Abstract: A coupling arrangement for two axially aligned shaft sections is obtained through two splined profiles, one attached to each shaft through a tensioning arrangement that eliminates relative rotation between the two shaft sections while permitting longitudinal movement therebetween. One shaft section connected to one end of the tensioning device and the other shaft section connected to another end of the tensioning device and wherein the other end of the tensioning device operates to cause one of the splined profiles which is slotted to grasp the other splined section to provide for the relative non-rotational drive and the axial longitudinal shifting of the shaft sections.

Abstract: A damping force adjustable hydraulic shock absorber includes a piston rod projecting from a cylinder and an actuator for adjusting the level of damping force generated in the shock absorber, the actuator having a bottom portion and an axially extending outer peripheral portion. The shock absorber further includes a casing and retaining device. The casing has a bottom portion secured to the projecting end portion of a piston rod, a first rising portion which extends upward from the outer peripheral edge of the bottom portion, a flange portion which extends outward from the upper end of the rising portion and on which is placed the bottom portion of the actuator, and a second rising portion which extends upward from the outer edge of the flange portion, the second rising portion receiving at least a part of the outer peripheral portion of the actuator to prevent horizontal movement of the actuator.

Abstract: An apparatus for securing magnetic poles of magnet-type rotating machines has a cylindrical fixed frame, a plurality of permanent magnets attached to the inner side of the fixed frame at a predetermined distance in the circumferential direction, and a positioning member defined by an elastic member having a substantially U-shaped cross section, the positioning member being disposed in the space between each pair of adjacent permanent magnets in such a manner as to abut against the opposing end faces of the pair of adjacent permanent magnets to thereby effect positioning of the permanent magnets in the circumferential direction. The positioning member is provided with bent portions which are formed near its open end, the bent portions extending inwardly of the positioning member.

Abstract: A reconstitutable control rod spider assembly includes a spider structure, control rods, and attachment joints for detachably fastening the control rods to the spider structure. Each attachment joint includes a connecting finger of the spider structure having a central bore extending therethrough and a pair of opposing flat segments formed on the interior thereof, and an elongated upper end plug of each control rod inserted through the finger bore and having a pair of opposing flat sectors formed on the exterior thereof beng interfitted with the opposing flat segments on the connectng finger to retain the control rod in a predetermined angular position relative to the finger. The upper end plug also has an externally-threaded portion formed on the exterior thereof above the flat sectors and being disposed above the connecting finger, and a pilot aligning portion formed on an outer terminal end thereof above the externally-threaded portion.

Abstract: Improvements to tolerance rings are provided permitting them to be utilized in holding cylindrical members within sheet panels and providing positive axial retention of the ring in the sheet panel; permitting them to be used in centered and half-centered mounting arrangements without requiring the formation of shoulders on the engaged members, but rather through the use of an annular split ring shim; and permitting them to be used to restore the effective diameter of worn parts by providing the ring with a bowed shape.

Abstract: A method of retaining a splined male member and a splined female member against relative axial motion therebetween when the splines of the members are in engagement with one another and a unitary axial retaining member for use in the practice of the method. The method includes the steps of mounting a hollow, thermoplastic axial retaining member to the interior surface of the female member and positively interconnecting the other end of the axial retaining member with the male member. The axial retaining member has an inwardly oriented flange for interconnecting one end of the retaining member to the male member and an outwardly oriented radial flange for interconnecting the opposite end of the retaining member to the female member. A plurality of longitudinal slots are optionally formed in one end of the retaining member to separate it into a plurality of flexible fingers to facilitate interconnection of that end of the retaining member with its associated male or female member.

Abstract: Concentric rings, tubes or sleeves are separated by radial corrugated sheets or wires in radially aligned grooves for attenuating shocks and vibrations.

Abstract: A method of using a tolerance ring in conjunction with a relatively soft material while preventing deformation of the soft material is provided through the use of a split cylinder shim between the tolerance ring and the soft material. This arrangement can be used whether the soft material is surrounded by the tolerance ring, surrounds the tolerance ring or both.

Abstract: A nut, threaded onto the end portion of a bolt receives a cup shaped cover having an internal radial groove receiving an O-ring therein. The O-ring frictionally holds the cover on the nut. The nut is octagonal, hexagonal or square.

Abstract: A camshaft for actuating the valve tappets in internal combustion engines includes a shaft of a cold drawn pipe and a cam member. Both parts are connected to one another via an axially slotted tolerance ring. The bore of the cam member has an inwardly directed projection with essentially radially extending sides and a partially cylindrical surface having a curvature which corresponds to the curvature of the shaft. The edges forming the slot of the tolerance ring rest against the sides of the projection. The resulting circumferential bracing of the tolerance ring ensures a secure support of the cam member on the shaft. The projection is located in that angular range of the cam member in which the rotating cam during operation is in contact with the tappet to be actuated. Thus, the cam member is additionally braced by the cylindrical surface of the projection when the highest radial force acts on the cam member during a full rotation.

Abstract: Collars are provided for yieldingly restraining weights from leaving the ends of a barbell. Each collar surrounds the barbell shaft and contains a set of grooves which receive snugly O-rings made of resilient material. In the unstressed condition of each O-ring, the interior diameter is less than that of the barbell shaft. Preferably, the grooves have a generally square or trapezoidal cross-section, with a slightly widened mouth. A part of the collar can be gripped with the fingers to remove friction-platelock collars from the barbell.

Abstract: A flexible liner for bearing assemblies and the like including a flexible sleeve having first and second sides and a plurality of first and second slots formed therein. The first slots are positioned adjacent the first side of the flexible sleeve. The second slots are disposed adjacent the second side of the flexible sleeve. The first slots are offset from the second slots such that no other first slot is aligned with a second slot. The first and second slots form a plurality of first and second tabs positioned on opposing sides of the flexible sleeve. The first tabs are offset from the second tabs so that the flexible liner exerts a continuous force about the outer periphery. The flexible liner further includes first and second layers. The first layer is formed from a material having a coefficient of expansion greater than material forming the second layer.

Abstract: An improved commutator usable for an electric motor of the type adapted to be press fitted onto the support shaft of a rotor which is accommodated in the motor. The inner wall of the commutator comprises a plurality of larger diameter portions of which inner diameter is larger than the outer diameter of the support shaft and a plurality of press fitting portions of which inner diameter is smaller than the outer diameter of the support shaft. Press fitting of the commutator onto the support shaft is achieved by elastic bending deformation of the press fitting portions on the inner wall of the commutator in the outward direction. Typically, the inner wall of the commutator comprises three larger diameter portions and three press fitting portions. No preliminary machining is required on the inner wall of the commutator before press fitting is effected. The amount of press fitting allowance can be increased remarkably compared with any conventional commutator.

Abstract: An axial retaining member for retaining a male member and a female member against relative axial motion therebetween. The axial retaining member includes a longitudinally extending main body having a longitudinal axis, a first end, a second end, and a central passageway therethrough for mounting the main body to the male member. Positive interconnection means, such as an inwardly oriented flange, are provided for interconnecting one end of the main body to the male member and a second interconnection means, such as an outwardly oriented radial flange, is provided for interconnecting the opposite end of the main body to the female member. A plurality of longitudinal slots are optionally formed in the main body to separate one end of the main body into a plurality of flexible fingers to facilitate interconnection of that end of the main body with its associated male or female member.

Abstract: A reel receiver for a magnetic tape feeding device wherein loading of a cassette thereto and assembly thereof is facilitated.

Abstract: A cylindrically shaped spacer between a shaft and hub of a turbine rotor of a gas turbine engine as fabricated from a flexible resilient material and interference fitted at discrete points on either side of the transverse axis of the spacer between the shaft and spacer and between the hub and spacer to impart a twist of the spacer about this axis to remain in contact with the hub and shaft throughout its entire rotating envelope.

Abstract: An annular clamping member adapted, for example, to clamp a gear or a pulley to a plain shaft has a ring of alternately arranged primary and secondary sections (1 and 2) mutually interconnected by means of inclined ring portions (12) which, by a forced mutual displacement of the primary and secondary sections, are caused to change their inclination whereby an increase or decrease of the diameters of the clamping member is obtained.Such a clamping member may be used for clamping a transmission element exactly coaxially to a shaft or may be formed as a hub of such a transmission element.

Abstract: An improved cap mounting structure of the governor valve for automatic transmission is shown. The cap is mantled on a governor case for housing the governor valve by a snap ring which engages the outer periphery of the governor case through openings formed on the cap at inner protruding portions and the both end of the snap ring.

Abstract: A device for fastening a closed casing, such as a wire cloth, which should form the circumferential surface of a cylinder, such as a screening drum, has a supporting member with a circularly cylindrical outer surface which is intended to be inserted in the casing at one end thereof and has substantially the same circumference as the casing. The supporting member has a circumferential groove in its outer surface. A circumferential engagement element which is made of an elastic material is so mounted in the groove that its outer surface is located on substantially the same level as the outer surface of the supporting member. A mounting ring is disposed around the engagement element.

Abstract: A highly-resilient shaft coupling includes a hub for rotating about a longitudinal axis, a drive ring, a resilient ring assembly including two axially-continuous circular ring parts bearing radially on the hub. Each ring part includes elastomeric ring sectors and ring sector plates adhered to opposite axial ends of each elastomeric ring sector. An elastomeric ring sector of one circular ring part spans parts of two elastomeric ring sectors of the other ring part. A drive ring drivingly interconnects the hub and the resilient ring assembly at one axial end thereof. Fastener means secure together the ring sector plates at one axial end of each of the two circular ring parts, in a confronting relation. Passageways for cooling air extend between the ring sectors which are secure together. A coupling part is secured to one of the ring sectors at the end which is opposite the drive ring.

Abstract: Method and apparatus for securing abrasion resistant members to metallic surfaces to line the metallic surfaces for protection against wear is disclosed. The abrasion resistant members include an aperture therein having a taper in the bottom of the aperture. An end weldable stud of length less than the thickness of the abrasion resistant member is welded through the aperture to the metallic surface to be lined. A cup shaped spring retainer clip having side walls of dimension greater than the aperture and a stud engaging aperture of dimension less than the diameter of the stud is driven over the stud through the aperture of the abrasion resistant member into engagement with the taper of the aperture of the abrasion resistant member to draw the abrasion resistant member into firm securement with the metallic surface. An abrasion resistant plug is secured within the aperture of the abrasion resistant member following installation.

Abstract: An aircraft window clamping ring is used to hold an optical sensor window against an aircraft wall. The ring has a plurality of cantilevers having upper contacts that bear directly down on the window. Because of the flexibility in the vertical direction, thermal expansion is compensated for by movement of the cantilevers. Horizontal expansion of the window creates no additional stress because the upper contacts bear perpendicular to possible horizontal movement. The cantilevers can be designed to preload the window to take into account maximum thermal expansion.

Abstract: A support leg (14) is attached to a ceiling structure (10) by means of a threaded stud (12) which mates with a threaded opening (18) in an insert (16) which is swage connected to the upper end of the support leg (14). A flat bar (20) is attached to the lower end of the support leg (14) so that it extends horizontally and makes a "T" with the support leg (14). An expansion clamp assembly (22) is carried by the bar (20). This assembly (22) is plugged into the tubular lower end portion (24) of the support leg (14). The uppermost part of the assembly (22) is a T-nut (48). The head (50) of the nut (48) includes a plurality of struck out barbs (76) having points (74) which penetrate into and grip the inner sidewall of the socket (24) when the assembly (22) is inserted into the socket (22). This secures the nut (48) against rotation.

Abstract: A structure for coupling a bar-like member to be erected on a floor or wall, with a coupling member having a connecting portion, and a holding member provided with a bearing hole to be engaged with the connecting portion, thereby allowing to detachably fix the coupling member on the floor or wall. The connecting portion of the coupling member is provided with threads or other fixing means. The holding member includes a base body to be fixed on the panel, a cylindrical main body erected perpendicularly from the base body, and a bearing hole formed in the main body and provided with threads or other fixing means to engage with the screw or other fixing means, thereby to fix the connecting portion therein.

Abstract: A horizontal mixing aerator rides on a upright mast or beam for submersion in a body of liquid such as a sewage equalization basin, oxidation ditch or sludge holding tank. The aerator has a submersible mixer motor driving a propeller which is mounted to the beam by a slidable bracket arrangement for height adjustment. The bracket is also swingably mounted to the beam for adjustment of the vertical plane angle and the beam is rotatable for azimuth changes in the direction of liquid flow. A lower bracket stop includes vibration reducing elements. An upper azimuth lock also includes vibration reducing elements. The locking parts have a high co-efficient of friction.

Abstract: A support leg (14) is attached to a ceiling structure (10) by means of a threaded stud (12) which mates with a threaded opening (18) in an insert (16) which is swage connected to the upper end of the support leg (14). A flat bar (22) is attached to the lower end of the support leg (14) so that it extends horizontally and makes a "T" with the support leg (14). An expansion clamp assembly (28, 36, 40, 44, 50, 46, 74) is carried by the bar (22). This assembly is plugged into the tubular lower end portion (26) of the support leg (14). Wing portions (58) of a nut wing washer (50) are deflected by the insertion of the assembly into the tubular portion (26), and edges (62) of the wings (58) are biased into a tight gripping contact with the inner tubular portion (26). This secures the nut wing washer (50) and a nut ( 46) against rotation. Then, the member (22) is rotated, relative to the support leg (14), causing a relative endwise movement of a stud (28) carried by the member (22) into the nut (46).

Abstract: The present invention provides an apparatus for aligning an integrated deck carried on a barge with a jacket secured to the seafloor. The apparatus comprises a plurality of cantilevered springs extending vertically downward from the deck and a plurality of sockets secured to the jacket, each socket being positioned to receive the lower end of one of the cantilevered springs. As the cantilevered springs are lowered into the sockets, wind or wave induced horizontal motion of the deck is accommodated by tilting of receiving members in the sockets. Once the cantilevered springs are fully engaged with the sockets, the receiving members no longer tilt and the great stiffness of the cantilevered springs permits only very slight horizontal motion of the deck so that the barge can be ballasted downward to transfer the deck load to the jacket without misalignment.

Abstract: A pivotal joint assembly including a socket housing having a cavity essentially of the shape of the bearing end of the stud member to receive the bearing member in operative relationship, said bearing member of said stud member being essentially cylindrical in shape and at least covered with sufficient elastomer to form a head and shoulder appearing elastomer ring thereon and to cause the elastomer in the head portion to be compressed 25 to 35% and preferably 27 to 32% in the assembled state.

Abstract: A drive shaft having an annular groove is placed in driving connection with a coupling sleeve by engagement members which constitute spherical balls radially movable within apertures in the coupling sleeve for engagement within the annular groove of the drive shaft. A locking ring engaging around the engagement members holds them in the locked position within the annular groove and when the mechanism is in the unlocked position, the locking ring is held axially away from the locked position by a latching member which engages within the apertures of the coupling sleeve to hold the locking ring in the unlocked position against the biasing force of a spring. A guide ring affixed to the coupling sleeve guides the locking ring by means of a gripping sleeve affixed thereto for movement relative to the coupling sleeve axially and nonrotatively with the guide ring including apertures through which the latching member engages when it is moved between the latched and the unlatched positions.

Abstract: A coaxial joint for joining inner and outer cylindrical members permitting rotational and/or linear movement between them, comprises an outer bushing sleeve non-rotatably receivable within the outer cylindrical member, an inner bushing sleeve formed with a central bore for receiving the inner cylindrical member; a first group of longitudinally-extending, circumferentially-spaced ribs formed between the inner and outer sleeves; and a second group of such ribs formed in staggered relationship with respect to the first group on the outer face of the outer sleeve and effective, when forcibly received within the outer cylindrical member, to distort inwardly the portions of the outer sleeve between the first group of ribs and thereby to minimize the distortion of the inner sleeve.

Abstract: A male-female connector is utilized to mount a holder to a mounting member. The connector includes a sleeve within which is disposed a gripper assembly. The gripper assembly comprises a plurality of elastic O-rings, each of which is positioned between a pair of beveled surfaces. When the beveled surfaces are converged toward one another, the O-rings ride-up upon the beveled surfaces and are radially expanded to frictional engagement with the socket wall.

Abstract: A support part (1) of the clothes display rack is provided with a securing device (2) for a height-adjustable carrier-rod (3) for placard-holding means (4). The securing device (2) contains a plug part (6), which is inserted, with a tight fit, in the support part (1) and has a central bore (5) for the carrier-rod (3). Although this rod is securely held, by a clamping action, in a clamping zone (6', 6") which is integrally connected to the plug part (6), it can nevertheless be shifted into virtually any desired axial position by applying a reasonable shifting force.

Abstract: A body portion of a device has an opening for receiving an engaging member and a portion of the body portion defining the opening is distortable into the opening. A wedge is provided in a tapered bore in the body portion adjacent the distortable defining portion and is arranged to distort the latter into engagement against an engaging member. The distortable portion comprises a tab formed by areas of removed material provided between the opening and the tapered bore.

Abstract: A device for connecting a wheel or wheel-like body to a shaft has tapered inner and outer wedge rings that can be formed over one another using a captive nut. An expanded inner ring has axial slits and fits over the shaft. The inner ring has a tapered outer peripheral surface portion and a threaded cylindrical portion extending along the shaft. An expandable outer ring has a plurality of part-cylindrical segments and can be inserted between the inner ring and the wall of an axial bore in the wheel or wheel-like body. The outer ring has a tapered inner surface which is complementary to the tapered outer surface of the inner ring. The outer ring has a first annular groove formed in its inner peripheral surface adjacent to its minimum inside diameter end and a second annular groove formed in its outer peripheral surface. The segments are held together by a retaining ring fitted in the second annular groove of the outer ring.

Abstract: A character-carrying disc for a printing machine has a central hole surmounted by a circular portion which is situated out of the plane of a body of the disc and supported at a distance from the body of the disc by two diametrically opposed pillars. This circular portion is provided with two diametrically opposed ears enabling the disc to be gripped. The circular portion of the disc is provided with two small tongues which are elastically deformable and are directed axially, with free ends of the tongues being movable in two openings provided in the body of the disc. The small tongues are adapted to press resiliently on the shaft of the printing machine on which the disc is mounted for the purpose of retaining the disc in place on this shaft.

Abstract: The subject of the invention is a tie rod joint for motor vehicles for the linking of the inner ends of two tie rods to a steering rod, actuated by a steering gear, the inner ends of the tie rods being shaped as formed joint parts, which project in each case between an outer and an inner bearing part, while between the joint parts and the outer bearing part on the one hand, and the inner bearing part on the other, inlays are arranged, and while the outer bearing part, the joint parts, the inlays and the inner bearing part are prestressed by at least one tension bolt fastened to the steering rod.

Abstract: A fixing member in the form of a clamping disc having a radial opening, and being adapted to be clamped onto a shaft with the aid of a counter member having a coaxial opening is disclosed. Fastening means connect the disc and the counter member to one another so as to embrace the shaft when the shaft is passed through the openings. The clamping disc has a truncated and normally generally conical portion converging in a direction towards the opening, an outer rim, and an inner accordian-like annular portion integral with the outer portion. The inner portion has an inner rim and radially outwardly extending folds defining substantially flat portions between adjoining folds. The inner rim has a wave-shaped contour as viewed radially outwards. The disc is adapted to support the counter member near the outer rim thereof in an axial direction.

Abstract: A well tool, such as a paraffin scraper or centralizer, installable on a rod of a pump rod string, which is composed of two longitudinal sections longitudinally movable relative to one another on a rod interposed therebetween into clamping locked position on the rod and a resilient longitudinal member compressed between one of the sections and the rod, the two sections having first co-engageable means for moving the two sections laterally relative to each other to compress the compressible member against the rod upon relative longitudinal movement of one section toward the other and a second co-engageable lock means for holding the two sections in longitudinally telescoped locked position on the rod.

Abstract: A releasable locking device for frictionally engaging a bar member. The device includes a cam sleeve adapted to be adjustably positioned in selected locations along the bar member. The cam sleeve has an internal surface generally conforming in shape to the external surface of the bar member entirely along its length and the internal surface of the cam sleeve normally is dimensioned the same as or larger than the bar member so as to be slidably movable along the bar member for adjustably positioning the cam sleeve in a selected location. The cam sleeve is formed of a resilient material for selective radially uniform compressed frictional engagement with the external surface of the bar member. The device also includes a pair of cam collars adapted to be operably disposed in substantially coaxial relation on the cam sleeve.

Abstract: A motor pump is described wherein an air cooled, oil-lubricated motor has its rotor axially displaced from its stator and in which the bearing support for the motor shaft is entirely on one side of the rotor. The drive shaft is coupled to the impeller in the pump unit by means of a flexible coupler which serves to reduce vibration levels which are transmitted through the piping system.

Abstract: A coupling for fastening two members whose opposed faces keep an equal gap and are free to relatively displace to the left or right, wherein a wedge inclining with an angle narrower than the friction angle to osculate each of the opposing face of the members, is capable of wedging the opposing faces by relative displacement of the members toward the rising side of the wedge. The coupling is arranged on the left and right respectively in the direction of relative displacement of the members, so that two members can be coupled plainly, rigidly and free from lowering of the axis strength, permitting an easy phase adjustment or dividing or the like.

Abstract: An improved bell is disclosed which features a clapper continuously adjustable for hardness of strike. The clapper comprises a hard inner member and a resilient outer member. The periphery of the clapper is circular but the hard inner member is not circular about the same center as the periphery so that the amount of resilient material between the solid inner core member and the periphery varies circumferentially around the clapper. At the time of manufacture of the bell it is tested to locate the point on the bell body at which "wow and flutter" in the tone emitted by the bell is minimized. A single insulated pin serves to orient the handle of the bell, the bell body and the plane of swing of the clapper. The attachment of the handle, the bell body and the clapper is such as to minimize extraneous noise. An elastomer clapper shaft is employed, and its effective flexing length may be varied.

Abstract: A braking device for arresting an axial relative movement between a bearing, and a shaft slidably engaging the bearing and extending through a cylinder which is axially immovable to the bearing. The device comprises: an annular piston slidably received in the cylinder and slidably engaging the shaft; a brake shoe engaging the shaft axially immovably relative to the cylinder and radially contractible to apply a brake to the shaft; a resilient radial clamp member engaging the outer surface of the brake shoe, axially compressible by axial movement of the annular piston and thereby reduced in inside diameter to force the brake shoe against the surface of the shaft; and a piston driving device for moving the shaft along its axis through a controlled selective supply of a pressurized fluid to the cylinder. The piston driving device may comprise a coil spring to bias the piston to cause an axial compression of the radial clamp member, and a device for effecting the controlled supply of the fluid.

Abstract: A drum brake assembly includes a pair of brake shoes which are slidably mounted on a fixed support. An elastic retention member is mounted on each of the shoes before they are assembled onto the fixed support. Each of the retention members includes a locking portion which engages the web of the brake shoes, and a pair of arm portions which extend from the locking portions and which engage the web of the brake shoe in such a way as to releasably maintain the locking portion engaged with the web of the brake shoe. When the brake shoes are assembled on the torque member, a portion of the torque member is provided with a sloped edge that engages the locking portion to release the latter as the brake shoes are assembled onto the fixed support, so that the retaining member then exerts a biasing force between the torque member and the brake shoes.

Abstract: A doffing/donning apparatus is used in combination with a row of winders each of which winds filamentary material upon a tube carried by a rotary spindle of the winder to form a package. The apparatus comprises a carrier mounted for movement generally parallel to and above the row of winders. A column is mounted on the carrier for horizontal movement. A package exchange arm is mounted on the column for up-and-down movement and is alignable with the winder spindle so that the package can be transferred to the package exchange arm. A tube exchange arm is mounted on the column for up-and-down movement and is alignable with the spindle so that a tube on the tube exchange arm can be transferred to the spindle. A shuttle is spaced horizontally from and vertically above the row of winders, and includes a package transfer arm and a tube transfer arm. The package exchange and tube exchange arms are moved along the column to the level of the shuttle.

Abstract: A clutch is disclosed consisting of two parts, the first part being a tubular shell closed at one end, the shell having therein a resilient female clutch member that is held in position by lips on the open end of the shell. A male member is provided which is adapted to be received within the resilient member. The resilient member within the shell is cylindrical of a longitudinal dimension less than the space within the shell and of an outside diameter less than the inside diameter of the shell. The male member is made of a size so that the sum of its diameter plus the wall thickness of the resilient clutch member is greater than the inside diameter of the tubular shell, so as to create an airtight joint when the male member is inserted within the resilient member, but yet permitting air to escape around the outside of the resilient member and retarded ony when disengagement is attempted, at which time the resilient clutch member will seal against the lip of the tubular shell.

Abstract: A coupling arrangement for rotating shafts using a leaf spring as a coupler. The arrangement includes a first and a second shaft disposed in alignment with each other. The first shaft has formed therein at one end face thereof a slit extending at right angles with the axis thereof and the second shaft has formed thereon at one end face thereof a tongue which is adapted to be inserted into the slit when mounted in place. The leaf spring is inserted into the slit for clamping the tongue against rotation.

Abstract: A circular coupling for interconnecting a shaft to a bearing is disclosed. The coupling comprises a coil having a plurality of turns adapted to surround the shaft, as positioned within the inner race of the bearing. The coil is axially compressed for displacing coil turns relative to one another to frictionally bind the shaft to the bearing inner race. Upon releasing the compression on the coil, the bearing shaft may be removed from the shaft.

Abstract: A shift lever for an automotive transmission includes first and second shafts. The first shaft has a hole and the second shaft partially extends into the hole so as to be spaced from the first shaft by a resilient member preventing transmission of vibrations between the shafts. In a method of manufacturing the shift lever, plastic rubber is provided in the spacing between the first and second shafts. The rubber is vulcanized so as to have a predetermined resiliency and adhere to both of the first and second shafts.

Abstract: A sun visor assembly has a rotatable friction mount including an elongated shaft receiving thereon an inner tubular friction member, two tubular spacers and a helical compression spring, all telescopically received within an outer tubular member and trapped between longitudinally-spaced apart retainer washers. Notches adjacent to the ends of the tubular friction member define hinged end portions which are tiltable under the urging of the compression spring radially outwardly into frictional engagement with the outer tubular member. A similar hinged tiltable end portion may be formed on one of the spacer members. Plural pairs of notches may be formed in the inner frictional member to define plural sets of hinged tiltable portions. In one embodiment the outer surface of the inner fricitonal member has longitudinal ribs disposed for ratcheting engagement with spring clips which project inwardly through apertures in the outer tubular member.