FITTINGS AND CONNECTORS FOR IRRIGATION SYSTEMS
A fitting for use in making a fluid connection with a pipe includes a saddle adapted to couple the fitting to the pipe. The saddle includes a body and first and second arms configured to extend at least partly around the pipe when coupling the fitting to the pipe. The fitting also includes a tap member adapted to insert at least partly into the pipe when the saddle couples the fitting to the pipe, to thereby establish the fluid connection between the fitting and the pipe. The tap member includes at least one support arm configured to moveably couple the tap member to the saddle such that the first and second arms of the saddle can be extended at least partly around the pipe prior to inserting the tap member at least partly into the pipe.
1 . A fitting for use in making a fluid connection with a pipe, the fitting comprising:
a saddle adapted to couple the fitting to the pipe, the saddle including a body and first and second arms configured to extend at least partly around the pipe when coupling the fitting to the pipe; and
a tap member adapted to insert at least partly into the pipe when the saddle couples the fitting to the pipe, to thereby establish the fluid connection between the fitting and the pipe, the tap member including at least one support arm configured to moveably couple the tap member to the saddle such that the first and second arms of the saddle can be extended at least partly around the pipe prior to inserting the tap member at least partly into the pipe.
2 . The fitting of claim 1 , wherein the saddle defines at least one slot, the at least one support arm of the tap member configured to extend through the at least one slot to thereby moveably couple the tap member to the saddle.
3 . The fitting of claim 2 , wherein the at least one slot of the saddle includes two slots and wherein the at least one support arm of the tap member includes two support arms.
4 . The fitting of claim 3 , wherein each support arm of the tap member includes a ledge at an end portion of the support arm to inhibit removal of the support arm from the corresponding slot of the saddle and to thereby maintain coupling of the tap member to the saddle.
5 . The fitting of claim 2 , wherein the saddle includes a lock portion adjacent the at least one slot, and the at least one support arm of the tap member is configured to rotate between a lock position where the at least one support arm contacts the lock portion of the saddle to inhibit movement of the tap member relative to the saddle for facilitating coupling the saddle to the pipe via downward pressure exerted on the tap member, and a coupling position where the at least one support arm does not contact the lock portion, thereby allowing the tap member to move relative to the saddle for facilitating inserting the tap member at least partly into the pipe.
6 . The fitting of claim 1 , wherein the tap is configured to press-fit into the pipe, without threading the tap relative to the saddle, for establishing the fluid connection between the fitting and the pipe.
7 . The fitting of claim 1 , wherein the tap member includes a tap configured to pierce the pipe; and
wherein the saddle further defines a central opening for receiving the tap when the tap member is inserted at least partly into the pipe.
8 . The fitting of claim 7 , wherein the tap includes at last one tab located along the tap and configured to inhibit movement of the tap out of the pipe after the tap pierces the pipe.
9 . The fitting of claim 8 , wherein the tab is configured to extend past a pierced portion of the pipe after the tap pierces the pipe.
10 . The fitting of claim 7 , wherein the tap member includes at least one clasp adapted to couple the tap member to the saddle to inhibit movement of the tap out of the pipe after the tap pierces the pipe.
11 . The fitting of claim 10 , wherein the at least one clasp extends from a portion of the at least one support arm.
12 . A snap clip for coupling a connector to a fitting in an irrigation system, the snap clip comprising:
a first wall portion having an outer threaded surface and an inner non-threaded surface;
a second wall portion opposite the first wall portion, the second wall portion having an outer threaded surface and an inner non-threaded surface; and
a bridge member coupling the first wall portion to the second wall portion, the bridge member separating the outer threaded surface of the first wall portion form the outer threaded surface of the second wall portion.
13 . The snap clip of claim 12 , wherein the bridge member, the first wall portion and the second wall portion define an arc; and
wherein the bridge member is flexible to allow compression of the bridge member such that the first wall portion and the second wall portion may be pressed towards one another, whereby the snap clip may be inserted into a threaded opening of the fitting and then expanded outwards into the threaded opening of the fitting to couple the snap clip to the threaded opening.
14 . The snap clip of claim 13 , wherein the first wall portion and the second wall portion each include a stop surface lip extending away from the respective wall portion at an upper end of the snap clip, thereby providing a stop surface for contacting an end portion of the threaded opening of the fitting to facilitate a predetermined depth of the snap clip extending into the threaded opening of the fitting.
15 . The snap clip of claim 12 , wherein the first wall portion, the second wall portion and the bridge member are integral, and each wall portion includes at least three external male threads
16 . The snap clip of claim 12 , wherein the snap clip is integrally formed at an end of one of an irrigation fitting and an irrigation connector.
17 . A method of using a snap clip to couple a connector to a fitting for use in making a fluid connection with a pipe, the snap clip including at least one wall portion having an external threaded surface and an internal non-threaded surface, the method comprising:
installing the snap clip to one of a threaded opening of the fitting or a protrusion of the connector to create a threaded coupling of the snap clip to the opening of the fitting or the protrusion of the connector; and
after such installation, inserting the protrusion of the connector into the opening of the fitting to create a friction fit, via the snap clip, between the protrusion of the connector and the opening of the fitting.
18 . The method of claim 17 , wherein installing the snap clip includes inserting the snap clip into the threaded opening of the fitting; and
wherein inserting the snap clip into the threaded opening of the fitting includes:
compressing the snap clip such that an outer diameter of the external threaded surface of the snap clip is less than an inner diameter of the threaded opening of the fitting to facilitate insertion of the snap clip into the opening of the fitting without rotation of the snap clip; and
releasing the snap clip such that the external threaded surface expands to contact the threaded opening of the fitting to create the threaded coupling of the snap clip to the opening of the fitting.
19 . The method of claim 18 , wherein the snap clip includes a stop surface lip at one end of the snap clip; and
wherein inserting the snap clip includes inserting the snap clip into the opening of the fitting until the stop surface lip contacts an end of the opening of the fitting, thereby facilitating insertion of the snap clip into the opening of the fitting at a fixed depth.
20 . The method of claim 17 , wherein the protrusion of the connector defines a ledge, and wherein installing he snap clip includes inserting the protrusion of the connector into the snap clip and moving the ledge past the snap clip so the ledge inhibits removal of the snap clip from the protrusion of the connector.