TWI554200B - Orchids net-pots on trees - Google Patents

Description

Orchid on the tree

The invention can transplant new orchid plants to new structures and techniques on trees or walls; can restore the symbiosis instinct of orchids and trees, neither harming the tree body nor hindering the growth of the trees themselves, and the growth state in the natural environment. Not as good as ordinary potted plants, or even better.

Structure: synthetic resin (hard and soft, moderate bendable) PVC, PE, etc. formed into a large hole mesh; flat rectangular "stencil" (1) is the chassis, the same length is divided into units, each section has a "special basin" (2); that is, a round basin is cut from top to bottom, and the slit is welded on the ABCDEF network line of the "stencil", and the rest is suspended, and each of the special basins may be a large mesh circular basin. The "stencil" (1) and the "special basin" (2) are combined to form a "tree access basin" (3). Hereinafter referred to as "net basin". Each corner of the "net basin" (four inner corners) has a hole (4) for the tape (8). Just like a mask, each section of the "net basin" can be used individually. During the production process, many of the "net basins" connected together can be cut and used according to the number of pots required for the tree.

Construction attachment: Each "special basin" longitudinal back cable (13) has a perforated hole (10) that can be worn with a "tack strap" (9) and a "strength tightening strap" (11) to prevent the "net basin". Loose outward.

Suitable for growing structures: the bottom of each "special pot", ie ABCDEF (6), is a vacant position. It is the root of the orchid plant. The moss and the bark are in close contact with each other and become a place for retaining moisture, except for the "special pot" bottom. The bottom of the plate has a raised "net" (7) against the bark, and its height is from 1 cm to 0.3 cm in width from top to bottom to keep the air root unobstructed. . At the same time, it is used to adjust the difference between the thick and thin trees on the balance trunk. It also prevents the entire ring "net basin" surrounding the trunk from sliding down and down.

Actual effect: In the case of Phalaenopsis alone, it continues to grow from the potted plant to the "net basin". After about two months, the epiphytic plant turned out to be a semi-parasitic plant. At the end of the day, the gas absorbs 3 or 4 times more oxygen than the underground roots. After the transplanting, the exposed air roots are increased, which is more conducive to growth and development.

Due to the subtle reciprocal interaction between the gas root and the host, the parasitic mycorrhizal (MYCORRHIZA) acts like a rhizobium of the underground roots (NITROGEN-FIXATION), which absorbs moisture from the bark and contains nutrients from the cornea (CUTICULE). The absorption of chitin (CHITIN) gives these extra nutrients to make fertility robust.

1‧‧‧ stencil

2‧‧‧Special basin

3‧‧‧ Tree access basin

4‧‧‧ wearing tape holes

5‧‧‧ Cut according to the number of pots required

6‧‧‧A-B-C-D-E-F

7‧‧‧ Netti

8‧‧‧ Tape

9‧‧‧ tightening belt

10‧‧‧With holes

11‧‧‧Strengthen the tightening band

12 ‧ ‧ trunk

13‧‧‧Long back cable

14‧‧‧Net

Figure 1 is a perspective view of a "tree basin" in accordance with the present invention.

Figure 2 is an exploded view of the invention: divided into three sections:

Section 1 is the "stencil".

The second section of the "stencil" is welded to the "special basin" to form the present invention.

The 3-section is a perspective view of the tape on the upper and lower ends of the hole after moving into the blue strain.

Figure 3 is a cross-sectional view of the "special basin".

Figure 4 is a side view of the "Net".

Figure 5 is a diagram of the invention, after moving into a blue plant, hanging around the tree, the tape at both ends and the "tightening belt", "strengthen Tight band" lashing section view.

According to the invention, the number of pots (or the number of knots) is taken according to the size of the tree, and the orchids are first transferred into the "special pots" and then hung on the trunk, and then the upper and lower ends of the tape and the "tightening belt" "Strengthening the tightening strap" is completed.

1‧‧‧ stencil

2‧‧‧Special basin

3‧‧‧ Tree access basin

4‧‧‧ wearing tape holes

5‧‧‧The number of "net basins" cut in the area

6‧‧‧A-B-C-D-E-F

7‧‧‧ Netti

8‧‧‧ Tape

9‧‧‧ tightening belt

10‧‧‧With holes

13‧‧‧Long back cable

14‧‧‧Net

Claims (4)

A "tree orchid basin" includes a "stencil" having a plurality of sections, each section for splicing one or two "special basins" for planting blue plants, each of which is integrated with the stencil Forming a mesh basin, the special basin is cut from top to bottom, and the slit is welded to the mesh plate, and each of the special basin has a longitudinal hole backing wire having a perforation hole, and each of the perforation holes is for wearing a bundle The tight band" and the "strength tightening band" are tied, and the stencil is welded to each of the slits in a range of vacancies; the bottom of the stencil has a raised mesh ridge at the bottom of the mesh to leave a gap and adjust the balance tree The difference between the up and down. For example, in the tree orchid basin mentioned in claim 1, wherein each of the four inner corners of the mesh basin has a hole for attaching and tying the tape. The orchid flower basin on the tree according to claim 1, wherein each of the special basins is a large mesh circular basin. The orchid net basin of the tree according to claim 1, wherein each of the mesh basins is provided with a shearing place.