Pipe fitting apparatus and methods
A pipe fitting includes a socket that receives an end of a pipe section therein such that a gap exists between an outer surface of the pipe section and an inner surface of the socket. A pair of ports extend through the socket and are in fluid communication with the gap. A clamp secures the pipe section within the socket as a bonding agent is extruded into the gap via a port. The clamp includes a pair of arcuate segments, each having an inner circumferential wall, first and second end portions, and an elongated sealing member. Each arcuate segment includes a plurality of spring-loaded devices, each having a distal end portion extending through the inner circumferential wall that is urged into contact with the pipe section outer surface.
1. A clamp that facilitates securing a pipe section within a socket, the clamp comprising:
a pair of arcuate segments, each arcuate segment comprising:
an inner circumferential wall;
opposite first and second end portions;
an elongated sealing member extending outwardly from the inner circumferential wall along an entire length of the inner circumferential wall; and
a plurality of circumferentially spaced-apart spring-loaded devices, each spring-loaded device having a distal end portion extending through the inner circumferential wall that is configured to be urged into contact with an outer surface of the pipe section;
wherein the arcuate segments are hinged together at the respective first ends thereof; and
wherein the arcuate segments are removably fastened together at the respective second ends thereof by a fastener, wherein the fastener is configured to draw the second ends of the arcuate segments toward each other such that the sealing members are compressed into sealing engagement with the socket and the outer surface of the pipe section.
2. The clamp of claim 1 , wherein a length of each sealing member is greater than a length of the inner circumferential wall of a respective arcuate segment.
3. The clamp of claim 1 , wherein each sealing member is removably secured to a respective arcuate segment.
4. The clamp of claim 1 , wherein each arcuate segment comprises a plurality of circumferentially spaced apart bores extending from an outer circumferential wall to the inner circumferential wall, wherein at least a portion of each bore is threaded, and wherein each spring-loaded device comprises a threaded body that is threadingly secured within a respective bore.
5. The clamp of claim 4 , wherein each spring-loaded device comprises a spring within the threaded body that urges the distal end portion into contact with the outer surface of the pipe section.
6. The clamp of claim 1 , wherein the socket comprises an annular flange having a sloped outer wall, and wherein each arcuate segment comprises an arcuate groove configured to receive a portion of the socket annular flange.
7. The clamp of claim 6 , wherein the arcuate groove comprises a sloped inner wall that engages the annular flange sloped outer wall, and wherein the sloped inner walls of the arcuate segments and the annular flange sloped outer wall move relative to each other as the second ends of the arcuate segments are drawn together by the fastener.
8. A pipe connector kit, comprising:
a tubular member comprising a socket configured to receive an end of a pipe section therein such that a gap exists between an outer surface of the pipe section and an inner surface of the socket, wherein a pair of ports extend through the tubular member in circumferentially spaced-apart relationship and are in fluid communication with the gap; and
a clamp that secures the pipe section within the socket as a bonding agent is extruded into the gap via one of the ports, wherein the clamp comprises:
a pair of arcuate segments, each arcuate segment comprising:
an inner circumferential wall;
opposite first and second end portions;
an elongated sealing member extending outwardly from the inner circumferential wall along an entire length of the inner circumferential wall; and
a plurality of circumferentially spaced-apart spring-loaded devices, each spring-loaded device having a distal end portion extending through the inner circumferential wall that is configured to be urged into contact with an outer surface of the pipe section;
wherein the arcuate segments are hinged together at the respective first ends thereof; and
wherein the arcuate segments are removably fastened together at the respective second ends thereof by a fastener, wherein the fastener is configured to draw the second ends of the arcuate segments toward each other such that the sealing members are compressed into sealing engagement with the socket and the outer surface of the pipe section.
9. The pipe connector kit of claim 8 , further comprising a container of bonding agent, wherein the container is configured to inject the bonding agent into the gap via one of the ports.
10. The pipe connector kit of claim 8 , wherein the tubular member comprises an annular flange having a sloped outer wall, and wherein each arcuate segment comprises an arcuate groove configured to receive a portion of the socket annular flange.
11. The pipe connector kit of claim 10 , wherein the arcuate groove comprises a sloped inner wall that engages the annular flange sloped outer wall, and wherein the sloped inner walls of the arcuate segments and the annular flange sloped outer wall move relative to each other as the second ends of the arcuate segments are drawn together by the fastener.
12. The pipe connector kit of claim 8 , wherein a length of each sealing member is greater than a length of the inner circumferential wall of a respective arcuate segment.
13. The pipe connector kit of claim 8 , wherein each sealing member is removably secured to a respective arcuate segment.
14. The pipe connector kit of claim 8 , wherein each arcuate segment comprises a plurality of circumferentially spaced apart bores extending from an outer circumferential wall to the inner circumferential wall, wherein at least a portion of each bore is threaded, and wherein each spring-loaded device comprises a threaded body that is threadingly secured within a respective bore.
15. The pipe connector kit of claim 14 , wherein each spring-loaded device comprises a spring within the threaded body that urges the distal end portion into contact with the outer surface of the pipe section.
16. The pipe connector kit of claim 8 , further comprising a grab ring, wherein the grab ring comprises:
an annular member comprising opposite inner and outer peripheral edges;
a first plurality of inwardly projecting gripping teeth on the inner peripheral edge in circumferentially spaced-apart relationship; and
a second plurality of outwardly projecting gripping teeth on the outer peripheral edge in circumferentially spaced-apart relationship.
17. The pipe connector kit of claim 8 , further comprising a plurality of raised members extending outwardly from the inner surface of the socket in circumferentially spaced-apart relationship.
18. A method of forming a pipe joint between a pipe section and a pipe fitting, wherein the pipe fitting includes a socket configured to receive an end of the pipe section, the method comprising:
inserting the end of the pipe section into the socket;
attaching a clamp to the pipe section and pipe fitting, wherein the clamp includes a pair of arcuate segments, each arcuate segment having an inner circumferential wall, opposite first and second end portions, an elongated sealing member extending outwardly from the inner circumferential wall along an entire length of the inner circumferential wall, and a plurality of circumferentially spaced-apart spring-loaded devices, each spring-loaded device having a distal end portion extending through the inner circumferential wall that is configured to be urged into contact with an outer surface of the pipe section, wherein the arcuate segments are hinged together at the respective first ends thereof;
drawing the respective second ends of the arcuate segments together via a fastener such that the sealing members are compressed into sealing engagement with the socket and the outer surface of the pipe section; and
injecting a bonding agent into the gap via a port that extends through the pipe fitting.
19. The method of claim 18 , wherein the socket comprises an annular pipe stop extending from the inner surface thereof that is configured to receive the end of the pipe section, and wherein the method comprises, prior to inserting the end of the pipe section into the socket, removing material from the pipe end to create a profiled end that matingly engages with the pipe stop, and wherein inserting the end of the pipe section into the socket comprises engaging the profiled end of the pipe section with the pipe stop.