DE8330828U1 - PLANT CONTAINER - Google Patents

Description

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GERHARD STRAHL Josefstrasse 20

4040 Neuss 1

Plant containers.
Field of use:

Blouse or plant pot, for household and business, made of permanently magnetic a Material for promoting plant growth.

Purpose of the invention:

Promotion, acceleration of plant growth, compensation of adverse environmental conditions, plant locations etc.

State of the art:

Magnetic plant containers are not known.

Technical task for realizing the invention:

In a tainen flower pot made of thin sheet iron, which has to be protected against corrosion, an elastic, magnetic film had to be attached to the inner walls of the plant container. _t in the way that the magnetic foil, magnetic plate about Ircra to about I ^ rara strong, rests firmly on the iron surface.

Execution example, design:

In a deep-drawn flower pot made of thin sheet iron a flower pot, the external dimensions of which correspond to the internal dimensions of the Iron pot correspond, made of magnetic material used and glued. It must be ensured aeir /. that the ao created magnetic plant container with only about av / ei thirds Earth is replenished to avoid reducing the magnetic forces that act on the plant.

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GERHARD STRAHL
Plant container.

Presentation of the advantages of the innovation: |

Four pieces of potted Zygocactus, Christmas cactus, were * under the same conditions in August 1983 under partial shade | Set up in a room at a temperature of about 10 degrees Celsius. One of the plants received only untreated Lei "I tungsv / ater, as are the second plant of this was, however, \ is a round cylinder made of a 'Eiuendrahtnetz folded to Abechir- ■ mung the magnetic and electromagnetic radiations of the j third plant was next to the unb © treated tap water a magnetic stick corresponding to the height of the plant, about 15cm in the middle of the pot. Finally, the fourth plume was placed around the original, thin-walled plastic pot, an elastic pot made of permanent magnetic material, in such a way that a third of the magnetic pot remained free without soil. The unbehan- k punched comparison plant showed after a test period of approximately eight weeks _K a new leaf shoots, showed the second plant | after about 2 weeks of test duration, signs of deterioration of the kind § that individual leaves fell off, this plant under its iron->_; wire screen has gone after about eight weeks test period almost completely switched ψ. The third plant with its magnetic stick shows two new leaf shoots after a test period of 8%, a fresh appearance, the self-cleaning ability of the leaf surfaces is intact. I (In contrast, the leaves of the first two plants § are stunted, gray and dusty.) Finally, the fourth plant | in her magnetic flower pot shows after 8 weeks of trial | Lasts 7 new leaf shoots, shows a fresh appearance, the leaf surfaces shine, the self-cleaning ability of the leaves is intact.

Conclusions: Obviously, magnetic fields have a positive effect on this, and probably on all other plants as well. The plant in their ring-shaped, encompassing, magnetic pot shows the strongest, positive effects, although the test plants Zygocactus were influenced with magnetic fields in their boom time.

Claims (1)

ρ 33 38 9 ^ .6-23 - 6 83 3o 828.8 GERHARD STRAHL Josefstrasse 20 4040 Neuss 1 plant container. Protection claims: 1. Plant container 'characterized in that a container Made of elastic or rigid, magnetic or magnetizable material with the dimensions of a flower pot is, its outer surfaces covered with iron and iron screen surfaces are, or that the plant container is made of plastic, metal, earthenware, clay, or other materials that in his Walls several bores are introduced that cylindrical, round or other shaped electromagnets are used in these bores are that the magnetization of the surfaces, electromagnets runs axially north / south, has to be reversed, strengthened or weakened is that in the magnetic surfaces 2 polarities or multipolarities occur, or that the plant containers from individual, round, rectangular, drilled out, or other shapes magnetic platelets are made. 2, plant growth devices characterized in that climbing frames stretched ladder-shaped, single bars, round arches between bars Wires, sieve-like, plant growth devices designed as surfaces or cabbage shapes, made of elastic or rigid, 'daumagnetic' or magnetizable material are made, and that additional electromagnets are built into the plant growth devices.