一种便于安装拆卸的石榴滴灌管道连接部件
By combining male and female pipe fittings with quick-connect external threaded sleeves, along with stepped socket rings and embedded rubber rings, the problems of long connection time and poor sealing in the drip irrigation system of pomegranate orchards have been solved. This has enabled rapid installation and disassembly as well as efficient sealing, reducing the system construction and maintenance costs.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- JIANGSU SHENGDA FEIL HEALTH IND DEVELOPMENT CO LTD
- Filing Date
- 2025-06-27
- Publication Date
- 2026-07-17
AI Technical Summary
In existing drip irrigation systems for pomegranate orchards, the installation and disassembly of pipe connection components are time-consuming, have poor sealing, are easily damaged, and are difficult to adapt to drip irrigation pipes of different specifications and materials, which increases the construction and maintenance costs of the irrigation system.
The design combines male and female pipe fittings with quick-connect external threaded sleeves, along with stepped socket rings and embedded rubber rings, to achieve rapid connection and disassembly. The double-layer sealing structure improves sealing performance and enhances connection strength.
It enables rapid installation and disassembly, improves construction and maintenance efficiency, ensures good sealing performance and connection strength, and reduces water waste and system construction costs.
Smart Images

Figure CN224516180U_ABST
Abstract
Claims
1. A pomegranate drip irrigation pipe connecting component that is easy to install and remove, characterized in that, The system includes a drip irrigation water delivery pipe (1) and a pipe connector (2). The drip irrigation water delivery pipe (1) is connected to both sides of the pipe connector (2). The pipe connector (2) consists of a male fitting (3), a female fitting (4), and a quick-connect external threaded sleeve (5). The male fitting (3) is inserted into the side end of the female fitting (4). The drip irrigation water delivery pipe (1) is respectively fitted onto the outer ends of the male fitting (3) and the female fitting (4). The quick-connect external threaded sleeve (5) is respectively fitted onto the outer sides of the two drip irrigation water delivery pipes (1), and the inner end of the quick-connect external threaded sleeve (5) is respectively connected to the male fitting (3) and the female fitting (4). The female pipe fitting (4) is connected to the external threaded connection. The male pipe fitting (3) consists of a male pipe fitting connector (6), a quick-connect protrusion rocker plate (7), a delivery pipe inner sleeve (8), and a delivery pipe external threaded locking block (9). The quick-connect protrusion rocker plate (7) is arranged oppositely on the inner outer wall of the male pipe fitting connector (6). The delivery pipe inner sleeve (8) is arranged at the outer end of the male pipe fitting connector (6). Several sets of delivery pipe external threaded locking blocks (9) are arranged at equal circumferential angles on the outer edge of the male pipe fitting connector (6). The male pipe fitting connector (6) and the quick-connect protrusion rocker plate (7) are connected to the external threaded connection. The inner sleeve (8) of the conveying pipe and the outer threaded clamp (9) of the conveying pipe are integrally fixed. The connecting female pipe fitting (4) is composed of the female pipe fitting connecting pipe (10), the quick-connect concave groove (11), the inner sleeve (8) of the conveying pipe, and the outer threaded clamp (9) of the conveying pipe. The quick-connect concave groove (11) is set opposite to each other on the outer side wall of the female pipe fitting connecting pipe (10). The inner sleeve (8) of the conveying pipe is set at the outer end of the female pipe fitting connecting pipe (10). Several sets of outer threaded clamps (9) of the conveying pipe are arranged at equal circumferential angles at the outer edge of the female pipe fitting connecting pipe (10). The female pipe fitting connecting pipe (10), the quick-connect concave groove (11), the inner sleeve (8) of the conveying pipe, and the outer threaded clamp (9) of the conveying pipe are integrally fixed. The inner sleeve (8) of the delivery pipe and the outer threaded clamp (9) of the delivery pipe are fixedly installed as a whole. The inner end of the male pipe fitting connector (6) is correspondingly connected to the inner end of the female pipe fitting connector (10). The quick-connect protrusion rocker plate (7) is correspondingly inserted and embedded in the quick-connect concave groove (11). The drip irrigation water delivery pipe (1) is sleeved on the outside of the inner sleeve (8) of the delivery pipe, and the outer threaded clamp (9) of the delivery pipe is clamped on the outside of the drip irrigation water delivery pipe (1). The quick-connect outer thread sleeve (5) of the pipe fitting is sleeved on the outside of the outer threaded clamp (9) of the delivery pipe, and the inner end of the quick-connect outer thread sleeve (5) of the pipe fitting is threaded to the outside of the outer threaded clamp (9) of the delivery pipe.
2. A pomegranate drip irrigation pipe connecting component that is easy to install and remove according to claim 1, characterized in that, The male pipe fitting connector (6) has a stepped socket ring (12) at its inner end. The stepped socket ring (12) has two layers, and an embedded rubber ring (13) is provided between the two layers of stepped socket rings (12). The female pipe fitting connector (10) has an interlocking annular groove (14) at its inner end. An embedded rubber ring (13) is provided inside the interlocking annular groove (14). The stepped socket at the inner end of the male pipe fitting connector (6) The ring (12) is inserted into the interlocking annular groove (14) at the inner end of the female pipe fitting connector (10) and into the inner wall of the female pipe fitting connector (10). The inner end of the outer stepped socket ring (12) is pressed tightly against the embedded rubber ring (13). The inner side wall of the female pipe fitting connector (10) is inserted between the two stepped socket rings (12), and the inner side wall of the female pipe fitting connector (10) is pressed tightly against the embedded rubber ring (13).