Manual adjustment having a fitting with oppositely inclined teeth

Abstract: A motion transmitting remote control assembly (10) including a conduit (12), and a motion transmitting core element (14) moveably supported by the conduit (12). A terminal (22) is attached to one end of the core element (14) for attachment to a member to be controlled. The terminal (22) adjusts the effective length of the core element (14) by manually locking the terminal (22) into any one of various locking positions and includes three members. The first member (24) includes a first (46) and second (48) plurality of teeth (50) inclined away from one another and is attached to the core element (14). The second member (26) is attached to the control member. The third member (28) includes a first (46') and a second (48') plurality of teeth (50') adapted for matingly interconnecting the first and second members (24, 26) and is moveable between an unlocked position, allowing relative movement between the first and second members (24, 26) and a locked position for preventing such relative movement. An alternative assembly (110) includes a mid-conduit (112) adjustment device (121) having a first member (124) and third member (128). Two rows of oppositely inclined teeth (146', 148') on the third member (128) are moveable into locking engagement with two rows of oppositely inclined teeth (146, 148) on the first member (124).

Description: This invention relates to a flexible motion transmitting remote control assembly of the type for transmitting motion in a curved path by a flexible motion transmitting core element moveably supported by a flexible conduit. BACKGROUND OF THE INVENTION Remote control assemblies of the instant invention are used in aircraft, automotive, and marine environments. Typical of the use of such remote control assemblies is the positioning of heater and vent control members in automobiles. In such applications it is frequently necessary to adjust the length or position of the end of the core element once the assembly has been installed. Such assemblies normally include one or more fittings secured to the conduit for attaching the conduit to the support structure of the automobile. The core element is attached to one end of the terminal member and is adapted to be attached to a member to be controlled whereas the other end has a matingly graspable knob secured thereto for longitudinally moving the core element. Frequently, after the assembly has been installed, it is necessary to adjust the overall effective length of the core element at the terminal end attached to the member to be controlled to a particular position. Adjustment of the overall effective length of the core element can be accomplished in either of two ways. Either the core element itself can be adjusted, or the conduit length can be adjusted. Also, this length adjustment can either be manually or automatically accomplished. DESCRIPTION OF THE PRIOR ART A prior art assembly directed to a solution of this problem is shown in US-A-3,665,784 to Bennett, issued May 30, 1972 and assigned to the assignee of the subject invention. This patent discloses an adjustable terminal member wherein the effective length of the core element is adjusted at the terminal means in response to a predetermined force applied to the knob end of the core element. This system, however, does not allow the terminal means to be manually locked into any one of various adjusted positions to thereby adjust the overall length of the core element to a desired length. Also, once this prior art terminal means has been installed, it can not be easily unlocked and readjusted. US-A-3,745,853, to Deibel et al, issued July 17, 1973, discloses an adjustable connecting arm assembly for use in a windshield wiper transmission linkage. The connecting arm assembly includes a main connecting arm and a connecting arm extension. The extension is a connection to a stud. The arm and extension contain teeth on one surface coacting to adjust the position of the arm relative to the extension. The extension contains an opening and the arm contains an elongated opening or slot. The opening or slot therefore receiving a headed stud. A flat spring containing an opening overlies the arm. The opening is aligned with the slot of the arm. Finally, a clamping lever overlies the flat spring and has a polygonal opening for receiving the head of the stud. The head of the stud is subsequently peened over the opening to prevent removal therefrom. The compressive force of the spring coacting upon the arm provides the necessary force to prevent relative motion between the arm and extension. This, however, requires the use of a fourth member for interconnecting the first, second, and third members. In addition, the system requires the use of a flat spring to provide the force necessary to lock the teeth of the first and second members together. In addition, the prior art reference which was filed as a United States Patent Application, Serial Number 856,495 to Niskanen et al, filed April 28, 1986, now abandoned, discloses a terminal means attached to one end of a core element. The terminal means is for adjusting the overall effective length of the core element. The terminal means includes a first member, a second member, and a third member. The first member is molded about one end of the core element. The second member is slideably disposed within an elongated opening of the first member. The second member contains a hole for receiving a control member. The third member interconnects the first and second members and is moveable between an unlocked position, allowing relative motion between the first and second members along a portion of the core element, and a locked position for preventing such relative motion. The first and third members include locking teeth for selectively coacting. That is, when the third member is in the unlocked position, the teeth do not coact and allow relative motion between the first and second members. When the third member is in locked position, the teeth coact to prevent such relative movement. This system, however, has been found to allow slippage between the first and third members due to an undesirable moment created on the first member. EP-A-244067 relates to a manual adjust core terminal and discloses the use of three members and locking means for preventing relative movement. SUMMARY AND ADVANTAGES OF THE INVENTION The present invention provides a motion transmitting remote control assembly which includes a conduit and a motion transmitting core element moveable longitudinally within the conduit to transmit motion. An adjustment means is provided for adjusting the relative lengths between the core element and the conduit. The adjustment means includes a first member having a first plurality of teeth extending in one inclined direction and a second plurality of teeth inclined in a direction extending away from the incline of the first plurality of teeth. A third member is moveable relative to the first member and includes a first plurality of teeth disposed for mating engagement with the first plurality of teeth on the first member, and a second plurality of teeth disposed for mating engagement with the second plurality of teeth on the first member. Accordingly, the present invention includes two pluralities of teeth facing, or inclined, away from one another. The unique oppositely toothed adjustment means of the subject invention prevents any slippage between the first and third members when in the locked position, and is stronger, i.e., more resistant to slippage, than the prior art devices which included only one set of inclined teeth or multiple sets of identically inclined teeth. BRIEF DESCRIPTION OF THE DRAWINGS Other advantages of the present invention will be readily appreciated as the same becomes better understood by reference to the following detailed description when considered in connection with the accompanying drawings wherein: Figure 1 is a side elevational view of the preferred embodiment of the instant invention; Figure 2 is a bottom view taken substantially along line 2-2 of Figure 1; Figure 3 is an end view taken substantially along line 3-3 of Figure 1; Figure 4 is a cross-sectional view taken substantially along line 4-4 of Figure 1; Figure 5 is a cross-sectional view taken substantially along line 5-5 of Figure 1; Figure 6 is a cross-sectional view taken substantially along line 6-6 of Figure 5; Figure 7 is a fragmentary enlarged view taken from the circle in Figure 2; Figure 8 is a side elevation view of an alternative embodiment showing the third member in a locked condition; Figure 9 is a cross-sectional view of the assembly as in Figure 8 and showing the third member in an unlocked condition; Figure 10 is a cross-sectional view taken substantially along line 10-10 of Figure 8; Figure 11 is a cross-sectional view taken substantially along line 11-11 of Figure 8; and Figure 12 is a cross-sectional view taken substantially along line 12-12 of Figure 9. DESCRIPTION OF THE PREFERRED EMBODIMENT OF FIGURES 1-7 Referring now to Figures 1-7, a preferred embodiment of a motion transmitting remote control assembly constructed in accordance with the instant invention is generally shown at 10. The assembly includes a conduit 12 and a motion transmitting core element 14 which is moveably supported by the conduit 12. The conduit 12 has a length and a central axis. The core element 14 also has a length and a central axis, with the axes of the conduit 12 and core element 14 being generally coincidental. Also, a fitting 16 is secured to the conduit 12 and is adapted for attachment to a support structure by a flange 18 having a hole 20 therein. Normally a fitting 16 will be disposed at each end of the conduit 12. The conduit 12 is preferrably of the well known type utilized in remote control assemblies including an inner tubular member over an organic polymeric material surrounded by a plurality of filaments or long lay wires disposed on a long lead and encased in an outer jacket of organic polymeric material. The organic polymeric materials may be of the various known plastics such as polyethylene, etc. Additionally, the fitting 16 is preferably of organic polymeric material and disposed about the conduit 12. The assembly 10 includes an adjustment means, generally indicated at 21, for adjusting the relative lengths between the core element 14 and the conduit 12. In the embodiment of Figures 1-7, the adjustment means 21 accomplishes this effective length adjustment by allowing the length of the core element 14, i.e., the distance between attachment points at each end of the core element 14, to be shortened or elongated depending on the need. According to the subject invention, the adjustment means 21 is of the manual type, as distinguished from the automatic, or self-adjusting type. Hence, the adjustment means 21 is maintained in an unlocked condition, moved to a correctly adjusted position, then manually locked into the adjusted position. The adjustment means 21 includes a terminal means generally indicated at 22 for normally moving with the core element 14 in response to a force that is applied parallel to the longitudinal axis of the core element 14. The terminal means 22 is attached to the core element 14 for adjusting the position of attachment to a control member longitudinally of the axis of the core element 14 and for manually locking same in any one of the various adjusted positions therealong. More specifically, the terminal means 22 includes a first member 24, a second member 26, and a third member 28. The first member 24 is molded at the core end 72 about the terminal end of the core element 14. The first member 24 is generally rectangular in shape and includes sides with a front face 30 and a rear face 32, defining an elongated opening 34. The first member 24 includes a first 46 and second 48 plurality of teeth 50 being inclined away from each other. The first plurality 46 is inclined in one direction longitudinally of the core element 14 and the second plurality 48 is inclined in the opposite direction longitudinally of the core element 14. The teeth 50 as best seen in Figure 7 include a vertical surface 54 and a ramping portion 52 which culminate or intersect in an apex. The first plurality 46 extends from the core end 72, first with the vertical surface 54, second with the ramping portion 52, to a center surface 68 of the first member 24. The second plurality 48 extends from a distal end 70 of the first member 24, first with the vertical surface 54, second with the ramping portion 52, to the center surface 68. The second member 26 is slideably disposed within the elongated opening 34 of the first member 24. The second member 26 contains a cylindrical hole 36 for receiving a control member (not shown), i.e., the second member is adapted by the hole 36 for attachment to a control member. The second member 26 further contains tab portions 38 slideably engaging the raised ridge 40 on the rear face 32 of the first member 24 on opposite sides of the opening 34. The raised ridge 40 surrounds the elongated opening 34 on the rear face 30 of the first member 24. The second member 26, further contains a generally T-shaped head 42. The third member 28 interconnects the first and second members 24, 26 and is moveable between an unlocked position, allowing relative movement between the first and second members 24 and 26 along the axis of the core element 14, and a locked position for preventing such relative movement between the first and second members 24 and 26. The third member 28 has a generally C-shaped cross-section which defines a channel 44. The T-shaped head 42 of the second member 26 is slideably disposed within the channel 44 defined by the third member 28. The third member 28 further includes a first 46' and a second 48' plurality of teeth 50 adapted for mating engagement with at least some of the teeth 50 of the first member 24. The teeth 50 selectively coact between the first and third members 24 and 28. The teeth 50 are positioned on opposite sides of the opening 34 located on the front face 30 of the first member 24. A bottom portion 56 of the third member 28 contains at least one of the pluralities of such teeth 50 for locking the third member 28 with the first member 24, and at least one smooth surface 58 for allowing the third member 28 to slide relative to the first member 24. The smooth surface 58 allows the third member 28 to slide over the row of teeth 50 on the front face 30 on the first member 24. The first and third members 24, 28 are locked into place when the teeth 50, on the bottom portion 56 of the third member 28, are slid into locking engagement with the teeth 50 on the front face 30 of the first member 24. In this position, the teeth 50 on the bottom portion 56 of the third member 28 are in meshing engagement with at least some of the teeth 50 on the front face 30 of the first member 24 when in the locked position. This engagement prevents relative motion between the first member 24 and second member 26 in the direction parallel to the longitudinal axis of the core element 14. This engagement also prevents relative motion between the first 24 and third member 26 in the direction parallel to the longitudinal axis of the core element 14 when in the locked position. The terminal means 22 includes a latching means for preventing relative motion between the second member 26 and the third member 28 in a direction transverse to the longitudinal direction of the core element 14. The latching means includes a projection or tab 60 on the T-shaped head 42 and second member 26, with at least one hole 62 through the third member 28. Latching means provides two positions. When the latching means is in the first position (as shown in phantom in Figures 1 and 3), first member 24 and third member 28 are slideably engaged. When the latching means is in the second position (as shown in solid lines in Figures 1 and 3), first member 24 and third member 28 are in locking engagement. The third member 28 includes a lip 64, to which a force in a direction transverse to the direction of the core element 14 can be applied for moving the third member 28 to the locked position. The third member 28 also includes a hole 66 adjacent to the lip 64 for receiving the blade of a screw driver (not shown) to which a force can be applied transversely to the longitudinal axis of the core element 14 for moving the third member 28 from the locked position to the unlocked position. The screw driver may be rotated to unlock the third member by forcing it to move transversely to the longitudinal axis of the core element 14. In operation, the remote control assembly 10 is installed by attaching a fitting, such as that shown at 16 to a support structure and attaching the terminal means 22 to a member to be controlled (not shown) by disposing the member in the hole 36. In many of the assemblies, the opposite end of the core element 14 will have a knob attached thereto for manually longitudinally moving the flexible metal wirelike core element 14. When the assembly 10 is installed, the latching means is in the first position (shown in phantom in Figures 1 and 3) it provides for relative motion between the first member 24 and the second member 26 in the direction parallel to the longitudinal axis of the core element 14. The knob at the opposite end is then positioned to where the operator desires. The latching means is then moved to lock the third member 28 and the first member 24 can thereby prevent relative motion between the first member 24 and the second member 26 by manually applying a force transversely to the longitudinal axis of the core element 14 on the lip 64 of the third member 28. Once the adjustment has been made, the member to be controlled (not shown), which is disposed in hole 36, may move back and forth without relative motion between the first member 24 and the second member 26. In addition, the first member 24 including the first 46 and second 48 plurality of teeth 50 being inclined away from one another, prevents relative motion (i.e., slipage) between the first 24 and third 26 members when a moment due to various operating conditions is placed upon the first member 24. In other words, if a downward force were placed upon the first member 24 at the distal end 70, the vertical surfaces 54 of the first pluralities 46, 46' would prevent relative motion between the first 24 and third 28 members. Likewise, if an upward force were placed upon the first member 24, at the distal end 70, the vertical surfaces 54 of the second plurality 48, 48' would prevent relative motion between the first 24 and third 28 members. Unlocking the terminal means 22, and providing for further adjustment over the overall effective length of the core element 14 is accomplished by inserting the blade of a screw driver in the hole 66 and applying a force transversely to the longitudinal axis of the core element 14. This provides for relative movement between a third member 28 and the second member 26 to thereby adjust the second and third members 24 and 26 between the latched and unlatched positions. Once the terminal means 22 has been unlocked, an adjustment of the overall effective length of the core element 14 can be made by repeating the steps illustrated above. DETAILED DESCRIPTION OF THE ALTERNATIVE EMBODIMENT OF FIGURES 8-12 In Figures 8-12, an alternative embodiment of the subject assembly is generally shown at 110. The assembly 110 includes a conduit 112 and a core element 114 each having a length and extending along a substantially common axis. The assembly 110 includes an adjustment means, generally indicated at 121, for adjusting the relative lengths between the core element 114 and the conduit 112. In the embodiment of Figures 8-12, the adjustment means 121 accomplishes the effective length adjustment by allowing the length of the conduit 112, i.e., the distance between the fastening hole 120 and a second support attachment, to be shortened or elongated depending on the need. As with the previous embodiment above, the assembly 110 is of the manual adjust type. The adjustment means 121 includes a first member 124 having a first plurality of teeth 146 extending in one inclined direction relative to the conduit axis 112. The first member 124 also includes a second plurality of teeth 148 inclined in a direction extending away from the incline of the first plurality of teeth 146. In other words, as with the previous embodiment above, the teeth 146, 148 include alternating vertical and ramping surfaces, with the ramping surfaces defining an incline which is skewed relative to the conduit 112 axis. Each of the ramping surfaces of the first plurality of teeth 146 are disposed in respective planes which are parallel to one another. That is, each ramping surface of each tooth in the first plurality of teeth 146 is parallel to the ramping surface of every other tooth in the first plurality of teeth 146. Likewise, each ramping surface in the second plurality of teeth 148 are disposed in planes parallel to one another, yet their planes intersect with the planes formed by the ramping surfaces of the first plurality of teeth 146, as best shown in Figure 10. The first member 124 is supported on the exterior surface of the conduit 121 and is fixed against axial movement. In other words, the first member 124 including the first 146 and second 148 plurality of teeth is restrained from moving axially along the conduit 112. The adjustment means includes a second member 126 slideably disposed along the first member 124. The adjustment means 121 also includes a third member 128 which is disposed for movement with the second member 126 and also relative to the first member 124. The third member 128 includes a first plurality of teeth 146' disposed for mating engagement with the first plurality of teeth 146 on the first member 124. Similarly, the third member 128 includes a second plurality of teeth 148' disposed for mating engagement with the second plurality of teeth 148 on the first member 124. In other words, the third member 128 includes oppositely inclined teeth 146', 148' which are moveable into interlocking mating engagement with at least a portion of the identically oppositely inclined teeth 146, 148 on the first member 124. As perhaps best shown in Figures 8 and 10, the second member 126 includes an integral conduit fastener, generally indicated at 180. The conduit fastener 180 includes a pair of resilient barbs 182 disposed to pass through an opening 184 in a support member 186 upon forced insertion. Once through the opening 184, the barbs 182 re-expand to prevent removal. Therefore, the conduit 112 is supported between the support hole 120 and the conduit fastener 180, and the effective length of the conduit 112 is altered by relative movement between the third member 128 and the first member 124. As shown in Figures 8-10, the first plurality of teeth 146 and the second plurality of teeth 148 on the first member 124 are disposed coextensively, or stacked, along the conduit 112. That is, the first 146 and second 148 teeth extend along the same segment of the conduit 112, parallel to one another, with the first plurality of teeth 146 being disposed above the second plurality of tooth 148 as viewed in Figure 9. More particularly, the first plurality of teeth 146 on the first member 124 include two identical sets of teeth 146 disposed in respective planes, or faces, of the conduit which are parallel to one another and spaced on opposite sides of the conduit 112 axis. Similarly, the second plurality of teeth 148 on the first member 124 include two identical sets of teeth 148 disposed in respective planes, or on respective faces, of the conduit 112 and are disposed parallel to one another and spaced on opposite sides of the conduit 112 axis. Therefore, four sets of teeth are provided, with two sets being of the first plurality 146 and the other two sets being of the second plurality 148. As best shown in Figures 10-12, the spacing between the two sets of the first plurality of teeth 146 on the first member 124 is less than the spacing between the two sets of the second plurality of teeth 148 on the first member 124. Therefore, when viewed in cross section in Figures 11 and 12, the first plurality of teeth 146 are shown having a narrower disposition across the conduit 112, whereas the second plurality of teeth 148 are shown having a wider disposition across the conduit 112. In order to properly and fully engage with the first member 124, the third member 128 includes two sets of a first plurality of teeth 146' and two sets of a second plurality of teeth 148' disposed to perfectly matingly engage and interlock with the four sets of teeth 146, 148 of the first member 124. Therefore, in the unlocked position, as the third member 128 is moved back and forth across the first member 124, adjustment of the effective length of the conduit 112 is accomplished. The third member 128 is forced downwardly, as viewed in Figure 11, toward the first member 124 so that the respective teeth interlock with one another and retain the third member 128, and hence the conduit fastener 180, in the desired position relative to the conduit 112. A biasing means 188, in the form of a compression spring, is disposed between the first 124 and second 126 members for urging the second member 126 axially along the conduit 112. The biasing means 188 is provided for facilitating adjustment of the assembly 110, in order that the second member 126 and the third member 128 do not freely slide back and forth along the first member 124. The operation of the assembly 110 as illustrated in Figures 8-12 is substantially related to that shown in the US-A- 4,177,691 to Fillmore, issued December 11, 1979, assigned to the assignee of the subject invention. The invention has been described in an illustrative manner, and it is to be understood that the terminology which has been used is intended to be in the nature of words of description rather than of limitation. Obviously, many modifications and variations of the present invention are possible in light of the above teachings. It is, therefore, to be understood that within the scope of the appended claims wherein reference numerals are merely for convenience and are not to be in any way limiting, the invention may be practiced otherwise than as specifically described.

Claims: A motion transmitting remote control assembly (10, 110) comprising: a conduit (12, 112) having a length and a central axis; a motion transmitting core element (14, 114) having a length and a central axis substantially coincidental with said conduit axis and moveable longitudinally within said conduit (12, 112) to thereby transmit motion; adjustment means (21, 121) connected to one of said core element (12, 114) and conduit (12, 112) for adjusting the relative length between said core element (14, 114) and said conduit (12, 112) ; said adjustment means (21, 121) including a first member (24, 124) having a first plurality of teeth (46, 146) and a second plurality of teeth (48, 148), and a third member (28, 128) having a first plurality of teeth (46', 146') disposed for mating engagement with said first plurality of teeth (46, 146) on said first member (24, 124) and a second plurality of teeth (48', 148) disposed for mating engagement with said second plurality of teeth (48, 148) on said first member (24, 124); said third member (28, 128) being moveable relative to said first member (24, 124) between an unlocked position wherein said respective first (46, 146, 46', 146') and second (48, 148, 48', 148') pluralities of teeth are disengaged allowing relative longitudinal movement of said third member (28, 128) along said first member (24, 124) and a locked position wherein said respective first (46, 146, 46', 146') and second (48, 148, 48', 148') pluralities of teeth are engaged preventing said longitudinal movement; and characterised by said first plurality of teeth (46, 146) on said first member (24, 124) and said first plurality of teeth (46', 146') on said third member (28, 128) extending and being inclined in one direction, and said second plurality of teeth (48, 148) on said first member (24, 124) and said second plurality of teeth (48', 148') on said third member (28, 128) extending and being inclined in a direction away from said incline of said respective first pluralities of teeth (46, 146, 46', 146'). An assembly (10) as set forth in claim 1 further characterised by said adjustment means (21) comprising terminal means (22) including a first member (24) including a distal end (70), a centre surface (68) and a core end (72), said core end (72) attached to said core element (14), a second member (26) adapted for attachment to a control member, and said third member (28) interconnecting said first (24) and second (26) members and moveable between said unlocked position and said locked position. An assembly as set forth in claim 2 further characterised by each of said teeth (50) including a vertical surface (54) and a ramping surface (52) intersecting in an apex; said first plurality of teeth (46) extending consecutively from said core end (72) to said centre surface (68); said second plurality of teeth (48) extending consecutively from said distal end (70) to said centre surface (68). An assembly as set forth in claim 3 further characterized by said third member (28) including a first (46') and second (48') plurality of teeth (50) inclined toward one another for matingly engaging with at least some of said teeth (50) of said first member (24). An assembly as set forth in claim 4 further characterized by said third member (28) including a lip (64) to which a force in the direction transverse to the direction of motion of said core element (14) can be applied for moving said third member (28) to said locked position. An assembly as set forth in claim 5 further characterized by said second member (26) including a cylindrical hole (36) therethrough for receiving a control member. An assembly as set forth in claim 6 further characterized by including a latching means for preventing relative movement between said second (26) and third (28) members in a direction transverse to the longitudinal axis of said core element (14). An assembly as set forth in claim 7 further characterized by said latching means comprising a projection upon said second member (26) and at least one hole (62) through said third member. An assembly as set forth in claim 8 further characterized by said third member (28) having a C-shaped cross-section defining a channel (44). An assembly as set forth in claim 9 further characterized by said second member (26) including a generally T-shaped head (42) slideably disposed within said channel (44) of said third member (28). An assembly as set forth in claim 10 further characterized by said first member (24) including an elongated opening (34) therein. An assembly as set forth in claim 11 further characterized by said first member (24) including front (30) and rear (32) faces with said opening (34) extending therebetween. An assembly as set forth in claim 12 further characterized by said teeth (50) of said first member (24) being on opposite sides of said opening (34) on said front face (30) of said first member (24). An assembly as set forth in claim 13 further characterized by said second member (26) containing tab portions (38) slideably engaging said rear face (32) of said first member (24) on opposite sides of said opening (34) of said first member (24). An assembly as set forth in claim 14 further including a raised ridge (40) surrounding said opening (34) on said rear face (32) of said first member (24), said tab portions (38) being in sliding engagement with said raised ridge (40). An assembly as set forth in claim 15 further characterized by said third member (28) including a bottom portion (56) having at least one row of said teeth (50) disposed therealong for locking said third member (28) to said first member (24). An assembly as set forth in claim 16 further characterized by said bottom portions (56) including a smooth section (58) spaced from said teeth (50) for allowing said third member (28) to slide relative to said first member (24). An assembly as set forth in claim 17 further characterized by said third member (28) including a hole (66) therethrough for receiving a tool applied force transversely to the longitudinal axis of said core element (14). An assembly (121) as set forth in claim 1 further characterized by said first member (124) being supported on said conduit (121) and fixed against movement axially of said conduit (121) axis. An assembly (121) as set forth in claim 19 further characterized by including a second member (126) slideably disposed along said first member (124) and having an integral conduit fastener (180). An assembly (121) as set forth in claim 20 further characterized by said first plurality of teeth (146) and said second plurality of teeth (148) on said first member (124) being disposed coextensively along said conduit (121). An assembly (121) as set forth in claim 21 further characterized by said first plurality of teeth (146) on said first member (124) including two identical sets of teeth (146) disposed in respective planes parallel to one another and spaced on opposite sides of said conduit (112) axis. An assembly (121) as set forth in claim 22 further characterized by said second plurality of teeth (148) on said first member (124) including two identical sets of teeth (148) disposed in respective planes parallel to one another and spaced on opposite sides of said conduit (112) axis. An assembly (121) as set forth in claim 23 further characterized by the spacing between said two sets of said first plurality of teeth (146) being less than the spacing between said two sets of said second plurality of teeth (148). An assembly (121) as set forth in claim 24 further characterized by including biasing means (188) disposed between said-first member (124) and said second member 9126) for urging said second member (126) and said third member (128) axially along said conduit (112).

Inventors: MOORE BRUCE A, MOORE, BRUCE A.
Applicants: TELEFLEX INC, TELEFLEX INCORPORATED
Application year: 1991
Main classification: F16C1
IPC codes: F16C1