mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: reporting at least a first set of user equipment location information and at least a second set of user equipment location information from a user equipment to at least one network node for broadcast bearer management, wherein the first set of user equipment location information comprises a serving cell identity of the user equipment, and wherein the second set of user equipment location information comprises at least one identity of at least one network service area for media broadcasting, said identity of the network service area comprising a multimedia broadcast/multicast service (MBMS) service area identity and/or a tracking area identity. reporting at least a first set of user equipment location information and at least a second set of user equipment location information from a user equipment to at least one network node for broadcast bearer management, wherein the first set of user equipment location information comprises a serving cell identity of the user equipment, and wherein the second set of user equipment location information comprises at least one identity of at least one network service area for media broadcasting, said identity of the network service area comprising a multimedia broadcast/multicast service (MBMS) service area identity and/or a tracking area identity.
A process for preparing propyl 3-(dimethylamino)propylcarbamate, which comprises contacting dipropylcarbonate with 3-dimethylaminopropylamine in the presence of at least one enzymatic catalyst, wherein said catalyst comprises a lipase enzyme.
A capacitive pressure sensor , comprising: a substrate wafer defining a main substrate recess (R") and having a first electrode ; a diaphragm wafer defining a main diaphragm recess (R'") and having a second electrode ; the substrate wafer defining an independent via recess (R'), wherein the diaphragm wafer has been bonded to the substrate wafer such that the substrate and diaphragm recesses form a height differentiated pressure chamber , and the via recess forms a via chamber; at least two vias and at least two leads , and wherein the vias extend through the substrate wafer and into the via chamber, wherein the leads extend between the electrodes and the via chamber, each via connecting with one of the electrodes respectively, through one of the respective leads, characterised in that a depth of the via recess (D1) is less than a depth of the main substrate recess (D2) in the substrate wafer and in that the vias have been formed by metallic film deposition. a substrate wafer defining a main substrate recess (R") and having a first electrode ; a diaphragm wafer defining a main diaphragm recess (R'") and having a second electrode ; the substrate wafer defining an independent via recess (R'), wherein the diaphragm wafer has been bonded to the substrate wafer such that the substrate and diaphragm recesses form a height differentiated pressure chamber , and the via recess forms a via chamber; at least two vias and at least two leads , and wherein the vias extend through the substrate wafer and into the via chamber, wherein the leads extend between the electrodes and the via chamber, each via connecting with one of the electrodes respectively, through one of the respective leads, characterised in that a depth of the via recess (D1) is less than a depth of the main substrate recess (D2) in the substrate wafer and in that the vias have been formed by metallic film deposition.
A method of setting and clearing a full-power flag in a control process running on a wind turbine controller, the method comprising acquiring a set of measured values and/or reference values for the following parameters: rotor speed, output power, blade pitch angle, and activation level of an adaptive flow regulating system, determining that a first condition is fulfilled when the measured value of the rotor speed equals a speed limit value and the output power reference value equals a power limit value, determining that a second condition is fulfilled when the blade pitch angle reference value fulfills a pitch condition and the activation level of the adaptive flow regulating system fulfills an adaptive flow regulating condition, setting the full-power flag if the first condition is fulfilled and the second condition has not been fulfilled for a first predetermined period of time, and clearing the full-power flag if the second condition is fulfilled. acquiring a set of measured values and/or reference values for the following parameters: rotor speed, output power, blade pitch angle, and activation level of an adaptive flow regulating system, determining that a first condition is fulfilled when the measured value of the rotor speed equals a speed limit value and the output power reference value equals a power limit value, determining that a second condition is fulfilled when the blade pitch angle reference value fulfills a pitch condition and the activation level of the adaptive flow regulating system fulfills an adaptive flow regulating condition, setting the full-power flag if the first condition is fulfilled and the second condition has not been fulfilled for a first predetermined period of time, and clearing the full-power flag if the second condition is fulfilled.
A prosthetic valve , comprising: a leaflet frame defining a cylinder having a leaflet frame inner side and a leaflet frame outer side , the leaflet frame having a leaflet frame central axis (X) and a plurality of commissure posts extending parallel to the leaflet frame central axis that are spaced from one another, each commissure post defining a post slot therethrough that is aligned parallel to the leaflet frame central axis, between each of the commissure posts and contiguous therewith is a leaflet window and each leaflet window configured to couple to and support a leaflet ; a leaflet construct defining a contiguous, seamless cylinder comprising a plurality of said leaflets and a bridge region between each of the leaflets, the leaflets extending inward from the leaflet frame, each of the leaflets defining a fold-over portion that is folded over and lies against the leaflet frame outer side of the leaflet frame and coupled thereto, each of the bridge regions extending through one of the post slots and defining a bridge loop that is adjacent to the leaflet frame outer side; and a retention element having a width that is larger than a width of the post slot, the retention element being disposed in the bridge loop and operable to prevent the bridge loop from passing through the post slot. a leaflet frame defining a cylinder having a leaflet frame inner side and a leaflet frame outer side , the leaflet frame having a leaflet frame central axis (X) and a plurality of commissure posts extending parallel to the leaflet frame central axis that are spaced from one another, each commissure post defining a post slot therethrough that is aligned parallel to the leaflet frame central axis, between each of the commissure posts and contiguous therewith is a leaflet window and each leaflet window configured to couple to and support a leaflet ; a leaflet construct defining a contiguous, seamless cylinder comprising a plurality of said leaflets and a bridge region between each of the leaflets, the leaflets extending inward from the leaflet frame, each of the leaflets defining a fold-over portion that is folded over and lies against the leaflet frame outer side of the leaflet frame and coupled thereto, each of the bridge regions extending through one of the post slots and defining a bridge loop that is adjacent to the leaflet frame outer side; and a retention element having a width that is larger than a width of the post slot, the retention element being disposed in the bridge loop and operable to prevent the bridge loop from passing through the post slot.
Three-phase alternating current, AC, to direct current, DC, power converter, comprising a boost power factor correction, PFC, circuit comprising a low-frequency diode-based converter configured for connecting a PFC input of the converter to an AC source , three phase inductors each arranged in a respective current path between the PFC input and the diode-based converter , and a PFC inductor and a PFC capacitor connected in series together and in parallel to a PFC output of the diode-based converter further comprising either a high-frequency PFC diode and a high-frequency PFC switch connected in parallel to the PFC output of the diode-based converter or comprising a plurality of high-frequency PFC switches each connected in parallel to one of the diodes of the diode-based converter a converter part comprising a first Ćuk inductor and a Ćuk capacitor connected in series, with a first end of the first Ćuk inductor being connected to a first end of the Ćuk capacitor , a high-frequency Ćuk diode connected in parallel to the series connection, and a second Ćuk inductor having a first end connected to a second end of the first Ćuk inductor , and a second end connected to a Ćuk output to which a DC load can be connected, and a transformer having a primary side (L9) connected in parallel to the PFC capacitor via a first coupling capacitor (C4), and a secondary side (L10) connected in parallel to the Cuk capacitor via a second coupling capacitor (C5). a boost power factor correction, PFC, circuit comprising a low-frequency diode-based converter configured for connecting a PFC input of the converter to an AC source , three phase inductors each arranged in a respective current path between the PFC input and the diode-based converter , and a PFC inductor and a PFC capacitor connected in series together and in parallel to a PFC output of the diode-based converter further comprising either a high-frequency PFC diode and a high-frequency PFC switch connected in parallel to the PFC output of the diode-based converter or comprising a plurality of high-frequency PFC switches each connected in parallel to one of the diodes of the diode-based converter a converter part comprising a first Ćuk inductor and a Ćuk capacitor connected in series, with a first end of the first Ćuk inductor being connected to a first end of the Ćuk capacitor , a high-frequency Ćuk diode connected in parallel to the series connection, and a second Ćuk inductor having a first end connected to a second end of the first Ćuk inductor , and a second end connected to a Ćuk output to which a DC load can be connected, and a transformer having a primary side (L9) connected in parallel to the PFC capacitor via a first coupling capacitor (C4), and a secondary side (L10) connected in parallel to the Cuk capacitor via a second coupling capacitor (C5). a first coupling capacitor (C4), and a secondary side (L10) connected in parallel to the Cuk capacitor via a second coupling capacitor (C5).
A method for producing a reduced-calorie fruit juice or vegetable juice beverage, comprising treating fruit juice or vegetable juice with a crude enzyme preparation of fructosyl transferase having substantially no pectinase activity, wherein the crude enzyme preparation is regarded as having substantially no pectinase activity, when fructo-oligosaccharide is produced at a proportion of 10% or more of the saccharide composition and, additionally, when the turbidity after treatment is maintained at 35% or more of the turbidity before treatment.
Charging station for charging an electrical storage in a motor vehicle , comprising at least one output device for delivering electrical energy to the electrical storage of the motor vehicle as well as a e power distribution busbar for supplying the at least one output device with electrical energy, wherein the at least one output device has a coupling , via which the at least one output device is connectable directly to an adapter port of the power distribution busbar , wherein the adapter port forms a lateral access point, at which the individual conductors within the power distribution busbar can be accessed electrically conductive, wherein the at least one output device has an output connection for an output line for delivery of electrical energy to the motor vehicle , wherein the coupling and the output connection are arranged at or in a common housing , and wherein in the housing are arranged an energy meter and a control unit with a network interface , which are configured to meter the energy, which is delivered to the motor vehicle via the output connection , and to communicate energy delivery data via the network interface to a data processing system , wherein the coupling has at least two power transmission elements electrically isolated from each other, which are configured to engage into individual openings of the adapter port for each conductor in the power distribution busbar and to establish electrical connections to the conductors in the power distribution busbar , wherein the output device has at least one retaining clamp , which is configured to form a mechanically firm connection between the power distribution busbar and the housing , in case the output device is connected to the adapter port of the power busbar , wherein the at least one retaining clamp comprises at least one hook , which is configured to engage into an undercut at the power distribution busbar , in order to hold the output device at the power distribution busbar , wherein the output device has a safety lock , via which the at least one retaining clamp is lockable, in order to avoid a tool-free demounting of the output device from the power distribution busbar .
A method of wireless communications performed by a user equipment, UE, comprising: obtaining an indication that a first data radio bearer, DRB, is released, wherein a first mapping maps a first quality of service, QoS, flow to the first DRB, wherein a QoS flow is a finest granularity of QoS differentiation in a protocol data unit, PDU, session; obtaining a second mapping that maps the first QoS flow to a second DRB; editing service data adaptation protocol, SDAP, headers of uplink protocol data units, PDUs, in an uplink transmission buffer associated with the first DRB, based on a difference between a first configuration of the first DRB and a second configuration of the second DRB, wherein one of the first configuration and the second configuration indicates that uplink SDAP PDUs do not have SDAP headers and the other of the first configuration and the second configuration indicates that uplink SDAP PDUs have SDAP headers and editing the SDAP headers comprises adding an SDAP header to or deleting an SDAP header from each uplink PDU in the uplink transmission buffer, such that the uplink PDUs correspond to the second configuration; and transmitting the uplink PDUs via the second DRB. obtaining an indication that a first data radio bearer, DRB, is released, wherein a first mapping maps a first quality of service, QoS, flow to the first DRB, wherein a QoS flow is a finest granularity of QoS differentiation in a protocol data unit, PDU, session; obtaining a second mapping that maps the first QoS flow to a second DRB; editing service data adaptation protocol, SDAP, headers of uplink protocol data units, PDUs, in an uplink transmission buffer associated with the first DRB, based on a difference between a first configuration of the first DRB and a second configuration of the second DRB, wherein one of the first configuration and the second configuration indicates that uplink SDAP PDUs do not have SDAP headers and the other of the first configuration and the second configuration indicates that uplink SDAP PDUs have SDAP headers and editing the SDAP headers comprises adding an SDAP header to or deleting an SDAP header from each uplink PDU in the uplink transmission buffer, such that the uplink PDUs correspond to the second configuration; and transmitting the uplink PDUs via the second DRB.
A toner comprising: a colorant; a release agent; a binder resin containing a polyester resin having glass transition temperature of 55 degrees Celsius or higher; and a charge-controlling agent, wherein a volume average particle diameter X of the toner after a stress treatment below satisfies Formula below, after the stress treatment, an amount Y of fine toner particles having particle diameters of 3 micrometers or smaller and circularity of 0.70 or less satisfies Formula below, 6.0 ≤ X micrometers ≤ 8.5 Y % by mass ≤ 4.3 X micrometers − 14.6 where the stress treatment includes charging a container formed of polypropylene having a volume of 100 mL with 5 g of the toner and 10 g of alumina beads having particle diameters of 0.5 mm, and shaking the toner by shaking the container using a shaker with a stroke width of 80 mm, a stroke number of 250 times/min, and a shaking duration of 1 hour, and within a THF-soluble component of the toner, a component having a molecular weight of 2,000 or less as determined by GPC according to the description is from 15.0% by mass through 25.0% by mass and a component having a molecular weight of 100,000 or greater as determined by GPC according to the description is 10.0% by mass or less. a colorant; a release agent; a binder resin containing a polyester resin having glass transition temperature of 55 degrees Celsius or higher; and a charge-controlling agent, wherein a volume average particle diameter X of the toner after a stress treatment below satisfies Formula below, after the stress treatment, an amount Y of fine toner particles having particle diameters of 3 micrometers or smaller and circularity of 0.70 or less satisfies Formula below, 6.0 ≤ X micrometers ≤ 8.5 Y % by mass ≤ 4.3 X micrometers − 14.6 where the stress treatment includes charging a container formed of polypropylene having a volume of 100 mL with 5 g of the toner and 10 g of alumina beads having particle diameters of 0.5 mm, and shaking the toner by shaking the container using a shaker with a stroke width of 80 mm, a stroke number of 250 times/min, and a shaking duration of 1 hour, and within a THF-soluble component of the toner, a component having a molecular weight of 2,000 or less as determined by GPC according to the description is from 15.0% by mass through 25.0% by mass and a component having a molecular weight of 100,000 or greater as determined by GPC according to the description is 10.0% by mass or less.
A method for producing a heat exchanger module having at least two fluid circuits which each comprise channels, comprising the following steps: a/ producing one or more elements of one of the two fluid circuits, referred to as the first circuit, each element of the first circuit comprising at least two metal plates , at least one of which comprises first grooves ; b/ stacking the at least two metal plates of each element so that the first grooves form the channels of the first circuit; c/ assembling by means of diffusion welding between the at least two stacked metal plates of each element of the first circuit; d/ producing one or more elements (3, 30; 6, 60) of at least one other fluid circuit, referred to as the second circuit, each element of the second circuit comprising at least a portion of the channels of the second circuit; step d/ being carried out, for each element of the second circuit, either via a step d1/ of stacking at least two metal plates, at least one of which comprises second grooves which form a portion of the channels of the second circuit, then a step d2/ of assembly by means of diffusion welding between the at least two stacked metal plates of each element of the second circuit, or via a step d'l/ of inserting tubes which are arranged parallel with each other and which form a portion of the channels of the second circuit. e/ assembling by means of diffusion welding or by means of soldering, or by means of diffusion soldering, between the element(s) of the first circuit and the element(s) of the second circuit. a/ producing one or more elements of one of the two fluid circuits, referred to as the first circuit, each element of the first circuit comprising at least two metal plates , at least one of which comprises first grooves ; b/ stacking the at least two metal plates of each element so that the first grooves form the channels of the first circuit; c/ assembling by means of diffusion welding between the at least two stacked metal plates of each element of the first circuit; d/ producing one or more elements (3, 30; 6, 60) of at least one other fluid circuit, referred to as the second circuit, each element of the second circuit comprising at least a portion of the channels of the second circuit; step d/ being carried out, for each element of the second circuit, either via a step d1/ of stacking at least two metal plates, at least one of which comprises second grooves which form a portion of the channels of the second circuit, then a step d2/ of assembly by means of diffusion welding between the at least two stacked metal plates of each element of the second circuit, or via a step d'l/ of inserting tubes which are arranged parallel with each other and which form a portion of the channels of the second circuit. e/ assembling by means of diffusion welding or by means of soldering, or by means of diffusion soldering, between the element(s) of the first circuit and the element(s) of the second circuit.
A digging apparatus including: a handle assembly , a motor , a switch member electrically connected with said motor, said switch member being movable between a first position in which operation of said motor is allowed and a second position in which operation of said motor is prevented, and a digging tool drivable by said motor, said digging tool having a longitudinal axis (M-M, P-P), characterized in that , when said switch member is in said first position, said motor is adapted to drive said digging tool to rotate about said longitudinal axis in a first rotational direction in response to movement of said handle assembly in a first direction (D), and said motor is adapted to drive said digging tool to rotate about said longitudinal axis in a second rotational direction which is opposite to said first rotational direction in response to movement of said handle assembly in a second direction which is substantially opposite to said first direction. a handle assembly , a motor , a switch member electrically connected with said motor, said switch member being movable between a first position in which operation of said motor is allowed and a second position in which operation of said motor is prevented, and a digging tool drivable by said motor, said digging tool having a longitudinal axis (M-M, P-P), characterized in that , when said switch member is in said first position, said motor is adapted to drive said digging tool to rotate about said longitudinal axis in a first rotational direction in response to movement of said handle assembly in a first direction (D), and said motor is adapted to drive said digging tool to rotate about said longitudinal axis in a second rotational direction which is opposite to said first rotational direction in response to movement of said handle assembly in a second direction which is substantially opposite to said first direction.
A method of forming a shaped article wherein said article comprises at least two parts which are chemically bonded, the method comprising: assembling at least two non chemically bonded parts in a cavity of a tool to form an assembly of the at least two parts, wherein said cavity is adapted to receive the assembly of at least two parts in the form of the shaped article; sealing the cavity of the tool; and melting the assembly of at least two parts to chemically bond the at least two parts together to form the shaped article . assembling at least two non chemically bonded parts in a cavity of a tool to form an assembly of the at least two parts, wherein said cavity is adapted to receive the assembly of at least two parts in the form of the shaped article; sealing the cavity of the tool; and melting the assembly of at least two parts to chemically bond the at least two parts together to form the shaped article .