KR200460207Y1 - The connector equipment of T style on-body to the top cultivation. - Google Patents

Abstract

This design is a two-pronged branching hose for the purpose of drip cultivation, which greatly improves the structure of the "T" type connecting device, which makes branching easier. The present invention relates to a connector of a new structure that can be manufactured.

That is, in the "T" shaped connector 10 formed integrally while separating the left and right connectors 11 and 12 and the lower connector 13 of a certain thickness into three segments "T", the "T" The left and right connecting pipes 11 and 12 constituting the male connector 10 are formed with a drop hose fastening nip horn having a locking ring protrusion 21a and inserted into the drop hose fastening nip horn 21 at the same time. An integrally provided with a hose pressure tightening tool 20 configured with a clamp 22 for pressure tightening the drop hose 100; The lower connection pipe 13 constituting the "T" -shaped connection pipe 10 is formed integrally with another drip main hose binding nip horn having a locking ring projection 31a, or the locking ring projection ( Hose compression fasteners formed with a fastening fastener (42) for pressure tightening to the drip main hose (200) inserted into the drip hose binding nip horn (41) is formed at the same time as the drip hose binding nip horn (41a) 40) is formed by forming an integral.

"T" shaped connector, integral formation, hose clamping fastening, drip hose fastening

Description

Integral tee and hose connector for drip cultivation {The connector equipment of T style on-body to the top cultivation.}

The present invention relates to a one-piece tee and hose connector of the drip facility, more specifically, to improve the structure of the "T" type connecting device, which is a bifurcation means for the drip hose installed for the purpose of drip cultivation, more convenient use It relates to a new structure of connecting device which allows for cheaper and simpler integrated manufacturing as well as ease of handling and management of performance.

In general, a dropping facility (a device installed for continuous water supply to crops such as a field or a house) is installed in a state where a plurality of drop hoses of a predetermined length are branched, and is a "T" type as a means for branching the drop hose. It's common to use connectors.

In this conventional tee-shaped connecting device, as shown in Figure 4, the coupling horns formed with one or more hooking projections in a constant length of the connecting pipe is divided into three-way "T" shape, including left, right and bottom, respectively. Form a "T" shaped connector formed integrally with each other in the state,

In addition to coupling the short-length connecting hose to the left and right coupling horns formed on the "T" shaped connector, respectively,

The other end of the left and right bidirectional connection hose is formed on one side of the coupling horn horn formed with one or more engaging ring projection on the connection tube of a constant length, the other side is a fastening clamp for tightening the drip hose nip horn and the drop hose is inserted Hose pressure tightening fittings are again included,

Furthermore, the drip hose binding nip horn of the hose pressing squeezer has a complicated configuration in which the drip hose binding nip is further coupled to the dripping horn horn formed on the "T" shaped connector and further coupled to the drop cultivation main hose. have.

That is, when constructing a conventional tee-shaped connector for bifurcating in one main drip hose, one "T" shaped connector + two connecting hoses having only three directions (left, right, lower) coupling nets + It is an irrational structure in which many parts such as two hose press fittings + drip hose + main drip hose are complicatedly combined with each other.

Therefore, in addition to the considerable process and cost of manufacturing parts for the above configuration,

When installing the drip hose branch connection, it is quite cumbersome and wastes a lot of time and money,

Furthermore, due to the large number of connections, there is no doubt that leakage is extremely high when used after installation.

In addition, since the number of parts prepared for installation has a large number of complicated and difficult drawbacks, the preparation process for installation is inherently difficult.

Therefore, the present invention has been devised to solve the above problems, and in the construction of the connection device of the drop hose used for the drip facility, unlike the conventionally manufactured and composed of many unnecessary parts, it is a single injection manufacturing process. It is completed as a technical task with the main focus on providing a new connection device that can be expected to have significant convenience and cost reduction effect not only during manufacturing but also during installation, parts management and handling.

The "T" shaped connection of the "T" shaped connector 10 formed integrally while separating the left, right connecting pipes 11 and 12 and the lower connecting pipe 13 into a "T" shape in three pieces. The left and right connecting pipes 11 and 12 constituting the pipe 10 are formed with a drop hose fastening nip horn having a locking ring protrusion 21a, and a drop hose inserted into the drip hose fastening nip horn 21 at the same time. Integrally provided with a hose clamping fixture 20 configured with a clamping member 22 for pressing and tightening against 100; The lower connection pipe 13 constituting the "T" -shaped connection pipe 10 is formed integrally with another drip main hose binding nip horn having a locking ring projection 31a, or the locking ring projection ( Hose compression fasteners formed with a fastening fastener (42) for pressure tightening to the drip main hose (200) inserted into the drip hose binding nip horn (41) is formed at the same time as the drip hose binding nip horn (41a) 40) is formed by forming an integral.

The present invention configured as described above is a "T" -shaped connector as the two hose pressure clamps are directly connected to the left and right connectors formed integrally in each of the three directions to the "T" -shaped connector as one body Unlike the complex configuration in which two connecting hoses are plugged into the left and right connectors of the connector, and then two hose clamping fittings must be refitted at the end of the connector, a single structure provides a practically necessary drip hose or drip mains. Not only does it guarantee a significant benefit of simply joining the hose, it can be manufactured and manufactured in one single injection process, and furthermore, it is useful to prepare and manage only one part in preparation for installation. to be.

When described in more detail based on the accompanying drawings to achieve the above technical problem is as follows.

That is, as shown in FIG. 1, the left and right connectors 11 and 12 and the lower connector 13 having a predetermined thickness are separated into three branches in a “T” shape while being formed integrally with the “T” connector 10. ),

The left and right connecting pipes 11 and 12 forming the “T” -shaped connecting pipe 10 are formed with a drop hose fastening nip horn having a locking ring protrusion 21a, and at the same time the fast hose fastening nip horn ( 21 is integrally provided with a hose pressure tightening tool 20 configured with a clamp 22 for pressure tightening the drop hose 100 inserted into the 21;

The lower connection pipe 13 constituting the "T" -shaped connection pipe 10 is formed integrally with another drip main hose binding nip horn having a locking ring projection 31a, or the locking ring projection ( Hose compression fasteners formed with a fastening fastener (42) for pressure tightening to the drip main hose (200) inserted into the drip hose binding nip horn (41) is formed at the same time as the drip hose binding nip horn (41a) It is the characteristic summary that the thing formed by uniting 40) is the main point.

Among the components, the drip hose or the drip main hose coupling nip horns (21, 31, 41) is formed with one or more hooking projections (21a, 31a, 41a) in the connecting pipe (11, 12, 13), when the hose is coupled Although it is fitted to some extent, but after being inserted to a certain depth, the thing which is generally called "nithorn" is considered to be configured so as not to be caught by the locking ring.

Further, the hose pressing fasteners 30 and 40 are stronger and more secure because they are tightened while being tightly pressed by locking the clamping holes 22 and 42 in a state of inserting a part of one end of the hose when fitting the hose. The inner end of the clamp (22.42) has a screw formed on the front side of the screw while the hose pressing portion is formed, the tip end of the pressing portion is formed with one or more engaging ring projection drip hose nip horn is formed It is a structure that there is.

The integrated tee and hose connection device for drip cultivation of the present invention configured as described above is as described above,

Since two hose pressure clamps are directly connected to the left and right connectors formed integrally with each other in three directions on the "T" shaped connector, the two left and right connectors of the "T" shaped connector as described above. Unlike the complex configuration of plugging two hoses and then refitting two hose clamps at the end of the connector,

The simplified structure in one single entity ensures significant benefits by simply combining the drip hoses or drip main hoses that are practically needed.

In addition, the manufacturing can be completed in one single injection process, and furthermore, it is a useful design such that only one part needs to be prepared and managed in preparation for installation.

1 is a perspective view and a cross-sectional view showing a preferred embodiment of the present invention

2 is a perspective view and a cross-sectional view of another embodiment of the present invention

Figure 3 is a partial cross-sectional view of the present invention and the installation and use state

4 is an exploded view and assembling diagram illustrating the conventional connection device

* Description of Signs of Main Parts of Drawings *

10: "T" Connector 11: Left Connector

12: Right connector 13: Lower connector

20, 40: Hose compression clamp 21, 41: Nippon for dripping hose binding

21a, 31a, 41a: Jump ring 22,42: Lock

31: Niphorn 100 for drip main hose: drip hose

200: drip main hose

Claims (1)

Of the left and right connectors (11, 12) and the lower connector (13) of a certain thickness of three separate "T" shaped in the form of a "T" shape of the connector (10), The left and right connecting pipes 11 and 12 forming the “T” -shaped connecting pipe 10 are formed with a drop hose fastening nip horn having a locking ring protrusion 21a, and at the same time the fast hose fastening nip horn ( 21 is integrally provided with a hose pressure tightening tool 20 configured with a clamp 22 for pressure tightening the drop hose 100 inserted into the 21; The lower connection pipe 13 constituting the "T" -shaped connection pipe 10 is formed integrally with another drip main hose binding nip horn having a locking ring projection 31a, or the locking ring projection ( Hose compression fasteners formed with a fastening fastener (42) for pressure tightening to the drip main hose (200) inserted into the drip hose binding nip horn (41) is formed at the same time as the drip hose binding nip horn (41a) 40) Integral tee and hose connection device for drip cultivation, characterized in that it is formed integrally.

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