, abandoned pond, or abandoned pit site; the main body includes a light-transmitting cover with a continuous W-shaped top cross-section; drainage outlets and valve switches corresponding to the grooves in the cover are provided on the outer ground; a retractable shading and heat-insulating component is provided on the main body; an aquaculture unit and / or a planting unit are provided inside, with supplemental lighting units corresponding to the low-light areas of the planting unit; and a water treatment and circulation unit is also provided. This invention solves the problems of waste land resource reuse and poor stability of existing aquaponics systems by targeted modification and utilization of abandoned ponds, and realizes the ecological utilization of abandoned ponds and the stable and coordinated regulation of aquaponics systems.

This invention provides a watershed water cycle simulation method considering lake water balance, comprising five steps: sub-watershed unit division and coding, data processing and model construction, water cycle process simulation, simulation result verification, and result statistical analysis. Based on a DEM (Digital Equation Model), river networks are extracted and distinguished between general river networks and lake river networks. Large water bodies within the same lake are divided into independent lake units, using a unified tributary topological code for encoding. Basic data is processed, and lake units are supplemented with specific information. Differentiated simulation logic is designed for river and lake units, and key hydrological parameters are calculated separately. After validating the model with measured data, it is used for long-term simulations across multiple scenarios. This invention solves the simulation distortion problem caused by generalizing lakes into rivers in existing technologies, improves simulation accuracy, is suitable for small watershed and lake-specific research, and is highly practical.

The application relates to a concrete impermeability instrument with a water-saving cycle and a control system thereof, and relates to the field of the concrete impermeability instrument. The concrete impermeability instrument comprises a box, a material pressing assembly, a water cycle assembly, a driving assembly, a filtering assembly, a cleaning assembly and a control system. A material placing area is formed in the box through a partition plate. The material pressing assembly is arranged in the material placing area, and water recycling is realized through the water cycle assembly. The driving assembly controls the movement of the material pressing assembly. The filtering assembly filters the recycled water. The cleaning assembly cleans the equipment. The control system controls the linear motor through pressure feedback. The application has the effect of reducing water resource waste.

The present Invention of Speed Cycling Watercraft is a single and double cycling system and is water or air propelled. It is specifically designed for manual water racing or sporting and the floater is unsinkable platform. The double cycling system is designed such that anyone cyclist can lock in and out to rest or continue and the cycling independent. The system comprises, unsinkable platform, mono wheel bike or bikes, single or double cycling gearbox, propeller shaft and water or air propeller. Motion transmission system is developed into three stages, primary, secondary and advanced stage, capable of generating more than 2,400 rpm on air propelled platform and 2,000 rpm on water propelled platform. For the air propelled platform, breaking mechanism is separately designed. The present invention of Speed Cycling Watercraft is mainly designed for manual water racing or water sporting, the futuristic Commonwealth and Olympic Games Water Cycling Sport.

The low hilly area binary water cycle model construction method based on topological network division belongs to the technical field of water cycle model construction, and aims to solve the problems that the existing model is difficult to adapt to the complex terrain hydraulic characteristics of low hilly area, the natural-social binary water cycle coupling is insufficient, and the long-time sequence simulation precision is poor; the present application obtains multi-source heterogeneous data, divides the minimum hydrological unit and constructs a four-level water supply topological network; the key parameters are extracted by the binary driven analysis model, and the synergistic effect of terrain and human activities is quantified; the core parameter matrix is generated through topological adaptation coupling model and multi-objective optimization; the complete model is constructed by fusing the improved distributed hydrological simulation and social water use regulation module, and the dynamic coupling simulation of binary water cycle is realized by combining multi-index calibration and parameter dynamic updating. The present application accurately describes the complex hydraulic connection and human activity intervention effect, improves the simulation precision and long-time sequence adaptability, the model has strong operability, wide application range, and provides reliable technical support for efficient utilization and management of water resources in low hilly area.

This invention belongs to the field of distributed hydrological modeling and watershed water cycle simulation technology. It discloses a watershed water cycle simulation method considering the water balance of inland drainage basins. The method specifically includes: watershed unit division and coding inland drainage basins, data processing and model construction, water cycle process simulation, simulation result verification, and model application and statistical analysis of results. This invention achieves accurate division of the entire watershed computational unit in inland drainage basins and refined simulation of differentiated hydrological processes from mountainous areas to plains to terminal lakes, improving the accuracy of water cycle simulation in inland drainage basins and providing reliable technical support for scenarios such as water resource assessment, ecological protection, and water conservancy engineering analysis in inland drainage basins.

The application discloses a cover assembly of a foot bath device and the foot bath device. The cover assembly is arranged on the top of the foot bath device and comprises a cover body, a water outlet member and a water treatment device. The water outlet member is arranged on the cover body. The water treatment device is arranged on the cover body and is located upstream of the water outlet member to perform water treatment on water flowing through the water outlet member. The water outlet member is arranged to obtain liquid in a foot bath cavity of the foot bath device and guide the liquid to flow back to the foot bath cavity of the foot bath device to form water circulation. The scheme is convenient for cleaning the water treatment device relative to the prior art.

This invention discloses a method and system for enhancing the resolution of water vapor products using multimodal features and deep learning. The invention first acquires a first atmospheric precipitable water vapor fusion field generated using a fusion method, along with multimodal feature data related to atmospheric water vapor. Then, it uses an empirical orthogonal function method to extract common modes from both, obtaining common variation patterns. Finally, it inputs the common variation patterns into a pre-trained AutoResNet model to generate a second atmospheric precipitable water vapor product with a higher spatiotemporal resolution than the first fusion field. The AutoResNet model is a neural network model based on an autoencoder and a residual network, which has established a nonlinear mapping relationship between multimodal features and atmospheric precipitable water vapor. This invention effectively breaks through the resolution limit of the original water vapor data source, significantly improving the temporal and spatial resolution of the fusion product, and can be applied to severe weather monitoring, regional water cycle research, and high-resolution water vapor inversion operations.

1. Name of the product in this design: Power Station (Water Circulation 2025). 2. Purpose of this design: A device that uses flowing water as power and the water hammer effect to send water with a drop from a low place to a high place for power generation. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

A composite wetland water cycle simulation method and system based on digital twinning belong to the field of water conservancy informatization and digital twinning technology. In view of the problem of insufficient accuracy caused by ignoring the dynamic change of vegetation and lacking adaptive calibration in traditional wetland water cycle simulation, the method comprises the following steps: constructing a three-dimensional digital base of the wetland and generating an unstructured grid; deploying multispectral sensing equipment to obtain vegetation spectral characteristics, and inversing leaf area index and average vegetation height, and the collection frequency is dynamically triggered by the digital twinning model; establishing a segmented dynamic mapping of the submerged state of vegetation and the resistance of water flow, dynamically calculating the Manning roughness coefficient and the transpiration loss term; substituting into the shallow water equation set to perform water cycle simulation; comparing the simulated water level with the measured water level, and triggering adaptive calibration when the deviation shows statistical consistency, and using the sequential data assimilation algorithm to update the key weight coefficients of the mapping model online. The system corresponds to realize the above steps. The application improves the accuracy and adaptability of composite wetland water level and flow velocity simulation.