mhurhangee/ep-ind-claims huggingface dataset:
A coaxial resonator, comprising: a first outer conductor which is a sheet-like conductor placed on the main surface of a dielectric substrate connected to a reference potential; a dielectric block which is a dielectric body having a rectangular parallelepiped shape, the dielectric block being provided with a through hole (31, 31a, 31b, 31c, 31d, 31e, 31f) formed so as to pass therethrough from a first side surface to a second side surface opposed to the first side surface of the dielectric block, and being so disposed that a first main surface of the dielectric block abuts on the first outer conductor; an inner conductor (41, 41a, 41b, 41c, 41d, 41e, 41f) disposed in an inside of the through hole (31, 31a, 31b, 31c, 31d, 31e, 31f); and a second outer conductor which is shaped like a rectangular box having its one face which is opened toward the first outer conductor and being connected to the first outer conductor, characterized in that the first outer conductor and the second outer conductor serving as the outer conductor of the coaxial resonator which has an inside dimension such that the dielectric block can be housed therein so as to be spaced from a second main surface of the dielectric block, a third side surface of the dielectric block, and a fourth side surface of the dielectric block, and the second outer conductor being connected to the reference potential, the inner conductor (41, 41a, 41b, 41c, 41d, 41e, 41f) is so disposed that its center is situated closer to the second main surface beyond a position midway between the first main surface and the second main surface. a first outer conductor which is a sheet-like conductor placed on the main surface of a dielectric substrate connected to a reference potential; a dielectric block which is a dielectric body having a rectangular parallelepiped shape, the dielectric block being provided with a through hole (31, 31a, 31b, 31c, 31d, 31e, 31f) formed so as to pass therethrough from a first side surface to a second side surface opposed to the first side surface of the dielectric block, and being so disposed that a first main surface of the dielectric block abuts on the first outer conductor; an inner conductor (41, 41a, 41b, 41c, 41d, 41e, 41f) disposed in an inside of the through hole (31, 31a, 31b, 31c, 31d, 31e, 31f); and a second outer conductor which is shaped like a rectangular box having its one face which is opened toward the first outer conductor and being connected to the first outer conductor, characterized in that the first outer conductor and the second outer conductor serving as the outer conductor of the coaxial resonator which has an inside dimension such that the dielectric block can be housed therein so as to be spaced from a second main surface of the dielectric block, a third side surface of the dielectric block, and a fourth side surface of the dielectric block, and the second outer conductor being connected to the reference potential, the inner conductor (41, 41a, 41b, 41c, 41d, 41e, 41f) is so disposed that its center is situated closer to the second main surface beyond a position midway between the first main surface and the second main surface.
A method for communicating information in a wireless communication system, the method comprising: performing by one or more processors and/or circuits in a multiple input multiple output receiver system (106, 302) that utilizes maximum likelihood detection: computing a channel realization matrix based on a plurality of spatial stream signals that are concurrently received via a plurality of receiving antennas (126, 332); computing one or more channel quality index values based on said computed channel realization matrix and a reverse mapping function, wherein said reverse mapping function is generated based on one or more signal to noise ratio values for a single input single output communication system; and selecting one or more coding rates based on said computed one or more channel quality index values, said method being characterized in that: said reverse mapping function presents a mapping between channel quality index values for said single input single output communication system and packet error rate values for a spatial stream signal of said plurality of spatial stream signals.
A spring frame system comprising: an A-frame type frame having an arcuate first section at a connection between a second section and a third section; a spool configured to rotate about a spool axis and having a material thereon; a stabilizing member configured to support the frame at or near, or even underneath the arcuate first section between the second and third sections (16, 18); and a member coupled to an exterior face of the third section, wherein under a force applied to the member by the material on the spool the first arcuate section elastically deforms and the second and third sections (16, 18) advance toward one another. an A-frame type frame having an arcuate first section at a connection between a second section and a third section; a spool configured to rotate about a spool axis and having a material thereon; a stabilizing member configured to support the frame at or near, or even underneath the arcuate first section between the second and third sections (16, 18); and a member coupled to an exterior face of the third section, wherein under a force applied to the member by the material on the spool the first arcuate section elastically deforms and the second and third sections (16, 18) advance toward one another.
A polishing apparatus comprising: a polishing surface; and a top ring for holding a substrate, said top ring having an upper member (300; 600) and a retainer ring (302; 502) for holding a peripheral portion of the substrate, said retainer ring (302; 502) being attached to a peripheral portion of said upper member (300; 600), wherein said retainer ring (302; 502) includes: a rolling diaphragm (404; 704) having a pressure chamber (410; 710) formed therein and having a bent portion that is deformable according to a change in an inner pressure in said pressure chamber (410; 710), a passage for supplying a fluid to the pressure chamber (410;710) to vertically expand or contract said rolling diaphragm (404;704), characterized by a holder (402; 702) that secures an upper end of said rolling diaphragm (404; 704) to said retainer ring (302; 502), and a ring member (408; 708) that is secured to a lower end of said rolling diaphragm (404; 704) and is vertically movable according to the vertical expansion and contraction of said rolling diaphragm (404; 704), said ring member (408; 708) being brought into contact with said polishing surface. a polishing surface; and a top ring for holding a substrate, said top ring having an upper member (300; 600) and a retainer ring (302; 502) for holding a peripheral portion of the substrate, said retainer ring (302; 502) being attached to a peripheral portion of said upper member (300; 600), a rolling diaphragm (404; 704) having a pressure chamber (410; 710) formed therein and having a bent portion that is deformable according to a change in an inner pressure in said pressure chamber (410; 710), a holder (402; 702) that secures an upper end of said rolling diaphragm (404; 704) to said retainer ring (302; 502), and a ring member (408; 708) that is secured to a lower end of said rolling diaphragm (404; 704) and is vertically movable according to the vertical expansion and contraction of said rolling diaphragm (404; 704), said ring member (408; 708) being brought into contact with said polishing surface.
A refrigerator comprising a food container, the food container comprising: a case defining an accommodation space therein, an inner surface of the case being provided with a stepped portion; a divider assembly to partition the accommodation space as desired; and a cover provided to an upper portion of the case, wherein the divider assembly comprises: at least one wire divider to partition the accommodation space; a roller bracket provided with a plurality of rollers to allow movement of the roller bracket along the stepped portion; and a support bracket to connect the roller bracket to the wire divider, and characterised in that: the plurality of rollers comprises a first pair of rollers seated on and in contact with the stepped portion, and a second pair of rollers arranged to roll along an inner side wall of the case. a case defining an accommodation space therein, an inner surface of the case being provided with a stepped portion; a divider assembly to partition the accommodation space as desired; and a cover provided to an upper portion of the case, wherein the divider assembly comprises: at least one wire divider to partition the accommodation space; a roller bracket provided with a plurality of rollers to allow movement of the roller bracket along the stepped portion; and a support bracket to connect the roller bracket to the wire divider, and characterised in that: the plurality of rollers comprises a first pair of rollers seated on and in contact with the stepped portion, and a second pair of rollers arranged to roll along an inner side wall of the case. at least one wire divider to partition the accommodation space; a roller bracket provided with a plurality of rollers to allow movement of the roller bracket along the stepped portion; and a support bracket to connect the roller bracket to the wire divider, and characterised in that: the plurality of rollers comprises a first pair of rollers seated on and in contact with the stepped portion, and a second pair of rollers arranged to roll along an inner side wall of the case.
Sailcloth comprising two outer layers and at least one inner layer made of reinforcing filaments or yarns, characterised in that the two outer layers consist of textile layers made of a non-woven fabric with bidirectionally oriented filaments.
An article of footwear comprising: a sole structure having a bladder element that comprises multiple cushioning components (34a, 34b, 34c, 35a, 35b, 35c, 36) each including an enclosed fluid-filled cavity; wherein the cushioning components comprise: a first cushioning component (34a, 34b, 34c) having: a single central opening (40a, 40b, 40c) extending completely therethrough; and a continuous fluid-filled cavity (38a, 38b, 38c) surrounding the central opening (40a, 40b, 40c); and a second cushioning component (35a, 35b, 35c) having: multiple connecting features positioned inward of an outer periphery of the second cushioning component (35a, 35b, 35c) and connecting a first side of the second cushioning component (35a, 35b, 35c) to a second side of the second cushioning component (35a, 35b, 35c) opposite the first side. a first cushioning component (34a, 34b, 34c) having: a single central opening (40a, 40b, 40c) extending completely therethrough; and a continuous fluid-filled cavity (38a, 38b, 38c) surrounding the central opening (40a, 40b, 40c); and a single central opening (40a, 40b, 40c) extending completely therethrough; and a continuous fluid-filled cavity (38a, 38b, 38c) surrounding the central opening (40a, 40b, 40c); and a second cushioning component (35a, 35b, 35c) having: multiple connecting features positioned inward of an outer periphery of the second cushioning component (35a, 35b, 35c) and connecting a first side of the second cushioning component (35a, 35b, 35c) to a second side of the second cushioning component (35a, 35b, 35c) opposite the first side.
A surgical instrument system, comprising: a motor operable, inner core handle assembly capable of performing a plurality of operating parameters; at least one type of end effector configured to be operatively coupled to the inner core handle assembly, wherein each type of end effector has at least a substantially discrete color associated therewith, and wherein each type of end effector has at least one discrete function associated therewith; and at least one disposable housing including: a housing portion defining a cavity therein configured to receive the inner core handle assembly, said surgical instrument system being characterized in that at least a portion of the housing portion has a color corresponding to the color of one type of end effector of the at least one type of end effector; and a memory having stored therein at least one operating parameter for the inner core handle assembly, wherein the at least one operating parameter for the inner core handle assembly is specific to the type of end effector operatively coupled to the inner core handle assembly. a motor operable, inner core handle assembly capable of performing a plurality of operating parameters; at least one type of end effector configured to be operatively coupled to the inner core handle assembly, wherein each type of end effector has at least a substantially discrete color associated therewith, and wherein each type of end effector has at least one discrete function associated therewith; and at least one disposable housing including: a housing portion defining a cavity therein configured to receive the inner core handle assembly, said surgical instrument system being characterized in that at least a portion of the housing portion has a color corresponding to the color of one type of end effector of the at least one type of end effector; and a memory having stored therein at least one operating parameter for the inner core handle assembly, wherein the at least one operating parameter for the inner core handle assembly is specific to the type of end effector operatively coupled to the inner core handle assembly. a housing portion defining a cavity therein configured to receive the inner core handle assembly, said surgical instrument system being characterized in that at least a portion of the housing portion has a color corresponding to the color of one type of end effector of the at least one type of end effector; and a memory having stored therein at least one operating parameter for the inner core handle assembly, wherein the at least one operating parameter for the inner core handle assembly is specific to the type of end effector operatively coupled to the inner core handle assembly.
Extraction device adapted for preparation of beverages and providing a chamber-like space adapted for collecting a portion package and presenting a telescopic-like arrangement including a first and second telescopic parts (11, 12) of substantially cylindrical tubular form along a common longitudinal axis, adapted so that said first telescopic part can be moved in a displacement extension at least in part along at least part of the longitudinal extension of said second telescopic part that is provided stationary, between an open position where it is at least in part further downstream, and a closed position, and thereby defining a chamber-like space adapted for collecting said portion package, and vice-versa, whereby said first telescopic part is configured so that it can receive a portion package through a respective entry opening oriented upwards when in the open position, characterized in that said first telescopic part is adapted so that it is the only part providing support to the downwards oriented side of said portion package while the latter is inside of said extraction device.
A method of repairing one or more cracks in a matrix portion of a melt-infiltrated ceramic matrix composite component with a matrix portion comprising silicon carbide and areas of silicon phase dispersed within the silicon carbide, the method comprising: heating the melt-infiltrated CMC component to a first temperature above the melting point of the silicon phase to form molten silicon phase within the matrix portion; controlling the atmosphere about the melt-infiltrated CMC component while heating the melt-infiltrated CMC component to the first temperature above the melting point of the silicon phase; and cooling the melt-infiltrated CMC component to a second temperature that is below the first temperature to solidify molten silicon phase that has flowed into one or more cracks to bond surfaces of the at least one crack together. heating the melt-infiltrated CMC component to a first temperature above the melting point of the silicon phase to form molten silicon phase within the matrix portion; controlling the atmosphere about the melt-infiltrated CMC component while heating the melt-infiltrated CMC component to the first temperature above the melting point of the silicon phase; and cooling the melt-infiltrated CMC component to a second temperature that is below the first temperature to solidify molten silicon phase that has flowed into one or more cracks to bond surfaces of the at least one crack together.
A method of arranging a vessel assembly comprising first and second vessels (12,14) interconnected via a flexible conduit for transferring matter between the first and second vessels (12,14), a first end of the conduit in fluid communication with a first manifold of the first vessel, a second end of the conduit in fluid communication with a second manifold of the second vessel, the method comprising the steps of: for each of a plurality of combinations of drafts of the vessels (12,14), calculating a respective manifold height difference between the respective heights of the first and second manifolds (18,20) above a waterline; calculating a plurality of maximum operating distances between the vessels (12,14), wherein each of the plurality of calculated maximum operating distances respectively corresponds to a respective one of the plurality of calculated manifold height differences, wherein each calculated maximum operating distance between the vessels (12,14) corresponds to the maximum distance to which the vessels (12,14) can drift apart before the conduit becomes taut at the respective manifold height difference; and arranging the vessels (12,14) within a working envelope that corresponds to the plurality of calculated maximum operating distances between the vessels (12,14). for each of a plurality of combinations of drafts of the vessels (12,14), calculating a respective manifold height difference between the respective heights of the first and second manifolds (18,20) above a waterline; calculating a plurality of maximum operating distances between the vessels (12,14), wherein each of the plurality of calculated maximum operating distances respectively corresponds to a respective one of the plurality of calculated manifold height differences, wherein each calculated maximum operating distance between the vessels (12,14) corresponds to the maximum distance to which the vessels (12,14) can drift apart before the conduit becomes taut at the respective manifold height difference; and arranging the vessels (12,14) within a working envelope that corresponds to the plurality of calculated maximum operating distances between the vessels (12,14).
A device comprising ▪ a fuel pump for an internal combustion engine, comprising a toothed wheel for its driving, ▪ an indexing means immobilising the toothed wheel in a given position with respect to a body of the pump, the indexing means comprising a means for fixing on the body of the pump, characterized in that the fixing means comprises one or several extensions (24, 24') inserted in orifices which are comprised by the body of the pump. ▪ a fuel pump for an internal combustion engine, comprising a toothed wheel for its driving, ▪ an indexing means immobilising the toothed wheel in a given position with respect to a body of the pump, the indexing means comprising a means for fixing on the body of the pump,
A continuous process to sterilise a flour mixture, comprising the steps of: a. providing a mixture comprising one or more flour(s) and ethanol, b. transporting said mixture through an extruder comprising one or more airtight zones in which the mixture is heated above 78°C, wherein in said one or more airtight zones there is a pressure above 1 bar absolute and wherein said one or more airtight zones are obtained by compressing the mixture using a screw of the extruder to form one or more airtight plugs of the mixture in said one or more airtight zones, which one or more airtight plugs, together with the extruder barrel of the extruder, enclose an airtight volume in which said mixture is heated above 78°C, and c. obtaining a sterile flour mixture. a. providing a mixture comprising one or more flour(s) and ethanol, b. transporting said mixture through an extruder comprising one or more airtight zones in which the mixture is heated above 78°C, wherein in said one or more airtight zones there is a pressure above 1 bar absolute and wherein said one or more airtight zones are obtained by compressing the mixture using a screw of the extruder to form one or more airtight plugs of the mixture in said one or more airtight zones, which one or more airtight plugs, together with the extruder barrel of the extruder, enclose an airtight volume in which said mixture is heated above 78°C, and c. obtaining a sterile flour mixture.
An elongate dental implant (20, 30) formed as a single monolithic piece for fixation in a patient, said implant comprising: an apical bone anchoring portion (200, 300) for apposition to a zygomatic bone of the patient, and a non-threaded coronal portion (210, 310), wherein said coronal portion (210, 310) has a length between 15 to 40 mm, said length exceeding or equaling a length of said apical portion (200, 300), and said apical portion (200, 300) has a maximum outer diameter (Dl) that is equal to or larger than a maximum outer diameter of said coronal portion (210, 310) an apical bone anchoring portion (200, 300) for apposition to a zygomatic bone of the patient, and a non-threaded coronal portion (210, 310), wherein said coronal portion (210, 310) has a length between 15 to 40 mm, said length exceeding or equaling a length of said apical portion (200, 300), and said apical portion (200, 300) has a maximum outer diameter (Dl) that is equal to or larger than a maximum outer diameter of said coronal portion (210, 310)
A device for air exchange with heat recovery, especially in spray booths composed of filters, fans, heat exchanger, dampers, ventilation ducts, characterized in that the device has two intake ducts: without heat recovery and with heat recovery, inside which there is outtake duct with heat exchanger, the intake duct with heat recovery being connected to duct without heat recovery 4 by at least one damper.