High Performance Anti-Fouling Swing Sprinklers and Water Conservation Methods

Abstract

The invention discloses a high-performance anti-dirt swing sprinkler and a water saving method. The high-performance anti-dirt swing sprinkler comprises a sprinkler body, an electromagnetic flow meter, a flow adjustable dripper, a 360-degree sprinkling head, an energy-saving type sprinkling irrigation timer and a water distribution device, wherein the energy-saving type sprinkling irrigation timer and the water distribution device are used in cooperation with each other to save water. Due to the facts that multiple swing sprinkling heads (59) are connected to a commutator of the high-performance anti-dirt swing sprinkler and each swing sprinkling head is provided with a swing sprinkling cap (591), an anti-dirt effect is achieved; the swing sprinkling caps (591) are arranged above horn-shaped outlets of the swing sprinkling heads (59), and the swing sprinkling caps are slightly of a flake shape; semicircular swing sprinkling cap balls (592) are arranged at the positions, corresponding to the portion above the horn-shaped outlets of the swing sprinkling heads (59), of the swing sprinkling caps; the swing sprinkling caps slightly of the flake shape are connected with swing sprinkling cap handles (593) fixed onto the swing sprinkling heads through flexible shakable filmy swing sprinkling cap grooves (594); the swing sprinkling cap grooves (594) play the role of movable hinges, when water is sprinkled, the water rushes through the swing sprinkling caps to open the swing sprinkling caps, and when no water exists, the swing sprinkling heads are covered with the swing sprinkling caps, so that the anti-dirt effect is facilitated.

Description

technical field [0001] The invention relates to a control method of water flow for environmental protection and landscaping, which is a high-performance anti-fouling swing sprinkler and a water-saving method, including an electromagnetic energy-saving new energy-saving impeller suspension shaftless support for new energy-saving agriculture and forestry irrigation. Flow meter and circuit and water saving method, including new flow adjustable dripper, new 360-degree sprinkler, connector with fine-tuning thread ring size and pitch, and its connection with energy-saving sprinkler timer and water distributor with multi-purpose interface Matching for efficient irrigation, energy saving and water saving. Background technique [0002] The desire to pursue environmental protection and landscaping is endless; there are also many patents on the control method of watering water flow, and the timing switch of garden sprinklers controlled by both sides of the long axis, such as patent US7...

AI Technical Summary

Problems solved by technology

Existing products vary, and none of them are perfect; there is a certain nozzle (55ac), such as Figure 31 As shown, the water is connected to the nozzle seat (55c) of the certain nozzle (55ac) through the matching components and then sprayed out through the only small square hole provided on the nozzle cap as the water nozzle (55a3c). Its disadvantage is that the range of sprayed water is narrow, and it cannot have a 360-degree all-round irrigation effect.

Another nozzle (55ad) for existing products, such as Figure 32 As shown, the water is connected to the nozzle seat (55c) of the certain nozzle (55ad) through the matching components, and is sprayed out through the large through hole opened on the half side of the nozzle cap as the water nozzle (55a3d) , its shortcoming is that the range of sprayed water is only half, and cannot have a 360-degree all-round irrigation effect

The existing electromagnetic flowmeter is made based on Faraday's principle of electromagnetic induction. When the conductor cuts the magnetic force line in the magnetic field, an induced potential proportional to the liquid flow rate is generated, and is detected by the electrode in contact with the liquid, so that it is converted by the cable. After intelligent processing, the communication and control between the flow data and the computer are realized. The existing electromagnetic flowmeter includes a measuring tube, an inlet flange, an outlet flange, electrodes, an excitation wire, a measuring tube housing, a circuit board and The display device, in which the measuring tube, the inlet flange, the outlet flange and the measuring tube housing are all made of metal materials, the disadvantages of using metal materials are: the weight of the entire flowmeter is relatively large, and it is inconvenient to install and maintain. The work is completed with the cooperation of people, which affects work efficiency; and the cost of metal materials is high, making the price of the finished flowmeter more expensive

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