EP2703590A2 - Hinge for an apparatus - Google Patents

Abstract

The hinge has a set of hinge arms, where one of the hinge arms includes a base surface and a side surface (6). Another hinge arm is swingably mounted on the former hinge arm. A rotational damper is fastened at the side surface of the former hinge arm. The latter hinge arm comprises a holding element overlapped with the side surface of the former hinge arm. The damper is attached in a damper bearing (16) to be fastened at side surface of the former hinge arm, where the bearing comprises separable housings (24, 25). An operating element (17) for damper is lengthwise-sliding fed in the bearing.

Description

The invention relates to a hinge for a piece of furniture or a device, in particular for a household appliance, in particular for a stove or a freezer and / or freezer. The furniture or device comprises a body and a lid, a flap or other pivotal part.

The invention further relates to a piece of furniture or a device with one or more hinges according to the invention, in particular a domestic appliance, in particular a stove or a freezer and / or freezer.

The invention is particularly suitable for furniture or appliances, in particular freezer cabinets and / or freezers, which have a lid.

The hinge includes a first hinge arm and a second hinge arm. The first hinge arm has a base. It can be fixed with the base on the body or the pivotal part of the furniture or the device, preferably on the body. The first hinge arm further includes a side surface which extends at an angle to the base. Preferably, the side surface is at right angles to the base. Furthermore, it is advantageous if the first hinge arm is designed in a U-shape. It then comprises a base and two side surfaces, which are preferably parallel to each other and at a distance from each other, preferably at a right angle to the base.

The second hinge arm can also be attached to the furniture or the device, preferably on the pivotal part of the furniture or appliance, in particular on the lid.

The hinge may have a spring element. In particular, the weight of a lid or a flap or other pivotable part can be compensated by the spring element. The spring element may be formed as a tension spring or as a compression spring.

Freezers and / or freezers are nowadays optimized primarily for energy efficiency class and costs. In order to achieve the best possible insulation special seals and / or Isolierlabyrinthe be realized between the body of the freezer and / or freezer and the lid. The lid is usually designed as a hinged lid and secured by hinges with or without spring support on the rear wall of the freezer and / or freezer. Especially with heavy lids, it is necessary or desirable to compensate for the lid weight by a spring element. It must be noted, however, that the torque generated by the spring force, the frictional force of a brake formed in the hinge and the lever arm a secure closing of the lid or other pivotal part and a complete, circumferential seating of the seal on the edge of the body of the cabinet and / or chest freezer not hindered.

For this reason, known hinges are designed such that the cover or the other pivotable part falls from a certain closing angle by its own weight in the horizontal end position. As a result, a more or less violent closing noise is generated. Furthermore, this creates the risk that body parts, especially children's hands, which hold on the edge of the body of the freezer and / or freezer, are crushed by the coincident lid.

A hinge of the type described above with a damper is from the DE 10 2005 045 365 A1 known. The damper is attached to the flap and coupled to the spring element. In the arrangement of the DE 10 2005 045 365 A1 However, the use of an elaborately designed damper is necessary in order to dampen the pivotal movement of the hinge arms in the region of both end positions.

In the DE 10 2011 008 252 A1 is a hinge of the type described above described with a damper, wherein the damper is movably guided on the hinge and dampens the pivoting movement of the hinge arms in the region of the two end positions by the contact of its two damper parts with stop portions of the hinge.

If an existing furniture or device, in particular a freezer and / or freezer with hinges, which have no damper to be developed and should be equipped with one or more hinges, or have a damper, the problem arises that a hinge with a damper has a larger footprint, so that it can not be fixed in the same manner to the furniture or device. In particular, the hole pattern in the base of the first hinge arm, so the arrangement of the holes, which serve to attach the base of the first hinge arm to the furniture or device, in particular on the body, changes. The same problem arises when a piece of furniture or equipment, in particular a freezer and / or a chest freezer, is to be manufactured and offered both in a version with hinges without cushioning and in a version which has one or more hinges with a cushioning, or if a piece of furniture or equipment has a hinge without damping and a hinge with damping. Even then, it is desirable if both the hinge without damping and the hinge with damping in the same manner to the furniture or device can be fastened, in particular with the same hole pattern in the base of the first hinge arm. The object of the invention is to propose a hinge of the type specified, which can be fastened in a simple manner to a piece of furniture or device.

According to the invention, this object is solved by the features of claim 1. The hinge is characterized in that a damper is attachable or fixed to the side surface of the first hinge arm. In this way it is possible to provide a hinge with a damper, without affecting the possibility of attachment of the hinge to the furniture or device. In particular, the hole pattern in the base of the first hinge arm can be maintained even when the damper is attached to the first hinge arm. The damper may be a single acting damper or a double acting damper.

Advantageous developments are described in the subclaims.

It is advantageous if the second hinge arm has a holding part, which projects beyond the side surface of the first hinge arm. By the holding part of the damper can be operated directly or indirectly.

According to a further advantageous development of the damper is mounted or mounted in a damper bearing, which is fastened or fixed to the side surface of the first hinge arm.

The damper bearing is preferably releasably attachable or fixed to the side surface of the first hinge arm. It is preferably latched or locked.

The damper bearing may comprise a split housing. It is advantageous if the damper bearing has two housing halves. The housing halves can be detachably connectable. They can be identical.

According to a further advantageous embodiment, an actuating part for the damper in the damper bearing is guided longitudinally displaceable.

The hinge preferably comprises a transmission part for transmitting the movement of the second hinge arm to the actuating part.

The transmission part may be rotatably supported in the second hinge arm. Preferably, the transmission part is rotatably mounted in a recess on the second hinge arm. It can be threaded or clipped there.

According to a further advantageous embodiment of the damper is designed as a rotary damper.

The rotary damper preferably has a sprocket which cooperates with a toothed rack. The sprocket may be formed as a gear which extends over the entire peripheral region. However, it is also possible that the ring gear extends only over part of the circumference. The rack is preferably attached to the second hinge arm, in particular to a holding part of the second hinge arm. It is preferably pivotally mounted there.

A further preferred development is characterized in that the damper is pivotally mounted on the side surface of the first hinge arm and is pivotally mounted on the second hinge arm, in particular on a holding part of the second hinge arm.

It is advantageous if the damper is pivotally mounted on the side surface of the first hinge arm and when the damper is pivotally mounted on a bell crank, which is pivotally mounted on the side surface of the first hinge arm and which is actuated by the second hinge arm.

The bell crank preferably has an actuating surface for a bolt or other actuating part on the second hinge arm.

The damper may be disposed on the outside of the side surface of the first hinge arm.

However, it is also possible that the damper is arranged on the inside of the side surface of the first hinge arm. In this case, it is advantageous if the transmission part is arranged on a bolt of the second hinge arm. Preferably, the transmission part is arranged on a bolt of the second hinge arm, on which a spring element is supported. The spring element is preferably designed as a compression spring.

In a piece of furniture or equipment, in particular a household appliance, in particular a stove or a freezer and / or freezer, the object of the invention is achieved in that the furniture or device has one or more hinges according to the invention. It is advantageous if only a single hinge according to the invention and one or more further hinges are present. This can save costs. For example, a freezer and / or freezer or stove requires two or more hinges. Depending on the size of the lid or the flap, it may be sufficient not to perform all hinges as hinges according to the invention, in order to obtain a good cushioning of the lid or the flap. It may be sufficient if only one of the hinges is designed according to the invention or if not all hinges are designed according to the invention.

Fig. 1

eine Kühltruhe in einer perspektivischen Ansicht mit einer ersten Ausführungsform eines Scharniers,

Fig. 2

das Scharnier gemäß Fig. 1 in einer Seitenansicht,

Fig. 3

das Scharnier gemäß Fig. 1 und 2 in einer Ansicht von hinten,

Fig. 4

den ersten Scharnierarm und den zweiten Scharnierarm des Scharniers gemäß Fig. 1 bis 3 in einer vergrößerten perspektivischen Ansicht,

Fig. 5

das Scharnier gemäß Fig. 1 bis 4 vor dem Zusammensetzen der Dämpferlagerung,

Fig. 6

das Scharnier gemäß Fig. 1 bis 5 nach dem Zusammensetzen der Dämpferlagerung und vor der Befestigung der Dämpferlagerung an dem ersten Scharnierarm,

Fig. 7

das Scharnier gemäß Fig. 1 bis 6 nach der Befestigung der Dämpferlagerung an dem ersten Scharnierarm,

Fig. 8

das Scharnier gemäß Fig. 1 bis 7 in einer weiteren perspektivischen Ansicht,

Fig. 9

die Dämpferlagerung des Scharniers gemäß Fig. 1 bis 8 vor dem Zusammensetzen in einer weiteren perspektivischen Ansicht,

Fig. 10

das Scharnier gemäß Fig. 1 bis 9 in einer Schnittansicht durch ein Übertragungsteil zum Übertragen der Bewegung des zweiten Scharnierarms auf das Betätigungsteil,

Fig. 11

das Übertragungsteil in einer vergrößerten perspektivischen Ansicht,

Fig. 12

das Scharnier gemäß Fig. 1 bis 11 in einer seitlichen Schnittansicht,

Fig. 13

eine zweite Ausführungsform des Scharniers mit einem Zahnkranz und einer Zahnstange in einer perspektivischen Ansicht,

Fig. 14

das Scharnier gemäß Fig. 13 in einer weiteren perspektivischen Ansicht,

Fig. 15

eine dritte Ausführungsform des Scharniers mit einem Dämpfer, der an dem ersten Scharnierarm und an dem zweiten Scharnierarm schwenkbar gelagert ist, in einer perspektivischen Ansicht,

Fig. 16

das Scharnier gemäß Fig. 15 in einer weiteren perspektivischen Ansicht,

Fig. 17

eine vierte Ausführungsform des Scharniers mit einem Dämpfer, der an dem ersten Scharnierarm und an einem Umlenkhebel schwenkbar gelagert ist, in einer perspektivischen Ansicht,

Fig. 18

das Scharnier gemäß Fig. 17 in einer weiteren perspektivischen Ansicht,

Fig. 19

eine fünfte Ausführungsform der Erfindung, bei der der Dämpfer an der Innenseite der Außenfläche des ersten Scharnierarms angeordnet ist,

Fig. 20

das Scharnier gemäß Fig. 19 in einer seitlichen Schnittansicht und

Fig. 21

das Scharnier gemäß Fig. 19 und 20 in einer Ansicht von hinten.

An embodiment of the invention will be explained below with reference to the accompanying drawings. In the drawing shows

Fig. 1

a freezer in a perspective view with a first embodiment of a hinge,

Fig. 2

the hinge according to Fig. 1 in a side view,

Fig. 3

the hinge according to Fig. 1 and 2 in a view from behind,

Fig. 4

the first hinge arm and the second hinge arm of the hinge according to Fig. 1 to 3 in an enlarged perspective view,

Fig. 5

the hinge according to Fig. 1 to 4 before assembling the damper bearing,

Fig. 6

the hinge according to Fig. 1 to 5 after assembling the damper bearing and before attaching the damper bearing to the first hinge arm,

Fig. 7

the hinge according to Fig. 1 to 6 after attaching the damper bearing to the first hinge arm,

Fig. 8

the hinge according to Fig. 1 to 7 in a further perspective view,

Fig. 9

the damper bearing of the hinge according to Fig. 1 to 8 before assembling in another perspective view,

Fig. 10

the hinge according to Fig. 1 to 9 in a sectional view through a transmission part for transmitting the movement of the second hinge arm to the actuating part,

Fig. 11

the transmission part in an enlarged perspective view,

Fig. 12

the hinge according to Fig. 1 to 11 in a side sectional view,

Fig. 13

a second embodiment of the hinge with a sprocket and a rack in a perspective view,

Fig. 14

the hinge according to Fig. 13 in a further perspective view,

Fig. 15

a third embodiment of the hinge with a damper, which is pivotally mounted on the first hinge arm and on the second hinge arm, in a perspective view,

Fig. 16

the hinge according to Fig. 15 in a further perspective view,

Fig. 17

a fourth embodiment of the hinge with a damper which is pivotally mounted on the first hinge arm and on a lever, in a perspective view,

Fig. 18

the hinge according to Fig. 17 in a further perspective view,

Fig. 19

a fifth embodiment of the invention, wherein the damper is disposed on the inside of the outer surface of the first hinge arm,

Fig. 20

the hinge according to Fig. 19 in a side sectional view and

Fig. 21

the hinge according to Fig. 19 and 20 in a view from behind.

In Fig. 1 a freezer 101 is shown which comprises a body 102 and a lid 103. The lid 103 is pivotally mounted on the body 102 by prior art hinges.

In the Fig. 2 to 12 shown first embodiment of the hinge according to the invention comprises a first hinge arm 1 and a second hinge arm 2, which is pivotally mounted on the first hinge arm 1 about an axis which is formed by a pivot pin 3. The first hinge arm 1 comprises a housing 4 with a U-shaped cross-section. The housing 4 of the first hinge arm 1 comprises a base 5, a left side surface 6 and a right side surface 7. The second hinge arm 2 also includes a housing 8 having a base 9, a left side surface 10 and a right side surface 11.

In the housing 8 of the second hinge arm 2, a guide pin 12 is arranged, which is fixed in the side surfaces 10, 11 and on which a spring element engages, which is designed as a compression spring 51. The compression spring 51 is supported on projections 52, which project inwardly from the side surfaces 6, 7, and on a spring guide 53, which extends in the longitudinal direction of the housing 4 and which is supported on the guide pin 12. By the compression spring 51, the second hinge arm 2 is biased in the direction of the open position of the hinge. The force of the compression spring 51 counteracts the closing force caused by the weight of the lid 103 to which the second hinge arm 2 is attached. The guide pin 12 is guided in curves 54 which are provided in the side surfaces 6, 7.

The hinge further comprises a damper 13 which is fixed to the left side surface 6 of the first hinge arm 1. The damper 13 is mounted in a damper bearing 16 which is releasably secured to the left side surface 6 of the first hinge arm 1, namely engaged. In the damper bearing 16, an actuating part 17 for the damper 13 is guided longitudinally displaceable, in the longitudinal direction of the first hinge arm first

The damper 13 comprises a damper pin 14 and a damper housing 15. It is designed as a damper with only one damping direction. The damper pin 14 is pressed into the damper housing 15 against a damping force. When the damper 13 has been depressed and is then powerless, the damper pin 14 moves out of the damper housing 15 by the force of a compression spring 54. The compression spring 54 is supported on the damper housing 15 and the damper pin 14. The damper 13 is designed as a standard damper cartridge.

When the hinge is in the open position, the damper housing 15 abuts with its lower end surface against a lower stop surface 26 of the damper bearing 16. The lower stop surface 26 is located in the interior of the damper bearing 16th

When the hinge is closed, the operating member 17 moves down. When a certain closing angle is reached, for example an angle between 5 and 20 °, an upper stop edge 19 of the operating part 17 comes into abutment with the upper end surface of the damper pin 14, as in Fig. 12 shown. By a further closing movement, the actuating member 17 is moved further down, causing the damper pin 14 moves against the force of the compression spring 54 and against the damping effect in the damper 13 further down. As a result, the further closing movement of the hinge is damped.

When the hinge is subsequently opened again, the upper stop edge 19 of the operating part 17 lifts upwards from the upper end surface of the damper pin 14. The damper pin 14 is then brought by the force of the compression spring 54 back into its upward from the damper housing 15 outstanding starting position.

The damper bearing 16 is made of plastic. It comprises a split housing with a rear half 24 and a front half 25. The halves 24, 25 are identical. In the halves 24, 25 are lower abutment surfaces 26 for provided the damper 13. Furthermore, longitudinal guides 55 are provided for the actuating part 17 in the mutually facing surfaces of the halves 24, 25.

The actuating member 17 is formed as an elongated plate. It has a recess 18, within which the damper 13 is located. The damper 13 is disposed in a flying manner within the recess 18. This means that the length of the damper 13 is less than or equal to the length of the recess 18, even with the damper pin 14 fully extended.

The halves 24, 25 of the damper bearing 16 are detachably connected to each other. For this purpose, they have on their side facing away from the left side surface 6 of the first hinge arm 1 side latching hook 56, which engage in corresponding latching projections 57. Each half 24, 25 has a latching hook 56 and a latching projection 57, which are each spaced from each other.

Furthermore, both halves 24, 25 have T-pieces 58 on their sides facing the left side surface 6 of the first hinge arm 1. Each T-piece comprises a connection region with which it is connected to the respective half 24, 25, and a subsequent projection region 59. In the left side surface 6 corresponding recesses 60 are provided. Each detent recess 60 consists of an upper portion that is the same size as or slightly larger than the protrusion portion 59 of the T-piece 58, and a lower portion that is substantially equal to or slightly larger than the terminal portion of the T-piece. In this way, the T-pieces 58 can be locked to the left side surface 6. They are guided with their projection portions 59 through the upper portions of the recess 60 and then moved down until the terminal portions are in the lower portions of the recesses 60. By the reverse procedure, the damper housing 15 can be released again from the left side surface 6.

The second hinge arm 2 comprises a holding part 28 which has an L-shaped cross section. The roof surface 29 of the holding part 28 runs parallel to the base 9 of the housing 8 of the second hinge arm 2. It rests on this base. By a correspondingly shorter design of the second hinge arm 2, it is possible to form the entire length of the second hinge arm 2 including the roof surface 29 in an identical manner as in a hinge in which no holding part 28 is present. The side surface 30 of the support member 28 is parallel to and spaced from the left side surface 10 of the second hinge arm 2. It also extends parallel to and spaced from the left side surface 6 of the first hinge arm 1. The side surface 30 projects beyond the left side surface. 6

In the side surface 30 of the holding part 28, a recess 61 is provided. The recess 61 adjoins the lower end edge of the side surface 30. It is circular in shape and extends over an angular range of more than 180 °.

In the recess 61, a transmission part 62 for transmitting the movement of the second hinge arm 2 is rotatably mounted on the actuating part 17. The transfer member 62 has a circular outer periphery extending over more than 180 °, preferably over more than 270 °, preferably over more than 330 °. Further, the transmission part 62 has a recess 63, through which it can be threaded into the recess 61 in the side surface 30. However, it is also possible to make the arrangement such that the transmission part 62 can be clipped into the recess 61.

The transfer member 62 further includes a stop surface 64 which slidably bears against a corresponding stop surface 65 at the upper end of the operating member 17. When the second hinge arm 2 is pivoted about the bolt 3 with respect to the first hinge arm 1, the transmission member 62 transmits this movement to the operating member 17, the transmission member 62 rotates in the recess 61 and the abutment surface 64 slides against the abutment surface 65. On the transmission part 62 lateral guide surfaces 66 are provided which cause the transmission part 62 reliably remains guided in the recess 61 and that the stop surface 64 reliably abuts against the stop surface 65 and can not escape laterally.

The hole pattern in the base 6, which serves to attach the first hinge arm 1 to the body 102, and the hole pattern in the base 9, which serves to attach the second hinge arm 2 to the lid 103, is the same as in the prior art hinge according to FIG Fig. 1 ,

In the second embodiment of the invention, which in Fig. 13 and 14 is shown, matching parts are provided with the same reference numerals, so that they need not be described again. Here, the damper is formed as a rotary damper 71 located on the outside of the left side surface 6 of the first hinge arm 2. The rotary damper 71 has a ring gear 72 which is formed as a gear and which extends over the entire peripheral region. The ring gear 72 cooperates with a toothing 73 of a rack 74. The upper end of the rack 74 is pivotally mounted on the side surface 30 of the holding part 28 about an axis 75. The rack 74 is guided in the region of its lower end by a guide pin 76. The guide pin 76 is fixed in the left side surface 6.

In Fig. 15 and 16 a third embodiment of the invention is shown, in which matching components are provided with the same reference numerals and will not be described again. Here, the damper 13 is pivotally mounted about an axis 81 on the left side surface 6 of the first hinge arm 1. The other end of the damper 13 is pivotally mounted on the side surface 30 of the holding part 28 of the second hinge arm 2 about an axis 82.

In the fourth embodiment of the invention, which in Fig. 17 and 18 is shown, the damper 13 is also pivotally mounted about an axis 81 on the left side surface 6 of the first hinge arm 1. Here, however, is the other end the damper 13 is pivotally mounted about an axis 91 on a reversing lever 92. The reversing lever 92 is in turn pivotally mounted about an axis 93 on the left side surface 6 of the first hinge arm 1. The reversing lever 92 is operable by the second hinge arm 2. For this purpose, it has an actuating surface 94 for a bolt 95 on the second hinge arm 2. The bolt 95 is formed by an extension of the guide pin 12.

When the lid 103 of the freezer 101 is closed, the second hinge arm 2, and with it the guide pin 12 and the bolt 95 moves down. The bolt 95 presses on the actuating surface 94, whereby the reversing lever 92 is pivoted about the axis 93 in the counterclockwise direction down. As a result, the pivotally mounted on the axles 91, 81 damper 13 is compressed.

In the fifth embodiment of the invention, which in Fig. 19 to 21 is shown, the damper is not, as in the previously described embodiments, arranged on the outside of the left side surface 6 of the first hinge arm 1, but on the inside. In order to create the space required for this, the base surfaces 5, 9 of the hinge arms 1, 2 are configured correspondingly wider. However, the hole pattern in the base 5, which serves to attach the first hinge arm 1 to the body 102, and the hole pattern in the base 9, which serves to attach the second hinge arm 2 to the lid 103, the same as in the prior art hinges after Fig. 1 and the hinges according to the invention Fig. 2 to 18 ,

On the left side surface 10 of the second hinge arm 2, a transmission part 91 is pivotally mounted. The transmission part 91 is pivotally mounted on the guide pin 12. It has at its lower end a stop surface 64 which slidably bears against the abutment surface 65 at the upper end of the actuating part 17. Further, the transmission part 91 on lateral guide surfaces 92 which project beyond the stop surfaces 64, 65, so as to ensure that these abutment surfaces 64, 65 always abut each other and can not slip sideways from each other.

By the invention, a hinge is provided which can be provided without additional manufacturing steps or changes in the production tools with a damper. For the provided with a damper hinge there is no additional installation effort compared to a hinge without damper. The number and type of attachment points of the hinge to the body of the furniture or device remain unchanged compared to undamped hinges.

The damper can be integrated into an existing hinge so that the damper counteracts the closing forces shortly before reaching the closed position. The damping force can be configured such that it is slightly less than the closing forces, so that it slows down the closing speed of the lid, without hindering the actual resting of the lid with seal on the edge of the body. The invention can be realized with a standard worldwide chest hinge, which has the proven hole patterns for attachment to the back of the body and the lid.

Claims (17)

Hinge for a device comprising a first hinge arm (1) having a base (5) and a side surface (6) and a second hinge arm (2) pivotally mounted on the first hinge arm (1),
characterized,
in that a damper (13, 71) can be fastened or fastened to the side surface (6) of the first hinge arm (1). Hinge according to Claim 1, characterized in that the second hinge arm (2) has a holding part (28) which projects beyond the side face (6) of the first hinge arm (1). Hinge according to Claim 1 or 2, characterized in that the damper (13) can be mounted or mounted in a damper bearing (16) which can be fastened or fastened to the side face (6) of the first hinge arm (1). Hinge according to claim 3, characterized in that the damper bearing (16) on the side surface (6) of the first hinge arm (1) releasably fastened or fastened, preferably latched or latched. Hinge according to claim 3 or 4, characterized in that the damper bearing (16) comprises a split housing (24, 25). Hinge according to one of claims 3 to 5, characterized in that an actuating part (17) for the damper (13) in the damper bearing (16) is guided longitudinally displaceable. Hinge according to claim 6, characterized by a transmission part (62) for transmitting the movement of the second hinge arm (2) to the actuating part (17). Hinge according to claim 7, characterized in that the transmission part (62, 91) is rotatably mounted in the second hinge arm (2). Hinge according to claim 1 or 2, characterized in that the damper is designed as a rotary damper (71). Hinge according to Claim 9, characterized in that the rotary damper (71) has a toothed rim (72) which interacts with a rack (74). Hinge according to Claim 1 or 2, characterized in that the damper (13) is mounted pivotably (81) on the first hinge arm (1) and is pivotably mounted on the second hinge arm (2). Hinge according to Claim 1 or 2, characterized in that the damper (13) is pivotally mounted on the first hinge arm (1) and in that the damper (13) is pivotably mounted on a reversing lever (92) mounted on the side surface (6). the first hinge arm (1) is pivotally mounted (93) and which is operable by the second hinge arm (2). Hinge according to Claim 12, characterized in that the deflection lever (92) has an actuating surface (94) for a bolt (95) on the second hinge arm (2). Hinge according to one of the preceding claims, characterized in that the damper (13) is arranged on the outside of the side surface (6) of the first hinge arm (1). Hinge according to one of claims 1 to 13, characterized in that the damper (13) on the inside of the side surface (6) of the first hinge arm (1) is arranged. Hinge according to one of claims 8 to 15, characterized in that the transmission part (62, 91) is arranged on a bolt (12) of the second hinge arm (2). Device, in particular domestic appliance, in particular stove or refrigerator and / or freezer, characterized by one or more hinges according to one of claims 1 to 16.

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