mhurhangee/ep-ind-claims huggingface dataset:
A method of carrier aggregation scheduling in a communication system, the method comprising: selecting at least one of a plurality of component carriers from a group of candidate component carriers upon which to transmit data in a queue, when more than one component carrier is selected, the selecting of all the plurality of selected component carriers being performed prior to determining an amount of data to be assigned to any one of the selected component carriers; and assigning blocks of data from the queue to at least one of the plurality of component carriers based at least in part on an estimated amount of data that can be carried by each selected component carrier. selecting at least one of a plurality of component carriers from a group of candidate component carriers upon which to transmit data in a queue, when more than one component carrier is selected, the selecting of all the plurality of selected component carriers being performed prior to determining an amount of data to be assigned to any one of the selected component carriers; and assigning blocks of data from the queue to at least one of the plurality of component carriers based at least in part on an estimated amount of data that can be carried by each selected component carrier.
Method for increasing the performance of a gas turbine which has a combustion chamber, a rotor which comprises a shaft and a plurality of turbine rotor blade rows which are arranged in an axially adjacent manner on the shaft, and a hub which is arranged upstream of the turbine rotor blade rows, extends around the shaft, is of funnel-like configuration, and to which a plurality of rows of heat shield elements (8a, 8b) are fastened in an axially adjacent manner, which heat shield elements (8a, 8b) cover a large part of the radially outwardly pointing face of the hub in an insulating manner and define a part of a boundary of the combustion chamber, the heat shield elements of the row which is arranged as the last row in a flow downstream direction being arranged adjacently with respect to a radially outwardly projecting hub projection of circumferential configuration, and being cooled via cooling air bores which are configured in the hub, comprising the steps: a) dismantling of the rotor together with the hub which surrounds it from the gas turbine; b) horizontal mounting of the rotor in the non-destacked state, in particular on suitable bearing blocks; c) removing of all heat shield elements of the row which is arranged as the last row in the flow downstream direction; d) mechanical machining, in particular complete removing of the hub projection; e) machining of at least some of the existing cooling air bores and/or producing of new cooling air bores (12a, 12b), and f) mounting of new heat shield elements, the design of which differs from that of the heat shield elements which were removed in step c). a) dismantling of the rotor together with the hub which surrounds it from the gas turbine; b) horizontal mounting of the rotor in the non-destacked state, in particular on suitable bearing blocks; c) removing of all heat shield elements of the row which is arranged as the last row in the flow downstream direction; d) mechanical machining, in particular complete removing of the hub projection; e) machining of at least some of the existing cooling air bores and/or producing of new cooling air bores (12a, 12b), and f) mounting of new heat shield elements, the design of which differs from that of the heat shield elements which were removed in step c).
A ventilator system comprising: a nasal cannula for supplying a flow of air and/or oxygen to one or both nares of the user; an air and oxygen supplying apparatus configured to supply flows of air and oxygen to the nasal cannula; a mouthpiece, to be received within a user's mouth, wherein the mouthpiece comprises: a passage for permitting a flow of gases through the mouthpiece between a first side of the passage to be inside the user's mouth and a second side of the passage to be outside the user's mouth; a passage adjustment component for selectively adjusting a flow area of the passage; and one or more sensors mounted on the mouthpiece, wherein the sensors comprise a pressure sensor configured to measure a pressure at the first side of the passage; and a controller configured to control, based on the pressure measured by the pressure sensor: a flow rate and/or concentration of oxygen supplied to the user through the nasal cannula; a total flow rate of air and oxygen supplied through the nasal cannula; and the flow area of the passage. a nasal cannula for supplying a flow of air and/or oxygen to one or both nares of the user; an air and oxygen supplying apparatus configured to supply flows of air and oxygen to the nasal cannula; a mouthpiece, to be received within a user's mouth, wherein the mouthpiece comprises: a passage for permitting a flow of gases through the mouthpiece between a first side of the passage to be inside the user's mouth and a second side of the passage to be outside the user's mouth; a passage adjustment component for selectively adjusting a flow area of the passage; and one or more sensors mounted on the mouthpiece, wherein the sensors comprise a pressure sensor configured to measure a pressure at the first side of the passage; and a passage for permitting a flow of gases through the mouthpiece between a first side of the passage to be inside the user's mouth and a second side of the passage to be outside the user's mouth; a passage adjustment component for selectively adjusting a flow area of the passage; and one or more sensors mounted on the mouthpiece, wherein the sensors comprise a pressure sensor configured to measure a pressure at the first side of the passage; and a controller configured to control, based on the pressure measured by the pressure sensor: a flow rate and/or concentration of oxygen supplied to the user through the nasal cannula; a total flow rate of air and oxygen supplied through the nasal cannula; and the flow area of the passage. a flow rate and/or concentration of oxygen supplied to the user through the nasal cannula; a total flow rate of air and oxygen supplied through the nasal cannula; and the flow area of the passage.
A method comprising: arranging a precursor vapor flow through a vertical atomic layer deposition cartridge (100, 700, 800) along a top-to-bottom vertical channel (102, 702, 802) in a central area of the cartridge; and moving particulate material to be ALD processed in the cartridge upwards, upon rotation of the whole cartridge or only a part of the cartridge, by a threaded area substantially extending from the vertical channel (102, 702, 802) to a side wall (101, 701, 801) of the cartridge, and downwards along the vertical channel to cause the particulate material to cycle during ALD processing. arranging a precursor vapor flow through a vertical atomic layer deposition cartridge (100, 700, 800) along a top-to-bottom vertical channel (102, 702, 802) in a central area of the cartridge; and moving particulate material to be ALD processed in the cartridge upwards, upon rotation of the whole cartridge or only a part of the cartridge, by a threaded area substantially extending from the vertical channel (102, 702, 802) to a side wall (101, 701, 801) of the cartridge, and downwards along the vertical channel to cause the particulate material to cycle during ALD processing.
A stone retrieval device comprising: a sheath having a distal opening; a stone retrieval basket movable with respect to the sheath and configured to capture a stone; a force sensor configured to measure a force on the stone retrieval basket, the force sensor including an indicator which indicates whether the force on the stone retrieval basket traverses a threshold force; and a locking mechanism that is engageable to lock a position of the stone retrieval basket relative to the sheath, wherein the locking mechanism includes: a set of notches associated with a first member; a first protrusion associated with a second member, wherein the second member is movable relative to the first member; and a third member coupled to the stone retrieval basket, the third member being movable relative to the first member and including a second protrusion, wherein in the locked position the first protrusion is engaged with a notch of the set of notches and the second protrusion is engaged with the first protrusion. a sheath having a distal opening; a stone retrieval basket movable with respect to the sheath and configured to capture a stone; a force sensor configured to measure a force on the stone retrieval basket, the force sensor including an indicator which indicates whether the force on the stone retrieval basket traverses a threshold force; and a locking mechanism that is engageable to lock a position of the stone retrieval basket relative to the sheath, wherein the locking mechanism includes: a set of notches associated with a first member; a first protrusion associated with a second member, wherein the second member is movable relative to the first member; and a third member coupled to the stone retrieval basket, the third member being movable relative to the first member and including a second protrusion, wherein in the locked position the first protrusion is engaged with a notch of the set of notches and the second protrusion is engaged with the first protrusion. a set of notches associated with a first member; a first protrusion associated with a second member, wherein the second member is movable relative to the first member; and a third member coupled to the stone retrieval basket, the third member being movable relative to the first member and including a second protrusion, wherein in the locked position the first protrusion is engaged with a notch of the set of notches and the second protrusion is engaged with the first protrusion.
A driving assembly, configured to be arranged on one end of a developing cartridge, said driving assembly comprises a connector configured to engage with a driving head of an electrophotographic image forming apparatus, characterized in that, the connector comprises: a sleeve, having a protrusion portion at its distal end relative to the developing cartridge, said protrusion portion axially projecting outwards and having a limiting groove with an outwards opening; a guide rod, having a first end arranged in the sleeve and a second end projecting outwards from the sleeve, said guide rod being coaxial with the sleeve and being capable of reciprocating axially relative to the sleeve; and at least one engaging claw, which is hinged at the second end of the guide rod, partially accommodated in the limiting groove and engages with a radial projection of the driving head, and a side surface of which abuts against a side surface of the limiting groove; when the driving assembly rotates upon receiving driving forces, the side surface of the limiting groove contacts the side surface of the engaging claw. a sleeve, having a protrusion portion at its distal end relative to the developing cartridge, said protrusion portion axially projecting outwards and having a limiting groove with an outwards opening; a guide rod, having a first end arranged in the sleeve and a second end projecting outwards from the sleeve, said guide rod being coaxial with the sleeve and being capable of reciprocating axially relative to the sleeve; and at least one engaging claw, which is hinged at the second end of the guide rod, partially accommodated in the limiting groove and engages with a radial projection of the driving head, and a side surface of which abuts against a side surface of the limiting groove; when the driving assembly rotates upon receiving driving forces, the side surface of the limiting groove contacts the side surface of the engaging claw.
A base station in a source primary cell, comprising a control module configured to cause the base station in the source primary cell at least to, communicate with a terminal associated with at least one other base station in a secondary cell, wherein at least a first carrier towards the terminal is established from the base station in the source primary cell and at least a second carrier is established towards the terminal from the at least one other base station in the secondary cell; receive from the terminal, a report indicative of a connection quality of the first carrier; responsive thereto, issue to a base station in a target primary cell, a request for handover of the first carrier towards the base station in the target primary cell; send towards the at least one other base station in the secondary cell, a relocation information in relation to the first carrier; and command the terminal to perform a handover of the first carrier to the base station in the target primary cell. a control module configured to cause the base station in the source primary cell at least to, communicate with a terminal associated with at least one other base station in a secondary cell, wherein at least a first carrier towards the terminal is established from the base station in the source primary cell and at least a second carrier is established towards the terminal from the at least one other base station in the secondary cell; receive from the terminal, a report indicative of a connection quality of the first carrier; responsive thereto, issue to a base station in a target primary cell, a request for handover of the first carrier towards the base station in the target primary cell; send towards the at least one other base station in the secondary cell, a relocation information in relation to the first carrier; and command the terminal to perform a handover of the first carrier to the base station in the target primary cell.
A screw compressor comprising: a screw compressor rotor, the rotor including a helical flute extending outwardly from a rotor axis; a compressor housing surrounding the rotor and including a suction port and a discharge port, the housing having an inner housing wall abutting the rotor and an outer housing wall forming an exterior of the compressor, whereby a housing pocket is disposed between the outer housing wall and the inner housing wall; and an economizer port is present extending from the housing pocket through the inner housing wall to direct a flow of gaseous refrigerant into the compressor, wherein the economizer port comprises an outer wall opening in the outer housing wall, the pocket, and an inner wall opening in the inner housing wall, characterized in that the inner wall opening of the economizer port has a width between 1/32" (0.79 millimeters) and 1/4" (6.35 millimeters). a screw compressor rotor, the rotor including a helical flute extending outwardly from a rotor axis; a compressor housing surrounding the rotor and including a suction port and a discharge port, the housing having an inner housing wall abutting the rotor and an outer housing wall forming an exterior of the compressor, whereby a housing pocket is disposed between the outer housing wall and the inner housing wall; and an economizer port is present extending from the housing pocket through the inner housing wall to direct a flow of gaseous refrigerant into the compressor, wherein the economizer port comprises an outer wall opening in the outer housing wall, the pocket, and an inner wall opening in the inner housing wall, characterized in that the inner wall opening of the economizer port has a width between 1/32" (0.79 millimeters) and 1/4" (6.35 millimeters).
A menthol-derivative compound of the formula: wherein, X is an oxygen atom; and R is or for use as an oral biofilm anti-attachment agent. X is an oxygen atom; and R is or
A catalyst comprising: (a) at least one multimetallic salt comprising: (a) at least two transition metals; and (b) at least one carboxylate; and (b) at least one organic acid, wherein the at least one multimetallic salt to the at least one organic acid weight ratio is in the range of 1: 0.01 - 1:0.5, wherein the at least one organic acid is selected from C 5-10 aryl monocarboxylic acids. (a) at least one multimetallic salt comprising: (a) at least two transition metals; and (b) at least one carboxylate; and (b) at least one organic acid,
A spectrometer, comprising: a spectrally dispersive optical element configured to spectrally disperse a received light; an adjustable deflector to receive the spectrally dispersed light beam and to adjustably deflect the spectrally dispersed light beam; and a detector array to receive the spectrally dispersed and adjustably deflected light beam, wherein the adjustable deflector is mechanically adjustable and comprises at least one rotatable wedged optical plate configured to convert a large mechanical adjustment directly to a small optical adjustment of the light beam deflection angle for compensating or controlling the lateral misalignment of the dispersed spectrum relative to the detector array; and wherein an angle of a rotation of a mechanical adjustment is leveraged into an at least 10 times smaller angle of optical adjustment of the light beam deflection angle. a spectrally dispersive optical element configured to spectrally disperse a received light; an adjustable deflector to receive the spectrally dispersed light beam and to adjustably deflect the spectrally dispersed light beam; and a detector array to receive the spectrally dispersed and adjustably deflected light beam, wherein the adjustable deflector is mechanically adjustable and comprises at least one rotatable wedged optical plate configured to convert a large mechanical adjustment directly to a small optical adjustment of the light beam deflection angle for compensating or controlling the lateral misalignment of the dispersed spectrum relative to the detector array; and wherein an angle of a rotation of a mechanical adjustment is leveraged into an at least 10 times smaller angle of optical adjustment of the light beam deflection angle.
Clip for fastening accessories to vehicle panels, of the type formed by stamping a plate made of metal or another appropriate material to form an approximately rectangular base, from which there extends on two of its opposite sides a resilient securing structure in the form of flexible fins, which each comprise a continuation that is extended in the inverse direction in order to form a second fin, having in the area immediately adjacent to the said base a rectangular reinforcement case which is formed by the end contact of its opposite parts, there being provided, starting from the ends of the said base, flexure arms intended to act in use resiliently on the panel, characterized in that said rectangular case is formed by means of the fitted-together join of a single finger per side of each said opposite part of the case, formed by means of a shape approximately of a double fold in the form of a zig-zag against the edge of the opposite part, which extends in parallel to the walls of the case and in the interior of the latter, whereas the remainder of this opposite part has a symmetrical finger with a similar arrangement; and wherein the said flexure arms have a fold which permits extension of these arms in a direction different from the initial one.
Insulating glass with at least two panes of glass (2, 3) arranged at a distance from one another and parallel or almost parallel and with a spacer (4, 4') running sideways along the outside edges formed by the panes of glass (2, 3) and which is directly attached to the panes of glass (2, 3) by means of a gluing surface (11, 12) worked onto the spacer (4, 4') and which secures these gluing surfaces together in order to form the insulating glass, with the gluing surface of two out of the four spacers facing the particular pane of glass (2, 3) being configured taller in the area of the vertical or horizontal lengthways axis (16 or 17) of the insulating glass in the form of a dome or crown than in the corner area of the insulating glass, with the two spacers with the crowned gluing surface running parallel to one another and in a preferred embodiment in the vertical axis, and with the two exterior panes of glass (2, 3) each curving outwards in the matter of a sandwich construction by means of the attachment to the gluing surface of the two spacers with a flat configuration provided between the crowned spacers, in order to generate a pre-tension, characterised in that, the spacer has a curving or convex inner flank along the lengthways axis of the insulating glass that runs vertical in the installed condition, in such a manner that the spacer in the centre of the insulating glass has a smaller clearance width that in the corner area of the insulating glass, and/or that the spacer (4, 4') has at least one groove worked into it, into which a pane of glass can be inserted and in which the distance(s) from the groove or grooves to the two external gluing surfaces (11, 12) of the spacer (4, 4') is/are specified by the distance between the internal panes of glass or the distance to the particular external pane of glass (2, 3).
A non-transitory computer readable storage medium with instructions executed by a processor to: receive a query statement, wherein the query statement is one of a plurality of distributed storage and distributed processing query statements with unique data access methods; form token components from the query statement; categorize each one of the token components as one of a data component, a computational logic component or a control logic component; form modified token components from the categorized token components in accordance with a query language dialect conversion policy; reconstruct the query statement with the modified token components and original computational logic and control logic associated with the query statement; and execute the reconstructed query statement to obtain data from distributed storage and distributed processing resources. receive a query statement, wherein the query statement is one of a plurality of distributed storage and distributed processing query statements with unique data access methods; form token components from the query statement; categorize each one of the token components as one of a data component, a computational logic component or a control logic component; form modified token components from the categorized token components in accordance with a query language dialect conversion policy; reconstruct the query statement with the modified token components and original computational logic and control logic associated with the query statement; and execute the reconstructed query statement to obtain data from distributed storage and distributed processing resources.