mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for limiting the switch-on current when operating a capacitive load from a three-phase inverter, comprising a three-phase inverter having first, second and third load outputs (28α, 28β, 28γ), which can each be connected to a first DC voltage potential (+DC) or to a second DC voltage potential (-DC) which differs from the first DC voltage potential (+DC) by accordingly controlling associated switching means (24α, 24β, 24γ, 26α, 26β, 26γ), and a drive module which comprises a capacitive load, wherein, during DC operation of the three-phase inverter, a control device is set up to connect the capacitive load to the first DC voltage potential (+DC) via the first load output (28α) by means of an interposed current-limiting element, in particular a current-limiting resistor or a current-limiting inductance, and to the second DC voltage potential (-DC) via the third load output (28γ) in a preloading mode (LOADMODE) by controlling the switching means (24α, 26γ) in a current-limiting branch, with the result that the level of a switch-on current which occurs between the three-phase inverter and the capacitive load is limited, and, in a normal operating mode (NORMMODE) which follows the preloading mode (LOADMODE), the control device is set up to directly connect the capacitive load to the first DC voltage potential (+DC) via the second load output (28β) and to the second DC voltage potential (-DC) via the third load output (28γ) by controlling the switching means (24β, 26γ) in a power supply branch, characterized in that the control device included in the three-phase inverter is set up to control the switching means (24α, 24β, 24γ, 26α, 26β, 26γ) to selectively provide a two-phase or three-phase current or a direct current, wherein an electrical plug connection for reversibly separating the apparatus into a power supply module comprising the three-phase inverter and a drive module comprising the capacitive load is provided, wherein the current-limiting element is assigned either to the power supply module or to the drive module.
An outdoor unit for an air conditioner, comprising: a housing that defines therein a machine room and a heat exchanger room, the heat exchanger room located above the machine room; a fan that is located at the heat exchanger room and that is adapted to generate an airflow from the machine room towards the heat exchanger room; a motor that is disposed in the machine room; a gas engine that is disposed in the machine room; and a compressor that is disposed in the machine room and that is driven by the motor or the gas engine, wherein a rotating shaft of the motor is located below a rotating shaft of the gas engine characterized in that a rotating shaft of the compressor is located below the rotating shaft of the gas engine. a housing that defines therein a machine room and a heat exchanger room, the heat exchanger room located above the machine room; a fan that is located at the heat exchanger room and that is adapted to generate an airflow from the machine room towards the heat exchanger room; a motor that is disposed in the machine room; a gas engine that is disposed in the machine room; and a compressor that is disposed in the machine room and that is driven by the motor or the gas engine, wherein a rotating shaft of the motor is located below a rotating shaft of the gas engine characterized in that a rotating shaft of the compressor is located below the rotating shaft of the gas engine.
Power transmission gearbox provided with at least one lubrication system, said lubrication system including a lubrication pump which is arranged in a sump that contains a lubricating liquid, said lubrication pump being in fluid communication with a fluid circuit leading to at least one spraying means directed towards an inner space of a housing of said power transmission gearbox, said lubricating liquid being drawn into said sump by said lubrication pump in order to flow in said fluid circuit and to be sprayed into said inner space by each spraying means, said power transmission gearbox comprising an emergency reservoir suitable for containing a lubricating fluid, said emergency reservoir being in fluid communication with said fluid circuit, said emergency reservoir being connected by at least one pipe to the fluid circuit upstream of each spraying means, characterised in that said lubricating fluid is moved in the fluid circuit to each spraying means by a gas which is set in motion by said lubrication pump in the case of leakage of said lubricating liquid.
A method of performing an internetworking procedure by a user equipment, UE, to change between networks in a wireless communication system from a 5th-generation core network, 5GC network, to an evolved packet core, EPC, network, the method comprising: receiving (Fig. 25, Step 1), from an access and mobility management function, AMF, of the 5GC network, in a tracking area update, TAU, procedure, a first indication, based on an NGx interface between the 5GC network and an evolved packet core, EPC, network not being implemented, wherein the first indication is an indication instructing the UE to perform a handover attach procedure when moving from the 5GC network to the EPC network, moving from a service area serviced by the 5GC network to a service area serviced by the EPC network; and performing (Fig. 25, Steps 3-5) a handover attach procedure in the EPC network, based on the first indication. receiving (Fig. 25, Step 1), from an access and mobility management function, AMF, of the 5GC network, in a tracking area update, TAU, procedure, a first indication, based on an NGx interface between the 5GC network and an evolved packet core, EPC, network not being implemented, wherein the first indication is an indication instructing the UE to perform a handover attach procedure when moving from the 5GC network to the EPC network, moving from a service area serviced by the 5GC network to a service area serviced by the EPC network; and performing (Fig. 25, Steps 3-5) a handover attach procedure in the EPC network, based on the first indication.
A method for manufacturing a semiconductor substrate, comprising: epitaxially growing a columnar group III nitride semiconductor single crystal on a principal plane of a circular substrate; removing a first hollow cylindrical region at an outer peripheral edge side of the group III nitride semiconductor single crystal to leave a solid columnar region at an inside of the hollow cylindrical region of the group III nitride semiconductor single crystal; and slicing the solid columnar region after removing the hollow cylindrical region, characterized in that the removing of the hollow cylindrical region is carried out such that a shape of the group III nitride semiconductor single crystal always keeps an axial symmetry that a central axis of the semiconductor crystal is defined as a symmetry axis so as not to break a balance of a strain in the group III nitride semiconductor single crystal. epitaxially growing a columnar group III nitride semiconductor single crystal on a principal plane of a circular substrate; removing a first hollow cylindrical region at an outer peripheral edge side of the group III nitride semiconductor single crystal to leave a solid columnar region at an inside of the hollow cylindrical region of the group III nitride semiconductor single crystal; and slicing the solid columnar region after removing the hollow cylindrical region, characterized in that the removing of the hollow cylindrical region is carried out such that a shape of the group III nitride semiconductor single crystal always keeps an axial symmetry that a central axis of the semiconductor crystal is defined as a symmetry axis so as not to break a balance of a strain in the group III nitride semiconductor single crystal.
A method of receiving acknowledgement/not-acknowledgement, ACK/NACK, in a wireless communication system, the method performed by a user equipment, UE, and comprising: transmitting data through a physical uplink shared channel, PUSCH; and receiving ACK/NACK for the data, wherein the ACK/NACK is received through downlink control information, DCI, wherein the DCI comprises a hybrid automatic repeat request indicator, HI, bit field in which a plurality of ACK/NACKs to be transmitted to a plurality of terminals is able to be multiplexed and a cyclic redundancy check, CRC, field, wherein the CRC field comprises CRC scrambled with a radio network temporary indicator, RNTI characterised in that the DCI includes a plurality of physical hybrid automatic repeat request indicator channel, PHICH, groups. transmitting data through a physical uplink shared channel, PUSCH; and receiving ACK/NACK for the data, wherein the ACK/NACK is received through downlink control information, DCI, wherein the DCI comprises a hybrid automatic repeat request indicator, HI, bit field in which a plurality of ACK/NACKs to be transmitted to a plurality of terminals is able to be multiplexed and a cyclic redundancy check, CRC, field, wherein the CRC field comprises CRC scrambled with a radio network temporary indicator, RNTI characterised in that the DCI includes a plurality of physical hybrid automatic repeat request indicator channel, PHICH, groups.
Powder for an additive manufacturing method, having: a. a d 2 value of 10 μm or more, b. a d 90 value of 200 μm or less, and c. a quotient E Law /d 50 ≤ 0.8 kJ/(kg*μm), wherein E Law indicates the avalanche energy and d 50 indicates the mean particle diameter, wherein E Law is measured according to the method in the description, and the d 2, d 50, and d 90 values are determined in accordance with ISO 13320:2009 in conjunction with ISO 9276-2:2014, and wherein the powder has at least one material that is selected from the group consisting of metals, ceramics, glasses, and glass ceramics. a. a d 2 value of 10 μm or more, b. a d 90 value of 200 μm or less, and c. a quotient E Law /d 50 ≤ 0.8 kJ/(kg*μm), wherein E Law indicates the avalanche energy and d 50 indicates the mean particle diameter,
Assembly for holding a grinding head for a machine to grind edges and/or front surfaces of workpieces consisting of a C-ring-shaped guide, at which the grinding head is arranged at least partially pivoted around the workpiece inserted into the machine, wherein additionally the grinding head with the C-ring-shaped guide is at least partially pivoted around the workpiece inserted into the machine, that the C-ring-shaped guide is arranged on a vertical guide and that the grinding head is jointly movable with the C-ring-shaped guide along the vertical guide vertically opposite the workpiece inserted into the machine and the C-ring-shaped guide contains a roller conveyor including the C-ring-shaped form, in which at least two rollers and at least one brake unit, which are connected to a roll holder, pivot the C-ring-shaped guide around the center of the C-ring-shaped guide, and the roll holder is connected to the vertical guide.
Automatically operating unloading system for unloading an at least partially assembled vehicle from an assembly-line overhead conveyor vehicle carrier, the vehicle carrier comprising four hanger arms for supporting the vehicle from underneath, and ends of the hanger arms being pivotally articulated about a perpendicular axis in a lockable manner, wherein the unloading system includes: - at least one rail that is arrangeable at a side of a flat conveying system, parallel to a conveying direction, - a front hanger arm manipulator and a rear hanger arm manipulator that are movably arrangeable on the at least one rail for each side of the flat conveying system, - a controllable drive unit for moving the manipulators (16, 38) along the rails, and - an electronic control unit, characterized in that: - each hanger arm manipulator (16, 38) is equipped with at least one controllable actuator (24, 26, 28, 46, 48, 50) and a proximity sensor (30, 52) for sensing a presence of one of the hanger arms to be expected in a predetermined distance range, and - the electronic control unit is at least configured to control the actuators (24, 26, 28, 46, 48, 50) and to control the drive unit. - at least one rail that is arrangeable at a side of a flat conveying system, parallel to a conveying direction, - a front hanger arm manipulator and a rear hanger arm manipulator that are movably arrangeable on the at least one rail for each side of the flat conveying system, - a controllable drive unit for moving the manipulators (16, 38) along the rails, and - an electronic control unit, - each hanger arm manipulator (16, 38) is equipped with at least one controllable actuator (24, 26, 28, 46, 48, 50) and a proximity sensor (30, 52) for sensing a presence of one of the hanger arms to be expected in a predetermined distance range, and - the electronic control unit is at least configured to control the actuators (24, 26, 28, 46, 48, 50) and to control the drive unit.
A method for detecting a failure in a system adapted to provide a medical treatment to a patient, wherein the system comprises • a reusable part having a processor and operating elements connected to the processor; and • a disposable cassette having a dedicated area intended to cooperate with at least one of the operating elements of the reusable part and a fluid pathway removably and fluidically connectable to the patient, wherein the system is adapted to infuse or to remove a fluid to or from the patient via the fluid pathway; the method comprising the following successive steps: • after the medical treatment is completed, blocking the fluidic communication between the patient and the fluid pathway; • performing a test, wherein the test comprises checking a feature of the fluid pathway or at least one of the operating elements interacting with the fluid pathway; • recording the test result; • monitoring a trend of several test results; and • determining, based on several test results, a normal operation and/or a malfunction. • a reusable part having a processor and operating elements connected to the processor; and • a disposable cassette having a dedicated area intended to cooperate with at least one of the operating elements of the reusable part and a fluid pathway removably and fluidically connectable to the patient, • after the medical treatment is completed, blocking the fluidic communication between the patient and the fluid pathway; • performing a test, wherein the test comprises checking a feature of the fluid pathway or at least one of the operating elements interacting with the fluid pathway; • recording the test result; • monitoring a trend of several test results; and • determining, based on several test results, a normal operation and/or a malfunction.
A method for dynamically scheduling multi-receive-path signal equalizer tasks, characterized by comprising: determining, by a computing device, an estimated maximum Doppler frequency, DF, and an estimated delay spread, DS, of a particular wireless communications channel at a particular time; comparing, by the computing device, the estimated maximum DF against a threshold DF, and the estimated DS against a threshold DS; and selecting, by the computing device based on the comparing, a particular task queue (204; 206) to control signal equalizer tasks of an equalizer coefficient generator module in the computing device within a particular time period, the particular task queue (204; 206) specifying, within the particular time period, the scheduling sequence of at least an equalizer coefficient generation task for a first receive path, an equalizer coefficient generation task for a second receive path, and an equalizer order-search task to identify or select a true or correct chosen model order for one of the first receive path and the second receive path. determining, by a computing device, an estimated maximum Doppler frequency, DF, and an estimated delay spread, DS, of a particular wireless communications channel at a particular time; comparing, by the computing device, the estimated maximum DF against a threshold DF, and the estimated DS against a threshold DS; and selecting, by the computing device based on the comparing, a particular task queue (204; 206) to control signal equalizer tasks of an equalizer coefficient generator module in the computing device within a particular time period, the particular task queue (204; 206) specifying, within the particular time period, the scheduling sequence of at least an equalizer coefficient generation task for a first receive path, an equalizer coefficient generation task for a second receive path, and an equalizer order-search task to identify or select a true or correct chosen model order for one of the first receive path and the second receive path.
An aerosol-generating system comprising: an aerosol-generating device in cooperation with an aerosol-generating article; the aerosol-generating article comprising: at least one container housing a nicotine source; and at least two seals (114, 116) sealing the at least one container, wherein each seal (114, 116) comprises a deformable material; the aerosol-generating device comprising: an outer housing adapted to receive the aerosol-generating article; and an elongate piercing member for piercing the at least two seals (114, 116) sealing the at least one container, the elongate piercing member comprising: a piercing head at a distal end of the elongate piercing member; and a hollow shaft portion comprising at least two apertures; wherein, when the aerosol-generating article is received in the aerosol-generating device, at least one aperture is in fluid communication with the at least one container. an aerosol-generating device in cooperation with an aerosol-generating article; the aerosol-generating article comprising: at least one container housing a nicotine source; and at least two seals (114, 116) sealing the at least one container, wherein each seal (114, 116) comprises a deformable material; at least one container housing a nicotine source; and at least two seals (114, 116) sealing the at least one container, wherein each seal (114, 116) comprises a deformable material; the aerosol-generating device comprising: an outer housing adapted to receive the aerosol-generating article; and an elongate piercing member for piercing the at least two seals (114, 116) sealing the at least one container, the elongate piercing member comprising: a piercing head at a distal end of the elongate piercing member; and a hollow shaft portion comprising at least two apertures; wherein, when the aerosol-generating article is received in the aerosol-generating device, at least one aperture is in fluid communication with the at least one container. an outer housing adapted to receive the aerosol-generating article; and an elongate piercing member for piercing the at least two seals (114, 116) sealing the at least one container, the elongate piercing member comprising: a piercing head at a distal end of the elongate piercing member; and a hollow shaft portion comprising at least two apertures; wherein, when the aerosol-generating article is received in the aerosol-generating device, at least one aperture is in fluid communication with the at least one container. a piercing head at a distal end of the elongate piercing member; and a hollow shaft portion comprising at least two apertures; wherein, when the aerosol-generating article is received in the aerosol-generating device, at least one aperture is in fluid communication with the at least one container.
A reagent vessel which is adapted to be inserted into a measuring cassette for measuring a biological sample, the reagent vessel comprising: a reagent storage unit including at least one space in which a reagent that is to react with the biological sample is stored; and an adhesive cover sealing up the at least one space in which the reagent is stored, and being stripped off to discharge the reagent from the at least one space when the reagent vessel is inserted into the measuring cassette, characterized in that the reagent vessel further comprises a tap part formed in an edge of the reagent storage unit, and cut off by the measuring cassette when the reagent vessel is inserted into the measuring cassette, wherein the adhesive cover is adapted to be stripped off by the tap part cut off when the reagent vessel is inserted into the measuring cassette, thereby discharging the reagent. a reagent storage unit including at least one space in which a reagent that is to react with the biological sample is stored; and an adhesive cover sealing up the at least one space in which the reagent is stored, and being stripped off to discharge the reagent from the at least one space when the reagent vessel is inserted into the measuring cassette, characterized in that the reagent vessel further comprises a tap part formed in an edge of the reagent storage unit, and cut off by the measuring cassette when the reagent vessel is inserted into the measuring cassette, wherein the adhesive cover is adapted to be stripped off by the tap part cut off when the reagent vessel is inserted into the measuring cassette, thereby discharging the reagent.
Absorbent product, such as a diaper, a sanitary napkin or an incontinence product, having a longitudinal and a lateral direction, comprising a back sheet, being distal from the body of the wearer in use of the product, and a top sheet, being proximal to the body of the wearer in use of the product, said product having a front part, a rear part and a crotch part lying between the front and rear parts, the product further comprising an absorbent structure, between the top and back sheet, extending longitudinally from the front part to the rear part, and whereby the product comprises at least one starch-based odour control agent, characterised in that the starch-based odour control agent has a specific area of at least 5 m 2 /g, preferably at least 10 m 2 /g, more preferably at least 50 m 2 /g, even more preferably at least 100 m 2 /g, and most preferably at least 200 m 2 /g, and wherein the starch-based odour control agent has been physically or physicochemically modified in order to obtain an enhanced specific area, wherein the starch-based odour control agent is amylose.
An apparatus for roasting coffee beans, the apparatus comprising: a chamber in which coffee beans can be received for roasting, and a device for roasting the coffee beans received in the chamber, wherein the chamber is delimited by at least a bottom and a sidewall extending from the bottom, wherein the sidewall comprises an outer side oriented to face away from the chamber, and wherein a temperature sensor is provided at the outer side of the sidewall for sensing a temperature inside of the chamber, wherein the chamber has a height up to which the chamber can receive the coffee beans in the chamber, wherein the temperature sensor is arranged at or below this height, and wherein the outer side of the sidewall comprises a recess, and wherein the temperature sensor is at least in part arranged in the recess. a chamber in which coffee beans can be received for roasting, and a device for roasting the coffee beans received in the chamber, wherein the chamber is delimited by at least a bottom and a sidewall extending from the bottom, wherein the sidewall comprises an outer side oriented to face away from the chamber, and wherein a temperature sensor is provided at the outer side of the sidewall for sensing a temperature inside of the chamber, wherein the chamber has a height up to which the chamber can receive the coffee beans in the chamber, wherein the temperature sensor is arranged at or below this height, and wherein the outer side of the sidewall comprises a recess, and wherein the temperature sensor is at least in part arranged in the recess.