DE1881258U - STACKABLE STORAGE BLOCK FOR WINE BOTTLES OD. DGL. - Google Patents

Description

Dresdner Bank Düsseldorf, Account 518 823 Tel 135 31

'. ' My files he. 1605b W / v

Company ** form- »Gesellschaft für Formgebung mbH., Düsseldorf» Berliner Allee 21

"Stackable storage block for wine bottles or the like."

There are stackable storage blocks for wine bottles or the like. with holes parallel to each other and to the stacking surface, open on one side to accommodate the bottle belly and «known by foot. These mostly made of lightweight foam plastic existing blocks have holes of the same diameter, so that the bottle necks protrude freely from the stacked bearing blocks.

The furnace aims to improve such stackable storage blocks for wine bottles or the like ». The improvement here leads to an expanded field of application for the storage blocks as transport containers. ^; ■ "".

The previously known transport containers for wine bottles for IO to 50 bottles are made of wood or cardboard, with the bottles themselves being provided with a straw layer. In addition, a straw or wood wool layer is often provided on the inner wall of the packaging container. When unpacking such a container, there is usually the disadvantage that the straw or wood wool is scattered and must be swept up again. Dex empty containers must either be returned to the sender or destroyed.

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Bur in rare cases he can. a world be fed erverwendung, piping iJbe.lstände eliminates the utility model ^ when it is used as a transport _container: wherein even the Worteil of "- fast closing and..". ". opening added enters the container Further, in preparation of the Gebrauchsmusters- from Sehaumkunst-

"^ material is largely temperature-resistant inside."". Ge of two bearing blocks transport container and formed the bottle content? </ Ährleistet. Es.hat. Sich-. Shown _s that even with large Temperaturschwartongen several days a temper aturänderung the bottle content of only 2 to 3 ° G". "Determine For shipping to warmer and colder areas

, J ₁ . is therefore the subject of the application as a transport container.

Lich suitable. There is also no need to sweep up straw. .- and wood filler residues or other packaging material-e- · It can to-. additionally, but not absolutely necessary, wood wool or straw en.-V -.: .., "When joining together two bearing blocks. results in an easily comprehensible and compact, easily stackable flat crate, in which the bottles without Packing material against impact. Hit and fall secured. "" - ■ are. . ---: ..

^ ■ • «^ = - As another great advantage, see the object after the ! The fact that after the delivery of the from the

'* i storage blocks formed container does not need to be unpacked or repacked, rather the. filled and only: blocks separated from each other, put together to form shelves.

The hiring is based on a stackable storage block for wine

. ". bottles or the like with parallel to each other" and to the stacking pool

"located," one-sided. open holes for. Recording of the: Flasohen-bauOÄes and -foot- from and- Tor sees that the "union, two y ^ f. ■ - storage blocks to a transport container in each block / between the. The. Plaschenbauch and -fuß forming bores are parallel to this

■ ^ "" ■ '- ■ -. ■ - ■

Smaller diameter holes for receiving bottle necks are arranged, and the block has a circumferential supporting edge with an edge, the distance between which corresponds to the bottom of the holes of half the bottle length «-. - -. ' \ -

Each block points to one of its central planes yes a symmetrical arrangement, the central axes of the holes large and small diameter, with the-- "..

Number of large and small holes is the same *

The supporting edge of the bearing block is at a distance from the surface of the block and the smaller holes have one. Diameter of the diameter of the bottle at the transition from. Bottleneck corresponds to the Flasehenbauoh. ". ν -.

The ~ ^^ ~ filled transport container formed from two stackable storage blocks according to the invention reveals that the supporting edges /.

of both blocks are on top of each other, half the number of.

Bottles opposite to the second half of the bottle count ·. . ^ - Megt and one arranged parallel to the ¹ bottles: tape both ..

Enclosing blocks. . - "- ■ ■" ■ - "" - '"...' ... ^: " - ■ - "_ ■".

The drawing shows an exemplary embodiment - the hiring namely shows. . - "■ --...

Fig. 1 is a plan view of the block, ... . '- _ . _ Fig. 2 shows a section according to. Line II-II of the Pig. A,. .-Fig. 3 shows a section along the line IH-III of FIG. 1,

■. ' Fig. 4 two combined to form a transport "container

and also two stacked "", - zuror. as "trans

\. _.: ■., ■ / ■ "■■. ■. ■■ '■■■ - ■.' ■ ■■. ■ '

"'* ρ the location keeps used blocks *. ..- = - -. - -: -'-'" _

The blocks 1, which are preferably made of foam plastic, have in perpendicular rows of larger diameter holes .2 and intermediate - "with their central axis ^{: the} same height as the cement! Axes of the holes, larger diameter smaller holes 3 ... both Bore sizes are parallel to each other and to the ... support surface St .. '';; ^:

In the example shown, the holes 2, 3 are both: symmetrical to the median plane M-] as well as, symmetrical to the median plane Arranged Mp. The number of large bores 2 is just as large ν like the number of small holes 3..

The larger diameter holes are designed so that they .., as can be seen from Fig. 4, the bottle belly and the. \ _: ^ - = - ' ^{TO be able to} accommodate the bottle base. The smaller holes ... - on the other hand, can accommodate the bottle necks. .. -

The block bW-ttz.t provided with the bores 2, 3. a support edge 4, which forms a support edge 4a, the distance of which from the bottom 5 of the bores 2, 3 corresponds to half the bottle length. A distance f. is maintained between the support edge 4a and the upper boundary surface 7 of the block by which one of the ..

Supporting edge 4 laterally delimited space R is formed. The diameter d of the ··. smaller bores, the diameter of the bottle at the transition toe bottle neck H to bottle belly B- is about _; b.if Ü ■ "" - "-. _ '".

The edge. 4a can have bores and cams 6, but what; it is not absolutely necessary, as can be seen from the / further explanations. . ■ "■ -.-

Two of the blocks described with a raised edge can, can be seen in solid line from Fig. 4, to a " Transport container are assembled, the edges 4a lying on top of one another. Through the in dashed. Line shown Bottles γ / ird a reciprocal translational movement of the two Blocks in the direction of the arrows P prevented so that it is enough, a band 8 arranged parallel to the bottles around both; blocks to lay. -; -. ■. - - '".- ■■.: ■." ■. "-.-"

The bottles take on the position shown in Fig. 4, with one half being the opposite of the number of bottles, to the second half of the number of bottles. . ".

If the band 8 is detached from the transport container, it results apart from the elimination of the need for packaging material like straw and wood wool too. remove the large part of the cake, so that the bottles are not removed from their container blocks and turned over. needs to be packed, but rather to remain in it. the Bottles remain in their larger-diameter bores, and only come out of the corresponding bores with their necks

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smaller diameter of the respective second block drawn. You therefore only remove the two halves of the container in the form of; Blocks from one another and places the one bearing block with its stacking surface St on the corresponding upper surface. of the ^: second warehouse: block, like. this in MgV "4 based on the; bearing block 1 a
- is shown, the one shown in the solid line. Bearing block 1b was placed. - .. "-": -. ^L.

Claims (3)

" ^T ". RA. 579 793 * 9/10/63 Guarantee claims ι _ - \. . t. Stackable storage block for wine bottles or the like. with holes parallel to each other and to the stacking surface, open on one side for receiving the bottle structure and foot, there-. characterized in that to combine two storage blocks into one! transport container in each block between ä.Qn the bottle belly and «foot receiving holes (dinier to parallel holes (3) smaller diameter for receiving bottle necks are arranged, and the block (1} a All around supporting edge (4) with a supporting edge (4a), the distance (h) of which from the G-round (51 of the holes (2,3) corresponds to half the length of the bottle. 2. Stackable storage block according to claim t, characterized in that the large and small diameter holes are arranged symmetrically with respect to a central plane of the block and the number of large holes corresponds to the number of small holes .. '■ - ■ 3. Stackable storage block according to claim, characterized in that that the support edge (4a) at a distance from the top (T) of the block (ΐ) and the smaller holes C5) have a diameter that corresponds to the diameter of the upper «■ gang (ti) from the bottleneck to: F las ehe nb also corresponds-. . . . .;