Abstract: A displaceable hinge unit is provided. The displaceable hinge unit includes: an outer frame having an insertion groove formed on a longitudinal center portion of a first lateral surface thereof; a shaft rotatably disposed in the outer frame by passing through the insertion groove of the outer frame, and having a screw thread formed on an outer circumferential surface thereof located in the insertion groove; and an inner frame having a screw thread that is formed on an inner circumferential surface thereof and is engaged with the screw thread of the shaft, and configured to form translational motion in the insertion groove by means of rotation of the shaft.

Abstract: The disclosure generally relates to an exemplary hinge of an enclosure that can house an electrical network protection element and provide protection to the electrical network protection element against damage in various environments such as when the enclosure is placed in an underground vault that may be flooded during rain, or when a liquid (e.g., oil) comes into contact with the enclosure. The hinge may include two portions, one portion attached to one or more doors of the enclosure and one portion attached to a housing of the enclosure. The hinge may be configured such that it may be adjusted in multiple directions (for example, beyond one plane of rotation that typical hinges may offer), and thus allow for greater adjustability of the one or more doors of the enclosure relative to the housing of the enclosure.

Abstract: An adjustable-angle positioning and self-closing hinge has two hinge leaves, a fixing pin, a screw knuckle, a screw ring, a fixing base, and an adjusting base; each leaf of the hinge comprises a knuckle and a leaf fastened outside the knuckle; the fixing pin has a threaded pin; the screw knuckle is fastened inside the knuckle of one of the hinge leaves, the fixing base is fastened inside the knuckle of one of the hinge leaves, and the screw knuckle and the fixing base are spaced separately; between the screw knuckle and fixing base in the knuckles of the two hinge leaves are disposed the fixing pin, the screw ring, two magnets, springs, and the adjusting base; the threaded pin of the fixing pin is screwed to the screw knuckle; a first spring abuts between the fixing pin and the front ring edge and gasket of a cup body.

Abstract: A door hinge having inner and outer door hinge parts comprising fixing means (hinge plates) for mounting to the door frame and to the door. The outer door hinge part has two bearing portions fixedly connected by the fixing means, and the inner door hinge part has one bearing portion between the two bearing portions of the outer door hinge part. At least one bearing portion has a blind hole with a flat base, and a first cylindrical sliding cup element lies in the blind hole with its end face outer wall superficially on the base of the blind hole. The first sliding cup element has a ball socket-shaped wall containing a metal ball. A second cylindrical sliding cup element lies fully or partly in the blind hole and, on its end face facing the ball, has a concave ball socket-shaped wall lying superficially on the ball surface.

Abstract: A hinge arrangement includes a first hinge plate assembly including a pivot housing movable about a pivot axis and including a threaded adjustment pin transverse to the pivot axis away from the housing. A second hinge plate assembly includes an adjustment housing, the adjustment housing including a threaded portion. The threaded adjustment pin is threaded into the adjustment housing to connect the first hinge plate assembly to the second hinge plate assembly. Relative rotation between the threaded adjustment pin and the threaded portion of the adjustment housing causes the second hinge plate assembly to move along a length of the threaded adjustment pin, altering a spacing between a mount plate portion of the first hinge plate assembly and a mount plate portion of the second hinge plate assembly. A connection between the pivot housing and the first hinge plate assembly may include a torsional and/or gravity closing bias.

Abstract: A hinge assembly for rotatably mounting an appliance door to a cabinet of an appliance includes a lower cam member coupled to a hinge support bracket and an upper cam member coupled to the appliance door. A pin assembly passes through the upper and lower cam members and is coupled to the hinge support bracket such that it defines an axis of rotation. The upper and lower cam members are configured to engage each other to urge the appliance door toward the closed position. The engagement may be a result of the weight of the door and the hinge assembly may further include a vertically oriented spring for assisting in the downward force of upper cam member.

Abstract: A hinge assembly is disclosed that may include one or more leaves that can be connected to a panel. The hinge assembly may further include a barrel having a passage through which a pivot pin passes. A spacer is positioned in an opening between a first barrel section and a second barrel section. Bushings are disposed within the first and second barrel sections.

Abstract: A height adjustment device for a transit shaft and arm assembly that enables height adjustments without significant disassembly of a transit door. An additional advantage is that the device does not require the use of shims, spacers or adjustment rings to adjust the height of the shaft and arm assemblies. Rotation of a nut threaded on the shaft allows for the adjustment of how much of the shaft hangs below a support member and a bearing. A surface of the nut bears on the bearing and the attached shaft and arm assembly hangs from the bearing and the support member the bearing is attached to. This arrangement allows the arm assembly to pivot along the longitudinal axis of the shaft. This arrangement also allows the height of the shaft and arm assembly to change with changes in position of the nut by threading the nut along the shaft.

Abstract: In one embodiment, a plasma processing assembly may include an upper process body coupled to a hinge body and a lower process body coupled to a base hinge member. The hinge body can be pivotally engaged with the base hinge member. A self locking latch can be pivotally engaged with the base hinge member. When the hinge body is rotated around the first axis of rotation, the protruding latch engagement member can contact the self locking latch and can rotate the self locking latch around the second axis of rotation opposite to the bias direction. The self locking latch can rotate around the second axis of rotation in the bias direction and can block the hinge body from rotating around the first axis of rotation.

Abstract: Disclosed herein is a refrigerator including a main body provided with storage chambers, doors to open and close the storage chambers, and lower hinge modules to enable one side of the lower end of each door to be rotatably installed on the main body. The main body includes a main frame integrally forming a lower surface and both side surfaces of the main body and the rear ends of the lower hinge modules are installed on the outer lower surface of the main frame, and thus the thickness of the lower end of the main body is minimized, thereby maximizing the storage capacity of the main body having a designated height as far as a heat insulating ability is not lowered.

Abstract: A refrigerator comprises: a body having a storage chamber; a door for selectively shielding the storage chamber; a hinge coupling portion for hinge-coupling the door to the body; and a height control unit for lifting up or lowering the door by repeatedly opening and closing the door. Since the door has a controllable height by being opened and closed, a moment arm becomes longer than when using the conventional tool such as a spanner. This may allow the height of the door to be controlled by using less force. Since the height of the door is controllable at a user's eye height, the user may control the height of the door more rapidly and precisely without errors.

Abstract: A height adjusting mechanism comprises a hinge shaft, an adjusting member for driving the hinge shaft to rotate around an axis of the hinge shaft, a constraining member for constraining a movement of the adjusting member in an axial direction of the hinge shaft and a base with the constraining member fixedly connected thereto, in which the hinge shaft connected with the base can be lifted in the axial direction of the hinge shaft under the driving of the adjusting member. A refrigerator comprising the height adjusting mechanism is also provided.

Abstract: A mobile communication terminal includes a body and a front portion; the body including a button portion with button actuators protruding on a lower surface thereof and a board disposed below the button portion and with switches protruding on an upper surface thereof. The button portion and/or the board are slidable with respect to the body if the front portion is moved. The switches are horizontally arranged in parallel with respect to the button actuators with the button actuators in a closed state. The switches are vertically arranged in series with respect to the button actuators in and open state.

Abstract: A refrigerator that includes a storage room and a door configured to provide or prevent access to the storage room is described. In the refrigerator, a hinge assembly connects the door to the storage room at a height relative that can be adjusted by operating the hinge assembly. To do so, the hinge assembly includes a hinge shaft having a screw thread and an adjustment member movable along the hinge shaft. Thus, the hinge assembly supports the door and allows adjustment to the height of the door relative to the storage room.

Abstract: A refrigerator is provided. The refrigerator includes a body, a door, a support bracket, a door bracket, a fixing part, and an adjustment part. The body defines a storage chamber. The door opens and closes the storage chamber. The door is rotatably coupled to the body by a hinge. The support bracket supports a load of the door. The door bracket is coupled to a lower side of the door. The fixing part is disposed between the support bracket and the door bracket. The adjustment part is coupled to the fixing part and supports the door bracket to adjust a vertical movement of the door.

Abstract: The present embodiment provides a hinge assembly of a refrigerator. The hinge assembly includes a bracket; a shaft rotatably supported by the bracket and providing a rotation center of a door; a transfer unit transferring selectively rotatory power of the door to the shaft in order to move the shaft upward and downward; and an operating unit operating the transfer unit.

Abstract: A hinge comprising door/gate horizontal and vertical displacement portions. The adjustment means is comprised of a threaded post for varying the distance between hinge portions in the vertical therein raising or lowering the attached door/gate and perpendicularly extending horizontal threaded post having re-positional door/gate abutment that can be used to change the tilt of the door/gate by varying the length difference of the abutments on the spaced apart hinges.

Abstract: A hinge assembly is provided for a pivoting door mounted about an opening, and may include a hinge plate, an internally threaded adjuster, a locking element, a first cam element, a second cam element, and a limiting plate. The hinge plate is mounted about the opening and includes a pivot projecting therefrom.

Abstract: An adjustable hinge comprising: a) two hinge bodies for attaching respectively to a window or door frame and a window or door leaf; b) a revolving pin suitable for mutually articulating the hinge bodies; c) a member for adjusting shared positions of the hinge bodies in a direction generally perpendicular to the axis of the pin. The adjustment member includes a sleeve, associated axially with the pin, defining an external lateral coupling surface with a corresponding housing defined in a first of the hinge bodies. The sleeve is pivotally engaged with the housing-such that, while remaining in relatively constant contact with the walls of the cavity during any rotation to change its position, it may occupy substantially any position required along a limited length of the perpendicular adjustment direction. A reversible locking member is also provided for locking the sleeve in positions it occupies inside the housing upon a thrusting action in a defined or selected locking direction.

Abstract: A bearing block has a screw guided through a bore of the bearing block as well as a bearing sleeve which has an internal thread which is in engagement with the external thread of the screw and whose outer surface serves as a door support.

Abstract: A hinge assembly is provided for a pivoting door mounted about an opening, and may include a hinge plate, an internally threaded adjuster, a locking element, a first cam element, a second cam element, and a limiting plate. The hinge plate is mounted about the opening and includes a pivot projecting therefrom.

Abstract: Disclosed is a refrigerator having a height-adjustable door. The body of the refrigerator has at least one storage space having a front opening. The door is coupled to the body so as to cover/uncover the storage space, and a hinge hole is formed on the bottom surface of the door. A hinge frame is fixed to a front surface of a lower portion of the body and has a hinge shaft inserted into the hinge hole so as to rotatably support the door. The hinge shaft is covered with a hinge bush, a part of which is inserted into the hinge hole. The hinge bush has a flange portion on its lower end for supporting the bottom surface of the door. A height adjustment screw is screw-coupled to a screw hole of the hinge frame so as to travel vertically. The upper end of the height adjustment screw abuts the bottom surface of the hinge bush so that, when rotated, the height adjustment screw lifts/lowers the hinge bush, in order to adjust the height of the door.

Abstract: A door hinge apparatus of a refrigerator comprises a hinge body having a screw hole and mounted at a refrigerator body, a hinge shaft coupled to the screw hole of the hinge body so that a height thereof can be controlled by a rotation and for rotation-supporting a refrigerator door, and a selective rotation preventing unit for selectively fixing or releasing the hinge shaft. As the refrigerator door is always located at a position to sufficiently cover a freezing chamber or a cooling chamber of a refrigerator at the time of assembling or using the refrigerator door, cold air inside the freezing chamber or the cooling chamber is prevented from being leaked to outside through the refrigerator door.

Abstract: Disclosed is a refrigerator having a height-adjustable door. The body of the refrigerator has at least one storage space having a front opening. The door is coupled to the body so as to cover/uncover the storage space, and a hinge hole is formed on the bottom surface of the door. A hinge frame is fixed to a front surface of a lower portion of the body and has a hinge shaft inserted into the hinge hole so as to rotatably support the door. The hinge shaft is covered with a hinge bush, a part of which is inserted into the hinge hole. The hinge bush has a flange portion on its lower end for supporting the bottom surface of the door. A height adjustment screw is screw-coupled to a screw hole of the hinge frame so as to travel vertically. The upper end of the height adjustment screw abuts the bottom surface of the hinge bush so that, when rotated, the height adjustment screw lifts/lowers the hinge bush, in order to adjust the height of the door.

Abstract: For securing a fitting to any point of an extruded section by a clamping device, the extruded section has two spaced apart parallel webs between which a holding part of the fitting can be inserted which is supported on the edge faces of the webs facing one another. The holding part has support flanges which can contact the outer sides of the webs. The holding part is provided with at least one bore in which a pin carrying the clamping element is rotatably held such that as a result of its turning the clamping element engages at the inner sides of the webs and tensions the support flanges against the outer sides of the webs.

Abstract: A vehicle body hood hinge (24) includes a pivotal connector (32) that extends between a vehicle body hinge member (28) and a hood hinge member (30) to permit adjustment so that the hood is flush with the vehicle body in a closed position. The pivotal connector (32) includes a connection member 34 having an adjustment pivotal connection (36) on the vehicle body hinge member and an adjustable positioning connection (38) that secures the connection member in an adjusted position, while a main pivotal connection (40) of the pivotal connector includes a bushing (42) and a pintle (44) that cooperate to permit pivotal movement of the hinge between hood open and closed positions and to also permit adjustable positioning of the mounted hood with respect to the vehicle body.

Abstract: An adjustable, lift-off hinge having a hinge assembly including a first hinge member and a second hinge member joined by a tension pin along a vertical rotational axis. Advantageously, the hinge has two identical hinge members enabling manufacturing with a single mold or tooling set. The present invention allows low friction, pivotal movement of the first hinge member relative to the second hinge member about the vertical rotational axis. The hinge also includes a vertical adjustment mechanism allowing for precise movement of the first hinge member relative to the second hinge member along the vertical axis and precise movement of the second hinge member relative to the first hinge member along the vertical axis.

Abstract: An adjustable hinge assembly for swingably joining hinging panel members together, where improved mounting capability is provided, and adjustability of a pin and the hinge components in multiple directions relative to the hinging panels and to each other is provided, where a base member is mounted to a first hinging member and a pin-carrying member is connected to the base, and a base member mounted to a second hinging member and maintains an adjustable pin-receiving component thereon. Stops are provided to regulate the pivot of the members over a predetermined range.

Abstract: An adjustable door hinge including a pair of hinge plates, one for attachment to a door and one for attachment to a door jamb. Each of the hinge plates is provided along corresponding juxtapositioned vertical edges thereof with two or more vertically spaced and coaxially aligned tubular guides. At least two guides of one of the hinge plates is provided with internal threads. A threaded bolt extends through each of the tubular guides and threadedly engages the threaded guides of one of the hinge plates. In a preferred embodiment, the non-threaded tubular guides are provided with a rack of parallel teeth. Washers surround the bolt for disposition next to the racked tubular guides. One side of each washers is provided with a corresponding rack of parallel teeth.

Abstract: According to the invention there is provided a door fitting comprising a travelling door fitting member; a stationary door fitting member; a bolt extending between said travelling door fitting member and said stationary door fitting member and defining a swivelling axis around which said travelling door fitting member can swing around said stationary door fitting member; wherein said bolt has a first portion incorporated with a first door fitting member and a second portion incorporated with a second door fitting member, said first portion comprising a threaded portion for being threadedly engaged with said first door fitting member; wherein said threaded portion has a thread pitch of between 24 and 50 mm, preferably of between 36 and 46 mm, across an angle of 360.degree.; and wherein said threaded portion comprises 5 to 7 threads.

Abstract: A hinge assembly for use with an expandable performance platform that allows relative independent pivotal movement between its first or extension panels and its adjacent second or base panel. The hinge assembly allows the extension panels to lay atop the base panels for storage or transport by providing movement of the pivot axis as the extension panel is pivoted. The hinge assembly also provides a flat performance area with a minimum of gaps along its abutting edges when the extension panels are in a performance mode.

Abstract: A sliding door center adjustable hinge includes a first hinge member having a pair of spaced walls with aligned hinge pin receiving apertures and a second hinge member including a bracket received between the spaced walls with predetermined clearance for vertical motion therebetween. The bracket includes hinge pin receiving apertures aligned with the apertures of said spaced walls. A hinge pin is received in the apertures and includes a threaded shank, a shoulder and a head engageable for rotation of the pin.

Abstract: An adjustable gate latch has a striker bar (70) and a latch component including a base (10) with a track (17). The latch assembly slides along the track (17) when engaged by a striker (70) that is out of line with the latch member (50). This automatically compensates for relative movement between the gate and the associated gate posts. An adjustable hinge (80) has one of its hinge plates (82, 84) slideable vertically on the hinge pin (90). it is biased to a centre position by a spring (92). Alternative embodiments of the hinge have the moveable hinge plate threaded onto the hinge pin.

Abstract: Door hinge for adjustably mounting a door in a corresponding door frame includes a first support element having a first attachment device for fixedly connecting the first support element to the door frame, and a second support element having a substantially bolt-shaped second attachment device rotatably received in a radially extending through-hole formed in the second support element, the second attachment device having a threaded portion threadedly receivable in a respective internally threaded hole formed in the door, and being formed with an engagement device engageable by a tool for rotating the second attachment device, the second support element being formed with an internally threaded axial hole wherein a securing element for securing the second attachment device is rotatably disposed, a bolt element extending into an axially extending through-hole formed in the first support element and into an axially extending hole formed in the second support element for rotatably connecting the first and the seco

Abstract: A means for the vertical or height adjustment of folding doors comprises a pivot pin assembly utilizing a threaded adjustment bolt with a separate, unthreaded pivot pin. The bolt is threaded into the sleeve above the pivot pin. A lower interior portion of the sleeve includes a polygonal interior cross-section which matches the head of the pin and prevents the pin from rotating. The pivot pin may be held within the sleeve during shipment and installation by a friction fit with a cap positioned in the bottom of the sleeve, or instead a spring may be used between the pivot pin and cap to urge the pin upwardly. Rotation of the bolt vertically adjusts the pin.

Abstract: An improved adjustable center door pivot assembly is disclosed which can be mounted to a threshold without the need for a separate mounting bracket. The adjustable center pivot assembly permits the height of the pivot spindle to be adjusted without removing the door. Further, the height of the adjustable center pivot assembly which projects above the threshold is sufficiently short that the pivot assembly can be used with a standard door having a standard 21/32" web.

Abstract: A four piece bottom pivot assembly for undersupporting the lower end of a pivotally mounted door panel in a bi-fold door assembly in which a bottom pivot pin is non-rotatably locked into a tubular sleeve extending into a socket formed in the bottom end of the door panel. The pivot pin is formed with a threaded shank having a guide portion at its upper end which slidingly cooperates with guideways in the sleeve to prevent rotation of the pivot pin. An adjustment wheel is threaded onto the threaded shank of the pivot pin and is rotatably coupled to the bottom end of the sleeve such that rotation of the wheel threadingly actuates the pivot pin coaxially of the sleeve to adjust door height. A detent system removably holds the wheel in selected rotational positions.

Abstract: A door hinge assembly includes a frame and a door with top and bottom hinge pivot assemblies. The top hinge pivot assembly includes a plate fixed to the frame and thereabove a parallel vertically movable plate. The upper plate includes a downwardly projecting hinge pin which projects through a clearance hole in the fixed plate. The fixed plate also includes an upwardly extending guide pin which extends through a clearance hole in the upper plate. A screw extends through the fixed plate and is threaded into the upper plate. When the screw is loosened the upper plate and thus the hinge pin may be pushed up, or permitted to drop into place. By tightening the screw the hinge pin is locked in its extended position and the screw head is flush with the bottom of the fixed plate. The bottom hinge pivot assembly includes an L-shape bracket with the vertical leg secured to the frame and the horizontal leg beneath the door.