Hydroponic tower compatible plant plug holder
A plant plug holding unit is provided, the plant plug holding unit including at least one plant plug holder. The plant plug holding unit, which is configured to be inserted into a cut-out in a hydroponic tower face plate, includes an edge member that encircles the unit and is sealed to the rear surface of the front tower face. Each individual plant plug holder of the plant plug holding unit includes (i) a base member configured to support a plant plug and which extends rearward from the edge member and into the hydroponic tower cavity; (ii) a top shroud member that inhibits leakage as well as plug erosion; (iii) a pair of side members that maintain the position of the plant plug within the plug holder; and (iv) a plurality of open regions configured to promote water drainage from the plant plug.
1. A hydroponic tower comprising:
a tower face plate, said tower face plate comprising at least one cut-out, and
a central cavity defined by the tower face plate and an inside rear wall opposite the tower face plate;
a plant plug holding unit configured to be inserted into said cut-out of said tower face plate, said plant plug holding unit comprising:
an edge member, said edge member encircling said plant plug holding unit and attached to the tower face plate; and
one or more plant plug holders integrated into said plant plug holding unit, each plant plug holder comprising:
a plant plug holder opening, said plant plug holder opening configured to receive a plant plug;
a base member extending rearward from said edge member, said base member extending into the central cavity of said hydroponic tower such that a rearmost edge of the base member is substantially adjacent to the inside rear wall of the tower, said base member configured to support said plant plug within said plant plug holder;
a top shroud member extending rearward from said edge member into the central cavity; and
a pair of side members member extending rearward from said edge member, said pair of side members extending into said central cavity of said hydroponic tower, said pair of side members configured to maintain the position of said plant plug within said plant plug holder, wherein the inside rear wall comprises a series of vertical ridges.
2. The hydroponic tower of claim 1 , wherein the base member is angled downwards.
3. The hydroponic tower of claim 1 , said plant plug holding unit further comprising a front shroud, said front shroud extending out and away from said front surface of said edge member, wherein said front shroud encircles said at least one plant plug holder, and wherein said front shroud extends into said cut-out of said tower face plate.
4. The hydroponic tower of claim 2 , wherein a front edge surface of said front shroud is coplanar with a front tower surface of said tower face plate when said plant plug holding unit is fully inserted into said cut-out of said tower face plate.
5. The hydroponic tower of claim 1 , wherein a first side member of said pair of side members and a second side member of said pair of side members are tapered inwards, and wherein said base member and said top shroud member are tapered inwards.
6. The hydroponic tower of claim 1 , wherein said top shroud member extends into the central cavity a portion of a distance between the tower face plate and the inside rear wall.
7. The hydroponic tower of claim 1 , wherein a first junction between said top shroud member and said back surface of said edge member is continuous, wherein a second junction between a first side member of said pair of side members and said back surface of said edge member is continuous, and wherein a third junction between a second side member of said pair of side members and said back surface of said edge member is continuous.
8. The hydroponic tower of claim 1 , wherein the rearmost edge of said base member is located within 2.54 mm (0.1 inches) of an inside rear wall of said central cavity of said hydroponic tower.
9. A hydroponic tower comprising:
a tower face plate, said tower face plate comprising at least one cut-out, and
a central cavity defined by the tower face plate and an inside rear wall opposite the tower face plate;
a plant plug holding unit configured to be inserted into said cut-out of said tower face plate, said plant plug holding unit comprising:
an edge member, said edge member encircling said plant plug holding unit and attached to the tower face plate; and
one or more plant plug holders integrated into said plant plug holding unit, each plant plug holder comprising:
a plant plug holder opening, said plant plug holder opening configured to receive a plant plug;
a base member extending rearward from said edge member, said base member extending into the central cavity of said hydroponic tower such that a rearmost edge of the base member is substantially adjacent to the inside rear wall of the tower, said base member configured to support said plant plug within said plant plug holder;
a top shroud member extending rearward from said edge member into the central cavity; and
a pair of side members member extending rearward from said edge member, said pair of side members extending into said central cavity of said hydroponic tower, said pair of side members configured to maintain the position of said plant plug within said plant plug holder;
a first open region located between said base member and a first side member of said pair of side members, said first open region directly adjacent to a top surface of said base member, said first open region configured to promote water drainage from said top surface of said base member; and
a second open region located between said base member and a second side member of said pair of side members, said second open region directly adjacent to said top surface of said base member, said second open region configured to promote water drainage from said top surface of said base member.
10. The hydroponic tower of claim 9 , wherein the base member is angled downwards.
11. The hydroponic tower of claim 9 , wherein said first open region is configured as a first open-ended slot, and wherein said second open region is configured as a second open-ended slot.
12. The hydroponic tower of claim 9 , wherein a first side member of said pair of side members and a second side member of said pair of side members are tapered inwards, and wherein said base member and said top shroud member are tapered inwards.
13. The hydroponic tower of claim 9 , said plant plug holding unit further comprising a front shroud, said front shroud extending out and away from said front surface of said edge member, wherein said front shroud encircles said at least one plant plug holder, and wherein said front shroud extends into said cut-out of said tower face plate.
14. The hydroponic tower of claim 9 , wherein the rearmost edge of said base member is located within 2.54 mm (0.1 inches) of an inside rear wall of said central cavity of said hydroponic tower.
15. A hydroponic tower comprising:
a tower face plate, said tower face plate comprising at least one cut-out, and
a central cavity defined by the tower face plate and an inside rear wall opposite the tower face plate;
a plant plug holding unit configured to be inserted into said cut-out of said tower face plate, said plant plug holding unit comprising:
an edge member, said edge member encircling said plant plug holding unit and attached to the tower face plate; and
one or more plant plug holders integrated into said plant plug holding unit, each plant plug holder comprising:
a plant plug holder opening, said plant plug holder opening configured to receive a plant plug;
a base member extending rearward from said edge member, said base member extending into the central cavity of said hydroponic tower such that a rearmost edge of the base member is substantially adjacent to the inside rear wall of the tower, said base member configured to support said plant plug within said plant plug holder;
a top shroud member extending rearward from said edge member into the central cavity; and
a pair of side members member extending rearward from said edge member, said pair of side members extending into said central cavity of said hydroponic tower, said pair of side members configured to maintain the position of said plant plug within said plant plug holder; and
a first open region located between said top shroud member and a first side member of said pair of side members, said first open region directly adjacent to a lower surface of said top shroud member; and
a second open region located between said top shroud member and a second side member of said pair of side members, said second open region directly adjacent to said lower surface of said top shroud member.
16. The hydroponic tower of claim 15 , wherein the base member is angled downwards.
17. The hydroponic tower of claim 15 , wherein said first open region is configured as a first open-ended slot, and wherein said second open region is configured as a second open-ended slot.
18. The hydroponic tower of claim 15 further comprising
a third open region located between said base member and a first side member of said pair of side members, said first open region directly adjacent to a top surface of said base member, said third open region configured to promote water drainage from said top surface of said base member; and
a fourth open region located between said base member and a second side member of said pair of side members, said second open region directly adjacent to said top surface of said base member, said fourth open region configured to promote water drainage from said top surface of said base member.
19. The hydroponic tower of claim 15 , wherein said third and fourth open regions are configured as open-ended slots.
20. The hydroponic tower of claim 15 , wherein a first side member of said pair of side members and a second side member of said pair of side members are tapered inwards, and wherein said base member and said top shroud member are tapered inwards.