DE8016594U1 - KIT AND PARTS TO RECEIVE LIVING, GROWING PLANTS - Google Patents

Description

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The present invention relates to a vessel as part of a BaUsatzeäj to accommodate living "

with permeable soil and a Baüsata with at least

a vessel.

The state of the art includes standing * rohr- f

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shaped vessels, which are provided with a foot. she are used to grow tall plants * These one-piece vessels have the disadvantage that they can in terms of height not the local conditions and the

Have the type of plants adjusted.

It is the object of the present invention to this

Circumstance to remedy and a 20

Construction as well as creating such a vessel integrated in a kit »which allows, with elements of the same type to be united to thereby change the height of the plant-receiving stand or "silo" and the possibility to create multiple, different plants to conceive a plant tree.

The vessel that meets this requirement

carries, is characterized by a container part for the reception of the ÜSahrmediums fiix the plants or bushes and at least one balcony protruding from the side of the container part for leading the plants out of the container part as well as connecting means for connecting the vessel with another component of the kit.

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■ I «I ι I I - j .2 The invention is anachliesse ^ for example I. Fig a drawing ei? ring £ t * "3
Ϊ Fig .3 It aeigenί I 5 Λ Ölüe.u axial section through a vessel of a kit, I. Fig a longitudinal section through a trough-shaped stand element 1
I. Fig as part of such a kit, I. ♦ 5 a plan view of the stand element according to Fig.2. i
I. a ling cut through another execution J
I. Fig .6 a stand element, j 15 • 7 Fig the top view of the stand element according to Fig. 4, in Fig Partial view, i 20 .8th a side view of one belonging to the kit
End cover, a diagram of a two-part Fig Vessel, I 25 • 9 a view of one of the components of the kit Fig Plant stand constructed according to the drawing with plants, I ³⁰ an axial section through a vessel of a building kit for hydroponics,

10 shows a section from a plant tender with

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Hydroponics, in axial section.

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Bin kit to create a plant stand * as shown in FIG. 8 * includes vessels as the main elements according to Fig.l. This vessel i has a container part 3

^s a bottom 4 and a number of bottom slots ρ. A

The lower hand 7 has external thread sectors 9. These ι

are designed here as approx. 9 o'clock sectors. The lower one Edge 7 respectively the thread sectors 9 are followed by a cylindrical one

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Coat 10, from which balconies 12 protrude. In the illustrated Example, these balconies 12 are arranged in pairs symmetrically to each other * but they can be distributed as desired

_A , both in number and in terms of location or arrangement. A band 13 is provided as the upper termination, which in the present case has four internal thread sectors 14 - which correspond to the external thread sectors 9.

The bottom part is filled with a bed of pebbles.

Such vessels 1 can be piled on top of one another and by means of the thread sectors 9 respectively. 14 · be connected. The connection is made by turning one vessel relative to the other, preferably by 90, so that the four sectors 9 and 14-together over the entire sector length are engaged.

30th

It is of course also possible to use bayonet

to provide locking-like connecting means or plug-in connections, a type of lock that is used, for example, for square Cross-section of the components seems appropriate. The question

the connecting means depends in particular on the possibility of manufacturing components that are normally

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can be injection molded from hard plastic. But they can also consist of clay, glass, stone or metal.

The container part 3 is used, for example, in FIG

Absorption of soil, with all plants taking their roots in

have this earth and protrude from the balconies 12, where they largely cover the stand, for example, hanging. A wide variety of plants, including grasses and the like, can be used in this process _e It is also possible in principle to use the vessels for growing hydroponics by providing appropriate closing floors. Of course, the soil is to be provided as a nutrient medium with appropriate additives, nutrients and the like, peat for loosening, possibly sand and the like, especially for the skilled worker for growing plants and shrub-like structures

and the like is known. Any kind of fabric can be used, if they fit in terms of shape, they can be pulled.

The lower end of the stand is a tubular one ütandelement 16, as shown in Figures 2 and 3, provided with two supports 17 for receiving a Drawer 18 is provided. This drawer 18 has a handle 21 and a viewing window 22. The upper edge 19 of the

Element 16 is also with female thread sectors 20

provided »which allow assembly with the vessels 1. This connection can also be designed as a plug connection.
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Should higher plum stands with several Vessels 1 are produced, a foot-shaped stand element 25 of a heavier design serves as the bottom element, with a base plate 26 and a hollow foot This can through a filling and emptying opening 28 for the purpose of lowering the center of gravity, for example The opening 28 is closed with the aid of a locking pin 29. The Stand element 25 is provided with an intermediate floor 31, which is followed by a cylindrical hand 32 with an internal thread 33. The relatively heavy foot-shaped stand element

35 is provided with two side handles 4-0. Of the lower band of the tubular stand element 16 is for the purpose Screw connection with the foot-shaped stand element 25 niit External thread 34 provided. As the topmost element such a construction is a cover 4-5, like him Fig.6 shows with an edge 46. It has four external threads ~ Sectors 47, which are in engagement with the corresponding Internal thread sectors 14 of the edge 19 of a vessel 1 be brought to cover the whole thing.

According to FIG. 7, the vessel according to the invention consist of two complementary parts la and Ib. Part la has two (or fewer, or more) cantilevered balconies, while the upper part Ib has an inwardly offset, has the lower edge, the diameter of which corresponds to the inner diameter of the part la is the same. The transition from the main part of part Ib is a shoulder section 68, which is sealed at the bottom.

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its lowest with the foot-shaped 3tar> 4element 25

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with which part Ib on the upper edge of the (D θ ils 1§_ sits on.

This construction is for technological reasons

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preferable, especially in cases where © ine numerically

not a very large number of vessels is produced, since the tools for the two-part design cause lower costs »

FIG. 8 shows a complete plant stand with three assembled from components of a kit Vessels 1, the top of which is covered with a lid 45 and

connected is. The plants protrude from the balconies 12. It is, of course, possible to identify different types of plants early to pull in such a stand.

For hydroponics, the construction is somewhat different from the designs according to FIGS. 1 to 7. In Figure 9, a vessel 55 can be seen, which rectangular, in particular a square cross-section. It is provided with a bottom 56, which is laterally lower plug-in walls 57 connect. The upper parts of the walls are called upper Plug-in walls 58 formed into which the lower plug-in winch 57 of the overlying element come to rest, as Fig. 10 shows. There is one on each of the four cross winds Balcony 60 provided. Inside the vessel 55 is located

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a collecting insert 61 with an outlet channel 62. Through does the SaMmeleinaatZ 61 wiid a smile similar to that of tiiog? Part formed »

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is absorbed in cifim water with nutrients 64. When the corresponding level is reached, water flows through the collecting insert 61 and the channel 62 into the vessel 55 below, respectively. a collecting drawer 18, as shown, for example, in FIG. It is also possible and can be seen in Pig AO to fill a bed of pebbles 65.

Two aquatic plants 67 take their food from the

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Water 64 and grow up through the balconies 60. It it is basically possible to combine ordinary and hydroponic cultures with the appropriate design of the components.

This makes it possible to adapt to the local conditions with a kit and a design

of a plant stand, which also the to It is also possible to use the most diverse plants from diverse Combine stands by changing vessels.

25 30 35

Claims (1)

VOSSIUS-VOSSIUS-TA UCHNER - H EU'N.EMÄTsJW '^ ÄUH PATENT LAWYERS SIEBERTSTRASSE 4 · 80ΟΟ MÜNCHEN 86- PHONE: (OS 9) 47 4O 75 CABLE: BENZOLPATENT MDNCHEN -TELEX 5-2 9 45 3 VOP AT D 5 ET: P 694 Gbm June 23, 1980 Case: 45306/80, '
DR. JACOB PROMCHENKO & BIRGITH WINGE Herzelia / Pituach., Israel "Kit and kit parts to accommodate living, growing ones Plant " Priority: January 8, 1980, Switzerland, No. 9Ο / 8Ο-Ο 15th 3 protection claims 20 1. vessel with air and / or water-permeable bottom, the part of a kit and for receiving living, growing plants is determined, characterized by a container ²⁵ part (5) for receiving the Nährmediuma to the plants or shrubs (5 °), and at least one balcony protruding from the side of the container part (3) (12) for leading out the plants or bushes (5 °) 30 from the container part (3) and by connecting means (9 »140 for connecting the vessel (1) to another Component (1, 16, 25, 45) of the kit a. L J ν ι ■ ■ · β ftf «■■ ·· "ΟΙ 12. The vessel according to claim 1, characterized in that ■; indicates that the connecting means are designed as a sector • arranged thread, as a bayonet lock or as a & ⁵ plug connection ο V '* j5. Vessel according to claim 1 or 2, characterized by a base with at least one opening and, 10 preferably in the bottom, arranged slots. [ 4. vessel nacii one of claims 1 to 3 for hydroponics, characterized in that its bottom (56) with a 15th Overflow (61) and drain (62) through the bottom (56) is equipped » 5- vessel according to one of claims 1 to 4, characterized 20th indicates that a water-absorbing container, e.g. a drawer (18) is provided, one surface of which is preferably a partial surface of the vessel jacket. 25th 6. Vessel according to one of claims 1 to 5 »characterized in that that it consists of two complementary parts that can be placed one above the other, of which at least the lower one Part is equipped with the cantilevered balcony (s) and the outer part is above and below is open. 7. Kit with at least one vessel? after one of the up to 6, claims 1 / characterized by at least one standard element (16 »25), which is used for releasable pre-binding with L. a vessel (1.55) complementary connecting cords (20) has * * Gekennzeiönnetj characterized that he _(t I6 25) having two different otaaaelement 8, kit according to claim 7 »which together Veioindoar 9. Kit according to one of claims 7 or 8, characterized in that that the stand element (16) as a tubular, preferably with a water collection container (18) provided, body is formed. 10. Kit according to one of claims 7 to 9, characterized in that the ätandelement (25) has a precipitable hollow foot (2?) And an intermediate floor (31) for receiving an otoi'fes for the purpose of stability increase. 11. Kit according to one of claims 7 to 10, characterized through, a lid (4-5) ι- *