Hinge device, mounting hinge and functional entity

Abstract

The present invention relates to a hinge device (2) for a functional unit (1) having a door (11, 11') including at least one door element, by means of which a door opening (100) can be completely or partially closed, and after the door opening (100) is opened, the door can be moved into a door storage cavity (10); the hinge device (2) includes a stop profile (21), a stop hinge (3) and at least one auxiliary hinge (3'), the stop hinge (3) and the at least one auxiliary hinge (3') being detachably connected to the stop profile (21) on one side and being able to be connected to the door (11, 11') on the other side. According to the present invention, the stop profile (21) includes an anchoring channel (210); a support device (22) is provided, the support device (22) having a support body (220), the support body (220) including a support anchor portion (2201) movable in the anchoring channel (210) and lockably held by at least one locking screw (2208); the support device (22) includes a slider (221) movably mounted in the support body (220) and a sliding block for moving... The actuating element (225) positions and holds the slider (221); the holding device (24) is provided with a holding body (240), the holding body (240) including a holding anchor portion (2401) movablely held in the anchoring channel (210), and a holding element (241); the stop hinge (3) includes a stop body (30), the stop body (30) being directly or indirectly supported on the slider (221) and held by the holding element (241) of the holding device (24).

Description

Technical Field

[0001] The present invention relates to a hinge device for retaining a door having at least one door element; the invention also relates to a mounting hinge for the hinge device; and a functional entity having at least one such hinge device, particularly a furniture component. Background Technology

[0002] To close the functional unit, the functional unit includes a door with at least one door element and a door storage cavity, and the door can slide into the door storage cavity after the functional unit is opened, using a hinge mechanism including a slidably mounted mounting profile and a mounting hinge that rotatably connects the mounting profile to the door.

[0003] US9284761B2 discloses a furniture component having a displacement device by means of which a mounting profile connected to a folding sliding door is displaceable within a door cavity. The folding sliding door includes two door elements connected to each other by door hinges, wherein a first door element is connected to the mounting profile at the rear via a mounting hinge, and a second door element is connected to a guide carriage at the front. The mounting profile is held in a vertically aligned position by the displacement device and is equipped with support carriages at the top and bottom, guided in support tracks. The guide carriages are movable along a guide track comprising three track sections, wherein a first track section and a second track section are connected to each other by a third track section extending along a curve. The first track section extends into the door cavity, and the second track section extends along the front side of the furniture component.

[0004] To close the furniture piece, the foldable door is pulled out of the door storage cavity and unfolded. In the closed position, the door elements are planar aligned with each other. To open the furniture piece, the foldable door is folded back and the door elements are retracted into the door storage cavity in the open position, preferably aligned parallel to each other.

[0005] To ensure that the openings in the functional entity can be precisely closed by the corresponding door elements, the hinge device, including the mounting profile and the mounting hinge, is typically adjustable, allowing the door to be displaced in both the vertical and horizontal directions.

[0006] US8336972B2 discloses a hinge device having a mounting profile equipped with an adjustable mounting hinge. By adjusting the mounting hinge, a held door element can be moved horizontally. Vertical adjustment of the door element is achieved by vertically moving the mounting profile held by an adjustable drive mechanism.

[0007] The disadvantages of this are that it requires a specially designed adjustable drive mechanism, which is correspondingly more complex and needs to be larger in size to accommodate the integration of the adjustment device. Another disadvantage is that adjusting this hinge mechanism is relatively labor-intensive. Typically, tools must be used to lift the door element until the adjustment is complete.

[0008] Another drawback is that other device components that are connected to the mounting profile and perform other functions are displaced along with the mounting profile and may also need to be readjusted.

[0009] US8336972B2 also discloses a mounting hinge that includes a lever mechanism with a mounting lever equipped with a rack, wherein a mounting component connected to a door element is displaceable along the rack by engaging the rack with a screwdriver, thus potentially resulting in wear marks.

[0010] US9057216B2 discloses a hinge device having a mounting profile equipped with a mounting hinge. The mounting hinge can be removed from the mounting profile, manually adjusted, and reinstalled. Summary of the Invention

[0011] Therefore, the object of the present invention is to provide an improved hinge device for a functional entity, an improved hinge for the hinge device, and an improved functional entity comprising such a hinge device.

[0012] The hinge device of the present invention includes a movablely supported mounting profile and at least two mounting hinges connected thereto. The hinge device should be designed to be simple, easy to install, and simple, convenient and quick to adjust so as to precisely align a door element, such as a folding door or a folding sliding door, held by the hinge device with respect to an opening to be closed in a functional entity.

[0013] Of particular advantage is that the door or door element should be able to connect to and detach from the hinge device so that installation work can be easily performed or subsequent modifications made to the functional entity.

[0014] The carriage used to move the mounting profile into the door storage cavity should have a simple design and should be able to be manufactured in a reduced size, thereby allowing the door storage cavity to be designed in a smaller size or to provide more space for other device components.

[0015] Furthermore, the hinge assembly should be designed with a robust structure and easy adjustment. Wear marks on the hinge should be prevented even after repeated adjustments.

[0016] The hinge mechanism is designed to allow the held door element to automatically rotate to its end position. Preferably, the movement of the door element is damped to prevent unpleasant impacts.

[0017] In addition, in order to accommodate heavier loads, two adjustable mounting hinges should be able to be mounted side by side or top to bottom on the mounting profile, and they should be able to be adjusted without the adjustment of one mounting hinge being obstructed by the other mounting hinge.

[0018] This problem is solved by the hinge device according to claim 1, the improved mounting hinge according to claim 13, and the functional entity according to claim 15, the functional entity being, for example, a furniture component. Advantageous embodiments of the invention are defined in the other claims.

[0019] The hinge device is provided for a functional entity comprising a door having at least one door element, by means of which a door opening can be completely or partially closed, and after the door opening is opened, the door can be moved into a door storage cavity; the hinge device comprises a mounting profile, a mounting hinge, and at least one auxiliary hinge, the mounting hinge and the at least one auxiliary hinge being detachably connected to the mounting profile on one side and connectable to the door element on the other side.

[0020] According to the present invention,

[0021] - The mounting profile has an anchoring channel;

[0022] - A support device is provided, the support device having a support body including a support anchor portion, the support anchor portion being slidably held in the anchoring channel and lockable by at least one locking screw;

[0023] - The support device includes a slider that is slidably held in the support body and a setting element for moving and holding the slider;

[0024] - A retaining device is provided with a retaining body, the retaining body including a constraint anchoring portion and a constraint element slidably retained in the anchoring channel; and

[0025] - The mounting hinge includes a stop body that is directly or indirectly supported on the slider and held by the constraint element of the retaining device.

[0026] Preferably, the auxiliary hinge is the same as the mounting hinge; therefore, the following description of the mounting hinge also describes the auxiliary hinge in its preferred configuration.

[0027] The support anchor portion of the support device and the constraint anchor portion of the retaining device preferably have at least approximately the same cross-section, such that both are held in the anchoring channel in a manner that allows displacement but is substantially play-free. The constraint anchor portion of the retaining device, preferably made of plastic, preferably includes a locking element that prevents the retaining device from moving on its own. Therefore, the retaining device can be moved upwards to its automatically held position, and then manually moved against the mounting hinge.

[0028] Preferably, the auxiliary hinge is also equipped with a retaining device that can be slid upwards before the door is installed, and then manually slid against the auxiliary hinge.

[0029] On the other hand, it is sufficient to provide a support device only for the mounting hinge. This has the advantage that the height adjustment of the mounting hinge, and thus the door element supported thereon and the at least one auxiliary hinge, is performed on a single support device, thereby avoiding the need for multiple adjustments.

[0030] To install a door element pre-installed with the mounting hinge and at least one auxiliary hinge, the support device is first moved to a predetermined height and secured. Next, the door element with the mounting hinge is placed onto the support device. Then, the restraining device is moved against the mounting hinge and the auxiliary hinge to secure them, preventing them from detaching from the mounting profile.

[0031] Next, adjust the support device to raise or lower the door to the desired height.

[0032] The mounting hinge and the one or more auxiliary hinges are secured only after the support device has been properly adjusted, preferably using connecting screws. Setting screws on the stop bodies of the mounting hinge and the auxiliary hinges are screwed into threaded portions, which are integrally formed with, integrated into, or optionally cast into the retaining body of the retaining device.

[0033] Therefore, the door element can be easily installed in just a few steps. Particularly advantageously, in the first step, the door element can be temporarily connected to the mounting profile and secured by adjusting the restraint device. Subsequently, adjustment can be easily performed by actuating the adjustable support device, preferably by slightly lifting the door element to facilitate adjustment of the support device. Preferably, the support device is self-locking under the weight of the door element. The setting screw can then be easily tightened.

[0034] The mounting profile is rod-shaped and preferably has a uniform cross-sectional profile along its entire length. In addition to the anchoring channel, the cross-sectional profile may include other profile elements suitable for connection to other device components. For example, a mounting channel may be provided into which a connecting member of the upper or lower support carriage, such as a portion of the carriage body, can be inserted. In a preferred embodiment, the distance between the mounting profile and the upper and / or lower support carriage is progressively adjustable, allowing for preset positioning. Any remaining deviation of the raised door element relative to the desired height is then corrected by actuating the support device.

[0035] Preferably, each of the upper and lower support carriages is guided by a constraint track extending into the door cavity of the functional entity.

[0036] In a preferred embodiment, a connecting slide is provided, the connecting slide having a slide body including a slide anchor portion, the slide anchor portion being held in a manner that allows it to move within the anchoring channel. The cross-section of the slide anchor portion preferably corresponds to the cross-section of the supporting anchor portion, such that the connecting slide can also move within the anchoring channel with virtually no play.

[0037] The connecting slide, located between the slider and the stop body of the mounting hinge, is supported by the slider on its lower side and is equipped with at least one connecting element on its top, which can be engaged in a form-fitting manner into the stop body of the mounting hinge. This has the advantage that the slider of the support device is held by the connecting slide, thereby ensuring that force is transmitted to the slider only axially.

[0038] In a preferred embodiment, a support channel is provided in the slide body, along which the connecting element, supported by a support spring, is displaceable and can be fully or partially retracted into the slide body. This has the advantage that during installation, it is not necessary to lift the stop body of the mounting hinge over the connecting element; instead, the connecting element can be pressed downwards.

[0039] The support body preferably includes a slider channel and an adjustment cavity. The slider is mounted in the slider channel, allowing it to be axially displaceable. In the setting cavity, the setting element is rotatably held and is force-fitted or integrally connected to an eccentrically arranged or eccentrically extended portion. The eccentric portion contacts the slider or a portion thereof and, when the setting element is actuated, allows the slider to be axially displaced outward. When the setting element is rotated in the opposite direction, the slider is moved back into the slider channel.

[0040] In a preferred embodiment, the slider includes a track section defining at least one guide groove, and the eccentric portion of the spiral portion, preferably configured to extend outwards eccentrically, is capable of engaging the guide groove.

[0041] The stop body of the mounting hinge is connected to a mounting component, such as a hinge cup, via a lever mechanism including a drive lever, a setting lever, and a mounting lever, which can be connected to an associated door element.

[0042] The mounting component is displaceable and lockable along a displacement axis, and for this purpose has a mounting plate with a longitudinal opening extending parallel to the displacement axis and a guide channel extending perpendicularly or obliquely to the displacement axis. The displacement axis is aligned perpendicularly to the mounting profile, thus enabling the raised door element to be moved laterally and also vertically aligned.

[0043] The drive lever, which is force-operated with the drive spring, is connected at one end to the stop body via a first lever shaft, and at the other end to the first end of the mounting lever via a fourth lever shaft. The setting lever is connected at one end to the stop body via a second lever shaft, and at the other end to the second end of the mounting lever via a third lever shaft.

[0044] The mounting lever is connected to the mounting body in an integral, force-fitting, and / or form-fitting manner, the mounting body including an eccentric cavity and a screw cavity.

[0045] In the eccentric cavity, a cylindrical eccentric body is mounted in a manner rotatable about a rotation axis; the eccentric body maintains an eccentric portion spaced apart from the rotation axis, the eccentric portion engaging with the guide channel. The eccentric portion is, for example, a pin or rod, a rotatably mounted sleeve, or a roller.

[0046] A fastening screw is held in the screw cavity, the fastening screw passing through a longitudinal opening in the mounting plate and connected to a mating nut.

[0047] Therefore, the mounting component or hinge cup can be moved by rotating the eccentric body. During this movement, the position of the fastening screw changes within the longitudinal opening of the mounting plate. Thus, the movement of the mounting component is not hindered by the fastening screw. The fastening screw connected to the mating nut is tightened only after the mounting component has moved to the desired position.

[0048] If two adjustable mounting hinges are arranged side-by-side or vertically, the fastening screws should not be tightened until both hinges have been adjusted. This prevents the mounting hinges from interfering with each other during adjustment. Therefore, the mounting hinges are not self-locking.

[0049] Preferably, the longitudinal opening of the mounting plate abuts the guide rail, and the mating nut is held in the guide rail in a non-rotatable manner. The mating nut may be polygonal in shape, or may be square in shape, and is embedded in the guide rail, allowing the mating nut to slide but not rotate.

[0050] To ensure that the mounting components and the mounting body can move precisely and without rotation relative to each other, they preferably have guide elements that abut against each other and extend parallel to the displacement axis. For example, the mounting plate is equipped with guide ribs that can engage with guide grooves in the mounting body.

[0051] The guide channel into which the eccentric portion engages is preferably part of an access opening, the access opening including an opening adjacent to the guide channel, the size of the opening corresponding to the size of the eccentric body. Therefore, regardless of the position of the eccentric body, the mounting component can be placed on the mounting body. Thus, the eccentric portion can engage seamlessly with the opening.

[0052] The opening has at least one guide edge extending toward the guide channel; when the mounting component moves relative to the mounting body, the eccentric portion inserted into the opening is almost automatically guided into the guide channel along the guide edge.

[0053] Preferably, a locking member is provided, which can be inserted into the entry opening after the mounting component is connected to the mounting body to surround the eccentric portion within the guide channel.

[0054] In another preferred embodiment, the stop body includes a damping cavity in which a damping element is disposed, the damping element including a damping cylinder and a damping piston with a piston rod guided therein. For example, the damping element is an oil damper or a pneumatic damper, which prevents the mounting hinge from jumping.

[0055] To actuate the damping element, the damping element is equipped with a transmission element that interacts with an actuating arm, which is preferably mounted on a drive lever driven by a drive spring. The drive spring, for example, comprises two spring groups connected to each other by a spring intermediate member, through which the first lever shaft passes. The ends of the spring groups are preferably anchored to a stop body of the mounting hinge, while the spring intermediate member acts on the drive lever.

[0056] The functional entity includes at least one single-piece or multi-piece door, such as a folding door, which is held by a hinge device according to the invention and is preferably retractable into a door storage cavity. Attached Figure Description

[0057] The invention will now be described in more detail with reference to the accompanying drawings. The drawings show:

[0058] Figure 1 The functional entity 1 of the present invention is shown, which is implemented as a furniture component, having a first hinge device 2 and a second hinge device 2'. The first hinge device 2 includes a mounting profile 21, a mounting hinge 3 mounted thereon, and an auxiliary hinge 3'. The second hinge device 2' includes a mounting profile 21, a mounting hinge 3 mounted thereon, and an auxiliary hinge 3'. It also has a foldable sliding door 11 and a single door 11'. The foldable sliding door 11 is held by the first hinge device 2 in a rotatable and displaceable manner into an associated door storage cavity 10. The single door 11' is held by the second hinge device 2 in a rotatable and displaceable manner into an associated door storage cavity 10.

[0059] Figure 2 Show Figure 1 A preferred embodiment of the first hinge device 2 includes a mounting hinge 3 and an auxiliary hinge 3'. The mounting hinge 3 includes a stop body 30, which is held in a form-fitting manner by an adjustable support device 22 on the lower side and by a retaining device 24 on the upper side, and is connected to the mounting profile 21. The auxiliary hinge 3' is preferably the same as the mounting hinge 3.

[0060] Figure 3a Show Figure 2 A preferred embodiment of the hinge device 2 is shown, wherein the mounting hinge 3 is separate from the mounting profile 21, and an adjustable support device 22, a retaining device 24 and a connecting slide 23 are shown, the connecting slide 23 resting on a slider 221 that can be removed from the support device 22.

[0061] Figure 3b Show Figure 3a The hinge device 2, wherein the mounting hinge 3 and the auxiliary hinge 3' are connected to the mounting profile 21;

[0062] Figure 4a Show Figure 3a The hinge device 2 is not equipped with profile 21;

[0063] Figure 4b Show Figure 4a The shown mounting hinge 3 has a portion of a stop body 30 having a recess 300 at its lower end, a connecting slide 23 being able to engage with the recess 300 in a form-fit manner via a connecting element 231, and the stop body 30 having a recess 300 at its upper end, a retaining device 24 being able to engage with the recess 300 in a form-fit manner via a restraining element 241.

[0064] Figure 5a Show Figure 4a On the left side of the hinge device 2 shown, the profile 21 is not installed;

[0065] Figure 5b Showing through Figure 5a A longitudinal sectional view of the hinge device 2 shown;

[0066] Figure 6a Show Figure 4a An exploded view of the hinge device 2, showing a portion of the mounting profile 21;

[0067] Figure 6b Showing the view from the other side Figure 6a The hinge device 2, wherein the portion of the mounting profile 21 is not shown;

[0068] Figure 7a Show Figure 3a The adjustable support device 22 includes a support body 220 having a support anchor 2201 and a slider 221 held within the support body 220 in a manner capable of axial displacement, the slider being displaceable by means of an actuator 225.

[0069] Figure 7b Show Figure 7a The slider 221 includes a track section 2211; and a setting element 225 having a helical portion 2251 capable of engaging with a guide groove 2210 defined by the track section 2211.

[0070] Figure 7c Setting element 225 and Figure 7a slider 221, wherein the slider is almost fully extended;

[0071] Figure 7d Show Figure 7c The slider 221, wherein the actuator 225 has rotated counterclockwise;

[0072] Figure 8 Show Figure 3a The connecting slide 23 has a cover 236 and is shown in cross-section, with the viewing direction facing the connecting element 231, which in this preferred embodiment is mounted in a displaceable manner and supported by a spring 232.

[0073] Figure 9a Show Figure 3aThe mounting hinge 3, wherein the stop body 30 is not shown, and the mounting member 38 is in a released state, the mounting member 38 being displaceable along the lever body 338 by means of an eccentric element 385, and being fixed in a selected position by means of a fastening screw 381; in order to engage the eccentric element 385, the mounting member 38 has an access opening 380, as shown in FIG11, the access opening 380 being preferably closed by means of a locking member 39;

[0074] Figure 9b Show Figure 9a The mounting hinge, wherein the stop body 30 is not shown and the mounting component 38 is installed;

[0075] Figure 9c Show Figure 9a The mounting hinge 3, wherein the stop body 30 is not shown and the mounting component 38 has been removed;

[0076] Figure 9d Show Figure 9a Exploded view of the mounting hinge 3;

[0077] Figure 10 Show Figure 9a Exploded view of the mounting hinge 3;

[0078] Figure 11a Show Figure 3a A preferred embodiment of the mounting hinge 3 has a stop body 30' designed to engage with the shape of the mounting profile 21;

[0079] Figure 11b Show Figure 11a The mounting hinge 3, wherein the mounting component 38 has been removed and has a locking element 39 by means of which can close the access opening 380; and

[0080] Figure 11c Showing the view from the other side Figure 11b Mounting components 38 and locking components 39. Detailed Implementation

[0081] Figure 1The invention illustrates a functional entity 1 in the form of a furniture component, the functional entity 1 having a first hinge device 2 and a second hinge device 2', the first hinge device 2 including a mounting profile 21, a mounting hinge 3 mounted on the mounting profile, and an auxiliary hinge 3', the second hinge device 2' including a mounting profile 21, a mounting hinge 3 mounted on the mounting profile, and an auxiliary hinge 3'; and having a foldable sliding door 11 and a single door 11', the foldable sliding door 11 being held by the first hinge device 2 in a rotatable and displaceable manner into an associated door storage cavity 10, and the single door 11' being held by the second hinge device 2' in a rotatable and displaceable manner into an associated door storage cavity 10.

[0082] In this preferred embodiment, the furniture component 1 includes a side wall 1A, an upper panel 1B, a lower panel 1C, a middle shelf 1E, and a partition wall 1D, wherein each partition wall 1D, together with one of the side walls 1A, defines a door storage cavity 10.

[0083] The foldable door 11 includes a first door element 111, which is connected to a mounting profile 21 on one side via a mounting hinge 3 and to a second door element 112 on the other side via a door hinge 14. The size of the second door element 112 preferably corresponds to the size of the first door element 111. The foldable door 11 can be easily unfolded and can be fully folded and retracted into the door storage cavity 10, wherein the door elements 111 and 112 are aligned parallel to each other, or it can be fully unfolded and moved to a closed position, in which the two door elements 111 and 112 are aligned at least approximately in the same plane.

[0084] exist Figure 1 In the illustrated embodiment, the mounting profile 21 is held vertically by a schematically shown displacement device 19 and is displaceable within the associated door receiving cavity 10. The door 11 is aligned parallel to the side wall 1A in front of the associated door receiving cavity 10 and can then be slid into the door receiving cavity 10. To facilitate movement within the door receiving cavity 10, each mounting profile 21 may also be equipped with a drive mechanism. Preferably, the mounting profile 21 is connected at the top to an upper support slide 5, which is displaceable along a corresponding support rail 12 into the door receiving cavity 10. On the lower side, the mounting profile 21 is preferably connected to a lower support slide 5', which is guided in a lower support rail 12'. Thus, the load of the foldable door 11 is transferred from the mounting profile 21 to the support rails 12, 12', so that the displacement device 19 only needs to withstand the overturning moment.

[0085] The second door element 112 of the foldable door 11 is connected at its leading edge to a guide carriage 15, which is guided in a guide rail 13, the guide rail 13 including a first track section 131 extending into the door storage cavity 10 and a second track section 132 extending along the front side of the furniture piece 1.

[0086] Therefore, the foldable door 11 is held at the front by the guide slide 15. When the foldable door 11 is unfolded, the guide slide 15 can move along the front of the furniture component 1, and when the foldable door 11 is folded, the guide slide 15 can move into the door storage cavity 10. Along the direction of movement, the guide slide 15 always runs in front of the second door element 112.

[0087] The hinge device 2 of the present invention is illustrated schematically. The hinge device 2 includes a mounting profile 21 and a mounting hinge 3, and further includes an auxiliary hinge 3' in this configuration. The mounting hinge 3 and the auxiliary hinge 3' preferably have the same design, and each includes a stop body 30 provided for connection with the mounting profile 21.

[0088] To connect the mounting hinge 3 to the mounting profile 21, an adjustable support device 22 is provided. This adjustable support device 22 is held in a form-fitting manner by a first profile element of the mounting profile 21, is movable along the mounting profile 21, and can be fixed in a designated position. Furthermore, retaining devices 24 are provided for the mounting hinge 3 and the auxiliary hinge 3', respectively. These retaining devices are also held in a form-fitting manner by the first profile element of the mounting profile 21 and are movable along the mounting profile 21, so as to retain the mounting hinge 3 and the auxiliary hinge 3' mounted on the support device 22 in a form-fitting manner.

[0089] Since the folding door 11 and the single door 11' are each held by their respective support devices 22, and the mounting hinge 3 is supported on these support devices 22, it is also preferable to avoid configuring support devices 22 for the auxiliary hinge 3'. Therefore, a single adjustable support device 22 is sufficient to adjust the height of the folding door 11 and the single door 11', and thus only this device needs to be adjusted.

[0090] Figure 2 It shows Figure 1 The first hinge device 2 and a portion of the first door element 111 of the foldable door 11 in the preferred embodiment. The door element 111 is held in place by a mounting member 38 of the mounting hinge 3 and the auxiliary hinge 3'. The mounting member 38 is preferably designed as a hinge cup, but may also have other shapes.

[0091] The mounting profile 21 is connected at its top to the upper support carriage 5, which is guided in the upper support track 12 by means of support rollers 51 and guide rollers 52. Preferably, as Figure 1 As shown, the mounting profile 21 is also connected to a lower support carriage 5' at its bottom, and the lower support carriage 5' is guided in a lower support rail 12'. The upper support carriage 5 includes a carriage body 50, and the carriage body 50 has a connecting member 53 on its lower side. In this configuration, the connecting member 53 is inserted into the mounting channel 211 of the mounting profile 21 (see [reference]). Figure 6a The displacement device 19, which can be of any construction, is not included in the above. Figure 2 As shown in the image.

[0092] The mounting hinge 3, having a stop body 30, is mounted on the support device 22, and the restraint device 24 moves against the stop body 30 of the mounting hinge 3 and the auxiliary hinge 3' to hold them in a form-fitting manner.

[0093] The mounting profile 21 has an outwardly open anchoring channel 210 and a profile element that defines a relatively narrow slot and allows the anchoring element to be held in place.

[0094] Figure 6a and Figure 6b As shown, the support device 22 includes a support body 220, which includes a support anchor 2201 that is held in a displaceable manner within the anchoring channel 210 and can be locked in place by at least one locking screw 2208.

[0095] The support device 22 also includes a slider 221 housed in the support body 220 in a displaceable manner, and a setting element 225 designed to move and hold the slider 221.

[0096] The retaining device 24 includes a retaining body 240, which includes a restraining anchor portion 2401 held displaceably within the anchoring channel 210 and a restraining element 241. The restraining element 241 is capable of engaging with or partially surrounding the stop body 30 of the mounting hinge 3 or the auxiliary hinge 3' in a form-fit manner. The retaining body 240 is made of metal, or preferably of plastic, such as polyoxymethylene (POM).

[0097] The restraint anchor portion 2401 is formed from a side section of the retaining body 240. The restraint anchor portion 2401, made of plastic, is also equipped with a lateral extension 24011 serving as a braking element to prevent the retaining device 24 from shifting on its own. To allow the braking element 24011 to displace and act in a spring-like manner, a recess 24000 is provided in the retaining body 240. Therefore, in this configuration, the restraint anchor portion 2401 has four spring-loaded braking elements 24011 capable of applying force laterally outward.

[0098] In this preferred embodiment, the constraint element 241 is fork-shaped and located at the upper end of the retaining device 24.

[0099] The retaining body 240 is an elongated plate with threaded portions 2408 on its top and bottom surfaces. The distance between the threaded portions 2408 corresponds to the distance between two set screws 308 inserted into the stop body 30 of the mounting hinge 3 or the auxiliary hinge 3'. The threaded sections 2408 can be machined into the retaining body 240 using a threading tool, or they can be inserted into the cavity 2400 as metal parts and cast in situ, such as... Figure 4a As shown.

[0100] exist Figure 2 In the first installation step, the mounting hinge 3 has already been installed on the support device 22. In the second installation step, the restraint device 24 is moved against the stop body 30 of the mounting hinge 3 and the auxiliary hinge 3' to hold and fix them in a form-fit manner. The hinge device 2 can now be easily adjusted.

[0101] In the first step A, a tool is used to actuate the setting element 225 of the support device 22 so that the mounting hinge 3 and thereby the door element 111 are moved vertically to the desired height.

[0102] After the height adjustment is completed, tighten the setting screw 308 in step B; the setting screw 308 is screwed into the threaded portion 2408 of the retaining device 24 to securely connect the mounting hinge 3 and the auxiliary hinge 3' to their respective retaining devices 24. After this process, the mounting hinge 3 and the auxiliary hinge 3' are securely connected to the mounting profile 21.

[0103] In the third step C, the eccentric body 385 disposed in the mounting hinge 3 and the auxiliary hinge 3' is actuated to move the mounting member 38 perpendicular to the mounting profile 21. This allows adjustment of the distance between the door element 111 and the mounting profile 21. Furthermore, it enables precise vertical alignment of the door element 111.

[0104] After the adjustment is completed, the mounting component 38 is secured in step D by tightening the fastening screw 381.

[0105] Preferably, the mounting hinge 3 and the auxiliary hinge 3', preferably of the same design, are adjusted before tightening the fastening screw 381.

[0106] In the fifth step E, the setting screws 315, preferably located on the mounting hinge 3 and the auxiliary hinge 3', can also be tightened to limit the maximum deflection of the door element 111.

[0107] Figure 3a It shows Figure 2 In a preferred embodiment of the hinge device 2, the mounting hinge 3 is separated from the mounting profile 21, and the auxiliary hinge 3' is separated from the mounting profile 21. The set screw 308 has been loosened, and the restraint device 24 has been moved upward to its held position. Therefore, the hinges 3, 3' and the associated door element 111 can be removed.

[0108] In this preferred embodiment, a connecting slide 23 is provided, the connecting slide 23 having a slide body 230, and the slide body 230 having a slide anchoring portion 2301 (see...). Figure 6a and Figure 6b The slide anchor 2301 is held in a displaceable manner within the anchoring channel 210 of the mounting profile 21 and abuts against the top surface of the slider 221. When the support device 22 is actuated, the connecting slide 23 moves vertically together with the slider 221. Therefore, in this embodiment, the stop body 30 of the mounting hinge 3 is not directly mounted on the slider 221, but rather on the connecting slide 23. Thus, the slider 221 only needs to withstand forces acting in the vertical direction, thereby being protected from disturbing forces.

[0109] In order to secure the stop body 30, the connecting device 23 is equipped with a connecting element 231, which can engage with the connecting body 30 on which the hinge 3 is mounted, and hold it in place in a form-fit manner.

[0110] Before installing the hinges 3, 3', adjust the support device 22 to the specified height and secure it by tightening the locking screws 2208 of the support body 220, which clamp to the mounting profile 21. After installing the door element 111, any remaining height deviation can now be corrected by adjusting the support device 22.

[0111] Figure 3b It shows Figure 3a The hinge device 2, wherein the mounting hinge 3 and the auxiliary hinge 3' are connected to the mounting profile 21. The restraint device 24 has been lowered. Once the height adjustment is complete, the setting screw 308 is tightened.

[0112] Figure 4a It shows Figure 3a The hinge device 2, wherein only the mounting hinge 3 is shown, while the mounting profile 21 and the auxiliary hinge 3' are not shown.

[0113] As shown in the figure, the constraint element 241 of the retaining device 24 and the connecting element 231 of the connecting device 23 are fork-shaped and can engage with the recesses 300 provided on both sides of the end of the stop body 30 in a form-fit manner.

[0114] The stop body 30 is connected to the first end of the drive lever 31 and the first end of the setting lever 32 via a lever shaft. The second ends of the drive lever 31 and the setting lever 32 are connected to the mounting lever 33 via another lever shaft. The mounting lever 33 is connected to the mounting body 338, and the mounting component 38 is mounted on the mounting body 338, enabling it to move and lock into place.

[0115] Figure 4b It shows Figure 4a A portion of the mounting hinge 3 is included, wherein the stop body 30 has a recess 300 at its lower end, into which the connecting slide 23 can be form-fitted via a connecting element 231, and the stop body 30 has a recess 300 at its upper end, into which the retaining device 24 can be form-fitted via a restraining element 241. A first lever shaft 361 for retaining the drive lever 31 and a second lever shaft 362 for retaining the set lever 32 are also shown. The drive lever 31 and the set lever 32 are shown in cross-section. A drive spring 35 is also shown, surrounding the first lever shaft 361 and comprising two spring assemblies 353 (only one shown), the two spring assemblies 353 being connected to each other on one side via a spring intermediate member 352, and each having a spring end member 351 at the other end. The spring end member 351 is anchored to the stop body 30, while the spring intermediate member 352 is connected to the drive lever 31.

[0116] Figure 5a It shows Figure 4a The hinge device 2 is located on the left side, where the mounting profile 21 is not shown. As shown in the figure, the connecting element 231 of the connecting slide 23 and the restraining element 241 of the retaining device 24 engage in the corresponding recess 300 of the stop body 30.

[0117] Figure 5b It shows crossing Figure 5a A longitudinal sectional view of the hinge device 2. A set screw 308 is screwed into the threaded portion 2408 of the retaining body 240, thereby securely connecting the mounting hinge 3 to the retaining device 24. A cross-section through the stop body 30 reveals a damping element 37, which is located in the damping cavity 3000 of the stop body 30 and is held axially displaceable by a support plate 3001.

[0118] The damping element 37 includes a damping cylinder 371 and a damping piston 374 guided therein, the damping piston 374 being connected to a piston rod 372; the damping element 37 also includes a transmission member 373 connected to the damping cylinder 371 and having a guide edge 3730 facing away from the damping cylinder 371. Figure 10 As shown, the drive lever 31 has an actuating arm 317. When the drive lever 31 rotates, the actuating arm 317 acts on the transmission member 373 and causes the damping cylinder 371 to move axially, while the piston rod 372 abuts against the stop portion 3002 in the damping cavity 3000.

[0119] Therefore, the drive lever 31 is actuated in a damped manner. When the damping piston 374 is actuated, the return spring 375 is also activated, and once the drive lever 31 rotates back, the return spring 375 causes the damping piston 374 to return to its initial position.

[0120] The slide body 230 includes a support channel 2300, in which the connecting element abutting against the support spring 232 is installed, allowing it to be displaced and retracted completely or partially into the slide body 230. When the stop body 30 of the mounting hinge 3 is guided against the connecting element 231, the connecting element 231 is displaced into the slide body 230 until it can be pushed back into the recess 300 in the stop body 30 by the support spring 232.

[0121] The connecting device 23 further includes a cover 236 connected to the connecting body 230 by at least one locking screw 2361. The cover 236 may also form the wall of the support channel 2300.

[0122] The support body 220 of the support device 22 includes a slider channel 2200 and a setting cavity 2250. The slider 221 is held in the slider channel 2200 in a manner that allows axial displacement, and the setting element 225 is rotatably mounted in the setting cavity 2250. The setting element 225 has an eccentrically arranged or eccentrically extended eccentric portion in a force-fit manner, or is integrally formed with the eccentric portion, and the eccentric portion contacts the slider 221 or a portion thereof.

[0123] Figure 5b It is also shown that, in this preferred embodiment, the support body 220 and the slide body 230 are optionally connected to each other by connecting bolts 239. The bolt head 2391 of the connecting bolt 239 is held in a displaceable manner within a bolt cavity 2390 in the slide body 230, such that the connecting device 23 can be displaced relative to the support device 22 by the required amount.

[0124] Figure 6a Shown in exploded view Figure 4a The hinge device 2 includes a portion of the mounting profile 21, but the mounting hinge 3 is not shown. As shown in the figure, the support anchor 2201, the slide anchor 2301, and the constraint anchor 2401 are held in the anchoring channel 210 of the mounting profile 21 in a form-fit manner.

[0125] Figure 6b Shown from the other side Figure 6a The hinge device 2, wherein the portion of the mounting profile 21 is not shown.

[0126] Figure 7a It shows Figure 3a An adjustable support device 22 has a support body 220, which includes a support anchor 2201 and a slider 221 mounted within the support body 220 in a manner capable of axial displacement; the slider 221 is displaceable by means of an actuator 225. A cover 226 and connecting screws 2261 have been removed from the support body 220, thereby exposing the slider channel 2200. Therefore, the cover 226 forms a sidewall of the slider channel 2200.

[0127] Figure 7b It shows Figure 7a The slider 221 has a track section 2211, and the setting element 225 is equipped with a helical portion 2251. A guide groove 2210 is formed between the track sections 2211, and the helical portion 2251 can engage with the guide groove 2210.

[0128] Figure 7cSetting element 225 and Figure 7a The slider 221, wherein the slider 221 is almost fully extended.

[0129] Figure 7d It shows Figure 7c The slider 221, wherein the actuator 225 has been rotated counterclockwise.

[0130] Figure 8 It shows Figure 3a The connecting slide 23 has a cover 236 held in place by a locking screw 2361, and the cover is shown in cross-section with the viewing direction toward the fork-shaped connecting element 231, which, in this preferred embodiment, is mounted in a displaceable manner and supported by a spring 232. The connecting element 231 extends partially from the support channel 2300. The exposed space in the support channel 2300 indicates that the connecting element 231 can be fully retracted into the slide body 230.

[0131] Alternatively, the connecting element 231 can also be integrally connected to the slide body 230, connected in a form-fit manner, or connected in a force-fit manner. Preferably, the connecting slide 23 is manufactured as a single piece, for example, as a casting.

[0132] Figure 9a It shows Figure 3a The mounting hinge 3, wherein the stop body 30 is not shown. Figure 10 The mounting hinge 3 is shown in an exploded view. Figure 9a and Figure 10 As shown, the mounting hinge 3 has four lever shafts 361, 362, 363, and 364, by means of which the stop body 30, the first drive lever 31, the setting lever 32, and the mounting lever 33 are connected to each other.

[0133] The mounting lever 33 is connected to the mounting body 338, the mounting component 38 has been removed from the mounting body 338, and the mounting body 338 has an eccentric cavity 3385 and a screw cavity 3381.

[0134] The mounting component 38 and the mounting body 338 can be connected to each other in a form-fitting manner and can be displaced relative to each other, and for this purpose have corresponding guide elements 386, 3386 and mating running surfaces. The mounting body 338 has a guide groove 3386, and the guide rib 386 connected to the mounting component 38 can engage in the guide groove 3386. The guide elements can be designed as desired and set as needed.

[0135] Mounting component 38 includes mounting plate 388, in which a longitudinal opening 3810 extending parallel to the displacement axis y and a guide channel 3801 extending perpendicularly to or inclined to the displacement axis y are provided.

[0136] A cylindrical eccentric body 385 is mounted in the eccentric cavity 3385, allowing it to rotate about the rotation axis x. The eccentric body 385 has an eccentric portion 3851 at a certain distance from the rotation axis x. The eccentric portion 3851 is rod-shaped or cylindrical and engages in the guide channel 3801. The screw cavity 3381 holds a fastening screw 381, which passes through the longitudinal opening 3810 and can be connected to a mating nut on the other side to securely fasten the mounting component 38 to the mounting body 338.

[0137] The longitudinal opening 3810 is surrounded by a guide rail 38100 recessed in the mounting plate 388. The guide rail 38100 is rectangular and designed to hold the mating nut 3811 in a position where it can slide but cannot rotate. Therefore, the fastening screw 381 can be tightened without causing the mating nut 3811 to rotate.

[0138] The guide channel 3801 is part of the access opening 380, which includes an opening 3800 adjacent to the guide channel 3801. The size of the opening 3800 preferably corresponds to the size of the eccentric body 385. Furthermore, the opening 3800 preferably has at least one guide edge 3802, allowing the eccentric portion 3851 inserted into the opening 3800 to be guided along the guide edge 3802 into the guide channel 3801 when the mounting member 38 is displaced. Therefore, the mounting member 38 can be placed on the mounting body 338 and displaced along the displacement axis y, thereby automatically guiding the eccentric portion 3851 into the guide channel 3801.

[0139] After the mounting component 38 is installed, the entry opening 380 can be covered by a locking member 39, which includes a cover 390 and a locking body 391, by means of which the guide channel 3801 can be locked. After the locking member 39 is installed, the eccentric portion 3851 is held within the guide channel 3801. The locking member 39 is also equipped with a clamping element that engages the edge of the entry opening 380 and can hold the locking member 39 in place. It is also shown that the cover 390 can be recessed into a recess in the mounting plate 388.

[0140] Figure 9b It shows Figure 9aThe mounting hinge 3 is shown, with the stop body 30 not shown and the mounting component 38 already installed. The eccentric portion 3851 is held in the guide channel 3801. The fastening screw 381 passes through the longitudinal opening 3810 and is connected to the mating nut 3811.

[0141] Figure 9c It shows Figure 9a The mounting hinge 3 is shown, with the stop body 30 not shown and the mounting component 38 removed. The eccentric body 385 and the fastening screw 381 have been removed from the mounting body 338 and are shown separately.

[0142] Figure 9d It shows Figure 9c The mounting hinge 3 is shown, wherein the stop body 30 is not shown and the mounting component 38 is installed.

[0143] Figure 10 It shows Figure 9a An exploded view of the mounting hinge 3. Dashed lines indicate how the stop body 30, the drive lever 31, the set lever 32, and the mounting lever 33 are connected to each other via four lever axes 361, 362, 363, and 364. As shown, the fastening screw 381 is inserted into the mounting body 338 from the rear. As shown, the eccentric body 385 is inserted into the mounting body 338 from the front.

[0144] Figure 11a It shows Figure 3a A preferred embodiment of the mounting hinge 3 has a stop body 30' designed to engage with the shape of the mounting profile 21. The stop body 30' is equipped with a claw-shaped end capable of engaging with the mounting profile 21, which is provided with a corresponding profile section. A threaded bolt can be inserted into the opening and tightened against the mounting profile 21 to secure the mounting hinge 3.

[0145] Furthermore, it is shown that the stop body 30' also preferably includes a damping cavity 3000 into which the damping element 37 can be inserted. Thus, for example... Figure 4b The stop body 30 shown can be made of Figure 11a Replace the 30' stop body, and vice versa.

[0146] Figure 11b It shows Figure 11a The mounting hinge 3, wherein the mounting component 38 has been removed and has a locking element 39 capable of locking the access opening 380.

[0147] Figure 11c Shown from the other side Figure 11b Mounting components 38 and locking components 39.

[0148] List of reference numerals in the attached diagram:

[0149] 1. Functional entities, furniture components, such as cabinets.

[0150] 1A Sidewall

[0151] 1B board

[0152] 1C Lower Plate

[0153] 1D partition wall

[0154] 10 First or second storage compartment or parking space

[0155] 100 Door opening of functional entity 1

[0156] 11. A folding door with at least two door elements.

[0157] 111 First Component

[0158] 112 Second Gate Component

[0159] 11' A gate with only one gate element

[0160] 12 Upper support rails

[0161] 12' Lower support rail

[0162] 13 Guide rails

[0163] 131 The first section of guide track 13

[0164] 132 The second section of guide track 13

[0165] 14 Door Hinges

[0166] 15 Guide carriage

[0167] 19. Displacement devices, such as scissor mechanisms / parallelogram mechanisms.

[0168] 2. Hinge mechanism

[0169] 21 Installation Profiles

[0170] 210 Anchorage Channel

[0171] 211 Installation Channel

[0172] 22. Support device, adjustable support device

[0173] 220 Support body

[0174] 2200 Slider Channel

[0175] 2201 Support Anchorage

[0176] 2208 Locking screw in support body 220

[0177] 221 Movable slider

[0178] 2210 guide groove

[0179] 2211 Track Section

[0180] 225 Setting element

[0181] 2250 Setting Cavity

[0182] 2251 Eccentric part, spiral part

[0183] 226 Cover

[0184] 2261 Locking screw

[0185] 23 Connecting slide

[0186] 230 Slide body

[0187] 2300 Support Channel

[0188] 2301 Slide Anchorage

[0189] 231 Connecting elements

[0190] 232 Support Spring

[0191] 236 Cover

[0192] 2361 Locking screw

[0193] 239 Connecting elements, connecting bolts

[0194] 2390 Bolt cavity

[0195] 2391 Bolt head

[0196] 24 Holding device

[0197] 240 Maintain the original body

[0198] 2400 Maintain the cavity in body 240

[0199] 24000 concavity

[0200] 2401 Constrained Anchorage

[0201] 24011 Braking Components

[0202] 2408 Retain the threaded portion in body 240

[0203] 241 Constraint Element

[0204] 3. Install hinges

[0205] 3' Auxiliary hinge

[0206] 30 stop body

[0207] 300 recess

[0208] 3000 damping cavity

[0209] 3001 Support Plate

[0210] 308 Set screw

[0211] 31. Drive lever

[0212] 315 Setting screw for adjusting lever spacing

[0213] 317 Actuating Boom

[0214] 3170 Actuated Edge

[0215] 32. Setting the lever

[0216] 33 Install lever

[0217] 338 Installation Body

[0218] 3381 Screw cavity

[0219] 3385 Eccentric cavity

[0220] 3386 Guide Groove

[0221] 35. Drive spring, preferably a double-coil spring.

[0222] 351 Spring end piece

[0223] 352 Spring Intermediate Component

[0224] 353 Spring Assembly

[0225] 361 First lever axis

[0226] 362 Second lever axis

[0227] 363 Third lever axis

[0228] 364 Fourth lever axis

[0229] 37 Damping elements

[0230] 371 Damping Cylinder

[0231] 372 Piston Rod

[0232] 373 Transmission components

[0233] 3730 Guide Edge

[0234] 374 Piston

[0235] 38. Mounting components, such as hinge cups

[0236] 380 Entering the opening

[0237] 3800 opening

[0238] 3801 Guideway

[0239] 3802 Guide Edge

[0240] 381 Fastening Screw

[0241] 3810 Longitudinal opening

[0242] 38100 Guide Rail

[0243] 3811 Matching nut

[0244] 385 Cylindrical Eccentric Body

[0245] 3851 Eccentric part

[0246] 386 Guide Rib

[0247] 388 mounting plate

[0248] 39 Locking components

[0249] 391 Lock the main body

[0250] 5. Upper support carriage

[0251] 5' Lower support carriage

[0252] 50 carriage body

[0253] 51 Support rollers

[0254] 52 guide rollers

[0255] 53 Connecting components

[0256] x Rotation axis

[0257] y-displacement axis

Claims

1. A hinge device (2) for a functional entity (1), the functional entity (1) having a door receiving cavity (10) and a door (11, 11') including at least one door element, wherein a door opening (100) can be completely or partially closed by means of the door (11, 11'), and the door can be moved into the door receiving cavity (10) after the door opening (100) is opened; the hinge device (2) having a mounting profile (21), a mounting hinge (3) and at least one auxiliary hinge (3'), wherein, The mounting hinge (3) and the at least one auxiliary hinge (3') are detachably connected to the mounting profile (21) and are connectable to the door (11, 11'), characterized in that, The mounting profile (21) has an anchoring channel (210); A support device (22) is provided, the support device (22) having a support body (220) including a support anchor (2201), the support anchor (2201) being slidably held in the anchoring channel (210) and being lockably held by at least one locking screw (2208); The support device (22) includes a slider (221) slidably held in the support body (220) and a setting element (225) for moving and holding the slider (221). A retaining device (24) is provided with a retaining body (240), the retaining body (240) including a restraining anchoring portion (2401) slidably retained in the anchoring channel (210) and a restraining element (241); and The mounting hinge (3) includes a stop body (30) which is directly or indirectly supported on the slider (221) and held by the constraint element (241) of the holding device (24).

2. The hinge device (2) according to claim 1, characterized in that, The stop body (30) of the mounting hinge (3) holds at least one set screw (308), which is screwed into or can be screwed into the threaded portion (2408) provided in the retaining body (240) of the retaining device (24).

3. The hinge device (2) according to claim 1 or 2, characterized in that, A connecting slide (23) is provided with a slide body (230), the slide body (230) including a slide anchor portion (2301) slidably held in the anchoring channel (210); and the connecting slide (23) is arranged between the slider (221) and the stop body (30) of the mounting hinge (3), and has a connecting element (231) that engages in the stop body (30) in a form-fit manner.

4. The hinge device (2) according to claim 3, characterized in that, A support channel (2300) is provided in the slide body (230); and the connecting element (231) is slidably supported in the support channel (2300) and can be fully or partially retracted into the slide body (230) and is supported by a support spring (232).

5. The hinge device (2) according to any one of claims 1-4, characterized in that, The support body (220) includes a slider channel (2200), in which the slider (221) is supported in the slider channel (2200) in a manner that allows it to slide axially; and a setting cavity (2250) is provided in the support body (220), in which the setting element (225) is rotatably held; and the setting element (225) is connected or integrally connected to an eccentrically arranged or eccentrically extended eccentric portion (2251) in a force-fit manner, and the eccentric portion (2251) contacts the slider (221) or a portion thereof.

6. The hinge device (2) according to claim 5, characterized in that, The slider (221) includes a track section (2211) defining at least one guide groove (2210), and the eccentric portion is a helical portion engaged in the guide groove (2210).

7. The hinge device (2) according to any one of claims 1-6, characterized in that, The mounting profile (21) is connected at the top to an upper support carriage (5) guided in the upper support rail (12), or the mounting profile (21) is connected at the bottom to a lower support carriage (5') guided in the lower support rail (12'), or The mounting profile (21) is connected on its upper side to the upper support carriage (5) guided in the upper support rail (12), and the mounting profile (21) is connected on its lower side to the lower support carriage (5') guided in the lower support rail (12').

8. The hinge device (2) according to any one of claims 1-7, characterized in that, The stop body (30) of the mounting hinge (3) is connected to the mounting component (38) via a lever mechanism including a drive lever (31), a setting lever (32) and a mounting lever (33). The mounting component (38), which is movable and lockable along the displacement axis (y), includes a mounting plate (388) having a longitudinal opening (3810) extending parallel to the displacement axis (y) and a guide channel (3801) extending perpendicularly to or inclined to the displacement axis (y). The drive lever (31) connected to the drive spring (35) in a force-fit manner is connected to the stop body (30) on one side by means of a first lever shaft (361), and connected to the first end of the mounting lever (33) on the other side by means of a fourth lever shaft (364); The setting lever (32) is connected to the stop body (30) on one side via the second lever shaft (362), and to the second end of the mounting lever (33) on the other side via the third lever shaft (363); The mounting lever (33) is connected to the mounting body (338), which has an eccentric cavity (3385) and a screw cavity (3381). A cylindrical eccentric body (385) is mounted in the eccentric cavity (3385) in a manner that allows it to rotate about a rotation axis (x). The eccentric body (385) maintains an eccentric portion (3851) spaced apart from the rotation axis (x) and engaging with the guide channel (3801); and A fastening screw (381) is held in the screw cavity (3381), the fastening screw (381) passing through a longitudinal opening (3810) in the mounting plate (388) and connected to a mating nut (3811).

9. The hinge device (2) according to claim 8, characterized in that, The longitudinal opening (3810) of the mounting plate (388) is connected to a guide rail (38100), and the mating nut (3811) is slidably but non-rotatably held in the guide rail (38100); and / or, the mounting component (38) and the mounting body (338) have corresponding guide elements (386, 3386) extending parallel to the displacement axis (y).

10. The hinge device (2) according to claim 8, 9 or 10, characterized in that, The guide channel (3801) is part of the access opening (380), which includes an opening (3800) adjacent to the guide channel (3801); the size of the opening (3800) corresponds to the size of the eccentric body (385); and the opening (3800) has at least one guide edge (3802) so that when the mounting component (38) is displaced, the eccentric portion (3851) inserted into the opening (3800) can be guided along the guide edge (3802) into the guide channel (3801).

11. The hinge device (2) according to claim 10, characterized in that, A locking element (39) is provided, which can be inserted into the opening (3800) to restrict the eccentric portion (3851) within the guide channel (3801).

12. The hinge device (2) according to any one of claims 8-11, characterized in that, The drive lever (31) includes an actuating arm (317), and the stop body (30) includes a damping cavity (3000) in which a damping element (37) is arranged. The damping element (37) includes a damping cylinder (371), a damping piston (374) with a piston rod (372) guided in the damping cylinder (371), and a transmission element (373) that cooperates with the actuating arm (317) to actuate the damping element (37) when the drive lever (31) rotates.

13. A mounting hinge (3) for a hinge device (2) according to any one of claims 1-12, characterized in that, A stop body (30) is provided, which is connected to the mounting component (38) via a lever mechanism including a drive lever (31), a setting lever (32) and a mounting lever (33). The mounting component (38), which is capable of sliding along the displacement axis (y) and locking in place along the displacement axis (y), includes a mounting plate (388) having a longitudinal opening (3810) extending parallel to the displacement axis (y) and a guide channel (3801) extending perpendicularly to or inclined to the displacement axis (y). The drive lever (31), which is connected to the drive spring (35) in a force-fit manner, is connected to the stop body (30) on one side via a first lever shaft (361) and to the first end of the mounting lever (33) on the other side via a fourth lever shaft (364); The setting lever (32) is connected to the stop body (30) on one side via a second lever shaft (362), and to the second end of the mounting lever (33) on the other side via a third lever shaft (363); The mounting lever (33) is connected to the mounting body (338) having an eccentric cavity (3385) and a screw cavity (3381). A cylindrical eccentric body (385) is mounted in the eccentric cavity (3385) in a manner that allows it to rotate about a rotation axis (x). The eccentric body maintains an eccentric portion (3851) spaced apart from the rotation axis (x) and engaging with the guide channel (3801); and A fastening screw (381) is held in the screw cavity (3381), the fastening screw (381) passing through the longitudinal opening (3810) and connected to the mating nut (3811).

14. The mounting hinge (3) according to claim 13, characterized in that, The stop body (30) can be connected to the mounting profile (21) of the hinge device (2) according to any one of claims 1-12 in a form-fitting manner.

15. A functional entity (1) having at least one hinge device (2) according to any one of claims 1-12.

Images