KR200364349Y1 - Fountain-type flowerpot for water supply - Google Patents

Abstract

The present invention relates to a fountain-type watering pot, located between the upper end 36 and the water storage part 35 of the pot body 100 has at least one through hole 50 and the pot body 100 and A non-permeable plate 40 formed integrally with one another; At least one orifice (70) formed at one side of the pot body (100) in contact with the reservoir (35) and the lower portion of the plate (40); At least one drain 80 formed at one side of the lower end of the reservoir 35; The first pipe 110 and the other end is located on the outer side of the planter body 100 is extended from the reservoir 35 through the orifice 70 and the other end is connected to the upper drain pipe 140 A power supply means 130 connected to one end of the 120; An upper drain pipe 140 penetrates the through hole 50 from the water storage part 35 so as to pass through the upper side of the flower pot body 100 so as to raise water introduced into the second pipe 120 upward. and; A multi-stage sourcer (SAUCER) 170 fixedly connected to each of the connection members 160 arranged at a predetermined height on an upper side of the upper drain pipe 140; Located below the lower sour 170 of the sour source 170, having a funnel 180 in the upper portion and extends upright through the through-hole 50 to the lower portion of the water reservoir (35) A collecting pipe 190 located at; It characterized in that consisting of; plug (90) for opening and closing the drain port (80).

Description

Fountain-type watering pots {FOUNTAIN-TYPE FLOWERPOT FOR WATER SUPPLY}

The present invention relates to a fountain-type watering pot, and more specifically, to not only smoothly supply moisture to the potted plants, but also to include a reservoir for preventing the problem that the root portion of the plant is damaged or rotted due to the excess supply of water. In order to prevent the problem of water decay due to the accumulation of moisture accumulated in the water for a long time, it is possible to smoothly circulate water in the pot, and at the same time, it has a structure that can enjoy a humidification effect. will be.

Pollen is a plant cultivation container that basically accommodates the flowers and supplies the soil and moisture within them to provide a suitable growth space. In order to grow plants or flowers in the pot well, the most important thing is to supply moisture to the potted plants smoothly. For this purpose, the user must supply adequate moisture according to the water demand of the potted plants. However, if the water is not supplied at the required time, there is a problem that the flower dies, and it is not cumbersome to supply the water at the proper time.

In order to overcome such troublesome problems, potted plants with water supply spaces are used. In the past, a method of filling a soil, a plant and a flower plant by filling stones, styrofoam, and other members at the bottom of the pot, and planting plants and flowers, A number of related techniques have been disclosed.

In addition, by focusing on the fact that the pollen basically contains moisture, a technique of using the moisture to provide a decorative aesthetic while enjoying indoor humidification effect is also disclosed.

A pot with a water bottle basically serves to supply water to the root part of the plant by placing a water reservoir where water is stored at the bottom of the flower pot. For example, related utility model No. 20-0257503 Let's explain.

Referring to Figure 1, the technique is a drain pipe (2) is installed in the bottom of the inner side of the planter body (A) and the drain pipe formed in the upper end of the drain pipe, the lower end of the main body in accordance with the height of the drain pipe (3) In addition to the water reservoir (1) for storing water, and also to configure the water supply port 4 in a position slightly higher than the position of the drain pipe drain, the water level indicator (5) is attached to the side of the water supply port (4) Equipped with a float (6) has a configuration that allows the user to easily identify the low water amount.

In such a configuration, it is disclosed that compared to a conventional potted plant, it is possible to reduce the hassle of water supply, to clean the potted plant, and to control the amount of water supply.

By the way, according to the above technique, although the user can check the water supply 6 and adjust the water supply amount, there is not only the inconvenience of having to supply water by reading the scale one by one, but also if the user accidentally oversupplied the water supply amount which is the limit line of the water level display part. When doing so, there is a problem in that it is not provided with an additional means that can easily remove moisture in order to solve the problem of oversupply the roots to prevent soil voids.

And there is a conventional technology that allows the potted plant to enjoy the humidification effect of the room, for example, Figure 2 relates to a registered utility model 20-0244233 relating to a watering potted with a humidification, the inlet for putting water in the potted body (10) ( 11) and the water storage chamber 12 in which water is stored is formed inside, and the external shape may be formed in a random shape having a decorative effect, but the roots may be attached to the wall such as moss, turbulence, turbulence, etc. One or more planting parts 20 are provided.

However, according to the above technique, the root has a disadvantage that the plant can only accommodate a specific flower that is attached to the wall surface, and the water stored in the pot body slowly leaks in the room, but water accumulated in the body for a long time is more than necessary. Or smells.

The present invention is devised to solve the above-mentioned problems of the existing pollen more appropriately, provided with a water supply means for supplying water to the lower part of the pot, the user by using the natural phenomena pressure of the plant through the capillary phenomenon Its purpose is to provide a composition that does not supply excess moisture to the root portion of the plant conveniently without extra effort.

It is a further object of the present invention to provide a water supply buffer means and a convenient water supply and drainage means for preventing the problem of the rapid supply of water and other nutrients to the root of the plant.

In addition, another object of the present invention is to provide a decorative and beautiful aesthetic by providing a composition such as a fountain facility while circulating the water in a way to actively utilize the moisture stored in the potted plant to enjoy the indoor humidification effect.

1 is a cross-sectional view showing the configuration of a pot according to the prior art.

Figure 2 is a cross-sectional view showing the configuration of a pot according to the prior art.

Figure 3 is a front sectional view showing the configuration of a pot for an embodiment of the present invention.

Figure 4 is a partially enlarged plan view showing an enlarged A-A 'according to the present invention.

Figure 5 is a front view showing a flowerpot for another embodiment of the present invention.

Figure 6 is a front sectional view showing a pot for another embodiment of the present invention.

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

100: planter body 90: stopper

35: reservoir 110: first tube

36: upper portion 130: power supply means

40: plate 140: upper drain pipe

50: through 170: SAUCER

60: moisture absorption member 190: water collecting pipe

70: orifice 200: measuring tube

80: drain 250: fan

In order to achieve the above object, it is located in the bottom of the potted plant body 100 according to the present invention and the water storage unit 35 for storing moisture; A non-permeable plate 40 disposed between the upper end portion 36 and the water storage portion 35 of the pot body 100 and having at least one through hole 50 and integrally formed with the pot body 100; ; At least one orifice (70) formed at one side of the pot body (100) in contact with the reservoir (35) and the lower portion of the plate (40); At least one drain 80 formed at one side of the lower end of the reservoir 35; The first pipe 110 and the other end is located on the outer side of the planter body 100 is extended from the reservoir 35 through the orifice 70 and the other end is connected to the upper drain pipe 140 A power supply means 130 connected to one end of the 120; An upper drain pipe 140 penetrates the through hole 50 from the water storage part 35 so as to pass through the upper side of the flower pot body 100 so as to raise water introduced into the second pipe 120 upward. and; A multi-stage sourcer (SAUCER) 170 fixedly connected to each of the connection members 160 arranged at a predetermined height on an upper side of the upper drain pipe 140; Located below the lower sour 170 of the sour source 170, having a funnel 180 in the upper portion and extends upright through the through-hole 50 to the lower portion of the water reservoir (35) A collecting pipe 190 located at; It characterized in that consisting of; plug (90) for opening and closing the drain port (80).

In addition, the water supply pot according to the present invention further includes a semi-permeable moisture absorbing member 60 is fixed to the through-hole 50 of the plate 40, the stopper 90 inside the through-shaped end The elbow 205 is further attached to the vertical measuring tube 200, the vertical measuring tube 200 is made of a transparent material is characterized in that the scale 210 is displayed on the outer surface.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale, and like reference numerals in each of the drawings refer to like elements.

For example, suppose that there is a vertically divided space, if there are dried soil and roots of plants in the upper space, water is filled in the lower space, and a semipermeable membrane exists between the upper and lower spaces, It can be seen that the water in the lower space is moved to the upper space by capillary phenomenon occurring in the stem of the plant. On the contrary, if the soil in the upper space is saturated with water and the roots of the plant exist, the effect of gravity is greater than the insertion force. It can be seen that the water filled in the upper space moves to the lower portion.

The inventors can use this basic natural law to properly adjust the amount of moisture without user's artificial manipulation, and also provide the composition of pots that can emphasize the decorative side and provide external humidification effect. To this end, a front cross-sectional view of the overall configuration of the present invention is shown in FIG.

Figure 3 is a front sectional view showing the configuration for one embodiment of the pot according to the present invention.

The pot body 100 may be any shape of a conventional pot, that is, a trapezoidal shape, a square shape, a cylindrical shape, and various materials having a size sufficient to accommodate the entire stem and root of the plant, that is, marble or plastic material or FRP. Made of material.

In FIG. 3, the pot body 100 is cylindrical, but is not limited thereto, and other shapes may be included in the scope of the present invention.

Plants and soil are provided at the upper end portion 36, which is the upper portion of the potted body 100 of this type, the reservoir 35 is provided at the lower portion of the potted body 100. The reservoir 35 is a space in which water to be supplied to the plant is stored due to the infiltration pressure and capillary phenomenon of the stem and root of the flower, and may be provided by mixing the liquid fertilizer with water. The reservoir 35 is preferably configured to a predetermined size, preferably about 1/3 of the length of the pot body 100 so that sufficient moisture is stored.

The plate 40 is configured between the upper end portion 36 and the water storage portion 35 of the pot body 100. The plate 40 basically has a role of distinguishing the upper portion 36 and the reservoir 35, and the plate 40 is integrally formed with the planter body 100 and is manufactured in advance from the time of manufacture. After manufacturing the pot body 100 by the mold casting (MOLD CASTING) and a manufacturing method or a glazing treatment process using the same, the plate 40 is re-produced to prevent inconvenience and cost increase.

The plate 40 is made of a non-permeable material to prevent unwanted osmotic pressure from occurring in the reservoir, and at least one through-hole 50 is perforated as a means for passage of moisture to supply water to plants or flowers. Has a configuration.

The through hole 50 perforated on the plate 40 serves to moisturize the plant based on the osmotic action, which varies in diameter from 1 mm in diameter to even the diameter corresponding to the diameter of the pot body 100. It can have a shape, and the shape can be a circle, a square, or a triangle.

Referring to FIG. 3 again, a power supply unit 130 is attached to one side of a predetermined position outside the main body 100 in which the water storage unit 35 is positioned, and the power supply unit 130 has a pot body ( The first pipe 110 and the second pipe 120 are connected via an orifice 70 formed at one side of the 100, one end of the first pipe 110 is connected to the power supply means 130 and the other end is It is placed on the bottom portion of the reservoir 35, one end of the second pipe 120 is connected to the power supply means 130, like the first pipe 110 and the other end of the upper drain pipe 140 to be described below It is connected to the bottom of the.

The power supply means 130 may be generally referred to as a motor, and sucks moisture accumulated in the reservoir 35 from the first tube 110 located in the reservoir 35 and flushes it to the second tube 120. As to, it serves to transfer the power to allow the moisture to rise to the upper drain pipe (140).

The power supply means 130 according to the position of the orifice 70 of the planter body 100 to adjust the length of the first and second pipes (110, 120) and to penetrate the first, second pipes (110, 120) to the outside. It can be placed anywhere on the outside of the main body 100, the power source can be used indoor 220V power source or can be operated by a battery, it is provided with a control unit and a control switch (not shown) to adjust the strength of the power desirable.

The first and second pipes 110 and 120 are preferably made of a flexible material such as rubber, and basically serve as flow path pipes through which moisture passes.

The upper drain pipe 140 connected to the lower end of the second pipe 120 is raised by receiving the power of the power supply unit 130 from the water storage part 35 extending vertically upward after passing above the pot body 100. It is the passage of moisture. As such, the upper drain pipe 140 passes through the through hole 50 on the plate 40. In order to appropriately accommodate the diameter of the upper drain pipe 40, one of the plurality of through holes 50 is the other through hole 50. It may be made larger.

When viewed from above, the upper drain pipe 140 is preferably formed near the outer circumferential surface of the potted plant body, so as not to interfere with the position of the plant is usually planted in the center of the potted plant body, but is not necessarily limited thereto.

An upper U pipe 150 is connected to the upper end of the upper drain pipe 140 (or the upper end of the upper drain pipe 140 may be integrally formed in an inverted U shape), and thus, an upper end of the upper drain pipe 140. Moisture raised up to flow down through the reverse U-shaped tube 150, a plurality of connecting members formed on one side of the upper drain pipe 140 from the pot body 100 immediately below the reverse U-shaped tube 150 At least one that is connected and fixed by the 160, preferably a multi-stage source (SAUCER) 170 (with a three-stage source is provided in Figure 2) is provided with water flowing down from the upper drain pipe 140 This is why.

The sour 170 has a slightly inclined structure so that when the inside is filled with moisture, water is transferred to the other sour 170 at the bottom and there is another sour 170 at the bottom thereof. The moisture is also transferred to the sour 170.

To this end, the size of the source 170 is increased toward the lower side may be configured to accommodate the moisture supplied from the upper source 170, or the appropriate length of the connection member 160 By predicting the way the moisture flows through the support, the lower sour 170 is positioned directly under the side of the upper sour 170 so that the water flows along the multiple sour 170. It can also be configured to allow the user to have fun watching.

In other words, the multi-stage sourcer 170 and the connecting member 160 connecting it to the upper drain pipe 140 may be configured in various sizes and shapes, for example, the sourcer 170 is the same size, respectively. It is manufactured to be able to adjust the flow of water through the length of the connecting member 160, the lower portion from the same length of the connecting member 160 is configured so that the area of the source 170 is wider, decorative surface In consideration of this, one of the source 170 may be provided with a decoration such as a watermill.

A water collecting pipe 190 is provided with a funnel 180 at an upper portion of the lower portion of the lower sour 170, penetrating through the through hole 50 on the soil of the flower pot and the plate 40 and extending upright. Moisture flowed down from the sour source 170 at the bottom is converged to the funnel 180 and stored in the reservoir 35 again along the collection pipe 190.

As a result, the water of the reservoir 35 is supplied upward by the power supply means 130 along the upper drain pipe 140 and flows downward to the water collecting pipe 190 again through the multi-sourced source 170. By circulating to the reservoir 35 by. This multi-stage source 170 may not only have a decorative meaning but also provide a humidification effect and an air purification effect in an indoor space, etc. outside the pot, and also the water is circulated in this configuration according to the present invention. It is possible to prevent the rot of the water standing in 35).

4 is an enlarged cross-sectional view of the through hole 50 according to the present invention. Between the through holes 50 is filled with a moisture-absorbing member 60 of semi-permeable material. The moisture absorbing member 60 is to prevent the excessive supply of moisture to the root of the flower by osmotic action by opening the through hole 50 completely, and the moisture absorbing member is slower than when the plate 40 itself is completely semipermeable. Moisture and liquid fertilizer is raised through 60 to provide an optimal environment for the growth of flowers. The moisture absorbing member 60 may be a material having a hole having a suitable diameter such as styrofoam from a general cloth. Of course, it is not necessary that the moisture absorbing material is filled in the through hole 50 through which the upper drain pipe 140 and the collecting pipe 190 pass.

3 and 5, at least one orifice 70 is formed at a portion where the reservoir 35 and the plate 40 contact each other in the main body 100 of the pot. The orifice 70 provides a function of naturally adjusting the capacity of water stored in the reservoir 35 by osmotic pressure and gravity, and the water stored in the reservoir 35 is excessively supplied to the plate 40. If it penetrates upward, the water flows through the orifice 70, and if the user excessively supplies the water to the upper part of the pot body 100 to block soil pores in the root portion of the plant or plant or roots. When moisture is stored in the portion, the excess water can be stored in the water storage part 35 by falling water by gravity basically, but if excess water exceeds the capacity of the water storage part 35 To help excess water naturally flow through the orifice 70 when water penetrates the plate 40 or there is no suitable storage space. will be.

In addition, in the state where the water is not saturated in the reservoir 35, it serves as a vent through which air is circulated, thereby providing a smooth circulation of air to help prevent root rot of the flower.

The orifice 70 may also have a function as a water supply port for supplying water to the reservoir 35. In addition, the water inlet has a diameter of 1 to 3 cm in a configuration independent of the orifice 70 and is independently at a portion where the lower end of the plate 40 and the upper end of the reservoir 35 (ie, the same height on the pot body in which the orifice is located) are in contact with each other. It may be formed as.

In addition, as mentioned above, the orifice 70 also has a role of a passage for allowing the first and second pipes 110 and 120 to be connected to the power supply means 130 formed on the outside of the main body 100.

The diameter of the orifice 70 may have a variety of shapes such as a diameter of 1 mm to 150 mm and a circle, an ellipse, a triangular shape, and the like.

Since the inserting pressure action is generated by the pressure difference between two spaces or objects to be contrasted, the space of the reservoir portion or the presence of the orifice 70 is not hindered, but the diameter of the orifice 70 is too large, the insertion force More preferred is a diameter of 5 mm to 20 mm, which is an appropriate size that can hinder the action or thereby prevent the water from flowing out more than necessary.

5 is a front view showing another embodiment according to the present invention.

Referring to FIG. 5, a fan 250 may be additionally installed inside any one of the orifices 70, and the fan 250 may help to circulate air in the reservoir 35 more excellently. For the purpose, the battery may be supplied with power or may use power supplied to the power supply means 130. When the power supply means such as a battery is additionally attached around the pot body 100, the aesthetics of the exterior may be damaged, and thus the wire from the orifice 70 in which the fan 250 is accommodated to the power supply device of the power supply means 130. It is preferable to form a hole (not shown) corresponding to the diameter of the passing between the walls of the pot body 100 and thereby receive power.

In order to accommodate the fan 250 properly, the diameter of the orifice 70 in which the fan 250 is accommodated is larger than that of the other orifices 70, and also a small fan corresponding to the diameter of the orifice 70 previously formed. 250 may be mounted, and two or more fans 250 may be mounted.

Figure 6 is a front sectional view showing another embodiment according to the present invention.

In order to prevent the problem of polluting around the pot when excess water is leaked through the orifice 70, as shown in Figure 6, the upper and lower narrowing structure and shape is narrowed from the top to the bottom The plant pot body 100 is accommodated in the support portion 300 of the shape (that is, inverted trapezoidal in cross section), and the flower pot according to the present invention may further include the support portion 300. Through such a support 300, even if excess water overflows through the opiris 70, it is appropriately accommodated to keep the pot around clean.

Referring to FIG. 3 again, a drain port 80 is formed at one side of the bottom of the reservoir 35, which is the bottom of the pot body 100. The drain 80 is a passage for draining water when it is stored in the reservoir 35 for a long time and is polluted or when there is a need to replace water, and has various diameters from 1 mm to 100 mm in diameter, and has at least one quantity. Can be.

In order to prevent the drain opening 80 from being opened daily, a stopper 90 having a function of opening and closing the drain opening 80 is inserted therein. It serves to prevent unwanted spills. The stopper 90 may be made of a soft material such as cork or rubber.

In addition, the stopper 90 is a structure through which the water flows through the inside is penetrated through the elbow 205 through the elbow 205 measuring pipe 200 which extends vertically along the wall of the planter body 100 is to be disposed. There is a number. The measuring tube 200 is made of a transparent material as a means for the user to easily observe the amount of moisture stored in the reservoir 35, the scale 210 is formed on the outer surface, the height of the reservoir 35 Slightly higher than the top of the to prevent the overflow of water through which the orifice 70 can adjust the amount of water to the location.

As mentioned in the description so far, the configuration and operation of the fractional water supply pot according to the present invention have been expressed in the above description and the drawings, but this is merely an example and the idea of the present invention is not limited to the above description and the drawings. And, of course, various changes and modifications are possible without departing from the technical spirit of the present invention.

As described above, according to the fountain-type water pot according to the present invention, in general, considering that the consumer does not spend excessively for the purchase of pots, due to the complex configuration and the existing water pots that had to be produced at a high price and In the same way, it plays a role of supplying moisture to the pot at all times, but it is advantageous in that it is manufactured through cheaper and simpler configuration.

In addition, by supplying sufficient oxygen to the roots of the flowers by helping the air flow smoothly in the pots, the roots of the plants can be prevented from being damaged or rotted. Naturally, it is effective to supply adequate moisture to plants in pots.

In addition, the excess moisture is supplied to the root of the flower to prevent the problem of the root of the flower rotting has the advantage that can be grown in the optimal water supply environment.

In addition, not only has a decorative meaning as a configuration to circulate the water in the reservoir, but also can provide a humidification effect and air purification effect in the interior space, such as the outside of the pot, and the water accumulated in the reservoir is easily rotten or dirty There is an effect to prevent the phenomenon.

Claims (6)

It is located in the bottom of the pot body 100 to store the water storage unit 35; A non-permeable plate 40 disposed between the upper end portion 36 and the water storage portion 35 of the pot body 100 and having at least one through hole 50 and integrally formed with the pot body 100; ; At least one orifice (70) formed at one side of the pot body (100) in contact with the reservoir (35) and the lower portion of the plate (40); At least one drain 80 formed at one side of the lower end of the reservoir 35; Located on the outer side of the pot body 10, the first pipe 110 and the other end extending from the reservoir 35 through the orifice 70 and the other end is connected to the upper drain pipe 140 A power supply means 130 connected to one end of the 120; From the reservoir 35 through the through hole 50 is placed upright toward the top of the pot body 100 to increase the water introduced into the second pipe 120, the upper U-shaped pipe 150 The upper drain pipe 140 is disposed; A multi-stage sourcer (SAUCER) 170 that is fixedly connected through each connection member 160 disposed at a predetermined height on one side of the upper drain pipe 140 and is disposed at a predetermined interval in the lateral direction for each end. And; Located under the lower sour 170 of the sour source 170, provided with a funnel 180 in the upper portion and extends upright through the through-hole 50 to the lower portion of the reservoir 35 A collecting pipe located at; A stopper (90) for opening and closing the drain port (80); characterized in that consisting of, the fountain-type water supply pot. The method of claim 1, Further comprising a semi-permeable moisture absorbing member 60 is fixed to the through-hole 50 of the plate 40, the fountain-type water supply pot. The method of claim 1, The fountain-type watering pot further characterized by further comprising a support part 300 of a normal light bottom narrow shape that accommodates the pot body 100. The method of claim 1, The diameter of the orifice 70 is characterized in that 1mm to 150mm, fractional water supply pot. The method according to claim 1 or 2, The stopper 90 has a penetrating shape inside, and the measuring tube 200 is further attached to the outer end through the elbow 205, and the measuring tube 200 is made of a transparent material, and the scale 210 is formed on the outer surface thereof. A fractional water supply pot, characterized by the display. The method of claim 1, One of the orifices (70), characterized in that the fan (250) is further mounted to facilitate the air circulation of the water storage section 35, fractional water supply pot.