TWM467304U - Pot water diversion structure capable of preventing fibrous root clogging and being washed and reused - Google Patents

Description

Anti-root blockage and washable reused potted water diversion structure

This creation relates to a potted water diversion structure that prevents root clogging and can be cleaned and reused, especially one that prevents the roots of plants from easily penetrating through the diversion filter assembly and also allows impurities in the water to be filtered through the diversion filter assembly. This allows the cleaner water to be drained up into the soil to provide a cleaner planting environment.

According to the conventional flower pot or tree pot structure, the material of the pot body can be divided into ceramic or plastic products, and the basin body is formed by the thickness of a single layer, wherein the bottom surface of the basin body and the side wall surface thereof are A drain hole is formed on the bottom surface of the accommodating chamber, and the drain hole is connected with the accommodating chamber; therefore, when the consumer buys the pot back and fills the plant At the same time, a larger diameter shallow concave vessel is placed on the bottom of the basin, so that when the water is too much water in the future, the excess water will be mixed with the soft soil or mud sand through the drain hole to the vessel. .

In the case of planting plants, the soil moisture environment required for each plant is different. Therefore, if water is poured every day, the roots of some plants will be perishable due to high water content. Troubled.

If too much water is poured into a conventional pot, the excess amount of water will be discharged into the vessel. However, too much water will be mixed with mud or mud directly. It is discharged from the drain hole into the vessel, so that a certain amount of water and mud sand (ie sewage) are often kept in the vessel, especially in the hot weather in summer, which is more likely to breed germs and mosquitoes. Thus, it often causes the flower pot or the tree basin to be placed. The environment in the vicinity is dirty, and at the same time, breeding mosquitoes and germs is a major problem.

Therefore, it is necessary to develop a kind of control that does not allow sewage to be discharged outside the basin, and which can effectively control the soil moisture in the basin, and can effectively control the penetration rate into the soil, which is a major problem that the industry urgently needs to develop.

The present invention provides a potting water diversion structure for preventing root clogging and cleaning and reusing, which comprises at least one basin unit, which is composed of an inner basin body with a concave receiving area and an outer basin for supporting the inner basin body. a hollow space region between the outer basin and the inner basin, and a water seepage hole connected to the space region by the accommodating region; wherein: the contact position between the inner basin and the outer basin is set The leakage component causes the air-tight filter assembly to be installed in the water-permeable hole; the water-conducting filter assembly includes a water-permeable component and a water filter component, and the water-permeable component and the water filter component are formed with a plurality of irregularities inside. The microporous passage, and the hardness of the water seepage member is harder than the hardness of the water filter member; further, the top surface of the water seepage member is in contact with the soil, and the bottom surface thereof is in close contact with the upper surface of the water filter member, and the water filter member is The lower surface can extend into the hollow space between the outer basin and the inner basin; thus, the roots or roots of the plant can not easily penetrate into the water seepage to maintain the water diversion of the water diversion filter assembly In addition to efficacy, at the same time, it can also Impurities filtered through a water treatment device, which results in cleaner water is draining up infiltrate into the soil to provide a cleaner environment for planting a big effect.

The creation uses a rigid water seepage member to be tightly arranged in the upper layer of the seepage hole, and a soft water filter member is arranged at the lower layer of the seepage hole to ensure that the permeability of the upward drainage is effectively controlled to reach the depth position infiltrated into the soil. And the penetration rate is Stable control, and will not cause the roots of plants to rot and die due to excessive water content. At the same time, the excess water can be stored first in the space between the inner and outer basins without overflowing outside the outer basin. To ensure that the environment near the flower pot or tree pot is clean and can prevent the breeding of mosquitoes and germs indoors.

This creation utilizes the soft water filter to have the convenience of detachability, so that the soft water filter has the function of being re-cleanable, and at the same time, it has re-installed and reused after cleaning to achieve environmental protection and re-salience. Efficacy.

[study] [this creation]

1‧‧‧ basin unit

10‧‧‧Inner basin

11‧‧‧Outer basin

12‧‧‧Space Zone

13‧‧‧Receiving area

14‧‧‧ water seepage hole

4‧‧‧ soil

5‧‧‧ leak-stop components

6‧‧‧Water filtration module

60‧‧‧ water seepage

601‧‧‧ microchannel

61‧‧‧Water filter

611‧‧‧microchannel

Figure 1 is a schematic cross-sectional view of the creation of the present invention.

Figure 2 is an enlarged schematic cross-sectional view of the combination of Figure 1.

Figure 3 is an enlarged cross-sectional view showing a partial combination of still another embodiment of the present invention.

4 is a partially enlarged cross-sectional view showing another embodiment of the present invention.

Referring to FIG. 1 to FIG. 4, the present invention provides a potting water diversion structure for preventing root clogging and cleaning and reusing, which comprises at least one basin unit 1 which is surrounded by an inner basin of a recessed accommodating area 13. The body 10, an outer basin 11 for supporting the inner basin 10, a hollow space region 12 sandwiched between the outer basin 11 and the inner basin 10, and a space portion 12 connectable to the space region 12 by the accommodating region 13. The water permeable hole 14; wherein: the leakage contact member 5 is disposed between the contact positions of the inner basin 10 and the outer basin 11 so as to be sealed, and the water guiding filter assembly 6 is disposed at the water infiltration hole 14 .

The water guiding filter assembly 6 includes a water permeable member 60 and a water filtering member 61, and the water permeable member 60 and the water filtering member 61 are internally formed with a plurality of irregularities or gauges. The fine micropores 601, 611, and the hardness of the water permeable member 60 is harder than the hardness of the water filtering member 61; further, the top surface of the water permeable member 60 is in contact with the soil 4, and the bottom surface of the water permeable member 60 is in close contact with The upper surface of the water filtering member 61 and the lower surface of the water filtering member 61 can be extended into the hollow space region 12 which is located between the outer basin 11 and the inner basin 10, so that water molecules can be filtered by water. The fine microchannel 611 of the member 61 flows upward, and has the effect of filtering impurities in the first channel, and the water filter 61 also has the detachable cleaning convenience and the reusable environmental protection after being washed and reinstalled. The water-permeable member 60 is composed of particle sintering composition or particle bonding, and is preferably made of a non-corrosive material such as metal, ceramic or stone; and the water filtering member 61 is preferably sponge and textile material. .

When planting for a long period of time, the lower surface of the hard water permeable member 60 is tightly attached to the upper surface of the soft water filter member 61, and the lower surface of the water filter member 61 can be extended to the outer basin 11 and the inner basin. The hollow space region 12 between the 10, and the water stored in the space region 12 can be infiltrated from the lower surface of the water filter member 61 and the microchannel 611 on the circumferential side thereof to the lower surface of the water permeable member 60. And then continue to infiltrate into the soil 4, causing the soil 4 to have a gradual humidity distribution toward the outside centering on the water permeable member 60 (ie, the farther away from the water permeable member 60, the more dry), The rhizome or root of the plant has a tendency to direct to the water, and the roots or roots are often drilled into the soil with more moisture, and the size of the rhizome or root must be larger than the hard water seepage. The size of the microchannel 601 of the member 60 does not cause the root or stem of the plant to penetrate into the microchannel 601 or directly penetrate the large microchannel 601, plus hard water seepage in contact with the soil 4. The surface of the member 60 is formed with a plurality of micropores 601, which are not blocked by the roots or roots of the plant at the same time. , To cause penetration of water is guided directly via a path different microchannels 601 is formed to In the soil 4, and ensuring the water diversion filter assembly 6 has the effect of diverting water, at the same time, the impurities in the water can be filtered through the water filtering member 61, so that the cleaner water is drained upward into the soil 4 to Providing a cleaner planting environment is a big plus.

In addition, the hard water infiltration member 60 is closely arranged in the upper layer of the water seepage hole 14 , and the soft water filtering member 61 is arranged in the lower layer of the water seeing hole 14 to ensure that the permeability of the water to the upper drainage is effectively controlled. , and the depth position and permeability of the infiltration into the soil 4 can be stably controlled, and the roots of the plants are not rotted and died due to excessive water content, and at the same time, excess water can be stored first, The space zone 12 between the outer basins 10 and 11 does not overflow outside the outer basin 11 to ensure that the environment in the vicinity of the flower pot or the tree pot is clean, and the indoor breeding of mosquitoes and germs can be eliminated.

The hard water seeping member 60 of the present invention can be directly sleeved on the upper layer in the water seepage hole 14 (for example, FIG. 2 and FIG. 4), or the outer water injection member can be wrapped in an integrated injection coating method (for example, FIG. 3). The cover layer is located at the upper layer of the water seepage hole 14 to ensure that the water seepage member 60 is not easily taken out; and the water seepage member 60 and the water filter member 61 are closely adjacent to each other (for example, FIG. 2) or the sleeve coating method ( For example, FIG. 3 and FIG. 4) constitute a water guiding filter assembly 6 with capillary guiding and filtering, which is first explained here!

The above descriptions are only one of the implementation methods of this creation. Therefore, any changes or modifications to the characteristics and spirits described in the scope of this creation application shall be included in the scope of the patent application of this creation.

10‧‧‧Inner basin

11‧‧‧Outer basin

12‧‧‧Space Zone

13‧‧‧Receiving area

14‧‧‧ water seepage hole

4‧‧‧ soil

6‧‧‧Water filtration module

60‧‧‧ water seepage

601‧‧‧ microchannel

61‧‧‧Water filter

611‧‧‧microchannel

Claims (10)

A potting water diversion structure for preventing root clogging and cleaning and reusing, comprising a basin unit comprising at least an inner basin body having a concave accommodating area, an outer basin body for supporting the inner basin body, and a clip The hollow space region disposed between the outer basin and the inner basin, and the water seepage hole connected to the space region by the accommodating region are mainly characterized in that: the water infiltration hole installation group is provided with a water diversion filter assembly, and the water diversion filter assembly The utility model comprises a hard water seepage member and a soft water filter member. wherein the hard water seepage member and the soft water filter member are formed with a plurality of irregular micropores, and the hardness of the hard water seepage member is softer than that of the soft water filter member. Hard, and the hard water seepage member is in close contact with the upper surface of the water filter member, and the lower surface of the water filter member can extend into the space region; by the above structure, the root or root of the plant can not easily penetrate Blocked in the micropores of the water seepage part to ensure the water diversion filter assembly has the function of water diversion, and at the same time, it can also filter the impurities in the water through the filtering action of the water filter member, resulting in a cleaner Be up drainage penetrate into the soil, thereby providing a cleaner environment planting costs. The potting water diversion structure according to claim 1, wherein the hard water seepage member is directly sleeved in the upper layer in the water seepage hole. The potting structure for preventing roots and clogging according to claim 2, wherein the hard water infiltration member and the soft water filtering member are arranged in close proximity to each other to form a water guiding filter assembly with capillary guiding and filtering. And the soft water filter has the environmental protection characteristics of removable cleaning convenience and repeated use after cleaning. The potting water diversion structure according to claim 2, wherein the hard water infiltration member and the soft water filtering member are formed by a sleeve coating method. There is a capillary guide for capillary guidance and filtration, and the water filter has the environmentally friendly characteristics of removable cleaning convenience and repeated use after cleaning. The potting water diversion structure according to claim 1, wherein the hard water infiltration member is covered in the upper layer of the water infiltration hole by means of an integral injection coating. The potting structure for preventing roots and clogging and cleaning and reusing according to claim 5, wherein the hard water infiltration member and the soft water filtering member are arranged in close proximity to each other to form a water guiding filter assembly with capillary guiding and filtering. And the soft water filter has the environmental protection characteristics of removable cleaning convenience and repeated use after cleaning. The potting structure for preventing roots and clogging according to claim 5, wherein the hard water permeable member and the soft water filtering member are formed by a sleeve coating method to form a water guiding filter assembly with capillary guiding and filtering. And the soft water filter has the environmental protection characteristics of removable cleaning convenience and repeated use after cleaning. The potting water diversion structure according to claim 3, wherein the inner pot body and the outer pot body are provided with a leak stop element so as to be sealed. The potting structure for preventing roots and clogging according to claim 4, wherein the contact portion between the inner basin and the outer basin is provided with a leakage preventing member to be sealed. A potting water diversion structure according to claim 6 or 7, wherein the inner pot body and the outer pot body are provided with a leakage preventing member so as to be sealed.