9 results about "Lack water" patented technology

This utility model discloses a pet water fountain, belonging to the field of pet supplies technology. It includes: a water tank and a main unit integrated on a base; a drinking tray positioned above the water tank and connected to it via a drain outlet. The main unit houses a first water pump and a second water pump. The first water pump's inlet is connected to the water tank, and its outlet is connected to a detachable filter head. The filter head's outlet is located on top of the drinking tray, forming an internal circulation purification loop between the water tank, the first water pump, the filter head, and the drinking tray, achieving continuous filtration and flowing water supply. The second water pump's inlet is connected to an external water source, and its outlet is connected to the filter head, forming an external water supply loop between the external water source, the second water pump, the filter head, the drinking tray, and the water tank. Both loops share a filter head, ensuring that all water entering the system is purified. This structure achieves fully automatic operation with "drinking and filtering simultaneously, replenishing water as needed," improving the device's intelligence level and making it suitable for long-term unattended scenarios, avoiding water outages and water pollution problems.

The utility model discloses a kind of seawater desalination devices, including box, evaporative assembly installed on the upper end of box, and evaporative assembly is light-transmitting component, light-transmitting component is as freshwater carrier;And the freshwater conduit structure connected with light-transmitting component;Device can adjust the inclination angle of light-transmitting component, to adjust light-transmitting component side to freshwater conduit structure inclination, and drive the freshwater obtained by evaporation side to freshwater conduit structure flow;Device has water outlet in position close to bottom, and freshwater conduit structure is led out by water outlet and is communicated with the water tank outside device.The device of the utility model can adjust the angle of freshwater carrier to improve the amount of freshwater pipe collecting freshwater, reduce the probability that freshwater is not timely recovered and makes it re-dripping seawater storage space due to drainage problem, overall structure is more simple, meet the use requirement of seawater desalination in water shortage and relatively difficult area.

This application discloses a water supply status detection method, apparatus, and self-moving device. The water supply status detection method is applied to a water supply pipeline connected to the outlet of a receiving cavity. A heater is installed inside the receiving cavity, and a temperature sensor is installed in the water supply pipeline. The method includes: receiving a heating instruction; activating the heater based on the heating instruction; and determining the water supply status of the heater based on temperature change information detected by the temperature sensor. The water supply status characterizes whether the water supply pipeline is supplying water normally. This method can promptly detect abnormalities in the water supply pipeline, prevent the heater from dry-burning in a water shortage state, and improve the safety and reliability of the equipment.

The application discloses a kind of interbasin water transfer system risk control methods, comprising: obtaining the inflow scenario data of system to be analyzed, water demand scenario data and preconfigured water transfer scheme set;Water quantity scheduling simulation is carried out based on water transfer scheme set to scenario data, determine the water shortage risk index and water abandonment risk index of each spatial node in system under different schemes;Based on the above two types of risk indicators, the risk response function that the risk level evolves with the relationship of water transfer quantity is fitted;Based on the risk response function, the risk transfer marginal substitution index that the risk replacement efficiency between each spatial node is represented is calculated;The efficient balanced water transfer interval of system is determined in combination with risk transfer marginal substitution index and preconfigured risk space equilibrium criterion.The application can scientifically quantify the risk transfer efficiency of cross spatial unit, realize the double-target collaborative optimization decision of system total risk optimization and risk space equilibrium.

The utility model discloses water level on -line detection equipment belongs to water level detection technical field, specifically including water storage jar, the bottom of one side of water storage jar is provided with the reserved hole, the reserved hole is fixedly connected with four -way joint, the rest interface of four -way joint is connected with pressure sensor, transparent liquid level pipe and drain pipe respectively, pressure sensor is connected with columnar display instrument, the outside fixedly connected with fixed base of transparent liquid level pipe upper end, fixed base fixedly connected on the outer wall of water storage jar top, the utility model discloses can real -time monitoring the liquid level situation of water storage jar to realize the linkage control and alarm function with water treatment system according to different liquid level threshold value, avoid the influence production because of the water storage jar water shortage.

This invention discloses a method and system for simulating and regulating irrigation district water resources with dual control of quantity and quality, belonging to the field of water resource management technology. This invention acquires multi-source basic data from the irrigation district, constructs a water quantity-quality coupled simulation model with a hybrid architecture of mechanism and deep learning, establishes a multi-objective optimization regulation model based on the simulation results, dynamically updates model parameters through Bayesian online learning, and distributes the regulation scheme to the execution unit to form a closed-loop regulation. The system includes a data perception layer, a transmission and storage layer, a simulation calculation layer, a decision application layer, and an execution control layer. This invention adopts a dual-driven mechanism-data approach and multi-timescale adaptive correction, significantly improving simulation efficiency and prediction accuracy, achieving total water quantity control, water quality threshold management, and precise water allocation execution. It can effectively reduce irrigation water shortage rate, water quality exceeding standards risk, and operational energy consumption, and is suitable for intelligent water resource scheduling in large irrigation districts, possessing good engineering practicality.

The utility model discloses an energy -saving family air purification humidifier atomization structure, include: casing, be equipped with the baffle in the casing, still be equipped with the water injection cavity, purification chamber and water storage cavity in the casing. Compared with prior art, through the float ball type water level sensor that sets up, can monitor the water level change situation in the water storage cavity, and will water level information intuitively show on the screen of control panel, make user can determine the water amount in the water storage cavity at any time, clearly to timely supplement water amount, effectively avoid the dry burning phenomenon that causes because of water shortage, greatly improved the security and stability of humidifier operation, through the composite purification filter screen that sets up, through the synergies of three layers filter screen, can more efficiently remove various impurities, bacteria and peculiar smell etc in water, significantly improved the purification effect to humidifier water, through the setting positioning mechanism, make the composite purification filter screen's dismounting more convenient, user need not complex operation and tool, can fast, convenient completion replacement.

The application relates to the technical field of pressure boosting water delivery, in particular to a dam bottom air-closed pressure boosting water delivery device, which comprises a pressure boosting water delivery device, a main liquid chamber is arranged in the middle of the pressure boosting water delivery device, an air-closed chamber and a first water delivery chamber are arranged in the pressure boosting water delivery device and are in internal communication, and the main liquid chamber is in internal communication with the air-closed chamber. The purpose of the application is: when the pressure of the main liquid chamber is greater than that of the second water delivery chamber, the pressure difference drives the liquid to flow into the second water delivery chamber and to flow to the conveying pipe, the water gate controls the liquid flow in the first water delivery chamber to guarantee the smooth pressure transmission, the liquid level is monitored in the stroke switch in the circulation, the air-closed chamber liquid level is closed-loop controlled through linkage of the water gate and the air pump, the device is driven by the dam water source, realizes the circulation pressure boosting water delivery without additional power, can realize the cross-region and long-distance water body allocation and delivery through pipe network construction, effectively alleviates the water resource shortage problem in arid regions, and helps to develop the water shortage wasteland into arable land.