Agricultural water-conservancy irrigation device

Abstract

The invention discloses an irrigation device for agricultural water conservancy, which comprises a support installation column, the lower left corner of the support installation column is inlaid with damping bearing sleeves in the front and back, and the center position of the support installation column is vertically provided with an operation installation groove. The upper half of the groove is provided with a rotation limit cylinder, and the upper half of the operation installation groove cooperates with the rotation limit cylinder to set a limited rotation installation cylinder. The lower end of the barrel is provided with a limit rotation ring outward, and the lower end of the limit rotation ring cooperates with the support installation column and is symmetrically embedded with respect to the work installation groove to set a limit rotation structure. The symmetrical and vertically inlaid synchronous rotating motor has the advantages of novel structural design, compact and stable transmission, large working area, wide application range and long service life.

Description

technical field [0001] The invention relates to water conservancy irrigation equipment, in particular to an agricultural water conservancy irrigation device. Background technique [0002] Agriculture (including the increasingly active horticultural industry), as the country's economic lifeline and major water user, has long been using the traditional and backward flood irrigation due to reasons such as ideology, capital, and technology, but with the shortage of water resources and demand The contradiction between the increase in water volume is increasing day by day. Flood irrigation is gradually being replaced by modern water-saving irrigation models that focus on precise irrigation. Modern scientific irrigation technology can not only effectively use limited water resources, but also alleviate excessive groundwater extraction and subsidence of the earth's crust. It is also important to improve the growth conditions of crops, fruit trees, etc., and improve the yield and fru...

AI Technical Summary

Problems solved by technology

[0002] Agriculture (including the increasingly active horticultural industry), as the country's economic lifeline and major water user, has long been using the traditional and backward flood irrigation due to reasons such as ideology, capital, and technology, but with the shortage of water resources and demand The contradiction between the increase in water volume is increasing day by day. Flood irrigation is gradually being replaced by modern water-saving irrigation models that focus on precise irrigation. Modern scientific irrigation technology can not only effectively use limited water resources, but also alleviate excessive groundwater extraction and subsidence of the earth's crust. It is also important to improve the growth conditions of crops, fruit trees, etc., and improve the yield and fruit quality through the organic combination of precise fertilization, which has good social and economic benefits. Due to the poor design of traditional agricultural irrigation devices Perfection, causing various problems in the process of use, making it impossible to continue to use and develop in this field

[0003] In order to solve the above problems, the present invention is proposed, which overcomes the problems of traditional agricultural irrigation devices, such as the use of single-outlet outlet irrigation, which causes damage to the crops below, and solves the problems of traditional agricultural irrigation devices. Due to the limited angle of spray irrigation, Unable to achieve all-round sprinkling irrigation, resulting in a small application range and inability to realize fine sprinkling irrigation operations, etc., which improves the traditional agricultural irrigation device. Due to the simple transmission structure and poor transmission stability, the components vibrate obviously, the noise is large, and the components are damaged. Large size, short service life and other problems, so that the present invention has the advantages of novel structural design, compact and stable transmission, large operating area, wide application range and long service life.

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