mhurhangee/patent-ind-claim-en huggingface dataset:
A packaged semiconductor device comprising: a die attached to a die flag of a lead frame , wherein the die includes a first minor side, a second minor side, a third minor side, and a fourth minor side, wherein the first and second minor side are opposite each other and the third and fourth minor side are opposite each other; an outer-most lead of the lead frame extending outwardly from a first minor side of the die and closest to the third minor side, wherein the outer-most lead includes a thinned region located between the die and a full thickness portion of the outer-most lead ; an electrical connection between the die and the outer-most lead ; and an encapsulant surrounding the die , the electrical connection, and surrounding at least a portion of an outer edge of the thinned region of the outer-most lead such that the full thickness portion of the outer-most lead extends beyond the encapsulant ; characterized in that an interface between the thinned region and the full thickness portion of the outer-most lead is located within a dam bar region of the outer-most lead . a die attached to a die flag of a lead frame , wherein the die includes a first minor side, a second minor side, a third minor side, and a fourth minor side, wherein the first and second minor side are opposite each other and the third and fourth minor side are opposite each other; an outer-most lead of the lead frame extending outwardly from a first minor side of the die and closest to the third minor side, wherein the outer-most lead includes a thinned region located between the die and a full thickness portion of the outer-most lead ; an electrical connection between the die and the outer-most lead ; and an encapsulant surrounding the die , the electrical connection, and surrounding at least a portion of an outer edge of the thinned region of the outer-most lead such that the full thickness portion of the outer-most lead extends beyond the encapsulant ; characterized in that an interface between the thinned region and the full thickness portion of the outer-most lead is located within a dam bar region of the outer-most lead .
A tip extension for fitting to a wind turbine blade , the tip extension comprising: an outer shell defining a substantially hollow interior for receiving a tip end of a wind turbine blade , the outer shell extending in a spanwise direction between an inboard end and an outboard end , and extending in a chordwise direction between a tip extension leading edge and a tip extension trailing edge ; and an adhesive dam is provided inside the tip extension in a trailing edge region and spaced apart from the tip extension trailing edge in the chordwise direction to define a cavity inside the tip extension between the adhesive dam and the tip extension trailing edge, the adhesive dam extending longitudinally in the spanwise direction, the outer shell comprises first and second half shells bonded together by adhesive provided within the cavity ; and a chordwise position of a surface of the adhesive dam is selected such that when the tip extension is fitted to a blade , a trailing edge of the blade projects into said surface. an outer shell defining a substantially hollow interior for receiving a tip end of a wind turbine blade , the outer shell extending in a spanwise direction between an inboard end and an outboard end , and extending in a chordwise direction between a tip extension leading edge and a tip extension trailing edge ; and an adhesive dam is provided inside the tip extension in a trailing edge region and spaced apart from the tip extension trailing edge in the chordwise direction to define a cavity inside the tip extension between the adhesive dam and the tip extension trailing edge, the adhesive dam extending longitudinally in the spanwise direction, the outer shell comprises first and second half shells bonded together by adhesive provided within the cavity ; and a chordwise position of a surface of the adhesive dam is selected such that when the tip extension is fitted to a blade , a trailing edge of the blade projects into said surface.
Computer-implemented method for determining the monoisotopic mass M Mono M mono of a macromolecule from a mass M mono spectrometry spectrum of said macromolecule, the spectrum comprising a set or plurality of isotopic peaks representing an isotope distribution of said macromolecule, comprising the steps of: - (a) receiving a set or plurality of isotopic peaks previously obtained by mass spectrometry of the macromolecule; and deriving the most abundant mass M MostAb from the set or plurality of isotopic peaks; and - (b) determining the monoisotopic mass M Mono from the most abundant mass M MostAb , using the following model M Mono = α + βM MostAb + ε ; wherein α is an intersect and β is a scalar slope obtainable by fitting the slope of the plot of the monoisotopic mass in function of the most abundant mass for a plurality of macromolecules from a macromolecule database; and ε is a scalar residue of the form ε = ε int + ε frac , ε int being an integer, and ε frac being a sawtooth function of M MostAb . - (a) receiving a set or plurality of isotopic peaks previously obtained by mass spectrometry of the macromolecule; and deriving the most abundant mass M MostAb from the set or plurality of isotopic peaks; and - (b) determining the monoisotopic mass M Mono from the most abundant mass M MostAb , using the following model M Mono = α + βM MostAb + ε ; wherein α is an intersect and β is a scalar slope obtainable by fitting the slope of the plot of the monoisotopic mass in function of the most abundant mass for a plurality of macromolecules from a macromolecule database; and ε is a scalar residue of the form ε = ε int + ε frac , ε int being an integer, and ε frac being a sawtooth function of M MostAb .
A circular stapling device comprising: an adaptor assembly including an elongate body, a shell assembly and an anvil retainer , the anvil retainer including a trocar having a trocar body defining a longitudinal axis ("X") and including a distal tapered trocar portion including a trocar tip , the shell assembly supported on a distal portion of the elongate body and including a staple cartridge and a housing, the staple cartridge having a body supported on the housing, the body defining an annular array of staple receiving pockets ; an anvil assembly having a center rod and an anvil head , the center rod having a proximal portion and a distal portion and defining a channel that extends from the proximal portion to the distal portion, the anvil head having an annular array of staple deforming pockets , wherein the distal tapered trocar portion is asymmetric such that the trocar tip is positioned at a location offset from the longitudinal axis ("X"); and the anvil assembly further comprises an alignment member positioned within the channel and configured to engage the trocar tip of the anvil retainer when the anvil assembly is attached to the anvil retainer to rotate the anvil assembly in relation to the trocar and move the annular array of staple receiving pockets into alignment with the annular array of staple deforming pockets . an adaptor assembly including an elongate body, a shell assembly and an anvil retainer , the anvil retainer including a trocar having a trocar body defining a longitudinal axis ("X") and including a distal tapered trocar portion including a trocar tip , the shell assembly supported on a distal portion of the elongate body and including a staple cartridge and a housing, the staple cartridge having a body supported on the housing, the body defining an annular array of staple receiving pockets ; an anvil assembly having a center rod and an anvil head , the center rod having a proximal portion and a distal portion and defining a channel that extends from the proximal portion to the distal portion, the anvil head having an annular array of staple deforming pockets , wherein the distal tapered trocar portion is asymmetric such that the trocar tip is positioned at a location offset from the longitudinal axis ("X"); and the anvil assembly further comprises an alignment member positioned within the channel and configured to engage the trocar tip of the anvil retainer when the anvil assembly is attached to the anvil retainer to rotate the anvil assembly in relation to the trocar and move the annular array of staple receiving pockets into alignment with the annular array of staple deforming pockets .
A method for identifying a subscriber station by a base station in a wireless network, the method comprising: when a new connection for a subscriber station is being established, determining whether a station identifier, STID, of the subscriber station is shared amongst multiple subscriber stations; during connection establishment, assigning different bandwidth request, BR, indexes to the multiple subscriber stations if the multiple subscriber stations share the STID, the multiple subscriber stations sharing the STID being identified by the assigned different BR indexes respectively; determining whether the STID received in a quick access message is assigned to multiple subscriber stations; and identifying the subscriber station based on STID validity information and the STID received in the quick access message if the received STID is assigned to multiple subscriber stations, wherein the quick access message comprises the STID validity information indicating a time interval in which the STID in the quick access message is valid. when a new connection for a subscriber station is being established, determining whether a station identifier, STID, of the subscriber station is shared amongst multiple subscriber stations; during connection establishment, assigning different bandwidth request, BR, indexes to the multiple subscriber stations if the multiple subscriber stations share the STID, the multiple subscriber stations sharing the STID being identified by the assigned different BR indexes respectively; determining whether the STID received in a quick access message is assigned to multiple subscriber stations; and identifying the subscriber station based on STID validity information and the STID received in the quick access message if the received STID is assigned to multiple subscriber stations, wherein the quick access message comprises the STID validity information indicating a time interval in which the STID in the quick access message is valid.
A contact heater , in particular for heating a unit in a vehicle or vessel, comprising: - a heating member and a contact element (1; 1'), - wherein the contact element comprises a contact surface (21; 21') which is adapted for abutment against a portion of the unit , - wherein the contact element comprises a surface configured for abutment against a corresponding part of the heating member; and - wherein the heating member and the contact element are releasably connected to each other by connection means , and wherein the heating member comprises a housing having an internal compartment with an opening in one end, and means for sealing off the compartment. - a heating member and a contact element (1; 1'), - wherein the contact element comprises a contact surface (21; 21') which is adapted for abutment against a portion of the unit , - wherein the contact element comprises a surface configured for abutment against a corresponding part of the heating member; and - wherein the heating member and the contact element are releasably connected to each other by connection means , and wherein the heating member comprises a housing having an internal compartment with an opening in one end, and means for sealing off the compartment.
A turbomachine comprising: a sealed casing arrangement having a central compartment and two side compartments ; a shaft supported for rotation in said casing arrangement , the shaft comprising portions that are stacked to one another and the shaft being sealingly housed in the casing arrangement ; at least a first bearing unit and a second bearing unit adapted to rotatingly support the shaft in the casing arrangement ; a first compressor section and a second compressor section in the central compartment of said casing arrangement , the first compressor section comprising at least a first compressor impeller on said shaft for rotation therewith, and the second compressor section comprising at least a second compressor impeller on said shaft for rotation therewith; and a first turboexpander comprising a first turboexpander impeller and a second turboexpander comprising a second turboexpander impeller on the shaft for rotation therewith, each one disposed in a respective side compartment of said casing arrangement , adapted to generate mechanical power by expanding a gaseous flow therethrough and drive the first compressor section and the second compressor section ; characterized in that the first compressor impeller , the second compressor impeller , the first turboexpander impeller and the second turboexpander impeller are formed monolithically with respective portions of said shaft . a sealed casing arrangement having a central compartment and two side compartments ; a shaft supported for rotation in said casing arrangement , the shaft comprising portions that are stacked to one another and the shaft being sealingly housed in the casing arrangement ; at least a first bearing unit and a second bearing unit adapted to rotatingly support the shaft in the casing arrangement ; a first compressor section and a second compressor section in the central compartment of said casing arrangement , the first compressor section comprising at least a first compressor impeller on said shaft for rotation therewith, and the second compressor section comprising at least a second compressor impeller on said shaft for rotation therewith; and a first turboexpander comprising a first turboexpander impeller and a second turboexpander comprising a second turboexpander impeller on the shaft for rotation therewith, each one disposed in a respective side compartment of said casing arrangement , adapted to generate mechanical power by expanding a gaseous flow therethrough and drive the first compressor section and the second compressor section ; characterized in that the first compressor impeller , the second compressor impeller , the first turboexpander impeller and the second turboexpander impeller are formed monolithically with respective portions of said shaft .
A secondary battery deterioration estimation device for estimating a deterioration of a secondary battery , comprising: a memory ; and a processor , said processor configured to calculate values of elements forming an equivalent circuit of the secondary battery ; calculate a state of health, SOH, of the secondary battery based on the values of the elements forming the equivalent circuit; and to output data representing the state of health, SOH, of the secondary battery (14,) characterized in that the processor is further configured to generate history information showing a history of a use state of the secondary battery with reference to a signal output from a current sensor detecting a current flowing through the secondary battery and to correct the values of the elements before the state of health, SOH, is calculated or the value of the state of health, SOH, is obtained by the calculation based on the history information, wherein the processor is further configured to generate the history information based on at least one of a quantity of charged and discharged electricity for the secondary battery , a time or the number of times to be a predetermined state of charge or less, a time or the number of times to be the predetermined state of charge or more, and an elapsed time from a use start of the secondary battery. a memory ; and a processor , said processor configured to calculate values of elements forming an equivalent circuit of the secondary battery ; calculate a state of health, SOH, of the secondary battery based on the values of the elements forming the equivalent circuit; and to output data representing the state of health, SOH, of the secondary battery (14,) characterized in that the processor is further configured to generate history information showing a history of a use state of the secondary battery with reference to a signal output from a current sensor detecting a current flowing through the secondary battery and to correct the values of the elements before the state of health, SOH, is calculated or the value of the state of health, SOH, is obtained by the calculation based on the history information, wherein the processor is further configured to generate the history information based on at least one of a quantity of charged and discharged electricity for the secondary battery , a time or the number of times to be a predetermined state of charge or less, a time or the number of times to be the predetermined state of charge or more, and an elapsed time from a use start of the secondary battery.
A method of handover performed by a wireless transmit/receive unit, WTRU, (110;302;402;502) the method comprising: receiving a handover command (314;414;514) from a second evolved Node B, eNB, associated with a source cell, the handover command including a specific configuration of a first eNB associated with a target cell; characterized by performing limited operations within the target cell that do not require a system frame number, SFN, of the first eNB, where a layer 1, L1, feedback report is disabled during the limited operations; initiating reception and processing of a primary broadcast channel, P-BCH, of the first eNB after receiving the handover command; receiving the SFN of the first eNB over the P-BCH; and performing normal operations within the target cell, wherein at least one of the normal operations utilizes the SFN of the first eNB and the at least one of the normal operations includes activating the L1 feedback report. receiving a handover command (314;414;514) from a second evolved Node B, eNB, associated with a source cell, the handover command including a specific configuration of a first eNB associated with a target cell; characterized by performing limited operations within the target cell that do not require a system frame number, SFN, of the first eNB, where a layer 1, L1, feedback report is disabled during the limited operations; initiating reception and processing of a primary broadcast channel, P-BCH, of the first eNB after receiving the handover command; receiving the SFN of the first eNB over the P-BCH; and performing normal operations within the target cell, wherein at least one of the normal operations utilizes the SFN of the first eNB and the at least one of the normal operations includes activating the L1 feedback report.
A method for producing a fluoroolefin of the formula CX 1 X 2 =CX 3 X 4 wherein X 1 -X 4 each independently are H or F, comprising performing dehydrofluorination by contacting a fluorocarbon of the formula CX 1 X 2 FCX 3 X 4 H , wherein X 1 -X 4 are as defined above, with a base in the liquid phase at a temperature of -70°C to 30°C.
Electrical contact element for transmitting high currents, wherein the electrical contact element has a connection region (A) and a contact region (K), wherein the connection region (A) has a cylindrical opening and the contact region (K) has a cylindrical passage opening , wherein the opening and the passage opening are oriented orthogonally to one another and wherein a peripheral contact strip is arranged within the cylindrical passage opening , characterized in that the contact region (K) has a plugging side (ST) and an outlet side (AS), wherein the plugging side (ST) has a recess and the outlet side (AS) has an elevation , and in that the recess and the elevation are designed to be complementary to one another.
A method for pushing, with a force (F) according to an axis (A), a tool at the end of an articulated arm against a surface with a normal (N), comprising the steps of: (a) positioning the tool against said surface , so as to make the axis (B) of the tool coincide with said axis (A) of the force (F), the axis (A) being directed according to a pair of angles (Θ0, β0) with respect to the normal (N), (b) applying an increasing force to the tool until reaching a value (Fn), corresponding to a fraction of the force (F), the value of the applied force (Fn) being monitored via means for measuring the reaction force (R) of the surface on the tool , (c) measuring the pair of angles (Θn, βn) of the axis (B) of the tool with respect to the normal (N), after having reached said force value (Fn), (d) redirecting the tool such that its axis (B) recovers said orientation according to said pair of angles (Θ0, β0) with respect to the normal (N), the method wherein iteration is carried out to proceed, by repetition of steps (b) to (d), while progressively increasing the force (Fn) at each iteration, and until reaching the force value (F), the increase increment (ΔFn) between two successive steps (Fn) corresponding to the difference between the value (Fn) of one iteration and the value (Fn-1) of the previous iteration, said increment being smaller than a determined value, so as to prevent slipping of the tool on the surface throughout the method, from positioning of the tool on the surface during step (a) and until obtaining the desired force (F) on completion of step (d) of the last iteration of the method. (a) positioning the tool against said surface , so as to make the axis (B) of the tool coincide with said axis (A) of the force (F), the axis (A) being directed according to a pair of angles (Θ0, β0) with respect to the normal (N), (b) applying an increasing force to the tool until reaching a value (Fn), corresponding to a fraction of the force (F), the value of the applied force (Fn) being monitored via means for measuring the reaction force (R) of the surface on the tool , (c) measuring the pair of angles (Θn, βn) of the axis (B) of the tool with respect to the normal (N), after having reached said force value (Fn), (d) redirecting the tool such that its axis (B) recovers said orientation according to said pair of angles (Θ0, β0) with respect to the normal (N),
A carbon dioxide separator for a fuel cell system , the carbon dioxide separator comprising: a sweep channel configured to receive a sweep gas; a feed channel configured to receive a fuel exhaust stream of the fuel cell system ; a carbon dioxide separation membrane disposed between the sweep channel and the feed channel , the carbon dioxide separation membrane having a higher permeability to carbon dioxide and water than to hydrogen gas, carbon monoxide, and nitrogen gas; and a first blocking layer disposed on a first side of the carbon dioxide separation membrane , characterized by that the first blocking layer comprising a first oxygen blocking layer disposed between the carbon dioxide separation membrane and the sweep channel , the oxygen blocking layer having a higher permeability to water and carbon dioxide than to oxygen gas and nitrogen gas. a sweep channel configured to receive a sweep gas; a feed channel configured to receive a fuel exhaust stream of the fuel cell system ; a carbon dioxide separation membrane disposed between the sweep channel and the feed channel , the carbon dioxide separation membrane having a higher permeability to carbon dioxide and water than to hydrogen gas, carbon monoxide, and nitrogen gas; and a first blocking layer disposed on a first side of the carbon dioxide separation membrane , characterized by that the first blocking layer comprising a first oxygen blocking layer disposed between the carbon dioxide separation membrane and the sweep channel , the oxygen blocking layer having a higher permeability to water and carbon dioxide than to oxygen gas and nitrogen gas.