mhurhangee/ep-ind-claims huggingface dataset:
A Multimedia Broadcast Multicast Service (MBMS) dedicated carrier configuration method, including: - assigning dedicated carrier bundling information to the downlink timeslot of the radio frame of at least one MBMS dedicated carrier of multiple MBMS dedicated carriers in a cell (601; 701), wherein the dedicated carrier bundling information includes MBMS control information of all dedicated MBMS carriers and MBMS system information, - assigning frequency information and scrambling code group ID information of the at least one of the MBMS dedicated carriers to conventional service carriers in the cell (602; 702), wherein - the downlink timeslot, assigned the MBMS control information of all dedicated carriers and the MBMS system information, comprises a MBMS broadcast control channel BCCH and a MBMS point-to-multipoint control channel MCCH, and - the MBMS system information is carried on the BCCH and mapped to a primary common control physical channel PCCPCH via a broadcast channel BCH and the MBMS control information is carried on the MCCH and mapped to a secondary common control physical channel SCCPCH via a forward access channel FACH, characterized in that a downlink pilot timeslot, an uplink pilot timeslot, and a chip guard period between the downlink and the uplink in the MBMS dedicated carrier frame are combined as a short timeslot which is mainly used for control information transmission. - assigning dedicated carrier bundling information to the downlink timeslot of the radio frame of at least one MBMS dedicated carrier of multiple MBMS dedicated carriers in a cell (601; 701), wherein the dedicated carrier bundling information includes MBMS control information of all dedicated MBMS carriers and MBMS system information, - assigning frequency information and scrambling code group ID information of the at least one of the MBMS dedicated carriers to conventional service carriers in the cell (602; 702), wherein - the downlink timeslot, assigned the MBMS control information of all dedicated carriers and the MBMS system information, comprises a MBMS broadcast control channel BCCH and a MBMS point-to-multipoint control channel MCCH, and - the MBMS system information is carried on the BCCH and mapped to a primary common control physical channel PCCPCH via a broadcast channel BCH and the MBMS control information is carried on the MCCH and mapped to a secondary common control physical channel SCCPCH via a forward access channel FACH,
Method for enabling a tomographic reconstruction, with the steps: - emitting an X-ray beam by way of an X-ray unit, - determining an attenuation of the X-ray beam while transmitting the object, said object being located in a beam path of the X-ray beam of the X-ray unit, - determining structural data of the object based on the attenuation of the X-ray beam, wherein - a pose of the X-ray unit relative to the object is determined to enable the tomographic reconstruction based on a digital model of the object and based on the attenuation of the X-ray beam, wherein - model values for the attenuation of the X-ray beam while transmitting the object are calculated for a plurality of poses of the X-ray unit relative to the object based on the digital model of the object, - based on the model values, which comprise pairs of model images as well as the respective model poses belonging to the model images, a facility for machine learning is trained to determine the pose of the X-ray unit relative to the object based on the determined attenuation of the X-ray beam; characterised in that - in a two-step method, the pose of the X-ray unit relative to the object is first determined based on the model values for the attenuation of the X-ray beam and the determined attenuation of the X-ray beam and the projection values for the attenuation are then calculated based on the determined pose of the X-ray unit relative to the object and are compared with the determined attenuation of the X-ray beam. - emitting an X-ray beam by way of an X-ray unit, - determining an attenuation of the X-ray beam while transmitting the object, said object being located in a beam path of the X-ray beam of the X-ray unit, - determining structural data of the object based on the attenuation of the X-ray beam, wherein - a pose of the X-ray unit relative to the object is determined to enable the tomographic reconstruction based on a digital model of the object and based on the attenuation of the X-ray beam, - model values for the attenuation of the X-ray beam while transmitting the object are calculated for a plurality of poses of the X-ray unit relative to the object based on the digital model of the object, - based on the model values, which comprise pairs of model images as well as the respective model poses belonging to the model images, a facility for machine learning is trained to determine the pose of the X-ray unit relative to the object based on the determined attenuation of the X-ray beam; characterised in that - in a two-step method, the pose of the X-ray unit relative to the object is first determined based on the model values for the attenuation of the X-ray beam and the determined attenuation of the X-ray beam and the projection values for the attenuation are then calculated based on the determined pose of the X-ray unit relative to the object and are compared with the determined attenuation of the X-ray beam.
A method for wake-up signal, WUS, monitoring, comprising: determining, by a terminal device, an operation state of a WUS according to a type of a discontinuous reception, DRX, cycle configured for the terminal device by a network device, wherein the operation state is a state indicative of whether the terminal device monitors the WUS; and performing, by the terminal device, an operation corresponding to the operation state, wherein the type of the DRX cycle comprises a first DRX cycle and a second DRX cycle, the first DRX cycle being longer than the second DRX cycle; characterized in that: determining the operation state of the WUS comprises: determining, by the terminal device, the operation state as a second operation state when the DRX cycle configured for the terminal device is the second DRX cycle, wherein the second operation state is used for indicating not monitoring the WUS; the method further comprises: starting, by the terminal device, the drx-onDurationTimer at a start time for the second DRX cycle without WUS monitoring. determining, by a terminal device, an operation state of a WUS according to a type of a discontinuous reception, DRX, cycle configured for the terminal device by a network device, wherein the operation state is a state indicative of whether the terminal device monitors the WUS; and performing, by the terminal device, an operation corresponding to the operation state, wherein the type of the DRX cycle comprises a first DRX cycle and a second DRX cycle, the first DRX cycle being longer than the second DRX cycle; characterized in that: determining the operation state of the WUS comprises: determining, by the terminal device, the operation state as a second operation state when the DRX cycle configured for the terminal device is the second DRX cycle, wherein the second operation state is used for indicating not monitoring the WUS; the method further comprises: starting, by the terminal device, the drx-onDurationTimer at a start time for the second DRX cycle without WUS monitoring. determining the operation state of the WUS comprises: determining, by the terminal device, the operation state as a second operation state when the DRX cycle configured for the terminal device is the second DRX cycle, wherein the second operation state is used for indicating not monitoring the WUS; the method further comprises: starting, by the terminal device, the drx-onDurationTimer at a start time for the second DRX cycle without WUS monitoring.
An input device adapted to perform a document editing job to generate a pattern image by touch input of the input device on a touch screen of a display apparatus, wherein the display apparatus is adapted to store coordinate values belonging to sections of the generated pattern image that are detected from a point of the touch screen of the display apparatus that is touched by the input device in relation to the pattern image, the input device comprising: a communicator configured to communicate with the display apparatus; a sensor configured to sense a sound; a volume extractor configured to extract volume sections from the sensed sound; and characterized by a controller configured to generate a first event signal to cancel a job by a preset first section based on one of the coordinate values last stored in the display apparatus in relation to the pattern image displayed on the display apparatus if a time at which a volume section exceeding a preset threshold level is maintained is less than or equal to a preset threshold time,, and to transmit the first event signal to the display apparatus, the display apparatus configured to select a first section of the pattern image displayed on the screen based on the first event signal received from the input device and to delete a pattern section which corresponds to a coordinate value belonging to a first section based on one of the coordinate values last stored in relation to the pattern image; and. wherein if the time for which the volume section exceeding the preset threshold level is maintained exceeds the preset threshold time, the controller generates a second event signal that is to cancel a job for a second section wider than the first section based on the last stored one of the coordinate values stored in the display apparatus. a communicator configured to communicate with the display apparatus; a sensor configured to sense a sound; a volume extractor configured to extract volume sections from the sensed sound; and characterized by a controller configured to generate a first event signal to cancel a job by a preset first section based on one of the coordinate values last stored in the display apparatus in relation to the pattern image displayed on the display apparatus if a time at which a volume section exceeding a preset threshold level is maintained is less than or equal to a preset threshold time,, and to transmit the first event signal to the display apparatus, the display apparatus configured to select a first section of the pattern image displayed on the screen based on the first event signal received from the input device and to delete a pattern section which corresponds to a coordinate value belonging to a first section based on one of the coordinate values last stored in relation to the pattern image; and. wherein if the time for which the volume section exceeding the preset threshold level is maintained exceeds the preset threshold time, the controller generates a second event signal that is to cancel a job for a second section wider than the first section based on the last stored one of the coordinate values stored in the display apparatus.
A dental tray comprising: at least a photocurable dental material; a body having a channel for receiving a quantity of photocurable dental material; at least one light source housed in said body; and at least one battery source electrically connected to said light source and coupled to said body, wherein said light source extends along said body and is oriented toward the internal and external portion of a dental arch to allow for adequate curing of dental material in the body and dental material that overflows outside the channel; and wherein the at least one light source is in the form of light emitting diodes including: LEDs oriented towards the teeth, LEDs oriented to the outside of the tray, and LEDs oriented to the edge of the vertical edges of the tray. at least a photocurable dental material; a body having a channel for receiving a quantity of photocurable dental material; at least one light source housed in said body; and at least one battery source electrically connected to said light source and coupled to said body, wherein said light source extends along said body and is oriented toward the internal and external portion of a dental arch to allow for adequate curing of dental material in the body and dental material that overflows outside the channel; and wherein the at least one light source is in the form of light emitting diodes including: LEDs oriented towards the teeth, LEDs oriented to the outside of the tray, and LEDs oriented to the edge of the vertical edges of the tray.
An agricultural vehicle including at least two driven track-laying units actuable by means of a control device in respect of their travel and steering behaviour, wherein pulses generated by a steering device on the basis of a steering angle can be converted by the control device for actuation of the driven track-laying units in a manner representing the steering angle, characterised in that the control device is adapted to operate the vehicle in at least a first travel mode and a second travel mode, wherein in the first travel mode the travel and steering behaviour substantially corresponds to that of a wheeled vehicle and in the second travel mode the travel and steering behaviour substantially corresponds to that of a fully track-laying vehicle, wherein the control device is adapted to reproduce a steering angle in dependence on the selected travel mode.
A light-guiding device that converts an input beam bundle made of a plurality of input beams to an output beam bundle made of a plurality of output beams, comprising: double mirrors each corresponding to a corresponding one of the input beams, the double mirrors each being separated from the other double mirrors each corresponding to another one of the input beams, the double mirrors respectively corresponding to the input beams each being made of a first mirror that is mounted on a specific flat surface and a second mirror that is mounted on the first mirror, the first mirror having a first reflective surface reflecting a corresponding one of the input beams, the second mirror having a second reflective surface reflecting the corresponding one of the input beams that has been reflected by the first reflective surface, the second mirror being a prism, the corresponding one of the input beams reflected by the first reflective surface being reflected outside the first mirror, the corresponding one of the input beams reflected by the second reflective surface being totally reflected inside the prism. double mirrors each corresponding to a corresponding one of the input beams, the double mirrors each being separated from the other double mirrors each corresponding to another one of the input beams, the double mirrors respectively corresponding to the input beams each being made of a first mirror that is mounted on a specific flat surface and a second mirror that is mounted on the first mirror, the first mirror having a first reflective surface reflecting a corresponding one of the input beams, the second mirror having a second reflective surface reflecting the corresponding one of the input beams that has been reflected by the first reflective surface, the second mirror being a prism, the corresponding one of the input beams reflected by the first reflective surface being reflected outside the first mirror, the corresponding one of the input beams reflected by the second reflective surface being totally reflected inside the prism.
A breastshield of a breastpump set for expressing human breastmilk, wherein the breastshield comprises a breastshield funnel to be placed on a mother's breast, a first coupling part for connection to a milk collection container, and a second coupling part for connection to a suction pump (4, 4') and an operating means for operating the suction pump (4, 4'), characterized in that the operating means is an operating means for operating the suction pump (4, 4').
A discharge container, comprising; a container body made of metal having an opening, a valve assembly fixed to the opening of the container body, a pouch housed in the container body, and a joint member connecting the pouch and the valve assembly, wherein the opening has a cylindrical portion and a bead portion formed above the cylindrical portion, wherein the valve assembly is equipped with a plug portion inserted into the opening, a valve structure which opens and closes a pathway of a content and is fixed to the plug portion, a sealing member provided on an outer surface of the plug portion, and a cover cap fixing the valve assembly to the container body, wherein the cover cap has an upper portion covering the plug portion and the valve structure, and a plastic deformation portion fixed to the bead portion by deforming in a central direction, and wherein the sealing member contacts with a part of the cylindrical portion lower than the plastic deformation portion and seals a gap between the container body and the plug portion, characterised in that the joint member has a tubular valve connecting portion fixed to the valve assembly; a tubular pouch fixing portion concentrically provided on a lower end of the valve connecting portion, fixed to an opening of the pouch; and a guiding portion extending to a bottom portion of the pouch from a lower end of the pouch fixing portion, guiding the content into the pouch fixing portion from the pouch; wherein the guiding portion has a main body extending in vertical direction; a communicating portion provided on an upper end of the main body, communicating a surface of the main body with a center hole of the pouch fixing portion; and a projecting portion projecting from the main body; and wherein the projecting portion is equipped with at least two main projections formed on a concentrical line and formed apart in vertical direction, and a sub projection provided between the main projections parted in vertical direction and provided as not to intersect with either main projections.
Method for controlling phase currents (i U_WR1, i V_WR1, i W_WR1) of a three-phase inverter, wherein - the phase currents (i U_WR1, i V_WR1, i W_WR1) of the inverter are controlled using direct hysteresis current control by means of switching signals (Y U_WR1, Y V_WR1, Y W_WR1) which each have the value range {-1,+1}, characterised in that - a selected phase of the inverter is additionally switched as a function of a zero sequence current (i 0_WR1) of the inverter, - wherein a first hysteresis window having a negative interval limit (-i Hyst) and a positive interval limit (+i Hyst) is predefined for the zero sequence current (i 0_WR1), - an additional switching signal (Z mod) is set to the value +1 if the zero sequence current (i 0_WR1) is greater than the positive interval limit (+i Hyst), to the value -1 if the zero sequence current (i 0_WR1) is smaller than the negative interval limit (-i Hyst), and to the value 0 if the zero sequence current (i 0_WR1) exceeds or falls below the value zero in each case, - the switching signal (Y U_WR1, Y V_WR1, Y W_WR1) for the selected phase is set to the value -1 if the additional switching signal (Z mod) assumes the value +1, to the value +1 if the additional switching signal (Z mod) assumes the value -1, and otherwise coincides with a standard switching signal (Z U_WR1, Z V_WR1, Z W_WR1) of the hysteresis current control for the selected phase and - the switching signals (Y U_WR1, Y V_WR1, Y W_WR1) for the other two phases coincide with the standard switching signal (Z U_WR1, Z V_WR1, Z W_WR1) for the respective phase in each case - the phase currents (i U_WR1, i V_WR1, i W_WR1) of the inverter are controlled using direct hysteresis current control by means of switching signals (Y U_WR1, Y V_WR1, Y W_WR1) which each have the value range {-1,+1}, - a selected phase of the inverter is additionally switched as a function of a zero sequence current (i 0_WR1) of the inverter, - wherein a first hysteresis window having a negative interval limit (-i Hyst) and a positive interval limit (+i Hyst) is predefined for the zero sequence current (i 0_WR1), - an additional switching signal (Z mod) is set to the value +1 if the zero sequence current (i 0_WR1) is greater than the positive interval limit (+i Hyst), to the value -1 if the zero sequence current (i 0_WR1) is smaller than the negative interval limit (-i Hyst), and to the value 0 if the zero sequence current (i 0_WR1) exceeds or falls below the value zero in each case, - the switching signal (Y U_WR1, Y V_WR1, Y W_WR1) for the selected phase is set to the value -1 if the additional switching signal (Z mod) assumes the value +1, to the value +1 if the additional switching signal (Z mod) assumes the value -1, and otherwise coincides with a standard switching signal (Z U_WR1, Z V_WR1, Z W_WR1) of the hysteresis current control for the selected phase and - the switching signals (Y U_WR1, Y V_WR1, Y W_WR1) for the other two phases coincide with the standard switching signal (Z U_WR1, Z V_WR1, Z W_WR1) for the respective phase in each case
A method of preparing a cosmetic composition comprising ceramide-accommodating particles, comprising: preparing ceramide-accommodating particles by mixing an oil-phase part comprising a ceramide and phytosphingosine with an aqueous phase part, wherein in the step of mixing, the oil-phase part is dispersed in the aqueous phase part by permeating the oil-phase part through an emulsification membrane to prepare the ceramide-accommodating particles. preparing ceramide-accommodating particles by mixing an oil-phase part comprising a ceramide and phytosphingosine with an aqueous phase part, wherein in the step of mixing, the oil-phase part is dispersed in the aqueous phase part by permeating the oil-phase part through an emulsification membrane to prepare the ceramide-accommodating particles.
An on-board power supply system for a motor vehicle, comprising - a voltage converter (DCDC) having a first connection and a second connection, - a voltage source, which is electrically coupled to the first connection of the voltage converter (DCDC) and is designed to provide a predefined source voltage, - a base energy accumulator, which is electrically coupled by means of its first connection to the second connection of the voltage converter (DCDC) and by means of its second connection to the reference potential and is designed to provide a predefined base voltage, wherein the predefined source voltage of the voltage source is greater than the base voltage, - at least one first selection circuit of at least one first electrical load, which is arranged such that it can be coupled electrically parallel to the voltage converter (DCDC) between the first connection and the second connection, - at least one second selection circuit of at least one second electrical load, which is arranged such that it can be coupled electrically parallel to the base energy accumulator between the second connection and the reference potential. - a voltage converter (DCDC) having a first connection and a second connection, - a voltage source, which is electrically coupled to the first connection of the voltage converter (DCDC) and is designed to provide a predefined source voltage, - a base energy accumulator, which is electrically coupled by means of its first connection to the second connection of the voltage converter (DCDC) and by means of its second connection to the reference potential and is designed to provide a predefined base voltage, wherein the predefined source voltage of the voltage source is greater than the base voltage, - at least one first selection circuit of at least one first electrical load, which is arranged such that it can be coupled electrically parallel to the voltage converter (DCDC) between the first connection and the second connection, - at least one second selection circuit of at least one second electrical load, which is arranged such that it can be coupled electrically parallel to the base energy accumulator between the second connection and the reference potential.