초록 ▼

A sprinkler base is provided comprising a platform component and a flow component. The flow component may have a tubular body encompassing a flow passage. A fluid inlet and a first fluid outlet may communicate with each other via the flow passage. The first fluid outlet may be arranged to receive a

A sprinkler base is provided comprising a platform component and a flow component. The flow component may have a tubular body encompassing a flow passage. A fluid inlet and a first fluid outlet may communicate with each other via the flow passage. The first fluid outlet may be arranged to receive a sprinkler head extending perpendicularly to an axis of the tubular body. The platform component may include mounting means to hold the tubular body of the flow component. Restraint means may be provided to retrain the tubular body against rotation about the axis of the tubular body relative to the platform component in one of a plurality of rotational positions.

대표청구항 ▼

1. A sprinkler base comprising a platform component and a flow component, the flow component having a tubular body encompassing a flow passage, and a fluid inlet and a first fluid outlet communicating with each other via the flow passage, the first fluid outlet arranged to receive a sprinkler head e

1. A sprinkler base comprising a platform component and a flow component, the flow component having a tubular body encompassing a flow passage, and a fluid inlet and a first fluid outlet communicating with each other via the flow passage, the first fluid outlet arranged to receive a sprinkler head extending perpendicularly to an axis of the tubular body, the platform component including mounting means comprising a pair of circumferential members engaging respective ends of the tubular body to hold the tubular body of the flow component, the circumferential members being ‘C’ shaped, and having a circumferential opening to permit the passage of the first outlet therethrough when the tubular body is inserted through the circumferential members to be engaged thereby, and the tubular body of the flow component and the platform component incorporating cooperating restraint surfaces comprising interengaging toothed surfaces to restrain the tubular body against rotation about the axis of the tubular body relative to the platform component in one of a plurality of incrementally spaced rotational positions. 2. The sprinkler base of claim 1 wherein teeth on the interengaging toothed surfaces are spaced at angles of 5-15° about the axis of the tubular body. 3. The sprinkler base of claim 1 wherein teeth on the interengaging toothed surfaces are spaced at angles of 11-12° about the axis of the tubular body. 4. The sprinkler base according to claim 1 wherein the tubular body has a second outlet in fluid communication with the inlet and the first outlet via the flow passage. 5. The sprinkler base of claim 4 wherein the inlet and second outlet are at opposite ends of the tubular body and the flow passage, the inlet and second outlet are co-axial. 6. The sprinkler base according to claim 4 wherein a filter is fitted into the flow passage, the filter having a screening surface separating the first outlet from the inlet and the second outlet, to screen fluid exiting through the first outlet while allowing fluid to exit the second outlet unscreened. 7. The sprinkler base according to claim 1 wherein a flow restriction device is provided to restrict an opening of the first outlet through which fluid flows. 8. The sprinkler base according to claim 1 wherein a bottom surface of the platform component has two or more elongate members connected by a raised bridge, the elongate members spaced to conform to valleys of corrugations in a corrugated sheet material and the bridge elevated from the elongate members to pass over ridges of the corrugated sheet material. 9. The sprinkler base of claim 8 wherein the bottom surface of the platform component has three elongate members. 10. The sprinkler base of claim 8 wherein the elongate members are spaced at centers which are 71-81 mm or a multiple thereof. 11. The sprinkler base according to claim 1 wherein the tubular body has a second outlet in fluid communication with the inlet and the first outlet via the flow passage. 12. The sprinkler base of claim 11 wherein the inlet and second outlet are at opposite ends of the tubular body and the flow passage, and the inlet and second outlet are co-axial. 13. The sprinkler base according to claim 12 wherein a filter is fitted into the flow passage, the filter having a screening surface separating the first outlet from the inlet and the second outlet, to screen fluid exiting through the first outlet while allowing fluid to exit the first outlet unscreened. 14. The sprinkler base according to claim 13 wherein a flow restriction device is provided to restrict an opening of the first outlet through which fluid flows. 15. The sprinkler base according to claim 14 wherein a bottom surface of the platform component has two or more elongate members connected by a raised bridge, the elongate members spaced to conform to valleys of corrugations in a corrugated sheet material and the bridge elevated from the elongate members to pass over ridges of the corrugated sheet material. 16. The sprinkler base of claim 15 wherein the bottom surface of the platform component has three elongate members.