JPH0445637B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The invention is adapted to be fixed to a door or flap. a box-shaped hinge member connected to the hinge bracket by two links and pivot pins forming a rectangular or trapezoidal arrangement and fixed to the support wall such that the support wall forms a gap with said door or flap; an intermediate plate attached to the base plate, the hinge bracket being adjustable at least in its length direction with respect to the base plate, and pivotally attaching the hinge bracket to the base plate; rotatably mounted and axially fixed to said intermediate plate and operable to effect lateral adjustment of said door or flap by applying a pivoting movement to said hinge bracket, said hinge bracket being able to be rotated at different angles; and an adjustment screw adapted to be held in position.

PRIOR TECHNOLOGY West German Official Gazette No. 23 42 2 113 describes a furniture hinge of the above-mentioned type, in which the hinge bracket can be pivoted relative to a base plate connected to a support by rotating an adjusting screw. can be moved. In this way, the door or flap can be adjusted laterally or heightwise in the plane in which the link can pivot. Such lateral adjustment of the doors can be done, for example, by aligning the edges of the doors with the edges of the body part, or by ensuring sufficient spacing between doors hinged to the support wall so that they do not interfere with each other when opened. necessary to provide.

For example, if the hinge bracket is intended to be adjusted laterally by pivoting the hinge bracket away from a fixed support wall, the hinge bracket will not actually touch the body portion or the door. Even though the door is in the closed position supported by the frame, it forms an obtuse angle with the door frame, similar to when the door is slightly opened. In the known furniture hinge, such a lateral adjustment causes the link to pivot, similar to when the door is opened slightly, increasing the gap, ie the distance between the edge of the support wall and the door.
In order to readjust said gap, after each lateral adjustment of the door or after each vertical adjustment of the flap, the hinge bracket can be pivoted by adjusting the intermediate plate axially on the base plate. is necessary. This need to repeatedly readjust the gap is time consuming and very tedious.

SUMMARY OF THE INVENTION It is therefore an object of the invention to provide a system in which the gap, once set, can be changed by a pivoting motion applied to the hinge bracket in order to effect a lateral adjustment of the door or a vertical adjustment of the flap. The object of the present invention is to provide a furniture hinge of the type mentioned at the beginning.

Means for Solving the Problem According to the invention, this object aims at controlling the tendency of the hinge bracket, during its pivoting, to change the width of the gap with respect to the intermediate plate. The problem is solved by the fact that the hinge bracket is guided in a guide part constituted by the intermediate plate in such a way that it is displaced in its length direction in a direction that compensates for this tendency and to an extent that compensates for this tendency. Ru. Therefore, in the furniture hinge according to the invention, the hinge bracket is guided in the guide part constituted by the intermediate plate, or the intermediate plate is guided in the guide part constituted by the hinge bracket, so that these two parts When pivoted relative to each other,
A translational movement occurs which compensates for the tendency of the link to pivot to change the width of the gap defined by the closed door.

According to a preferred embodiment of the invention, the intermediate plate and the hinge bracket are channel members, and the flange of at least one of these channel members is formed with a slot inclined towards the gap, which slot is connected to the other channel member. the adjusting screw has a tapered front shank extending through a longitudinally extending slot formed in the intermediate plate and a hole in the spring washer; Furthermore, the shank is provided with a rivet head, by means of which the adjusting screw is rotatably mounted in the slot and axially fixed in the slot.

According to another feature of the invention, at least one flange of the channel member constituting the intermediate plate and the hinge bracket is provided at its rear with a slot inclined in a direction opposite to the inclination of the first slot; It is fixed to the flange of the other channel member and receives the pin. According to a further feature of the invention, the channel-shaped intermediate plate is adapted to be slidably guided longitudinally on the web of the base and fixed in position by means of a fixing screw, the channel-shaped intermediate plate being adapted to be fixed in position by means of a fixing screw. Each flange of the bracket is provided with a lug bent from the flange extending into one of the two guide grooves defined by the end face of the flange of the intermediate plate and the base plate.

Suitably, the web of the base plate is symmetrical about the longitudinal and transverse axes so that the door can be mounted on either the left or the right side.

According to another feature of the invention, the intermediate plate is free to a lower intermediate plate adapted to be slidably guided longitudinally on the base plate and fixed in position on the base plate by means of clamping screws. It constitutes an additional adjustment plate which can be freely locked. This design simplifies installation because the hinge bracket can be secured by simply pushing the clamping plate into the intermediate plate. The ability provided by the present invention to make lateral adjustments without changing the width of the gap is particularly advantageous when the adjustment plate supporting the hinge bracket is connected to the intermediate plate by a detent or snap connection device. . This is because compensation for the tendency to change the width of the gap during lateral adjustment is done separately from the means for fixing the hinge bracket to the base plate.

Suitably, the adjustment plate is provided with a stop to limit its movement, by means of which the adjustment plate is slidably engaged with the lower intermediate plate, and furthermore, the adjustment plate is provided with a spring-loaded return. Suitably, a detent lever is provided at the rear end, the detent lever having a detent surface constituted by an eccentric cam, the detent lever having an adjustment plate slidably engaged with the intermediate plate. When the detent is snapped into the detent position, the detent surface abuts the rear end surface of the intermediate plate in a self-biasing engagement at the detent position. Such a self-pressing snap connection device is described in West German patent application P33 45 063.3-23, which corresponds to U.S. Patent Application No. 676,421, filed November 29, 1984, by the same inventor as the present invention. .

Suitably, said stop comprises a hook-shaped front part of the adjustment plate, which supports the front side of the lower intermediate plate. The hinge bracket is preferably provided with lugs bent from its flange, which lugs are guided in a guide formed by the lower end face of the flange of the lower intermediate plate and the base plate. In order to be able to mount the door in a simple manner on both the left and right sides, the channel-shaped lower intermediate plate may also be symmetrical with respect to the longitudinal axis and the transverse direction.

Known from West German Patent Specification No. 2815816,
A furniture hinge according to the prior art part of claim 11, i.e. a hinge bracket with two links forming a rectangular or trapezoidal arrangement and a pivot pin, adapted to be fixed to a door or a flap. a box-shaped hinge member connected to the door or flap; a base plate fixed to the support wall such that the support wall forms a gap with the door or flap; and an intermediate plate pivotally connected to the base plate. and an adjustment screw screwed into the intermediate plate, rotatably attached to the base plate, and fixed to the base plate in the axial direction, for arranging the intermediate plate at different angular positions;
and a hinge bracket is slidably attached to the intermediate plate in the longitudinal direction and is fixed to the intermediate plate. In a furniture hinge, the above-mentioned problem of the invention is that, according to the invention, the intermediate plate is such that its pivoting movement is in such a direction that the tendency of the pivoting relative to the width of the gap is compensated for, and that this tendency is compensated for. the adjusting screw has a tapered, unthreaded front shank, which shank The rivet head extends through the longitudinal slot in the plate and the hole in the spring washer, and the front shaft is provided with a rivet head for rotatably and longitudinally slidably attaching the adjusting screw to the slot in the base plate. This is achieved by the characteristic of being present. This design according to the invention is basically similar to the furniture hinge according to claim 1. The main difference is that the lateral adjustment with compensation for the tendency to change the width of the gap takes place between the intermediate plate and the base plate rather than between the hinge bracket and the intermediate plate. In this configuration,
After proper adjustment, West German patent specification no.
The hinge bracket can be clamped onto the intermediate plate in a manner known from 2815816.

According to a further feature of the invention, the hinge bracket may be adapted to be fixed to a further intermediate plate by means of a snap connection, said further intermediate plate being attached to the pivoted intermediate plate. and is adapted to be adjusted and fixed in place on this intermediate plate.

This embodiment requires a separate intermediate plate, but allows for the desired quick installation by slidably fitting the hinge bracket onto this separate intermediate plate.

A furniture hinge according to the prior art part of claim 14, i.e. a hinge bracket with two links forming a rectangular or trapezoidal arrangement and a pivot pin, adapted to be fixed to a door or a flap. The connected box-shaped hinge member, the base plate fixed to the support wall, and the hinge bracket are attached to the base plate so as to be slidable and pivotable in the longitudinal direction, and the hinge bracket an adjusting screw screwed into the base plate or an intermediate plate connected to the base plate and rotatably mounted and axially fixed; In a preferred embodiment of the furniture hinge, the angular position of which is changed by applying a pivoting motion to the bracket, the object of the invention as described above is to change the width of the gap when the hinge bracket is pivoted. an inclination adjusting screw such that the hinge bracket moves longitudinally on the base plate or intermediate plate in a direction and to an extent that compensates for the tendency of the pivot to move; is solved by a furniture hinge having an axis of . In this embodiment, the adjustment screw applies a pivot to the hinge bracket and serves to compensate for the tendency of this pivot to change the width of the gap, so that there is no need to separate the inclined guides.

Said compensation is effected by a corresponding longitudinal movement applied to the hinge bracket during its pivoting. This simplifies the construction of the means for fixing the hinge bracket and increases the free space inside the hinge bracket by eliminating guiding and fixing means, so that this space can be used in an improved manner. Can be done.

The hinge bracket may be fixed directly onto the base plate or may be attached via an intermediate plate.

It is known from DE 28 19 100 that the adjusting screw for laterally adjusting the door should preferably have a slight inclination. However, this inclination of the adjustment screw does not help to move the hinge bracket longitudinally during the pivoting of the hinge bracket, since it compensates for the tendency of said pivoting of the hinge bracket to change the width of the gap. . In known hinges, the inclined adjustment screw only serves to tilt the pace disc of the guide of the base plate in order to reduce or eliminate backlashes due to manufacturing tolerances. If a conventional hinged door is laterally adjusted by moving an adjustment screw, it is additionally necessary to accurately adjust the depth clearance of the furniture by means of a separate adjustment device.

Other advantageous features of the invention are described in the respective implementation sections.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Exemplary embodiments of the invention will now be described in detail with reference to the accompanying drawings.

A box-shaped hinge member 3 is fixed to a blind hole-shaped boring portion 2 of a furniture door 1 in a conventional manner.
The hinge member 3 is connected to a hinge bracket 6 by links 4, 5 and a pivot pin arranged in a trapezoidal array.
are connected in a well-known manner. The hinge bracket 6 is connected at an intermediate plate 7 to a base plate 8, which is screwed to a support wall 9 in a conventional manner. The intermediate plate 7 is a channel member having a web 10 and a flange 11.
1 is bent and extends from the web 10 and is connected to the base plate 8.
It surrounds a rectangular web 12 of. web 12
form an approximately rectangular guide section for the flange 11 of the intermediate plate 7. Web 10 of intermediate plate 7
is formed with a longitudinal slot (not shown) for receiving a fixing screw 13 adapted to be screwed into the web 12 for clamping the intermediate plate 7 to the base plate 8. A window-like hole (not shown) is formed in the web of the hinge bracket 6 adjacent to the fixing screw 13, and the window-like hole allows the fixing screw 13 to be
The screwdriver can be brought closer to the

A flange 11 bent from the intermediate plate 7 is provided with a tab 14 adjacent to the front end of the web 10 of the intermediate plate 7. These tabs project from the web 10 and are formed with angled slots 15. These slots receive pins 16 which are secured with their ends to the flanges of the hinge bracket 6.

Flange 1 of channel type hinge bracket 6
7 is formed with lugs 18 bent from the flange, and these lugs are connected to the guide groove 1 formed by the lower end surface of the flange 11 of the intermediate plate 7 and the base plate 8.
It extends within 9.

In the web 10 of the intermediate plate 7, another slot 20 is provided.
is provided, and this slot 20 has an adjustment screw 22
The tapered shaft portion 21 is received. The threaded portion of the adjustment screw 22 is screwed into a flanged tap hole in the web of the hinge bracket 6. The tapered shank 21 has a rivet head 23 by which the spring washer is held against the underside of the web 10 in the slot 20, so that the adjusting screw 22 is secured in the slot 20. is slidable along the slot 20 and rotatable within the slot 20, but is axially fixed.

The hinge bracket 6 can be pivoted by rotating the adjustment screw 22. This pivoting tends to change the width "a" of the gap between the door 1 and the support wall 9. This tendency to change the width "a" is compensated for by translating the hinge bracket 6 relative to the base plate. To effectuate such a compensatory movement, the slot 15 is inclined such that during the pivoting of the hinge bracket 6, the longitudinal movement of the hinge bracket substantially compensates for this pivoting tendency and changes the width of the gap. have

In the embodiment shown in FIGS. 3 and 4, the hinge bracket 6 is connected to the intermediate plate 7 by a pivot pin 25,
The pivot pin 25 is attached to the flange 1 of the hinge bracket 6.
It differs from the embodiment shown in FIGS. 1 and 2 only in that it is guided in a slot 26 formed at 7. Each slot 26 has an inclination in the opposite direction to slot 15. slots 15 and 26
constitutes the pivot of the hinge bracket. This pivot passes through the pivot pin and the guide pin into the slot 1
5 and 26, respectively, by the intersection points of lines extending at right angles.

In the embodiment shown in FIGS. 3 and 4, with a predetermined rotation of the adjusting screw 22, the rear part of the hinge bracket 6 is moved into the straight guide groove 1 by the bent lug 18.
This applies a greater pivoting motion to the hinge bracket 6 than in the embodiment shown in FIGS. 1 and 2 guided at 9.

The embodiment shown in FIGS. 5, 6 and 7 functions substantially the same as the embodiment shown in FIGS. 3 and 4, but in this embodiment the intermediate plate 7 is
This adjustment plate is adapted to be slidably fitted and releasably locked in a lower intermediate plate 28 screwed to the base plate.

The hinge configuration is best shown in FIG.
The base plate 8 is the same as the base plate 8 shown in FIGS. 1 to 4. The lower intermediate plate 28 has fixing screws 13
It is fixed to the base plate 8. The base plate 8 has an H-shaped web in plan view, which web has mutually parallel transverse web bars 29 connected by an intermediate transverse web section 30, the width of which is equal to the width of the web bar. 29, and has a tap hole 31 formed therein for engagement with the screw 13. The lower intermediate plate 28 has a flange 32 which projects beyond the web bar 29 of the base plate 8 so that it is slidably guided longitudinally on the web of the base plate. A fixing screw 13 extends through a slot 33 in the intermediate plate 28, so that the clearance can be adjusted to an extent determined by the length of this slot 33.

The adjustment plate 27 is also channel-shaped and its flange is provided with tabs 34 at its front end, each of these tabs having an inclined slot 35 for guiding a pin 36 fixed to the flange 17 of the hinge bracket. It is formed.

Additionally, these tabs 34 have hook-shaped extensions 3.
6' are formed and these hook-like extensions support and engage the lower intermediate plate 28 when the hinge bracket 6 is slidably engaged. Adjustment plate 27
The flange of the hinge bracket 6 has a hole 37 formed at its rear end, and the flange 17 of the hinge bracket 6 has a slot 38 formed at its rear end. The hinge bracket is pivotally connected to the adjustment plate by two pivot pins 39. Each of the pivot pins 39 has a hole 37
and through one of the slots 38.
A pivot lever 40 is mounted on the pivot pin 39 between the flanges of the adjustment plate 27, with one arm of the pivot lever having a cam-like detent surface formed on the edge and the other arm having a cam-like detent surface formed thereon. A finger piece 42 is formed for releasing the lock.

The pivot lever 40 is pressed by a leaf spring 43, as shown in FIGS. 5 and 6.
abuts the pivot pin 39, the release finger 42 and the web of the adjustment plate so as to tend to impart a clockwise movement to the pivot lever 40.

The curved surface 41 is eccentric with respect to the pivot pin;
The detent surface 41 abuts the upper edge of the web of the adjustment plate in automatic pressing engagement, and the adjustment plate 27 is moved against the lower intermediate plate 2.
A wedge-shaped acute angle is configured so that it abuts on 8 without backlash.

The flange 17 of the hinge bracket 6 is provided with bent lugs 18, these lugs 18
is guided in the length direction by a guide groove 19 formed by the edge surfaces of the flanges of the base plate 8 and the lower intermediate plate 28.

To install the hinge bracket 6, insert its flange into the guide groove 19 and push the hinge bracket 6 until the arm of the pivoting lever 40 with the detent surface 41 is snapped behind the rear edge of the intermediate plate 28. Push forward with the guide groove. The adjustment plate 27 is therefore automatically clamped to the intermediate plate 28 by the hook-shaped portion 36 forming the front stop portion.

The two pins 39 connected to each flange of the hinge bracket 6 may be replaced by a single continuous pivot pin 45 as shown in FIG.

The hook-shaped portion 36' of the flange of the adjustment plate 27 is
Form a letter-shaped recess. The original stopping surface 46 is U
It is formed in the lower intermediate plate 28 by the bottom of the letter-shaped recess.

Spring-loaded detent lever 40 during lateral adjustment performed by pivoting of hinge bracket 6
As a result of the tendency to change the width of the gap, the intermediate plate 27
It is neither moved longitudinally nor pivoted, but remains in its original locked position without any change in position and without additional loading. In the locked position, the detent lever abuts the detent surface 41 of the intermediate plate 28 in self-pressing engagement therewith. As a result, lateral adjustments do not affect the snap connection;
Whether the hinge is in the adjusted or unadjusted position, the hinge brackets can be easily connected and disconnected without adversely affecting the function of the hinge.

Further embodiments of the present invention are shown in FIGS. 9 and 10.
This will be explained with reference to FIG. This embodiment provides that the mechanism for making lateral adjustments to compensate for the tendency to change the width of the gap is provided between the intermediate plate and the base plate rather than between the hinge bracket and the intermediate plate. 3rd and 4th only in that
This is different from the embodiment shown in the figure.

The hinge bracket 50 is slidably guided in the longitudinal direction on the intermediate plate 51, and after adjusting the width "a" of the gap, it is clamped at a predetermined position on the intermediate plate 51 by the clamp screw 52. ing. The intermediate plate 51 is pivotable relative to the base plate 53 to an extent that can be adjusted by an adjustment screw 54. The adjustment screw 54 is screwed into a tapped hole in the intermediate plate 51. Adjustment screw 54 has a tapered, unthreaded forward shaft 55 that extends through a longitudinal slot 56 in base plate 53. The shank 55 is provided with a rivet head 58 and a spring washer 57 is provided between this rivet head 58 and the base plate 53, so that the adjusting screw 54 is rotatably mounted in a slot 56 and It can be slid freely along.

These features of the adjustment mechanism are basically the same as in the mechanism known from DE 2815816.

The flange of the channel-shaped intermediate plate 51 is provided with slots 5 in order to ensure that the tendency of lateral adjustment to the width "a" of the gap is compensated in the manner described above.
9 and 60 are formed. front slot 60
is sloped towards the gap having width "a". The rear slot 59 may extend in the axial direction of the intermediate plate 51 or may be inclined in the opposite direction of the slot 60.

Slots 59 and 60 receive pivot and guide pins 61 and 62 that are attached to base plate 53 and project laterally therefrom.

As a variant, the slots 59, 60 may be provided in the flanges of the base plate 53. In this case, the pivot pin and the guide pin are provided on the flange of the intermediate plate 51.

The web of the hinge bracket 50 is provided with a screwdriver to allow access to the flap 54.
A window-like hole 62 is formed.

Further embodiments of the present invention are shown in FIGS. 12 to 15.
An example will be explained below with reference to the figures. Support wall 9
Base plate 7 fixed with fixing screws in the usual way to
0 has a raised platform-like intermediate portion 71. The width of the base portion 72 of the base plate 70 is increased by providing a flange. Adjacent to said flange, transversely arranged guide grooves 73 are formed in the raised platform part 71, which guide grooves are parallel to the edges of the base part 72 and which are connected to the channel-shaped intermediate plate 76. The bent lug-like web portion 74 is received from the tip of the flange 75 of the flange 75 . A flanged tapped hole is formed in the web 74 of the intermediate plate 76, and a clamp screw 77 is screwed into this hole. Intermediate plate 76 is connected to base plate 7
0, the clamp screw 77
can be tightened to clamp the intermediate plate 76 to the base plate 70.

Hinge bracket 78 is also channel-shaped and is pivotally and longitudinally slidably mounted on intermediate plate 76. Hinge bracket 7
The web of 8 is stamped with a recess having a bottom surface 79, which recess is at an angle of approximately 20-30 DEG with respect to the undeformed portion of the web of hinge bracket 78. The bottom surface 79 has a tapped hole 8 with a flange.
0 is formed, and an adjustment screw 81 is screwed into this hole. The adjustment screw 81 has a tapered front shaft portion 8.
2, and this shaft portion has a hole 83 formed in an inclined surface 84 formed by punching in the web of the intermediate plate 76.
extends through. The shaft portion 82 has an inclined surface 84.
A rivet head 85 is provided on the opposite side of the adjusting screw 81, by means of which the adjusting screw 81 is fitted into the hole 83.
It is rotatably attached to and fixed in the axial direction. The inclined surface 84 is inclined in the same direction as the bottom surface 79 of the recess of the hinge bracket 78.

An outward knob-shaped projection 86 is formed on the flange 75 of the intermediate plate 76 by punching it out. The flange 88 of the hinge bracket 78 has open-ended slots 87 formed at its rear end portion, these slots forming guides for the knob-like projections 86 so that the hinge bracket 78 can pass over the knob-like projections 86. The nozzle-shaped protrusion 86 of the intermediate plate 76 is received so as to be slidably guided in the longitudinal direction.

The hinge bracket 78 can be pivoted relative to the intermediate plate 76 by rotating the adjusting screw 77;
At the same time, due to the tilting of the adjustment screw 81, this hinge bracket moves along its length in a translational movement that occurs simultaneously with the pivoting. The axis of the adjusting screw 77 is inclined at an angle .alpha. of 20 to 30 DEG with respect to a perpendicular to the longitudinal axis of the hinge bracket 78. The angle α is such that the pivoting movement applied to the hinge 78 for lateral adjustment of the door 1 is compensated for the tendency of the pivoting movement longitudinally relative to the intermediate plate and the hinge bracket 78 relative to the width of the gap. It must be chosen to move in a direction and to such an extent.

A window 90 is formed in the web of the hinge bracket 78 adjacent the clamp screw 77 through which the crank screw 77 is freely accessible.

[Brief explanation of drawings]

1 is a longitudinal cross-sectional view of a furniture hinge connecting a door to a support wall; FIG. 2 shows the hinge bracket fixed in a selected angular position for lateral adjustment of the door; FIG. FIG. 3 is a longitudinal sectional view of the hinge of FIG. 1; FIG. 3 is a longitudinal sectional view similar to FIG. 1 showing the furniture hinge according to the second embodiment;
The figure is an exploded view showing the hinge of FIG.
The figure shows a third embodiment of the furniture hinge according to the third embodiment.
6 is a sectional view of the furniture hinge of FIG. 5 after pivoting the hinge bracket for lateral adjustment of the door; FIG. , an exploded view of the hinge of FIGS. 5 and 6, and FIG. 8 shows a laterally adjustable furniture hinge according to a fourth embodiment, with the laterally adjustable furniture hinge in an initial position; FIG. 9 is a longitudinal section similar to FIG. 8 showing the furniture hinge after maximum possible adjustment in the lateral direction; FIG.
The figure is an exploded view showing the hinge bracket, intermediate plate, and base plate of the furniture hinge shown in Figs. 8 and 9 in longitudinal section, and Fig. 11 is a plan view showing the hinge member shown in Fig. 10. , FIG. 12 is a longitudinal sectional view showing the fifth embodiment of the laterally adjustable furniture hinge in its initial position, and FIG. 13 shows the furniture hinge after the maximum possible adjustment in the lateral direction. FIG. 14 is a vertical sectional view similar to FIG. 12 shown in FIG.
13 is an exploded view showing the hinge bracket, base plate, and intermediate plate of the furniture hinge of FIG. 13, and FIG. 15 is a plan view of the intermediate plate of FIG. 14. 1...door, 3...hinge member, 4, 5...link,
6... Hinge bracket, 7, 27... Intermediate plate, 15
...Slot, 19...Guide groove, 25...Pivot pin.

Claims (1)

[Claims] 1. The door or flap is fixed;
a box-shaped hinge member connected to the hinge bracket by two links and pivot pins forming a rectangular or trapezoidal arrangement; an intermediate plate attached to the base plate, adjustable in at least the length direction with respect to the base plate, and pivotally connecting the hinge bracket to the base plate; an intermediate plate screwed into the hinge bracket; is rotatably mounted and axially fixed to said intermediate plate and operable to effect lateral adjustment of said door or flap by applying a pivoting movement of said hinge bracket; and an adjustment screw adapted to hold the hinge bracket in an angular position, wherein the hinge bracket compensates for the tendency of the hinge bracket to change the width of the gap during its pivot movement. for furniture, characterized in that said intermediate plate is guided through a guide portion constituted by said intermediate plate in such a way that said intermediate plate is moved longitudinally relative to said intermediate plate in such a direction as to compensate for this tendency; Hinge. 2. The intermediate plate and the hinge bracket are channel members, and at least one flange of these channel members is formed with a first slot inclined toward the gap, and this slot is connected to an adjacent flange of the other channel member. said adjusting screw has a tapered shank extending through a longitudinally extending slot formed in the intermediate plate and a hole in a spring washer; Claim 1, characterized in that the adjusting screw is provided with a rivet head by means of which the adjusting screw is rotatably mounted in the slot and fixed axially therein. furniture hinges. 3. At least one flange of the channel member constituting the intermediate plate and the hinge bracket is provided at its rear with a second slot inclined in a direction opposite to the inclination of the first slot, and this slot is connected to the other channel member. 3. The furniture hinge according to claim 2, wherein the furniture hinge is fixed to a flange of and receives a pin. 4. The channel-shaped intermediate plate is slidably guided in the longitudinal direction on the web of the base and is fixed in place with fixing screws, and each flange of the channel-shaped hinge bracket has an intermediate plate. It extends into one of the two guide grooves formed by the end face of the plate flange and the base plate. Claim 1, wherein bent lugs are provided.
Furniture hinges as described in section. 5. Guides 15, 19, 26 and means cooperating with these guides and serving to move the hinge bracket longitudinally so as to compensate for the tendency of the pivoting movement to change the width of the gap. 18, 22, 25 are separate from the means for fixing the hinge bracket to the base plate, and the base plate is symmetrical about the longitudinal and transverse axes. Furniture hinges described in . 6. The intermediate plate is releasably locked to a lower intermediate plate that is slidably guided longitudinally on the base plate and fixed in position to the base plate by a clamp screw. 2. The furniture hinge according to claim 1, wherein the furniture hinge constitutes an additional adjusting plate. 7. The adjustment plate is provided with a stop for restricting movement, by which the adjustment plate is slidably engaged with the lower intermediate plate, and the adjustment plate is further provided with a spring-loaded detent. A lever is provided at its rear end, said detent lever having a detent surface defined by an eccentric cam, said detent lever being configured to return when the adjustment plate is slidably engaged with the intermediate plate. 7. Furniture according to claim 6, characterized in that the detent surface is snapped into the detent position, and the detent surface abuts the rear end surface of the intermediate plate in the detent position in a self-pressing engagement. Hinge. 8. The furniture hinge according to claim 6, wherein the stop consists of a hook-shaped front part of the adjustment plate and supports the front side of the lower intermediate plate. 9. A patent claim characterized in that the hinge bracket has lugs bent from its flange, these lugs being guided in a guide section formed by the lower end surface of the flange of the lower intermediate plate and the base plate. The furniture hinge according to item 6 of the scope of the invention. 10 The lower intermediate plate is channel-shaped and symmetrical about the longitudinal and transverse axes. The furniture hinge according to claim 6, characterized in that: 11. A box-shaped hinge member connected to the hinge bracket by two links and pivot pins forming a rectangular or trapezoidal array, adapted to be fixed to a door or flap, and a supporting wall connected to said door or flap; a base plate that is fixed to the support wall so as to form a gap; an intermediate plate that is pivotally connected to the base plate; and a base plate that is screwed into the intermediate plate and rotatably attached to the base plate; an adjustment screw axially fixed to the base plate and adapted to position the intermediate plate at different angular positions, the hinge bracket being longitudinally slidably attached to the intermediate plate; It is adapted to be fixed to the intermediate plate. In the furniture hinge, the intermediate plate is arranged such that the pivoting movement of the intermediate plate is in such a direction and to such an extent that the tendency of the pivoting movement relative to the width of the gap is compensated for.
the intermediate plate is guided on the base plate to accompany longitudinal movement of the intermediate plate relative to the base plate, the adjusting screw has a tapered unthreaded front shaft, the shaft portion being connected to the base plate; a rivet head extending through the longitudinal slot in the base plate and the hole in the spring washer, the front shaft being provided with a rivet head for rotatably and longitudinally slidably attaching the adjusting screw to the slot in the base plate. A furniture hinge characterized by: 12 The intermediate plate has a channel shape, and at least one flange of the intermediate plate is formed with a first slot inclined toward the gap, and the flange has a first slot extending substantially in the length direction of the intermediate plate. two slots are formed in the rear thereof, these slots in said flange receiving respective pins fixed to adjacent flanges of the base plate;
The furniture hinge according to claim 11, characterized in that: 13. The hinge bracket is adapted to be fixed by a snap connection device to another intermediate plate, said further intermediate plate being mounted on the pivoted intermediate plate and being adjusted and held in position on this intermediate plate. 12. Furniture hinge according to claim 11, characterized in that it is adapted to be fixed. 14. A box-shaped hinge member connected to a hinge bracket by means of two links and a pivot pin forming a rectangular or trapezoidal array, adapted to be fixed to a door or slap, and adapted to be fixed to a supporting wall. Natsuta base board and
The hinge bracket is longitudinally slidably and pivotally attached to the base plate, is screwed into the hinge bracket and rotatably attached to the base plate or an intermediate plate connected to the base plate, and an axially fixed adjusting screw;
the adjusting screw is adapted to apply a pivoting motion to the hinge bracket to change its angular position for lateral adjustment of the door; when pivoting the hinge bracket on the base or intermediate plate in a direction and to an extent that compensates for the tendency of the pivot to change the width of the gap. A hinge characterized in that it has an inclination that moves in the length direction. 15. The hinge bracket is channel-shaped and each flange of the hinge bracket has a slot formed at its rear end for receiving a lateral pin or nozzle on the base plate or intermediate plate for guiding the hinge bracket. Furniture hinge according to claim 14, characterized in that it is useful. 16. The furniture hinge according to claim 15, wherein the rear end of the slot is open. 17. The hinge bracket according to claim 14, characterized in that the hinge bracket has a channel shape and has a web formed by stamping out an inclined surface in which a tapped hole is formed with which an adjusting screw engages. Furniture hinges. 18 A sloped surface having a hole for receiving a tapered front shaft portion of the adjustment screw is formed on the base plate or the intermediate plate by punching, and the tapered front shaft portion is provided with a slope that allows the shaft portion to freely rotate into the hole. Claim 14, characterized in that a rivet head is provided for attachment and axial fixation to the
Furniture hinges as described in section. 19. The furniture hinge according to claim 15, wherein the flange of the channel-shaped base plate or the intermediate plate has a laterally arranged knob-shaped projection formed by stamping.