Abstract: A power distribution box assembly includes a lower cover and a connector assembly. The connector assembly includes a connector housing and a dress cover. A wire bundle is routed from the connector housing through an opening of the lower cover. A retention feature is provided to prevent a cantilevered force generated by a bend in the wire bundle from dislodging the connector assembly out of position with respect to the lower cover.

Abstract: A wire harness includes a connector and a grommet. The connector includes an inner member having an annular plate-shaped flange. The inner member includes a first divided inner part, a second divided inner part, a deformable hinge that connects one end of the first divided inner part and one end of the second divided inner part to each other, and a lock portion that is formed on a fitting portion between the other end of the first divided inner part and the other end of the second divided inner part. The lock portion is formed on a portion where the other end of the first divided inner part and the other end of the second divided inner part are fitted to each other by sliding movement in accordance with a twisting of the hinge about a first axis.

Abstract: A hose clamp for supporting a hose with respect to a machine. The hose clamp may include a deformable clamping element comprising a section of material at least partially surrounding an opening. The opening extends through a thickness of the clamping element and is configured to receive the hose. The hose clamp additionally comprises a support element configured to secure the clamping element to the machine. The support element is further configured to compress the clamping element along a direction of the thickness of the clamping element, thereby deforming the clamping element and causing the clamping element to constrict around the hose.

Abstract: A corrugated tube mounting structure includes: a corrugated tube into which an electric wire is inserted, formed with a slit into which the electric wire can be inserted, the slit being formed along a length direction of the corrugated tube; and a protector includes a main body inside which the electric wire is arranged and an outlet portion from which the electric wire is drawn out. The outlet portion is provided with a cover configured to close an opening into which the corrugated tube can be inserted. The cover is provided with a pressing portion configured to press the electric wire, which is exposed from an end of the corrugated tube on a main body side, toward the inside of the corrugated tube.

Abstract: A combustor cap assembly, combustor and related method are disclosed. The combustor cap assembly includes: an impingement plate defining a plurality of impingement cooling holes with a first side of the impingement plate in fluid communication with a cooling air plenum. The assembly also includes a combustor cap plate coupled to the impingement plate, such that an impingement air plenum is defined between a second side of the impingement plate and the combustor cap plate. Tubes extend from at least a portion of the plurality of impingement cooling holes at the second side of the impingement plate and extend partially towards the combustor cap plate through the impingement air plenum. The plurality of impingement cooling holes provides for fluid communication between the cooling air plenum and the impingement air plenum through the tubes.

Abstract: A push-in connector generally having an interior channel equipped with longitudinal protrusions that run at least part of the length of the interior channel of the connector body to define grooves through which wires of a different gauges can be inserted. When the user rotates the connector body about its longitudinal axis, the interior channel defines a second gauge through which a wire of a second gauge can pass. The connector body has one or more incisions cut into one end of the connector body and a separate cuff that fits over the feed end. The interior channel contains teeth that grip the wire(s) or cable(s) once inserted. The exterior of the connector body has flexible exterior protrusions that can be pushed down when inserting the connector through the knock-out of a housing and spring back into place to secure the connector to the housing.

Abstract: The present disclosure relates to a plug connector casing adapted for use as a vehicle plug connector. In one implementation, the plug connector casing may include a main body made of plastic and a casing lock that is displaceable relative to the main body along a plugging direction. In some implementations, the plug connector casing may be equipped with a cable bracket that is capable of being releasably latched to a cable support that is integral with the main body, extends from an end face of the main body past the casing lock, and has one or more latch elements adjacent thereto. The present disclosure also relates to a plug connector provided with a plug connector casing of this type.

Abstract: A guide device (10) is provided for guiding a wiring harness (32) through an aperture (26) in a panel (24). The guide device (10) has a substantially tubular sidewall (12) with opposite front and rear ends (14, 16). Portions of the sidewall (12) adjacent the front end (14) are dimensioned to fit in the aperture (26). The sidewall (12) flares out toward the rear end (16). A slit (22) extends from the front end (14) of the sidewall (12) to the rear and (16) thereof. The front end (14) of the guide device (10) can be mounted in the aperture (26) so that the wiring harness (32) can be guided into the outwardly flared rear end (16) and through the aperture (26). The slit (22) enables the sidewall (12) to be biased open at the slit so that the guide device (10) can be separated from the wiring harness (32).

Abstract: A terminal spacer having a cylindrical shape is attached to the circumference of an electric wire connected to a charge terminal. The terminal spacer includes a slit portion extending across the entire length in the axial direction of the terminal spacer. The slit portion includes an electric wire insertion slit portion into which the electric wire can be inserted, and a narrow slit portion continuously extending from the electric wire insertion slit portion and having an opening width narrower than that of the electric wire insertion slit portion.

Abstract: This application provides skateboards and skateboard trucks.

Abstract: A bushing is for supporting a movable cylindrical body within a housing, the housing having a central axis, an inner circumferential surface and an annular groove formed in the surface. The bushing includes a plurality of generally arcuate tube segments disposable within the groove and alignable circumferentially about the housing axis so as to form a generally tubular body configured to slidably support the cylindrical body. Preferably, each tube segment is formed of a generally rigid metallic material.

Abstract: In one embodiment, a substrate support bushing for a lift pin used in a semiconductor processing chamber is provided. The bushing includes an elongated housing sized to guide the lift pin in a substrate support pedestal. The housing has a longitudinal bore formed through the housing. The housing includes at least one passageway slot extending and open to substantially the entire length of the bore. In another embodiment, a method for transferring a substrate from a substrate support pedestal is provided. The method includes displacing a lift pin through a central bore toward a substrate disposed on a substrate support pedestal. The bore has at least one slot extending substantially along and open to the central bore. The method further includes spacing the substrate from the substrate support pedestal on the lift pin.

Abstract: A sleeve for assembling into a sub-assembly including a control arm of a vehicular suspension assembly prepared by a process is disclosed. The process includes the steps of: providing a tubular segment; firstly shaping a first portion of the tubular segment to include a proximal flange; secondly shaping a second portion of the tubular segment to include a distal flange. A third portion of the tubular segment forms an intermediate body extending between the proximal flange and the distal flange. The length of the tubular segment includes a substantially constant and uniform thickness after the firstly shaping step and the secondly step. A sleeve is also disclosed. A sub-assembly. A portion of a vehicular suspension assembly is also disclosed.

Abstract: A strain relief device for securing three radially arrayed flat cables coming into a closure includes a body having three armatures extending radially. Each armature includes at least two cantilevered segments extending from the at least one armature in opposing directions. At least one cable may be received in a receiving area partially defined by the armature and the cantilevered segment. Compressive force acting on the strain relief device secures the cables in the receiving area relative to the strain relief device.

Abstract: A grommet configured to seal an insertion hole formed in a panel into which a pipe is inserted may include a base that is configured to be connected to the insertion hole, a boot that is integrally formed in the base and has a thinned wall thickness, and at least one rib that is formed in the boot. The boot has a truncated cone-shaped main portion having an insertion bore into which the pipe can be inserted, and a connecting portion that is folded back from a circumferential periphery of the main portion via a folded back portion and is connected to the base. The at least one rib is formed in the main portion and the connecting portion while straddling the folded back portion, so as to restrict the main portion from being axially displaced relative to the base.

Abstract: A strain relief device for securing three radially arrayed flat cables coming into a closure includes a body having three armatures extending radially. Each armature includes at least two cantilevered segments extending from the at least one armature in opposing directions. At least one cable may be received in a receiving area partially defined by the armature and the cantilevered segment. Compressive force acting on the strain relief device secures the cables in the receiving area relative to the strain relief device.

Abstract: A grommet assembly for installation in an opening of a vehicle body component is provided. The opening is dimensioned to receive a pipe therethrough. The grommet assembly comprises a first relatively stiff component and a second relatively flexible component. The first component has retention elements formed therewith to secure the pipe to the grommet assembly. The second component is sized to be securely mounted in the body component opening. The second component is at least partially overmolded onto the first component. The grommet assembly is pre-mounted on the pipe and is configured to keep the pipe generally centered in the body component opening.

Abstract: A single, integral piece configured into a self-coupling bushing for pivotally securing within a circular opening of a structure without external fasteners, while accommodating a polygonal shaft. The bushing includes a base that is larger than the opening of the structure, and an aperture within the base. The aperture of the base of the bushing has a perimeter that includes first members for lining the opening of the structure, and pivotally securing the bushing within the opening, and second members for absorbing a rotational torque of the shaft, enabling the first members of the bushing to securely pivot within the opening of the structure.

Abstract: A centering bush for connecting components includes a bush head having a construction generally in accordance with that of a blade pin. A combination, a system and a printing press having the centering bush, are also provided.

Abstract: A fitting member is provided with a first end portion, a second end portion facing to the first end portion, and a fitting structure having a first engagement portion and a second engagement portion to connect the first end portion and the second end portion with each other by fitting the first engagement portion and the second engagement portion with each other. The fitting structure is defined by making the first engagement portion and the second engagement portion engaged with each other, while making the second engagement portion formed by punching a preform body of the fitting member through the first engagement portion.

Abstract: A composite spacer operable to be mounted on a first component is disclosed herein, wherein compression loads associated with attaching the first component to some other structure are born by the composite spacer to limit compressive deformation of the first component. The composite spacer includes a first body formed of resin and defining an aperture extending along an axis. The composite spacer also includes a plurality of first fibers positioned in the first body about the aperture. Each of the first fibers extends substantially parallel to the axis and increases a compressive strength of the first body relative to the axial direction.

Abstract: A grommet assembly for installation in an opening of a vehicle body component is provided. The opening is dimensioned to receive a pipe therethrough. The grommet assembly comprises a first relatively stiff component and a second relatively flexible component. The first component has retention elements formed therewith to secure the pipe to the grommet assembly. The second component is sized to be securely mounted in the body component opening. The second component is at least partially overmolded onto the first component. The grommet assembly is pre-mounted on the pipe and is configured to keep the pipe generally centered in the body component opening.

Abstract: A bushing includes a cylindrical main body having a leading end and a trailing end, wherein a fastener passage is defined within the main body, and a plurality of ribs outwardly extending from the main body. The plurality of ribs are configured to securely position the bushing with respect to an opening formed in a component.

Abstract: Axial thrust washers are provided in the axial contact region of the bearing raceway of an unbalance shaft. The axial thrust washers do not extend beyond 360° in the circumferential direction, but extend only over a little more than the unbalance masses which extend in this region. The end sections of the axial thrust washers are bent over so that they are supported on the prominent unbalance masses, and form a funnel-like entry region for the rolling elements or for a cage of the rolling bearing which houses the rolling elements.

Abstract: A hurricane panel configured to cover a building opening that is made of a geocomposite having an impermeable core and surrounded by both sides with batting, and anchoring means for attachment to a building.

Abstract: The present invention discloses a locking mechanism having a locking member disposed with a fan-shape protrusion and a fan-shape notch, such that when the locking member is rotating, the jerk as a result of rotation can be reduced, and when the locking member is returned to its original position, a sufficient torsion can still be generated. Also, when the locking member is in the locking position, the fan-shape protrusions are positioned at the fan-shape notches.

Abstract: A structure for attaching a fabric sheet to a vehicle body, wherein the fabric sheet may be prevented from being twisted together with the rotation of a threaded fastener such as a bolt during fixation of the fabric sheet to the vehicle body by the threaded fastener. A spacer which is generally cylindrical is fitted in a hole of a tab. The spacer comprises a cylindrical portion into which a bolt is inserted, and a pair of flanges radially overhanging from both axial ends of the cylindrical portion, respectively. The flanges, have an outer diameter which is sufficiently large in comparison to the inner diameter of the hole. The cylindrical portion is inserted into the hole. The head a of the bolt never touches the tab so that the tab is never twists together with the bolt when the bolt is screwed into the bolt hole.

Abstract: A wire management grommet includes an outer peripheral member and an inner perforate member. The outer peripheral member is constructed and arranged to frictionally engage a planar surface, usually a desk or tabletop. The outer peripheral member is formed from a first rigid material having sufficient mechanical stiffness for effective frictional engagement with the planar surface and the cooperating aperture. The inner perforate member is formed from a second flexible material and is overmolded using conventional injection molding techniques to the said outer peripheral member to form a unitary grommet. The second flexible material is chosen to have sufficient flexibility to permit passage of disparate cable combinations through the inner perforate member.

Abstract: A strain relief for protection of electrical and other cords extending from a component. The strain relief is made from a hard plug piece which attaches to the case or housing of the component. The cord extends through this plug piece via a passageway. This plug piece has a plurality of holes therethrough which connect the passageway with its outer surface. An molded jacket is molded onto the plug piece, wherein the injected material extends through the holes, into the passageway, and surrounding the cord. The injected material is preferably softer than the material used for the plug piece. The result is a one piece strain relief which is bonded to the cord.

Abstract: A grommet includes a first cylindrical portion 21 for passing a wire harness therethrough, a second cylindrical portion 22 for fitting in a mounting hole 12 in a panel 11, and a connecting portion 23 interconnecting the first and second cylindrical portions 21 and 22. The second cylindrical portion 22 is turned inside out, and flange portions 25, formed on the second cylindrical portion 22, are passed through the mounting hole 12. Subsequently, the second cylindrical portion 22 is restored into its initial shape by its own restoring force, thereby mounting the grommet in a predetermined position. Ribs 30 are formed on an inner peripheral surface of the connecting portion 30, and the position of folding of the connecting portion 23 is determined by these ribs, thereby preventing the grommet from being excessively reversed, and by doing so, the restoration of the grommet into its initial shape can be easily started.

Abstract: 12A high temperature gas turbine component includes an inner core made of a monolithic ceramic material embedded within an outer CMC shell. The inner core may be formed with a through hole, blind hole, wear pads and the like. A method of making the bushing includes the steps of a) forming an inner core of silicon nitride or silicon carbide; and b) applying a ceramic matrix composite material over substantially all of the inner core.

Abstract: A strain relief for protection of electrical and other cords extending from a component. The strain relief is made from a hard plug piece which attaches to the case or housing of the component. The cord extends through this plug piece via a passageway. This plug piece has a plurality of holes therethrough which connect the passageway with its outer surface. An molded jacket is molded onto the plug piece, wherein the injected material extends through the holes, into the passageway, and surrounding the cord. The injected material is preferably softer than the material used for the plug piece. The result is a one piece strain relief which is bonded to the cord.

Abstract: A grommet includes a first cylindrical portion 21 for passing a wire harness therethrough, a second cylindrical portion 22 for fitting in a mounting hole 12 in a panel 11, and a connecting portion 23 interconnecting the first and second cylindrical portions 21 and 22. The second cylindrical portion 22 is turned inside out, and flange portions 25, formed on the second cylindrical portion 22, are passed through the mounting hole 12. Subsequently, the second cylindrical portion 22 is restored into its initial shape by its own restoring force, thereby mounting the grommet in a predetermined position. Ribs 30 are formed on an inner peripheral surface of the connecting portion 30, and the position of folding of the connecting portion 23 is determined by these ribs, thereby preventing the grommet from being excessively reversed, and by doing so, the restoration of the grommet into its initial shape can be easily started.