Installation for multiple automatic watering plants

 

(57) Abstract:

The use of crop production, namely in the equipment for cultivation of plants in greenhouses, particularly in greenhouses. The inventive installation for watering plants contains reservoir-dosing unit, the adjusting device 4, rod 5 connected through the lever 6 float 7, duplex clamp 8, the adjusting device 4 made in the form of a housing 12 with the spring loaded shaft 13, one end of which is fixed to the tube 10, and the other two connected by a spring of the RAM, one of which is fixed on the rod is rigidly and the other can move with respect to it; duplex release contains rigidly connected with a movable slide plate 17 with the upper 18 and lower 19 limiters. When the preset water level in the reservoir-dispenser is zackova release 8 using the limiter 18, and after the release of the first slider limiter 19 rod 13 with the tube 10 will rise up and will drain water. 3 Il.

The invention relates to the field of crop production, namely, equipment for growing plants in greenhouses and can be used for irrigation of greenhouses.

be the dropper and the reservoir-dispenser, fixed under a dropper, and the reservoir-dispenser with piping [1]

The disadvantage of this setup is the lack of adjustment of single doses of the supply fluid.

The closest known technical solution is selected as a prototype installation for automatic watering of plants, including reservoir-dispenser with a spout opening mounted on the wall via a bracket adjusting device float, rod, connected at one end through the lever and float, duplex retainer, shut-off valves with the valve for the water feed tube to overlap the drain hole, and pipelines [2]

A disadvantage of the known technical solution is its complexity, and the adjustment takes place with the help of levers, connected across the volume of the rods, which prevents the Assembly, repair and installation service. The problem on which this invention is directed, is to simplify the design of the installation by performing the adjusting devices are compact, efficient, reliable in operation and while performing multiple dosing.

This goal is achieved by the fact that the setting for mnogokratnogo through the wall bracket adjusting device of the float type, rod connected at one end through the lever and float, duplex retainer, shut-off valves with the valve for the water feed tube to overlap the drain hole, and pipelines, the adjusting device is made in a single compact unit mounted on the bracket body placed in it a spring-loaded rod and tube to overlap the drain hole is mounted on one end of the said rod, the other end of which has two interconnected spring of the RAM, one of which is fixed on the rod is rigidly and the other can move relative to the rod, when this split clamp consists of rigidly associated with the second slide plate, the upper and lower limiter and pivoting the stop, the latter being connected with the other end of the rod and the upper limiter and both stops are installed with the possibility of the upper

zackowski plate, and the lower engagement with the first slider.

In Fig. 1 shows a General view of the installation of Fig. 2 adjusting device in the closing stage of Fig. 3 in the discovery stage.

Installation for multiple automatic watering plants includes reservoir-dispenser 1 with overflow otverstie, connected at one end through the lever 6 float 7, duplex clamp 8, valves with valve 9 for the water feed tube 10 to overlap the drain 2 and the piping 11, with the adjusting device 4 is designed as one compactly mounted on the bracket 3 of the housing 12 holds a spring-loaded rod 13, and the tube 10 to overlap the drain 2 is mounted on one end of the said rod 13, the other end of which has two interconnected spring 14 of the slide, one of which 15 is fixed on the rod is rigidly, and the other 16 can move relative to the rod, when this split clamp 8 comprises rigidly associated with the second slider 16 plate 17, the upper 18 and lower 19 limiters and turning the stop 20, the latter being connected with the other end of the traction bar 5 and the upper stopper 18, and both stops are installed with the opportunity to: top 18 zackowski plate 17 and bottom 19 of the interaction with the first slider 15. The rod is spring-loaded by a spring 21. Rod 5 is made with a longitudinal groove 22.

Installation for multiple automatic irrigation works in the following way.

Reservoir-dispenser 1 through the valve 9 servoir 1. When raising the water level rises the float 7 together with the second slider 16 and the associated duplex retainer 8. When the preset level is the compression of the spring 21 and zackova release 8 using the limiter 18. Further, when the lower stopper 19 will release the first slider 15, he together with the rod 13 and the tube 10 rises under the action of the spring 14, connecting both of the slide and drain the water. When the float 7 will fall to the level of the initial stage. When lowering of the float 7 through the lever 6 and rod 5 is turning the stop 20 counterclockwise, which raises the spring rod 13, it frees the latch 8 and he, together with the slide 16 and the rod 13 lowers the stopper drain under the action of the spring 21. The tank is closed. Then the cycle repeats.

The proposed setup allows you to automate the process of irrigation greenhouses after a certain specified time. Installation, thanks to the simplicity of the design is reliable, allows watering multiple times, without human intervention within a few days.

Installation for multiple automatic watering plants, including reservoir-dispenser with a spout opening, mounted on his wall township float duplex retainer, shut-off valves with the valve for the water feed tube to overlap the drain and pipes, characterized in that the adjusting device is made in a single compact unit mounted on the bracket body placed in it a spring-loaded rod and tube to overlap the drain hole is mounted on one end of the said rod, the other end of which has two interconnected spring of the RAM, one of which is fixed on the rod is rigidly and the other can move relative to the stem, while the duplex latch consists of rigidly connected with the second slide plate, the upper and lower limit switches and rotary lock, the latter being connected with the other end of the rod and the upper limiter and both stops are installed with the opportunity to: top - zackowski plate, and the lower engagement with the first slider.

 

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