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Irrigation fixing device

A fixed device, mobile and fixed technology, applied in watering devices, applications, gardening, etc., can solve the problems of complicated installation and disassembly of sprinklers and pipes, affecting the normal operation of sprinklers, tilting of sprinkler risers, etc., to achieve work efficiency and unit Increased utilization rate, convenient pedestrian and operation between ridges, and small footprint

Active Publication Date: 2015-03-04
JIANGSU UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] Therefore, when used in the field, due to factors such as the soil becoming wet during the sprinkler irrigation process, the operating force of the sprinkler itself, and the influence of the wind, it is easy to make the nozzle standpipe of the light and small mobile sprinkler irrigation unit tilt, which affects the normal operation of the sprinkler head; The installation and disassembly process is relatively complicated, the workload is large, and it is not convenient enough

Method used

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Examples

Experimental program
Comparison scheme
Effect test

specific Embodiment approach 1

[0025] When installing on cement flat ground, first connect the tee (18) to the pipes (20) at both ends, then put the tee (18) into the middle of the two movable fixed plates (6), and the movable fixed plate (6) snaps Tighten both sides of the tee, clamp the positioning bolts (7) to the fixing plate (6), install the studs (2) and tighten them, and then connect the tee (18) to the nozzle standpipe (19).

[0026] When disassembling and moving, first loosen the pipes (20) at both ends of the tee (18), and then hold the two sides of the support stabilization plate with both hands to fix the nozzle and pipe fixing device together with the nozzle (23) and standpipe (19) together. Pull it out, then hold the nozzle standpipe (19) with one hand, support the chassis (5) with the other hand, and move as a whole. The nozzle (23) can be a rotary nozzle or a fixed nozzle, and is suitable for a wide range of working pressures.

[0027]When it is necessary to adjust the diameter of the pipe ...

specific Embodiment approach 2

[0030] like Figure 8 As shown, when installing on flat ground in the field, first connect the tee (18) to the pipes (20) at both ends, then put the tee (18) into the middle of the two movable fixed plates (6), and the movable fixed plate ( 6) Clamp both sides of the tee, clamp the positioning bolts (7) to the fixing plate (6), install the studs (2) and tighten them, and then connect the tee (18) to the nozzle standpipe (19) , and then insert the ground point (3) into the soil.

[0031] When disassembling and moving, first loosen the pipes (20) at both ends of the tee (18), and then hold the two sides of the support stabilization plate with both hands to fix the nozzle and pipe fixing device, together with the nozzle (23) and the standpipe (19). Pull it out, then hold the nozzle standpipe (19) with one hand, support the chassis (5) with the other hand, and move as a whole. The nozzle (23) can be a rotary nozzle or a fixed nozzle, and is suitable for a wide range of working p...

specific Embodiment approach 3

[0035] like Figure 9 As shown, when installing on a slope in the field, the other steps are consistent with the steps in the second embodiment. For the lower corner of the support stabilization plate (1), it is only necessary to insert the ground tip (3) into the soil before inserting it into the soil. Insert the ground-inserting tip (3) into the through hole (13) and the spare nut (4) in sequence, and when the ground-inserting tip (3) is inserted to an appropriate depth to make the support stabilization plate (1) horizontal, then insert the spare nut ( 4) Screw to the surface of the depression, and finally tighten. When dismounting, it is consistent with the use of the field level in the specific embodiment two, and there is no need to loosen the spare nut (4).

[0036] Routine maintenance needs to keep the inside of the fixing plate (6), the thread of the stud (2) and the external thread on the upper part of the ground-inserting tip (3) clean.

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Abstract

The invention provides an irrigation sprinkler and pipeline fixing device which is used for fixing pipelines different in diameter and sprinklers in a sprinkling irrigation system. The irrigation sprinkler and pipeline fixing device comprises a support stabilizing plate, double-end studs, ground inserting needles and a spare nut. The double-end studs can prevent a pipeline from moving vertically. The support stabilizing plate is composed of a bottom plate with guide rails, movable fixing plates, positioning bolts and support pipe positioning ribs. The tops of the movable fixing plates are provided with ground inserting needle holding holes and reinforcing plates on two sides. The bottom plate and the movable fixing plates are connected with T-shaped guide rails through bottoms of the reinforcing plates, and the ground inserting needles are connected with the bottom plate in a threaded manner. When using the irrigation sprinkler and pipeline fixing device in a field, a user only needs to fix connected pipelines between the fixing plates, connect a sprinkler with a vertical pipe and insert the ground inserting needles into the soil. When to move and demount the fixing device, the user can loosen sprinkling irrigation pipelines at two ends of a tee joint and pull out the sprinkler and pipeline fixing device together with the sprinkler and the vertical pipe. The irrigation sprinkler and pipeline fixing device is reliable in connection, convenient to move, timesaving and laborsaving and applicable to flat cement ground, fields and slopes.

Description

technical field [0001] The invention relates to the technical field of sprinkler irrigation devices for farmland, gardens, dust prevention, etc., in particular to a sprinkler head and a pipe fixing device that can be used on field slopes and cement floors. Background technique [0002] The light and small multi-nozzle mobile sprinkler irrigation unit is mainly composed of a power machine, a water pump, a pipe and a nozzle. The power is below 11kW. The pipe is mostly made of plastic-coated hose. In irrigation, when the system is actually installed, it is necessary to connect the tee with the pipes on both sides and the nozzle standpipe in sequence, and then insert the three poles into the soil one by one to fix them; One plot continued to be irrigated. According to the number of nozzles configured, the operation time of the whole unit is generally 30 to 50 minutes at a time. [0003] There are two problems in the nozzle and pipe fixing method of the above-mentioned light an...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): A01G25/02
Inventor 李红涂琴陈超刘振超汤攀李一鸣胡斌
Owner JIANGSU UNIV
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