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A hydraulically driven rotary sprinkler head with adjustable speed and its speed regulating method

A water-driven, rotary technology, applied in the direction of spraying devices with movable outlets, spraying devices, etc., to achieve strong operability and reliable operation

Active Publication Date: 2016-05-25
JIANGSU UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In the case of no damping mechanism, the greater the driving force of the nozzle, the faster the rotation speed, and the shorter the range of the nozzle, but in different applications, the requirements for the rotation speed of the nozzle are different, and for the same nozzle within the range of one revolution, Changing the speed of the nozzle will often achieve better spraying effect; therefore, researchers are committed to studying the nozzle at which speed the spraying performance of the nozzle is the best, and for the research on the influence of the speed of the nozzle on the performance, there is no mechanism that can The speed of the nozzle can be adjusted, so it is of great significance to study the influence of the speed of the nozzle on the performance of a hydraulically driven rotary nozzle with adjustable speed.

Method used

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  • A hydraulically driven rotary sprinkler head with adjustable speed and its speed regulating method

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Embodiment Construction

[0020] Such as figure 1 As shown in the figure, a hydraulically driven rotary sprinkler head with adjustable speed includes pipe 1, impeller 2, shaft A3, sealing ring A4, inverted bevel gear belt 5, belt 6, forward bevel gear belt 7, shaft B8, plane Bearing A9, water inlet hole 10, sealing ring B11, plane bearing B12, nozzle 13, pipe groove 14; the impeller 2 is placed in the pipe 1, the center of the impeller 2 is fixedly connected with the axis A3, and the impeller 2 and the axis A3 rotate together The shaft A3 passes through the inner wall of the pipeline 1, and a boss is provided inside and outside the pipeline 1, the purpose of which is to locate the shaft A3; the contact between the boss and the shaft A3 and the pipeline 1 is provided with a sealing ring A4, and the purpose is to prevent water leakage; The central axis of the inverted bevel gear belt 5 is axis A3, and there are gear rings with different circumferences in the horizontal direction on the inverted bevel gea...

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PUM

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Abstract

The invention relates to a key device in a water-saving sprinkling irrigation system and particularly to a rotating speed adjustable water power driving rotary spraying nozzle and a speed adjusting method. Water currents enter into a channel to impact an impeller, the impeller generates driving force to drive a shaft A to rotate, the shaft A and a back taper gear belt rotate together, a belt drives a taper gear belt to rotate, and the tapered gear belt and a shaft B rotate together. After the water currents pass through the impeller, the shaft B section which enters into the channel enters into an interior channel of the shaft B through a water inlet hole in the wall of the shaft B, the tail end of the shaft B is connected with the spraying nozzle, and the water currents enter into a spraying nozzle channel after passing through the shaft B to spray to the exterior. According to the speed changing method, a rotating speed ratio of the back tapered gear belt and the tapered gear belt is changed due to the fact that the belt positions in the back tapered gear belt and the tapered belt are changed and accordingly the rotating speed of the spraying nozzle is changed.

Description

technical field [0001] The invention relates to a key device in a water-saving irrigation sprinkler irrigation system. The rotational speed of the sprinkler head can be adjusted, in particular to a hydraulically driven rotary sprinkler head with adjustable rotational speed and a speed regulating method. Background technique [0002] In agricultural water-saving irrigation, nozzles are commonly used sprinkler irrigation equipment, and the speed of nozzles has a great influence on the hydraulic performance of spraying. In the case of no damping mechanism, the greater the driving force of the nozzle, the faster the rotation speed, and the shorter the range of the nozzle, but in different applications, the requirements for the rotation speed of the nozzle are different, and for the same nozzle within the range of one revolution, Changing the speed of the nozzle will often achieve better spraying effect; therefore, researchers are committed to studying the nozzle at which speed t...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B05B3/04
CPCB05B3/0422
Inventor 刘俊萍袁寿其李红朱兴业李一鸣蒋建园刘兴发
Owner JIANGSU UNIV
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