mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data exchange, the method comprising the following steps: (a) specifying, by an application from a publisher operating on a user equipment (UE), a first data , the first data being stored on the user equipment (UE), the first data comprising at least metadata indicating frequency and recency of communications of a user on the user equipment (UE) with other parties; (b) analyzing and aggregating, by the application from the publisher operating on the user equipment (UE), the first data into at least one subset of the first data , in response to user applied criteria, wherein the subset of the first data is encrypted and different from the first data ; (c) creating, by the application from the publisher operating on the user equipment (UE), a rule set, the rule set being stored on the user equipment (UE) and governing access to the subset of the first data by a third party user equipment (UE), wherein only the user equipment (UE) and the third party user equipment (UE) are supplied an encryption key by the publisher; and (d) uploading, by the application from the publisher operating on the user equipment (UE), the subset of the first data with the rule set to a user selected server which is independently controlled and inacessible by the publisher, wherein the subset of the first data is accessible at the user selected server by the third party user equipment (UE) using the rule set; wherein step d) is carried out after steps b) and c). (a) specifying, by an application from a publisher operating on a user equipment (UE), a first data , the first data being stored on the user equipment (UE), the first data comprising at least metadata indicating frequency and recency of communications of a user on the user equipment (UE) with other parties; (b) analyzing and aggregating, by the application from the publisher operating on the user equipment (UE), the first data into at least one subset of the first data , in response to user applied criteria, wherein the subset of the first data is encrypted and different from the first data ; (c) creating, by the application from the publisher operating on the user equipment (UE), a rule set, the rule set being stored on the user equipment (UE) and governing access to the subset of the first data by a third party user equipment (UE), wherein only the user equipment (UE) and the third party user equipment (UE) are supplied an encryption key by the publisher; and (d) uploading, by the application from the publisher operating on the user equipment (UE), the subset of the first data with the rule set to a user selected server which is independently controlled and inacessible by the publisher, wherein the subset of the first data is accessible at the user selected server by the third party user equipment (UE) using the rule set; wherein step d) is carried out after steps b) and c).
An embedded coil assembly comprising: an annular metal layer having an upper surface; a first plurality of metal pillars arranged in an inner ring on the upper surface of the annular metal layer; a second plurality of metal pillars arranged in an intermediate ring on the upper surface of the annular metal layer; a third plurality of metal pillars arranged in an outer ring on the upper surface of the annular metal layer; a ferrite ring positioned on the upper surface of the annular metal layer between the first plurality of metal pillars and the second plurality of metal pillars; a plurality of conductive structures that each connect corresponding ones of the first plurality of metal pillars and the second plurality of metal pillars; and an encapsulation layer covering the ferrite ring, the first and second plurality of metal pillars, at least a portion of the third plurality of metal pillars, and at least a portion of the conductive structures, characterized in that the annular metal layer includes a plurality of spaced apart circumferential segments, and each segment has mounted thereon at least one of the first plurality of metal pillars, at least one of the second plurality of metal pillars and at least one of the third plurality of metal pillars. an annular metal layer having an upper surface; a first plurality of metal pillars arranged in an inner ring on the upper surface of the annular metal layer; a second plurality of metal pillars arranged in an intermediate ring on the upper surface of the annular metal layer; a third plurality of metal pillars arranged in an outer ring on the upper surface of the annular metal layer; a ferrite ring positioned on the upper surface of the annular metal layer between the first plurality of metal pillars and the second plurality of metal pillars; a plurality of conductive structures that each connect corresponding ones of the first plurality of metal pillars and the second plurality of metal pillars; and an encapsulation layer covering the ferrite ring, the first and second plurality of metal pillars, at least a portion of the third plurality of metal pillars, and at least a portion of the conductive structures, characterized in that the annular metal layer includes a plurality of spaced apart circumferential segments, and each segment has mounted thereon at least one of the first plurality of metal pillars, at least one of the second plurality of metal pillars and at least one of the third plurality of metal pillars.
A gas turbine engine , comprising: a gas generator ; a reheat combustor downstream of the gas generator; and a power turbine downstream of the reheat combustor and having a plurality of variable area nozzle guide vanes ; a controller; characterized in that the controller is configured to increase a fuel flow in the reheat combustor so as to increase a temperature of the reheat combustor and match a required exhaust temperature; in that the controller is configured to modulate the plurality of variable area nozzle guide vanes to increase a real capacity at a power turbine inlet in proportion with the required exhaust temperature; wherein the real capacity is a volumetric flow rate through the power turbine at an inlet of the power turbine ; and in that a constant apparent capacity at a gas generator exit upstream of the reheat combustor remains constant, in response to proportionately increasing the temperature and the real capacity with respect to one another; wherein the apparent capacity is a volumetric flow rate through the power turbine at an exit of the gas generator . a gas generator ; a reheat combustor downstream of the gas generator; and a power turbine downstream of the reheat combustor and having a plurality of variable area nozzle guide vanes ; a controller; characterized in that the controller is configured to increase a fuel flow in the reheat combustor so as to increase a temperature of the reheat combustor and match a required exhaust temperature; in that the controller is configured to modulate the plurality of variable area nozzle guide vanes to increase a real capacity at a power turbine inlet in proportion with the required exhaust temperature; wherein the real capacity is a volumetric flow rate through the power turbine at an inlet of the power turbine ; and in that a constant apparent capacity at a gas generator exit upstream of the reheat combustor remains constant, in response to proportionately increasing the temperature and the real capacity with respect to one another; wherein the apparent capacity is a volumetric flow rate through the power turbine at an exit of the gas generator .
A charging method of a non-aqueous electrolyte secondary battery comprising a negative electrode including a carbon material and a silicon compound as a negative electrode active material, comprising: a first charging step of charging the secondary battery to a battery capacity Q 1st satisfying an expression described below at a first constant current value, when a ratio of a capacity of the silicon compound to a rated capacity Q of the secondary battery is x (0.1 ≤ x ≤ 0.5); and a large current charging step of charging at a constant current value larger than the first constant current value, after an end of the first charging step, the expression being: 0.38x + 0.063 - α ≤ Q 1st / Q ≤ 0.38x + 0.063 + α, wherein α = 0.1. a first charging step of charging the secondary battery to a battery capacity Q 1st satisfying an expression described below at a first constant current value, when a ratio of a capacity of the silicon compound to a rated capacity Q of the secondary battery is x (0.1 ≤ x ≤ 0.5); and a large current charging step of charging at a constant current value larger than the first constant current value, after an end of the first charging step, the expression being: 0.38x + 0.063 - α ≤ Q 1st / Q ≤ 0.38x + 0.063 + α, wherein α = 0.1.
A method for securing a computer program in intermediate language executable by a processing unit , the computer program comprising instructions each formed of an operation code followed by optional parameters, the method comprising a step of storing the instructions in memory where each stored operation code is followed by optional parameter fields to store the corresponding optional parameters, the method being characterized in that : a plurality of parameters of a same first instruction (Instr.1, Instr.2) of the computer program is stored in a target memory area other than the optional parameter fields that immediately follow, in the memory, the operation code of the first instruction, at least one of the optional fields of the first instruction comprises memory address information designating the target memory area where the plurality of parameters is stored. a plurality of parameters of a same first instruction (Instr.1, Instr.2) of the computer program is stored in a target memory area other than the optional parameter fields that immediately follow, in the memory, the operation code of the first instruction, at least one of the optional fields of the first instruction comprises memory address information designating the target memory area where the plurality of parameters is stored.
A nucleic acid comprising in 5' to 3' direction i) a first nucleic acid fragment encoding a polypeptide of interest without an in frame translational stop codon, ii) a second nucleic acid fragment operably linked to said first nucleic acid fragment which is beginning with the 5' splice donor site of an immunoglobulin heavy chain CH3 or CH4 domain and which is terminated by the 3' splice acceptor site of the succeeding immunoglobulin heavy chain transmembrane domain exon M1 and which comprises in frame translational stop codon and a polyadenylation signal, iii) a third nucleic acid fragment operably linked to said second nucleic acid encoding at least the part of a transmembrane domain that spans the cell membrane and is located within the cell membrane, wherein the second nucleic acid fragment has at its 3' terminus the nucleotide sequence CTACCACCCCCTTCCTGTCCAG (SEQ ID NO: 29) or TGACCACGCCAATCGTGTCCAG (SEQ ID NO: 14) or CTACCACGCCAATCGTGTCCAG (SEQ ID NO: 31). i) a first nucleic acid fragment encoding a polypeptide of interest without an in frame translational stop codon, ii) a second nucleic acid fragment operably linked to said first nucleic acid fragment which is beginning with the 5' splice donor site of an immunoglobulin heavy chain CH3 or CH4 domain and which is terminated by the 3' splice acceptor site of the succeeding immunoglobulin heavy chain transmembrane domain exon M1 and which comprises in frame translational stop codon and a polyadenylation signal, iii) a third nucleic acid fragment operably linked to said second nucleic acid encoding at least the part of a transmembrane domain that spans the cell membrane and is located within the cell membrane,
A monofilament for producing an Nb 3 Sn-containing superconductor wire , where the monofilament comprises: - a powder core comprising an Sn-containing powder, - a reaction tube composed of an Nb alloy comprising Nb and at least one further alloy component X, where the powder core is disposed within the reaction tube , where the monofilament further comprises at least one source for at least one partner component Pk, where a respective source comprises one or more source structures at a unitary radial position in the monofilament ; where the alloy component X and the partner component Pk are selected such that they form precipitates XPk on a reaction annealing of the monofilament in which Sn from the powder core and Nb from the reaction tube react to give Nb 3 Sn, characterized in that the powder core is disposed in a moderation tube , and that the moderation tube is disposed within the reaction tube . where the monofilament comprises: - a powder core comprising an Sn-containing powder, - a reaction tube composed of an Nb alloy comprising Nb and at least one further alloy component X, - a powder core comprising an Sn-containing powder, - a reaction tube composed of an Nb alloy comprising Nb and at least one further alloy component X, where the powder core is disposed within the reaction tube , where the monofilament further comprises at least one source for at least one partner component Pk, where a respective source comprises one or more source structures at a unitary radial position in the monofilament ; where the alloy component X and the partner component Pk are selected such that they form precipitates XPk on a reaction annealing of the monofilament in which Sn from the powder core and Nb from the reaction tube react to give Nb 3 Sn, characterized in that the powder core is disposed in a moderation tube , and that the moderation tube is disposed within the reaction tube .
A portable light comprising: a light housing defining a forward end and a rearward end and a longitudinal axis therebetween, said light housing including a first housing and a light head that is pivotable relative to the longitudinal axis and said first housing ; an illumination light source in said light head that is selectively energizable for directing light outwardly from the forward end of said light housing ; a second light source (26, L1, L2) in said first housing that is selectively energizable for directing light outwardly from the rearward end of said light housing and an electrical switch for selectively energizing said illumination light source and/or said second light source (26, L1, L2) to produce light; characterised by a detector (HS) of the pivoted position of said light head relative to said first housing configured for energizing and/or de-energizing said second light source (2, L1, L2) when said light head is pivoted to be proximate to said first housing, wherein the proximity of said light head and said first housing is detected by said detector (HS). a light housing defining a forward end and a rearward end and a longitudinal axis therebetween, said light housing including a first housing and a light head that is pivotable relative to the longitudinal axis and said first housing ; an illumination light source in said light head that is selectively energizable for directing light outwardly from the forward end of said light housing ; a second light source (26, L1, L2) in said first housing that is selectively energizable for directing light outwardly from the rearward end of said light housing and an electrical switch for selectively energizing said illumination light source and/or said second light source (26, L1, L2) to produce light; characterised by a detector (HS) of the pivoted position of said light head relative to said first housing configured for energizing and/or de-energizing said second light source (2, L1, L2) when said light head is pivoted to be proximate to said first housing, wherein the proximity of said light head and said first housing is detected by said detector (HS).
A screed for road pavers , comprising a compaction unit with a tamper having a tamper bar, that is drivable at cyclical work cycles with selectable stroke (H) and selectable frequency (F) for pre-compacting a pavement made from paving material , characterized in that the compaction unit comprises an adjusting mechanism for the remote-controlled adjustment of the stroke (H) of the compaction unit, wherein the adjusting mechanism is arranged between a bearing block supporting a rotatingly driven eccentric shaft and an adjusting lever which is articulated to a connecting rod driving the tamper bar and is adjustable in the bearing block , the adjusting lever and a push rod drivable by the eccentric shaft being coupled with the connecting rod in a, preferably joint, articulation axis .
Operating device for an automatic climate control of a motor vehicle including a sensor assembly for determining an interior temperature in a passenger cabin of the motor vehicle and including an operating area , wherein the sensor assembly comprises a circuit board and a sensor unit disposed on the circuit board with a first temperature sensor , and wherein a top side of the operating area faces the passenger cabin in an intended installation position of the operating device on the motor vehicle , whereby a bottom side of the operating area opposing the top side is disposed spaced from the sensor unit disposed on the circuit board and is formed completely covering the sensor unit , and the first temperature sensor is adapted to contactlessly acquire a first surface temperature of a surface element of the operating area , depending on which the interior temperature can be determined characterized in that , the first temperature sensor is formed as an infrared sensor, which is adapted to determine the first surface temperature based on infrared radiation incident on the infrared sensor from the surface element .
A method for operating a tray sealing machine , in particular a tray sealer, comprising the following steps of the method: gripping a packaging tray , in particular a tray, by means of a gripper , placing the packaging tray on a support plate in the region of an interior space of an open sealing tool chamber which comprises an upper sealing tool part and a lower sealing tool part , sealing the packaging tray with a top film , gripping the packaging tray with the gripper , taking the packaging tray away from the support plate , characterized in that placement of the packaging tray on the support plate is followed by lifting of the support plate and the packaging tray positioned thereon as well as at the same time, at least at times, moving the gripper out of the region of the interior space of the sealing tool chamber , and is followed by lifting of the lower sealing tool part until contact is made with the upper sealing tool part in order to close the sealing tool chamber , wherein at the same time, at least at times, the support plate carries out a relatively slower upward movement than the lower sealing tool part and in this manner moves into the lower sealing tool part . gripping a packaging tray , in particular a tray, by means of a gripper , placing the packaging tray on a support plate in the region of an interior space of an open sealing tool chamber which comprises an upper sealing tool part and a lower sealing tool part , sealing the packaging tray with a top film , gripping the packaging tray with the gripper , taking the packaging tray away from the support plate , characterized in that placement of the packaging tray on the support plate is followed by lifting of the support plate and the packaging tray positioned thereon as well as at the same time, at least at times, moving the gripper out of the region of the interior space of the sealing tool chamber , and is followed by lifting of the lower sealing tool part until contact is made with the upper sealing tool part in order to close the sealing tool chamber , wherein at the same time, at least at times, the support plate carries out a relatively slower upward movement than the lower sealing tool part and in this manner moves into the lower sealing tool part .
A method of coaxially bonding a polymeric tube to a prefabricated polycarbonate or acrylonitrile-butadiene-styrene copolymer (ABS) tubular body , the method comprising: coextruding an outer tubular layer comprised of an ethylene copolymer functionalized with a conjugated vinyl moiety together with at least one inner tubular layer comprised of a thermoplastic elastomeric material to form a mating tube having an outer surface comprised of the functionalized ethylene copolymer, a central tubular passage having a longitudinal axis (A1) and opposing ends, treating the outer surface of the mating tube along a selected axial length (AL) of at least one of the ends with an alcohol or ketone or a UV or visible light curable containing material that causes the treated outer surface to adhere to the inner wall of the tubular body , inserting the treated end of the mating tube coaxially into a hollow central tubular passage of the prefabricated tubular body such that the outer surface of the treated end of the mating tube mates with the inner wall of the tubular body along the selected axial length (AL) to form a mated juncture, and curing or allowing the mated juncture to dry such that the treated outer surface bonds to the inner wall , wherein the outer layer of the mating tube is comprised of at least 18% by weight of the conjugated vinyl moiety. coextruding an outer tubular layer comprised of an ethylene copolymer functionalized with a conjugated vinyl moiety together with at least one inner tubular layer comprised of a thermoplastic elastomeric material to form a mating tube having an outer surface comprised of the functionalized ethylene copolymer, a central tubular passage having a longitudinal axis (A1) and opposing ends, treating the outer surface of the mating tube along a selected axial length (AL) of at least one of the ends with an alcohol or ketone or a UV or visible light curable containing material that causes the treated outer surface to adhere to the inner wall of the tubular body , inserting the treated end of the mating tube coaxially into a hollow central tubular passage of the prefabricated tubular body such that the outer surface of the treated end of the mating tube mates with the inner wall of the tubular body along the selected axial length (AL) to form a mated juncture, and curing or allowing the mated juncture to dry such that the treated outer surface bonds to the inner wall , wherein the outer layer of the mating tube is comprised of at least 18% by weight of the conjugated vinyl moiety.
Spinning preparation machine (1; 100; 200) for processing fibre tufts , having a machine frame , a tuft storage element , fastened to the machine frame , which is connected in a flow-conducting manner via a central inlet to a fibre tuft intake and can be connected in a flow-conducting manner via an outlet to a fibre tuft output , and a weighing device , arranged beneath the tuft storage element , for gravimetrically measuring a fill level of the tuft storage element , characterised in that the spinning preparation machine (1; 100; 200) has a decoupling device having at least three support points for positioning on a fixed base , wherein the machine frame and the decoupling device are structurally separate from one another, and wherein the fibre tuft intake is arranged on the decoupling device .