Once the drill bushing is properly oriented, the bushing is bonded to the bushing holder to prevent further movement between the bushing and the holder.
The resilient bushing is mounted on the intermediate bushing.
The collar defines a collar opening therethrough to create a passage between the first side of the collar with the second side of the collar.
A seal device has an outer ring-side seal ring fixed to an outer ring member and an inner ring-side seal ring fixed to an inner ring member.
The ring can be a seal ring or a thrust ring.
The cushion ring is composed of a first cushion ring (5) and a second cushion ring (6).
The cushion ring has an inner ring (106) and an outer ring (104).
The self-destroying mechanism is comprised of a stop ring (5) and a support ring (6), and the stop ring (5) is supported and secured by the support ring (6).
The internal ring (2) matches with the external ring (1).
A second inertia ring circumscribes the first inertia ring.
A pulser ring is fixed to a circular core metal of the inner ring-side seal ring.
The compensation element (1) comprises a first (5) and a second ring (6) in addition to a sealing ring (7).
The gasket (201) includes outer ring (205), inner ring (206) and intermediate ring (207) therebetween.
A first pivotal connection pivotally secures the pivotal link relative to the chassis and defines a first pivot axis and a second pivotal connection couples the pivotal link to a trailing arm and defines a second pivot axis.
An antenna mount is provided with a pivot base and a pivot saddle rotatably coupled to the pivot base by a pivot connection and at least one pivot arm connection.
A pivot assembly is coupled between the pivot anchors.
Rocking levers (37 and 38) are pivotally connected to a yoke (29 and 30), respectively, at pivots (39 and 40) substantially midway on straight lines connecting pivots (33 and 34) and pivots (35 and 36), respectively.
Pivotal movement of the pivotal link about the first pivot axis longitudinally repositions the second pivot axis and thereby adjusts an angular position of the axle relative to the longitudinal axis.
The hub system (18) can comprise a hub plate assembly (33) and/or a hub casting assembly.
The pivot bushing has a frustoconical outer shape, as does the pivot surface of the hub of the tensioner arm which pivots on the pivot bushing.
The hub is attached to the barrel with the barrel tip in the hub cavity.
The head may include a central hub and more than one spoke radiating out from the central hub.
Each subscriber network including a sub’s clock, and the hub network includes a hub’s clock.
The invention concerns also an electric spindle, a tool carrier and a spindle.
There is disclosed a hinge assembly that has a pintle (9) and two plates that can rotate about the axis of the pintle.
A pivot pin is inserted through an end of the handle member and pivot base.
The swivel assembly includes a swivel assembly adapter that connects the reel and the swivel assembly, a swivel assembly mount that connects the swivel assembly and the stand, a bearing, and a hydraulic swivel.
The swivel device (50) comprises a swivel block (60), an external swivel tube (70) and an internal swivel tube (80).
The apparatus includes a base, a swivel, a swivel holder, and guide portions.
The caster swivel post is being adapted to rotate about a pivot axis within a cylindrical housing(20).
Pivot (A) supports arms (2) and pivot (B) supports stock arms (5).
The seating indicator (20) includes an inner indicator ring (24), an outer indicator ring (23), and one or more arms (22) connecting the inner indicator ring (24) to the outer indicator ring (23).
A wheel contact arm (66) has a pivot shaft (64) pivotally mounted about one of the pivot points.
The drive arm (60) has a free end which has a second pivot axis disposed parallel to the first pivot axis.
A spring (86) is secured between the mounting bracket and the pivot arm for biasing the pivot arm.
The upper pivot member is rotationally coupled to the lower pivot member, and sharing a common axis of rotation.
R5 represents a hydrogen atom, a lower alkyl, cycloalkyl, aryl, lower aralkyl, lower alkoxy, a lower alkylcarbonyl, halo(lower)alkylcarbonyl, lower alkyloxycarbonyl, amino, these groups being optionally substituted.
R8 represents a lower alkyl, a lower cycloalkyl, hydroxyalkyl, alkyloxyalkyl, halo(lower)alkyl, perhalo(lower)alkyl, aryl, these groups being optionally substituted.
In formula (I), R represents optionally halogenated lower alkyl, hydroxy, lower alkoxy, nitro, amino, mono- or di(lower alkyl)amino, or lower alkanoylamino.
R2 is selected from the group consisting of hydrogen, halogen, lower alkyl, lower alkoxy, halo-substituted lower alkyl, lower alkylthio, nitro, acetamino and -SO¿2R?7 wherein R7 is lower alkyl.
The pivot frame is formed with two pivot frame ends which are disposed at an angle with respect to a location of the pivot brace.
The pivot characterized by a pivot point and a rear support portion is pivotally connected to each pivot.
Preferably, a pivot axis of a foot pedal remains below the first pivot and the second pivot during motion of the foot pedal.
The pivot frame can have a pivot axis around which at least a portion of the pivot frame is pivotal.
The first pivot axis of the first lever (110) and the second pivot axis of the second lever (120) are coaxial along a pivot axis (X1).
A pivot may have first and second pivot surfaces, and the first pivot surface may be coupled to the second support structure surface.
The swing-staff is driven by turning the swing-staff gear to an angle.
The draw latch pivot member, base and cover are configured to facilitate installation of the pivot member thereto.
An 'unpivot' operation provides the inverse of the pivot operation.
The blade carrier includes a blade pivot and a first spring pivot.
The clamp member rotationally mounts on a pivot member (42).
The first grip potion includes a pivot with a pathway extending through the pivot.
The supply pivot (3) is positioned intermediate the applicator (6) and the take-up pivot (4).
The pivot has the shape of a screwdriver and the recess (15) has a shape congruent with the pivot.
The elastic pivot has a neutral axis that is a central line of the pivot.
A pivot support is coupled to the second end of the pivot and to the mount.
A pivot support is coupled to the pivot and to the mount.
The ball-stud arrangement comprises a ball stud (1) with a press-on disc (3).
The pivot heads may be relatively large diameter pivot heads.
A matched ball journal (7) is mounted in the ball journal casing (3).
A pivot support is coupled to the pivot and to the mount.
The fixable pivot junction also includes a collar configured for fixating the pivot junction.
The spider includes a trunnion.
A first embodiment includes a horizontal pivot and a vertical slide for sliding of the pivot.
A rocking lever which rocks due to pivoting of the seat causes sliding of the pivot.
A third preferred embodiment includes a horizontal pivot, a vertical slide, and a spring for biasing the pivot.
The rear structural member has a third pivot point (50) that is rearward of the first pivot point.
Each of the links have a first pivot in a first and a second pivot in a second axis.
A rotatable pivot assembly (200) includes a pivot plate (230) and a sole element (210) attached thereto.
The invention relates to a ball and socket joint for a motor vehicle, comprising a ball pivot (3) provided with a journal (2) and an articulated ball (1).
The pivot is a floating pivot permitting relative translational movement between the operating levers.
In the pivot method, the pivot node sends a failure indication to the release node (422).
A pivot list specifies that only certain values of the pivot column data items participate in the operation.
A pivot is arranged on the bottom side of the backrest, and a part of the backrest can be turned around the pivot.
The compliant assembly includes a second pivot assembly (58) and a planar motion assembly (60) coupled to the second pivot assembly (58).
The lever is pivotally connected to the base and the catch is pivotally connected to the lever.
The pivot frame is also pivotally connected to the frame and defines a pivot axis for azimuthal movement of the solar array.
The middle of the pressure rod (14) is connected with a pivot and rotates around the pivot.
One end of the pivot emboss (36) terminates at a pivot panel (38) located on the main panel (34).
The elastic pivot has at least two co-axial segments of pivot and is coupled to the fixed reference frame.
Every stirring apparatus has a pivot (231a, 231b) and a stirring part fixed on the pivot.
A moveable jaw is pivotably supported on the body at a slidable pivot connection.
The first part of the hinge extends from one side of the pivot to the other side of the pivot.
A spring (37) is connected between the spring connection fulcrum and the spring fastening fulcrum (42).
The mast is coupled to the pivot structure so as to pivot along a pivot portion of the mast.
A sleeve connecting casing (6) coaxial with the ball journal (7) is fastened to the ball journal (7).
The pivot shaft has a basal end and a distal end, and defines a pivot shaft axis.
Pivot connectors are provided that are received in pivot recesses formed in the latches.
Each lever is connected to a common interconnection means (6) by a respective pivot with a pivot axis.
The connector includes a flexible fitting, a deformable fitting, and a compression fitting.
A constant velocity joint (10) includes an outer race (36) and an inner race (42) arranged within the outer race.
A flexible outer ring (26) is locked on top of an inner injection-molded supporting ring (22).
The outer ring (26) is mounted only once the first sealing ring (14) has been moved over the supporting ring (22) and has been stripped.
It comprises an I outer ring, an inner ring, an round cage between the inner ring and the outer ring, and rolling balls positioned by the cage.
The invention relates to a radial roller bearing (1) comprising an inner ring (2) an outer ring (3) and a plurality of rollers (4) located between said inner ring (2) and outer ring (3).
A rolling element bearing, comprises an inner ring, an outer ring and rolling elements which are in rolling contact with the raceways of the inner ring and the outer ring.
A roll-up wound protector has a distal ring (10), a proximal ring (30), and a flexible sleeve (20) extending between the proximal and distal rings.
The edge ring DC voltage control arrangement is coupled to the edge ring to provide first voltage to the edge ring, with the edge ring potential being one of a positive potential, a negative potential and a ground.
Further provided in the inner ring is a communication flow path for allowing the gap between the inner ring and the pin and the gap between the inner ring and the outer ring to communicate with each other.
A second backup ring (31) is disposed between the seal ring (11) and the backup ring (21), and the second backup ring (31) used is formed of a material softer than that of the backup ring (21).
The intermediate ring has a large diameter ring section (7) and a small diameter ring section (6) provided with an inclined ring section (15) in between.
A pulser ring for a rotary encoder has a mounting ring (1), a pulsar ring body (2), and a seal ring (3).
The invention relates to a rolling bearing comprising an inner ring (2) inside an outer ring (3) and a plurality of rollers (5), located between the inner ring (2) and the outer ring (3).
The bearing comprises an outer ring (11), an inner ring (12), and balls (13) which are in contact with the outer ring (11) and inner ring (12) and are disposed on an annular track.
The interior diameter of the outer ring (1) is bigger than the interior diameter of the inner ring (2), and the outer ring (1) is laminated on the inner ring (2).
In one embodiment, the dynamic seal is provided as a rotating seal, which includes a stationary ring and rotating ring assembly, with a seal ring that is positioned between the stationary ring member and the rotating ring assembly.
A retaining ring (42) is disposed about the slip ring and will hold the slip ring in the unset position until sufficient force is applied to break the retaining ring.