KR101121448B1 - Pipe assembly used for prevention of breeding and extermination - Google Patents

Abstract

The spray assembly for spray control according to the present invention is a spray assembly for spraying one of the water, fertilizer, and pesticide flowing therein with a plurality of nozzles, the diaphragm is formed integrally in the longitudinal direction therein A plurality of pipes in which space is divided into two or more, an insertion plate for inserting the diaphragm of the pipe is formed in the center, and a plurality of seal members each inserted into and installed at the ends of the plurality of pipes; A plurality of connecting sockets are provided in the center, and nozzle connection holes communicating with the inner space are formed in the center, and the ends of the pipes are inserted together with the seal members, between the inner surface of the ends of the connecting sockets and the outer surface of the pipes. A plurality of contact rings disposed on the contact sockets and the pipes, respectively; A plurality of caps rotatably disposed on the pipes and fastened to end portions of the connecting sockets respectively, among the plurality of pipes, connected to the ends of connecting sockets connected by caps together with seal members and contact rings at ends of the last pipes. It consists of a sealing cap to seal the end of the.

Therefore, the present invention can be installed in the same position as the conventional auxiliary pipe and does not require the conventional connection pipe, not only can simplify the entire irrigation equipment, but also can easily use unnecessary space, pump and It is possible to easily operate the valve at the required position among the valves provided between the connected main pipe and the pipe assembly of the present invention, thereby achieving the effect of partial sprinkling control easily.

Watering facilities, spray control, pipe, pipe assembly

Description

PIPE ASSEMBLY USED FOR PREVENTION OF BREEDING AND EXTERMINATION}

The present invention relates to a sprinkling control pipe assembly which is part of an irrigation system used for farming, and more particularly, not only to simplify the entire irrigation system but also to facilitate the sprinkling control and to easily realize partial sprinkling control by simple operation. The present invention relates to a pipe assembly for sprinkling control, which can reduce the use of unnecessary space.

In general, watering facilities are installed in a large number of vinyl houses or large fields, and the watering facilities are provided with a plurality of nozzles to supply water or fertilizers to farm products partially or entirely.

For example, when cultivating agricultural products in a plastic house, a hose is installed in a frame in the plastic house, a nozzle is installed in the hose, and water flowing in the hose is sprayed through the nozzle to supply water to agricultural products in the plastic house. Done.

In other words, in order to spray water and the like through a nozzle, a main pipe is connected to the outlet of the pump, a plurality of auxiliary pipes are connected to the main pipe, and a pressure drop in the auxiliary pipe away from the main pipe is reduced. The connection pipe is provided with a structure connected to the front end of the plurality of auxiliary pipes.

In order to allow water or the like to flow in some of the auxiliary pipes among the plurality of auxiliary pipes, a valve is conventionally provided between the main pipe and the auxiliary pipe and between the connection pipe and the auxiliary pipe.

Thus, water flowing out of the pump flows into one main pipe and flows into a plurality of auxiliary pipes, and is sprayed through a plurality of nozzles installed on the auxiliary pipes.

The conventional technology is that when water is injected through a plurality of nozzles installed in a plurality of auxiliary pipes, the pressure in the auxiliary pipe located at a distance from the main pipe drops so that the water is not sprayed smoothly through the nozzle and grows in a large area. It is impossible to uniformly supply water to crops.

In addition, the connection pipe is located at the end of the plurality of auxiliary pipes occupy the installation space of the connection pipe has a disadvantage of reducing the space utilization.

In order to uniformly supply water to agricultural products, conventionally, by operating valves located at both ends of auxiliary pipes, water is sequentially flowed through a plurality of auxiliary pipes to uniformly supply water to crops.

However, the above-described technique has a disadvantage in that the operator operates the valve while reciprocating both ends of the auxiliary pipe in order to operate the valve.

The present invention has been made to solve the problems of the prior art as described above, the object of the present invention is not only to simplify the entire irrigation equipment by deleting the conventional connection pipe, but also can easily use unnecessary space can be reduced In order to reduce the pressure drop in the auxiliary pipe away from the main pipe, spraying can be controlled smoothly through the nozzle, and the valve can be easily operated when spraying partially sprayed, so that spraying can be easily realized. To provide a pipe assembly.

In order to achieve the above object, the present invention is a spray assembly for spraying water, which comprises spraying one of the water, fertilizers, and pesticides flowing into a plurality of nozzles, the diaphragm is formed integrally in the longitudinal direction therein A plurality of pipes having an internal space divided into two or more, an insertion plate for inserting the diaphragm of the pipe is formed in a central portion thereof, and a plurality of seal members respectively inserted and installed at the ends of the plurality of pipes; A plurality of connection sockets having a connection plate integral with the connection plate and having nozzle connection holes communicating with the internal space, the end portions of the pipes being inserted together with the seal members, the inner side surfaces of the end portions of the connection sockets, and the outside of the pipes. A plurality of contact rings disposed between the surfaces and tightly connected between the connection socket and the pipe; A plurality of caps rotatably disposed on the pipes and fastened to the ends of the connecting sockets respectively, and connected to the ends of the connecting sockets connected by the caps together with the seal member and the contact ring at the ends of the last pipe of the plurality of pipes. Provided is a pipe assembly for spray control comprising a sealing cap for sealing the end of the.

The sprinkling control pipe assembly according to the present invention can be installed at the same position as a conventional auxiliary pipe and does not require a conventional connection pipe, thereby simplifying the entire watering facility and using unnecessary space. It can be easily reduced, there is an advantage that it is possible to easily operate the partial spray control by simply operating the valve of the required position among the valve installed between the main pipe connected to the pump and the pipe assembly of the present invention.

In addition, the present invention can maintain a constant pressure in a plurality of pipes connected linearly by sealing the connection sockets installed at the end of the last pipe with a sealing cap, as well as a linear connection between the plurality of pipes, such as connecting sockets, The pressure drop in the auxiliary pipe away from the pipe has the advantage of smoothing the spray control through the nozzle.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

1 is a view showing a part of the watering equipment showing an example in which the pipe assembly for spraying water control according to the present invention is applied, the main pipe (2) connected to the outlet of the pump (1), the main A plurality of valves 3 installed on the pipe 2 and a pipe assembly 10 of the present invention respectively installed on the valve 3 are provided. In the above-described embodiment, the pipe assembly 10 of the present invention is provided. ) Is installed on the main pipe 2, but the pipe assembly 10 may be configured independently.

Anyway, the pipe assembly for spraying water spray according to the present invention is a structure for spraying one of the water, fertilizer, and pesticide flowing therein into a plurality of nozzles (not shown), as shown in Figures 2 to 4 11) Between the seal member 12, the connecting socket 13, the contact ring 14, the cap 15 is disposed between, the end of the last pipe 11 of the plurality of pipes 11 as described above The connecting socket 13 installed by the cap 15 together with the seal member 12 and the contact ring 14 is sealed by the sealing cap 16.

Here, the pipe 11 is composed of a plurality, the inside of the diaphragm (11a) is formed integrally in the longitudinal direction is divided into two or more internal spaces.

Since the seal member 12 is installed at both ends of the pipe 11, the seal member 12 is composed of a plurality, and the insertion plate 12a for inserting the diaphragm 11a of the pipe 11 is formed at the center thereof, Inserted into the end of the pipe 11, respectively.

A connecting plate 13a integral with the diaphragm 11a of the pipe 11 is provided at an inner central portion of the connecting socket 13, and a nozzle engagement hole 13b communicating with an internal space is formed at the central portion thereof. End portions 11 are inserted together with the seal member 12.

The contact ring 14 is provided in each of the end portion of the pipe 11 is composed of a plurality, it is disposed between the inner surface of the end of the connecting socket 13 and the outer surface of the pipe 11 are respectively It is in close contact between the connecting socket 13 and the pipe (11).

Since the cap 15 is installed at each end portion of the pipe 11 together with the contact ring 14, the cap 15 is formed in plural numbers, and the cap 15 is rotatably disposed on the pipe 11 to connect the connection socket 13. Are respectively fastened to the ends of the

In the present invention, in order to equalize the pressure in the plurality of pipes 11 and the connection sockets 13, it is necessary to seal the end of the last pipe 11 with the sealing cap 16 among the plurality of pipes 11. have.

The sealing cap 16 is connected to the end of the connecting socket 13 connected by the cap 15 together with the seal member 12 and the contact ring 14 at the end of the last pipe 11 of the plurality of pipes (11). It is fastened to seal the end of the connecting socket (13).

If the inner space of the pipe 11 to be applied to the water spray control pipe assembly according to the present invention is divided into two, as shown in Figs. 5 to 7 connecting plate formed in the hollow portion of the connecting socket 13 13a may be inserted into the center portion of the insertion plate 12a of the seal member 12, and a diaphragm 11a formed in the hollow portion of the pipe 11 may be inserted into the insertion plate 12a of the seal member 12. It can be inserted in the center.

In addition, as shown in FIG. 8, although not shown by the diaphragm 11a formed in the hollow part of the pipe 11, the connecting socket 13 applied to the structure in which the internal space of the pipe 11 is divided into three. The connecting plate 13a is shown, and the drawings of the pipe 11 and the seal member 12 applied thereto are omitted.

As another example, as shown in FIG. 9, although not illustrated by the diaphragm 11a formed in the hollow portion of the pipe 11, the connecting socket is applied to a structure in which the internal space of the pipe 11 is divided into four. The connecting plate 13a of (13) is shown, and the figure of the pipe 11 and the seal member 12 applied to this is abbreviate | omitted.

Meanwhile, in the present invention, a nozzle (not shown) is installed in the connection socket 13, but after forming a hole (not shown) on the pipe 11 as in the prior art, the nozzle surrounding the hole as shown in FIG. It includes the structure which installs 17.

Furthermore, the present invention may include a structure in which a plurality of nozzle fastening holes 13b formed in the center portion of the connection socket 13 are formed along the circumference of the center portion of the connection socket 13.

The pipe assembly for sprinkling control according to the present invention made as described above functions as follows.

As the pump 1 operates, water and the like flow through the main pipe 2 and the valve 3 to the pipe assembly 10, and although not shown, the water is sprayed through the nozzles installed in the pipe assembly 10 to supply to the crops. do.

In other words, water passing through the main pipe 2 and the valve 3 flows along a plurality of spaces divided in the pipe 11 of the pipe assembly 10.

Then, as shown in FIG. 2, the water flows along the inner space of the seal member 12 and the connection socket 13 in communication with a part of the plurality of spaces divided in the pipe 11, and is injected into the nozzle. In addition, a plurality of pipes 11 which flow along the inner space of the seal member 12 and the connection socket 13 communicating with the remaining space among the plurality of spaces divided in the pipe 11 and are blocked by the sealing cap 16. The last pipe 11 in the middle is sprayed to the nozzle.

Therefore, since the last pipe 11 of the plurality of pipes 11 is blocked by the sealing cap 16 is formed in the space in the connection socket 13 in which the plurality of nozzles are located due to the pressure acting around the last pipe 11. The pressure of the water becomes uniform without a big difference as a whole.

Thus, in the present invention, even if there is no conventional connection pipe, the pressure of the water formed in the space in the connection socket 13 in which the plurality of nozzles are located becomes uniform without a large difference as a whole, so that the simplification of the entire watering facility can be realized, and the water spray control Convenience and operator's convenience can be improved.

1 is a schematic configuration diagram extracting the irrigation equipment to which the pipe assembly for spray control according to the present invention is applied,

2 is a cross-sectional view of part A of FIG.

3 is an enlarged cross-sectional view of part B of FIG. 2;

4 is an enlarged cross-sectional view of part C of FIG. 2;

5 to 7 is a cross-sectional view showing a connecting socket, a seal member, and a pipe, respectively, applied to the pipe assembly for water spray control according to the present invention;

8 and 9 are cross-sectional views showing another example of a connection socket applied to the pipe assembly for water spray control according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: pipe assembly

11: pipe

12: seal member

13: connecting socket

14: contact ring

15: cap

16: sealing cap

Claims (3)

In the pipe assembly for sprinkling control consisting of spraying one of the water, fertilizer, and pesticide flowing through a plurality of nozzles, A plurality of pipes in which the diaphragm is integrally formed in the longitudinal direction and divided into two or more internal spaces, A plurality of seal members having insertion plates formed therein for inserting the diaphragms of the pipes and inserted into end portions of the pipes; A plurality of connecting sockets having a connecting plate integral with the diaphragm of the pipe at an inner central part thereof and a nozzle engaging hole communicating with the inner space is formed at the central part thereof so that the ends of the pipe are inserted together with the seal members; A plurality of contact rings disposed between the inner surface of the end of the connection socket and the outer surface of the pipe, the contact rings being closely contacted between the connection socket and the pipe; A plurality of caps rotatably disposed on the pipe and fastened to ends of the connection sockets, respectively; It consists of a sealing cap which is fastened to the end of the connection socket connected by the cap together with the seal member and the contact ring at the end of the last pipe of the plurality of pipes to seal the end of the connection socket, After forming a hole on the pipe, the pipe assembly for spray control comprising the step of installing a nozzle surrounding the hole. delete The method of claim 1, Spray assembly pipe assembly comprising a plurality of nozzle fastening holes formed in the center portion of the connecting socket is formed along the circumference of the center portion of the connecting socket.

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