KR200275725Y1 - Moisture Supply Equipment - Google Patents

Abstract

The present invention puts a small barrel (inner tube) with a small hole inside the container that can hold water, and supplies water to remove the impurities in the water to supply water to an object that requires moisture through the capillary phenomenon of fibers. Relates to a device.

Description

Moisture Supply Equipment

The present invention relates to a water supply device that can supply water by placing or buried near an object requiring moisture. When the water supply device is buried, impurities such as soil or sand, along with rain water, can be easily removed to keep moisture away. It is in a form that can be supplied.

Conventionally, in addition to a method of directly pouring water into a plant or a pot with a hose or a gourd, the utility model No. 0220967, filed by the applicant, selects a method of supplying moisture by capillary phenomenon by placing or burying it close to plants requiring moisture. Water enters the capillary phenomenon-causing fiber in the water supply container without any action in the water supply container. When water and foreign substances enter the water supply container together with the water, the foreign matter may be filled in the water supply container and the function of the water supply container may be lost. There is also a problem in that sand or soil easily enters with rainwater, but when there is a water supply buried in close proximity to the object requiring moisture, there was a problem that there is no removal device.

In order to solve the above problems, the present invention puts several small holes in the water container (water supply container) and puts the inner cylinder (sedimentation tank) on the side of the water supply container. The capillary phenomenon-causing fiber comes out through the small hole on the side of the inner tube, and there is no sand or soil even if there is sand or soil in the water. To remove sand or dirt, you can simply clean the sand or dirt by holding the large lid of the water container and lifting the inner container.

Figure 1-Perspective view of the appearance of the present invention

Figure 2-An exploded perspective view of the present invention

Figure 3-perspective view of the cover of the present invention

[Description of Major Symbols in Drawing]

1: water supply bucket

2, large cover

3: small cover

4: inner tube (sedimentation tank)

5: fibers packed with synthetic resin (capillary phenomenon-causing fibers)

6: big cover hole

7: water hole of inner tube

8: bite chin

9: incision

10: protrusion

11: hole for handling inner cylinder

12: large cover fixing protrusion

13: small cover fixing protrusion

14: small cover handling hole

15: Moisture release hole of fiber

16: water hole check

When described in detail with reference to the drawings the specific configuration and operation of the present invention as follows.

As shown in FIG. 2, an exploded perspective view of the present invention, an incision 9 having protrusions 10 is formed at the edge of the water supply container 1 placed on the side of the water supply object, and one end of which is wrapped with synthetic resin thereon. When the fiber 5 having a large number of holes 15 can be placed therein, and the inner cylinder 4 having two small holes 7 and two large holes 12 therein is inserted into the water supply container 1. The water supply container (1) allows the inner cylinder (4) to be made small enough to have a space, and a large cover (2) having a water-holding jaw (8) and several holes (6) at the four edges of the inner cylinder ( 4) It can be placed on the top, and it can be placed on the fiber (5) wrapped with a synthetic resin with a small cover (3) having a handling hole (14) and a water check hole (16).

As shown in FIG. 1 and FIG. 2, the water supply device configured as described above is intended to achieve its full function. It is made to allow water to enter the large cover hole 6 effectively when it is rained or when water is poured on it when it is installed outside, and impurities such as sand and soil in the water that has entered the large cover hole 6 It sinks to the bottom of (4), and water comes out through the inner barrel hole (7), which is a small hole, and in the water supply container (1), the inner barrel is placed and collects in the remaining space. In the space that makes the size of the inner cylinder 4 smaller than that of the water supply cylinder 1, one end of the fibers (capillary tube-induced fiber) 5, which is packed with a water-containing resin together with water, is placed. It penetrates into the packaged fibers (5) and oozes out to the other end so that water is supplied where necessary. When the small cover (3) of the water supply container is placed on the fibers (5) packed with synthetic resin, the fibers (5) It is securely fixed, and when the large cover 2 of the water supply container is placed on the inner cylinder, it becomes in the shape as shown in FIG.

Reference numerals 9, 10, 11, 12, 13, 14, 15, and 16 of 9 are spaces in which fibers 5 wrapped with synthetic resin can be placed, and 10 is firmly fixed with fibers 5 wrapped with synthetic resin. 11 is a hole for easy lifting when lifting the inner cylinder 4, 12 is a protrusion for securing the large cover when the cover is closed, and 13 is a fixing hole for the small cover securely 14 and 16 are holes for checking whether water is present and for convenient handling of small covers, and 15 are perforated holes of synthetic resin for facilitating release of moisture of the fibers 5.

It may vary slightly depending on the object and place to supply water, but if it is buried in the ground, it can be easily cleaned even when impurities such as sand or soil enter together with surface water, thereby maximizing the function of the water supply device.

Claims (1)

In a conventional water supply device, a water supply device characterized in that an inner cylinder (4) having a water hole (7) is inserted into a water supply container (1).