DK201500203A1 - Samlelig in situ and / or separable upright assembly for handling and / or storage of plants, herbs, mmi - Google Patents

Abstract

An in situ collectable and / or separable erect structure for handling and / or storing plants, herbs, etc. which is characterized in that the structure in the separated state fills the minimum in volume as a result of the structure being completely separable. The in situ collectible and / or separable upright structure is assembled by 'clicking' and locking the components together without the use of tools and includes an upright construction with one or more polygon shelves. The basic structure consists of a basic bottom and a structure consisting of at least 3 legs (304) with one or more folds (302) giving multiple floors / levels. In addition to one or more folds (302), the legs consist of lower foot (300), bottom lock (301) and top lock (303), where the bottom lock (301) is 'clicked' / locked on the basic bottom which ensures that the bottom foot (300), fold (302) and top lock (303) are locked together. The basic bottom is formed by the middle bottom entrance (201) and outer bottom exit (101) being clicked / locked together, the outer bottom also having input (102) and cut-out for leg penetration (103). The legs 304 can be passed through the outer bottom cut-out for leg passage (103) and thus an erect structure is formed. Clicking / locking the bottom shelf-wall outlet (401) along the side of the basic bottom entrance (102) and the click-locking bottom shelves together with the input (501) and output (502) respectively create a perfect corner, which is further locked with at least one pin icstrip (503). The in situ collectible and / or separable upright construction is particularly advantageous in that, in the overall upright state, it becomes a fully integrated unit which is solid and fixed and which is retained against pressure and pressure from the inside to the inside walls and from the outside.

Description

In situ collectible and / or separable erect construction for handling and / or storage of plants, herbs, etc. in.

FIELD OF THE INVENTION.

The present invention constitutes an in situ collectible and / or separable upright structure, which is in aggregate a locked and stable structure, with polygon shelves for handling and / or storing plants, herbs, etc. in.

Prior art.

There are a number of different upright structures made of wood for planting - for area and space optimization, since height as well as length and width are utilized where several components are put together for a single construction. The disadvantage of these components, where the components are loosely assembled, has been that the structures become unstable as the components are simply superimposed and easily displaced. In addition, the construction becomes further unstable as the tree is constantly in direct contact with moisture from mud and other external environments, e.g. temperature, humidity and other climatic conditions that cause changes in the structure / shape of the tree. Thus, it is a further unstable construction because the components do not fit together.

As a result of wood being influenced by external surroundings, there are components - such as. shelves - requiring to be stapled together in production as they cannot be shipped separately because the wood will not necessarily work the same and thus will not fit together. Due to more prefabrication in production, voluminous volume is emerging, resulting in more difficult and expensive handling, storage and transport. In recent years, therefore, other upright plants for planting have gained in-house manufactured in e.g. concrete, plastic, metal or stone, but even though these materials are not susceptible to moisture and water, in this context there is still a risk of unstable construction as one or more components may displace as the components are loosely set together.

There is, therefore, a hitherto unmet need to provide an ideal upright structure for growing plants that are resistant to external environments such as e.g. water and moisture, and at the same time inexpensive handling, storage and transport because it has a very modest volume in a separate state. A structure that is easy and simple to assemble and in overall design is stable and fully integrated so that the components do not shift.

Brief description of the invention.

With the present invention, we have now succeeded in providing such an ideal in situ collectible and / or separable erect construction which does not suffer from the aforementioned disadvantages of the known designs. This is achieved in the invention with an in situ collectible and / or separable construction consisting of parts that can be assembled without the use of tools, since the construction is '' clicked and locked together '' as a puzzle, making it peculiar and unique.

The construction according to the invention is like a "puzzle" in which several small components are clicked and locked together into larger components and as an upright construction becomes a fully integrated "clamped" unit which locks together.

The construction consists of at least 3 legs with each at least one fold, each leg passing through a basic bottom - a bottom consisting of several parts that are clicked and locked together - and which raise the bottom from the ground. At the top, the legs are assembled and also clicked / locked together, after which the total top legs are locked with a top lid and which now together form the basic structure of the erected structure. Along the sides of the basic bottom, shelf walls are clicked vertically - creating a polygon shelf - and the ends horizontally on the shelf walls are also clicked / locked together to create a shelf corner, which is further locked with one or more pins (s) from inside the corner which, with pressure and pressure from the inside, will further clamp the polygon shelf.

The construction as such can be made of many different kinds of materials. The only material requirements required are that it is rigid and flexible so that it can give itself but at the same time be self-supporting and can keep the shape. There are numerous materials that meet these conditions, and here only mention, for example, plastic materials such as low and high weight polyethylene, polypropylene and mixtures of polyethylene and polypropylene as well as copolymers of ethylene and propylene and others. In addition, various rubber materials are mentioned, such as vulcanized natural rubber, polybutadiene, polyisoprene and mixtures thereof. In addition, other types of materials may be discussed, e.g. metal, cardboard, cardboard, etc.

Advantageous and preferred embodiments of the invention. In the following, a number of specific and advantageous embodiments of the in situ collectible and / or separable erect construction according to the invention are mentioned, the figures in brackets referring to the indications in the accompanying drawings, without however referring to specific embodiments of the construction according to the invention. must in any way be construed as limiting the definition and scope of the invention.

Thus, an embodiment of the in situ collectible and / or separable construction according to the invention is characterized in that the overall erected structure comprises a basic polygon base (2) - which is composed of a center bottom (3) and outer bottom (4) - and at least two legs (304) forming the foundation of the upright structure (8), wherein the legs (304) have at least one fold (302) so as to form one or more floors / levels. The leg (304) consists of the base (300), bottom lock (301), at least one seam (302) and top lock (303) which is passed through a basic polygon base (4) which is clicked / locked together (3 and 4), shelf walls (13) are clicked along the side of the outer bottom (102) so that a raised polygon shelf appears on an upright structure (16). The polygon shelves are formed by clicking / locking the ends together (501 and 502) to form a shelf corner where one or more pins are inserted into the corner holding the ends together (503), thereby providing a unique construction where pressure and pressure from the inside keeps the shelf corner more locked.

A further embodiment of the in situ collectible and / or separable upright construction according to the invention is characterized in that the total upright construction becomes a clamped unit when the components are clicked / locked together.

A further embodiment of the in situ collectible and / or separable erect structure according to the invention is characterized in that it is made of a flexible material.

A further embodiment of the in situ collectible and / or separable upright construction according to the invention is characterized in that it is flexible in a separate state and becomes rigid and self-supporting in the overall state.

A further embodiment of the axillary upright construction according to the invention is characterized in that it becomes, in the overall upright state, a total integrated unit without loose parts.

A further embodiment of the axillary upright structure of the invention is characterized in that the components of the upright structure will not displace.

A further embodiment of the in situ collectible and / or separable upright construction according to the invention is characterized in that it has a minimal volume in a separate state.

A further embodiment of the in situ collectible and / or separable erect construction according to the invention is peculiar in that it can be assembled without the use of tools by clicking and locking together as a 'pulse game'.

A further embodiment of the in situ collectible and / or separable erect construction according to the invention is characterized in that the construction is a completely locked unit.

A further embodiment of the in situ collectible and / or separable upright construction according to the invention is characterized in that the legs are integrated with the lower foot, bottom lock, fold and top lock.

A further embodiment of the in situ collectible and / or separable erect construction according to the invention is characterized in that the basic bottom consists of several components which can be clicked / locked together.

A further embodiment of the in situ collectible and / or separable upright construction according to the invention is characterized in that shelf walls can be clicked along the sides of the bottom.

A further embodiment of the in situ collectible and / or separable erect structure according to the invention is characterized in that feet under the bottom are locked and thus cannot displace.

Detailed description of the invention.

The invention will now be described in more detail with reference to the drawings, which, however, should not be construed as exhaustive or limiting of the definition or scope of the invention.

FIG. 1 is a perspective view of the upright and locked structure with assembled shelves mounted on all the folds on the legs; FIG. 2 shows a floor plan of the basic bottom, which consists of center bottom clicked together with outer bottom,

FIG. 3 shows a plan view - for some purposes particularly advantageous embodiment - of polygon center bottom (200) according to the invention in separate state with input (201); 4 is a plan view of an embodiment of polygon outer bottom (100) according to the invention in separate condition with output (101), input (102) and cutout for leg feed (103); 5 is a plan view of one embodiment of the legs (304) with the bottom foot (300), bottom lock (301), fold (302) and top lock (303); 6 shows the same floor plan as in FIG. 2, but in which the embodiment shown in FIG. 5 (304), has been passed through cut-out for leg passage (103) with bottom lock (301) clicked and locked on the basic bottom; 7 is a perspective view of FIG. 6, but wherein two of the of FIG. 5, legs (304) are passed through cut-out for leg insertion (103) and assembled with the top lock (303) of the leg; FIG. 8 is a perspective view of FIG. 6, but in which three of the FIG. 5 (304) is clicked and locked together with the one shown in FIG. 2 as shown in FIG. 5 with top lock (303) shown and clicked together with the other legs (304) and shows a certain advantageous embodiment of the in situ collectible and / or separable erect construction, FIG. 9 shows the same perspective drawing as in FIG. 8, but shows the overall upright structure with top lid (600) which holds the legs and ensures an upright, integrated, locked and stable construction; FIG. Fig. 10 is a plan view of an embodiment of a polygon shelf wall according to the invention in a separate state, showing the ends (501) and (502); 11 is a sectional view of the embodiment of FIG. 10 illustrates one shelf wall with one end with an entrance (501) and a pinch (503) for locking with a pin; FIG. 12 is a sectional view of the embodiment of FIG. 10 shows the shelf wall with a highlight the other end with output (502) and pin-threading "(503) for locking with pin, fig. 13 is a sectional view of one embodiment of a polygon bottom shelf wall with output (401) at the bottom and corresponding input (501), output (502) and pin-passage (503) shown in FIG. 10, FIG. 14 is a perspective view as in FIG. 9 shows an upright locked and stable structure, the embodiment of FIG. 13, the bottom shelf wall is clicked on the erect structure of FIG. 9, FIG. 15 is a perspective view, as in FIG. 14 with two bottom shelf walls (400) clicked on the FIG. 9 shows the basic construction with basic bottom and legs which are clicked and locked in the top with top lid (600) and with two total shelf corners; FIG. 16 is a perspective view similar to that of FIG. 15 with 3 bottom shelf walls (400) clicked on in FIG. 9 shows the basic construction with the basic bottom and locked top, where the bottom-shelf corners are clicked and locked together with at least one pin (s) inserted into each shelf corner through pin-passage (503) and are thus integrated and locked to the construction, FIG. 17 is a perspective view of the shelf wall shown in FIG. 10, according to the invention in a separate state, but in which two of the shelves in FIG. 10, the shelf walls shown are clicked together with input (501) and output (502), respectively. 18 is a perspective view of the overall shelf clicked and locked together by shelf walls shown in FIG. 10 and with pin in pinch (503) for locking corner,

The in situ collectible and / or separable erect construction can be clicked / locked together without tools such as a pulse game. Center bottoms and the entire in situ collectible and / or separable erect construction may be made of, inter alia, plastics materials such as low and high weight polyethylene, polypropylene and polyethylene and polypropylene blends, and copolymers of ethylene and propylene and others. In addition, various rubber materials can be mentioned, such as vulcanized natural rubber, polybutadiene, polyisoprene and mixtures thereof, but many other materials that meet the requirement of flexibility, toughness and strength can be considered. Just to mention other material options are metal, cardboard or cardboard and corrugated board, if it is treated with water-resistant treatment, etc.

The FIG. 1 - in assembled, locked and stable condition - shown embodiment of whole structure - in addition to the integrated bottom shelf (400) - two more complete total shelves (500) mounted on the integrated upright structure (shown in Fig. 9) to establish an upright three-shelf construction in total. In this particular embodiment, there are three seams (302) on the leg (304), but there may be four, five, six or more seams and thus the number of shelves. The upright structure consists of a center bottom (200) having an entrance (201) on each side, where the outer bottom (100) can be clicked / locked, consisting of exit (101), entrance (102) and cut-out for leg passage (103). Center bottom input (201) can be clicked / locked together with outer bottom output (101) and with all outer bottom click / locked together the basic bottom is formed.

FIG. Figure 2 shows a floor plan of the overall basic bottom consisting of center bottom formed as a triangle with entrance (201) on each side, while outer bottom is provided with both exit (101), entrance (102) and cutout for leg passage (103). Center bottom input (201) and outer bottom output (101) can be clicked / locked together so that they are connected to create a parallelogram, and clicked / and locked another outer bottom with output (101) on another input (201) on center bottom , a straight-legged trapezoid is formed. With a further outer bottom output (101) clicked / and locked together with center bottom input (201) with the straight-legged trapezoid, a triangle is created and thereby forms the basic bottom for the upright construction. In this particular embodiment, the basic base forms a triangle, but other designs may also be discussed, e.g. rectangle, rhombus, normal pentagon, m.m. depending on how the center and outer bottoms are designed.

FIG. Figure 2 shows a floor plan of the assembled and locked basic bottom, with in each side of the outer bottom there is an entrance (102) and a cut-out for leg passage (103). FIG. 5 shows, in accordance with the invention, the legs (304) for the in situ collectible and / or separable erect structure consisting of four components, lower foot (300), bottom lock (301) and with one or more folds (302) - depending on how high and how many floors / levels there should be - and top lock (303). FIG. 6 shows a leg (304) passed through the outer bottom (100) cutout for leg passage (103) which is clicked / locked with the bottom lock (301), so that the lower foot (300) of the leg (304) is locked under the basic bottom, while the other components of the leg (304) - fold (302) and top lock (303) - are fixed above the basic bottom. Bottom lock (301) secures the leg firmly fixed to the basic bottom and at a safe distance and ensures that the underfoot (300), fold (302) and top lock (303) do not move and thus create a complete, integrated and stable construction.

FIG. 7 shows a second leg passed through the outer bottom (100) cutout for leg passage (103) which is also clicked and locked on the basic bottom with the bottom lock (301) of the leg (304) and the top leg (303) of the two legs (304) clicked and locked together at the top of the structure. FIG. 8 shows the third leg passed through the outer bottom (100) cut-out for leg passage (103) which is also clicked / locked together with the other legs and thus becomes an upright, stable and locked construction with lower feet. FIG. Figure 10 shows the upright structure locked together with three-leg top lid (600) such that they bond to each other, thereby creating a further interlocking of the overall structure. There may also be four legs, five legs and so on, depending on the design of the basic base.

FIG. Fig. 10 shows a floor plan of the shelf structure with an entrance (501) and outlet (502) at each end as well as a pin-walk (503) in the corner for inserting a pin for fixing the shelf from the inside. FIG. 11 highlights FIG. 10 shelf-end input (501) and pin-passage (503) for rigid locking; and FIG. 12 highlights FIG. 10 shelf-end output (502) with pinch (503) for rigid locking. With two shelf walls and their respective inputs (501) and outputs (502) put together, a perfect corner is formed and with pin (s) inserted through pin-passage (503) the corner is completely locked. As the pin (s) are inserted inside, pressure and pressure from within the structure will result in additional corner and shelf fastening. FIG. 13 is a cross-sectional view as in FIG. 10, with shelf wall with entrance (501), exit (502) and pin-passage (503), where bottom shelf wall (400) differs from shelf wall (500) with also having outlet at bottom (401).

FIG. 14 shows one bottom shelf wall (400) fixed along one side of the basic bottom with bottom shelf wall output at the bottom (401) set along the outer bottom entrance (102). FIG. 15 shows - as in FIG. 14, with one bottom shelf wall (400) fixed - two bottom shelf walls output (Fig. 401) fixed along two outer bottom inlets (102), while the one respective bottom shelf wall (501) being fixed together with the second respective bottom shelf wall outlet (502) such that a complete corner is formed. FIG. 16 shows - as in FIG. 15, with two bottom shelf walls (400) assembled to one corner - but here all bottom shelf walls are clicked and locked together so that all bottom shelf walls are connected and all the lower shelf corners are hermetically sealed with a pin ( is) inserted into the pin-shaft (503) of the bottom shelf walls. The upright structure is completely integrated as one unit, where all components are interlocked together and ensures a solid fixation - especially in the case of weight and pressure from the inside - as the pin (s) are pressed more into the pin-in the corner.

FIG. 17 shows as in FIG. 10, but there are two shelf walls joined together with entrance (501) with exit (502), on which a corner is formed. FIG. 18 shows a concrete overall triangular shelf, where all sides are joined to corners with pin (s) in all pin times (503), but could also e.g. be a square, square shelf, etc. which simply fits the shape of the basic bottom.

Having thus described and illustrated the invention in both its broad perspective and in more detail in connection with specific embodiments, some of which are shown in the drawings, the invention is more precisely defined in the following claims.

Claims (9)

1. The in situ collectible and / or separable erect structure for planting and more. according to claim 1, characterized in that the in situ collapsible and / or separable construction can be 'clicked' and locked together without the use of tools, such as a 'puzzle', and becomes a fully integrated upright unit (Fig. 1). assembled and / or separable construction is in its entirety a fully integrated structure consisting of legs (304), polygon bottom shelf (400) and polygon shelf (s) (500), thereby providing a structure where the components do not displace upon moving or shock and / or impact. The in situ collectible and / or separable upright structure according to claim 1, characterized in that, as a whole, it becomes one fully integrated upright unit, comprising at least two separate polygon bottoms (100 and 200) with output (101), input ( 102) and cut-out for leg-carrying (103) - made of flexible and rigid material - which can be clicked / locked - as a "puzzle" and without the use of tools - thus forming one larger base, The in situ collectible and / or separable erect structure according to claim 1 or 2, characterized in that it is a structural skeleton consisting of at least two or more legs (304) with one or more of the following components; bottom foot (300), bottom latch (301), at least one seam (302) and top latch (303) which can be passed through a basic bottom, where bottom latch (301) can be clicked / locked on the basic outer bottom (100) and thus secure, fixing the lower leg (300) to the basic base and further ensuring that the legs do not move during movement and against impact and / or impact. The in situ collectible and / or separable erect structure according to claims 1, 2 or 3 is characterized in that the legs (304) can be clicked / locked together at the top with a top lock (303) and with a top cover (600) which holds and ensures a locked and stable erect construction. The in situ collectible and / or separable erect structure according to any one of claims 1-4, is characterized by polygon shelf walls - which consist of an entrance (501), outlet (502) at each end and pin respectively. aisle (503) - where the shelf walls can be clicked / locked together and thus become a fully integrated shelf which with pin (s) in the aisle (503) further ensures a solid fixation of the corners, as pressure and pressure from inside will push the pins more in. The in situ collectible and / or separable erect structure according to any one of claims 1-5, characterized in that polygon bottom shelf walls - in addition to each end, have an entrance (501), an outlet (502) and a pin. passage (503) for locking with pin - also consists of output (401) at the bottom which can be clicked along the side of the basic bottom and becomes a fully integrated unit with solid fixed corners. The in situ collectible and / or separable erect structure according to any one of claims 1-6, characterized in that it is made of flexible material and in a separate state is flexible, but becomes a self-supporting, fixed and locked structure. in the upright state as the connected components bond and tension mutually. The in situ collectible and / or separable erect structure according to any one of claims 1-6, characterized in that all components have one or more '' input '' and / or '' output '' and / or '' locks. ”Which by clicking / locking together becomes connected to a unified and integrated unit. The in situ collectible and / or separable erect structure according to any one of the preceding claims, characterized in that in a separate condition it fills substantially less in volume - in comparison with the overall erect condition - as a result of less prefabrication. it is possible to leave the assembly process to the user and thus minimize handling, storage / storage and transport costs.