SNAP AND LOCK QUICK CONNECTOR

Abstract: A conduit assembly for use with tubular conduits is disclosed as comprising a housing (20) with flange portions (44) which encompasses a plurality of seals (38) positioned around a conduit (22), a retainer (60) having a ring (74) and a pair of arms (76, 78) with an overall U-shape. The arms include an insert (98) which may be of different material and which prevent the separation of the conduits by the insert (98) abutting with the housing flange portions (44) and the conduit (22). The seals (38) and the retainer (60) are positioned within the housing (20) using an apparatus (130) comprising an elongated rod (134) which extends from a handle (132) and includes seats (146) for the seals (38).

Description: SNAPANDLOCKQUICKCONNECTOR BACKGROUND AND SUMMARY OF THE INVENTION The present invention relates to a connector assembly for providing a snap and lock quick connection. In the automotive industry, as well as for many other industries, the need always exists for low cost, reliable, and easy to assemble components. This need is especially apparent with respect to providing a connection between fluid carrying conduits, such as fuel or refrigerant lines. In older threaded connectors, substantial assembly time could be accumulated in screwing on a cap to a fitting and tightening the cap down to the proper torque needed to provide for a fluid tight seal. Further, an inventory would have to be maintained to keep track of the number of caps and fittings, and any liners or other components that may be necessary. Also, retightening of the caps may be required to maintain the seal after the automobile or other system has been put in use. Accordingly, it is the primary object of the present invention to provide an improved connector assembly for providing a snap and lock quick connection between fluid conveying conduits. In addition, it is an object of the present invention to provide a pre-assembled connector housing and retainer assembly so that a connection to a tubular fluid conveying conduit may be made in one step without resorting to any tools. Another object of the present invention is provide a pre-assembled connector housing and retainer assembly so that a SUBSTITUTESHEET snapping connection may be made to a tubular fluid conveying conduit. It is another object of the present invention to provide a pre-assembled connector conduit unit which requires only a one-step snapping connection to be joined to a connector housing. It is also an object of the present invention to provide an improved retainer assembly which operates to both secure the conduit in the axial bore of the housing and position the sealing element within the axial bore of the housing. It is also a more specific object of the present invention to provide a connector assembly which uses a retaining insert to secure the retaining element inside the housing. It is a more specific object of the present invention to provide a seal retainer which prevents the high pressure blowout of the o-rings and bushings used to form the fluid tight seal. To achieve the foregoing objects, the present invention provides a snap and lock connector assembly which generally comprises tubular conduits, a housing, a primary retaining member, a retaining insert and a seal retainer. The tubular conduit is adapted to convey fluid. The housing is formed with an axial bore for receiving the conduit at a first end and for providing a fluid path at a second end, and includes incurved flange portions to abut a retaining insert. The seal retainer is disposed within the axial bore of the housing for providing a fluid tight seal between the confronting tubular conduit SUBSTITUTESHEET portions. The retainer assembly is adapted to be in contact with the housing to provide the locking mechanism. The retainer assembly, which includes a retaining insert secured by a primary retaining member is snapped into the housing. The retaining insert abuts a flange portion of the housing to lock in the retainer assembly until it is released by depressing a surface area which causes flexion of configuration arms at the collar joint which allows clearance between the flange portion of the housing and the retaining insert. Additional objects and advantages of the present invention will become apparent from a reading of the detailed description of the preferred embodiment which makes reference to the following set of drawings. BRIEF DESCRIPTION OP THE DRAWINGS FIG. 1 is a side elevation view, partially in cross- section of the primary retaining member and seal retainer inserted into the housing structure; FIG. 2 is a side elevation view, partially in cross- section of the seal retainer inserted into the housing; FIG. 3 is a perspective view of the primary retaining member of the present invention; FIG. 4 is a perspective view of a seal retainer; FIG. 5 is a side elevation view of a retaining insert; and FIG. 6 is a top view of the retaining member portion responsible for securing the retaining insert. SUBSTITUTE SHEET Figure 7 is an elevation view of the connector assembly i accordance with the present invention. Figure 8 is a sectional view through Line 8-8 of Figure 7. Figure 9 is a perspective view of a retainer in accordanc with the present invention. Figure 10 is an exploded elevation view partially in sectio like that of Figure 8. Figure 11 is an exploded perspective view partially in sectio of the assembly of Figure 8. Figure 12 is a perspective view of a retainer assembly an fitting for inserting the retainer and -sealing means into th conduit housing. Figure 13 is a perspective view of another embodiment of retainer in accordance with the present invention. Figure 14 is a sectional view along line 14-14 of Figure 13. SUBSTITUTESHEET DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Referring to FIG. 1, a side elevation view, partially in cross-section of connector assembly 10, according to the present invention, is shown. The connector assembly 10 is generally comprised of a housing 20, a retaining insert 30, a primary retaining member 50, and a seal retainer 80. The retaining insert is adapted to provide a rounded edge 32 for pivoting on configuration arms 54(a-d) when depressible surface areas 56 and 57 are sufficiently pinched together. Housing 20 is shown to be formed with an axial bore 22 through which conduit 100 passes through. Housing 20 also includes a radially disposed surface 26, which is incurved so as to provide a surface 28 which prevents removal of the primary retaining member 50 by contacting with the abutting retaining insert surface 36 when the connector assembly 10 is forced away from the housing structure 20. The housings radially disposed surface 26 also serves to provide an abutting surface to prevent the undesired removal of the seal retainer 80. In the preferred embodiment, the snap and lock connection of connector assembly 10 is accomplished when primary retaining member 50 is inserted into the housing structure 20, as shown. As the insertion of the primary retaining member occurs, once the abutting retaining surface 36 clears, the most distal part of the radially disposed surface 26 pivoting occurs at rounded edge 32 of retaining insert 30 and the abutting surface 36 moves into a position of abutment and can no longer clear the radially disposed surface 26 as the primary retaining SUBSTITUTESHEE member 50 is pulled away from the housing 20. This occurs because the configuration arms 54(a-d) are made of a resilient material such as metal or plastic which causes the configuration arms to return to their unflexed position. The only way to disconnect the primary retaining member 50 from the housing 20 is to apply pressure to surface areas 56 and 57 by pinching them together. As surface areas 56 and 57 are pinched together, flexion occurs at joints 62(a-d) and pivoting by the retaining insert 30, occurs on configuration arms 54 at rounded edge 32 of retaining insert 30 effectuating adequate clearance between the retaining insert 30 and the radially disposed surface 26 so that by simultaneously depressing surface areas 56 and 57 and pulling retainer element 50 away from housing 20, disconnection will result. Referring to FIG. 2, a side elevation view, partially in cross-section of the seal retainer 80 inserted into the housing 20, according to the present invention, is shown. As the insertion of the seal retainer 80 occurs, once the arm portions 82 clear the housings radially disposed surface 26, the seal retainer 80 is locked in and prevents the high pressure blowout of the o-rings 92 and bushings 94. Referring to FIG. 3, a perspective view of the primary retainer member 50, according to the present invention, is shown. The primary retainer member is generally comprised of a retaining insert 30, a portion which envelops the retaining insert 40, depressible surface areas 56 and 57, curved portions 51(a-d) and straight portions 52(a-d) of configuration arms 54(a-d) and a SUBSTITUTE SHEET collar 70. The configuration arms 54(a-d) project outwardly from the collar 70. At the point of, this outward projection are joints 62(a-d), which allow for flexion as pressure is applied to surface areas 56 and 57. The configuration arms 54(a-d) provide a surface upon which the retaining insert 30 is able to pivot as pressure is applied to surface areas 56 and 57. When pressure is applied to the surface areas, the curved portions 51(a-d) of configuration arms 54(a-d) also allow for a small amount of flexion thereby relieving some of the pressure concentrated at joints 62(a-d). The entire primary retaining member 50 must be made of a sufficiently non-deformable material such as plastic or metal to allow flexion and a return to an unflexed position. Referring to FIGS. 3 and 5, retaining insert 30 is shown. Retaining insert 30 may have any suitable shape for cooperating with the portion enveloping the retaining insert 40 and, in the present invention, is of a generally parallelogram shape. The base edge 32 of the retaining insert is rounded to allow pivoting on the configuration arms 54(a-d) when sufficient pressure is applied to the surface areas 56 and 57 to bring the retaining insert into contact with the configuration arms. In the present invention, the retaining insert is disposed of an abutting surface 36 which is so angled to come into relatively flat contact with the surface 28 of a housing flange portion, as the primary retaining element 50 is pulled away from the housing. The size of the retaining insert 30 is long enough, from its rounded edge 32 to its opposing distal surface 36, to fit closely IT TE between the configuration arms 54(a-d) and the housing structure 20 when being retained by the portion responsible for securing the retaining insert 40, at the same time, is short enough to be able to clear the radially disposed surface 26 when disconnection is desired. The size of the insert also depends on the angle of the configuration arm portion 53 which incorporates the portion responsible for securing the retaining insert 40. The retaining insert 30 should be made of a sufficiently non-deformable material such as plastic or metal. Referring to FIGS. 3 and 6, the retaining member portion 40 responsible for securing the retaining insert is shown. The retaining member portion may be of any sufficient design so as to secure a retaining insert. The retaining member should also be made of a relatively non-deformable material such as plastic or metal. In the preferred embodiment, the retaining member portion 40 has C-shaped end portions 42 and 43 which engulf portions of the top 33, bottom 34 and side 35 surfaces of the retaining insert. The retaining member portion is disposed of inner surface recesses 45 and 46 into which the end portions of the retaining insert securely fit so as to prevent any movement of the insert. In other designs of the present invention, the retaining member may be designed so as to prevent only lateral movement of the retaining insert, thus allowing some up and down movement. Such an embodiment may be employed where the length of the configuration arms 54(a-d) and the housing 20 are considerably shorter. .._-- * _• SUBSTITUTESHEET Referring to FIG. 4, a perspective view of a seal retainer 80 according to the present invention, is shown. The seal retaine 82 is generally comprised of arm portions 82(a-b) which hav outwardly curved flange portions 84(a-b) which serve to abut th radially disposed surface of the housing. The arm portions 82 (a b) contain bore portions 85(a-b) into which a tool inserts so tha the seal retainer can be removed when desired. The arm portion flex at a joint 86 when the seal retainer is being extracted fro the housing. The joint 86 is connected to a collar member 88 i provided with an outwardly extending annular lip 90 which serve to fit tightly into a bushing which further serves to provide' fluid tight seal in combination with a number of plastic or rubber like o-rings. Turning to the Figures, particularly Figures 7 and 8, a quic connector assembly is illustrated and designated with the referenc numeral 120. The quick connector assembly includes a conduit 12 having an outward extending radial annular flange 124, positione at a predetermined distance from the end of the conduit 122, female housing 126 to receive the male conduit 122, and a condui 128 coupled with the female housing 126. Turning to Figure 8, the female housing 126 is illustrated i section. The housing 126 includes an axial bore 130 passing through the housing 126. The axial bore 130 includes increased diameter portions 132, 134 and 136. The increased diamete portions 132, 134 and 136 provide housing of the sealing means 138 SUBSTITUTESHEET and the retainer mechanism 140. Also, the housing 126 includes, at one of its ends, a stem 142 which inserts into the conduit 128 and, at the other end, a radially inward turn flange 144 which coacts with the retainer mechanism 140 to retain the conduit 122 within the female housing 126. The sealing means 138 generally includes a pair of elastomeric O-rings 150 and 152 separated by a washer 154. The 0-rings 150 and 152 and washer 159 are retained in the increased diameter bore portion 132 by a bushing 156. The O-rings 150 and 152 seal the tip of the conduit 122 within the housing 126. The retaining mechanism 140 includes a pair of retaine members 158 and 160. Retaining member 158 includes an annular rin portion 162 and a pair of extending arms 164 and 166. The ring 162 is generally flat and planar having a radially extending flange 168 extending from one side of the ring 162 which abuts the bushing 15 to maintain the bushing 156 in position in increased axial bor portion 132. The arms 164 and 166 extend from the other side o the ring 162 and have outward turned flanges 170 and 172 at thei free extending ends. The flanges 170 and 172 angularly extend fro the substantially planar arms 164 and 166 to contact with th flange 144 to maintain the retaining member 158 within the housin 126. Thus, retainer 158 is maintained in position within housin 126 which, in turn, maintains sealing means 138 within the housin 126. SUBSTITUTESHEET Retaining member 160 includes a ring portion 174 and a pai of arms 176 and 178. The ring portion 174 is substantially fla and planar and generally includes a radial flange 182 extendin from one of its sides. The arms 176 and 178 extend substantiall perpendicular from the ring 174 from its other side as seen i Figure 10. The arms 176 and 178 have substantially identical configurations and have an overall U-shape. One leg of the "U" is formed from a pair of extending strips 184 and 186. Continuous with the strips 184 and 186 are arcuate or curved web portions 188 and 190 which are also continuous with the other leg portion 192 of the U. The leg portion 192 has an overall "T" shape with its cross member 194 connecting with the curved webs 188 and 190 and its body portion 196 including a conduit securement insert 198. The body portion 196 generally includes fingers 200 and 202 which secure the conduit retaining insert 198 on the body 196. The conduit retaining insert 198 has an overall rectangular shape with a leading edge 204 which acts as an abutting surface to abut the annular bead 124 of the conduit once the conduit is inserted into the housing 126. The insert 198 includes a trailing edge 206 which abuts the flange 144 to maintain the retainer 160 within the housing 126. The insert 198 may be manufactured from a metal, plastic or the like, material to provide the desired characteristics needed by the particular conduit assembly. Also, the insert 198 could be manufactured from a heavier gage or a SUBSTITUTESHEET stronger metallic material than the retainer ring 174 and arms 176 and 178. Thus, a light weight ring and arms may be used with a insert which may be subjected to forces much greater than th material of the retainer ring 174 and arms 176 and 178. The retainer arm 176 and 178 may have the web portions 188 an 190 extending out of the housing 126 as illustrated in Figure 8. This enables the retainer 160, via pinching together arm . 176 an 178, to be removed from the housing. Thus, retainers havin different inserts could be utilized in the same housing. Turning to Figure 11, an apparatus is illustrated fo inserting sealing means 138 and the retaining mechanism 140 int the female housing 126. The apparatus 230 includes.a handle 23 and an elongated body 234. The handle is generally of an ope polygonal shape and the body generally has a cross shape in cros section, however, the body as well as the handle could be of an desired configuration. The body 234 has an end 236 having plurality of seating surfaces 238, 240 and 242 for enablin positioning of the O-rings 150, 152, washer 154 and bushing 15 thereon. The body 234 also includes a pair of outward extendin stops 244 which abut the ring 174 of the retainer 160. The stop 244 are positioned a desired distance from the end 236 of the bod 234 to enable proper positioning of the sealing means 138 an retainer mechanism 140 into the female housing 126. SUBSTITUTESHEET During insertion, the stops 244 are positioned in line wit the inserts 198 so that the inserts abut the stops 244 to maintai the position of the apparatus 230 with respect to the retainer 14 and sealing means 138 as seen in Figure 11. Once the apparatus 23 has been inserted into the housing 126, the apparatus 230 i rotated 90 degrees so that the stops 244 are no longer in line wit the inserts 198. This being the case, the retainers 158 and 16 are locked' within the housing 126, via flange 144, and apparatu 230 is withdrawn from the housing. As the apparatus 230 i withdrawn, flange rings of retainers 158 and 160 push agains bushing 156, O-rings 150 and 152 and washer 154 to enable the en 236 of apparatus 230 to be withdrawn through the washer, O-ring and bushing. Moving to Figures 13 and 14, another embodiment of a retaine like that of retainer 160 is shown. Retainer 250 illustrated i Figures 13 and 14 is designed to be maintained within the housin 126 with its arms maintained within the housing 126. The retainer 250 is substantially similar to retainer 160 having a ring portion 252 with flange 254 extending from one of its sides. Arms 256 and 258 extend from the other side of the ring portion 252. The arms 256 and 258 are substantially similar to arms 176 and 178 previously described. The arms 256 and 258 have an overall U-shape with a pair of elongated strips 260 and 262 forming a first leg with the strips 260 and 262 continuous with SUBSTITUTESHEET arcuate web portions 264 and 266 which, in turn, are continuous with cross member 268, which forms the second leg of the "U". The strips 260 and 262 forming one of the legs of the "U" are substantially longer than the cross member 268 forming the other leg of the "U". Cross member 268 includes a pair of fingers 270 and 272 retaining a conduit retaining insert 280 onto the arms 256 and 258. The fingers 270 and 272 project into the middle of the insert 280 surrounding a bar 282 formed in the interior of the insert 280. The insert 280 also includes a front edge 284 and a trailing edge 286. The front edge 284 abuts the annular .bead 124 of the conduit 122 to retain the conduit within the housing 126. Likewise, the trailing edge 286 abuts the flange 144 to retain the retainer 250 within the housing 126. While the above detailed description describes the preferred embodiments of the present invention, it will be understood that the present invention is susceptible to modification, variation and alteration without deviating from the scope and fair meanin of the subjoined claims. SUBSTITUTESHEET

Claims: CLAIMS What Is Claimed Is; 1. A connector assembly for use in securing a conduit, having a radially outwardly disposed locking surface adjacent one end thereof, providing a locking mechanism for preventing separation of conduits comprising: a housing, including means defining a radially disposed surface; a collar, including means defining an extending flange portion; retaining insert means, having one part adapted for engagement with said surface of said housing and a second portion adapted for engagement with said radially disposed locking surface on the conduit; and primary retaining member means, having a diverging end portion which surrounds said retaining insert means for preventing lateral movement of said retaining insert means, said primary retaining member means and retaining insert means being inserted into said housing to form a locked connection, said primary retaining member means having a depressible surface area upon which pressure is applied resulting in the disengagement between said retaining insert means and said radially disposed surface, said depressible surface area including configuration arms upon which said retaining insert means pivots as depressive force is applied to said surface area, said configuration arms providing for flexion thereby allowing for depression upon said surface area. SUBSTITUTESHEET 2. The connector assembly, according to Claim 1, wherein said retaining insert means are enveloped by terminal portions of said primary retaining member means, which provide for a locking mechanism to resist disconnection when inserted into said housing. 3. The connector, according to Claim 2, wherein said retaining insert means includes an edge which is adapted for pivoting. 4. The connector assembly, according to Claim 2, wherein said retaining insert means includes a distal wall, which is so angled as to allow for abutment with said radially disposed surface of said housing and simultaneously compensates for the diverging terminal portion of said primary retaining member means. 5. The connector assembly, according to Claim 4, wherein said primary retaining member means includes terminal portions on each end, which are curved in a C-shape and contain depressions on the inner surface thereof which tightly accommodate the retaining insert means. SUBSTITUTESHEET 6. The connector assembly, according to Claim 1, wherein said retaining insert means is made of a relatively non- deformable material and said primary retaining member means is made of a deformable material which will allow flexion of said configuration arms as a result of minimal pressure being applied to said depressible surface area. SUBSTITUTESHEET 7. A connector assembly for securing a conduit, having a radially outwardly disposed locking surface adjacent one end thereof, providing a locking mechanism for preventing separation of conduits comprising: a housing formed with an axial bore for receiving the conduit at a first end and providing for a fluid path at a second end, said housing including means defining a radially disposed surface; seal retainer means disposed within the axial bore of said housing, providing for a fluid tight seal between mating portions of said conduit and said housing, said seal retainer means also being disposed of an axial bore; and a primary retainer having a collar member, which fits snugly within said seal retainer means to provide a fluid tight seal and from which configuration arms project outward therefrom, said configuration arms providing for flexion at the point of projection from said collar as pressure is applied to the depressible surface areas located at the opposite ends of said configuration arms, as pressure is applied to the depressible surface areas, the retaining inserts pivot on the configuration arms, providing clearance between the portion of said insert which engages said housing, wherein said retaining inserts are held in place by specially designed retaining member portions which extend at diverging angles from the depressible surface areas. SUBSTITUTESHEET 8. A connector assembly, according to Claim 7, wherein said collar member is disposed of a circumferential outwardly extending flange portion, which inserts into said axial bore of said seal retainer. 9. A connector assembly, according to Claim 8, wherein said seal retainer is disposed of outwardly extending arms, which serve to prevent lateral movement of said primary retainer. SUBSTITUTESHEET 10. A retainer assembly for preventing separation of engaged conduits, comprising: a non-deformable insert, said insert having an edge adapted for pivoting and a wall at the end opposite the pivoting edge which abuts a radially disposed surface of the housing thereby preventing separation; and a primary retaining member which operatively supports said insert for movement toward and away from operative engagement with the radially disposed surface, the primary retaining member, including a depressible surface area upon which compressive force is applied, configuration arms which attach at a first end to said depressible surface area, a collar at which the second end of said configuration arms attach and project perpendicularly out from so that flexion will occur at the point of projection when compressive force is applied to said depressible surface area, said collar being adapted for the insertion of a conduit therethrough. 11. The retainer assembly of Claim 10, wherein said configuration arms flex to provide clearance in response to the insertion of said retainer assembly into a housing member, said configuration arms returning to an unflexed position once clearance has been accomplished between said retaining insert and the radially disposed surface of the housing. SUBSTITUTESHEET 12. The retainer assembly of Claim 10, wherein said configuration arms are of sufficient length to allow for a tight seal at said collar and simultaneously provide for locking connection with the radially disposed surface of the housing. 13. The retainer assembly of Claim 10, wherein said primary retaining member is made of a deformable material so that minimal depressive force need be applied to said depressible surface area to effectuate disengagement of the retainer assembly. SUBSTITUTESHEET 14. A seal retainer adapted for preventing the high pressure blowout of sealing components comprising: a collar portion, having an outwardly extending lip portion which fits tightly within an axial bore portion of a sealing component; and arm portions which engage a radially outwardly disposed surface of the housing assembly 15. A seal retainer, according to Claim 14, wherein the arm portions have outwardly curved flange portions designed to engage the radially outwardly disposed surface of the housing. 16. A seal retainer, according to Claim 14, wherein said retainer is made of a material with very high collapse strength to prevent the configuration arms from snapping off under high pressure. SUBSTITUTESHEET 17. A connector assembly for use in securing a conduit, having a radially outwardly disposed locking mechanism for preventing separation of conduits comprising: a housing, having means defining a radially disposed surface and formed with an axial bore for receiving said conduit therethrough; retaining insert means, having one part adapted for engagement with said surface of said housing and a second portion adapted for engagement with said radially disposed locking surface on said conduit; primary retaining member means, having a terminal portion at the first end which surrounds said retaining insert and prevents lateral movement of said retaining insert means, said retaining memb'er means and retaining insert means being introduced into said housing to engage the radially disposed surface of said housing to form a locked connection and having a collar portion at the opposite end; a depressible surface area upon which pressure is applied, resulting in the disengagement between the retaining insert means and said radially disposed surface; configuration arms upon which said retaining insert means pivot, as depressive force is applied to said depressible surface area, said configuration arms extending from a collar at which point flexion occurs; seal retainer means disposed within said axial bore of the housing, wherein said seal retainer means is disposed of SUBSTITUTESHEET 2-\ radially extending arms for engagement with said radially disposed surface of said housing; o-rings, to prevent vibration of engaged conduits within said housing and to further provide a fluid tight seal; and a bushing, which is contained within said housing between said seal retainer and said o-rings to provide a fluid tight seal. SUBSTϊTUTESHEET 18. A connector assembly, according to Claim 17, wherein said seal retainer means is comprised of radially extending arm portions which are of a sufficient length so as to abut the radially disposed surface of said housing and snap in behind said bushing to compress said o-rings to continually provide a fluid tight seal once said primary retaining member means are removed. 19. A connector assembly, according to Claim 18, wherein said radially extending arms have a very high collapse strength to prevent high pressure blowout of said bushing and said o- rings once said primary member means are removed. 20. A connector assembly, according to Claim 19, wherein said radially extending arms extend outward from a collar forming a joint at which point flexion occurs when the seal retainer is being removed. 21. A connector, according to Claim 19, wherein said radially extending arms are disposed of outwardly curved flange portions designed to effectuate easy removal of said seal retainer. 22. A connector assembly, according to Claim 21, wherein said radially extending arms are provided with small holes in the outwardly curved flange portions designed for allowing easy removal of the seal retainer. SUBSTITUTESHEET 23. A connector assembly, according to Claim 18, wherein said seal retainer means is comprised of an outwardly extending circumferential flange portion which fits tightly into the bushing to further provide a fluid tight seal. 24. A connector assembly, according to Claim 17, wherein said seal retainer and said primary retainer may be made of two different materials. 25. The connector assembly, according to Claim 17, wherein said retaining insert means is made of a relatively non- deformable material and said primary retaining member means, said depressible surface area and said configuration arms are made of a deformable material so that minimal depressive force need be placed upon said depressible surface area to effectuate disengagement between said retaining insert means and the radially disposed surface of said housing. SUBSTITUTESHEET 26. A quick connector assembly comprising: a conduit having a radially outward extending annular bead a a predetermined distance from an end of said conduit; a housing having an axial bore formed therein for receivin said conduit; seal means for sealing said conduit with said housing, sai seal means positioned in said axial bore of said housing; and retainer means for retaining said conduit in said housing, said retainer means positioned in said housing axial bore and including a ring means for maintaining said sealing means in said housing, said ring means including an axial bore enabling passage of said conduit, a pair of arms extending from said ring means, said arms having an overall U-shape with an end of one of said arms coupled with said ring means and an end of the other of said arms including means for abutting said annular bead for retaining said conduit in said housing. 27. The quick connector assembly according to claim 26 wherein said retainer means further comprises a pair of retainers, a first of said retainer maintaining said sealing means in said housing and second retainer for including said conduit abutting means for maintaining said conduit in said housing. SUBSTITUTESHEET 28. The quick connector assembly according to claim 27 wherein said second retainer being removably secured within said housing. 29. The quick connector assembly according to claim 27 wherein said second retainer includes a ring portion and a pair of arms extending from said ring, said arms having an overall U-shape with one leg of the U formed by a pair of strips, the other leg having a T-shape and being joined by a pair of arcuate portions. 30. The quick connector assembly according to claim 29 wherein said T-shaped leg includes said conduit abutting means. 31. The quick connector assembly according to claim 30 wherein said conduit abutting means is an insert having an overall rectangular shape with a leading edge for abutting said annular bead to retain said conduit in said housing and a trailing edge abutting said housing for retaining said second retainer on said housing. 32. The quick connector assembly according to claim 3 wherein said insert may be formed of a different material than sai retainer. SUBSTITUTESHEET 33. An apparatus for inserting sealing means and retainin means into a quick connector conduit housing comprising: handle means for enabling manipulation of said apparatus; an elongated rod extending from said handle means, sai elongated rod including means for providing a seat for said sealin means and for said retaining means wherein in use said rod i positioned in said housing with said sealing means and retainin means carried on said rod, and said handle means being manipulate to withdraw said rod from the housing said sealing means an retaining means maintaining positioned in said housing. 34. The apparatus according to claim 33 wherein said rod ha a cross shape in cross section. 35. The apparatus according to claim 33 wherein sai retaining means seating means included a pair of stops maintainin said retaining means on said rod. SUBSTITUTE SHEET

Inventors: BARTHOLOMEW DONALD D, BARTHOLOMEW, DONALD, D.
Applicants: PROPRIETARY TECHNOLOGY INC, PROPRIETARY TECHNOLOGY, INC.
Application year: 1990
Main classification: F16L39
IPC codes: B23P19, F16L37