mhurhangee/ep-ind-claims huggingface dataset:
A control unit (4, 4-a, 4-b) for controlling an electric power converter arranged to convert multi-phase alternating current input from a generator and supply the converted current to a motor, the control unit comprising: input power factor commanding means (4-3, 4-10) for outputting an input power factor command value (φ*) for controlling an input power factor of the generator based on an output torque command value (Tm*) of the motor and an output rotation angular speed (ωm) of the motor; and input power factor controlling means (4-4∼4-9) for outputting a control signal to the electric power converter for controlling the input power factor to the value based on the input power factor command value (φ*), characterized in that the input power factor controlling means (4-4∼4-9) is arranged to generate a drive voltage command to satisfy an output voltage command (vu*, vv*, vw*) of the motor by synthesizing output voltages of two virtual direct current voltage sources (Vdc_a, Vdc_b), which correspond to a respective instantaneous input voltage value (Vmax, Vmid, Vgrd) of an input voltage (Vr, Vs, Vt) of the multi-phase alternating current from the generator, and wherein the input power factor controlling means (4-4∼4-9) is arranged to control the input power factor by varying a voltage distribution ratio (γ) of the two virtual direct current voltage sources (Vdc_a, Vdc_b). input power factor commanding means (4-3, 4-10) for outputting an input power factor command value (φ*) for controlling an input power factor of the generator based on an output torque command value (Tm*) of the motor and an output rotation angular speed (ωm) of the motor; and input power factor controlling means (4-4∼4-9) for outputting a control signal to the electric power converter for controlling the input power factor to the value based on the input power factor command value (φ*), characterized in that the input power factor controlling means (4-4∼4-9) is arranged to generate a drive voltage command to satisfy an output voltage command (vu*, vv*, vw*) of the motor by synthesizing output voltages of two virtual direct current voltage sources (Vdc_a, Vdc_b), which correspond to a respective instantaneous input voltage value (Vmax, Vmid, Vgrd) of an input voltage (Vr, Vs, Vt) of the multi-phase alternating current from the generator, and wherein the input power factor controlling means (4-4∼4-9) is arranged to control the input power factor by varying a voltage distribution ratio (γ) of the two virtual direct current voltage sources (Vdc_a, Vdc_b).
An aerosol-generating article (10, 110) for producing an inhalable aerosol upon heating, the aerosol-generating article (10, 110) comprising: a rod of aerosol-generating substrate extending from a rod proximal end to a rod distal end upstream from the rod proximal end, wherein the aerosol-generating substrate comprises at least an aerosol-former, an aerosol former content of the aerosol-generating substrate being at least 10 percent on a dry weight basis, and wherein the rod of aerosol-generating substrate further comprises a susceptor element arranged within the aerosol-generating substrate; a downstream section (14, 114) at a location downstream of the rod of aerosol-generating substrate; and a wrapper circumscribing at least the rod of aerosol-generating substrate, the wrapper comprising a wrapping base material having a dry basis weight; wherein at least a treated portion of the wrapper extending between the rod proximal end and the rod distal end comprises a flame retardant composition comprising one or more flame retardant compounds, such that the treated portion of the wrapper has an overall dry basis weight greater than the dry basis weight of the wrapping base material; wherein the treated portion comprises at least about 2 grams of the one or more flame retardant compounds per square metre of surface area of the treated portion. a rod of aerosol-generating substrate extending from a rod proximal end to a rod distal end upstream from the rod proximal end, wherein the aerosol-generating substrate comprises at least an aerosol-former, an aerosol former content of the aerosol-generating substrate being at least 10 percent on a dry weight basis, and wherein the rod of aerosol-generating substrate further comprises a susceptor element arranged within the aerosol-generating substrate; a downstream section (14, 114) at a location downstream of the rod of aerosol-generating substrate; and a wrapper circumscribing at least the rod of aerosol-generating substrate, the wrapper comprising a wrapping base material having a dry basis weight; wherein at least a treated portion of the wrapper extending between the rod proximal end and the rod distal end comprises a flame retardant composition comprising one or more flame retardant compounds, such that the treated portion of the wrapper has an overall dry basis weight greater than the dry basis weight of the wrapping base material; wherein the treated portion comprises at least about 2 grams of the one or more flame retardant compounds per square metre of surface area of the treated portion.
Composition comprising: - red yeast rice dried extract, - at least one straight-chain aliphatic alcohol having 14 to 36 carbon atoms, - niacin, - green tea dried extract, - vitamin E, - vitamin B6, - vitamin B 12, - folic acid, for use in the treatment of dyslipidaemia in patients suffering from chronic kidney disease. - red yeast rice dried extract, - at least one straight-chain aliphatic alcohol having 14 to 36 carbon atoms, - niacin, - green tea dried extract, - vitamin E, - vitamin B6, - vitamin B 12, - folic acid,
Assembly comprising a profiled sheet for forming walls or ceilings, and at least one fire protection and/or soundproofing element, the profiled sheet having a profiling which comprises at least one bead that begins at a sheet face and widens towards its base such that an undercut is formed, the fire protection and/or soundproofing element being arranged in the bead, characterized in that the fire protection and/or soundproofing element is a molded part which is formed from a material comprising polyurethane, the fire protection and/or soundproofing element having a core which is formed from a material comprising polyurethane and which is at least partially enveloped by a film.
A locking device for a casement of a window, a French window or the like, which can be tilted relative to a frame about a horizontal axis in a tilted position and can be rotated about a vertical axis in a rotational position and can be moved into a closed position in the frame, having a drive rod fitting, with a fitting part on the casement side provided for mounting on the casement and a fitting part on the frame side provided for mounting on the frame, and a bolt, wherein the bolt of one of said fitting parts can be moved into a pocket of the other of said fitting parts and a control device is designed for moving the bolt into the pocket when casement is located in the tilted positon or closed position and for moving the bolt out of the pocket when casement is located in the rotational position, wherein the bolt can be displaced in the provided mounting position parallel to the horizontal axis and the pocket is arranged in the other of said fitting parts to accommodate the free end of the bolt with its plane orthogonal to the provided horizontal axis and the bolt is movable in the mounted state by means of the control device in dependence on the position of the casement relative to the frame, whereby the control of the locking device takes place independently of the drive rod fitting, characterized in that a pivotable control lever is supported on the longitudinally displaceable bolt and that a pivot lever is mounted on the fitting part guiding the bolt and that the control lever and the pivot lever are arranged to form a toggle lever.
A water boiler (1; 1a) having a single water inlet and a single water outlet; the water boiler (1; 1a) comprises: - a storage water heater comprising: • a water tank with a water inlet defining the single water inlet of the water boiler (1; 1a) and a water outlet; and • a first heater arranged in the water tank to heat and maintain water stored therein at a first temperature; the water boiler (1; 1a) is characterized by further comprising: - a continuous-flow water heater arranged in the water tank of the storage water heater, and comprising: • a hollow body with a water inlet (19; 19, 39, 38) fluidically connected to the water outlet of the water tank, and a water outlet defining the single water outlet of the water boiler (1; 1a); and • a second heater arranged in the hollow body and selectively operable to heat water flowing therein to a second temperature higher than the first temperature. - a storage water heater comprising: • a water tank with a water inlet defining the single water inlet of the water boiler (1; 1a) and a water outlet; and • a first heater arranged in the water tank to heat and maintain water stored therein at a first temperature; • a water tank with a water inlet defining the single water inlet of the water boiler (1; 1a) and a water outlet; and • a first heater arranged in the water tank to heat and maintain water stored therein at a first temperature; - a continuous-flow water heater arranged in the water tank of the storage water heater, and comprising: • a hollow body with a water inlet (19; 19, 39, 38) fluidically connected to the water outlet of the water tank, and a water outlet defining the single water outlet of the water boiler (1; 1a); and • a second heater arranged in the hollow body and selectively operable to heat water flowing therein to a second temperature higher than the first temperature. • a hollow body with a water inlet (19; 19, 39, 38) fluidically connected to the water outlet of the water tank, and a water outlet defining the single water outlet of the water boiler (1; 1a); and • a second heater arranged in the hollow body and selectively operable to heat water flowing therein to a second temperature higher than the first temperature.
A method of processing pixel planes for a display device by a processing unit comprising an interface, a control unit, a plurality of universal pixel planes (115-A to 115-K), wherein a universal pixel plane UPP 115 is a programmable array for processing pixel planes, which can be programmed to be one of various pixel plane processing type as specified by configuration values, and a buffer/memory having regions associated with each universal pixel plane (115-A to 115-K), the method comprising the steps of receiving via the interface a set of configuration values from a host, wherein the set of configuration values include a quantity value and a blending order, wherein the quantity value is data representing the number of pixel planes to be rendered and the blending order is data representing an order arrangement of pixel plane types to be blended; configuring each of a set of universal pixel planes(115-A to 115-K), equal in number to the quantity value using the received set of configuration values, retrieving pixel data from an associated region of the buffer/memory and performing appropriate operations on the pixel data based on the configured pixel plane type to render each of the set of universal pixel planes, and blending the outputs of the set of universal pixel planes based on the blending order for display.
A machine tool with a spindle drive, which comprises a drive motor for the spindle, a gearbox and a switching device, characterised in that the switching device has an actuator comprising a motor, with which actuator an actuating part can be shifted into different positions, that the actuating part is arranged in the machine tool, that at least one signal generator is provided for the position detection of the actuating part, which signal generator lies in the detection range of a signal unit, which detects the signals of the signal generator in a contactless manner and feeds them to an evaluation unit, which is connected to the motor of the actuator, and that a control is connected to the evaluation unit, which control presets the position of the actuating part to be set.
An aerodynamic assembly for the rear end of a vehicle body comprising: a four-sided arrangement of panels being hingedly attached to at least one of a door assembly and a framework assembly that is hingedly attached to the vehicle body, the four-sided arrangement of panels including (a) a right hand top panel, a right hand side panel and a right hand bottom panel, hingedly joined so as to selectively unfold into a right hand folded orientation and unfold into a right hand deployed orientation and (b) a left hand top panel, a left hand side panel, left hand bottom panel hingedly joined so as to selectively unfold into a left hand folded orientation and unfold into a left hand deployed orientation the four-sided arrangement of panels tapering in a rearward direction from a rear of the vehicle body, the aerodynamic assembly characterized in that the assembly comprises: a right hand interconnection between the right hand top panel and the right hand bottom panel constructed and arranged to cause the right hand top panel, the right hand side panel and the right hand bottom panel to self-collapse when the at least one door assembly and framework assembly is opened and rotated into engagement with a side of the vehicle body; and a left hand interconnection between the left hand top panel and the left hand bottom panel constructed and arranged to cause the left hand top panel, the left hand side panel and the left hand bottom panel to self-collapse when the at least one door assembly and framework assembly is opened and rotated into engagement with a side of the vehicle body.
A method for wireless communications by a base station, BS, comprising: receiving a bundled random access channel, RACH, transmission from a user equipment, UE; and triggering bundled transmission of broadcast information, characterized in that the triggering is in response to receiving the bundled RACH transmission. receiving a bundled random access channel, RACH, transmission from a user equipment, UE; and triggering bundled transmission of broadcast information, characterized in that the triggering is in response to receiving the bundled RACH transmission.
Magnetic coupling assembly for associating a first rotatable shaft to a second rotatable shaft, the magnetic coupling assembly comprising: - a rotatable first hub to be connected to the first rotatable shaft, the first hub comprising a magnet rotor comprising a plurality of permanent magnets; - a rotatable second hub to be connected to the second rotatable shaft, the second hub comprising a conductor housing comprising a first inductor rotor connected to the second hub and arranged at a distance on one side of the magnet rotor facing the second rotatable shaft and a second inductor rotor arranged at the opposite side of the magnet rotor, wherein between the first inductor rotor and the side of the magnet rotor facing the first inductor rotor a first air gap (G 1) is defined and wherein between the second inductor rotor and the side of the magnet rotor facing the second inductor rotor a second air gap (G 2) is defined; wherein at least one of the second hub and first hub comprises an inner hub part and an outer hub part, wherein the hub parts are configured to allow the outer hub part to be axially movable over the inner hub part to adjust the axial position of the inductor rotors relative to the magnet rotor; and wherein the conductor housing also comprises at least one connector unit for connecting the first inductor rotor to the second inductor rotor, the at least one connector unit being configured to control the axial distance between the first and second inductor rotor; characterized in that the rotatable hubs and the at least one connector unit of the conductor housing are configured to independently control the width of the first and second air gap (G 1,G 2) by a combination of adapting the position of the inductor rotors relative to the magnet rotor by moving the outer hub relative to the inner hub and adapting the axial distance between the first and second inductor rotors by changing the length of the connector unit. - a rotatable first hub to be connected to the first rotatable shaft, the first hub comprising a magnet rotor comprising a plurality of permanent magnets; - a rotatable second hub to be connected to the second rotatable shaft, the second hub comprising a conductor housing comprising a first inductor rotor connected to the second hub and arranged at a distance on one side of the magnet rotor facing the second rotatable shaft and a second inductor rotor arranged at the opposite side of the magnet rotor, wherein between the first inductor rotor and the side of the magnet rotor facing the first inductor rotor a first air gap (G 1) is defined and wherein between the second inductor rotor and the side of the magnet rotor facing the second inductor rotor a second air gap (G 2) is defined;
An image frame processing method comprising: acquiring a condition that should be met by image frame sequences for output of the image frame sequence on a predetermined display; rendering of an initial image frame sequence based on given geometry data at a predetermined frame rate; and postprocessing the initial image frame sequence generated in said rendering step so as to adapt it to the display by generating and outputting an updated image frame sequence for the display satisfying the acquired condition out of the initial image frame sequence by merging successive image frames in the initial image frame sequence, wherein in said rendering step, rendering a set of image frames in the initial image frame sequence is started with mutually different offsets of coordinates in a rendering space, the resolution of each frame of the updated image frame sequence is higher than that of the initial image frame sequence rendered in the rendering step; said rendering space is a two-dimensional space; the offsets of the image frames within the set of image frames are indicated by a first coordinate (Offx) and a second coordinate (Offy); and the first coordinates (Offx) as well as the second coordinates (Offy) of at least two of the image frames within the set of image frames differ from each other. acquiring a condition that should be met by image frame sequences for output of the image frame sequence on a predetermined display; rendering of an initial image frame sequence based on given geometry data at a predetermined frame rate; and postprocessing the initial image frame sequence generated in said rendering step so as to adapt it to the display by generating and outputting an updated image frame sequence for the display satisfying the acquired condition out of the initial image frame sequence by merging successive image frames in the initial image frame sequence, wherein in said rendering step, rendering a set of image frames in the initial image frame sequence is started with mutually different offsets of coordinates in a rendering space, the resolution of each frame of the updated image frame sequence is higher than that of the initial image frame sequence rendered in the rendering step; said rendering space is a two-dimensional space; the offsets of the image frames within the set of image frames are indicated by a first coordinate (Offx) and a second coordinate (Offy); and the first coordinates (Offx) as well as the second coordinates (Offy) of at least two of the image frames within the set of image frames differ from each other.
A method for preparing a plated steel material, the method comprising: preparing a plating bath containing, by wt%, 0.5 to 14% of Al, 0.5 to 5% of Mg, and a balance of Zn and inevitable impurities; dipping base steel in the plating bath to perform plating thereon to obtain a plated steel material; adjusting a plating weight of the plated steel material; primarily cooling the plated steel material of which the plating weight is adjusted to a primary cooling termination temperature of more than 380°C to 420°C or less at a primary cooling rate of 5°C/sec or less (excluding 0°C/sec); isothermally maintaining the primarily cooled plated steel material for 1 second or more at the primary cooling termination temperature; and secondarily cooling the isothermally maintained plated steel material to a secondary cooling termination temperature of 320°C or less at a secondary cooling rate of 10°C/sec or more. preparing a plating bath containing, by wt%, 0.5 to 14% of Al, 0.5 to 5% of Mg, and a balance of Zn and inevitable impurities; dipping base steel in the plating bath to perform plating thereon to obtain a plated steel material; adjusting a plating weight of the plated steel material; primarily cooling the plated steel material of which the plating weight is adjusted to a primary cooling termination temperature of more than 380°C to 420°C or less at a primary cooling rate of 5°C/sec or less (excluding 0°C/sec); isothermally maintaining the primarily cooled plated steel material for 1 second or more at the primary cooling termination temperature; and secondarily cooling the isothermally maintained plated steel material to a secondary cooling termination temperature of 320°C or less at a secondary cooling rate of 10°C/sec or more.
Access and Mobility Management Function, AMF, node, adapted for taking part in a handover from a 5G system, 5GS, to an Evolved Packet System, EPS, an interface being provided between a Mobility Management Entity, MME, of the EPS and the AMF node, wherein the MME being handed over to also being denoted target MME, and wherein Packet Data Network, PDN, session type Ethernet and Unstructured are mapped to non-IP PDN type in EPC; the AMF node being adapted for signalling with a Session Management Function and Packet Data Network, PDN, Gateway - Control plane, SMF and PGW-C (SMF+PGW-C) entity, the AMF node being adapted for - providing a request (102d, 2-2a), in the handover, to the SMF and PGW-C entity to provide a Session Management, SM, Context; - transmitting the request to the SMF and PGW-C entity, characterized in that - for PDU Sessions with PDU Session type Ethernet or Unstructured, providing (102e1) a capability of the target MME of supporting a Non-IP PDN type to the SMF and PGW-C entity in the request. - providing a request (102d, 2-2a), in the handover, to the SMF and PGW-C entity to provide a Session Management, SM, Context; - transmitting the request to the SMF and PGW-C entity, - for PDU Sessions with PDU Session type Ethernet or Unstructured, providing (102e1) a capability of the target MME of supporting a Non-IP PDN type to the SMF and PGW-C entity in the request.