Holder for supporting glasses

Abstract

The present invention relates to a holder for carrying glasses, comprising a first loop for holding by hand and at least one flexible extended strap. The first loop is formed by bending the strap. At the end of the strap, a second loop is formed by bending, which engages the lower part of a glass beaker. The holder has a transverse flexible strap, which is arranged above the second loop and below the first loop and is connected to the extended strap, so that the transverse strap forms a closed ring. The inner diameter of the ring is larger than that of the second loop. The second loop, the ring, and the section between them form a receiving space for the positive-locking retention of a glass beaker.

Description

TECHNICAL AREA

[0001] The present invention relates to means for carrying glasses and in particular to a holder for individually carrying glasses to free the hands from the need to hold glasses, in particular according to claim 1. BACKGROUND

[0002] Holders for carrying glasses are used in various social and professional situations to allow users to keep their hands free for other activities while carrying a drink. Such devices are used at social events, festivals, concerts, and other occasions where setting down glasses is impractical or impossible. Known solutions include various approaches to attaching and carrying glasses, including strap and loop systems that can be worn on the user's body.

[0003] Prior art includes holders that use extended straps with fasteners which can be attached to the side or rim of the glass. These fasteners can be spring-loaded and have teeth to allow attachment to the glass. Other known solutions use flexible materials that are wrapped around the glass or loop systems with adjustable elements to adapt to different glass sizes.

[0004] One problem with existing solutions is their insufficient reliability in holding the glass. Especially when the glass is filled with a beverage, it can slip uncontrollably out of the mounting points under its own weight. This can lead to spills or even the loss of the glass.

[0005] Another problem is that many common mounting systems can exert excessive mechanical stress on the fragile glass. Pressing the mounting elements too hard against the glass can damage its integrity, rendering it unusable or even causing it to break.

[0006] In addition, many well-known systems are complicated to use, requiring time-consuming adjustments to achieve the correct size for different types of glasses. This makes them impractical for quick and easy use in social situations.

[0007] It was recognized that a bracket was needed that would overcome one or more of these problems. SUMMARY

[0008] According to the invention, a holder for carrying glasses is provided. The holder comprises a first loop for holding by hand and at least one flexible extended strap, wherein the first loop is formed in an upper part of the holder by bending the at least one flexible extended strap, wherein a second loop is formed at at least one end of the at least one flexible extended strap by bending and fastening, which is configured to grasp a lower region of a glass beaker from the outside and to bear its weight, and wherein the holder has at least one transverse flexible strap which is arranged above the second loop and below the first loop and is connected to the extended strap at two spaced-apart attachment points, so that the transverse strap forms a closed ring.wherein the clear width of the ring is larger than the clear width of the second loop and wherein the second loop, the ring and the section of the extended strap lying between them together form a receiving space which is designed to receive a glass beaker in a form-fitting manner, so that the glass beaker is held substantially vertically in use.

[0009] This design ensures reliable fixation of the glass without damaging its integrity, as the weight of the glass is supported by the lower loop, while the transverse ring provides lateral stabilization and prevents slippage.

[0010] The core of the invention can therefore be seen in the fact that the clear width of the ring is chosen such that a glass beaker intended for use is held in a form-fitting manner with a jacket area in the receiving space formed between the second loop and the ring, while the second loop supports a lower section of the glass beaker, so that the glass beaker remains essentially vertically oriented in use.

[0011] This description emphasizes the specific dimensions of the receiving space, which allows for optimal adaptation to different glass shapes and ensures secure positioning of the glass during wear.

[0012] The core of the invention can therefore be seen in the fact that the second loop has a diameter that is larger than the diameter of the base of the glass, and that the transverse strap forms a ring whose diameter is smaller than the largest diameter of the cup of the glass and larger than the smallest diameter of the cup of the glass.

[0013] This description emphasizes the dimensional relationships between the components of the holder and the glass to be supported, thus enabling precise adaptation to the glass geometry and achieving a stable hold through the specific size ratios.

[0014] The extended strap can be made of a flexible material such as cord, rope, tape, or a rubber-like textile. The use of flexible materials allows for easy handling and adaptation to different glass shapes, while simultaneously ensuring sufficient strength to support the weight of the glass. The second loop can be longer than the radius of the strap and / or preferably shorter than the diameter of the strap. The term "bending" can be understood to mean, in particular, a material deflection of the strap.

[0015] The first loop can be designed to be worn around the neck or on the user's shoulder. This versatility in carrying options expands the holder's applications and offers the user various comfortable carrying options depending on the situation and personal preference.

[0016] The clear opening of the second loop can be smaller than the clear opening of the transverse strap. This size gradation creates a conical receiving geometry that ensures secure positioning of the lens and prevents it from slipping through the lower opening.

[0017] The transverse belt can be made of the same material as the extended belt. Using uniform materials simplifies manufacturing and ensures consistent mechanical properties across all components of the holder.

[0018] The attachment points of the transverse belt to the extended belt can be achieved by sewing, gluing, or clamping. These various attachment methods offer flexibility in manufacturing and allow adaptation to different material types and production processes.

[0019] The space between the second loop and the transverse strap can have a conical or cylindrical shape. These geometric shapes optimize glass retention and ensure stable positioning of various glass types.

[0020] The second loop can be formed by folding over and securing the end of the extended strap to itself. This construction method allows for simple and cost-effective production of the loop from a single piece of strap material.

[0021] The extended strap can be adjusted in length from 20 cm to 100 cm. This length range allows for adjustment to different body sizes and carrying preferences of the users.

[0022] The clear width of the second loop can be between 2 cm and 8 cm. This size range covers most commercially available glass sizes and ensures secure attachment of various glass types.

[0023] The clear width of the transverse strap can range from 4 cm to 12 cm. This dimension allows for the accommodation of a wide range of glass shapes and sizes.

[0024] The holder can be designed for glass beakers with a diameter between 3 cm and 10 cm. This specification defines the holder's application range and ensures optimal functionality for common glass sizes.

[0025] The extended strap and the transverse strap can be made of an elastic material that allows for reversible stretching. The elasticity of the materials improves adaptability to different lens shapes and increases wearing comfort by dampening movement.

[0026] The first loop can be adjustable in size. This adjustability allows for individual adaptation to the anatomical characteristics of different users and increases wearing comfort.

[0027] The holder may have additional fastening elements to securely fix the glass cup. These additional elements can further increase the safety of the glass holder and minimize the risk of the glass accidentally falling out. BRIEF DESCRIPTION OF THE FIGURES

[0028] Embodiments of the invention are described by way of example with reference to the following figures, in which: Fig. 1 shows an isometric view of a holder for carrying glasses. Fig. 2 shows a view of the holder of Fig. 1 with a picked-up glass

[0029] The figures use common reference symbols to indicate similar features. DETAILED DESCRIPTION

[0030] The present invention relates to a holder for carrying glasses, which enables a user to transport glasses hands-free. The holder is designed as a portable device that ensures secure and reliable attachment of the glasses during carrying.

[0031] As in Figure 1 and Figure 2 As shown, the holder comprises a first loop 1, an extended strap 2, a second loop 3 and a transverse strap 4. These components are arranged and connected to each other in such a way that they form a functional carrying structure.

[0032] The first loop 1 is located at the top of the holder and serves as a carrying element for the user. This first loop 1 allows the holder to be worn around the neck, over the shoulder, or in the hand. The extended strap 2 forms the main supporting element of the holder and extends downwards from the first loop 1 towards the transverse strap 4. The extended strap 2 is made of a flexible material that provides adequate stability and flexibility for use.

[0033] At the lower end of the structure, a second loop 3 is provided, which serves to hold and secure the lower part of a glass. The second loop 3 is dimensioned so that it can hold the base or stem of a glass without damaging it. The transverse strap 4 is positioned above the second loop 3 and connected to the extended strap 2. The transverse strap 4 forms a ring which, together with the second loop 3, defines a receiving space for the glass.

[0034] This arrangement of components makes it possible to securely position a glass in the holder and keep it in an upright position while wearing it, without requiring direct hand contact with the glass.

[0035] A first loop 1 is formed in an upper part of the holder by bending the at least one flexible extended strap 2. The extended strap 2 is folded approximately in the middle, thus creating the first loop 1. This bend in the extended strap 2 forms a closed loop that serves as a support element for the entire holder.

[0036] The first loop (1) is designed to be worn around the user's neck or shoulder. This arrangement allows the user to carry the holder hands-free, without having to maintain direct contact with the glass. Alternatively, the first loop (1) can also be held in the hand, providing several carrying options.

[0037] The first loop 1 preferably has an adjustable size. This adjustability is achieved by means of regulating the length of the extended strap 2. Such length-regulating means can include clasps, rings, D-rings, or carabiners. The adjustable size of the first loop 1 allows it to adapt to the user's anatomical features and ensures a comfortable fit on the neck or shoulder.

[0038] The extended strap 2, from which the first loop 1 is formed, is made of a flexible material such as cord, rope, tape, or rubber. The width of the strap is preferably 10 mm, with the length being selected individually according to customer requirements. Printing, embroidery, or other visually distinguishable markings can be applied to the surface of the first loop 1.

[0039] The extended strap 2 forms the main supporting structure of the holder and extends downwards from the first loop 1. The extended strap 2 is made of a flexible material such as cord, rope, webbing, or a rubber-like textile. The choice of material allows for adaptable handling and wearing comfort for the user.

[0040] Various textile and synthetic materials are used as material options. Cord made from natural fibers such as cotton or hemp offers a soft feel and good skin compatibility. Rope made from polypropylene or nylon exhibits high tensile strength and weather resistance. Webbing made from woven textile fibers provides a flat, comfortable surface. Rubber-like textiles such as elastane blends or neoprene offer elastic properties with high stretchability.

[0041] The extended strap 2 preferably has a length between 20 cm and 100 cm. This length variability allows for adjustment to different body sizes and carrying preferences of the users. Shorter versions, from 20 cm to 40 cm, are suitable for carrying in the hand or as a short neck loop. Medium lengths, for example, from 40 cm to 70 cm, allow for wearing around the neck at a comfortable distance from the body. Longer versions, particularly from 70 cm to 100 cm, allow for wearing over the shoulder or diagonally across the upper body.

[0042] The length of the extended strap 2 is individually selected according to customer requirements. This individual adjustment takes into account the user's anatomical characteristics as well as specific application requirements for different events or usage scenarios.

[0043] The extended strap 2 and the transverse strap 4 are preferably made of an elastic material that allows for reversible elongation. These elastic material properties permit temporary lengthening of the strap under load, followed by return to its original shape. The reversible elongation improves wearing comfort by absorbing movement and reduces mechanical stress in the system.

[0044] The device is preferably equipped with means for regulating the length of the extended strap 2. These length-regulating means include adjustable fasteners, sliders, or knot systems that allow stepless or incremental adjustment of the effective strap length. Plastic and metal fittings are used for length regulation and separation. Plastic components such as clamp fasteners or quick-release buckles offer a lightweight and corrosion-resistant solution. Metal fittings such as carabiners, rings, or half-rings represent a robust and durable alternative.

[0045] Preferably, printing, embroidery, or other visually distinguishable markings are applied to the surface of the extended strap 2. These surface markings serve for visual design, brand identification, or functional identification of the product. Printing processes allow for colored logos or lettering on the strap surface. Embroidery offers a durable and high-quality marking with tactile qualities.

[0046] The term "extended" refers both to the extendability of belt 2 by the described regulating means and to its greater length compared to the transverse belt 4. This designation characterizes the functional role of belt 2 as the (length-variable) main support of the system in contrast to the shorter, ring-shaped transverse belt 4 for holding the glass.

[0047] The second loop 3 is preferably formed at the end of the extended strap 2, particularly by bending and fastening. The second loop 3 is formed by folding over and fastening the end of the extended strap 2 to itself. The end of the extended strap 2 is folded over by approximately 180° and fastened to the extended strap 2 at a specific distance from the edge. Fastening is preferably done by sewing, creating a closed loop structure.

[0048] The clear width of the second loop 3 is preferably between 2 cm and 8 cm. The clear width of the second loop 3 is preferably smaller than the clear width of the transverse strap 4. This dimension allows for the accommodation of different glass sizes and ensures secure fixation of the glass.

[0049] The second loop 3 is designed to grip the lower part of a glass beaker, for example, its stem, from the outside and / or to support its weight. The second loop 3 encircles the foot or base of the glass beaker and forms a supporting structure capable of bearing the weight of the glass and its contents. Its placement at the lower end of the extended strap 2 creates a stable carrying configuration that keeps the glass upright.

[0050] The second loop 3 can be arranged on one side of the transverse strap 4. The second loop 3 can be formed by creating a loop, which may involve attaching both loop-forming material ends to the transverse loop at a single point or close to each other. This configuration allows for a compact arrangement of the mounting components and simplifies the manufacturing of the holder.

[0051] The transverse strap 4 is positioned above the second loop 3 and below the first loop 1. The transverse strap 4 is connected to the extended strap 2 at two spaced-apart attachment points, thus forming a closed ring.

[0052] The attachment points of the transverse belt 4 to the extended belt 2 are achieved using various fastening methods. These methods include sewing, gluing, or clamping. In the case of a sewn connection, the transverse belt 4 is joined to the extended belt 2 at both attachment points using seams. Alternatively, the attachment points can be created using adhesive bonds, employing a suitable adhesive for a permanent bond between the belts. Another fastening option involves the use of clamping elements, which provide a detachable or permanent mechanical connection between the transverse belt 4 and the extended belt 2.

[0053] The transverse strap 4 is made of the same material as the extended strap 2. This material consistency ensures a uniform structure of the holder and consistent load-bearing capacity of all strap components. The material can include cord, rope, tape, or rubber-like textiles.

[0054] The inner width of the ring formed by the transverse strap 4 is larger than the inner width of the second loop 3. This dimension allows for the use of different glass shapes and sizes. The inner width of the transverse strap 4 is between 4 cm and 12 cm. This dimension is chosen so that the ring can accommodate various glass beakers while simultaneously ensuring secure fixation.

[0055] The transverse strap 4 can have elastic material properties. This elasticity allows for flexible adaptation to different lens shapes and facilitates the insertion and removal of lenses. These elastic properties can be achieved through the use of rubber materials or elastic textiles that allow for reversible deformation of the transverse strap 4.

[0056] In its operating state, the second loop 3 and the transverse belt 4 together form a receiving space designed for the positive-locking reception of a glass beaker. The receiving space is dimensioned such that the glass beaker is held essentially vertically during use. The positive-locking connection is achieved by inserting the glass beaker through the second loop 3 and moving it to a position where the outer diameter of the glass beaker corresponds to the inner diameter of the transverse belt 4.

[0057] The receiving space between the second loop 3 and the transverse strap 4 preferably has a conical or cylindrical shape. This geometric design enables stable positioning of various glass shapes within the holder. In a conical design, the receiving space tapers from the second loop 3 towards the transverse strap 4, creating a self-centering effect for the glass beaker. In a cylindrical design, the cross-section of the receiving space remains constant along its entire length.

[0058] The holder is primarily designed for glass cups with a diameter between 3 cm and 10 cm. This size accommodates a wide variety of standard glass shapes, from small shot glasses to larger beer or wine glasses. Larger glasses can also be held using appropriately sized loops and straps, with the proportions of the individual components being adjusted to ensure particularly secure stabilization of the glass.

[0059] All elements of the device are individually adapted to the shape of the glass. This adaptation includes both the dimensions of the second loop 3 and the size of the ring formed by the transverse strap 4. The length of the extended strap 2 between the second loop 3 and the transverse strap 4 is also determined according to the height and shape of the glass beaker to be carried.

[0060] The holder features additional fastening elements for securely fixing the glass beaker. These fastening elements include length adjusters for the extended strap 2, allowing for adjustment to the user's individual anatomy. Furthermore, closures are provided that allow the holder to be detached, for example, when the glass needs to be handed over for refilling. The fastening elements can be made of plastic or metal and include rings, half-rings, or carabiners for adjusting the length and separating the components. The transverse strap and / or the second loop can also be length-adjustable to ensure optimal adaptation of the holder's proportions to a specific glass.

[0061] The holder for carrying glasses can be expanded with various additional accessories that increase the functionality and user-friendliness of the device. These accessories include rings, half-rings, and carabiners that can be attached to different points on the holder.

[0062] Rings are made of metal or plastic and serve as connecting elements between different components of the holder. The rings allow for flexible adjustment of the holder to different glass shapes and sizes. Half-rings offer a partially open ring structure, which facilitates easier assembly and disassembly of components. Carabiners are detachable connecting elements that allow for quick and secure attachment of various parts of the holder.

[0063] The device includes fasteners that perform a separating function of the holder. These fasteners are positioned at strategic points along the extended strap or the transverse strap. The fasteners allow for complete separation of the holder from the glass without the user having to thread the glass through the loops. This feature proves advantageous when the glass needs to be transferred for refilling with liquid or when rapid removal of the glass from the holder is required.

[0064] Fasteners are available as snaps, hook-and-loop fasteners, buckles, or magnetic closures. Snaps consist of two interlocking components that are joined by pressing and separated by pulling. Hook-and-loop fasteners have a hook side and a loop side that are joined by pressing and separated by pulling. Buckles have a frame with a movable pin that passes through an eyelet or hole in the strap material. Magnetic closures contain permanent magnets that allow for contactless connection and separation.

[0065] The additional components are made from corrosion-resistant materials such as stainless steel, aluminum, or high-quality plastic. These materials ensure a long service life for the components, even with frequent use and contact with moisture.

[0066] The interaction of the holder's components is based on a multi-stage fixing system that ensures secure and stable positioning of the glass beaker. The insertion process involves inserting the glass beaker from below through the second loop, and then moving it upwards until the transverse strap is reached.

[0067] During insertion, the glass beaker is first guided through the opening of the second loop, which has a larger diameter than the diameter of the glass base. This larger diameter allows for easy insertion of the beaker without jamming or damage. After passing through the second loop, the beaker is moved upwards along the extended strap.

[0068] The transverse strap forms a ring whose diameter is smaller than the largest diameter of the glass beaker, but larger than its smallest diameter. This dimensional alignment causes the beaker to stop at a specific position when its outer diameter matches the diameter of the ring opening. At this position, the beaker is securely fixed and cannot be moved further upwards.

[0069] The weight is distributed by the second loop, which encircles the lower part of the glass beaker and bears the entire weight of the filled beaker. The flexible, extended strap transfers this load to the first loop, which serves as the carrying point for the user. The transverse strap provides a stabilizing function by limiting lateral movement of the glass beaker and preventing it from unintentionally slipping out of the second loop.

[0070] Stabilization is achieved by positioning the transverse strap above the second loop. The transverse strap acts as an upper limit, preventing the glass from sliding out of the holder when the user moves. At the same time, the flexible nature of the material allows the holder to adapt to different glass shapes without damaging the glass.

[0071] In practical use, the first loop is placed around the user's neck or over their shoulder, leaving both hands free for other tasks. The length of the extended strap determines the position of the glass beaker relative to the user's body. When worn around the neck, the beaker hangs within easy reach, while when worn over the shoulder, it is positioned to the side.

[0072] Alternatively, the first loop can also be held in the hand, positioning the glass at a defined distance from the hand. This carrying method offers additional control over the position of the glass and allows for quick adjustment of the holder depending on the situation.

[0073] During various events, the holder allows the user to move freely without having to constantly hold the glass. The holder's flexible material adapts to the user's movements, dampening shocks and vibrations that could be transmitted to the glass. The combination of weight distribution through the second loop and stabilization by the transverse strap ensures a secure hold, even during dynamic movements.

[0074] Features of the examples or embodiments described above can be combined to create additional examples or embodiments without losing the intended effect. It is understood that the description of an embodiment or example given above serves only as an example and that various modifications can be made by a person skilled in the art. Furthermore, a person skilled in the art will recognize that numerous other modifications and combinations of different aspects are possible. Accordingly, the described aspects are intended to encompass all such changes, modifications, and variations that fall within the scope of the appended claims.

Claims

1. Holder for carrying glasses, with a first loop (1) for holding by hand and with at least one flexible extended strap (2), characterized by thatthe first loop (1) is formed in an upper part of the holder by bending the at least one flexible extended strap (2), that a second loop (3) is formed at at least one end of the at least one flexible extended strap (2) by bending and fastening, which is designed to engage a lower area of ​​a glass beaker from the outside and to support its weight, and that the holder has at least one transverse flexible strap (4) which is arranged above the second loop (3) and below the first loop (1) and is connected to the extended strap (2) at two spaced-apart attachment points, such that the transverse strap (4) forms a closed ring, wherein the clear width of the ring (4) is larger than the clear width of the second loop (3), and wherein the second loop (3),The ring (4) and the section of the extended strap (2) lying between them together form a receiving space which is designed to receive a glass beaker in a form-fitting manner, so that the glass beaker is held essentially vertically in use.

2. Holder according to claim 1, characterized by the fact that the extended strap (2) is made of a flexible material such as cord, rope, tape or a rubber-like textile.

3. Holder according to claim 1 or 2, characterized by the fact that the first loop (1) is designed to be worn around the neck or shoulder of the user.

4. Holder according to one of claims 1 to 3, characterized by the fact that the clear width of the second loop (3) is smaller than the clear width of the transverse strap (4).

5. Holder according to one of claims 1 to 4, characterized by the fact that the transverse strap (4) is made of the same material as the extended strap (2).

6. Holder according to one of claims 1 to 5, characterized by the fact that The attachment points of the transverse belt (4) to the extended belt (2) are realized by sewing, gluing or clamping.

7. Holder according to one of claims 1 to 6, characterized by the fact that the receiving space between the second loop (3) and the transverse strap (4) has a conical or cylindrical shape.

8. Holder according to one of claims 1 to 7, characterized by the fact that the second loop (3) is formed by folding over and attaching the end of the extended strap (2) to itself.

9. Holder according to one of claims 1 to 8, characterized by the fact that the extended strap (2) has a length between 20 cm and 100 cm.

10. Holder according to one of claims 1 to 9, characterized by the fact that the clear width of the second loop (3) is between 2 cm and 8 cm.

11. Holder according to one of claims 1 to 10, characterized by the fact thatthe clear width of the transverse strap (4) is between 4 cm and 12 cm.

12. Holder according to one of claims 1 to 11, characterized by the fact that The holder is designed for glass cups with a diameter between 3 cm and 10 cm.

13. Holder according to one of claims 1 to 12, characterized by the fact that the extended strap (2) and the transverse strap (4) are made of an elastic material that allows reversible stretching.

14. Holder according to one of claims 1 to 13, characterized by the fact that the first loop (1) has an adjustable size.

15. Holder according to one of claims 1 to 14, characterized by the fact that The holder has additional fastening means for securely fixing the glass beaker.

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