초록 ▼

A flow-control assembly may include a fluid conduit and a flow-control valve in the fluid conduit. The flow-control assembly may further include a fluid expansion conduit with an inlet defined at least in part by the fluid conduit and configured to selectively receive flow of a fluid from the fluid

A flow-control assembly may include a fluid conduit and a flow-control valve in the fluid conduit. The flow-control assembly may further include a fluid expansion conduit with an inlet defined at least in part by the fluid conduit and configured to selectively receive flow of a fluid from the fluid conduit. The fluid expansion conduit may further include an outlet in fluid communication with the fluid conduit downstream of the flow-control valve. A rotating fluid expander in the fluid expansion conduit may be configured to expand the fluid and thereby rotate and in some embodiments generate electricity. In a first position flow is substantially blocked. In a second position flow is allowed through the fluid expansion conduit. In a third position flow through the fluid conduit is allowed without necessarily passing through the fluid expansion conduit. Related systems and methods are also provided.

대표청구항 ▼

1. A flow-control assembly comprising: a fluid conduit configured to receive flow of a fluid;a flow-control valve in the fluid conduit;a fluid expansion conduit comprising: an inlet defined at least in part by the fluid conduit and configured to selectively receive flow of the fluid from the fluid c

1. A flow-control assembly comprising: a fluid conduit configured to receive flow of a fluid;a flow-control valve in the fluid conduit;a fluid expansion conduit comprising: an inlet defined at least in part by the fluid conduit and configured to selectively receive flow of the fluid from the fluid conduit, andan outlet in fluid communication with the fluid conduit downstream of the flow-control valve; anda rotating fluid expander in the fluid expansion conduit configured to expand the fluid and thereby rotate;wherein the flow-control valve is configurable to a first position wherein the flow-control valve substantially blocks flow of the fluid through the fluid conduit and the fluid expansion conduit. 2. The flow-control assembly of claim 1, wherein the rotating fluid expander comprises a turbine. 3. The flow-control assembly of claim 1, wherein the flow-control valve comprises a butterfly valve. 4. The flow-control assembly of claim 1, wherein the rotating fluid expander is coupled to an electrical generator. 5. The flow-control assembly of claim 1, wherein the flow-control valve is configurable to a second position wherein the flow-control valve substantially blocks flow of the fluid through the fluid conduit and at least partially unblocks the fluid expansion conduit to thereby allow flow of the fluid through the fluid expansion conduit. 6. The flow-control assembly of claim 1, wherein the flow-control valve is configurable to a third position wherein the flow-control valve at least partially unblocks the fluid conduit to thereby allow flow of the fluid through the fluid conduit without necessarily passing through the fluid expansion conduit. 7. The flow-control assembly of claim 1, wherein the fluid expansion conduit comprises a volute which substantially surrounds the rotating fluid expander. 8. The flow-control assembly of claim 1, further comprising a valve position sensor configured to detect the position of the flow-control valve. 9. The flow-control assembly of claim 1, wherein the fluid conduit and the fluid expansion conduit are defined by an integral housing. 10. The flow-control assembly of claim 9, wherein the rotating fluid expander is coupled to an electrical generator retained within the integral housing. 11. The flow-control assembly of claim 1, further comprising a valve adjustment mechanism configured to control the flow-control valve. 12. A system for controlling flow of a fluid comprising: a flow-control assembly comprising: a fluid conduit configured to receive flow of a fluid;a flow-control valve in the fluid conduit,a fluid expansion conduit comprising: an inlet defined at least in part by the fluid conduit and configured to selectively receive flow of the fluid from the fluid conduit, andan outlet in fluid communication with the fluid conduit downstream of the flow-control valve; anda rotating fluid expander in the fluid expansion conduit configured to expand the fluid and thereby rotate;wherein the flow-control valve is configurable to a first position wherein the flow-control valve substantially blocks flow of the fluid through the fluid conduit and the fluid expansion conduit; andan internal combustion engine comprising one or more cylinders,wherein the flow-control assembly is configured to direct flow of the fluid to one or more of the cylinders of the internal combustion engine. 13. The system of claim 12, further comprising an intake manifold configured to receive flow of the fluid from the flow-control assembly and distribute flow of the fluid to two or more of the cylinders. 14. The system of claim 13, wherein the flow-control valve is the only valve for controlling flow of the fluid into the intake manifold. 15. The system of claim 12, further comprising an exhaust manifold configured to receive flow of the fluid from one or more of the cylinders of the internal combustion engine. 16. A method of controlling the flow of a fluid to an internal combustion engine, comprising: selectively configuring a flow-control valve between: a first position wherein the flow-control valve substantially blocks flow of the fluid through a fluid conduit and a fluid expansion conduct, anda second position wherein the flow-control valve substantially blocks flow of the fluid through the fluid conduit and at least partially unblocks the fluid expansion conduit to thereby allow flow of the fluid through the fluid expansion conduit;expanding the fluid in the fluid expansion conduit when flow of the fluid is directed thereto to thereby rotate a rotating fluid expander; andsupplying the expanded fluid to the internal combustion engine. 17. The method of claim 16, further comprising generating electricity by coupling the rotating fluid expander to an electrical generator. 18. The method of claim 16, further comprising directing flow of the fluid through the fluid expansion conduit back into the fluid conduit downstream of the flow-control valve. 19. The method of claim 16, further comprising selectively configuring the flow-control valve to a third position wherein the flow-control valve at least partially unblocks the fluid conduit to thereby allow flow of the fluid through the fluid conduit without necessarily passing through the fluid expansion conduit, and supplying fluid from the fluid conduit to the internal combustion engine.