mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine rotor blade, comprising a first blade section, a second blade section and at least one pre-stressed tensioning element for connecting the first blade section and the second blade section with each other, wherein the rotor blade is split at an interface thereof in its longitudinal direction into the first blade section and the second blade section, wherein the first blade section is arranged closer to a root of the rotor blade than the second blade section, wherein a length (l 13) of the at least one pre-stressed tensioning element is larger than half of a chord length (l 22) of the rotor blade at the interface and wherein the at least one pre-stressed tensioning element extends deeper into the first blade section than into the second blade section, wherein the at least one pre-stressed tensioning element has a rod- or stud-shaped basic section and two fixing sections (15, 16) being provided at opposite ends thereof, wherein each fixing section (15, 16) has a bonding area being attached to the basic section, an area with a reduced diameter compared to a diameter of the bonding area and an external thread.
A method for producing a base material for vehicle interior, characterized by comprising: mixing a synthetic resin emulsion, a thermally expandable microcapsule emulsion, and a resin-based adhesive emulsion to prepare an emulsion mixture; impregnating an inorganic fiber mat with said emulsion mixture; drying the inorganic fiber mat at a temperature lower than the thermal expansion starting point of the thermally expandable microcapsule contained in said emulsion mixture to remove an aqueous medium; heating the inorganic fiber mat at a temperature at which a synthetic resin powder contained in said emulsion mixture melts and which is lower than the thermal expansion starting point of the thermally expandable microcapsule; hot-pressing the inorganic fiber mat; and producing a thermally expandable base material for vehicle interior by cooling the inorganic fiber mat; heating said thermally expandable base material for vehicle interior at a temperature higher than the thermal expansion starting point of the thermally expandable microcapsule to thermally expand said thermally expandable base material for vehicle interior. mixing a synthetic resin emulsion, a thermally expandable microcapsule emulsion, and a resin-based adhesive emulsion to prepare an emulsion mixture; impregnating an inorganic fiber mat with said emulsion mixture; drying the inorganic fiber mat at a temperature lower than the thermal expansion starting point of the thermally expandable microcapsule contained in said emulsion mixture to remove an aqueous medium; heating the inorganic fiber mat at a temperature at which a synthetic resin powder contained in said emulsion mixture melts and which is lower than the thermal expansion starting point of the thermally expandable microcapsule; hot-pressing the inorganic fiber mat; and producing a thermally expandable base material for vehicle interior by cooling the inorganic fiber mat; heating said thermally expandable base material for vehicle interior at a temperature higher than the thermal expansion starting point of the thermally expandable microcapsule to thermally expand said thermally expandable base material for vehicle interior.
An apparatus of a network element configured to apply Application Specific Congestion Control for Data Communication, ACDC, in a wireless network, the apparatus comprising: one or more processors configured to: determine, at the network element, to apply ACDC in the wireless network to mitigate overload of the wireless network, and process, at the network element, barring information for one or more ACDC categories for transmission to a user equipment, UE, when ACDC is applied in the wireless network, wherein the barring information indicates that the UE is prevented from accessing the network for applications associated with the one or more ACDC categories when ACDC is applied in the wireless network, whereby the one or more processors are configured to: process one or more ACDC categories for transmission to the UE, wherein a highest ACDC category is associated with applications that are least likely to be restricted at the UE and a lowest ACDC category is associated with applications that are most likely to be restricted at the UE, the apparatus further comprising memory configured to store the one or more ACDC categories and an indication of the applications included in the one or more ACDC categories. one or more processors configured to: determine, at the network element, to apply ACDC in the wireless network to mitigate overload of the wireless network, and process, at the network element, barring information for one or more ACDC categories for transmission to a user equipment, UE, when ACDC is applied in the wireless network, wherein the barring information indicates that the UE is prevented from accessing the network for applications associated with the one or more ACDC categories when ACDC is applied in the wireless network, whereby the one or more processors are configured to: process one or more ACDC categories for transmission to the UE, determine, at the network element, to apply ACDC in the wireless network to mitigate overload of the wireless network, and process, at the network element, barring information for one or more ACDC categories for transmission to a user equipment, UE, when ACDC is applied in the wireless network, wherein the barring information indicates that the UE is prevented from accessing the network for applications associated with the one or more ACDC categories when ACDC is applied in the wireless network, whereby the one or more processors are configured to: process one or more ACDC categories for transmission to the UE, wherein a highest ACDC category is associated with applications that are least likely to be restricted at the UE and a lowest ACDC category is associated with applications that are most likely to be restricted at the UE, the apparatus further comprising memory configured to store the one or more ACDC categories and an indication of the applications included in the one or more ACDC categories.
A medical imaging system for performing tissue characterization, comprising a processor configured for: receiving a set of medical data; receiving a display attribute pertaining to a tissue characterization process; generating an instruction that affects the tissue characterization process based on the display attribute; performing the tissue characterization process on the set of medical data to determine a constituent tissue element and assign a tissue identifier to the constituent tissue element, the tissue characterization process utilizing the generated instruction; and outputting to a display of the medical imaging system, the set of medical data and the tissue identifier according to the display attribute, wherein the display attribute is applied to a first subset of the set of medical data independent of a second subset of the set of medical data. receiving a set of medical data; receiving a display attribute pertaining to a tissue characterization process; generating an instruction that affects the tissue characterization process based on the display attribute; performing the tissue characterization process on the set of medical data to determine a constituent tissue element and assign a tissue identifier to the constituent tissue element, the tissue characterization process utilizing the generated instruction; and outputting to a display of the medical imaging system, the set of medical data and the tissue identifier according to the display attribute, wherein the display attribute is applied to a first subset of the set of medical data independent of a second subset of the set of medical data.
Method for producing a three-dimensional electronic data set of a generic tooth model using an electronic data set of an average tooth that can be used for the preparation of a tooth replacement part, a tooth restoration or a tooth model, comprising the following method steps: a) a plurality of electronic data sets of a tooth type is generated by measuring a predetermined minimum number of teeth of the same tooth type; b) an assignment of at least one number of correspondence points and/or correspondence structures characteristic of this tooth type is carried out in the individual electronic data sets; c) averaging from the electronic data sets is carried out taking into account the assignment of the correspondence points and/or correspondence structures in the individual data sets; d) an electronic average data set resulting from the averaging is provided as an electronic illustration of an average tooth having a tooth surface that is average with respect to the measured teeth, wherein, after the assignment of the correspondence points and/or correspondence structures, the average data set is subtracted from all the measured tooth data sets, a principle axis analysis is carried out for the differential data sets, a linear combination of at least a portion of the resulting principle axes for the tooth type under consideration is formed and said linear combination is made available together with the average data set as a generic tooth model data set. a) a plurality of electronic data sets of a tooth type is generated by measuring a predetermined minimum number of teeth of the same tooth type; b) an assignment of at least one number of correspondence points and/or correspondence structures characteristic of this tooth type is carried out in the individual electronic data sets; c) averaging from the electronic data sets is carried out taking into account the assignment of the correspondence points and/or correspondence structures in the individual data sets; d) an electronic average data set resulting from the averaging is provided as an electronic illustration of an average tooth having a tooth surface that is average with respect to the measured teeth,
An orthodontic assembly (100; 200; 300) for applying therapeutic forces between a patient's upper and lower dental arches in the absence of an archwire or other labially bonded bracket comprising: a connector (102; 202; 302) for coupling to an upper arch appliance; a first attachment device (280; 380) comprising a base having a tooth facing surface adapted for bonding to an anterior tooth and a facial surface, the attachment device (280; 380) further comprising a mounting bar coupled to and spaced from the facial surface of the base, wherein the mounting bar includes a mesial-distal segment and a biasing segment, the mesial-distal segment and the biasing segment cooperating to define a recess, wherein the biasing segment extends at an acute angle relative to the mesial-distal segment; and a force module (108; 208; 308) having two opposing ends, with one end adapted for coupling to the connector (102; 202; 302) and the opposite end adapted to be received in the recess of the mounting bar of the attachment device (280; 380). a connector (102; 202; 302) for coupling to an upper arch appliance; a first attachment device (280; 380) comprising a base having a tooth facing surface adapted for bonding to an anterior tooth and a facial surface, the attachment device (280; 380) further comprising a mounting bar coupled to and spaced from the facial surface of the base, wherein the mounting bar includes a mesial-distal segment and a biasing segment, the mesial-distal segment and the biasing segment cooperating to define a recess, wherein the biasing segment extends at an acute angle relative to the mesial-distal segment; and a force module (108; 208; 308) having two opposing ends, with one end adapted for coupling to the connector (102; 202; 302) and the opposite end adapted to be received in the recess of the mounting bar of the attachment device (280; 380).
An access method comprising: determining, by a terminal, a target Access Class Barring, ACB, control parameter according to target feature information, the target feature information comprising an Access Class, AC, of the terminal and further comprising at least one of: a priority of the terminal determined on the basis of a type of the terminal, information of a service to which data to be transmitted belongs, or information of a core network providing the service to which data to be transmitted belongs; in response to the target feature information comprising the AC of the terminal and the priority of the terminal determined on the basis of the type of the terminal, determining, by the terminal, the target ACB control parameter according to the target feature information comprising the AC of the terminal and the priority of the terminal determined on the basis of the type of the terminal, wherein the priority and AC of the terminal are information in two dimensions, and it is allowed that the terminal with a high priority corresponds to a low AC; and accessing, by the terminal, a network device according to the target ACB control parameter. determining, by a terminal, a target Access Class Barring, ACB, control parameter according to target feature information, the target feature information comprising an Access Class, AC, of the terminal and further comprising at least one of: a priority of the terminal determined on the basis of a type of the terminal, information of a service to which data to be transmitted belongs, or information of a core network providing the service to which data to be transmitted belongs; in response to the target feature information comprising the AC of the terminal and the priority of the terminal determined on the basis of the type of the terminal, determining, by the terminal, the target ACB control parameter according to the target feature information comprising the AC of the terminal and the priority of the terminal determined on the basis of the type of the terminal, wherein the priority and AC of the terminal are information in two dimensions, and it is allowed that the terminal with a high priority corresponds to a low AC; and accessing, by the terminal, a network device according to the target ACB control parameter.
Permanent reference electrode of copper/copper sulphate for the measurement of the real potential and of the current density of a buried metal structure, in proximity whereof it is installed, comprising: - a copper element, of high purity; - a filler material or backfill, having following compositior expressed in percentage by weight: copper sulphate: 20 ÷ 30, glycerol: 40 ÷ 60, cellulose: 1 ÷ 10, and water: remainder, which encloses in its interior said copper element; - an external casing, in porous ceramic material, with the function of container of the various parts of the reference electrode and of porous separator of the reference electrode; - at least one carbon steel coupon, assembled on said ceramic casing and electrically insulated therefrom in order to prevent direct contact; wherein the external casing, in porous ceramic material, has an external insulating covering which leaves free a zone at said at least one coupon, designed to establish the electrolytical contact with the ground in which the reference electrode is buried. - a copper element, of high purity; - a filler material or backfill, having following compositior expressed in percentage by weight: copper sulphate: 20 ÷ 30, glycerol: 40 ÷ 60, cellulose: 1 ÷ 10, and water: remainder, which encloses in its interior said copper element; - an external casing, in porous ceramic material, with the function of container of the various parts of the reference electrode and of porous separator of the reference electrode; - at least one carbon steel coupon, assembled on said ceramic casing and electrically insulated therefrom in order to prevent direct contact;
A fail-safe control device for hybrid vehicles comprising: a power source including an engine (Eng) and a motor; a transmission provided between the motor and drive wheels (FL, FR); a first clutch provided between the engine and the motor and that connects and disconnects the engine and the motor; a second clutch that is provided between the motor and the transmission and that connects and disconnects the motor and the transmission; a clutch failure determination unit that detects an ON-failure, which corresponds to an engaged state failure of the second clutch; and a controller that switches between an HEV mode that uses the engine and the motor as drive sources, and an EV mode that uses only the motor as the drive source by controlling the first clutch and the second clutch; characterized in that the controller prohibits a transition from the HEV mode to the EV mode when the clutch failure determination unit detects the ON-failure of the second clutch while traveling in the HEV mode. a power source including an engine (Eng) and a motor; a transmission provided between the motor and drive wheels (FL, FR); a first clutch provided between the engine and the motor and that connects and disconnects the engine and the motor; a second clutch that is provided between the motor and the transmission and that connects and disconnects the motor and the transmission; a clutch failure determination unit that detects an ON-failure, which corresponds to an engaged state failure of the second clutch; and a controller that switches between an HEV mode that uses the engine and the motor as drive sources, and an EV mode that uses only the motor as the drive source by controlling the first clutch and the second clutch;
Device for controlling the temperature of an electric energy store, in particular of a rechargeable battery, of a vehicle, having a first flow path which opens into a housing of the electric energy store, and having a ventilation system for temperature-controlled ventilation of a passenger compartment of the vehicle, which ventilation system has a heating and/or cooling device and a second flow path which leads from the at least one heating and/or cooling device into the passenger compartment, wherein the two flow paths (24, 32) are connected in the device in such a way that an airflow in in each case one of the two flow paths (24, 32) is fluidically independent of an airflow in the respective other of the two flow paths (32, 24), wherein the device has a heat exchanger, connected in both flow paths (24, 32), for pure heat exchange between the airflows in the two flow paths (24, 32), characterized in that the heat exchanger is arranged upstream of the electric energy store in the flow direction, wherein the device has a supply air inlet for air from the surroundings of the vehicle, which supply air inlet is configured to divide a supply anflow into a first partial flow and a second partial flow, and the first partial flow is fed to the first flow path, and the second partial flow is fed to an inlet of the ventilation system.
A method of manufacturing a light emitting diode, comprising: forming a laser lift-off "LLO" layer made of at least one of GaN, InGaN, AlGaN and InAlGaN, an undoped semiconductor layer, a first semiconductor layer, an active layer, a second semiconductor layer and a first electrode successively on a nitride semiconductor substrate using an MOCVD process, the LLO layer having an energy band gap smaller than that of the nitride semiconductor substrate but larger than that of the active layer; carrying out a laser lift-off process in which a laser beam is irradiated on the LLO layer through the nitride semiconductor substrate to separate the nitride semiconductor substrate, the laser beam having a wavelength in a range corresponding to the band gap energy of the LLO layer; etching the undoped semiconductor layer which has been exposed due to the separation of the nitride semiconductor substrate, using a dry-etching process until the first semiconductor layer layer is exposed; and forming a second electrode underneath a bottom of the first semiconductor layer. forming a laser lift-off "LLO" layer made of at least one of GaN, InGaN, AlGaN and InAlGaN, an undoped semiconductor layer, a first semiconductor layer, an active layer, a second semiconductor layer and a first electrode successively on a nitride semiconductor substrate using an MOCVD process, the LLO layer having an energy band gap smaller than that of the nitride semiconductor substrate but larger than that of the active layer; carrying out a laser lift-off process in which a laser beam is irradiated on the LLO layer through the nitride semiconductor substrate to separate the nitride semiconductor substrate, the laser beam having a wavelength in a range corresponding to the band gap energy of the LLO layer; etching the undoped semiconductor layer which has been exposed due to the separation of the nitride semiconductor substrate, using a dry-etching process until the first semiconductor layer layer is exposed; and forming a second electrode underneath a bottom of the first semiconductor layer.
A method of operating an electronic device, comprising: detecting, using a tag reader circuit, a tag having a sensor associated therewith, said tag being configured to communicate with the sensor to receive sensor information and being further configured to transmit information over a defined distance using a short range wireless protocol via a communication link; receiving sensor information transmitted by the tag over the communication link; and sending a message to the tag to change operational behavior of the tag following the tag being placed in a bi-directional communication mode. detecting, using a tag reader circuit, a tag having a sensor associated therewith, said tag being configured to communicate with the sensor to receive sensor information and being further configured to transmit information over a defined distance using a short range wireless protocol via a communication link; receiving sensor information transmitted by the tag over the communication link; and sending a message to the tag to change operational behavior of the tag following the tag being placed in a bi-directional communication mode.
A method for landing gear tire traction control, the method comprising: depressurizing an outer tire of an aircraft wheel to a depressurized state in response to a non-optimal aircraft landing condition; contacting an inner rotor of the aircraft wheel to the outer tire in response to the depressurized state; and deploying a plurality of traction studs to protrude from the outer tire in response to the inner rotor contacting the outer tire. depressurizing an outer tire of an aircraft wheel to a depressurized state in response to a non-optimal aircraft landing condition; contacting an inner rotor of the aircraft wheel to the outer tire in response to the depressurized state; and deploying a plurality of traction studs to protrude from the outer tire in response to the inner rotor contacting the outer tire.
A hollow core optical fibre comprising: a tubular jacket; a cladding comprising a plurality of primary capillaries spaced apart from one another in a ring and each bonded to an inner surface of the jacket at a peripheral location around the circumference of the jacket; and a hollow core formed by a central void within the ring of primary capillaries; wherein the cladding further comprises, within each primary capillary, two secondary capillaries and no more, the two secondary capillaries spaced apart from one another and each bonded to an inner surface of the primary capillary at an azimuthal location around the circumference of the primary capillary which is displaced from the peripheral location of the primary capillary. a tubular jacket; a cladding comprising a plurality of primary capillaries spaced apart from one another in a ring and each bonded to an inner surface of the jacket at a peripheral location around the circumference of the jacket; and a hollow core formed by a central void within the ring of primary capillaries; wherein the cladding further comprises, within each primary capillary, two secondary capillaries and no more, the two secondary capillaries spaced apart from one another and each bonded to an inner surface of the primary capillary at an azimuthal location around the circumference of the primary capillary which is displaced from the peripheral location of the primary capillary.