DE8007366U1 - STORAGE FOR FLEXIBLE RINGS OF DIFFERENT SIZES - Google Patents

Description

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description

The invention includes a memory for flexible rings different size.

The rings to be saved can be simple rubber rings, how they are used for packaging, act about sealing rings, but also about V-belts and the like, which are offered and kept ready in different sizes, packaging rings are packed in different containers, sorted by size, sealing rings according to Sizes are sorted in different compartments of a storage container are stored.

The hitherto customary form of keeping such rings of various sizes ready is unsatisfactory. With the sorted packaging in individual containers, the size suitable for the specific case is generally not readily recognizable. The sorted packaging of the rings also requires the purchase of a larger number of such rings, what is not always desirable. Container with a plurality of

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Compartments for the sorted storage of rings of different |

Size build tall and are unwieldy.

The invention resides primarily in the need for one
Storage for flexible rings of different sizes,
which clearly shows the different ring sizes
and enables the targeted and easy removal of the ring of the size required.

According to the invention, the need is met with a memory for |

flexible rings of different sizes in the form of a shape |

stable, elongated body with a plurality of S

successive gradations, the levels of which are based on common -i Ring dimensions are designed, taken into account.

The rings |

of different sizes are presented in a clearer |

Shape and the one that appears most suitable in the specific case,

Ring can be easily selected and removed from memory.

men. An advantage is that the memory on a comparable \

equally low ,,! sufficient number for the momentary requirement f can be laid out by rings.

The memory can be a zylinderischer but also be a plate- \, shaped body. Let it be a plate-shaped body, a gradation along one long side of the body is sufficient.

The step surfaces receiving the rings can be provided with grooves into which the rings fit. The stage The greatest width is expediently provided at the free end with a shoulder that catches the rings behind.

According to a modified embodiment, the memory exists from composable, the steps forming sections. The sections can be releasably joined together using the push button principle be. According to a preferred embodiment, the sections are held by a clamping screw penetrating them held together. Especially with a plate-shaped In this context, the formation of the memory can also be an anti-twist device between the one on top of the other following sections be provided. This structure of the memory allows the memory to meet special needs to be designed accordingly, for example to provide a step of double width for a preferred ring size.

A special application of the new storage system is the holding of an assortment of as a buffer for so-called Rubber rings used for flippers.

In the drawing, the invention is based on exemplary embodiments further explained. He show:

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Figure 1 shows a plate-shaped memory in view,

Figure 2 configurations of the memory in Figure 1,

FIG. 3 an assembled from parts Storage.

The plate-shaped memory 11 in Figure 1 is on one long side provided with a plurality of gradations 111, 111 ', Hl ", on which rings 21, 21', 21" of different Have the size ready, sorted, which can be specifically removed from the memory 11 if necessary.

The steps and the opposite surface parts of the memory H can be provided with grooves 112, in the the rings 21, 21 '... insert (Figure 2). At the free end of the largest step, one of the rings of this step can also be used should be provided behind catching shoulder 113 (Figure 2).

In the modified embodiment according to Figure 3, the individual stages of the memory 31 are formed by sections 311, JIl ¹ , 311 ″, which are held together by a clamping screw 312/312 'penetrating them and by a fuse 313/313' between the successive sections 311, 311 ', 311 "are fixed in their position relative to one another.

Claims (1)

L 208 I 1. Storage for flexible rings of different sizes |: | in the form of a dimensionally stable, elongated f: body (11) with a plurality of successive |: low gradations, whose grades (111, 111 ¹ , Hl "...) i ^{: are designed} for common ring dimensions. ': 2. Memory according to claim 1, characterized by a I cylindrical body. ψ ^. Memory according to claim 1, characterized by a I; plate-shaped body. 1 w 4. memory according to claim J>, characterized by a I plate-shaped body with gradations (Hl, Hl ', % 111 "...) along only one long side. I 5. Memory according to claims 1 to 4, characterized I draws that the steps (111, Hi ¹ , Hl "...) are tight % provided with grooves (112) that are tightly fitted with rings [i are. 6. Memory according to claims 1 to 5, characterized in that that the step (ill) with the greatest width at the free end is provided with a shoulder (113). 7. Memory according to Claims 1 to 6, characterized in that that the individual stages are pieces that can be joined together (511, 311 ', 311 "...). 8. Memory according to claims 1 to "( , characterized in that the sections (311, 311 '» 311 "...) are held together by a clamping screw (312/312 *) extending through them. 9 .: Storage according to claim 8, characterized in that the sections at a distance from the passage for the clamping screw (312/312 ') are provided with an anti-twist device in the form of corresponding recesses (313) and projections (313') in the successive sections ( 311, 311 ^T , 311 "···) are provided.