A capillary irrigation pot system ( 20 ), comprising a pot housing ( 22 ), a pot liner ( 24 ) configurable for receiving within said pot housing ( 22 ), wherein once received within the pot housing ( 22 ) gives rise to an irrigation liquid reservoir extending between an inside wall surface of the pot housing ( 22 ) and an outside wall surface of the pot liner ( 24 ), and a capillary assembly ( 100 ) comprising a capillary media ( 106 ) received within a substantially liquid impermeable sheathe ( 108 ), where a first end of the capillary media ( 106 ) projecting from a first end of the sheath ( 108 ) extends at a bottom portion of the irrigation liquid reservoir, and a second end of the capillary media ( 100 ) projecting from a second end of the sheath extends within a bottom portion of the pot liner ( 24 ), and where an intermediate portion of the capillary assembly ( 100 ) is configured to extend over a top portion of the pot liner ( 24 ).
1. A capillary irrigation pot system, comprising:
a pot housing;
a pot liner configurable for receiving within said pot housing, wherein once received within the pot housing gives rise to an irrigation liquid reservoir extending between an inside wall surface of the pot housing and an outside wall surface of the pot liner; and
a capillary assembly comprising a capillary media received within a substantially liquid impermeable sheathe, wherein a first end of the capillary media projecting from a first end of the sheath extends at a bottom portion of the irrigation liquid reservoir, and a second end of the capillary media projecting from a second end of the sheath extends within a bottom portion of the pot liner, and wherein an intermediate portion of the capillary assembly is configured to extend over a top portion of the pot liner,
wherein the pot liner is made of a rigid though pliable material, said pot liner comprising a plant space defined by a perimetric side wall upwardly extending between a base and a top rim, with an inwardly indented portion at the side wall,
wherein when the pot liner is placed within a liquid impermeable pot housing the top rim bears snug against a top inside wall surface of the pot housing, and
wherein the pot liner comprises a retention member disposed at the top rim above the inwardly indented portion, said retention member is configured for retaining an indentation of the inwardly indented portion and applying pressure against the inside wall surface of the pot housing.
2. The capillary irrigation pot system according to claim 1 , wherein at an operative, assembled position, a first end of the capillary media is disposed within the irrigation liquid at the irrigation liquid reservoir, and the second end of the capillary media is disposed at the vicinity of a root base of a plant within the pot liner.
3. The capillary irrigation pot system according to claim 1 , wherein the pot housing is made of a liquid impermeable material, comprises a liquid impermeable liner, or is coated with a liquid impermeable material.
4. The capillary irrigation pot system according to claim 1 , wherein when the pot liner is accommodated within a pot housing, at least a top rim of the pot liner snugly bears against an inside wall surface of the pot housing, apart for the inwardly indented portion, wherein an opening at the top of the inwardly indented portion, serves as an irrigation liquid refilling opening.
5. The capillary irrigation pot system according to claim 1 , wherein the inwardly indented portion defines, together with a corresponding inside wall surface of a pot housing, the irrigation liquid reservoir.
6. The capillary irrigation pot system according to claim 1 , wherein a top of the inwardly indented portion is closeable by a reservoir lid.
7. The capillary irrigation pot system according to claim 1 , wherein a top edge of the pot liner, at the inwardly indented portion, is inwardly curved or substantially straight.
8. The capillary irrigation pot system according to claim 7 , wherein the inwardly indented portion accommodates an irrigation liquid level indicator comprising a buoy suspended from a normally closed lid of the inwardly indented portion, whereby the lid is displaceable between its normally closed position when liquid within the reservoir is above a predetermined liquid level, and an open position at the event that liquid within the reservoir drops below said predetermined liquid level.
9. The capillary irrigation pot system according to claim 1 , wherein the top portion of the pot liner is configured with at least one capillary assembly holder for securing the capillary assembly.
10. The capillary irrigation pot system according to claim 9 , wherein the capillary assembly holder is configured at a top rim of the pot liner or a top portion of the pot liner.
11. The capillary irrigation pot system according to claim 1 , wherein the sheath comprises a foldable portion configured to form a lumen of the sheath that remains open when the foldable portion is folded.
12. The capillary irrigation pot system according to claim 1 , wherein the pot liner is nestably stackable within like pot liners.
13. The capillary irrigation pot system according to claim 1 , wherein the pot liner is configured with a nesting stopper for restricting nesting extent of pot liners within one another.
14. The capillary irrigation pot system according to claim 1 , wherein the pot liner is elastic and, once deformation force is applied to a top portion thereof, the pot liner is configured to be compressed and deformed, and also configured to be inserted into a pot housing, and upon ceasing the deformation force, the pot liner is configured to spontaneously regain its shape and bias against at least a top portion of the inside wall of the pot housing.
15. The capillary irrigation pot system according to claim 1 , whereon at an assembled position the pot liner is fully positioned within the pot housing, with a top edge of the pot liner disposed below a top edge of the of housing.
16. A planting pot set, comprising:
a pot housing of a nominal size and configured with a base and side walls upwardly extending therefrom;
a pot liner of corresponding nominal size, rigid though pliable material, said pot liner comprising a plant space defined by a perimetric side wall upwardly extending between a base and a top rim, with an inwardly indented portion at the side wall, and at least one capillary assembly holder at a top portion of the pot liner, wherein when the pot liner is placed within the pot housing said top rim bears snug against a top inside wall surface of the pot housing, with an irrigation liquid reservoir extending between an inside wall surface of the pot housing and an outside wall surface of the pot liner; and
at least one capillary assembly comprising a capillary media received within a substantially liquid impermeable sheathe, wherein a first end of the capillary media projecting from a first end of the sheath is placeable at a bottom portion of the irrigation liquid reservoir, and a second end of the capillary media projecting from a second end of the sheath is placeable within a bottom portion of the pot liner, and wherein an intermediate portion of the capillary assembly is configured to extend over a top portion of the pot liner and retainable by the capillary assembly holder,
wherein the pot liner comprises a retention member disposed at the top rim above the inwardly indented portion, said retention member is configured for retaining an indentation of the inwardly indented portion and applying pressure against the inside wall surface of the pot housing.
17. The capillary irrigation pot system according to claim 1 , wherein a diameter of a top rim of the pot liner is greater than a diameter of top opening of the pot housing.
18. The capillary irrigation pot system according to claim 1 , wherein the pot housing is configured at a top portion thereof with an inward projecting pot liner arresting arrangement, for prevent spontaneous pop-up of the pot liner.