Simulated tree trunk for supporting vines or vine-like plants

• US 4,386,480 A
• Filed: 02/12/1982
• Issued: 06/07/1983
• Est. Priority Date: 02/12/1982
• Status: Expired due to Fees

• Current Assignee: Alvin E. Horowitz
• Original Assignee: Alvin E. Horowitz
• Inventors: Horowitz, Alvin E.
• Primary Examiner(s): Epstein, Henry F.
• Application Number:
  US06/348,534
• Time in Patent Office: 480 Days
• Field of Search: 47/44, 47/45, 156/61, 248/27.8, 428/17, 428/18, 428/19, 428/20, 428/22, 428/23, 428/27, 428/151
• US Class Current: 47/45
• CPC Class Codes: A01G 9/122 Stakes
• CPC Class Codes: Y10T 428/24438 Artificial wood or leather grain surface

Abstract

A plurality of elongated, arcuate, molded synthetic plastic members simulating bark board are interconnectable along their longitudinal edges to provide a simulated tree trunk section assembly the ends of which can be interconnected with like tree trunk section assemblies to provide simulated tree trunks of various diameters and lengths, as desired, for growing vines and climbing plants in a supporting, soil containing pot. Brace rods received through openings in the bark board members near the lower ends of the simulated tree trunk, and frictionally retained in adjusted position to extend radially-outwardly in abutting contact with the inner wall of the supporting pot or container, serve to rigidly support the assemblage in erect position within the pot.

Claims

1. A simulated tree trunk for supporting vines or vine-like plants comprising, in combination, a plurality of imitation bark board members, each bark board member comprising an integrally-formed, elongated, substantially rectangular, body portion of arcuate transverse cross-sectional shape, one side of said body portion simulating the texture of natural wood bark, means for interconnecting a plurality of the bark board members along abutting longitudinal edge portions of the body portions thereof to form a hollow substantially circular simulated tree trunk section of pre-determined diameter, said bark board members each having a plurality of arcuate through openings defining upwardly-extending projections about which tie strings can be applied for tying a growing vine in place, means for interconnecting a plurality of said tree trunk sections end-to-end for increasing the length of the simulated tree trunk, a quantity of sphagnum moss within the interior of said interconnected hollow tree trunk sections, a conical cap member, means for inter-connecting the upper end of a tree trunk section to the peripheral edge of said conical cap member, said conical cap interconnecting means comprising a plurality of openings in said conical cap to permit vertical entry of water for moistening said sphagnum moss, means within at least one of said simulated tree trunk sections to retain the interconnected plurality of bark board members thereof in relatively symmetrically disposed disposition to effect a substantially circular shape thereof, and a plurality of brace rods frictionally received in side-wall openings of the bark board members of a simulated tree trunk section and adapted to be positionally adjusted in a substantially radial direction outwardly of the tree trunk section to abuttingly engage, at the outer ends of said brace rods, inner wall portions of a supporting pot in which said tree trunk section is placed for vertical support.

2. A simulated tree trunk as defined in claim 1 wherein said means for interconnecting a plurality of said tree trunk sections end-to-end further comprises a cutout in the side wall at each end of each of said bark board members and a U-shaped spring clip the open end legs of which are receivable, one each, in a pair of adjacent side wall openings of a pair of end-to-end bark board members for clamping said bark board members together.

3. A simulated tree trunk as defined in claim 1 wherein said means for retaining said plurality of bark board members of said tree trunk section in relatively symmetrically disposed disposition comprises a bridge member having a plurality of radially outwardly-extending, equidistantly peripherally-spaced prong portions lying in a common plane and receivable for interlocking engagement in openings within one each of said bark board members of said simulated tree trunk section.

4. A simulated tree trunk as defined in claim 1 wherein said means for retaining said plurality of said bark board members of said tree trunk section in relatively symmetrically disposed disposition comprises a circular hoop of such diameter as to be frictionally retained in co-axial relative disposition within said tree trunk section.

5. A simulated tree trunk as defined in claim 4 wherein said hoop comprises a flexible synthetic plastic rod having a sleeve at one end for the reception and frictional retention of the other end of said rod.

6. A simulated tree trunk as defined in claim 1 wherein said means for interconnecting a plurality of said tree trunk sections end-to-end comprises a pair of prongs extending outwardly at one end of each of said body portions and receptacle means at the other end of each of said body portions, said prongs of one of the bark board members being receivable in the receptacle means of another bark board member.