Abstract: The invention disclosed provides a compact hinge capable of a vertical, a horizontal, and an overlay adjustment, comprised of a cup portion and a hinge arm with one end pivotably connected to the cup portion and the other end slideably connected to a fastener plate. The fastener plate further comprises a first semi-planar surface for contact with a cabinet frame and a second semi-planar surface for slideable engagement with the hinge arm to accomplish the horizontal adjustment. The first and second semi-planar surfaces are interconnected by a deformable hinge section that allows for an elastically resilient connection at one end and an adjusting screw at the other end for a horizontally arcing movement relative to each resulting in an overlay adjustment. The fastener plate further comprises an elongated aperture in the first semi-planar surface through which the vertical adjustment is accomplished.

Abstract: A multi-directional adjustment hinge includes a head plate, a connector, a locating plate, a pivot pin, a spring tongue, a first adjustment cam, and a second adjustment cam. The arm is provided with a cam portion and an insertion portion. The cam portion of the arm is connected to the head plate. The connector has a connection plate and an extension plate. The insertion portion of the arm and the connection plate are interlocked and interacting with the first adjustment cam. The locating plate is connected to the extension plate. The locating plate and the extension plate are interlocked and interacting by means of the second adjustment cam. The spring tongue penetrates and engages with the arm.

Abstract: A three-way adjustable butt hinge for a door is adjusted vertically in a door frame by inserting an allen wrench in a vertical adjustment screw at the top of the hinge pin. Turning the wrench moves the screw in either direction, pushes on the hinge pin and raises or lowers the door as necessary. A pin has an eccentric shaft with upper and lower sections offset on parallel axes. Lateral adjustments are effected by loosening a side-mounted set screw and turning the eccentric shaft as necessary to move the door either in or out or side to side in the frame. The lateral set screw holds the hinge pin integral with the sash hinge. The door is removed from the frame by simply lifting the door sash hinge and pin from the complementary pin receiver on the frame hinge.

Abstract: A hinge for furniture of the “frame” type comprises a base portion to be mounted to the frame of the piece of furniture and a portion for fastening to the furniture door and articulated on the base portion. The base portion comprises a lower element intended for fastening to the furniture frame, and an upper element supporting the articulation to the portion fastening the hinge to the door. The lower and upper elements are connected to each other for mutual-sliding movement in a direction longitudinal to the hinge, means for controlled adjustment of the sliding movement being present close to one end of the base portion. The two base elements are made of cut-out sheet metal and means for sliding constraint in the adjustment direction are present between them, said means comprising half-punched pins projecting from side walls of one of the two elements for sliding fitting into corresponding slots in the other element.

Abstract: An adjustable hinge (10) has a frame leaf (11) with a door leaf (14) rotatably mounted thereto. An adjustable mounting assembly (21) has a snap-in connection to the door leaf (14). A slideable carriage (24) is utilized. Vertical adjustment is provided by a bevel gear assembly (25). Horizontal adjustment is provided through a screw (17) which pivots the door leaf (14).

Abstract: A snap hinge for supporting closure elements, comprising a first articulated quadrilateral and a second articulated quadrilateral, which share a first lever and a second lever and have, as their base element, respectively a plate for coupling to a component designed to be fixed and a plate for fixing to a closure element, at least first elastic elements which act on at least one of the articulated quadrilaterals, and a device for fixing the coupling plate to the component, and a complementary plate, which is adapted to be superimposed on the coupling plate, elements for anchoring the complementary plate to the component, elements for the rectilinear guiding of the coupling plate so that it slides alternately along a direction which is substantially parallel to the plane formed by the component, the elements being formed in the complementary plate, and elements for actuating the coupling plate so that it slides along the guiding elements.

Abstract: A three-dimension adjustable hidden furniture door hinge is designed to include a travel member that can be fixed onto the door, an adjustable member that can be fixed onto the door frame and an arm segment connects these two members, the adjustable member includes three tiers of boards, a base board in the lower tier can be fixed onto a door frame, a middle board in the middle tier that can slide up and down on top of the base board, and an adjustable board in the upper tier on top of the middle board that can slide back and forth; there are matching grooves and directional tabs formed on the boards; three cam screws are used to provide up-down, back-forth, and left-right position adjustment, there is no need to loosen up other screws, the entire adjustment process is simple, quickly and energy saving.

Abstract: A hinge for detachably anchoring a door to a frame of a piece of furniture includes a mounting and adjustment assembly mounted on the frame, a hinge cup attached to an arm and upper plate, and a locking mechanism attached to the upper plate. An embodiment of the mounting and adjustment assembly includes a base/mounting plate, an adjustment plate and a connecting plate. An embodiment of the locking mechanism is spring actuated to facilitate installation and removal of the door.

Abstract: A hinge (10) has a first arm (14) pivotally mounted to a first mounting element (11) and a second arm (15) pivotally mounted to a second mounting element (12). The first and second arms (14, 15) intersect and are pivotally joined by a pivot (13). A first link (24) is pivotally connected to the first mounting element (11) and pivotally coupled to the second arm (15). A second link 21 is pivotally connected to the second mounting element (12) and pivotally coupled to the first arm (14). At least one of said first and second links (21, 24) is adjustable such as to adjust the position of the arm, to which the link is connected, with respect to a pivotal coupling of the mounting element to the arm. The first arm (14) is formed in two parts (31 and 32) which are pivotally coupled together whereby the angular position of one part (31) relative to the other part (32) can be altered and retained in an adjusted angular position by adjusting screws (44).

Abstract: The invention disclosed provides a compact hinge capable of a vertical, a horizontal, and an overlay adjustment, comprised of a cup portion and a hinge arm with one end pivotably connected to the cup portion and the other end slideably connected to a fastener plate. The fastener plate further comprises a first semi-planar surface for contact with a cabinet frame and a second semi-planar surface for slideable engagement with the hinge arm to accomplish the horizontal adjustment. The first and second semi-planar surfaces are interconnected by a deformable hinge section that allows for an elastically resilient connection at one end and an adjusting screw at the other end for a horizontally arcing movement relative to each resulting in an overlay adjustment. The fastener plate further comprises an elongated aperture in the first semi-planar surface through which the vertical adjustment is accomplished.

Abstract: A multi-directional adjustment hinge includes a head plate, a connector, a locating plate, a pivot pin, a spring tongue, a first adjustment cam, and a second adjustment cam. The arm is provided with a cam portion and an insertion portion. The cam portion of the arm is connected to the head plate. The connector has a connection plate and an extension plate. The insertion portion of the arm and the connection plate are interlocked and interacting with the first adjustment cam. The locating plate is connected to the extension plate. The locating plate and the extension plate are interlocked and interacting by means of the second adjustment cam. The spring tongue penetrates and engages with the arm.

Abstract: A multi-directional adjustment hinge includes a head plate, an extension plate, a locating plate, a pivot pin, a spring tongue, an adjustment screw, and an adjustment cam. The head plate has a chamber. An arm extends from one end of the extension plate and another end of the extension plate is provided with a joint. A pair of sidewalls is disposed at both sides of the extension plate. Two lips are disposed at both sides of the locating plate to be inserted between the sidewalls and side edges of the joint. Each lip contains a protruding tab to hold against the joint. One side of the extension plate and the locating plate is linked to interact with each other by means of the adjustment screw. Another side of the locating plate and the joint is linked to interact with each other by means of the adjustment cam.

Abstract: This is an improved hinge device with unique adjustable features. Particularly this hinge device is used to aid in the adjustment and fitting of existing doors in buildings and in the initial installation of doors into buildings and may be incorporated in combination with other types of door hinge devices where easy adjustment for fit is desired or required. The preferred embodiment is comprised of a simple adjustable top and bottom hinge assemblies with unique connection features and a special middle adjustable hinge 33 with unique adjustable features for vertical and rotational alignment.

Abstract: An adjustable hinge for pivotally mounting a door on a door frame for pivoting of the door about a pivot axis relative to the frame for use in both left-handed and right-handed installations, includes a first adjustment mechanism located near one end of the hinge pin for providing vertical height adjustment in a left-handed installation and a second adjustment mechanism located near the opposite end of the hinge pin for providing vertical height adjustment in a right-handed installation set.

Abstract: An adjustable hinge assembly for a vehicle closure is disclosed. The adjustable hinge assembly includes an adjustment pin received in a hinge pin and is adjustable to cause the closure to become flush with adjacent vehicle body structure. The adjustable hinge assembly may be employed with a deck lid of a vehicle to allow for a flushness adjustment of the deck lid relative to adjacent vehicle quarter panels.

Abstract: A preferred embodiment adjustable door includes a bracket having a front and sides defining a cavity, and one of the sides includes a retaining member. A tapping plate fits within the cavity and is operatively connected to the adjustable door with the bracket. The tapping plate includes a first aperture and a second aperture in communication with and extending perpendicular to one another. The first aperture is proximate an end of the tapping plate and corresponds with the retaining member. The adjusting member fits within the second aperture of the tapping plate. The fastener is engaged by the retaining member of the bracket. The fastener extends through the first aperture into the second aperture and mates with the adjusting member. The adjusting member moves along the shaft of the fastener as the fastener is rotated, which moves the tapping relative to the fastener and the bracket.

Abstract: A refrigerator door hinge for a refrigerator having a door and a body frame includes a plate and a first bushing that provides horizontal adjustments and that is inserted into a hole in the plate. The hinge further includes a second bushing that provides vertical adjustments and that is inserted in an opening of the first bushing. The first bushing is further inserted into a base that includes an adjusting screw. Horizontal adjustments of the door relative to the body frame are made by rotating the adjusting screw. Vertical adjustments of the door relative to the body frame are made by rotating the second bushing.

Abstract: An example furniture door hinge includes a carrier arm having a first arm end and a second arm end, a door rabbet element rotatably fastens to the first arm end, and a fastening plate is disposed on the second arm end. The fastening plate is formed with the carrier arm and has a threaded hole near the carrier arm for receiving a lateral adjustment screw. A mounting plate attaches to the body of a piece of furniture, the second arm end longitudinally and laterally adjustably connects to the mounting plate and the fastening plate longitudinally guided across the mounting plate. The lateral adjustment screw accommodates at least one edge of a longitudinal slot in the mounting plate within a circumferential groove. The longitudinal slot is closed near the carrier arm and enlarged away from the carrier arm to receive the screw head.

Abstract: The invention disclosed provides a hinge capable of a vertical and overlay adjustment, comprised of a recessed hinge cup and a hinge arm connected to an attachment plate and an abutment plate which are further connected by a deformable hinge section. An overlay adjustment is provided by bending the deformable hinge section through use of an overlay adjustment screw fitted between the attachment plate and the abutment plate. The novel hinge provided is also adjustable vertically via an adjustment screw accessed by a portal in the attachment plate. The design is less complicated and therefore is lighter and less expensive than previous overlay adjustable hinges and allows delicate and semi-permanent adjustments to be made by a single installer.

Abstract: A hinge assembly 15 for a vehicle tailgate 14 comprises a first hinge member 21 fastened to the tailgate 14 and a second hinge member 22 fastened to a hollow flange 23 of a vehicle roof 13 by means of adjustment device 24 comprising an adjustment nut 25 and a locking screw 26. The second hinge member 22 has a hollow cylindrical shank portion 35 with a left-hand external screw thread 36 and a right-hand internal thread 38. Further, the adjustment nut 25 having a screw thread 39 engaged with the external thread 36 of the hollow shank portion 35 and the locking screw 26 having a screw thread 41 engaged with the internal thread 38 of the hollow shank portion 35.

Abstract: The invention provides a metal hinge assembly with vertical and horizontal adjustment mounted onto the component of a gate. The top having a rotating support arm is machined with two mounting nuts, the first bolt extends horizontally with threaded rod to hold two nuts to support the gate. The second bolt extends into the shaft of the casing for horizontal and vertical adjustment. A valve extends from a casing for external lubrication. The bottom of the housing contains a chamber to allow the ball bearing smooth rotation allowing adjustment for distance. The bottom of the base has a chamber for the locking set screw to allow vertical adjustment, the bottom surface side of the base, thus rests against the edge of the side surface of a gate and is screwed in the base of the hinge, locking the bottom portion of the hinge to the top of the hinge.

Abstract: An example furniture hinge includes a carrier arm, a door fitting having a recessed cup that is rotatably disposed on one end of the carrier arm, and an end plate adjustably connected to another end of the carrier arm. A mounting plate that attaches to a furniture body includes a wall portion. An eccentric element laterally adjustably attaches the end plate to the wall portion. The end plate includes an anchoring element for engaging behind the wall portion.

Abstract: A method and apparatus providing an adjustable hinge configured for a fence post and gate assembly of a fence. The adjustable hinge includes a first bracket operable to be secured to a first portion of the fence and a second bracket operable to be secured to a second portion of the fence. The adjustable hinge also includes a vertical adjustment component, a horizontal adjustment component, a hinge barrel and a collar. The vertical adjustment component is operably coupled to the first bracket and the horizontal adjustment component is operably coupled to the second bracket. The hinge barrel is operable to be rotatably coupled to the vertical adjustment component and the horizontal adjustment component. The collar is operable to be rotatably coupled to the horizontal adjustment component and is operably coupled to the second bracket.

Abstract: A multi-position adjustable door hinge is comprised of a frame leaf having a lower barrel section and a door leaf having an upper barrel section. An eccentric pivot pin is disposed in axial rotational fit in a through bore of the lower barrel section and is in contact at a lower end with an adjustment screw. The eccentric pivot pin has an upper cylindrical portion eccentrically displaced from the lower cylindrical portion and extends into a cylindrical bore of an eccentric compensator cylinder adjustably retained in the through bore of the upper barrel section. The eccentric pivot pin and the eccentric compensator cylinder are both axially displaceable from one another whereby to impart relative lateral displacement thereof and of the barrels to a desired position. The adjustment screw at the bottom of the lower barrel section provides vertical adjustment between the frame leaf and the door leaf.

Abstract: Apparatus and methods for generating repeatable closure of a volume measurement chamber are provided. More particularly, in one embodiment of the present invention, a dual articulating hinge is used to affix a chamber door to a volume measurement chamber, providing repeatable closure of a chamber door. In another embodiment of the invention, a laterally compliant magnetic latch is used to fasten a chamber door to a volume measurement chamber. In a third embodiment, a chamber door lid is mounted to a hinge bar via a ball joint, allowing the chamber door lid to self center about the chamber opening.

Abstract: A hinge for anchoring a door leaf (2) to a frame (1) of an item of furniture has a base plate (5) that may be secured to the frame (1) and an intermediate piece (3) on which there is mounted a hinge arm (4) connected to a hinge pot (8) that may be secured to the door leaf (2) by way of at least one articulating pin (9). An adjusting and/or fixing mechanism is provided by means of which the hinge arm (4) may be fixed in different positions on the intermediate piece (3). The intermediate piece (3) is provided with a bracket (15) that has lateral marginal projections (15?) and is punched out of the intermediate piece (3). The hinge arm (4) has a region that is C-shaped in cross-section. Inwardly directed projections (7) of this region reach behind the marginal projections (15?) of the bracket (15), as a result of which the hinge arm (4) is anchored to the bracket (15).

Abstract: A hinge device where height adjustment, depth adjustment and side adjustment are permitted, wherein a hinge flap is adjustably supported by a rotatable pin with a polygonal flange, the hinge for side adjustment having an adjustable screw body fastened into the door frame for abutment with the rear side of the hinge, and where depth adjustment is provided by allowing a tongue on the hinge flap to form rotatable engagement with a double-headed adjusting screw that is insertable into the door frame parallel to the plane of the hinge flap.

Abstract: A two-part adjustable hinge is provided that is used in place of a standard gate hinge on a fence. The nut with attached pin can be adjusted upon the threads of the bolt attached to the clamp to change distance between the post and the gate without installation of new materials.

Abstract: A single-pin hinge for furniture comprises a base (11) and a fastening bowl (12). Pivotally mounted on the bowl (12) is the end (14) of a pivoting arm (15) the opposite end of which (16) is rectilinear and slidably mounted to an extremity of an L-shaped element (17). The other extremity of the element (17) is slidably mounted to the base (11). Disposed between one extremity (18) of the L-shaped element and the base (11) is first means (20) for adjustment of the mutual position of same in their sliding direction (21) whereas between the other extremity (19) of the L-shaped element and the rectilinear end (16) of the pivoting arm is second means (23) for adjustment of the mutual position of same in their sliding direction (22).

Abstract: Hinge for an opening door or window frame including a first and a second knuckle part connected together by a pin and assembled so as to allow adjustment between the first and second knuckle parts in a direction parallel to and in a direction perpendicular to the general plane of the door or window, respectively. For the purposes of adjustment perpendicular to the plane of the door or window, a sleeve is provided which can be oriented inside the second knuckle part. The sleeve and the pin have surfaces that come into mutual axial contact and are spherical in shape. Spherical surfaces are also provided between the sleeve and a support which is screwed into the bottom of the second knuckle part in order to adjust the height of the first knuckle part.

Abstract: An improved hinge assembly for use with gates, doors and the like, including respective first, second and third members, adapted to be releasably and adjustably mounted to a gate, door or the like and a jamb or the like therefor. The first member (1) has means (10, 11) associated therewith which allows for pivotal movement thereof relative to said second (2) and third members (3), thereby to allow for selective and controlled opening and/or closing of the gate, door or the like. The assembly further includes means which allows for the monitoring of the disposition of the gate, door or the like relative to the jamb or the like therefor, thereby to denote whether the gate, door of the like is open or closed. Means are also provided for selective vertical and/or horizontal adjustment of the hinge assembly.

Abstract: This invention relates to hinges for mounting a door on a furniture article frame. The hinges include at least a hinge cup member adapted to be affixed to the furniture door, a top hinge arm segment pivotably connected to the hinge cup member and comprising a top elongated aperture and two tabs, and an L-shaped hinge arm segment comprising at least a circular aperture, a center hole and two grooves. A base hinge arm segment comprising an elongated center hole, a circular aperture and an upper flange may also be used with the top hinge arm segment and the L-shaped hinge arm segment to allow adjustments to be made in a third direction. In some embodiments, turning a cam or eccentric screw allows adjustments to be made horizontally from side-to-side so that the desired spacing of the door from opposite sides of the door opening can be set.

Abstract: This invention relates to hinges for mounting a door on a furniture article frame. The hinges include at least a hinge cup member adapted to be affixed to the furniture door and a top hinge arm segment pivotably connected to the hinge cup member and having a top center hole and a top elongated aperture with one end open to the top center hole. Various intermediate hinge arm segments and base hinge arm segments can be used with the top hinge arm segment to allow adjustments to be made in two or three directions. In some embodiments, turning an adjustment screw allows adjustments to be made horizontally from side-to-side so that the desired spacing of the door from opposite sides of the door opening can be set. In some embodiments, turning a cam screw allows adjustments to be made horizontally in-and-out so that the desired alignment of the door with the front face of the furniture article frame can be set.

Abstract: This invention relates to hinges for mounting a door on a furniture article frame. The hinges include at least a hinge cup member adapted to be affixed to the furniture door, a top hinge arm segment pivotably connected to the hinge cup member and comprising a top elongated aperture and two tabs, and an L-shaped hinge arm segment comprising at least a circular aperture, a center hole and two grooves. A base hinge arm segment comprising an elongated center hole, a circular aperture and an upper flange may also be used with the top hinge arm segment and the L-shaped hinge arm segment to allow adjustments to be made in a third direction. In some embodiments, turning a cam or eccentric screw allows adjustments to be made horizontally from side-to-side so that the desired spacing of the door from opposite sides of the door opening can be set.

Abstract: A hinge comprising: a hinge arm; and a mounting plate by means of which said hinge arm can be mounted to a furniture side wall. The hinge arm is hingedly connected to a hinge member. An adjustment screw is provided to adjust the position of the hinge arm with respect to the mounting plate. The mounting plate has a slot open at one end and having two elongated rims opposed to each other. The adjustment screw is mounted in said hinge arm so as to be turnable but axially undisplaceable with respect to said hinge arm. The opposed rims of the slot engage in the screw thread of the adjustment screw, so that the adjustment screw can be screwed into the slot of the mounting plate.

Abstract: A single-pin hinge for furniture comprises a base (11) and a fastening bowl (12). Pivotally mounted on the bowl (12) is the end (14) of a pivoting arm (15) the opposite end of which (16) is rectilinear and slidably mounted to an extremity of an L-shaped element (17). The other extremity of the element (17) is slidably mounted to the base (11). Disposed between one extremity (18) of the L-shaped element and the base (11) is first means (20) for adjustment of the mutual position of same in their sliding direction (21) whereas between the other extremity (19) of the L-shaped element and the rectilinear end (16) of the pivoting arm is second means (23) for adjustment of the mutual position of same in their sliding direction (22).

Abstract: The invention concerns a cabinet hinge with a side adjusting device that connects directly or indirectly on a cabinet-side, has a single- or multi-part baseplate (1) holding a hinge arm that is connected jointed or linked or hinged with a door-side stop component so that by means of the side adjusting device, the hinge arm's position can be changed perpendicular to the baseplate, and, at the same time, results in a correction of the depth adjustment of the hinge arm. This correction of the depth adjustment, which can also be described as a gap or reveal equalization, is accomplished by a corresponding side adjusting screw; that is, correspondingly by operating or turning the side adjusting screw. The adjusting element achieves restrained and controlled guidance of the hinge arm during the adjustment.

Abstract: The invention concerns an adjustable hinge that connects two furniture/cabinet components (door and cabinet body) together by means of a cabinet hinge and baseplate. On the cabinet hinge is a spring snap mechanism and connected on it, a hinge arm. This is connected by an adjustment plate with the baseplate and between the hinge arm and adjustment plate, an adjustment screw is located to adjust the both (bilateral) distances. The adjustment screw is screwed through an enclosed elongated hole in the adjustment plate in a thread borehole in the hinge arm. According to the invention, the adjustment screw is designed as a set screw (thread pin), which has on its one end a device for a releasable coupling with a tool and on the other end has a plate with a larger diameter. The bottom surface side of the plate, thus, rests on the baseplate and on the plate's upper surface, the edge of the adjustment plate's elongated hole.

Abstract: A hinge is provided which includes a frame-side base member 41 adapted to be attached to an open frame 10 and a door-side base member 42 adapted to be attached to a door 20. The frame-side base member 41 is connected to a first plate 31 and the door-side base member 42 is connected to a second plate 32 which is hinge connected to the first plate 31, for holding the door 20 so as to be capable of rotating. The second plate 32 is separable from the door-side base member 42. The door-side base member 42 is shaped to be symmetrical about the vertical center line of the door edge, and is imbedded in the edge of the door 20 without any protrusions from the door 20. Further, the door-side base member 42 is provided with a slit 44 which penetrates the member 42 in the width direction of the door 20 and into which the second plate 32 can be inserted from both the front and back sides of the door 20. There is also provided a lock apparatus to lock the second plate 32 inserted into the slit 44.

Abstract: In order to support a window sash on a fixed frame in such a way that it can pivot around a vertical axis, a horizontal support arm is provided which is connected with a frame-side pivot bearing by means of a support angle, the vertical leg of which grips behind a support plate. An adjusting device which acts in the horizontal direction to change the distance between the sash and the axis of the pivot bearing is not placed in the region of the support angle, but rather at the end of the support arm which is away from the pivot bearing, and acts between the support arm and a filler piece which is fastened in the groove channel of the sash.

Abstract: A fastening plate for the fastening of a fitting to a supporting wall including a bottom plate, provided with two boreholes for fastening screws and with two base-like elevations, and a top plate, at least partially covering the bottom plate, and having an elongated center piece with devices for the fastening of the fitting and at the sides wing-like protrusions provided with oblong holes whose center lines are at right angles to the center line of the center piece and which are also penetrated by the fastening screws with base-like elevations engaging the oblong holes of the top plate as guide pieces. The boreholes lie on the center line of the bottom plate with a spreading dowel-like extension being formed on one borehole and with the other borehole bearing in its base-like elevation a pre-mounted screw sized so that its thread cuts into the wall of the borehole provided in the supporting wall.

Abstract: A hinge with an adjusting device for adjusting the position of an elongated hinge arm which is mounted on a base plate and is connected to a hinge cup by means of articulated hinge links. The base plate has a mounting plane for abutting a furniture side wall in the mounted position and the position of the hinge arm is adjustable by the adjusting device in a plane perpendicular to said mounting plane. The adjusting device comprises two screws spaced from each other in the longitudinal direction of the hinge arm and being perpendicular to the mounting plane of the base plate. The screws are coupled to each other so that rotation of one screw will result in rotation of the other screw.

Abstract: An adjustable hinge arm with a U-shaped profile is supported on a base plate which can be fastened to a wall by its rear end portion remote from the joint and a setscrew screwed into this. A fastening screw is screwed into the base plate between the end portion and the setscrew. To allow in a simple design the angle of the hinge arm to the base plate to be adjusted for a side adjustment only by actuating a setscrew, a bottom plate is supported with its one end on the rear end section of the hinge arm, on the front end of which bottom plate the setscrew is pivoted and supported in an axially unmovable manner. The hinge arm is provided in the area of the fastening screw with a cutout in its leg portion. The fastening screw engages a hole in the middle section of the bottom plate and is supported with its head on the edge of said hole.

Abstract: An adjustable hinge for mounting a door on a frame of a furniture article includes a hinge arm with a first end portion articulated to the first hinge and with a second end portion on which is formed an adjustment member with a threaded adjustment screw opening and a pair of opposing lateral edge portions with depending flanges, each having a recess with a forward end having an abutment surface and a rearward end having a hook. The hinge also includes a second hinge member having portions defining an adjustment screw opening and a pair of opposing lateral edge portions with upstanding flanges, each of which has a forward projection and a rearward projection. The rearward projection pivotably engages the hook of the recess in the depending flange of the adjustment member with the forward projection confronting the abutment surface of the recess of the depending ledge of the adjustment member.

Abstract: A single-pin furniture hinge of the box type comprises a first (11) and a second (12) fastening element designed to be fastened to two furniture parts to be hinged together and an arm (15) provided at one end with the first fastening element (11) and at the other end with hinging elements (16) for hinging it to the second fastening element (12) to achieve the articulation of the hinge. The arm (15) is composed of a first (19) and a second (20) part which reciprocally slide upon operation of adjusting screw (31) to enable adjustment of the reciprocal position of the two fastening elements (11, 12). The adjusting screw (31) having its axis coinciding with the direction of adjustment of the hinge and cooperating with said first (19) and second (20) part to achieve their reciprocal sliding upon rotation of the screw.

Abstract: An adjustable hinge including a first hinge member having a hinge sleeve and a second hinge member having a guide, with a door leaf coupled to the second hinge member and having at least one tab received within the guide for guiding movement therealong, the door leaf also coupled to the first hinge member and received within the hinge sleeve, allowing selective pivotal movement of the first hinge member relative to the second hinge member about a rotational axis extending in a vertical direction. The adjustable hinge features a vertical adjustment mechanism received within the hinge sleeve allowing selective movement of the first hinge member relative to the second hinge member in the vertical direction, and a horizontal adjustment mechanism within a cavity formed within the second hinge member with at least one tab of the door leaf is guidably moved along the guide, allowing selective movement of the first hinge member relative to the second hinge member in a horizontal direction.

Abstract: A vertically adjustable hinge which permits easy, small and precise vertical adjustments. The hinge includes a body, a first leaf and a second leaf. It should be noted that the hinge may be provided only as a body and a first leaf for retro-fitting on to an existing second leaf. The body includes a leaf cavity, an adjustment mechanism cavity and, where necessary, a window. The window extends from a face side of the body and communicates with the adjustment mechanism cavity. The adjustment mechanism cavity communicates with the leaf cavity. The leaf cavity is sized and dimensioned to receive a planer portion of the first leaf therein with additional space for vertical adjustment of the first leaf. An adjustment mechanism is provided in the form of an elongated jack screw having a head which engages a slot formed in the first leaf and a threaded portion which engages a fixed thread.

Abstract: An adjustable hinge for mounting a movable door element to a frame element has a plain leaf adapted to be secured to one of the elements and having at least one knuckle, a pintle passing through the knuckle along a pintle axis, and an adjustable leaf. This adjustable leaf has a plate formed with at least one knuckle aligned with the knuckle of the plain leaf and also traversed by the pintle, and a housing adapted to be secured to the other of the elements and formed with a slot receiving the plate. The slot forms a fulcrum for pivoting of the plate relative to the housing about an adjustment axis parallel to but offset from the pintle axis through a multiplicity of angularly offset positions. An adjustable element is provided for fixing the plate in the slot in any of the angularly offset positions. In addition the plate is displaceable parallel to the axis in the housing.

Abstract: An adjustable hinge for pivotally mounting a door on a frame has a first leaf mounted and an adjustable mounting assembly to be mounted on the frame or the door. The mounting assembly includes (i) a bracket, (ii) a vertically extending threaded shaft, (iii) an internally threaded pinion gear, and (iv) a rotatable screw. The threaded shaft is fixed on the bracket and threadably engaged with the pinion gear. The rotatable screw has a threaded outer surface portion engaged with the pinion gear for rotating the pinion gear relative to the shaft so as to axially move the gear relative to the shaft. A second leaf is pivotally mounted on the mounting assembly and has one end pivotally engaged with the first leaf. A horizontally extending adjusting screw has a shank threadably engaged in the second leaf, and the end of the shank abuts the bracket so that the rotation of the adjusting screw pivots the second leaf inwardly and outwardly relative to the bracket.

Abstract: A frame hinge has a hinge arm which may be secured to a furniture frame and is connected by way of at least one articulation pin to a hinge pot which may be set in a door leaf. The hinge arm is secured to the furniture frame by a base plate. Arranged between the hinge arm and the base plate is an intermediate plate which is held against the base plate by a clamping screw and is articulatedly connected to the hinge arm. The axis of the articulation is aligned perpendicular to the hinge axis and perpendicular to the plane of the closed door leaf. A gap-adjusting screw is held in the base plate and is supported by its thread either in the hinge arm or in the intermediate plate, with the result that when the gap-adjusting screw is turned the hinge arm and the intermediate plate perform an angular movement in relation to one another.