EP1288415A1 - Furniture hinge - Google Patents

Abstract

The lateral adjustment device comprises an actuator (8) connected to the hinge bracket (4). The sliding actuator is guided by tabs (12, 13) on a bearing plate (3) and has a lateral adjustment screw (5) extending through it. Movement of this actuator will cause the screw and hinge bracket to move parallel to the guide tabs. The hinge is for a hinge bracket which is secured directly or indirectly to the furniture (22) and has a single or multi-part base plate (1) pivotally connected to a stop part on the door. The hinge bracket can be moved sideways at right angles to the base plate, whilst at the same allowing a correction for the hinge bracket depth position.

Description

The invention relates to a furniture hinge with an adjusting device for one indirectly or directly on a furniture-side, one or multi-part base plate mounted hinge bracket according to the generic term of the independent claims.

In general, furniture hinges are different Adjustment options provided.

So there is an adjustment in the adjustment of the position of the Hinge bracket relative to the base plate in the direction of the furniture joint, d. H. a Lateral adjustment of the furniture door. This adjustment is made by the so-called Side adjustment screw reached in a thread of the hinge bracket stores and is held with her head in a recess of the base plate. Depending on the rotation of the screw, the hinge bracket lifts more or less from the base plate, so that there is a lateral adjustment of the Furniture door results.

Another adjustment option concerns the depth adjustment of the Hinge bracket through which the distance of the furniture door to the front of the Furniture is adjustable. The depth adjustment is generally done with a Clamping screw through which the hinge bracket on the base plate is attached. The clamping screw protrudes through an elongated hole in the Hinge bracket, the depth position by sliding along the Oblong hole and the depth adjustment by the length of the elongated hole is determined.

A furniture hinge of the type mentioned above is e.g. from DE 29811793 U1 known.

However, the known adjustment devices have considerable disadvantages.

With regard to the side adjustment of the door, the hinge bracket is through Turn the side adjustment screw around an imaginary axis pivoted so that the adjustment movement along an arc he follows. This not only adjusts the side position of the door, but also unintentionally the depth position of the door, so that the distance of the door from the front edge of the furniture changed.

A hinge that compensates for the depth position at one Lateral adjustment is described in DE 299 14 473 U1. It is at least one swivel lever is provided, which when rotating the Side adjustment screw is pivoted and on which the hinge bracket supports indirectly or directly, the hinge bracket at Twisting the joint adjustment screw by the at least one Swivel lever is guided parallel to the base plate. The one presented here However, construction appears to be very complex to manufacture.

EP 0 969 173 A2 discloses a furniture hinge with a special one Pivot bearing arrangement, which is at an adjustment of the Side adjustment device carries out a corresponding joint compensation, by forcibly guiding the hinge bracket.

The object of the invention is to propose a furniture hinge that over improved adjustment options with joint compensation function without that an excessive design and manufacturing effort is necessary is.

This task is solved by the characteristics of the independent Patent claims.

In a first embodiment of the invention, the Side adjustment device connected to the hinge bracket Adjustment body on the inclined guide tabs of the bearing plate is guided displaceably, is penetrated by a side adjustment screw and when operating the side adjustment screw together with the Hinge bracket moves parallel to the guides.

The guide tabs are slanted, e.g. at an angle of 45 degrees, from the surface of the bearing plate and take the adjusting body between to. The adjustment body is essentially prism-shaped and includes two inclined, parallel sliding surfaces, each on of the assigned guide tab.

The adjustment body preferably also has two lateral ones opposite pins on the corresponding holes in the Side legs of the hinge bracket are stored.

When the side adjustment screw is actuated, the Adjustment body, the associated hinge bracket and the screw along a path predetermined by the guide tabs.

In a second embodiment of the invention it is provided that the Side adjustment device mounted in a bearing plate and with the Hinge bracket with directly or indirectly connected side adjustment screw has a head part and a threaded part, the longitudinal central axis of the threaded part with the longitudinal central axis of the bearing plate an angle forms, and actuation of the side adjustment screw a displacement of the hinge bracket along the longitudinal central axis of the threaded part.

According to the head part is elastic or articulated with the Threaded part connected, the central longitudinal axes of the head part and Thread part run differently.

The threaded part can be used to increase the possible side adjustment stroke a lower area with left-hand thread and an upper area with Have right-hand thread, the left-hand thread in a Threading of the bearing plate engages and the right-hand thread one Grips through the thread of an adapter piece.

The adapter piece is firmly connected to the hinge bracket and takes this with an actuation of the side adjustment screw.

According to the side adjustment screw, especially the Connection between head part and threaded part, differently designed his.

According to a first embodiment, the head part can be elastic Intermediate piece to be connected to the threaded part.

The headboard can also have a convex hexagon in the lower area have, which engages in an Allen opening of the threaded part.

According to another embodiment, the head part has a shaft several cones distributed around the circumference, the cones for one Engagement in lateral slots distributed over the circumference of the threaded part are provided.

All connection forms between the head part and the threaded part enable one Actuation of the threaded part in a different from the head part Angle range.

The head part can preferably be in an opening of the hinge bracket be rotatably fixed.

In a third embodiment of the invention, the Side adjustment device a side adjustment screw with a lower one Threaded part and an upper threaded part, the lower threaded part in a threaded seat of the bearing plate engages and the upper threaded part passes through a movable along the threaded part actuator that with a kinematic adapter is connected, which is pivotable on one Hinge bracket pivot pin is mounted and depending on the Position of the actuator pivots about an axis.

According to this embodiment, the kinematics adapter pivots at one Actuation of the side adjustment screw in such a way that that of the Center longitudinal axes of the base plate and the kinematic adapter formed Angle remains constant. This changes the kinematics of the Hinge joint not when the side adjustment screw is actuated.

The threaded parts can preferably have a different pitch have, so that the pivoting movement of the kinematic adapter on the Side adjustment movement of the hinge bracket can be adjusted.

The actuator provided as a driver for the kinematic adapter has two opposite pegs, which in corresponding Elongated holes of the kinematics adapter are movably mounted.

So that the hinge bracket swivels more easily during an adjustment movement, can be between the hinge bracket and the bearing plate at a distance a cambered bearing block can be provided by the side adjustment screw, which is arranged linearly displaceable on the bearing plate.

In a fourth embodiment of the invention, the Side adjustment device swivel lever, which rotates on the hinge bracket stored and their lever arms on or in opposite of the base plate fixed parts of the hinge are guided and when pressing the Lateral adjustment screw ensure that the hinge bracket is guided.

The positioning plate are fixed parts for guiding the swivel levers and an intermediate plate is provided.

Pins are arranged on the lever arms of the swivel levers, respectively on the one hand in linear guides of the positioning plate and on the other hand in linear Guides of the intermediate plate are guided, one each Pin is provided which is rotatable in a bore of the hinge bracket is stored.

The pivot levers in the hinge bracket are preferably substantially parallel arranged to the side legs of the hinge bracket, the Guides of the positioning plate and the guides of the intermediate plate in one Angles, preferably an angle between 80 and 100 degrees to each other run.

Several embodiments of the invention are described below with reference to Drawing figures described in more detail. From the drawings and their Description results in further features, advantages and Applications of the invention.

Fig. 1:

einen Längsschnitt durch eine erste Ausführungsform des erfindungsgemäßen Möbelscharniers;

Fig. 2:

eine Explosionsdarstellung des Scharnierbügels mit Stellelement und Lagerplatte;

Fig. 3:

eine perspektivische Ansicht des Scharniers gemäß Figur 1;

Fig. 4:

einen Längsschnitt durch eine zweite Ausführungsform des erfindungsgemäßen Möbelscharniers;

Fig. 5:

eine perspektivische Ansicht des Scharniers gemäß Figur 4;

Fig. 6:

eine Explosionsdarstellung der Lagerplatte mit Verstelleinrichtung nach Figur 4;

Fig. 7:

eine vergrößerte Ansicht der Verstellschraube nach Figur 6;

Fig. 8:

einen Längsschnitt durch eine dritte Ausführungsform des erfindungsgemäßen Möbelscharniers;

Fig. 9:

eine perspektivische Ansicht des Scharniers gemäß Figur 8;

Fig. 10:

eine Explosionsdarstellung der Lagerplatte mit Verstelleinrichtung nach Figur 8;

Fig. 11:

eine vergrößerte Ansicht der Verstellschraube nach Figur 10;

Fig. 12:

einen Längsschnitt durch eine vierte Ausführungsform des erfindungsgemäßen Möbelscharniers;

Fig. 13:

eine perspektivische Ansicht des Scharniers gemäß Figur 12;

Fig. 14:

eine Explosionsdarstellung der Lagerplatte mit Verstelleinrichtung nach Figur 12;

Fig. 15:

eine vergrößerte Ansicht der Verstellschraube nach Figur 14;

Fig. 16:

einen Längsschnitt durch eine fünfte Ausführungsform des erfindungsgemäßen Möbelscharniers bei minimalem Seitenverstellhub;

Fig. 17:

einen Längsschnitt durch eine fünfte Ausführungsform des erfindungsgemäßen Möbelscharniers bei maximalem Seitenverstellhub;

Fig. 18:

eine Explosionsdarstellung des Scharnierbügels mit Verstelleinrichtung nach den Figuren 16 und 17;

Fig. 19:

eine vergrößerte Ansicht der Verstellschraube nach Figur 18;

Fig. 20:

einen Längsschnitt durch eine sechste Ausführungsform des erfindungsgemäßen Möbelscharniers bei maximalem Seitenverstellhub;

Fig. 21:

einen Längsschnitt durch eine sechste Ausführungsform des erfindungsgemäßen Möbelscharniers in Grundstellung;

Fig. 22:

einen Längsschnitt durch eine sechste Ausführungsform des erfindungsgemäßen Möbelscharniers bei minimalem Seitenverstellhub;

Fig. 23:

eine Explosionsdarstellung des Scharniers mit Verstelleinrichtung nach den Figuren 20 bis 22;

Fig. 24:

eine Detailansicht der Verstelleinrichtung bei maximalem Seitenverstellhub gemäß Figur 20;

Fig. 25:

eine Detailansicht der Verstelleinrichtung bei minimalem Seitenverstellhub gemäß Figur 22;

Show it:

Fig. 1:

a longitudinal section through a first embodiment of the furniture hinge according to the invention;

Fig. 2:

an exploded view of the hinge bracket with actuator and bearing plate;

Fig. 3:

a perspective view of the hinge according to Figure 1;

Fig. 4:

a longitudinal section through a second embodiment of the furniture hinge according to the invention;

Fig. 5:

a perspective view of the hinge according to Figure 4;

Fig. 6:

an exploded view of the bearing plate with adjusting device according to Figure 4;

Fig. 7:

an enlarged view of the adjusting screw of Figure 6;

Fig. 8:

a longitudinal section through a third embodiment of the furniture hinge according to the invention;

Fig. 9:

a perspective view of the hinge according to Figure 8;

Fig. 10:

an exploded view of the bearing plate with adjusting device according to Figure 8;

Fig. 11:

an enlarged view of the adjusting screw according to Figure 10;

Fig. 12:

a longitudinal section through a fourth embodiment of the furniture hinge according to the invention;

Fig. 13:

a perspective view of the hinge according to Figure 12;

Fig. 14:

an exploded view of the bearing plate with adjusting device according to Figure 12;

Fig. 15:

an enlarged view of the adjusting screw according to Figure 14;

Fig. 16:

a longitudinal section through a fifth embodiment of the furniture hinge according to the invention with a minimum side adjustment stroke;

Fig. 17:

a longitudinal section through a fifth embodiment of the furniture hinge according to the invention with maximum side adjustment stroke;

Fig. 18:

an exploded view of the hinge bracket with adjusting device according to Figures 16 and 17;

Fig. 19:

an enlarged view of the adjusting screw according to Figure 18;

Fig. 20:

a longitudinal section through a sixth embodiment of the furniture hinge according to the invention with maximum side adjustment stroke;

Fig. 21:

a longitudinal section through a sixth embodiment of the furniture hinge according to the invention in the basic position;

Fig. 22:

a longitudinal section through a sixth embodiment of the furniture hinge according to the invention with a minimum side adjustment stroke;

Fig. 23:

an exploded view of the hinge with adjusting device according to Figures 20 to 22;

Fig. 24:

a detailed view of the adjustment device with maximum side adjustment stroke according to Figure 20;

Fig. 25:

a detailed view of the adjustment device with a minimum side adjustment stroke according to Figure 22;

In all of the embodiments of the invention shown, the furniture hinge comprises a mounting plate consisting of a base plate 1; 101, 201, 301 and one Shelf 2; 102; 202; 302, the base plate 1; 101; 201; 301 at the Side wall of a furniture part 22 is attached. The setting plate 2; 102; 202; 302 can locking and releasable with the base plate 1; 101; 201; 301 are connected. On the shelf 2; 102; 202; 302 is via a bearing plate 3; 103; 203; 303 a Hinge bracket 4; 104; 204; 304 attached, which is articulated in a known manner with a door-side stop part, e.g. B. a hinge cup (not shown), is connected, which is embedded in a furniture door (not shown). to Lateral adjustment of the furniture door, d. H. to adjust the hinge bracket 4; 104; 204; 304 in the direction perpendicular to the mounting plane of the base plate 1; 101; 201; 301 is a side adjustment screw 5; 105; 205; 305 provided.

The depth adjustment, ie the adjustment of the hinge bracket 4; 104; 204; 304 parallel to the base plate 1; 101; 201; 301, takes place by means of a Depth adjustment screw 7; 111; 228; 307, the thread of which is assigned Receiving thread in the setting plate 2; 102; 202; 302 engages. If the seat of the Depth adjustment screw 7; 111; 228; 307 loosened a little, so he can Hinge bracket 4; 104; 204; 304 along the positioning plate 2; 102; 202; 302 be moved. Then tighten the depth adjustment screw Hinge bracket locked in the preset position.

If no special measures are taken, it will be postponed Hinge bracket 4; 104; 204; 304 when the side adjustment screw is actuated 5; 105; 205; 305 upwards, the distance from the furniture part 22 increasing. Now that the hinge bracket 4; 104; 204; 304 with the side adjustment none carries out a pure lifting movement, but a swiveling movement Circular movement around an imaginary axis with a center approximately in the area of Depth adjustment screw 7; 111; 228; 307 so that the adjustment movement along an arc with a certain radius. This does not result only one adjustment of the lateral joint width, but one at the same time undesirable enlargement of the gap between the front of the furniture part 22 and the furniture door.

This undesired depth adjustment movement is according to the invention counteracted. The side adjustment screw 5 shown in Figures 1 to 3 is stored with its thread in a threaded bore 9 of an actuating element 8, passes through an opening 14 of the bearing plate 3 and is supported with her Screw head 6 on an assigned contact surface 20 of the setting plate 2.

The actuating element 8 has two lateral pins 10, 11, which are assigned in Bores 16, 17 engage in the lateral legs of the hinge bracket 4.

The bearing plate 3 comprises two obliquely arranged guide plates 12, 13, between which the control element 8 is received.

An opening 18 in the hinge arm 4 gives access to the Side adjustment screw 5. This screw moves it Control element 8 together with the hinge arm 4 along the shaft of the Screw 5, the adjustment movement of the hinge arm due to the oblique guide tabs 12, 13 in the direction of arrow 21 takes place since corresponding Slide sliding surfaces of the control body 8 along these guide plates 12, 13. This automatically results in a desired correction of the depth setting of the hinge arm when the side adjustment screw is actuated. The Depth adjustment screw 7 passes through an opening 19 in the hinge arm 4 and an opening 15 in the bearing plate 3 and is set in the setting plate 2.

Figures 4 to 7 show a further embodiment of the Seitenverstelleinrichtung. The bearing plate 103 comprises an approximately 45 ° angle threaded receptacle 114 directed in the direction of the depth adjustment screw 111, in which the side adjustment screw 105 is received. As shown in Figure 7 recognizes, the side adjustment screw 105 includes a head part 106 and a Threaded part 107, the threaded part having an upper region 108 Right-hand thread and a lower portion 109 threaded. The headboard 106 is via an elastic intermediate piece 110 with the threaded part 107 connected. As shown in Figure 6, the upper threaded part 108 is in a Threaded bore 113 of an actuator 112 screwed and the lower Threaded part 109 correspondingly in the thread receptacle 114 of the bearing plate 103. According to FIG. 4, the head part 106 of the screw 105 is in an upper opening of the hinge bracket 104 added. Thus, the axis 117 of the Head part approximately perpendicular to the mounting plane of the bearing plate 103, whereas the Axis 118 of the threaded part obliquely to the mounting plane of the bearing plate 103 runs. The elastic intermediate piece 110 ensures an elastically articulated Connection between head part 106 and threaded part 107. When the Adjusting screw 105, the hinge arm moves in the direction of the arrow 119, i.e. along the axis 118 of the threaded part 107, but not only one side adjustment of the corresponding furniture door but also one Correction of the depth setting depending on the side adjustment is made.

Another embodiment of the side adjustment screw 130 is shown in FIG. 8 to 11. The formation of the hinge is identical to Figures 4 to 7, in particular also the design of the bearing plate 103 Lateral adjustment screw 130 has a head part 131 and a threaded part 133. The threaded part is in turn in an upper area 134 with a right-hand thread and divided into a lower part 135 with left-hand thread, as can be seen in FIG. 11 results. Furthermore, the threaded part 133 has an Allen socket 136, into which a corresponding domed hexagon shaft 132 of the head part 131 engages. The cambered design of the hexagonal shaft 132 enables it to be actuated of the threaded part 133 through the head part 131 in a certain angular range possible. When installed, the longitudinal central axis 118 of the Thread part approximately obliquely to the mounting plane of the bearing plate 103 and the Longitudinal central axis 117 of the head part 131 perpendicular to the mounting plane of the Bearing plate 103. An actuation of the adjusting screw 130 on the head part 131 leads to an adjustment movement of the hinge arm 104 in the direction of arrow 119.

A further embodiment of a side adjustment screw 140 is shown in FIGS. 12 shown to 15. The side adjustment screw has a head part 141 as well Threaded part 144. The head part 141 comprises a shaft 142, on which several pins 143 protrude radially outward. The threaded part 144 includes again an upper section 145 with a right-hand thread and a lower one Section 146 with left-hand thread. In the upper section 145 are also axial Slots 147 are provided. As can be seen in particular in FIGS. 12 and 14 recognizes, the pins 143 engage in the assembled state of the hinge obliquely into the respectively assigned slots 147 of the threaded part 144, whereby the threaded part can be operated. Thus the run Longitudinal central axes 117 and 118 of the head part 141 and the threaded part 144 in at an angle to each other, so that an adjustment of the adjusting screw 114 is too movement of the hinge arm in the direction of arrow 119. The headboard 141 may have a flange 148 that it in an associated opening of the Hinge arm 104 holds.

A further embodiment of the invention is shown in FIGS. 16 to 19. In a known manner, the hinge comprises a base plate 201, one on top of it releasably attached set plate 202, a bearing plate 203 and finally the Hinge arm 204, which is connected to the setting plate 202.

The side adjustment screw 205 is shown enlarged in FIG. 19. This includes a head part 206 and a threaded part 207, the threaded part being in an upper Threaded part 208 and a lower threaded part 209 is divided. The Adjustment screw 205 passes through an opening 223 in the hinge bracket 204 lower threaded part 209 of screw 205 is in a threaded receptacle 215 Bearing plate 203 added. An actuator is on the upper threaded part 208 216 arranged, which two opposite bearing journals 217, 218 having in the associated elongated holes 213, 214 of a kinematics adapter 210 are stored. The front part of the kinematics adapter 210 includes bearings 211, 212 for the hinge pin, the front hinge pin reaches through the kinematics adapter and also in bearings 225 des Hinge bracket 204 is mounted. This allows the kinematics adapter to Swivel the axis of the front bearing pin 211. Starting from Figure 16 now the adjusting screw 205 are operated clockwise, the lower Screw part 209 in the thread receptacle 215 of the setting plate 203 upwards migrates and takes the hinge bracket 204 upward in the direction of the arrow 227, since the head part 206 of the screw 205 is fastened in the hinge bracket. simultaneously the actuator 216 on the upper threaded part 208 moves up and pivots the kinematics adapter 210 connected to the actuating element also upwards. The pitches of the threaded parts 208 and 209 are such chosen that an adjustment of the hinge bracket in the direction of arrow 227 with a Pivotal movement of the kinematics adapter 210 goes hand in hand with the angle 226, on the one hand through the level of the furniture part 22 and on the other hand through the The top edge of the kinematics adapter 210 is always defined during adjustment remains constant, as can be seen from FIG. 17. This means that pressing the Adjustment screw 205 causes a side adjustment, but the kinematics of the hinge as a whole is not changed. The depth adjustment screw 228 passes through an elongated hole 224 in the hinge bracket 204, also a bearing block 221, an elongated hole 219 in the bearing plate and is fixed in the setting plate 202. The Bearing block 221 has guide ribs 222 which are assigned in FIG Guide slots 220 of the bearing plate 203 are slidably mounted. So is an adjustment movement of the hinge bracket in the longitudinal direction of the bearing plate 203 possible. The bearing block 221 has a convex upper bearing surface and acts as a pivot bearing for the hinge bracket 204, if this by pressing the front adjusting screw 205 is pivoted.

A final embodiment of the invention again shows a hinge, consisting of from the hinge elements 301 to 304 with a side adjustment screw 305, which is received in a thread 309 of the hinge bracket and their Screw head is supported on a corresponding surface of the setting plate 302.

FIG. 23 shows the interaction between the setting plate 302, the bearing plate 303 and Hinge arm 304 shown. The bearing plate 303 sits on the setting plate 302 and has two side arms 312, 313. There is a vertical one in each arm Guide slot 314, 315 arranged.

The setting plate 302 has two lateral, horizontal guide slots 325 and 326, where the Adjusting screw 305 penetrates into the opening 323 of the setting plate 302. Parallel to the side legs of the hinge bracket 304 are opposite one another Swivel levers 316, 317 are provided. Each swivel lever includes one Bearing pin 318, which in an associated bore 321, 322 of the Hinge bracket 304 is mounted. The pivot levers 316, 317 also have upper ones Guide pin 319, which in the guide slots 314, 315 of Bearing plate 303 are guided. Lower guide pins 320 are also provided, which are guided in the guide slots 325, 326 of the setting plate 302. By the pivot lever 316, 317 becomes a positive guidance of the hinge bracket 304 reached when actuating the adjusting screw 305. This is in Figures 24 and 25 shown in sections. The adjusting screw 305 is going out 24 counter-clockwise, the screwed Thread take-up 309 of the hinge bracket along the thread of the Adjustment screw downwards, with the hinge arm also pointing in the direction of the arrow 327 moved down. The end position is shown in Figure 25. The Screw head 306 acts as a counter bearing and is always firmly on the positioning plate 302 on. Due to the pivot levers 316, 317, the hinge arm 304 but do not move down in any direction. Because the swivel levers 316, 317 fixedly connected to the hinge arm 304 by means of the bearing pins 318 are, the hinge arm 304 follows a superimposed movement caused by the Guide slots 314, 315 on the one hand and the guide slots 325, 326 on the other hand, because the corresponding guide pins 319, 320 the pivot lever 316, 317 forcibly guided in these guide slots are. Since the setting plate 302 and the bearing plate 303 are fixed, can the hinge bracket 304 only in the predetermined by the pivot lever 316, 317 Move direction. If you assume a neutral position, as in FIG. 21 is shown, the hinge arm moves in the direction of arrow 327 above when the adjusting screw 305 is actuated clockwise. Thereby the distance 328 between the hinge arm and furniture part 22 increases, however the distance 329 between the front joint axis 330 and decreases Front edge of the furniture part 22. This is shown in Figure 20.

In a corresponding manner, when the screw 305 rotates, it moves against clockwise the hinge arm 304 down, the distance 328 decreases, but the distance 329 increases. This results in pressing the side adjustment screw a corresponding correction of the depth setting due to the forced guidance of the hinge arm 304. This is shown in FIG. 22 shown.

drawing Legend

1

baseplate

2

adjusting plate

3

bearing plate

4

hinge bracket

5

adjusting
(Lateral adjustment)

6

screw head

7

adjusting
(Depth adjustment)

8th

actuator

9

threaded hole

10

spigot

11

spigot

12

Guide bracket (bevel)

13

Guide bracket (bevel)

14

Opening (bearing plate)

15

Opening (bearing plate)

16

Hole (hinge bracket)

17

Hole (hinge bracket)

18

Opening (hinge bracket)

19

Opening (hinge bracket)

20

Contact surface

21

arrow

22

furniture part

101

baseplate

102

adjusting plate

103

bearing plate

104

hinge bracket

105

adjusting
(Lateral adjustment)

106

headboard

107

threaded part

108

upper threaded part

109

lower threaded part

110

elastic intermediate piece

111

adjusting
(Depth adjustment)

112

actuator

113

threaded hole

114

threaded receptacle
(Bearing plate)

115

Opening (bearing plate)

116

Opening (hinge bracket)

117

axis

118

axis

119

arrow

120

arrow

130

adjusting

131

headboard

132

Hexagonal shank

133

threaded part

134

upper threaded part

135

lower threaded part

136

Inbusaufnahme

140

adjusting

141

headboard

142

shaft

143

spigot

144

threaded part

145

upper threaded part

146

lower threaded part

147

slots

148

beading

201

baseplate

202

adjusting plate

203

bearing plate

204

hinge bracket

205

adjusting
(Lateral adjustment)

206

headboard

207

threaded part

208

upper threaded part

209

lower threaded part

210

kinematic adapter

211

Bearing (hinge pin)

212

Bearing (hinge pin)

213

Long hole

214

Long hole

215

threaded receptacle
(Bearing plate)

216

actuator

217

pivot

218

pivot

219

Opening (bearing plate)

220

guide slot

221

bearing block

222

guide ribs

223

Opening (hinge bracket)

224

Opening (hinge bracket)

225

Storage (hinge pin i.
Hinge bracket)

226

angle

227

arrow

228

adjusting
(Depth adjustment)

301

baseplate

302

adjusting plate

303

bearing plate

304

hinge bracket

305

adjusting
(Lateral adjustment)

306

headboard

307

adjusting
(Depth adjustment)

308

Opening (hinge bracket)

309

threaded receptacle
(Hinge bracket)

310

bearing block

311

Opening (bearing block)

312

poor

313

poor

314

guide slot

315

guide slot

316

pivoting lever

317

pivoting lever

318

pivot

319

spigot

320

spigot

321

bearing bore

322

bearing bore

323

opening

324

opening

325

guide slot

326

guide slot

327

arrow

328

distance

329

distance

Claims (23)

Furniture hinge with side adjustment device for a hinge bracket (4) mounted indirectly or directly on a furniture-side, single or multi-part base plate (1), which is articulated to a door-side stop part, the position of the hinge bracket (4) perpendicular to the base plate (via the side adjustment device) 1) can be changed and at the same time the depth adjustment of the hinge bracket is corrected,
characterized in that the side adjustment device has an adjusting element (8) which is connected to the hinge bracket (4) and which is displaceably guided on guide lugs (12, 13) of a bearing plate (3) by one
Side adjustment screw (5) is penetrated and, when the side adjustment screw is actuated, moves together with the hinge bracket (4) parallel to the guide tabs (12, 13). Furniture hinge according to claim 1, characterized in that the guide tabs (12, 13) protrude obliquely from the surface of the bearing plate (3) and accommodate the adjusting element (8) between them. Furniture hinge according to one of claims 1 or 2, characterized in that the adjusting element (8) is essentially prism-shaped and comprises two oblique, mutually parallel sliding surfaces, each of which abuts an associated guide tab (12, 13). Furniture hinge according to one of claims 1 to 3, characterized in that the adjusting element (8) has two lateral, opposing pins (10, 11) which are mounted in corresponding bores (16, 17) of the side legs of the hinge bracket (4). Furniture hinge with side adjustment device for a hinge bracket (104) mounted directly or indirectly on a furniture-side, single or multi-part base plate (101), which is articulated to a door-side stop part, the position of the hinge bracket (104) perpendicular to the base plate (via the side adjustment device) 101) can be changed and at the same time the depth adjustment of the hinge bar is corrected,
characterized in that the side adjustment device has a side adjustment screw (105; 130; 140)) mounted in a bearing plate (103) and directly or indirectly connected to the hinge bracket (104) with a head part (106; 131; 141) and a threaded part (107; 133; 144), the longitudinal center axis (118) of the threaded part (107; 133; 144) forming an angle with the plane of the bearing plate, and actuation of the side adjustment screw (105; 130; 140)) displacing the hinge bracket (104) along the longitudinal central axis (118) of the threaded part (107; 133; 144). Furniture hinge according to claim 5, characterized in that the head part (106; 131; 141) is elastically or articulatedly connected to the threaded part (107; 133; 144), the central longitudinal axes (117; 118) of the head part and the threaded part running differently. Furniture hinge according to one of claims 5 or 6, characterized in that the threaded part (107; 133; 144) has a lower region (109; 135; 146) with left-hand thread and an upper region (108; 134; 145) with right-hand thread, wherein the lower area engages in a threaded receptacle (114) of the bearing plate (103) and the upper area engages through a threaded receptacle (113) of an adjusting element (112). Furniture hinge according to one of claims 5 to 7, characterized in that the adjusting element (112) is fixedly connected to the hinge bracket (104). Furniture hinge according to one of claims 5 to 8, characterized in that the head part (106) is connected to the threaded part (107) via an elastic intermediate piece (110). Furniture hinge according to one of claims 5 to 8, characterized in that the head part (131) has a cambered hexagonal shaft (132) in the lower region which engages in an Allen opening (136) of the threaded part (133). Furniture hinge according to one of claims 5 to 8, characterized in that the head part (141) has a shaft (142) with a plurality of circumferentially distributed pins (143) which engage in lateral slots distributed over the circumference of the threaded part (144) (147) are provided. Furniture hinge according to one of claims 5 to 11, characterized in that the head part (106; 131; 141) is rotatably fixed in an opening of the hinge bracket (104). Furniture hinge with side adjustment device for a hinge bracket (204) mounted directly or indirectly on a furniture-side, one-piece or multi-part base plate (201), which is connected in an articulated manner to a stop part on the door side, the position of the hinge bracket (204) perpendicular to the base plate via the side adjustment device ( 291) can be changed and at the same time the depth adjustment of the hinge bracket is corrected,
characterized in that the side adjustment device comprises a side adjustment screw (205) with a lower threaded part (209) and an upper threaded part (208), the lower threaded part (209) engaging in a threaded receptacle (215) of the bearing plate (203) and the upper threaded part (208) passes through an adjusting element (216) which is movable along the threaded part (208) and which is connected to a kinematic adapter (210) which is pivotably mounted on a hinge pin (211) of the hinge bracket (204) and depending on the position of the adjusting element (216) pivots about an axis (225). Furniture hinge according to claim 13, characterized in that when the side adjustment screw (205) is actuated , the kinematics adapter (210) pivots such that the angle (226) formed by the central longitudinal axes of the base plate (201) and the kinematics adapter (210) remains constant. Furniture hinge according to one of claims 13 or 14, characterized in that the threaded parts (208, 209) have a different pitch. Furniture hinge according to one of claims 13 to 15, characterized in that the adjusting element (216) is annular and has two opposite pins (217, 218) which are movably mounted in corresponding elongated holes (213, 214) of the kinematics adapter (210) , Furniture hinge according to one of claims 13 to 16, characterized in that a convex bearing block (221) is provided between the hinge bracket (204) and the bearing plate (203) at a distance from the side adjustment screw (205). Furniture hinge according to one of claims 13 to 16, characterized in that the bearing block (221) is arranged to be linearly displaceable on the bearing plate (203). Furniture hinge with side adjustment device for a hinge bracket (304) mounted indirectly or directly on a furniture-side, single or multi-part base plate (301), which is articulated to a door-side stop part, the position of the hinge bracket (304) perpendicular to the base plate (via the side adjustment device) 301) can be changed and at the same time the depth adjustment of the hinge bracket is corrected,
characterized in that the side adjustment device comprises swivel levers (316, 317) which are rotatably mounted on the hinge bracket (304) and whose lever arms are guided on or in parts of the hinge which are fixed with respect to the base plate (301) and when the side adjustment screw (305 ) ensure that the hinge bracket (304) is guided. Furniture hinge according to claim 19, characterized in that the fixed parts are the positioning plate (302) and a bearing plate (303). Furniture hinge according to one of claims 19 or 20, characterized in that guide pins (319, 320) are arranged on the lever arms of the swivel levers (316, 317), on the one hand in linear guides (325, 326) of the adjusting plate (302) and on the other hand are guided in linear guides (314, 315) of the bearing plate (303), and in each case a bearing pin (318) is arranged, which is rotatably mounted in a bore (321, 322) of the hinge bracket (304). Furniture hinge according to one of claims 19 to 21, characterized in that the pivoting levers (316, 317) in the hinge bracket (304) are arranged essentially parallel to the side legs thereof. Furniture hinge according to one of claims 19 to 22, characterized in that the guides (325, 326) of the positioning plate (302) and the guides (314, 315) of the bearing plate (303) run at an angle to one another.

Images