Hydroponic tower compatible plant plug holder

1. A hydroponic tower comprising:

a cavity defined by a front tower surface and an inside rear surface opposite the front tower surface, wherein the front tower surface includes a cut-out; and

a plant plug holder inserted into the cut-out, the plant plug holder comprising:

an edge member, said edge member encircling a plant plug holder opening, said plant plug holder opening configured to receive a plant plug, wherein a back surface of said edge member is proximate to the front tower surface;

a base member extending rearward from said back surface of said edge member, said base member extending into the cavity such that a rearmost edge of said base member is substantially adjacent to the inside rear surface of the cavity wherein when a plant plug is fully inserted into the plant plug holder the plant plug contacts the inside rear surface of the cavity;

a rear shroud extending rearward from said back surface of said edge member, said rear shroud extending into said cavity, said rear shroud comprising:

a top member;

a first side member; and

a second side member; and

a front shroud, said front shroud extending out and away from a front surface of said edge member, wherein said front shroud encircles said plant plug holder opening.

2. The hydroponic tower of claim 1 , further comprising a seal formed between said back surface of said edge member and said front tower surface, wherein said seal circumscribes said plant plug holder opening.

3. The hydroponic tower of claim 2 , wherein said seal is formed by bonding said back surface of said edge member to said front tower surface.

4. The hydroponic tower of claim 2 , wherein said seal is formed by ultrasonically welding said back surface of said edge member to said front tower surface.

5. The hydroponic tower of claim 1 , wherein a front lip of said front shroud is parallel to said front tower surface.

6. The hydroponic tower of 1 , wherein an upper face of a lower lip of said front shroud is collinear with a top surface of said base member.

7. The hydroponic tower of claim 1 , said base member angled downwards when said plant plug holder is fully inserted into said cut-out.

8. The hydroponic tower of claim 7 , said base member angled downwards at an angle in the range of 10 degrees to 60 degrees.

9. The hydroponic tower of claim 8 , said base member angled downwards at an angle in the range of 40 degrees to 50 degrees.

10. The hydroponic tower of claim 1 , wherein said base member is horizontally positioned when said plant plug holder is fully inserted into said cut-out of said hydroponic tower.

11. The hydroponic tower of claim 1 , wherein the rearmost edge of said base member is located within 2.54 millimeters of said inside rear surface of said cavity.

12. The hydroponic tower of claim 1 , wherein said top member is planar.

13. The hydroponic tower of claim 1 , said top member comprised of a first planar portion and a second planar portion, wherein said first and second portions are not coplanar.

14. The hydroponic tower of claim 1 , said first side member and said second side member each including at least one aperture.

15. The hydroponic tower of claim 14 , wherein each aperture of said at least one aperture of said first side member and said second side member is configured as an open-ended slot.

16. The hydroponic tower of claim 1 , said base member including at least one aperture.

17. The hydroponic tower of claim 16 , wherein said at least one aperture of said base member is configured as an open-ended slot.

18. The hydroponic tower of claim 1 , said first side member tapered inwards and said second side member tapered inwards.

19. The hydroponic tower of claim 18 , said base member tapered inwards and said top member tapered inwards.

20. The hydroponic tower of claim 19 , said first side member tapered inwards, and said second side member tapered inwards.

21. The hydroponic tower of claim 1 , said plant plug holder fabricated from a plastic material.

22. The hydroponic tower of claim 21 , said plastic material selected from the group consisting of polyethylene, polypropylene, polyvinyl chloride, polytetrafluoroethylene, and acrylonitrile butadiene styrene.

23. The hydroponic tower of claim 1 , said plant plug holder fabricated as a single piece.

24. A hydroponic tower comprising:

a cavity defined by a front tower surface and an inside rear surface opposite the front tower surface, wherein the front tower surface includes a cut-out; and

a plant plug holder inserted into the cut-out, the plant plug holder comprising:

an edge member, said edge member encircling a plant plug holder opening, said plant plug holder opening configured to receive a plant plug, wherein a back surface of said edge member is proximate to the front tower surface;

a base member extending rearward from said back surface of said edge member, said base member extending into the cavity such that a rearmost edge of said base member is substantially adjacent to the inside rear surface of the cavity wherein when a plant plug is fully inserted into the plant plug holder the plant plug contacts the inside rear surface of the cavity;

a rear shroud extending rearward from said back surface of said edge member, said rear shroud extending into said cavity, said rear shroud comprising:

a top member;

a first side member; and

a second side member;

wherein said top member of said rear shroud extends within the cavity only a portion of the distance between the front tower surface and the inside rear surface.

25. A hydroponic tower comprising:

a cavity defined by a front tower surface and an inside rear surface opposite the front tower surface, wherein the front tower surface includes a cut-out; and

a plant plug holder inserted into the cut-out, the plant plug holder comprising:

an edge member, said edge member encircling a plant plug holder opening, said plant plug holder opening configured to receive a plant plug, wherein a back surface of said edge member is proximate to the front tower surface;

a base member extending rearward from said back surface of said edge member, said base member extending into the cavity such that a rearmost edge of said base member is substantially adjacent to the inside rear surface of the cavity wherein when a plant plug is fully inserted into the plant plug holder the plant plug contacts the inside rear surface of the cavity;

a rear shroud extending rearward from said back surface of said edge member, said rear shroud extending into said cavity, said rear shroud comprising:

a top member;

a first side member; and

a second side member;

wherein a first portion of said first side member extends rearward into said cavity to an equal extent as said top member, and wherein a first portion of said second side member extends rearward into said cavity to an equal extent as said top member; and

wherein a second portion of said first side member extends rearward into said cavity to a greater extent than said top member, and wherein a second portion of said second side member extends rearward into said cavity to a greater extent than said top member.

26. The hydroponic tower of claim 25 , wherein a rearmost edge of said second portion of said first side member is located within 2.54 millimeters of said inside rear surface of said cavity, and wherein a rearmost edge of said second portion of said second side member is located within 2.54 millimeters of said inside rear surface of said cavity.

27. A hydroponic tower comprising:

a cavity defined by a front tower surface and an inside rear surface opposite the front tower surface, wherein the front tower surface includes a cut-out; and

a plant plug holder inserted into the cut-out, the plant plug holder comprising:

an edge member, said edge member encircling a plant plug holder opening, said plant plug holder opening configured to receive a plant plug, wherein a back surface of said edge member is proximate to the front tower surface;

a base member extending rearward from said back surface of said edge member, said base member extending into the cavity such that a rearmost edge of said base member is substantially adjacent to the inside rear surface of the cavity wherein when a plant plug is fully inserted into the plant plug holder the plant plug contacts the inside rear surface of the cavity;

a rear shroud extending rearward from said back surface of said edge member, said rear shroud extending into said cavity, said rear shroud comprising:

a top member;

a first side member; and

a second side member;

wherein the plug holder further comprises:

a first open region located between said base member and said first side member, 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 said second side member, 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.

28. The hydroponic tower of claim 27 , wherein said first open region is configured as a first continuous open slot extending rearward from said back surface of said edge member, and wherein said second open region is configured as a second continuous open slot extending rearward from said back surface of said edge member.

29. The hydroponic tower of claim 1 , A hydroponic tower comprising:

a cavity defined by a front tower surface and an inside rear surface opposite the front tower surface, wherein the front tower surface includes a cut-out; and

a plant plug holder inserted into the cut-out, the plant plug holder comprising:

an edge member, said edge member encircling a plant plug holder opening, said plant plug holder opening configured to receive a plant plug, wherein a back surface of said edge member is proximate to the front tower surface;

a base member extending rearward from said back surface of said edge member, said base member extending into the cavity such that a rearmost edge of said base member is substantially adjacent to the inside rear surface of the cavity wherein when a plant plug is fully inserted into the plant plug holder the plant plug contacts the inside rear surface of the cavity;

a rear shroud extending rearward from said back surface of said edge member, said rear shroud extending into said cavity, said rear shroud comprising:

a top member;

a first side member; and

a second side member;

wherein the inside rear surface comprises a series of vertical ridges.