Abstract: A swing hinge apparatus of a cellular phone according to the present invention includes: a plurality of first and second lower magnets having polarities different from each other; a lower casing, the first and second lower magnets being respectively inserted into one surface of the lower casing; a plurality of first and second upper magnets having the same polarities as the first and second lower magnets respectively; and a rotating plate provided over the lower casing, where the first and second upper magnets are respectively inserted into one surface thereof facing the lower casing.

Abstract: A hinge assembly includes a pivot shaft, a rotary element, an elastic element, a cam and a hinge housing. The rotary element is slidable and rotatable relative to the pivot shaft. The elastic element is placed around the pivot shaft. The cam is engaged with the rotary element by the elastic element. The cam is fixed with the shaft. The hinge housing has an open end and a partially-closed end. The receiving portion is formed adjacent to the open end. The receiving portion is radially expandable. The pivot shaft passes through the hinge housing from the partially-closed end. The elastic element is received in the hinge housing, and is placed around the shaft. The cam is received in the receiving portion.

Abstract: A hinge is mounted between a cover and a base of an electronic device. A lid covers the hinge and is attached securely to the base. The hinge has an arced surface and a rotating shaft. When the cover is pivoted to a certain angle, the rotating shaft abuts the arced surface to lift up the cover so the cover is selectively distant away from the lid. Therefore, the shape of the electronic device does not need to be disfigured and the cover still does not bump against the lid.

Abstract: A hinge assembly includes a positioning module, a connecting module and a rotating module. The positioning module includes a sleeve. The connecting module includes a pivot tube and an shaft. The pivot tube is rotatably attached to the sleeve. The shaft is slidably and rotatably received in the pivot tube. The rotating module is rotatably attached to one end of the shaft.

Abstract: An insertion-type hinge assembly may include a first hinge member including a mount unit and a shaft that is separated from and coupled to the mount unit, and that is positioned in parallel to the mount unit. The hinge assembly also includes a second hinge member that receives the shaft therein so as to rotatably couple the first and second hinge members. The first and second hinge members may be installed in corresponding recesses of a door and a main body such that they are not exposed.

Abstract: A hinge is mounted between a cover and a base of an electronic device. A lid covers the hinge and is attached securely to the base. The hinge has two cam wings, two tilting shafts and two actuating disks. The tilting shafts are mounted movably through the cam wings. The actuating disks are mounted respectively around the tilting shafts. Each actuating disk has an actuating protrusion sliding along the outer edge of the cam wing. When the cover is pivoted to a certain angle, the actuating protrusions slide at part of the cam wing having larger diameter to gradually lift up the cover so the cover is selectively distant away from the lid. Therefore, the shape of the electronic device does not need to be disfigured and the cover still does not bump against the lid.

Abstract: A hinge includes a first connecting member, a second connecting member, a sleeve, a shaft fixed to the first connecting member, a clamping member, and a fastening member. The sleeve is fixed to the second connecting member, and axially defines an opening. The shaft includes a fixing rod rotatably received in the sleeve, and the clamping member adjustably clamps the sleeve to adjustably clamp the fixing rod. The fastening member is configured for adjustably tightening the clamping member to allow squeezing or expansion of the sleeve to make the sleeve adjustably clamp the fixing rod.

Abstract: A hinge cover is provided for a refrigerator door hinge so as to hide the hinge screws. The cover includes a cap with a front face and a side wall extending continuously around the cover. A bead is formed on the inside of the side wall to engage a mounting plate secured to the base of the door hinge, or alternatively, to frictionally engage the hinge base. The cover is made of a flexible material, and includes a slot through which the hinge flange and post extend. The cover can be colored to match or complement the refrigerator color.

Abstract: Disclosed herein is a door hinge device for absorbing the closing impact of a furniture door, which is adapted to minimize a work load and the number of work processes thereof according to assembly and disassembly thereof through the modification of a retaining structure thereof. The door hinge device includes a furniture hinge 10, a damper adapter 20 and a covering member 30. According to the present invention, since the assembly and disassembly of the door hinge device can be performed in a one-touch manner through the interaction between the damper adapter and the covering member, a convenience of the operation according to the assembly and disassembly of the door hinge device is improved, a work load is reduced, and a safety accident such as injury of hands and the like is prevented.

Abstract: A pivotal hinge has multiple washers, positioning spacers and an oil-retaining collar mounted around the washers and the positioning spacers filled with lubricating oil. The oil-retaining collar prevents the lubricating oil from flowing out of the pivotal hinge, prevents the components from wearing away, keeps the pivotal hinge rotating smoothly and has hooks formed separately on the two edges. The hooks hold the collar securely around the pivotal hinge.

Abstract: A folding apparatus (1) having transmitter and receiver cases (2, 10), a hinge mechanism (20) for pivotally connecting one end of the transmitter case and that of the receiver case to each other, and a hinge cover (C). The hinge mechanism is connected to corners (15a-16b) of the one end of the transmitter case and of that of the receiver case. The corners (15a-16b) are projected in the direction orthogonal to the one end of each of the transmitter and receiver cases, and the hinge mechanism is installed between the projected corners of the cases. The hinge cover has a pair of box-shaped cover members (7, 8), and a cross-section of each cover member taken in the direction orthogonal to the one end has an ellipse shape. The cover members are arranged so as to face to each other, covering and holding the hinge mechanism located between the projected corners of the transmitter and receiver cases.

Abstract: A hinge includes a first connecting member defining a through hole, a second connecting member, a shaft, a receiving member, and at least one sliding member. The shaft is fixed to the second connecting member, and a distal end of the shaft is passed through the through hole of the first connecting member. The receiving member is fixed to the first connecting member, and defines a receiving space for receiving the at least one sliding member. A sidewall of the receiving space defines a groove. The sliding member is fixed to the shaft, and rotated together with the shaft. A protrusion extends from a circumference of each of the at least one sliding member. When the sliding member rotates relative to the receiving member in the receiving space, the protrusion is engaged with or disengaged from the groove.

Abstract: A frameless glass door clamp has a clamping member, a base cover and a cap cover. The clamp member has a base side surface and a cap side surface. The base cover is mounted on the base side surface and has a panel, multiple flanges, a tapered face and multiple rounded outer edges. The cap cover is mounted on the cap side surface and has a panel, a multiple flanges, a tapered face and multiple rounded outer edges. Because the outer edges of the base and cap covers are rounded, the frameless glass door clamp is much less likely to injure people or damage objects and is easier to manufacture.

Abstract: A hinge assembly includes a resilient member and two rotary units. Each rotary unit includes a shaft, an outer tube, and an inner tube. The outer tubes are sleeved on the shafts correspondingly. The inner tubes are non-rotatably connected to the shafts and rotatably connected to the outer tubes. The resilient member is positioned between the rotary units, thus causing the inner tubes of the rotary units to resist the outer tubes.

Abstract: A hinge assembly includes a shaft, a tube, two friction members, and a resilient member. The tube is rotatably sleeved on the shaft. One of the shaft and the tube defines two receiving holes. The friction members are positioned in the receiving holes. The resilient member causes the friction member to resist the other one of the shaft and the tube which does not define the receiving holes. A foldable electronic device applying the hinge assembly is also provided.

Abstract: The present invention relates to a hinge assembly for a refrigerator. The present invention provides a hinge assembly for a refrigerator, which supports a refrigerator door for selectively opening and closing a storage space provided in a refrigerator main body, comprising: a fastening bracket provided in the main body and having a portion penetrating an upper surface of the main body and protruding upward; a hinge plate fixed to the upper surface of the main body by means of the fastening bracket penetrating the upper surface of the main body and protruding upward, the hinge plate pivotably plate supporting the door to pivot with respect to the main body; a hinge cover for shielding the fastening bracket and the hinge plate from the outside; and a fastener for fastening the hinge plate and the hinge cover to the upper surface of the main body at once. According to the present invention, it is possible to install a door to a refrigerator main body.

Abstract: A vehicular checker-equipped door hinge device is provided that includes an inner tube (6) joined to a female bracket (1), an outer tube (7) joined to a male bracket (2), and a check force generation mechanism (20) provided between the two tubes (6, 7), the mechanism (20) including a plurality of retaining members (22) that are mounted on the outer tube (7) so as to be arranged in the peripheral direction and that are capable of moving toward and away from the inner tube (6), and a plurality of resilient members (23) individually urging these retaining members (22) toward the inner tube (6); each of the retaining members (22) is provided with a detent projection (26) projecting so as to abut against an outer peripheral face of the inner tube (6), a plurality of detent grooves (27) that the detent projection (26) engages with and disengages from in response to relative rotation of the inner tube (6) and the outer tube (7) are provided on the outer peripheral face of the inner tube (6), and a pressure-receiving

Abstract: A hinge according to the present invention includes: a housing; a shaft received in the inside of the housing; a guide member linearly moving along the shaft; and a first elastic member compressed and expanded along the movement of the guide member, wherein any one of the guide member and the housing is formed with a track groove and the other is formed with a guide projection moving the track groove and, the track groove is formed to move the guide projection to different paths according to a forward rotation and a reverse rotation of the shaft.

Abstract: A hinge includes a shaft including a post, a first interfering member, a second interfering member, a bracket, two washers mounted on the post, a resilient assembly located on the post, and a fastener engaging with the post and exerting force against the washers and the resilient assembly. The first interfering member includes a sleeve portion the opposite ends of which define two openings, and a bottom plate covering one of the openings. The bottom plate defines a through hole through which the post extends. A first depressed portion is formed from the inner surface of the bottom plate. The second interfering member defines a through hole fitting about the post. A first raised portion is formed from one side of the second interfering member engaging with the first depressed portion. The bracket includes a flange defining a hole fitting about the post.

Abstract: A top hinge is provided for a refrigerator cabinet door. A hinge body is formed of plastic having a top surface and a bottom surface. A hinge pin extends substantially perpendicularly from the bottom surface of the hinge body. One or more points of attachment are formed on the hinge body. An axis of twist passes through a center of the hinge pin and an effective center of attachment. At least a first rib and a second rib extend from the bottom surface of the hinge body. The ribs extend along a length of the bottom surface at an oblique angle relative to the axis of twist and diverge from each other by an angle of at least about 60 degrees.

Abstract: In a convertible notebook/tablet computer with a dual-swivel hinge, an arrangement for communicating to a user a preferred rotational direction for pivoting about a z-axis, entirely without wiring or lights and in a manner such that at most only one rotational direction is communicated at a time. Preferably, this is accomplished via one or more windows, disposed on a surface of the hinge, that permit an arrow to be visible in accordance with a preferred rotational direction that a user needs to pivot the monitor/lid with respect to the keyboard based on the rotational direction originally traversed.

Abstract: An apparatus for a flat panel is disclosed. The apparatus comprises a flat panel assembly and a hinge mechanism coupled to the flat panel assembly. The hinge mechanism is adaptable to an industry standard mount and a non-industry standard mount. A system and method in accordance with the present invention allows for the replacement of a non-VESA standard compatible display mount with a display mount that is compatible with the VESA standard. Utilizing the system and method in accordance with the present invention, such a replacement can be accomplished with minimal effort, and in an efficient manner.

Abstract: A hinge structure for a vehicle open/close body, in which a long hinge member supporting the open/close body is rotatably disposed in an opening portion of a vehicle body and the hinge member rotates according to an opening and closing motion of the open/close body, wherein a cover member for covering the hinge member is disposed in the hinge member; and wherein a shape of an outer periphery surface of the cover member facing a corner portion of the opening portion is formed in a shape following a shape of the corner portion.

Abstract: A hinge module is described. A T-shaped frame is pivotally connected with a base portion at one end such that the T-shaped frame rotates around a first axis relative to the base portion. A pair of connection members are pivotally connected with the other two opposite ends of the T-shaped frame such that the pair of connection members rotates around a second axis relative to the T-shaped frame, wherein the second axis is perpendicular to the first axis, and led through a cavity of the T-shaped frame. A U-shaped casing is manual-detachably connected with the T-shaped frame to fully cover a cavity of the T-shaped frame.

Abstract: A coupling device for coupling a first casing and a second casing in a movable manner, comprising a first coupling member provided at the first casing, a second coupling member provided at the second casing, and coupled to the first coupling member in such a way that the first casing and the second casing move relative to each other, and a cleaning mechanism that cleans a clearance between the first casing and the second casing or the second coupling member. The cleaning mechanism has a wiper blade that moves in the clearance with movement of the casings, air injection means that injects air to the clearance, and/or a hinge cover that is displaceable within the clearance.

Abstract: A device holding captive a hinge pin in a housing of a cover element, such as a grate or a lid, of a manhole. The device has a cotter pin attached in a removable manner to the cover element to axially retain a hinge pin in a housing of the element against a restoring force of an elastic inserted between the pin and the bottom of the housing. The invention can be applied to roadway equipment.

Abstract: Disclosed herein is a door hinge device for absorbing the closing impact of a furniture door, which is adapted to minimize a work load and the number of work processes thereof according to assembly and disassembly thereof through the modification of a retaining structure thereof. The door hinge device includes a furniture hinge 10, a damper adapter 20 and a covering member 30. According to the present invention, since the assembly and disassembly of the door hinge device can be performed in a one-touch manner through the interaction between the damper adapter and the covering member, a convenience of the operation according to the assembly and disassembly of the door hinge device is improved, a work load is reduced, and a safety accident such as injury of hands and the like is prevented.

Abstract: A hinge apparatus of a mobile terminal includes a hinge housing having a circular hinge hole and at least one hooking groove disposed in an inner wall of the hinge hole, a cylindrical shaft rotatably housed in the hinge hole and having a shaft groove disposed at a position to correspond to the hooking groove, a stopper inserted in the shaft groove, wherein one end of the stopper protrudes out of the shaft groove, and a shaft spring to connect the stopper to the shaft within the shaft groove to provide an elastic force to project the stopper out of the shaft groove so as to engage the stopper with the hooking groove when the hinge housing rotates around the shaft.

Abstract: Various embodiments of this invention disclose a vehicle door hinge that combines: aerodynamic features; a pleasing aesthetic shape; a hinge axis between the door and the A-pillar of the vehicle; an inexpensive price; off-the-shelf availability; and an ability to open a door simultaneously outward and upward.

Abstract: A hinge structure applied to a portable electronic device that has a first cover structure and a second cover structure, includes a receiving unit and a hinge unit. The receiving unit is formed on the first cover structure, and the receiving unit has at least one receiving space and two guiding tracks disposed on two opposite inner sides of the at least one receiving space. The hinge unit is disposed on the second cover structure. The hinge unit has at least one hinge body received in the at least one receiving space and two pivots respectively disposed on two opposite lateral sides of the at least one hinge body and slidably received in the two guiding tracks. Therefore, the first cover structure and the second cover structure pivot to each other and slid with respect to each other by matching the two pivots and the two guiding tracks.

Abstract: Furniture hinge with damping device which is insertable into the box of the hinge and fixable therein before the box is assembled with the other components of the hinge. In this way the damping device is protected against external actions, such as impact or pressure that can damage or affect the functioning of the device, by the same box made of steel or of another rigid material.

Abstract: A hinge cover comprising a mounting plate, a cup, a wrap, and a bushing. In this version, the mounting plate comprises a vertical portion, a horizontal portion, a right side member and a left side member. The cup comprises a base member, a perimeter member, a right attachment member and a left attachment member. The right attachment member and left attachment member may be configured to allow the cup to slide vertically during use. The wrap comprises a right edge and a left edge. In this embodiment, the right edge is attached to the right side member and the right support member, and the left edge is attached to the left side member and the left support member. The cup is configured to slide vertically relative to the wrap during use. The bushing configured to engage the cup comprising a lower portion and an upper lip.

Abstract: The invention provides a protective cover for application to a longitudinal door hinge comprising a cylindrical bore and two extensions for attaching to a door and door jamb, respectively, the protective cover comprising a cylindrical portion having an inner diameter dimensioned to closely fit the outer surface of the hinge bore, the cylindrical portion having a longitudinal opening at least as long as the hinge bore and narrower in width than the width of the hinge bore, where the protective cover is produced of molded flexible material, and where the cylindrical portion can be flexibly manipulated to expand the size of the longitudinal opening to fit over the bore for removable attachment of the protective cover to the hinge.

Abstract: A section of wireway having an elongate channel-shaped body and cover for the body. The cover has a releasable hinge connection with the body for swinging between open and closed positions. In one embodiment, the hinge connection comprising at least two T-shaped slots in a side wall of the body at locations spaced along the length of the body and at least two T-shaped hinge members on the cover receivable in said slots for hinging the cover to the body.

Abstract: A hinge covering system designed to protect an operable door hinge from paint spray, paint splatters, or any other coating that may be applied to the surface of a door and/or frame. The hinge covering system comprises a plurality of preformed tape pieces. The tape pieces having been preformed to match areas of the door hinge so as to prevent excessive overlap covering the door or frame, yet adequately protect the door hinge. Each of the preformed tape pieces are designed to adhere to and thereby protect different areas of the door hinge. Specifically, the hinge covering system is comprised of tape pieces pre-measured to fit the exposed areas of the hinge straps, the hinge barrel, and the top and bottom of the hinge pin. At least one of the tape pieces is formed so as to protect the barrel portion of the door hinge without causing friction or adhesion to the barrel portion thus allowing for un-obscured operation of the door with the hinge covering system fully installed.

Abstract: A cover for either a left-handed or right-handed operating automatic door closer including a body, and a pinion shaft extending from the top of the body, the cover comprising: a housing including a wall and an open rear, the wall having a rear edge and having therein first and second slots, each of the slots extending forward from the rear edge; and a clip including a base complementary to each of the first and second slots, and a flexible hook including a first end connected to the base and a floating second end, the base of the clip being insertable into either one of the slots so that the base substantially fills the one of the slots and the clip is secured to the wall of the housing with the hook positioned inside the housing and opening rearwardly; the housing with the clip inserted into one of the slots being positionable over the door closer with the hook of the clip receiving the door closer; wherein, when the housing is positioned over the door closer, the pinion shaft extends through the first slot

Abstract: A hinge structure is described. A hollow cylinder has a positioning slot in an inner wall thereof. A movable part has a positioning convex portion and a plurality of engraved portions. The positioning convex portion engages with the positioning slot such that the movable part slides within the hollow cylinder. A cover is fixed to the hollow cylinder to secure the movable part and the resilient part within the hollow cylinder. A resilient part is disposed between the cover and the movable part so as to provide the movable part a resilient recovery force. The engraved portions of the movable part are for engaging a rotatable member.

Abstract: The invention relates to a fitting system according to parent application DE 101 19 987.3 for rotatably bearing a door leaf (2) in a glass construction. A fitting (1) is disposed on the top and/or at the bottom of said door leaf (2) and interacts with a complementary counter-fitting. A bearing axis extends in the plane of the door leaf and every fitting (1) is subdivided longitudinally by an intermediate space (3), while forming opposite bearing surfaces (7, 8), into at least partially spaced-apart fitting elements (4, 5) that can be disposed in a form-fit in a recess (9) of the door leaf (2). In order to stabilize the fitting system and to provide tamper-proof and protected fittings (1) that are also optically appealing, the fitting elements (4, 5) are fastened to the door leaf (2) by means of pins (16, 17) that are introduced at an angle to the longitudinal direction in through bores (14, 15) and in blind bores (12, 13) of the two fitting elements (4,5), while reducing the intermediate space (3).

Abstract: A portable information handling system such as a laptop computer includes a chassis having a pivotally mounted top. The chassis includes a keyboard and the top includes a display panel. The top and chassis are connected by a hinge. A hinge cap is releasably attached directly to the hinge and the hinge is mounted on the chassis. A loose fit of the hinge cap on the hinge permits the hinge cap to float relative to the hinge. Each of the hinge cap and a chassis cover plate include a mating, tapered surface so that when the hinge cap seats in the cover plate, the location of the hinge cap relative to the chassis cover plate is determined by the mating engagement.

Abstract: A hinge for an enclosure is disclosed. The hinge includes a hinge rod and a bushing. The hinge rod is secured to one of a door and a door jamb of the enclosure. The bushing is secured to the other of the door and the door jamb of the enclosure. Moreover, the hinge rod slidably engages the bushing to allow the door to pivot about the door jamb.

Abstract: A guard assembly is provided for use with a sectional garage door. The sectional garage door includes a plurality of sectional panels connected by garage door hinges. Each hinge is comprised of a first hinge plate attached to one of the sectional panels with a first attachment, a second hinge plate attached to an adjoining sectional panel with a second attachment, a hinge knuckle extending upwards from the first hinge plate and the second hinge plate, and a hinge shaft mounted within the hinge knuckle. The hinge shaft rotatably joins the first hinge plate to the second hinge plate. The guard assembly comprises a first guard element comprising a first shaft engagement end configured to rotatably engage the hinge shaft, the first shaft engagement end having a first shaft engagement upper surface configured to protrude beyond the hinge knuckle when the first guard element is attached to the hinge shaft. A first plate engagement end is adapted to engage the first hinge plate.

Abstract: A latching hinge masking device and method of use comprising two half cavities mounted with a living hinge and a unique latching mechanism and relief portions for accommodating extending screwheads. The device latches and fits around a mounted half hinge and covers the hinge completely during painting, staining, or finishing operations of a door or doorway. The device and method of use allows for easy and convenient attachment and removal and further allows for repeated re-use of the device.

Abstract: An apparatus and system for protecting hinges, including hinge plates, hinge loops and pins and related hardware from paint is disclosed. While painting doors, the apparatus and system can be used to protect the hinge hardware from paint without having to remove the hinge hardware from the door and door frame. In general, the apparatus and system includes a hinge plate cover that includes a magnetic material around the periphery of the cover. The apparatus and system further includes a hinge loop and pin cover that typically includes an elastic band that can optionally include a sealed end or a grip tab.

Abstract: A slim profile covered pinned hinge is provided which comprises a first hinge member, a second hinge member, and a mechanically articulated cover. The first and second hinge members are pivotally connected by a pin. The first and second hinge members may each further comprise a leaf for attachment to a hinged object, a door or door jamb for example, and at least one knuckle through which the pin may be received. The cover may be elongated and has an internal cavity, thereby allowing the cover to be slipped over the hinge concealing the knuckles and joints therebetween of the hinge members. The cover has two ends and may be mechanically coupled to the pin at one or both ends. In one embodiment, at least one end of the pin may have at least two gears comprising a gear segment. The ends of the cover may have at least one gear rack to engage the gears on the end of the pin.

Abstract: A door hinge mask completely protects a door hinge during painting, is reusable, can be used on a hanging door easily and allows movement of the door during the painting process. The device includes two portions used in combination; one portion for protecting the hinge plates and a portion for protecting the hinge cylinder. The hinge plate protector is made from a flexible material and removably attaches to the hinge plates using a magnetic material. The hinge cylinder protector is also made from a flexible material and removably attaches to the hinge cylinder using a magnetic material. The two portions used in combination completely protect the door hinge during painting.

Abstract: The invention concerns a hinge for doors and similar construction components. The hinge (1) can be installed in a recess (27) of the door frame (28), whereby the same receives the hinge (1) completely when the door is closed. In this way the hinge will be completely invisible when the door is closed, and also inaccessible from the outside. This means that the said hinge offers increased resistance against break-ins as well as an improved aesthetic appearance. In order to minimise the size of the required recess the hinge flap (2) that is nearest to the door frame incorporates a flat-angled curved profile, whilst the hinge flap (3) that is nearest to the door is equipped with a profile encloses the hinge axis (4).

Abstract: Embodiments of the present invention are directed to a storage shed that is strong, durable, low-maintenance, easy to assemble and use, and relatively inexpensive to manufacture and ship, and can be mass produced. In one embodiment, a hinge assembly for hingedly connecting a door to a structural member of a shed comprises at least one hinge post disposed along a generally vertical edge of the door, and at least one hinge support provided along a generally vertical edge of the structural member. The hinge support includes a hinge support cutout portion configured to slidably support a first portion of the hinge post of the door to permit rotation of the hinge post relative to the hinge support cutout portion around an axis of the hinge post. The hinge support includes an extension which is disposed adjacent the hinge support cutout portion and extends outward from the generally vertical edge of the structural member.

Abstract: The object of this invention is to provide a hinge device for camera-equipped mobile phones, and a mobile phone having such a hinge device. The hinge device allows the fold of a mobile phone to be automatically opened or closed relative to the main body, and allows automatic rotation of a digital camera of the phone. The hinge device includes a fixed hinge part (130), a rotary hinge part (110), a power generating means provided in the fold to generate a rotating drive force, an internal rotor (106) provided in the rotary hinge part, a camera (104) provided in the internal rotor, a rotation stop means for stopping rotation of the internal rotor and rotating the rotary hinge part using the rotating drive force, and a power transmission means connected to both the power generating means and the fixed hinge part to selectively perform power transmission.

Abstract: An apparatus and system for protecting hinges, including hinge plates, hinge loops and pins and related hardware from paint is disclosed. While painting doors, the apparatus and system can be used to protect the hinge hardware from paint without having to remove the hinge hardware from the door and door frame. In general, the apparatus and system includes a hinge plate cover that includes a magnetic material around the periphery of the cover. The apparatus and system further includes a hinge loop and pin cover that typically includes an elastic band that can optionally include a sealed end or a grip tab.

Abstract: A removable, reusable one-piece device for masking a door hinge to prevent paint from getting on the hinge while the door and/or door frame are being painted. The device includes an interior section having two sheets which are sized and shaped to cover the hinge plates of the door hinge. The two sheets are connected by a flexible sheet which covers an interior portion of a barrel of the hinge. On an exterior section of the device is a covering strip for covering an exterior portion of the barrel. The covering strip may include magnetic adhesive strips allowing attachment of the exterior section to the exterior portion of the barrel. The exterior section is connected to the interior section of the device, thus allowing a top portion of the hinge to be covered.