WO2013015700A1

WO2013015700A1 - Shelf for bottles

Info

Publication number: WO2013015700A1
Application number: PCT/RS2012/000011
Authority: WO
Inventors: Staniŝa MLADENOVIĆ
Original assignee: Mladenovic Stanisa
Priority date: 2011-07-26
Filing date: 2012-05-25
Publication date: 2013-01-31

Abstract

Shelf for bottles made of big number of elements (10) interconnected with elements (11) in horizontal line. Bigger number of horizontal lines is connected in the same way in vertical direction, forming honey comb shelf structure between elements (10, 11) the holes (14) are formed for bottle storage. Elements (10 and 11) are interconnected by caps (12) inserted in holes (13) made in elements (10, 11). Element (10) made out from one piece of octangular cross section, with the convex sides (101), and concave sides (102) Alongside elements (10) the holes (13) are made on sides (101). Element (11) made out with approximately rectangular cross section, with slightly concave sides (111, 112). The holes (13) are made on sides (112). The caps (12) "are inserted in holes (13) on elements (10 and 11) connecting it in one piece.

Description

Stanisa Mladenovic

SHELF FOR BOTTLES

Technical Field

Patent is classified as durable good, furniture, and shelf. It is also classified as a product of wood processing - joint for wooden elements. According to the International patent classification (IPC) patent belongs to the class A478 73/00 ,raks for bottles, i.e. shelves for bottles. Patent could be classified in class B27F 1/Q0,products similar to wooden elements, like joints in swallowtail shape, caps, feathers, cutters, cuts.

Technical Problem

Technical problem solution given by this patent enables bottles shelf construction of wooden elements, different by shapes and sizes, partly assembled, easily, simply and precisely jointed in unlimited horizontal, vertical diagonal and width sizes. Transport and storage are economic owing to the semy assembled elements taking minimum transport and storage space that minimize the storage and transport costs.

Background Art

Similar solutions for botties shelves are not known so far. This statement is based on the review of patent and non patent documentation.

Disclosure of the Invention

Technical problem of shelf construction is successfully resolved owing to this patent.

The construction of shelf for bottles according the basic variant is made of big number of wooden elements with aproximaly octangular cross section shape, connected with elements with aproximaly rectangular cross section shape so that the figure similar to the honey comb is formed and the space between the elements is used for bottles storage.

According to the varinat I, II the concept of the construction is similar but the schedule and constructive connections between elements is a little bit different.

In basic variant, walling system is applied. But in variant I, II " comb "system is applied. Brief Description of Drawings

Patent description was given in the following drawings:

Figure 1 - Shows axonometric view of the basic variant of the bottles shelf ;

Figure 2 - Shows axonometric view of one of the rows of the basic variant;

Figure 3 - Shows projection of the frontal appeara nce of the row of the shelf

presented as figure 2;

Figure 4 - Shows horizontal projection of the row of the shelf presented

as figure 2;

Figure 5 - Shows axonometric view of the element 11;

Figure 6 - Shows axonometric view of the element 11 with caps 12;

Figure 7 - Shows axonometric view of the element 10;

Figure 8 - Shows axonometric view of the shelf of the variant I;

Figure 9 - Shows projection of the frontal appearance of the shelf presented

in figure 8;

Figure 10 - Shows horizontal projection of the shelf presented in figure 8;

Figure 11 - Shows exploding appearance of the shelf presented in figure 8 ;

Figure 12 - Shows axonometric view of the medium row of the shelf presented in figure 8;

Figure 13 - Shows axonometric view of the element 21 of the shelf presented

in figure 8;

Figure 14 - Shows axonometric view of the element 20 of the shelf presented

in figure 8;

Figure 15 - Shows axonometric view of the element 23 of the shelf presented

in figure 8;

Figure 16 - Shows orthogonal projection of the shelf of the variant II;

Figure 17 - Shows axonometric view of the medium row of the shelf presented in figure 16 and

Figure 18 - Shows axonometric view of the medium row of the shelf presented in figure 16 in transport packaging;

Detailed Description

According to the drawing attached, (Figures 1-7) in basic variant construction, the shelf for the bottles is constructed so that the big number of elements 10 are interconnected through the element 11 in horizontal row. Big number of horizontal lines are connected in the same way in vertical connection, forming honey comb shelf structure. Between elements 10, 11 the holes 14 are formed for bottles storage. Elements 10, 11 are interconnected with caps 12 inserted in holes 13 made in elements 10, 11.

Element 10 worked out from one piece of approximate octagonal shape cross. section, with the convex shaped sides 101 and concave shaped sides 102. Alongside the element 10 on sides 101 the holes 13 are made. Element 11 made with approximate rectangular cross section, with slightly concave sides 111 and concave sides 112. On sides 112 the holes 13 are made. In holes 13 made on elements 10, 11 the caps 12 are inserted to connect all in one piece. According to the variant i (figures 8-15), the she!f for bottles is made so that element 20 and two elements 22 are interconnected with elements 23 (figure 12), and elements 21 and 22 interconnected with elements 23, forming line (as shown on figure 12).Three lines interconnected and "interlaced " (as shown in figure 11) formed shelf (figure 8). Among these elements the holes 24 are formed for bottles storage. Element 20 made as prism roughly square basis, with concave lateral sides 201. Element 21 made as prism with partly rounded layer 211, and concave fiat side 212. Element 23 is made as prism with lateral concave sides 231 and sides 232 with cuts.

According to the variant II (figure 16-18), shelf for bottles is made of three elements 30 and two elements 32 in the middle and of two end elements 31, that are interconnected in line (as presented in figure 17). Three lines interconnected and interlaced (as in model I) formed shelf (figure 16). Between these elements the holes 33 are made for bottles storage. Element 30 is made as prism with roughly octagonal basis, and flat sides.Element 31 is made as prism with partly rounded layer 310, and flat opposite side. Element 32 is made as prism with flat lateral sides 321 and concave lateral sides 324. Industrial Applicability

Main function of the described shelf for bottles is storage of wine bottles. All shelf models can be situated on the floor, stand, table, bar, or any other convenient place or even shelf could be hanged on the wall. The advantage of the proposed technical solution for the shelf is an easy installation and usage, simple construction of elements made of ecologic material. It is essential to point out that the described shelf construction gives the following advantages in comparison with the existing models:

Simple and fast installation and dismantling, no tools, screws, adhesives

The possibility of modelling in horizontal, vertical and diagonal direction, for one side or double side bottle storage,

Wide application in households, hospitality, wine shops and wineries,

Small storage and transport space when dismantled,

Ecologic clean material characterized by: coloring, strength, elasticity, long life and construction properties,

Wine bottles are held in natural surroundings,

Wine exposure to daily or artificial light is minimized ,

Optima! air circulation, no sudden temperature changes,

Elastic construction reduces potential vibrations,

Bottle in horizontal position enables cork humidity.

Claims

Stanisa ¾V!iadenovic C L A I M S

1. Shelf for bottles, according to the basic variant, characterized by, big number of eiements(lO) interconnected with elements (11) in horizontal line, big number of horizontal lines interconnected in the same way in vertical connection, forming honey comb shelf structure, the holes (14) between elements (10, 11) madefor bottles storage.

2. Shelf for bottles, according to the basic variant and request no.l, characterized by, elements (10 and 11) interconnected with caps (12) inserted in holes (13) made in elements (10 and 11).

3. Shelf for bottles, according to the basic variant and request no.l, characterized by, element (10) made out with roughly octangular cross section, with the convex sides (101) and the concave sides (102) alongside elements (10) and the holes (13) made on sides (101).

4. Shelf for bottles, according to the basic variant and request no.l, characterized by, element (11) made out with roughly rectangular cross section, with sides (111, 112) slightly concave , with the holes (13) made on sides (112) .

5. Shelf for bottles, according to the variant I, characterized by, element (20) and two elements (22) interconnected elements (23), elements (21, 22) interconnected elements (23), forming line, three lines interlaced and interconnected forming shelf with holes (24) for bottles storage.

6. Shelf for bottles, according to the variant I and the request 5, characterized by, element (20) made out as prism with roughly square basis, and the concave lateral sides (201).

7. Shelf for bottles, according to the variant I and the request 5, characterized by, element (21) made out as prism with partly rounded layer (211), and concave flat ^' side (212).

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8. Shelf for bottles, according to the variant I and the request 5, characterized by, element (23) made out as prism with concave lateral sides (231) and sides (232) with the cut.

9. Shelf for bottles, according to the variant II, characterized by, three elements (30), two elements (32) between two elements (31) on ends, interconnected, forming line, three lines interlaced and interconnected forming shelf with holes (33) for bottles 10. Shelf for bottles, according to the variant II and the request 9, characterized by, element (30) made out as prism with roughiy octangular cross section, flat sides, with element (31) made as prism with partly rounded layer (310), and opposite flat side, with element (32) made out as prism with flat lateral sides (321) and concave lateral sides (324).