WO2022056568A1

WO2022056568A1 - Holding device for shoes

Info

Publication number: WO2022056568A1
Application number: PCT/AT2021/060328
Authority: WO
Inventors: Robin BENSOUSSAN
Original assignee: Bensoussan Robin
Priority date: 2020-09-16
Filing date: 2021-09-16
Publication date: 2022-03-24
Also published as: AT523633B1; AT523633A4

Abstract

The invention relates to a holding device for shoes, wherein the holding device has at least one loop (1) for engaging around at least two shoes, and wherein the two ends of the loop (1) are connected to a carrying portion (2), characterized in that the holding device has a middle element (3) which is connected on one side to the carrying portion (2) and on the other side to the loop (1), in a central region between the two ends (1a, 1b) of the loop (1), and divides the loop (1) into two part-loops (5, 6).

Description

Holding device for shoes

The invention relates to a holding device for shoes, the holding device having at least one sling for enclosing at least two shoes and the two ends of the sling being connected to a carrying section.

A holding device for shoes is disclosed in US Pat. No. 4,244,498 A1, which has two loops, each of which can hold a shoe. These slings are designed as two straps that are connected at their ends. These ends are in turn connected to a holding device, on which the holding device can be accommodated, transported or, for example, hung up on a hook together with the shoes. The shoes are fixed on the sides pointing away from each other by the loops and on the sides pointing towards each other by the opposite shoe. This means that on the one hand only two shoes can be picked up and transported at the same time and not just one. On the other hand, the shoes must also have a matching size and shape so that a sufficiently stable fixation is achieved. If too many different shoes are placed next to each other, it can lead to slipping out.

US Pat. No. 4,761,029 A1 discloses a device with a number of slings which encompass the shoes at different points and which can be connected to one another via hooks. Such an embodiment is very expensive and difficult to handle.

US Pat. No. 5,997,065 A1 shows two separate loops, each of which includes a shoe. This design is problematic in that the shoes can be moved separately from one another. With stronger movements, a shoe can swing out and slip out of the sling.

US Pat. No. 7,604,271 B2 discloses a fastening bar which is guided through the shoelace holes of the shoes. The shoes are then prevented from slipping off by straps. Such an embodiment is also inconvenient, since threading the fastening rod is difficult and time-consuming.

US Pat. No. 4,629,103 A1 describes a fastening device with a central piece through which several loops are guided and which fix the shoes at different points. Here, too, the application is time-consuming and complex. The object of the invention is therefore to provide a holding device which enables simple arrangement and removal and has improved fastening of the shoes.

This object is achieved according to the invention in that the holding device has an intermediate element which is connected to the carrying section on one side and to the sling on the other side in a central region between the two ends of the sling and divides the sling into two partial slings.

With such an embodiment it is achieved that each shoe can be secured essentially independently of the other, but nevertheless a compact storage position is achieved when two shoes are secured. The soles preferably face each other when two shoes are fixed.

By sling is meant a device with an elongate main extent, which has a first and a second end and, at least in the position of use, describes a loop or tongue between these ends, in which an object such as a shoe can be arranged. For this purpose, the ends are preferably brought together and lie against one another or in direct proximity. Typically, a sling is formed by bringing into spatial proximity the two ends of an elongate object, such as a rope, strap, band or the like, having a major extent along its length. This tongue or loop is preferably a curve which can be arranged, for example, around the instep of the shoe, ie in the area in which the shoelaces or shoelaces are usually arranged. The sling is particularly preferably closed, ie the first and second ends are connected to one another—directly or indirectly.

The carrying section is used to attach the holding device to a target location such as a hook or a rod and/or is intended to be the point of contact for holding the holding device during transport of the same. The carrying portion can also be used for hand carrying. For example, the carrying portion may include or be embodied as a handle, hook, loop, and the like.

The intermediate element is preferably embodied as an elongate element, for example as a rope, band or belt. Preferably, one end is connected to the retaining portion and the opposite end is connected to the central portion of the sling. The intermediate element is particularly preferably made of the same material as the sling.

Each of the partial loops can accommodate at least one shoe. This ensures that the shoe is preferably on one side of the partial loop and on the opposite side of the intermediate element, resulting in a firm connection for the shoe.

The central region is a region located between the ends of the sling and approximately midway along the sling between the ends. The central area can account for up to half of the total length of the sling.

The loop is preferably designed to be flexible. In this case, the sling is particularly preferably so flexible that it essentially adapts to the contour of shoes that have been brought in due to the weight of the shoes. This achieves a firm and secure fit of the shoes and prevents them from falling out.

Provision can preferably be made for the intermediate element to be arranged at least partially between the first shoe and the second shoe when the holding device is in the intended position of use, in which the sling wraps around a first shoe and a second shoe. It is particularly preferably provided that the first shoe is arranged in one partial loop and the second shoe is arranged in the other partial loop. The intended use position means a position in which the two shoes are held and fixed by the holding device as intended.

By arranging the intermediate element between the shoes, these are also partially held and fixed in position by the intermediate element. This allows each shoe to be fixed independently and stably from the other shoe. This improves the arrangement and removal of the shoes and their stability while being worn.

In order to provide essentially the same amount of space for both shoes, it can be provided that the intermediate element divides the loop into two partial loops of approximately the same size. This is particularly advantageous when two shoes of the same size and shape are to be held.

A simple and space-saving design is achieved if the ends of the sling are connected directly to the carrying section. The partial loops can each have two ends, one of the ends representing one end of the loop and the other ends of the partial loops lying next to one another and being connected to one another directly or indirectly.

It is particularly advantageous if the partial loops are made together in one piece. This means that the two partial loops are one piece with each other, i.e. they cannot be separated from one another. This can be achieved by forming the partial loops, for example, from a leather or steel cable or strap alternatively by welding two steel cable parts together. The sling is preferably made in one piece. In this way, an embodiment that is easy to manufacture is achieved.

It is preferably provided that the sling at least partially has a radial bending stiffness of at most 0.025 Nm ² and is preferably at least partially designed as a steel cable and/or plastic cable. This ensures that the shape of the sling adapts to that of the shoes. Provision is preferably made for the radial bending stiffness to be at least 5×10 ⁻⁷ Nm ² . This ensures that the sling does not completely lose its shape when empty during handling and that the shoes can be arranged more easily. The radial flexural rigidity means a flexural rigidity transverse to the main extension.

Preferably, the loop is at least partially biased radially outwards. By this it is meant that there is a bias normal to the main elongation, urging the sling towards an open position. This ensures that the sling is always open when empty and a shoe can be easily threaded through.

Provision can be made for the sling and the intermediate element to be designed in one piece. A particularly stable design is thus achieved. The one-piece design can be achieved, for example, by welding. Alternatively, the loop and the intermediate element can also be made of a cable that is brought into such a shape, for example, by means of guide elements. Particularly preferably, a loop or eyelet of the connecting element and/or a loop or eyelet of the connecting link is made of the same rope, with the result that these parts are also integral with the sling and the intermediate element.

It is also advantageous if the intermediate element at least partially has a radial flexural rigidity of at most 0.025 Nm ² and is preferably at least partially made of a steel cable or a plastic cable. Thus the loop is held in an open position by the intermediate member but is flexible enough to conform to the contour of shoes.

In order to prevent partial loops of different sizes from occurring, it can be provided that the intermediate element is immovably connected to the loop in the central area along the loop. It is particularly advantageous if the intermediate element divides the loop into two partial loops that are essentially the same size. Alternatively, it can also be provided that the intermediate element is connected to the sling via a connecting link so that it can move at least in sections along the sling. This is particularly advantageous when two shoes of different sizes or shapes are to be held.

In order to prevent unwanted displacement, at least one displacement inhibitor can be arranged on the sling, which reduces, limits and/or prevents the displacement of the connecting link and that the displacement inhibitor is preferably designed as a pipe or hose through which the sling is passed . The tube preferably has a diameter and shape that matches the diameter and shape of the sling to allow for a good fit.

Preferably, the displacement restraints extend over at least half the length of the partial sling. Furthermore, it can preferably be provided that the displacement inhibitor is designed as a protective cover, which prevents the shoe from rubbing against the partial sling. For this purpose, the displacement inhibitor can be made of elastic material such as rubber and/or plastic.

Provision is particularly preferably made for the intermediate element to be in the form of a rope, strap or band and for the connecting link to be in the form of a lug or eyelet from which the rope, belt or band is made. The holding device can thus be constructed with few parts. Alternatively, it can also be provided that the loop is designed as a rope, strap or band and the connecting link is designed as a shackle or eyelet from the rope.

In order to achieve an improved fastening of the shoes, it can be provided that a fastening loop is provided, which is arranged around the partial loops and the intermediate element and can be moved along the partial loops and the intermediate element. This allows the sling to be tightened after the shoes have been inserted. The fixing loop can have a fixing element for fixing the fixing loop in a specific position on the sling and/or the intermediate element. For example, one or more stoppers, such as a cord stopper commonly used in the clothing industry, may be provided. Alternatively, the attachment loop can be held in position solely by friction. The fastening loop can have a tubular body through which the partial loops and the intermediate element are guided. A number of channels can also be provided, which each lead only one or a subset of the partial loops and intermediate element. The fastening loop can be in the form of a hollow cylinder, with designs having, for example, an elliptical or angular, preferably rectangular shape cross-section are possible. A main body of the fastening loop can be made of plastic, a metal such as copper or aluminum, or an alloy such as brass, for example. A marking area can be provided on the outside of the fastening loop, via which lettering, a symbol or an image can be displayed. For example, an engraving can be arranged there. This can be used for identification among many holding devices and thus make working with them easier.

Furthermore, it can be advantageous that the sling and the intermediate element are connected to the carrying section on the same side of the carrying section and that the sling and the intermediate element are preferably aligned essentially in the same direction when connected to the carrying section. It is preferably provided that the ends of the sling and the end of the intermediate element, which is connected to the carrying section, point essentially in the same direction. This ensures that the sling and the intermediate element emerge in the same direction away from the carrying section.

Provision can preferably be made for at least part of the holding device to have a fluorescent or phosphorescent surface. Preferably, at least the loop is at least partially fluorescent or phosphorescent, for example by means of a corresponding coating. This leads to improved visibility and makes it easier to find the shoes.

The invention will be explained in more detail below using a non-limiting embodiment variant according to the invention. The figure shows an embodiment according to the invention in a perspective oblique view.

The embodiment shown has a sling 1, which is designed as a steel cable with strands. It is made in one piece from a cable, being prestressed transversely to its main extension and thus being pressed into a linear shape. The ends 1a, 1b of the sling 1 are brought together and connected to one another directly next to one another via a connecting element 9 . They point in the same direction and are arranged on the same side of the connecting element 9 .

The connecting element 9 is part of a support section 2 which comprises a loop 8 formed from a part of the steel cord which also forms an intermediate element 3 . The connecting element 9 is designed as two compression sleeves, one connecting the ends 1a, 1b and one end of the intermediate element 3 to one another and the other forming the loop 8 . The loop 8 faces away from the sling 1, so that the loop 8 can be attached to a hook, for example. can be hung and the sling 1 hangs underneath without being a hindrance when hanging. Alternatively, the connecting element 9 can also have an eyelet or hook, preferably pressed onto one end of the loop 1 or intermediate element 3 .

The intermediate element 3 is also designed as a steel cable with strands and extends from the end connected to the connecting element 9 in the same direction as the sling 1. This end is arranged between the ends 1a, 1b. At its opposite end it is movably connected to the sling 1 by having a link 4 through which the sling 1 is passed. The link 4 is designed as a loop or eyelet of the steel cable of the intermediate element 3 and has a play on the sling 1, whereby the latter is freely movable. Alternatively, the link can also have a welded connection or clamped connection for connecting the intermediate element and the loop 1 .

The sling 1 is divided by the intermediate element 3 into a first partial sling 5 and a second partial sling 6 , which are delimited in part by the sling 1 and in another part by the intermediate element 3 . Due to the pretensioning of the sling 1, which pushes it away from the center, both partial slings 5, 6 are in an open position.

Both partial loops 5, 6 each have a displacement inhibitor 7, which are designed as hoses whose inner diameter is matched to the diameter of the loop 1. They extend over a large part of the main extents of the partial loops 5, 6. The link 4 is too small to extend beyond the displacement stops 7 also. This limits its movement along the loop 1, since one of the displacement inhibitors 7 when the link 4 moves in one direction along the loop 1 after about 10 centimeters is present at the opposite end la or lb. A minimum size is thus guaranteed for each partial loop 5, 6. In addition, the displacement inhibitors 7 reduce unwanted displacement of the connecting link along its movement space due to the additional frictional force between the sling 1 and the displacement inhibitor 7 that has to be overcome.

Alternatively, the displacement restraints 7 can be connected to the loop 1 so firmly that they cannot move along the loop 1 substantially. The displacement inhibitors 7 can be spaced apart from one another so that they free up a range of movement for the link along the loop. This freedom of movement is preferably a maximum of a few centimeters, such as 5 cm. Alternatively, they may be so close together as to substantially prevent movement of the link. Between the support section 2 and the displacement stopper 7, a fastening loop 10 is arranged along the sling 1, which loop extends around both parts of the sling 1, each of which is associated with a partial sling 5, 6. In addition, the fastening loop 10 extends around the intermediate element 3 and holds it together with the sling 1. If the fastening loop 10 is shifted in the direction of the link 4, the partial loops 5, 6 are reduced in size. So already in the partial loops 5, 6 arranged shoes can be fixed. The displacement inhibitors 7 prevent excessive shrinkage of the sub-slings 5, 6 by limiting the length of movement along the sling 1 of the link 4.

Claims

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PATENT CLAIMS Holding device for shoes, wherein the holding device has at least one sling (1) for enclosing at least two shoes and wherein the two ends of the sling (1) are connected to a carrying section (2), characterized in that the holding device has an intermediate element (3) which is connected to the carrying section (2) on one side and to the sling (1) on another side in a central region between the two ends (1a, 1b) of the sling (1) and the sling ( 1) divided into two partial loops (5, 6). Holding device according to Claim 1, characterized in that when the holding device is in the intended position of use, in which the sling (1) wraps around a first shoe and a second shoe, the intermediate element (3) is at least partially arranged between the first shoe and the second shoe. Holding device according to Claim 1 or 2, characterized in that the intermediate element (3) divides the loop (1) into two partial loops of approximately equal size. Holding device according to one of Claims 1 to 3, characterized in that the ends (1a, 1b) of the sling (1) are connected directly to the carrying section (3). Holding device according to one of Claims 1 to 4, characterized in that the partial loops (5, 6) are constructed in one piece together. Holding device according to one of Claims 1 to 5, characterized in that the sling (1) at least partially has a radial bending stiffness of at most 0.025 Nm ² and is preferably at least partially designed as a steel cable and/or plastic cable. Holding device according to one of Claims 1 to 6, characterized in that the loop (1) and the intermediate element (3) are designed in one piece. Holding device according to one of Claims 1 to 7, characterized in that the intermediate element (3) at least partially has a radial bending stiffness of at most 0.025 Nm ² and is preferably at least partially made of steel cable or a plastic cable. Holding device according to one of Claims 1 to 8, characterized in that the intermediate element (3) is immovably connected to the sling (1) in the central area along the sling (1). Holding device according to one of Claims 1 to 8, characterized in that the intermediate element (3) is connected to the sling (1) via a connecting link (4) so that it can move at least in sections along the sling (1). Holding device according to Claim 10, characterized in that at least one displacement inhibitor (7) is arranged on the sling (1), which reduces, limits and/or prevents the displacement of the connecting link (4) and that the displacement inhibitor (7) is preferably designed as a tube or Hose is performed, through which the sling (1) is performed. Holding device according to one of Claims 1 to 11, characterized in that the intermediate element (3) is designed as a cable, belt or band and the connecting element is designed as a shackle (1) from the cable, belt or band. Holding device according to one of Claims 1 to 12, characterized in that a fastening loop (10) is provided, which is arranged around the partial loops (5, 6) and the intermediate element (3) and along the partial loops (5, 6) and the intermediate element (3) is movable. Holding device according to one of Claims 1 to 13, characterized in that the sling (1) and the intermediate element (3) are connected to the carrying section (2) on the same side of the carrying section (2) and that the sling (1) and the Intermediate element (3) are preferably aligned in the connection with the support portion (2) substantially in the same direction.