Drinking vessel with covering, and handbag and holding device for drinking vessel

Abstract

The invention relates to a drinking vessel (10(1)) having a container (12) for a beverage and having a covering (76). According to the invention, the drinking vessel (10(1)) has a support structure (18) accommodating the container (12). The covering (76) covers the support structure (18) at least partially on a side facing away from the container (12). The invention also relates to a holding device for a drinking vessel (10(1)) of this kind, which has a sleeve body with a receptacle adapted to the support structure (18) of the container (12), in which receptacle the drinking vessel (10(1)) can be held, wherein at least one connection means for fastening the holding device in the bag body of a handbag is provided.

Description

[0001] The invention relates to a drinking vessel comprising a container for a beverage and a cover, as well as a holding structure that releasably receives the container, wherein the cover at least partially covers the holding structure on a side facing away from the container. Furthermore, the invention relates to a handbag with a drinking vessel and a holding device for the drinking vessel.

[0002] US Pat. No. 4,823,974 A discloses a container assembly for cooling wine bottles. The container assembly has a receptacle for wine bottles, into which a water-ice mixture can be introduced, which cools a wine bottle arranged in the receptacle.

[0003] US 2008 / 0087786 A1 describes a drinking vessel with a beverage can housed in a cup-shaped support structure. The drinking vessel has a bag that partially surrounds the support structure to thermally insulate the beverage can.

[0004] CN 209 528 789 U discloses a thermos flask comprising a container that is detachably received in a circumferentially closed support structure surrounding the container. An insulating space is located between the support structure and the container.

[0005] US Pat. No. 5,813,445 A discloses a handbag with a holder for a drinking vessel in the shape of a beverage can. This holder is attached to a wall of the handbag and can be made of a thermally insulating material to ensure that a beverage held in the drinking vessel maintains its temperature.

[0006] Drinking vessels with a cover for holding beverages are known, for example, from CN 105 640 222 A. Women, in particular, use portable drinking vessels that allow them to have a drink at any time, for example, on the way to work, while driving or using public transport, or while shopping. Such portable drinking containers are often carried in handbags.

[0007] DE 20 2004 004 193 U1 describes a cover made of neoprene material for a drinking vessel, which can be designed, in particular, as a cup. The cover can be removed from the drinking vessel and serves to insulate it in order to slow down heat loss from a beverage in the drinking vessel or heat input into a beverage in the drinking vessel.

[0008] DE 20 2004 014 541 U1 discloses a drinking vessel comprising a container for holding a beverage and a cover made of textile and leather material, which has a connecting section with buttons, buckles, hook-and-loop fasteners, or zippers. The cover can be removed from the container for cleaning the container of the drinking vessel. The cover has buttons, buckles, hook-and-loop fasteners, and / or zippers that can be opened to detach it from the container. Due to the mechanical stress caused by opening and closing zippers, buttons, buckles, and hook-and-loop fasteners, the cover is subject to wear when removed and reattached to the container of the drinking vessel.

[0009] US Pat. No. 7,198,171 B2 discloses a drinking vessel comprising a container and a holding structure for receiving the container. The container is cup-shaped and has a container bottom wall and a side wall connected to the container bottom wall. The holding structure is designed as a hollow body with a cavity and a cavity wall surrounding the side wall of the container, with an insulating space formed between the side wall of the container and the hollow body.

[0010] The object of the invention is to provide a drinking vessel with a container for a beverage which is easy to clean while providing good thermal insulation of the beverage, wherein the drinking vessel can be adapted to the appearance of a handbag or other objects or to an interior.

[0011] This object is achieved by the drinking vessel specified in claim 1 and the handbag specified in claim 16. Advantageous embodiments of the invention are specified in the dependent claims.

[0012] Regular and sufficient consumption of beverages is beneficial to health when, on the one hand, the beverages are tailored to the needs of the human body and, on the other hand, hygiene regulations are observed. For hygiene reasons, the areas of a drinking vessel that are touched by the mouth and that come into contact with a beverage contained therein must be cleaned regularly. One idea of ​​the invention is that a drinking vessel that is tailored to the appearance of a handbag, a tennis bag, a golf bag, or a travel bag by means of a coating, but also to the interior or seats of a motor vehicle or aircraft, for example.the material, color, and surface finish of the cover matches the material, color, and surface finish of the bag, interior, or seats, and is particularly popular with women, not only for health reasons but also for fashion reasons. In order to protect the cover when cleaning areas of the drinking vessel that could pose a danger to users of the drinking vessel if they become dirty or contaminated with bacteria, viruses, and germs, the invention proposes holding the beverage in the drinking vessel in a container that is received in a holding structure that carries the cover, the cover at least partially covering the holding structure on a side facing away from the container, and the container being releasably secured to the holding structure.

[0013] This allows the container to be cleaned in a dishwasher without damaging the coating. In particular, the coating of the drinking vessel can be removed from the container without subjecting the coating to undesirable mechanical stress. Furthermore, this ensures that the container maintains a fundamentally consistent position relative to the holding structure, regardless of the drinking vessel's spatial position.

[0014] The container is cup-shaped. It has a container base wall and a side wall connected to the container base wall. The support structure comprises a hollow body with a cavity in which the container can be arranged, wherein the hollow body has a hollow body wall surrounding the side wall of the container. By forming an air space between the side wall of the container and the hollow body, the thermal insulation of a beverage held in the container can be achieved.

[0015] The support structure has a stable shape but can be elastic. In particular, the support structure can have a support section that serves to support the container in a bottom section. It is advantageous if the support structure has a hollow body wall on which, on a side facing the side wall of the container, support bodies with support sections are formed for contact with the side wall of the container. This ensures that the container is securely held in the support structure.

[0016] The support sections of the hollow body wall can, in particular, be rib-shaped. The support bodies can have a holding contour designed to engage over a side wall section of the side wall in a holding section of the container, which serves to press the container in the holding structure against the support section with a clamping force when the holding contour engages over the side wall section. This measure serves to releasably secure the container in the holding structure and ensures that the container sits firmly in the cavity of the hollow body of the holding structure. The holding structure can have an opening in the container bottom. In this case, the container can have a mounting structure on its bottom-side container section that protrudes through the bottom-side opening. A preferred embodiment of the drinking vessel provides that the mounting structure protruding through the opening in the container bottom of the hollow body has a dovetail-shaped cross-section with an undercut.The hollow body can then have elastically deformable tongues that protrude into the undercut of the container structure. This allows the container to be releasably secured in the support structure with a secure fit.

[0017] Alternatively, the container can also have an external thread that can be screwed into an internal thread of the hollow body to secure the container in the hollow body. Furthermore, the container can also be held in the hollow body by means of a magnetic element fixed in the hollow body and thus releasably secured to the holding structure. In this case, magnetizable material can be arranged in the container bottom wall and a magnetic element can be integrated into the holding structure in a section opposite the container bottom wall.

[0018] A drinking vessel according to the invention preferably has a drinking body that is positively connected to the hollow body or that rests positively against the coating and is connected to the container. It has a concave recess into which a beverage held in the container can be fed from the container through a container opening opposite the container base. It is advantageous if the drinking body is connected to the container in a fluid-tight manner. This prevents liquid from escaping from the container if the drinking vessel is tipped over.

[0019] A preferred embodiment of the drinking vessel provides that the drinking body has a drinking body opening connecting the interior of the container with the concave recess of the drinking body, and has an adjustable lid body for selectively opening and closing the drinking body opening. A drinking body sealing element can be provided between the lid body and the drinking body to seal the lid body to the drinking body.

[0020] The drinking body engages over an opening-side container section with a container connection section and has a ring section with an annular flange-shaped contact surface, which faces an opening edge of the cavity of the holding structure when the drinking body is connected to the container received in the holding structure. Alternatively, the drinking body can be screwed onto an internal thread formed in the opening-side container section, wherein the drinking body has a ring section with an annular flange-shaped contact surface, which faces an opening edge of the cavity of the holding structure when the drinking body is connected to the container received in the holding structure.

[0021] This ensures that the coating at the transition between the support structure and the drinking body is protected from mechanical damage. By defining an annular, air-filled insulating space between the drinking body and the support structure, which is coaxial with the container opening and separates the support structure from the container connection section of the drinking body, it is possible to ensure that only a minimal amount of heat is transferred from the drinking body into the support structure when drinking a hot beverage.

[0022] To protect the cover from mechanical damage, it is advantageous if the drinking vessel has a cover element that is detachably connected to a base section of the support structure and overlaps the cover. It is also advantageous if the support structure is made of an elastically deformable material whose modulus of elasticity is greater than the modulus of elasticity of the container material. The support structure can be made, in particular, of a plastic material. The container can be made of a metallic material, in particular stainless steel. The cover can be made of a flexible material, in particular leather.

[0023] The invention also extends to a bag, e.g., a handbag, a tennis bag, or a travel bag with a drinking vessel, which is at least partially made of the flexible material. The handbag can comprise a bag body with a holding device for the drinking vessel arranged in the bag body.

[0024] Furthermore, the disclosure also extends to a non-claimed holding device for a drinking vessel, which preferably has the features specified above. The holding device has a sleeve body with a receptacle adapted to the holding structure of the container, in which the drinking vessel can be held. For securing the holding device in the body of a handbag, the holding device has at least one connecting means. In this way, the drinking vessel can be carried in the bag without tipping over.

[0025] It is advantageous if a pocket for holding objects is attached to the cuff body. This creates additional, lockable storage space for objects within a pocket. The connecting means can, in particular, be designed as a strap that can be connected to a carrying strap of the bag to hold the holding device in the pocket body. This feature allows the holding device to be secured in a wide variety of pockets.

[0026] Preferably, the strap has a strap lock with a first lock part and a second lock part complementary to the first lock part, which serves to open and close a strap loop that can be placed around the carrying strap of the bag to hold the holding device in the bag body. This allows the holding device to be quickly secured in a bag and quickly released from a bag.

[0027] Several connection devices can be provided for securing the holder to the body of the bag. This ensures that the holder for a drinking vessel is securely held in a bag.

[0028] Advantageous embodiments of the invention are illustrated in the drawings and are described below.

[0029] They show: Fig. 1 shows a first drinking vessel with a cover that is tailored to the design of a handbag; Fig. 2 shows an exploded view of the drinking vessel; Fig. 3 shows a perspective view of the drinking vessel; Fig. 4 shows a plan view of the drinking vessel in the direction of arrow IV of Fig. 3 ; Fig. 5 a longitudinal section of the drinking vessel in one of the lines V - V Fig. 4 corresponding section plane; Fig. 6 an enlarged view of section VI from Fig. 5 ; Fig. 7 an enlarged view of section VII of Fig. 5 ; Fig. 8 a further longitudinal section of the drinking vessel in one of the lines VIII - VIII of Fig. 4 corresponding cutting plane; Fig. 9 a cross-section of the drinking vessel in one of the lines IX - IX Fig. 1 corresponding cutting plane; Fig. 10 a further cross-section of the drinking vessel in one of the lines X - X Fig. 1 corresponding section plane; Fig. 11 a further cross-section of the drinking vessel in one of the lines XI - XI Fig. 1 corresponding section plane; Fig. 12 a further cross-section of the drinking vessel in one of the lines XII - XII Fig. 1 marked sectional plane; Fig. 13 a perspective view of a drinking body of the drinking vessel; Fig. 14 a side view of the drinking body of the drinking vessel; Fig. 15 a section of the drinking body of the drinking vessel along the line XV - XV from Fig. 14 ; Fig. 16 a perspective view of a ring body of the drinking vessel; Fig. 17 a side view of the ring body of the drinking vessel; Fig. 18 a section of the ring body of the drinking vessel along the line XVIII - XVIII of Fig. 17 ; Fig. 19 a longitudinal section of a second drinking vessel; Fig. 20 a cross-section of the second drinking vessel in one of the lines XX - XX of Fig. 19 corresponding section plane; Fig. 21 a longitudinal section of a third drinking vessel; Fig. 22 a cross-section of the third drinking vessel in one of the lines XXII - XXII of Fig. 21 corresponding sectional plane; Fig. 23 a fourth drinking vessel with a coating; Fig. 24 an exploded view of a fourth drinking vessel; Fig. 25 a plan view of the drinking vessel in the direction of arrow XXV from Fig. 23 ; Fig. 26 a longitudinal section of the drinking vessel in one of the lines XXVI - XXVI Fig. 25 corresponding section plane; Fig. 27 an enlarged view of section XXVII from Fig. 26 ; Fig. 28 an enlarged view of section XXVIII of Fig. 26 ; Fig. 29 a longitudinal section of the drinking vessel in one of the lines XXIX - XXIX Fig. 25 corresponding cutting plane; Fig. 30 a cross-section of the drinking vessel in one of the lines XXX - XXX Fig. 23 corresponding section plane; Fig. 31 a further cross-section of the drinking vessel in one of the lines XXXI - XXXI Fig. 23 corresponding section plane; Fig. 32 a further cross-section of the drinking vessel in one of the lines XXXII - XXXII Fig. 23 corresponding section plane; Fig. 33 a further cross-section of the drinking vessel in one of the lines XXXIII - XXXIII from Fig. 23 identified sectional plane; Fig. 34 a handbag and a drinking vessel, the appearance of which is coordinated with the appearance of the handbag; Fig. 35 a section of the handbag with a first holding device for holding the drinking vessel; Fig. 36 an interior view of the handbag with the drinking vessel accommodated therein; Fig. 37 a second holding device for holding the drinking vessel in the bag body of a handbag; Fig. 38 the second holding device with a handbag; Fig. 39 a third holding device for holding the drinking vessel in the bag body of a handbag; and Fig. 40 the third holding device with a handbag.

[0030] The Fig. 1 The first drinking vessel 10 (1)< shown is detachable and has an appearance that matches the design of a handbag. Fig. 2 is an exploded view of the drinking vessel 10 (1). The drinking vessel 10 (1) comprises a container 12 made of stainless steel, designed as a cup, which has a container bottom wall 14 and a side wall 16 connected to the container bottom wall 14. For the container 12, there is a holding structure 18 in the form of a hollow body made of an elastic plastic material in the drinking vessel 10 (1). The holding structure 18 has a stable shape and serves as a receptacle for the container 12.

[0031] The Fig. 3 is a perspective view of the drinking vessel 10 (1)< . Fig. 4 is a plan view of the drinking vessel in the direction of arrow IV from Fig. 1 to see. The Fig. 5 shows a section of the drinking vessel along the line V - V from Fig. 4 . The Fig. 6 is an enlarged view of Section VI from Fig. 5 .

[0032] The hollow body of the support structure 18 has a hollow wall 20 that surrounds the side wall 16 of the container 12. The hollow body of the support structure 18 has a support section 22 that serves to support the container 12 in a bottom-side container section 24.

[0033] The container 12 has an interior space 26 open on one side, which extends from the container bottom 28 in the bottom-side container section 24 to a container opening 30 having a circular opening edge 31. The container 12 has a container axis 32 perpendicular to the container opening 30 and extending through the center of the container opening 30, which is an axis of symmetry of the interior space 26.

[0034] The Fig. 5 is a longitudinal section of the drinking vessel in a plane in which the container axis 32 runs. The container 12 has a container bottom wall 14 with an annular section 34, to which a container section 36 with a mounting structure adjoins. The container section 36 with the mounting structure has, in the plane of a longitudinal section in which the container axis 32 runs, a dovetail-shaped cross-section with an outer contour that has an undercut. In the bottom-side container section 24, this outer contour partially follows the shape of a mushroom head. The mounting structure in the container section 36 protrudes through a container-bottom-side opening 38 of the hollow body of the holding structure 18.

[0035] The container-bottom-side opening 38 of the hollow body of the support structure 18 is delimited by elastic tongues 40, each having a circular-arc-shaped edge portion 42 facing the container axis 32, which rests against the container bottom wall 14 of the container 12 in the region of the undercut of the mounting structure in the container portion 36. Between the tongues 40 and the annular portion 34 of the container bottom wall 14, there is an annular air space 35 that isolates the container bottom wall 14 from the support structure 18.

[0036] Starting from the bottom-side container section 24, the surface area of ​​the cross-section of the interior 26 of the container 12 perpendicular to the container axis 32 and the surface area of ​​the cross-section of the container 12 perpendicular to the container axis 32 increase to a maximum value in a receiving section 44 of the container 12 for receiving a beverage. The container 12 has an opening-side container section 46 connected to the receiving section 44 with the container opening 30, in which the maximum diameter of the interior 26 of the container 12 and the maximum diameter of the cross-section of the container 12 perpendicular to the container axis 32 are tapered compared to the maximum diameter of the interior 26 of the container 12 and the maximum diameter of the cross-section of the container 12 in the opening-side container section 46.

[0037] The Fig. 7 is an enlarged view of Section VII from Fig. 5 . In a holding section 50 at the transition of the receiving section 44 for receiving a beverage to the opening-side container section 46 in the direction of the container axis 32, the shell 48 of the container 12 is concavely curved.

[0038] The Fig. 8 is another longitudinal section of the drinking vessel 10 (1)< in one of the lines VIII - VIII from Fig. 4 corresponding cutting plane. The Fig. 9 shows a cross section of the drinking vessel in one of the lines IX - IX from Fig. 1 corresponding cutting plane. In the Fig. 10 , the Fig. 11 and the Fig. 12 are the lines X - X, XI - XI and XII - XII from Fig. 1 corresponding cross sections of the drinking vessel 10 can be seen.

[0039] In the bottom-side container section 24, the inner and outer edges of the cross-section of the wall of the container 12 are circular, as shown in the Fig. 9 In the receiving section 44 of the container 12, its side wall 16 has a cross-sectional plane perpendicular to the container axis 32, as shown in Fig. 10 , the Fig. 11 and the Fig. 12 show alternating first wall sections 45, which are curved in an arcuate manner, and second wall sections 47, which are straight. In the receiving section 44, the container 12 has a rotational symmetry with respect to the container axis 32. Here, by rotating the container 12 about the container axis 32 according to a rotation angle ϕ be transformed into itself, for which the following applies: φ = ± n π 4 where n = 1, 2, 3, 4 ....

[0040] In contrast, the side wall 16 of the container 12 opposite the cavity wall 20 of the holding structure 18 has in the receiving section 44, as shown in the Fig. 10 , the Fig. 11 and the Fig. 12 can be seen, a circular cross-section. The inner circle and the outer circle of this circular cross-section lie on a cone that is open in the direction of the container axis 32, pointing toward the container opening 30.

[0041] On the side facing the side wall 16 of the container 12, rib-shaped support bodies 52 are arranged on the cavity wall 20 of the support structure 18, regularly distributed over its inner circumference and grouped into support body pairs 51, each of which has support sections 53 designed as support surfaces and which extend in a longitudinal direction along a rib axis 55, which defines a plane with the direction of the container axis 32. The azimuthal distance relative to the container axis 32 ϕ the support body 52 of a support body pair 51 is smaller than the azimuthal distance θ adjacent support bodies 52 made up of different pairs of support bodies 51.

[0042] The shell 48 of the container 12 is supported on the support sections 53 of the support bodies 52 in a cross-sectional plane perpendicular to the container axis 32 toward the cavity wall 20. The support bodies 52 of a pair of support bodies 51 rest against the straight second wall sections 47 of the side wall 16 of the container 12, thereby securing the container 12 against rotation relative to the hollow body.

[0043] It should be noted that in an alternative embodiment of the drinking vessel, rib-shaped support bodies can be provided on the cavity wall of the holding structure, by means of which the shell of the container is supported not only on the first but also on the second wall sections of the side wall of the container.

[0044] Furthermore, it should be noted that in a further, alternative embodiment of the drinking vessel, the wall sections of the container may not be different, but identically shaped.

[0045] As the Fig. 7 shows, the support bodies 52 of the holding structure 18 have a holding contour 57 which engages over a side wall section 17 of the side wall 16 of the container 12 in a holding section 50 between the receiving section 44 and the opening-side container section 46. When the holding contour 57 of the support bodies 52 engages over the side wall section 17 of the side wall 16 of the container 12 in the holding section 50 and the concavely curved shell 48 of the container 12, the container 12 is held in the holding structure 18 with a clamping force which presses the container 12 against the support section 22 of the holding structure, wherein the support sections 53 of the rib-shaped support bodies 52 bear against the shell 48 of the container 12.

[0046] Between adjacent support bodies 52 of the holding structure 18, as shown in the Fig. 8 and Fig. 10 until Fig. 12 As can be seen, the side wall 16 of the container 12 is separated from the cavity wall 20 of the support structure 18 by an air-filled insulating space 43. This measure minimizes surface contact between the container 12 and the support structure 18, which counteracts the transfer of heat from a beverage in the container 12 to the support structure 18.

[0047] The drinking vessel 10 (1) has a drinking body 54 in which a concave recess 56 is provided, forming an annular drinking bowl. The drinking body 54 has a metal section on the drinking bowl side, which is firmly connected to a section made of a plastic material on the container side.

[0048] However, the drinking body 54 can, in principle, also be made entirely of metal. For the positive connection of the drinking body 54 to the container 12, the drinking body 54 has an internal thread 58 in the container-side section made of plastic material, which can be screwed onto an external thread 60 formed in the opening-side container section 46 on the stainless steel container 12. This ensures that no or at most minimal wear occurs on the container and drinking body when the drinking body 54 is connected to the container 12.

[0049] It should be noted that in an alternative embodiment of the drinking vessel, the drinking body can also have an external thread for the positive connection to the container 12, which is screwed onto an internal thread formed in the opening-side container section 46 on the container 12. The container 12 is sealed to the drinking body 54 by means of a drinking body sealing element 62 made of an elastomer and designed as a sealing ring. The drinking body 54 is thus fluid-tightly connected to the container 12.

[0050] The Fig. 13 is a perspective view of a drinking body 54 of the drinking vessel 10 (1)< . Fig. 14 shows a side view of the drinking body 54. The Fig. 15 is a section of the drinking body 54 along the line XV - XV from Fig. 14 .

[0051] The drinking body 54 engages over an opening-side container section 46 having a container connection section 49. The drinking body 54 has an annular section 59 with an annular flange-shaped contact surface 61, which, when the drinking body 54 is connected to the container 12 received in the holding structure 18, faces an opening edge 67 of the cavity of the holding structure 18. The drinking body 54 and the holding structure 18 define an annular, air-filled drinking body insulation space 69, which is coaxial with the container opening 30 and separates the holding structure 18 from the container connection section 49 of the drinking body 54.

[0052] As the Fig. 8 As shown, the holding structure 18 is covered on a side facing away from the container 12 by a covering 76. This covering 76 is folded over the opening edge 67 of the cavity of the holding structure 18 onto a side of the cavity wall 20 facing the opening-side container section 46. When the drinking body 54 is connected to the container 12 received in the holding structure 18, the annular flange-shaped contact surface 61 rests against the opening edge 67 on the covering 76.

[0053] The drinking body 54 has a Fig. 13 marked drinking body opening 64, which, like the Fig. 2 , the Fig. 5 or the Fig. 8 shows, can be closed by means of a lid body 66. The lid body 66 is made of a dimensionally stable, food-safe plastic.

[0054] The lid body 66 can also be made of metal or be coated with metal. The lid body 66 has a cylindrical section 68 with an external thread 72 perforated by recesses 70, which can be screwed into an internal thread 74 formed on the drinking body opening 64 of the drinking body 54. To seal the drinking body 54 to the lid body 66, the drinking vessel 10 (1)< includes a lid body sealing element 62', which is a further sealing ring made of an elastomer.By adjusting the lid body 66 in the internal thread 74 of the drinking body 54, a channel for the outflow of a beverage held in the container 12 into the concave recess 56 of the drinking body 54 can be provided at the drinking body opening 64 of the drinking body 54 in the region of the recesses 70 of the lid body 66 via a passage opening, the free cross-section of which can be varied by adjusting the lid body 66 in the internal thread 74 of the drinking body 54.

[0055] It should be noted that in an alternative embodiment of the drinking vessel, the recesses in the cylindrical lid body can also be designed as slots or holes.

[0056] To match the appearance to the design of a handbag, the drinking vessel 10 (1)< has a leather cover 76 that covers the cavity wall 20 of the holding structure 18 on its side facing away from the side wall 16 of the container 12. As protection for the cover 76, the drinking vessel 10 (1)< has a cover element 78 formed as an annular body made of a flexible material, which is attached in a bottom section 80 to the holding structure 18 via an annular shoulder 82 formed on the holding structure 18, which functions as a foot for the drinking vessel 10.

[0057] The Fig. 16 is a perspective view of a ring body of the drinking vessel. Fig. 17 shows a side view of the ring body of the drinking vessel. Fig. 18 is a section of the ring body of the drinking vessel along the line XVIII - XVIII from Fig. 17 .

[0058] The annular shoulder 82 has a projection against which the cover element 78 rests in a force-fitting and form-fitting manner. The cover element 78 overlaps the coating 76 on the support structure 18 in a base area of ​​the drinking vessel 10 (1)<, so that the coating is protected from mechanical damage.

[0059] The drinking body 54 and the lid body 66 of the drinking vessel 10 (1) are made of a dishwasher-safe material, as is the container 12. To disassemble the drinking vessel 10, the lid body 66 is unscrewed from the drinking body 54, which in turn is separated from the support structure 18. By then pulling in the direction of the arrow 84 in Fig. 8 If a force is exerted on the container section 36, it can be pressed out of the holding structure 18 by the holding contour 57 of the ribs.

[0060] In the Fig. 19 a second drinking vessel 10 (2)< is shown in a longitudinal section. Fig. 20 shows a cross section of the second drinking vessel in one of the lines XX - XX from Fig. 19 corresponding sectional plane. To the extent that the assemblies and elements of the second drinking vessel 10 (2)< correspond to the assemblies and elements of the first drinking vessel described above, they are identified by the same numbers as reference symbols.

[0061] The second drinking vessel 10 (2)< has a magnetic element 65 fixed in the holding structure 18, which holds the container 12, here made of magnetic stainless steel, in its bottom-side container section 24 against a support section 22 by means of a magnetic force. Otherwise, the structure of the second drinking vessel 10 (2)< corresponds to the structure of the first drinking vessel 10 (1)< described above.

[0062] In the Fig. 21 A third drinking vessel 10 (3)< is shown in a longitudinal section. Fig. 22 shows a cross section of the third drinking vessel in one of the lines XXII - XXII from Fig. 21 corresponding sectional plane. To the extent that the assemblies and elements of the second drinking vessel 10 (2)< correspond to the assemblies and elements of the first drinking vessel described above, they are identified by the same numbers as reference symbols.

[0063] In the third drinking vessel 10 (3)<, the container 12 is held in the holding structure 18 by means of a screw connection. The container bottom wall 14 of the container 12 here has an annular section 34, to which a container section 36' with a cylindrical cross-section is connected, which has an external thread 72. This external thread 72 is screwed into an internal thread 74 in the holding structure 18. In the receiving section 44, the container 12, as the Fig. 21 and the Fig. 22 show, rotationally symmetrical.

[0064] The Fig. 23 The fourth drinking vessel 10 (4)< shown here can be dismantled and has a design that matches the appearance of a handbag. Fig. 24 is an exploded view of the drinking vessel 10 (4)< . To the extent that the assemblies and elements of the fourth drinking vessel 10 (4)< correspond to the assemblies and elements of the previously described drinking vessels 10 (1)< , 10 (2)< and 10 (3)<, these are identified by the same numbers as reference symbols.

[0065] In the Fig. 25 is a plan view of the drinking vessel in the direction of arrow XXV from Fig. 23 to see. The Fig. 26 shows a section of the drinking vessel along the line XXVI - XXVI from Fig. 25 . The Fig. 27 is an enlarged view of section XXVII from Fig. 26 .

[0066] Here, too, the hollow body of the support structure 18 has a hollow wall 20 that surrounds the side wall 16 of the container 12. The hollow body of the support structure 18 also has a support section 22 that serves to support the container 12 in a bottom-side container section 24.

[0067] The container 12 has an interior space 26 open on one side, which extends from the container bottom 28 in the bottom-side container section 24 to a container opening 30 having a circular opening edge 31. The container 12 has a container axis 32 perpendicular to the container opening 30 and extending through the center of the container opening 30, which is an axis of symmetry of the interior space 26.

[0068] The Fig. 26 is a longitudinal section of the drinking vessel in a plane in which the container axis 32 runs. The container 12 has a container bottom wall 14 with an annular section 34, to which a container section 36 with a mounting structure adjoins. The container section 36 with the mounting structure has, in the plane of a longitudinal section in which the container axis 32 runs, a dovetail-shaped cross-section with an outer contour that has an undercut. In the bottom-side container section 24, this outer contour partially follows the shape of a mushroom head. The mounting structure in the container section 36 protrudes through a container-bottom-side opening 38 of the hollow body of the holding structure 18.

[0069] The container bottom-side opening 38 of the hollow body of the holding structure 18 is, as the Fig. 27 shows, delimited by elastic tongues 40, each having a circular-arc-shaped edge portion 42 facing the container axis 32, which bears against the container bottom wall 14 of the container 12 in the region of the undercut of the mounting structure in the container portion 36. Between the tongues 40 and the annular portion 34 of the container bottom wall 14, there is an annular air space 35, which isolates the container bottom wall 14 from the holding structure 18.

[0070] Starting from the bottom-side container section 24, the surface area of ​​the cross-section of the interior 26 of the container 12 perpendicular to the container axis 32 and the surface area of ​​the cross-section of the container 12 perpendicular to the container axis 32 increase to a maximum value in a receiving section 44 of the container 12 for receiving a beverage. The container 12 has an opening-side container section 46 connected to the receiving section 44 with the container opening 30, in which the maximum diameter of the interior 26 of the container 12 and the maximum diameter of the cross-section of the container 12 perpendicular to the container axis 32 are tapered compared to the maximum diameter of the interior 26 of the container 12 and the maximum diameter of the cross-section of the container 12 in the opening-side container section 46.

[0071] The Fig. 28 is an enlarged view of section IIXX from Fig. 26 . In a holding section 50 at the transition of the receiving section 44 for receiving a beverage to the opening-side container section 46 in the direction of the container axis 32, the shell 48 of the container 12 is concavely curved.

[0072] The Fig. 29 is another longitudinal section of the drinking vessel 10 (4)< in one of the lines IXXX - IXXX from Fig. 25 corresponding cutting plane. The Fig. 30 shows a cross section of the drinking vessel in one of the lines XXX - XXX from Fig. 26 corresponding cutting plane. In the Fig. 31 , the Fig. 32 and the Fig. 33 Cross sections of the drinking vessel 10 corresponding to lines XXXI-XXXI, XXXII-XXXII and XXXIII-XXXIII can be seen.

[0073] In the bottom-side container section 24, the inner and outer edges of the cross-section of the wall of the container 12 are circular, as the Fig. 30 Starting from the bottom container section 24, the diameter of the container 12 increases towards the container opening 30.

[0074] As the Fig. 31 and the Fig. 32 show, the inner and outer edges of the cross-section of the wall of the container 12 are in the section planes corresponding to the lines XXXI-XXXI and XXXII-XXXII in Fig. 26 circular. In contrast, the inner and outer edges of the cross-section of the wall of the container 12 in the area above the section plane corresponding to the line XXXII-XXXII in Fig. 26 corresponds to the course of the edge of a regular 16-gon.

[0075] In the receiving section 44, the container 12 thus has a rotational symmetry with respect to the container axis 32. Here, by rotating the container 12 about the container axis 32 according to a rotation angle ϕ, the container can be transformed into itself, for which the following applies: φ = ± n π 8 where n = 1, 2, 3, 4 ....

[0076] In contrast, the side wall 16 of the container 12 opposite the cavity wall 20 of the holding structure 18 has in the receiving section 44, as shown in the Fig. 31 , the Fig. 32 and the Fig. 33 can be seen, a circular cross-section. The inner circle and the outer circle of this circular cross-section lie on a cone that is open in the direction of the container axis 32, pointing toward the container opening 30.

[0077] On the side facing the side wall 16 of the container 12, rib-shaped support bodies 52 are arranged on the cavity wall 20 of the support structure 18, regularly distributed over its inner circumference. These support bodies have support sections with support surfaces that rest against the side wall 16 of the container 12. The support bodies 52 extend in a longitudinal direction along a rib axis 55, which defines a plane with the direction of the container axis 32.

[0078] The shell 48 of the container 12 is supported on the support bodies 52 in a cross-sectional plane perpendicular to the container axis 32 toward the cavity wall 20. The support bodies 52 bear against the straight second wall sections 47 of the side wall 16 of the container 12, thereby preventing the container 12 from rotating relative to the hollow body.

[0079] As the Fig. 28 shows, the support bodies 52 of the holding structure 18 have a holding contour 57 which engages over a side wall section 17 of the side wall 16 of the container 12 in a holding section 50 between the receiving section 44 and the opening-side container section 46. When the holding contour 57 of the support bodies 52 engages over the side wall section 17 of the side wall 16 of the container 12 in the holding section 50 and the concavely curved shell 48 of the container 12, the container 12 is held in the holding structure 18 with a clamping force which presses the container 12 against the support section 22 of the holding structure, wherein the support sections 53 of the rib-shaped support bodies 52 bear against the shell 48 of the container 12.

[0080] Between adjacent support bodies 52 of the holding structure 18, as shown in the Fig. 29 and Fig. 31 bis Fig. 33 As can be seen, the side wall 16 of the container 12 is separated from the cavity wall 20 of the support structure 18 by an air-filled insulating space 43. This measure minimizes surface contact between the container 12 and the support structure 18, which counteracts the transfer of heat from a beverage in the container 12 to the support structure 18.

[0081] The drinking vessel 10 (4) has a drinking body 54 in which a concave recess 56 is provided, forming an annular drinking bowl. The drinking body 54 has a metal section 63 on the drinking bowl side, which is firmly connected to a section 75 made of a plastic material on the container side. However, the drinking body 54 can also be made entirely of metal.

[0082] For the positive connection of the drinking body 54 to the container 12, the drinking body 54 has an external thread 60 in the container-side section 75 made of plastic material, which can be screwed onto an internal thread 58 formed in the opening-side container section 46 on the stainless steel container 12. This also ensures that no or at most minimal wear occurs on the container and drinking body when connecting the drinking body 54 to the container 12.

[0083] Fig. 34 shows a handbag 86 and a drinking vessel 10, the appearance of which is adapted to the appearance of the handbag 86 by means of the cover 76 of the holding structure. The handbag 86 has a bag body 88 in which the drinking vessel 10 can be accommodated. Fig. 35 a section of the bag body 88 is seen from the inside. In the handbag 86 there is a holding device 90 which serves to hold the drinking vessel 10 in the bag body 88 of the handbag 86. The Fig. 36 shows the bag body 88 with the drinking vessel 10 accommodated in the holding device 90. The holding device 90 has a cuff body 92 made of leather or a corresponding flexible material with a receptacle 94 adapted to the shape of the drinking vessel 10, in which the drinking vessel 10 can be held when the handbag is worn. The holding device 90 has a pocket 96, closable by means of a zipper 91, for holding objects such as coins, passports, or handkerchiefs, which is connected to the cuff body 92. As the Fig. 36 shows, the holding device 90 is releasably secured to the handbag 86 by means of a releasable connection 98 of the cuff body 92 to the bag body 88, which connection is designed as a snap fastener device and forms a connection means for securing the holding device 90 in the bag body 88 of the handbag to the handbag 86.

[0084] The Fig. 37 shows a further, second holding device 90' ​​for holding the drinking vessel 10 in the pocket body of a handbag. To the extent that the components and elements of the further holding device 90' ​​correspond to the components and elements of the holding device 90' ​​described above, they are identified by the same numbers as reference symbols.

[0085] In the Fig. 38 The additional holding device 90' ​​can be seen with the bag body 88 of the handbag and the drinking vessel 10 accommodated in the additional holding device 90'. As a connection means for releasably securing the holding device 90' ​​in the bag body 88 of the handbag, there are a first and a second strap 102, 102', each of which has a strap lock 104 with a first lock part 106 and a second lock part 108 complementary to the first lock part 106, which serves for opening and closing a strap loop that can be placed around different carrying straps 110, 110' of the handbag 86 to hold the holding device 90 in the bag body 88. The first and second straps 102, 102' are attached here to the sleeve body 92 of the holding device 90'.

[0086] The Fig. 39 shows a further, third holding device 90" for holding the drinking vessel 10 in the pocket body of a handbag. In the Fig. 40 the additional holding device 90" can be seen with the bag body 88 of the handbag and the drinking vessel 10. Insofar as the assemblies and elements of the additional holding device 90" correspond to the assemblies and elements of the holding device 90 described above, these are identified by the same numbers as reference symbols. As a connection means for releasably securing the holding device 90" in the bag body 88 of the handbag, there are a first and a second strap 102, 102', each of which has a strap lock 104 with a first lock part 106 and a second lock part 108 complementary to the first lock part 106, which serves for opening and closing a strap loop that can be placed around the carrying strap 110 of the handbag 86 to hold the holding device 90 in the bag body 88. The first strap 102 is attached here to the sleeve body 92 of the holding device 90.

[0087] In summary, the following preferred features of the invention are particularly noteworthy: A drinking vessel 10, 10 (1)<, 10 (2)<, 10 (3)<, 10 (4)< has a container 12 for a beverage and has a covering 76. The drinking vessel 10 comprises a holding structure 18 receiving the container 12. The covering 76 covers the holding structure 18 at least partially on a side facing away from the container 12. A holding device for such a drinking vessel 10, 10 (1)<, 10 (2)<, 10 (3)<, 10 (4)< has a sleeve body 92 with a receptacle 94 adapted to the holding structure 18 of the container 12, in which the drinking vessel 10, 10 (1)<, 10 (2)<, 10 (3)<, 10 (4)< can be held, wherein at least one connecting means is provided for securing the holding device 90 in the pocket body 88 of a handbag 86. Bezugszeichenliste

[0088] 10, 10 (1)< , 10 (2)< , 10 (3)< , 10 (4)< Drinking vessel 12Container 14Container bottom wall 16Side wall 17Side wall section 18Support structure 20Cavity wall 22Support section 24Bottom-side container section 26Interior 28Container bottom 30Container opening 31Opening edge 32Container axis 34Annular section 35Air space 36,36'Container section 38Container bottom opening 40Tong 42Circular edge section 43Insulation space 44Receiving section 45First wall section 46Opening-side container section 47Second wall section 48Shell 49Container connection section 50Retaining section 51Pair of supporting bodies 52Supporting body 53Supporting section 54Drinking body 55Ribbed axis 56Concave recess 57Retaining contour 58Internal thread 59Ring section 60External thread 61Contact surface 62Drinking body sealing element 62'Cover body sealing element 63Metal section 64Drinking body opening 65Magnet element 66Cover body 67Opening edge 68Cylindrical section 69Drinking body insulation space 70Recess 72External thread 74Internal thread 75Container-side section 76Coating 78Cover element 80Bottom section 82Ring-shaped heel 84Arrow 86Handbag 88Bag body 90, 90',90"Holding device 91Zipper 92Cuff body 94Receiver 96Pocket 98Connection 102First strap 102'Second strap 104Belt lock 106First lock part 108Second lock part 110, 110'Carrying strap,

Claims

1. Drinking vessel (10, 10(1), 10(2), 10(3), 10(4)) with a container (12) for a beverage and with a covering (76), with a holding structure (18) accommodating the container (12), wherein the covering (76) at least partially covers the holding structure (18) on a side facing away from the container (12), wherein the container (12) is detachably fixed to the holding structure (18), wherein the container (12) is cup-shaped and has a container base wall (14) and a side wall (16) connected to the container base wall (14), and wherein the holding structure (18) is designed as a hollow body with a cavity and with a cavity wall (20) surrounding the side wall (16) of the container (12), and an insulation space (43) is formed between the side wall (16) of the container (12) and the hollow body, characterized by a drinking body (54) detachably connected to the container (12) and having a concave recess (56) into which a beverage accommodated in the container (12) can be fed from the container (12) through a container opening (30) opposite the container base (28); wherein the drinking body (54) engages over an opening-side container portion (46) with a container connection part (49) and has an annular part (59) with an annular flange-shaped contact surface (61) which, when the drinking body (54) is connected to the container (12) accommodated in the holding structure (18), faces an opening edge (67) of the cavity of the holding structure (18), and wherein the drinking body (54) defines, together with the holding structure (18), an annular drinking body insulation space (69) which is coaxial with the container opening (30), is filled with air and separates the holding structure (18) from the container connection part (49) of the drinking body (54), or wherein the drinking body (54) is screwed onto an internal thread (58) formed on the opening-side container portion (46), wherein the drinking body (54) has an annular part (59) with an annular flange-shaped contact surface (61) which, when the drinking body (54) is connected to the container (12) accommodated in the holding structure (18), faces an opening edge (67) of the cavity of the holding structure (18), and wherein the drinking body (54) defines, together with the holding structure (18), an annular drinking body insulation space (69) which is coaxial with the container opening (30), is filled with air and separates the side wall (16) of the container (12) from the cavity wall (20) of the holding structure (18).

2. Drinking vessel according to claim 1, characterized in that the drinking body (54) form-fittingly abuts the holding structure (18) or the covering (76).

3. Drinking vessel according to either claim 1 or claim 2, characterized by a drinking body sealing element (62) for sealing the drinking body (54) to the container (12) and / or in that the covering (76) is folded over the opening edge (67) of the cavity of the holding structure (18) onto a side of the cavity wall (20) facing the opening-side container portion (46), wherein the annular flange-shaped contact surface (61) abuts the opening edge (67) on the covering (76) when the drinking body (54) is connected to the container (12) accommodated in the holding structure (18).

4. Drinking vessel according to any of claims 1 to 3, characterized in that the drinking body (54) has a drinking body opening (64) connecting the interior of the container (12) with its concave recess (56) and has an adjustable lid body (66) for optionally opening and closing the drinking body opening (64).

5. Drinking vessel according to claim 4, characterized by a lid body sealing element (62') arranged between the lid body (66) and the drinking body (54) for sealing the lid body (66) to the drinking body (54).

6. Drinking vessel according to any of claims 1 to 5, characterized in that the holding structure (18) has a support part (22) which serves to support the container (12) in a base-side container portion (24).

7. Drinking vessel according to any of claims 1 to 6, characterized in that support bodies (52) with support portions (53) for abutting the side wall (16) of the container (12) are formed on the cavity wall (20) on a side facing the side wall (16) of the container (12).

8. Drinking vessel according to claim 7, characterized in that the support bodies (52) for detachably fixing the container (12) to the holding structure (18) have a holding contour (57) which is designed for engaging over a side wall part (17) of the side wall (16) in a holding portion (50) of the container (12) and serves to press the container (12) in the holding structure (18) against the support part (22) with a clamping force when the holding contour (57) engages over the side wall part (17).

9. Drinking vessel according to any of claims 1 to 8, characterized in that the holding structure (18) has a container base-side opening (38).

10. Drinking vessel according to claim 9, characterized in that the container (12) has, on its base-side container portion (24), a mounting structure which projects through the container base-side opening (38) of the holding structure (18).

11. Drinking vessel according to claim 10, characterized in that the mounting structure projecting through the container base-side opening (38) of the holding structure (18) has a dovetail-shaped cross-section with an undercut.

12. Drinking vessel according to claim 11, characterized in that the holding structure (18) has elastically deformable tongues (40) which protrude into the undercut of the mounting structure for detachably fixing the container (12).

13. Drinking vessel according to claim 10, characterized in that the mounting structure projecting through the container base-side opening (38) of the holding structure (18) has an external thread (72) which can be screwed into an internal thread (74) formed on the holding structure (18) for detachably fixing the container (12).

14. Drinking vessel according to any of claims 1 to 8, characterized in that that the container (12) is held in the holding structure (18) by means of magnetic force for detachably fixing said container to the holding structure (18).

15. Drinking vessel according to any of claims 1 to 14, characterized by a cover element (78) which is detachably connected to a base-side container portion (24) of the holding structure (18) and engages over the covering (76) and / or characterized in that the holding structure (18) is made of an elastically deformable material, of which the modulus of elasticity is greater than the modulus of elasticity of the material of the container (12) and / or characterized in that the holding structure (18) is made of a plastics material and / or characterized in that the container (12) is made of a metal material, in particular of stainless steel, and / or characterized in that the covering (76) consists of a flexible material, in particular leather.

16. Handbag (86) with a drinking vessel (10, 10(1), 10(2), 10(3), 10(4)) according to claim 15, which handbag is at least partially made of the flexible material.

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