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Kafe 바로가기국가/구분 | United States(US) Patent 등록 |
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국제특허분류(IPC7판) |
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출원번호 | US-0840937 (2001-04-24) |
발명자 / 주소 |
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출원인 / 주소 |
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인용정보 | 피인용 횟수 : 233 인용 특허 : 208 |
A hydrocarbon containing formation may be treated using an in situ thermal process. A mixture of hydrocarbons, H2, and/or other formation fluids may be produced from the formation. Heat may be applied to the formation to raise a temperature of a portion of the formation to a pyrolysis temperature. T
A hydrocarbon containing formation may be treated using an in situ thermal process. A mixture of hydrocarbons, H2, and/or other formation fluids may be produced from the formation. Heat may be applied to the formation to raise a temperature of a portion of the formation to a pyrolysis temperature. The mixture produced from the formation may have a relatively high hydrogen partial pressure, and a large portion of the pressure within the formation may be attributable to hydrogen partial pressure.
A hydrocarbon containing formation may be treated using an in situ thermal process. A mixture of hydrocarbons, H2, and/or other formation fluids may be produced from the formation. Heat may be applied to the formation to raise a temperature of a portion of the formation to a pyrolysis temperature. T
A hydrocarbon containing formation may be treated using an in situ thermal process. A mixture of hydrocarbons, H2, and/or other formation fluids may be produced from the formation. Heat may be applied to the formation to raise a temperature of a portion of the formation to a pyrolysis temperature. The mixture produced from the formation may have a relatively high hydrogen partial pressure, and a large portion of the pressure within the formation may be attributable to hydrogen partial pressure. . The second area also includes a measuring bridge unit for controlling variables of the station and an electrical switching board. tical.11. The rotatable holder of claim 7, wherein the inner body includes an opening having an oval cross-sectional shape.12. The rotatable holder of claim 7, wherein the inner body includes an opening having a circular cross-sectional shape.13. The rotatable holder of claim 7, further including a projection on the inner body adapted to engage a stop on the outer body to limit the rotation of the inner body relative to the outer body.14. A rotatable holder comprising: at least two inner body members coupled together having a means for clamping an object, the at least two inner body members forming at least one outer curved surface and at least one outer flat surface retracted within a rotation locus of the at least one outer curved surface; and an outer body configured to rotatably receive the at least two inner body members. 15. The rotatable holder of claim 14, wherein the at least two inner body members have abutting horizontal surfaces and the at least one outer flat surface is positioned vertically.16. The rotatable holder of claim 14, wherein the at least two inner body members are substantially identical.17. The rotatable holder of claim 14, wherein the clamping means includes an opening having an oval cross-sectional shape.18. The rotatable holder of claim 14, wherein the clamping means includes an opening having a circular cross-sectional shape.19. The rotatable holder of claim 14, further including a means for limiting rotation of the at least two inner body members relative to the outer body member.20. The rotatable holder of claim 14, further including: a base member; a cover member, configured to be coupled to the base member to enclose the at least two inner body members; and at least one guide coupled to one of the base member and the cover member, the at least one guide configured to engage the other of the cover and the base member to thereby align the cover to the base member and to resist lateral movement of the object. oove and a first end and a second end each passing through the respective annular block, the respective sleeve, and the respective elastic washer, the first end of the winding shaft inserted in the annular cover, the second end of the winding shaft inserted in the round hole of the handle, each of the annular blocks having a collar having two protrusions for insertion into the oblong grooves of the hollow shaft, and a plurality of blocking bars each having a bevel and a click end, and the thread having a blocking end for insertion in the groove of the winding shaft. 2. The umbrella frame as claimed in claim 1, wherein the blocking rod is in an L-shape. ade blocks.14. The fan assembly of claim 1 in which the first integrated sub-assembly is configured in a plurality of sections coupled together about the pole.15. The fan assembly of claim 14 in which the second integrated sub-assembly is configured in a plurality of sections coupled together about the first integrated sub-assembly.16. The fan assembly of claim 1 in which the support housing further includes at least one lamp.17. The fan assembly of claim 1 further including a drive train sub-assembly coupling the motor to the drive ring drive mechanism and configured to slip if there is interference with a fan blade which stops the drive ring from rotating.18. The fan assembly of claim 17 in which the drive train sub-assembly includes at least one belt which slips if there is interference with a fan blade.19. A fan blade assembly for a pole, the fan blade assembly comprising: a support housing coupled to but spaced from a motor housing having a motor therein, each housing configured in sections which can be clamped about a pole; and a separate drive ring with fan blades extending therefrom also configured in sections which can be disposed about the pole, the drive ring disposed between the motor housing and the support housing and supported for rotation about the pole on the support housing. 20. The fan assembly of claim 19 further including a split collar and wherein the support housing is attached to a lower end of the split collar and the motor housing is attached to an upper end of the split collar, the separate drive ring rotatably disposed about the split collar between the support housing and the motor housing.21. The fan assembly of claim 19 in which the support housing includes an upper drive ring support plate.22. The fan assembly of claim 19 further including a drive ring drive mechanism integrated with the drive ring.23. The fan assembly of claim 21 in which the upper drive ring support plate includes a plurality of spaced non-rotatable bearing members extending upwards therefrom on which a lower surface of the drive ring rotates.24. The fan assembly of claim 19 in which the motor housing includes a motor drive mechanism depending downward therefrom which cooperates with a drive ring drive mechanism integral with the drive ring to rotate the drive ring.25. The fan assembly of claim 24 in which the motor drive mechanism is a first gear and the drive ring drive mechanism is a second gear which is engaged by the first gear.26. The fan assembly of claim 25 in which the motor housing includes a motor, a motor pulley, an intermediate pulley, a pulley attached to the first gear, a first belt about the motor pulley and the intermediate pulley, and a second belt about the intermediate pulley and the pulley of the first gear.27. The fan assembly of claim 19 in which the motor housing includes a DC motor and a rechargeable DC battery for powering the DC motor.28. The fan assembly of claim 27 further including a recharging device for the rechargeable DC battery.29. The fan assembly of claim 19 in which the support housing includes a switch electrically coupled to the motor in the motor housing.30. The fan assembly of claim 20 in which the split collar includes a clamp mechanism which secures the support housing, the motor housing, and the split collar to the pole.31. The fan assembly of claim 30 in which the clamp mechanism is quick release type clamp for quickly adjusting the position of the fan assembly on the pole when an umbrella canopy is lowered for storage and raised for use.32. The fan assembly of claim 19 further including a spacer element disposed on an upper surface of the drive ring, and a drive ring drive mechanism attached to the spacer element.33. The fan assembly of claim 19 in which the drive ring includes a plurality of fan blade blocks located thereon each having a channel for receiving a fan blade therein.34. A fan assembly of claim 33 in which the fan blades each have a distal end with at least one spring mechanism for retaining the distal end of the fan blades in the channels of the blade blocks.35. The fan assembly of claim 19 in which the support housing further includes at least one lamp.36. The fan assembly of claim 19 further including a drive train sub-assembly coupled between the motor and the drive ring and configured to slip if there is interference with a fan blade which stops the drive ring from rotating.37. The fan assembly of claim 36 in which the drive train sub-assembly includes at least one belt which slips if there is interference with a fan blade.38. A fan assembly for an umbrella, the fan assembly comprising: a first integrated sub-assembly clampable about a pole, the first integrated sub-assembly including: a split collar surrounding the pole,a support housing located on a lower end of the split collar defining a drive ring support plate having a plurality of fixed bearing members upstanding therefrom, anda motor housing enclosing a D.C. motor and a rechargeable battery therein located on an upper end of the split collar and spaced from the drive ring support plate; and a second integrated sub-assembly rotatably disposable about the split collar between the support housing and the motor housing, the second integrated assembly including: a drive ring rotatably disposed about the split collar and having a lower surface which is supported by the fixed bearing members of the drive ring support plate,a drive ring drive mechanism, anda plurality of fan blades coupled to the drive ring.39. A fan assembly for an umbrella, the fan assembly comprising: a first integrated sub-assembly clampable about an umbrella pole, the first integrated sub-assembly including: a split collar surrounding the umbrella pole,a support housing disposed on a lower end of the split collar defining a drive ring support plate,a motor housing enclosing a D.C. motor and a rechargeable battery disposed therein located on an upper end of the split collar and spaced from the drive ring support plate; a second integrated sub-assembly rotatably disposable about the split collar between the support housing and the motor housing, the second integrated assembly including: a drive ring rotatably disposed about the split collar and having a lower surface which is supported by the drive ring support plate,a drive ring drive mechanism, anda plurality of fan blades coupled to the drive ring; anda charger for the rechargeable battery.40. A fan assembly for an umbrella, the fan assembly comprising: a first integrated sub-assembly clampable about a pole, the first integrated sub-assembly including: a collar surrounding the pole,a support housing disposed on a lower end of the collar defining a drive ring support plate,a motor housing enclosing a motor and a slipable drive train sub-assembly therein disposed on an upper end of the collar spaced from the drive ring support plate; and a second integrated sub-assembly rotatably disposable about the umbrella pole, the second integrated assembly including: a drive ring rotatably disposed about the collar and having a lower surface which is supported by the drive ring support plate of the support housing,a drive ring drive mechanism coupled to the slipable drive train sub-assembly of the motor housing, anda plurality of fan blades coupled to the drive ring.41. A fan blade assembly for a pole, the fan blade assembly comprising: a support housing coupled to but spaced from a motor housing having a D.C. motor and a rechargeable battery therein, each housing configured in sections which can be clamped about a pole; a separate drive ring with fan blades extending therefrom also configured in sections which can be disposed about the pole, the drive ring disposed between the motor housing and the support housing and supported for rotation on the support housing; and a battery charger for the rechargeable battery. 42. A fan blade assembly for a pole, the fan blade assembly comprising: a spli t collar; a support housing coupled to the split collar and spaced from a motor housing also coupled to the split collar, the motor housing having a motor therein, each housing configured in sections which can be clamped about a pole; and a separate drive ring with fan blades extending therefrom also configured in sections which can be disposed about the split collar, the drive ring disposed between the motor housing and the support housing and supported for rotation about the split collar on the support housing. 43. A fan assembly comprising: a first sub-assembly clampable about a pole, the first sub-assembly including: a collar surrounding the pole;a support on a lower end of the collar defining a drive ring support;a motor housing enclosing a motor therein disposed on the collar; and a second integrated sub-assembly rotatably disposable about the umbrella pole, the second integrated sub-assembly including: a drive ring rotatably disposed about the collar, anda drive ring drive mechanism directly supported by the drive ring support, anda plurality of fan blades coupled to the drive ring.44. A fan assembly comprising: a first sub-assembly clampable about a pole, the first sub-assembly including: a collar surrounding the pole;a support on a lower end of the collar defining a drive ring support;a motor housing enclosing a motor therein disposed on the collar; and a second integrated sub-assembly rotatably disposable about the umbrella pole, the second integrated sub-assembly including: a drive ring rotatably disposed about the collar, anda drive ring drive gear directly supported by the drive ring support, anda plurality of fan blades coupled to the drive ring. in said valve assembly such that at least one slot is defined proximate to the top of said second valve component when said first and second valve components are rotatably mounted to each other; and stop means operatively associated with said slot to limit relative rotation of said first and second valve components.6. The combination as claimed in claim 5 wherein said slot is defined such that the length thereof limits maximum relative rotation of said first and second valve components to a fully opened position in which said openings in said top surfaces of said first and second valve components are in complete alignment in a first rotational direction, and limits maximum relative rotation of said first and second valve components to a fully closed position in which said openings in said top surfaces of said first and second valve components are completely out of alignment in a second rotational direction opposite to said first rotational direction.7. The combination as claimed in claim 5 wherein said stop means includes an element carried by said first valve component and rotatable therewith, at least a portion of said element being received in said slot.8. The combination as claimed in claim 7 wherein said element further provides retaining means for securing said second valve component mounted to said first valve component for preventing linear displacement of said second valve component relative to said first valve component.9. The combination as claimed in claim 1 wherein said first valve component comprises a flange portion and a hub portion extending from said flange portion, said hub portion being narrower than said flange portion.10. The combination as claimed in claim 9 wherein said second valve component is adapted to be mounted over said hub portion of said first valve component.11. The combination as claimed in claim 10 wherein said second valve component has at least one rib extending from the outer surface thereof.12. The combination as claimed in claim 1 in further combination with a product receptacle, said product receptacle defining an inlet opening having a collar fixedly mounted therein; said collar adapted to receive therein said guide element extending from said one of the first and second valve components for fixedly retaining said one of said first and second valve components in said collar.13. The combination as claimed in claim 12 wherein said valve assembly and said collar are arranged such that rotation of the other of said first and second valve components relative to said one of said first and second valve components moves said valve assembly between closed and opened positions.14. A valve assembly in combination with a container, said valve assembly comprising a first valve component, a second valve component mounted to said first valve component, means for rotating said first valve component relative to said second valve component for selectively moving said valve assembly between a closed position and an opened position; a guide element extending from one of the first and second valve components, said guide element comprising means for guiding said valve assembly into retaining means for said valve assembly; means for removably mounting said valve assembly to a discharge nozzle of a container; a container comprising at least a partially hollow housing, said container defining a discharge nozzle, said discharge nozzle defining a discharge opening, said discharge nozzle including means cooperating with said means on said valve assembly for removably mounting said discharge nozzle of said container to said valve assembly, said container including at least one tab extending from the outer surface thereof; wherein said at least one tab extending from the outer surface of said container defines at least one opening therein. 0/038.5; US-3145872, 19640800, Hayes, 220/060; US-3256892, 19660600, Esposito, Jr., 132/083; US-3407956, 19681000, Linkletter, 215/041; US-3419179, 19681200, Deuschle et al., 220/038.5; US-3911920, 19751000, Susinn, 604/075; US-4548332, 19851000, Neat, 220/268; US-4638916, 19870100, Beck et al., 215/235; US-4713219, 19871200, Gerken et al., 422/102; US-4753358, 19880600, Virca et al., 215/230; US-5071403, 19911200, Larsson, 604/074; US-5178308, 19930100, Endre, 224/032; US-5361918, 19941100, Mason, 215/006; US-D353328, 19941200, Nuffer, 009/446; US-5407093, 19950400, McGill, 220/666; US-5462101, 19951000, Mouchmouchian, 141/364; US-5472025, 19951200, Conrad et al., 141/332; US-5604101, 19970200, Hanley et al., 435/006; US-5653353, 19970800, Otto et al., 215/306; US-5667094, 19970900, Rapchak et al., 220/339; US-5720722, 19980200, Lockridge, 604/074; US-5753186, 19980500, Hanley et al., 422/101; US-5843029, 19981200, Bachman et al., 604/074; US-5848623, 19981200, Ueda, 141/064; US-5878898, 19990300, Shefflin, 215/011.6; US-D411106, 19990600, Conrad, 009/436; US-5950689, 19990900, Varlet, 141/022; US-6116439, 20000900, Yaniv, 215/011.1; US-D435444, 20001200, Newville et al., 009/446; US-6206223, 20010300, Wicker, 220/375; US-6461324, 20021000, Schlensog, 604/074; US-20010013499, 20010800, Morano et al., 215/011.6 on of the collar on said stud (30) assuring that all of the outlets (8) but one will be closed.9. A device as per claim 1, wherein a low-friction bushing is fitted to the lower edge of the shutters (9) and thus facilitates the sliding of said shutters on the body (2).
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