Abstract: A method of assembling a vehicle door hinge that includes providing a first bracket comprising a single pivot arm extending transversely from a base of the first bracket, wherein a first pivot axis hole is disposed in the single pivot arm of the first bracket; providing a second bracket comprising a single pivot arm extending transversely from a base of the second bracket, wherein a cylindrical bearing of a pivot bushing is disposed in a second pivot axis hole disposed in the single pivot arm of the second bracket; and coupling a pivot pin to the pivot bushing and the first and second brackets to rotatably couple the first and second brackets together by press fitting a knurled cylindrical surface of the pivot pin with a receiving surface of the single pivot arm of the first bracket that defines the first pivot axis hole, wherein a shoulder of the pivot pin that is adjacent to the knurled cylindrical surface is disposed within a bore of the pivot pin and the second pivot axis hole.

Abstract: A hinge pin for pivotally mounting at least one of a toilet seat and a lid to a toilet or surrounding structure comprises a first hinge pin component, a second hinge pin component a linking member and fasteners. The first hinge pin component and the second hinge pin component each has a cylindrical outer end, a semicylindrical inner end with a flat joining surface and a shoulder between the outer end and the inner end. The linking member is semicylindrical and has a flat linking surface dimensioned to link the first hinge pin component and the second hinge component when they are axially aligned with their inner ends facing each other and the linking surface is in contact with each joining surface and secured by the fasteners. The assembled linking member and first and second hinge components define a center section of the hinge pin having a circular cross section.

Abstract: Provided herein are anti-rattle devices, and turbocharger wastegate assemblies including the same. The anti-rattle devices can include an elongated body having a first end and a second end, a first bend, wherein the first bend and the first end define a first section of the body, a second bend, wherein the first bend and the second bend define a second section of the body, and the second bend and the second end define a third section of the body, a first cavity defined by the first section, the first bend, and the second section, a second cavity defined by the second section, the second bend, and the third section, a first aperture positioned in the first section of the body; and a second aperture extending between the second section and the third section. The anti-rattle devices can mate with a turbocharger wastegate assembly and provide anti-rattling benefits.

Abstract: Provided herein are anti-rattle devices and turbocharger wastegate assemblies including the same. The device can include a body having a first end and a second end, a bend, wherein the bend and the first end define a first section of the body, and the bend and the second end define a second section of the body, a cavity defined by the first section, the bend, and the second section, and an aperture extending between the first section and the second section. The device can include a U-shaped base defining an aperture and an open end, and at least one spring arm attached proximate the open end of the base bend and extending away from the open at least partially overlapping the base and defining a gap therebetween. The anti-rattle devices can be spring-loaded and can mate with a turbocharger wastegate assembly in one or more positions and provide anti-rattling benefits.

Abstract: In a method for producing a vehicle seat fitting, in which a plain bearing bush (28) is pressed in the axial direction into a receptacle of a first fitting part (11), wherein the pressed-in plain bearing bush (28) has a radially protruding securing region (28b), the securing region (28b) is formed before or after the pressing-in operation by material of the plain bearing bush (28) being displaced uncut, and the wall thickness (b) of the plain bearing bush (28) being less than 1.5 mm.

Abstract: A foldable electronic device includes a first body, a second body and a hinge body. The hinge body is pivoted to the first body around a first pivoting axis and pivoted to the second body around a second pivoting axis so that the first body is able to rotate relatively to the second body. When the first body rotates to a first position relatively to the second body, a first front surface of the first body is closed to a second front surface of the second body on a closing plane, and a pivoting plane where the first pivoting axis and the second pivoting axis are located on and the closing plane are oblique to each other.

Abstract: An operating device usable with an image forming apparatus to increase free movement thereof and an image forming apparatus having the same. A sliding unit and a hinge unit provided at a rear surface of the operating device can provide increased free movement of the operating device. A horizontal sliding motion of the operating device can be provided by a the sliding unit, and the sliding unit can be rotated relative to a body of the image forming apparatus with the hinge unit. The sliding unit can include a first sliding member and a second sliding member to slide on the first sliding member. The hinge unit can include a hinge shaft and a bracket rotatably coupled to the hinge shaft.

Abstract: The invention relates to a novel hinge connection (1) for a transport container made of plastic, which hinge connection comprises a hinge part (2) designed as a sleeve (4) having a longitudinal opening (5) and a hinge clip (3) that encompasses the sleeve. The sleeve has a wide outer circumferential groove (6) for receiving the hinge clip, which has a recess (7) at least at one of the ends thereof. The hinge clip (3) further comprises at one end a detent (9) that projects inward for engaging with the recess.

Abstract: A container may be configured to be operable between a collapsed configuration and an erected configuration. The container may include a base that supports a first attachment member. The container may include a roof that supports a second attachment member. The first and second attachment members may be spaced apart from each other when the container is in the erected configuration. The first and second attachment members may be configured to allow the roof to be secured to the base when the container is in the collapsed configuration. A hinge assembly that may be used with the collapsible container may include a pivoting component, an attachment member that supports the pivoting component, and a securement member. The attachment member may cooperate with the securement member to secure the pivoting component in an upright orientation.

Abstract: A hinge pin lock for a molded plastic container includes a locking tab molded with an upper rim of the container and connected to the upper rim by a living hinge. The locking tab is pivotable from an open position to a locked position. A channel is formed in the upper rim and is sized to receive a hinge pin of a container lid. The channel includes engagement structure that secures the locking tab in the locked position.

Abstract: The invention relates to a method for manufacturing a hinge between two workpieces or components; first a hinge socket is inserted in an opening of the first component and then a hinge pin is inserted in the hinge socket; the second component can be fastened to the hinge pin end protruding from the hinge socket.

Abstract: A hinge has a central element and a surrounding element. One of the central element and the surrounding element is formed by injection molding, and the other element is then formed on the priorly-formed element by injection molding such that a limit segment is mounted around the neck segment having a smallest outer width of the central element, which keeps the surrounding element from departing from the central element, and further simplifies a structure of the hinge. Because a melting point of the element formed priorly is higher than a melting point of the element formed later, the element formed later does not attach to the element formed priorly, and the two elements are relatively rotatable. Finally, because the manufacture of the hinge is accomplished after injection molding twice, the process of manufacturing the hinge is more convenient, faster and lowers the cost.

Abstract: A folding mechanism includes a first main body, a second main body, and a hinge assembly fixed between the first main body and the second main body. The hinge assembly includes a sleeve member and a fixing shaft. The sleeve member includes a fixing portion and a sleeve portion. The fixing portion is mounted on the first main body. The sleeve portion extends from an end of the fixing portion adjacent to the second main body. The fixing shaft is inserted into the sleeve portion, and is mounted to the second main body. At least one elastic strip protrudes from the fixing portion towards the sleeve portion. At least one ridge protrudes from the fixing shaft corresponding to the at least one elastic strip. The at least one elastic strip abuts against the fixing shaft.

Abstract: A door hinge with a quick removal structure includes a first body, a second body, a bushing, a pivot and a ball. A first socket and a second socket are coupled to the first body and the second body respectively, and a first slide groove is formed on an inner wall of the first socket. The connection and separation of the first body with the second body can be determined by the control of the position of the ball to set the status of the door hinge and achieve the quick removal effect.

Abstract: According to an aspect of the present invention, a hinge device includes: a shaft part having a protruding part; and a bearing part having an insert hole into which the protruding part is inserted. A first plane part is formed on an outer peripheral surface of the protruding part so as to extend in an axial direction thereof. A second plane part is formed on an inner peripheral surface of the insert hole so as to extend in an axial direction thereof. A diameter of a circumscribed circle defined on an sectional outer periphery of the protruding part in the axial direction thereof is larger than a diameter of an inscribed circle defined on a sectional inner periphery of the insert hole in the axial direction thereof. And, at least one of the protruding part and the insert hole has an elasticity.

Abstract: The present subject matter provides a hinge for an appliance. The hinge is rotatably mounted to a cabinet of the appliance. The hinge includes a foot configured for receipt by a door of the appliance. Specifically, the foot has a tip that is configured for receipt into a cavity of the door and a substantially planar portion configured to be positioned adjacent a pocket of the door.

Abstract: A hinge structure for assembly of a display module is located on a base. The hinge structure includes a first holder and a second holder. The first holder includes an assembly portion and at least one pin coupled with the assembly portion. The second holder includes a hinge portion hinged on the pin and a connecting portion fastened to a host of a notebook computer. The display module is located in a first holding groove and a second holding groove of the assembly portion, thereby the hinge structure and display module are fastened together to reduce thickness caused by front fastening to achieve the object of thin and light panel design. By direct coupling of the display module and the assembly portion the extra production process of fastening the hinge to the display module can be dispensed with to simplify production.

Abstract: Embodiments of the invention provide a hinge apparatus that can include a hinge body having a first portion and a second portion and a hinge pin. The hinge pin can include an axial portion and a gripping portion. The hinge body can include a recess in one of the first portion and the second portion. The recess in the hinge body can receive the gripping portion of the hinge pin to inhibit access to the gripping portion when the hinge body is in the closed position. The gripping portion can be removed from the recess as the hinge body is moved to the open position.

Abstract: A hinge plate had a part that can be attached to a frame or a door panel. The part has two hinge rollers that are spaced apart from one another. Sleeves are disposed in the hinge rollers so as not to rotate. A pin that is inserted into the sleeves bridges the distance between the hinge rollers. The pin has a pin head as well as a connector end for attachment of a pin screw. The pin head and the head of the pin screw attached to the pin are disposed countersunk within the hinge rollers. The pin screw has a collar that is fitted into the sleeve with a wedge fit.

Abstract: A gate hinge to facilitate wide angular rotation between a gate and the fence post to which it is attached can be fabricated from a vertically oriented hinge pin having a transverse hole near the top of the pin and a threaded attachment pin affixed to the bottom of the hinge pin for secure attachment to the fence post. A hinge round adjustably attached to a vertical member of the gate and positioned to encircle the hinge pin provides support for the gate and permits the gate to swing and rotate about the hinge pin in a hinge-like fashion. The hinge pin and hinge round are securely mated by inserting a security pin, sized to fit, through the hole in the top of the hinge pin.

Abstract: A hinge mechanism includes: a bracket 2 having a rotation shaft portion insertion hole 2a for inserting through a marginal rotating shaft portion 3b thereof, and one engaging concavo-convex section 2b; a plate 5 having a mounting shaft portion insertion hole 5a; and a leaf spring 4 having a mounting shaft portion insertion hole 4a and the other engaging concavo-convex section 4c, and located between the bracket 2 and plate 5 and mounted to the rotation shaft 3, wherein the hole 5a is formed larger than the hole 4a such that the spring 4 is caulked and fixed to the end face of the shaft portion by entering of the outer wall side part of a mounting shaft portion 3c formed on the end face of the portion 3b that is collapsed by caulking into a gap 5c formed between the portion 3c and insertion hole 5a.

Abstract: A door hinge, in particular an edge hinge, which has door-mounted support and a support mounted on a door frame, both of which are designed such that they can be swiveled relative to each other around a common rotational axis. To suggest a new type of door hinge, in particular an edge hinge which allows a simplified handling, the invention suggests a door hinge, in particular en edge hinge, with a door support to be arranged on a door and a frame support to be arranged on a door frame, both of which are designed to be arranged around a common rotational axis such that they can be swiveled relative to each other, wherein the door support and the frame support are designed to be of equal construction and equally usable for left and right doors.

Abstract: A locating module structure for pivot pin is disclosed. The pivot pin has a deployed section for assembling with at least one locating module. The locating module is formed with a geometrical configuration. The locating module has a continuous section and an opening. The continuous section interferes with the pivot pin. When the pivot pin is rotated, the locating module applies a frictional force to the pivot pin to provide a locating effect. In comparison with the conventional locating assembly, the locating module has simplified structure and is easier to adjust in interference extent. Moreover, the locating module solves the problem existing in the conventional locating assembly that the conventional locating assembly is easy to deform and wear.

Abstract: A locating module structure for pivot pin is disclosed. The pivot pin has a deployed section for assembling with at least one locating module. The locating module is formed with a geometrical configuration. The locating module has a continuous section and an opening. The continuous section interferes with the pivot pin. When the pivot pin is rotated, the locating module applies a frictional force to the pivot pin to provide a locating effect. In comparison with the conventional locating assembly, the locating module has simplified structure and is easier to adjust in interference extent. Moreover, the locating module solves the problem existing in the conventional locating assembly that the conventional locating assembly is easy to deform and wear.

Abstract: A hinge is disclosed that can allow a downspout extension to rotate from a horizontal position to a vertical position to allow people to easily access these areas about the downspout extension. In some instances, the hinge includes a first plate positioned on the inner wall surface of a downspout and a second plate positioned on an opposing outer wall surface of the downspout. The first and the second plates can be substantially parallel.

Abstract: A portable apparatus includes a base rotatable member having a chamber and a compartment, a cover rotatable member having a space and a cavity, one or more anchors engaged in the chamber of the base rotatable member and having a curved channel formed in an arm, the cover rotatable member includes a pivot shaft engaged in the channel of the arm for pivotally connecting the rotatable members together, a linking device includes two coupling devices attached to the rotatable members and pivotally connected together with a pivot axle for connecting the coupling devices together and for solidly and stably coupling the rotatable members together, and for receiving and protecting the linking device and the anchors.

Abstract: A parallel opening hinge includes tracks pivotally connected crossing links, wherein each pair of crossing links is mounted to the tracks via a fixed pivot and a movable pivot in each track. A connector joins two movable pivots in a track such that the movable pivots move together. Improved opening of a parallel opening vent can thereby result. A pivot mount for a link of the hinge includes a support block and a pivot pin engaging the support block, wherein the pivot pin includes a cam surface for abutting a link of a hinge in use to move the link relative to the support block.

Abstract: A parallel opening hinge includes tracks pivotally connected crossing links, wherein each pair of crossing links is mounted to the tracks via a fixed pivot and a movable pivot in each track. A connector joins two movable pivots in a track such that the movable pivots move together. Improved opening of a parallel opening vent can thereby result. A pivot between links of the hinge includes a fastener holding the links together and a bushing acting on the fastener to define spacing between the links.

Abstract: A method of making a hinge has the steps of forming a region of a piece of sheet metal with a groove and then bending the piece of sheet metal to form the region into an eye with the groove opening inwardly into the eye so that the piece of sheet metal with the eye forms a first leaf. A pivot pin with a radially outwardly projecting thickened region is fitted and pressed into the eye such that the radially thickened region radially elastically widens the eye. Once the thickened region reaches the groove, the eye springs back so that the pivot pin is then captured held in the eye.

Abstract: A method is provided for molding an integral joint including a stationary member and an enclosure rotatable about the stationary member. The method utilizes a joint formation assembly defining an inner cavity, a first passageway connected to the inner cavity, an outer cavity surrounding the inner cavity, and a second passageway connected to the outer cavity. The method includes the steps of: introducing moldable material into the inner cavity from the first passageway to form the stationary member; introducing moldable material into the outer cavity from the second passageway to form the enclosure; and divorcing the inner cavity from the outer cavity for separately and independently forming the enclosure around the stationary member to allow rotatable movement of the enclosure about the stationary member.

Abstract: According to an aspect of the present invention, a hinge device includes: a shaft part having a protruding part; and a bearing part having an insert hole into which the protruding part is inserted. A first plane part is formed on an outer peripheral surface of the protruding part so as to extend in an axial direction thereof. A second plane part is formed on an inner peripheral surface of the insert hole so as to extend in an axial direction thereof. A diameter of a circumscribed circle defined on an sectional outer periphery of the protruding part in the axial direction thereof is larger than a diameter of an inscribed circle defined on a sectional inner periphery of the insert hole in the axial direction thereof. And, at least one of the protruding part and the insert hole has an elasticity.

Abstract: The invention concerns a hinge band for doors or windows, which is easy to manufacture, low-cost and comprises an adjusting mechanism for preferred positions. The hinge band is provided with a first band portion and a second band portion, which are connected with one another around a hinge axis in the manner of a hinge. Further, a snap-in locking device arranged within the hinge band is provided. Further, a hinge axis receiving member having a first receiving member for arrangement of the hinge axis and a second hinge axis receiving member having a second receiving member for the arrangement of the hinge axis are provided. The hinge axis is arranged in the first and in the second hinge axis receiving members and comprises, in the area of the first hinge axis receiving member, a recess extending at least partly on the periphery of the hinge axis. The first hinge axis receiving member comprises a first clamping element and a second clamping element.

Abstract: The invention relates to a method for manufacturing a hinge between two workpieces or components; first a hinge socket is inserted in an opening of the first component and then a hinge pin is inserted in the hinge socket; the second component can be fastened to the hinge pin end protruding from the hinge socket.

Abstract: An embodiment of a hinge assembly includes a main body defining a shaft hole, a connecting shaft including an inserting end rotatably received in the shaft hole, and an expansion member forming a tapered portion and axially positioned in the shaft hole. An end surface of the inserting end toward the expansion member defines a tapered hole corresponding to the tapered portion, and the tapered portion is pressed into the tapered hole to expand the inserting end to resist the inner surface of the shaft hole, thus rotatably connecting the connecting shaft to the main body.

Abstract: A hinge includes a fixing member, a shaft non-rotatably fixed to the fixing member, and a rotating member. The shaft rod defines a flat surface. The rotating member includes a pivoting portion rotatably fitting about the shaft rod. The pivoting portion defines a cutout. When the rotating member is rotated relative to the fixing member, the flat surface is relatively rotated to align with the cutout, or face an inner wall of the pivoting portion.

Abstract: A hinge for doors or windows, comprising a hinge-pin (26) defining an axis of rotation (28), a first hinge element (22) and a second hinge element (24), which are articulated to one another about said axis (28) via said pin (26), the hinge including a reinforcement kit comprising an extension element (32) that can be applied by shape fit to an end of the pin (26), and a third hinge element (30) connectable to the first hinge element (22) in a pre-set position and having a hole (82) that can be engaged by said extension element (32) of the pin (26).

Abstract: A hinge includes a shaft defining a positioning depression, a rotation bracket rotatably mounted to the shaft, and a positioning member. A first end of the positioning member is fixedly mounted to the rotation bracket, and a second end of the positioning member defines a protuberance engagable in the positioning depression.

Abstract: Hinge assembly for vehicle doors that comprises two hinge bodies articulately connected, the articulated connection consisting of at least two articulating formations spaced apart along the axis of rotation of the hinge assembly, each of which consists of a male element situated on a hinge body that can be coupled by moving it in the direction of the axis of rotation of the hinge onto a complementary female element that is situated on the other hinge body, the hinge assembly also comprising a safety element disposed so as to rotate around an axis that is solidly joined to one of the hinge bodies and that can move between at least a release position, wherein it is possible to decouple the male and female elements, and a second position wherein it is inserted between the two aforementioned articulating formations and prevents said male and female elements from becoming decoupled.

Abstract: A door hinge assembly for a refrigerator includes a refrigerator door pivotally coupled to a main body of the refrigerator and provided with at least one groove and a hinge unit enabling the refrigerator door to pivot. The hinge unit includes a hinge pin providing a pivot axis of the refrigerator door and a hook member provided at a side of the hinge pin and inserted and hooked in the groove.

Abstract: A hinge movable between an extended position and a collapsed position via a hyper-extended position comprising a primary member, a secondary member and a coupling between the members, the coupling movable between a rotating position and a locking position and comprising: a pin connected to the secondary member; a retainer formed in the primary member in which the pin is retained, the primary member being rotatable about the pin and the pin being movable along at least a portion of the length of the retainer; a first arm connected to the primary member for acting against movement of the primary member relative to the pin in a first direction along the length of the retainer; and a second arm connected to the primary member for acting against movement of the primary member relative to the pin in a second direction along the length of the retainer.

Abstract: An electronic device includes a base, a cover pivotally attached to the base, and a hinge including a fixing member and a shaft rotating about the fixing member. The fixing member includes a locating plate including a first surface and a second surface opposite to the first surface, a first sleeve bending from the second surface of an end of the locating plate along a first direction, a second sleeve bending from the first surface of the end of the locating plate along a second direction opposite to the first direction, and a tongue portion between the first sleeve and the second sleeve. The shaft includes a rotating portion rotatably received in the first and second sleeves, a fastening portion fixed in the base, and a blocking portion. The rotating portion defines a groove to partly receive the tongue portion, preventing the shaft from disengaging from the fixing member.

Abstract: A hinge includes a first connecting member, a second connecting member defining a through hole, a sleeve member fixed to the second connecting member, a shaft movably mounted to the first connecting member, and a fastener. The sleeve member defines a spiral slide groove therein. A clamping protrusion extends from the first connecting member for slidably engaging in the slide groove. The shaft includes a fixing portion rotatably passed through the sleeve member and the through hole. The fastener is fixed to a distal end of the fixing portion.

Abstract: A vehicle hinge assembly (10) for hanging a vehicle door on a vehicle body. The assembly (10) comprises a first hinge leaf (12) hingedly connected to a second hinge leaf (14) by a pivot pin (15). The pivot pin (15) is immovably mounted in one hinge leaf (14) and is rotatably mounted in, and axially withdrawable from, the other hinge leaf (12). Hinge pin retention means (35) is associated with the other hinge leaf (12) for preventing axial withdrawal of the hinge pin (15) therefrom. The hinge pin retention means (35) having hinge pin engagement means (38) movably mounted between first and second positions. The engagement means (38) in its first position engages with the hinge pin (15) to permit rotation of the hinge pin (15) but prevent its axial movement relative to the other hinge leaf (12). The engagement means (38) in its second position is spaced from the hinge pin (15) to permit its axial withdrawal from the other hinge leaf (12).

Abstract: An appliance hinge assembly includes: a support member configured to be secured to an appliance; a claw pivotally coupled to the support member; and a lock member pivotally coupled to the claw, wherein the claw and the lock member can be coupled together to create a bounded space therebetween.

Abstract: A hinge assembly incorporates a substantially straight hinge pin for securing a lid to a container. At least one end of a hinge line is initially closed via a plastic wall. The substantially straight hinge pin is secured in the hinge line via passing the hinge pin through the plastic wall. Subsequently, residual axial and radial stresses caused by passing the hinge pin through the wall cause the opening to contract, thereby retaining the pin. By providing a hinge assembly including a substantially straight hinge pin, the assembly process can be more easily automated.

Abstract: A hinge includes an axle half hinge and a bracket half hinge rotatably connecting to the axle half hinge. The axle half hinge includes a first arm portion and a pivot shaft portion formed on an end of the first arm portion. The first arm portion defines a first cavity therein for receiving a cable(s), the pivot shaft portion defines a pivot hole communicating with the first cavity of the first arm portion. The bracket half hinge includes a second arm portion and a bracket portion formed on an end of the second arm portion. The second arm portion defines a second cavity therein for receiving the cable(s), and the bracket portion defines a receiving space for receiving the pivot shaft portion of the axle half hinge therein.

Abstract: An embodiment of a hinge has a first part with a pin, the pin defining a longitudinal axis, and a second part with a receptacle for the pin. The first and second parts are arranged to rotate relative to one another about the axis with the pin in the receptacle. Mutually cooperating formations on the pin and receptacle are arranged to permit separation of the first and second parts along the axis in a first position of relative rotation of the first and second parts and to obstruct separation of the first and second parts along the axis in a second position of relative rotation of the first and second parts.

Abstract: Hinge assembly for vehicle doors that comprises two hinge bodies articulately connected, the articulated connection consisting of at least two articulating formations spaced apart along the axis of rotation of the hinge assembly, each of which consists of a male element situated on a hinge body that can be coupled by moving it in the direction of the axis of rotation of the hinge onto a complementary female element that is situated on the other hinge body, the hinge assembly also comprising a safety element disposed so as to rotate around an axis that is solidly joined to one of the hinge bodies and that can move between at least a release position, wherein it is possible to decouple the male and female elements, and a second position wherein it is inserted between the two aforementioned articulating formations and prevents said male and female elements from becoming decoupled.

Abstract: A shooter for a snow remover has a shooter main body and a shooter guide swingably mounted on the top end of the shooter main body by a hinge. The hinge has an interlocking member for preventing a pin member from falling out from the hinge. The interlocking member is formed from a wire material so as to have elasticity and has pressure parts for applying pressure to both ends of the pin member to retain the pin member in the hinge.

Abstract: A hinge for doors or windows, comprising a hinge-pin (26) defining an axis of articulation (28), a first hinge element and a second hinge element (22, 24) articulated to one another about said axis (28) via said pin (26), in which the first hinge element and the second hinge element (22, 24) have respective articulation seats (44, 62) for coupling with said pin (26) and respective front surfaces facing one another (42, 58), in which a washer (30) is set between said front facing surfaces (44, 58), and in which said pin (26) has an annular groove (68) on its external surface for engagement by a fixing screw (72) carried by the second hinge element.