mhurhangee/ep-ind-claims huggingface dataset:
A method at a user equipment, UE, (210, 300) for performing a random access procedure with a base station, eNB, wherein the UE is expected to randomly select a random access preamble from a given set of preambles to be used for the random access procedure, if the UE does not have a certain capability, the method comprising: • detecting a partitioning of the given set of random access preambles into a first and a second partition, • detecting a certain capability of the UE, and • in response to detecting the certain capability, selecting a random access preamble from the first partition to indicate the certain capability to the eNB. • detecting a partitioning of the given set of random access preambles into a first and a second partition, • detecting a certain capability of the UE, and • in response to detecting the certain capability, selecting a random access preamble from the first partition to indicate the certain capability to the eNB.
A dirt and grease resistant coating for banknote paper containing fibrous base, wherein the coating comprises the following ingredients: binder polymer, reticular agent, filler, grease resistant substance and water with the following rate of the ingredients (in wt.%): binder polymer - 18 to 25 of absolutely dry substance; reticular agent - 1 to 2 of absolutely dry substance; filler - 0.5 to 4 of absolutely dry substance; grease resistant substance - 0.2 to 1.0 of absolutely dry substance; water - necessary quantity to reach 100 in total, wherein the filler is an organic filler, namely a formaldehyde urea condensate with reactive methylol groups. binder polymer - 18 to 25 of absolutely dry substance; reticular agent - 1 to 2 of absolutely dry substance; filler - 0.5 to 4 of absolutely dry substance; grease resistant substance - 0.2 to 1.0 of absolutely dry substance; water - necessary quantity to reach 100 in total,
A compound having the structure of Formula: or a pharmaceutically acceptable salt, homolog, hydrate or solvate thereof, wherein a homolog of a compound is a compound having one or more atoms of the compound replaced by an isotope of such atom; wherein R is alkyl; and wherein alkyl means straight chain, branched or cyclic alkyl group (cycloalkyl), saturated or unsaturated, having from 1 to about 20 carbon atoms (C 1 - 20 alkyl), and from 3 to 20 carbon atoms in the case of cycloalkyl.
Measurement device for determination of the liquid level in a container with a wall, which measurement device comprises a first actuator configured to be arranged on a corresponding level on the wall, which actuator comprises an influence part which is configured to be arranged for influencing the wall on the outside of the container, a vibration sensor for said actuator, for measurement of the vibrations in the wall, and a control unit, which is connected to said actuator and the vibration sensor, and which is arranged to apply to the actuator a predetermined drive signal which makes the influence part to influence the wall with an oscillating force, wherein the vibration sensor are arranged fixed in relation to the corresponding influence part so that the vibration sensor moves in the same way as the influence part, which means that the vibration sensor will measure the vibrations in the same point of the wall as the actuator transfers force into the wall, wherein the measurement device is arranged to receive a resulting measurement signal from the vibration sensor, which measurement signal depends on the size of the vibrations, and to compare the measurement signal with earlier measured measurement signals in order to make a determination of the liquid level in the container, characterized in that the control unit is arranged to determine a curve obtained of earlier system responses, in the form of the impulse responses in the interval 0-2 ms, being mean values of amplitudes of the system responses, and obtained at different liquid levels in the container using the predetermined drive signal and the measured measurement signal; wherein, the control unit is arranged to determine a system response, being an impulse response, for the container using the predetermined drive signal and the measured measurement signal and to determine a mean value of the amplitude of the impulse response, and to determine the liquid level at arbitrary levels by using the curve.
An implantable system, comprising: an implantable medical device configured to be disposed within a patient's peritoneal cavity; and an implantable internal control module having any number of circuitry components characterized in that at least one of the circuitry components comprises a Magnetoresistive Random Access Memory and at least one of the circuitry components is fabricated utilizing silicon-on-insulator technology. an implantable medical device configured to be disposed within a patient's peritoneal cavity; and an implantable internal control module having any number of circuitry components characterized in that at least one of the circuitry components comprises a Magnetoresistive Random Access Memory and at least one of the circuitry components is fabricated utilizing silicon-on-insulator technology.
A lighting device comprising a light transmitting housing and a solid state light source carrier arranged inside the housing, characterized in that the carrier includes a cylindrical support having two polygon base surfaces (2a, 2b) and a number of side surfaces, at least a first side surface and a second side surface, and a flexible circuit strip having several solid state light sources mounted thereon, the strip being wrapped around the cylindrical support so that the strip extends at least once across each base surface (2a, 2b), and extends at least once across each side surface and said strip extends from the first side surface to the second side surface across a base surface (2a, 2b). a light transmitting housing and a solid state light source carrier arranged inside the housing, characterized in that the carrier includes a cylindrical support having two polygon base surfaces (2a, 2b) and a number of side surfaces, at least a first side surface and a second side surface, and a flexible circuit strip having several solid state light sources mounted thereon, the strip being wrapped around the cylindrical support so that the strip extends at least once across each base surface (2a, 2b), and extends at least once across each side surface and said strip extends from the first side surface to the second side surface across a base surface (2a, 2b).
Aerosol-generating system comprising: a capsule comprising an aerosol-forming substrate, and a shisha device comprising: a cavity configured for receiving the capsule comprising aerosol-forming substrate; and a trough in fluid communication with the cavity, wherein the trough comprises an absorption element. a capsule comprising an aerosol-forming substrate, and a shisha device comprising: a cavity configured for receiving the capsule comprising aerosol-forming substrate; and a trough in fluid communication with the cavity, wherein the trough comprises an absorption element. a cavity configured for receiving the capsule comprising aerosol-forming substrate; and a trough in fluid communication with the cavity, wherein the trough comprises an absorption element.
A method of managing traffic in an ad hoc network, comprising: determining local data traffic levels at a mobile recipient node in an ad hoc network; using the local data traffic levels to define a threshold; receiving a data sample from a data source node, the data sample having a microutility generated at the data source node that represents the predicted usefulness of the data by the mobile recipient node, wherein the microutility includes coordinates of the data source node, a target geographic area for distribution in the mobile network, and the distance the data sample has travelled since generation; wherein generating the microutility comprises applying a utility function at a data source of the ad hoc network, wherein the microutility approximates the utility function in form of a linear function, wherein the microutility provides guidance to the network as to how information is to be sent and handled through the network comprising how far and to which geographical area the information should propagate; wherein the utility function determines the propagation of information; wherein the microutility travels with the data sample and contains a dynamically changing priority; and applying the threshold to the microutility associated with the data sample at the mobile recipient node, wherein if the associated microutility for the distance the data sample has travelled since generation in the data sample is less than the threshold the data sample is either propagated, temporarily delayed or dropped. determining local data traffic levels at a mobile recipient node in an ad hoc network; using the local data traffic levels to define a threshold; receiving a data sample from a data source node, the data sample having a microutility generated at the data source node that represents the predicted usefulness of the data by the mobile recipient node, wherein the microutility includes coordinates of the data source node, a target geographic area for distribution in the mobile network, and the distance the data sample has travelled since generation; wherein generating the microutility comprises applying a utility function at a data source of the ad hoc network, wherein the microutility approximates the utility function in form of a linear function, wherein the microutility provides guidance to the network as to how information is to be sent and handled through the network comprising how far and to which geographical area the information should propagate; wherein the utility function determines the propagation of information; wherein the microutility travels with the data sample and contains a dynamically changing priority; and applying the threshold to the microutility associated with the data sample at the mobile recipient node, wherein if the associated microutility for the distance the data sample has travelled since generation in the data sample is less than the threshold the data sample is either propagated, temporarily delayed or dropped.
A method of rendering adaptive audio, comprising: receiving an input audio bitstream comprising audio components and associated metadata, the audio components each having an audio type selected from: channel-based audio, audio objects, and dynamic objects; determining a decoder format for each audio component based on a respective audio type; determining a priority of each audio component from a priority field in metadata associated with each audio component; characterized by: rendering the channel-based audio, the audio objects and low-priority dynamic objects in a first rendering processor; and rendering high-priority dynamic objects in a second rendering processor, wherein the low-priority dynamic objects and high-priority dynamic objects are differentiated by a priority threshold value. receiving an input audio bitstream comprising audio components and associated metadata, the audio components each having an audio type selected from: channel-based audio, audio objects, and dynamic objects; determining a decoder format for each audio component based on a respective audio type; determining a priority of each audio component from a priority field in metadata associated with each audio component; rendering the channel-based audio, the audio objects and low-priority dynamic objects in a first rendering processor; and rendering high-priority dynamic objects in a second rendering processor, wherein the low-priority dynamic objects and high-priority dynamic objects are differentiated by a priority threshold value.
A thermosetting composition comprising: (a) a film-forming polymer having reactive functional groups, (b) a curing agent having functional groups reactive with the functional groups of (a), (c) an adhesion-promoting agent being the reaction product of: (i) boric acid or an equivalent thereof selected from boron-containing compounds that hydrolyzes in aqueous media to form boric acid, and (ii) an ester having two or more terminal hydroxyl groups that is prepared from condensation of polycarboxylic acids or equivalents thereof selected from anhydrides and methyl esters of the acids and polyhydric polyols at least a part thereof is a 1,3-polyol; the equivalent ratio of boric acid or equivalent thereof to hydroxyl being greater than 0.1:1 and the equivalent ratio of 1,3-polyol to polycarboxylic acid or equivalent thereof being greater than 2:1. (a) a film-forming polymer having reactive functional groups, (b) a curing agent having functional groups reactive with the functional groups of (a), (c) an adhesion-promoting agent being the reaction product of: (i) boric acid or an equivalent thereof selected from boron-containing compounds that hydrolyzes in aqueous media to form boric acid, and (ii) an ester having two or more terminal hydroxyl groups that is prepared from condensation of polycarboxylic acids or equivalents thereof selected from anhydrides and methyl esters of the acids and polyhydric polyols at least a part thereof is a 1,3-polyol; the equivalent ratio of boric acid or equivalent thereof to hydroxyl being greater than 0.1:1 and the equivalent ratio of 1,3-polyol to polycarboxylic acid or equivalent thereof being greater than 2:1. (i) boric acid or an equivalent thereof selected from boron-containing compounds that hydrolyzes in aqueous media to form boric acid, and (ii) an ester having two or more terminal hydroxyl groups that is prepared from condensation of polycarboxylic acids or equivalents thereof selected from anhydrides and methyl esters of the acids and polyhydric polyols at least a part thereof is a 1,3-polyol;
A battery and/or accumulator for a motor vehicle with a plurality of electrical cells, with an electrical terminal for an electrical consumer and/or an electrical generator, with a supply line for electrically connecting the cells to the electrical terminal, with a sensor for measuring the electrical voltage of the cell and/or a sensor for measuring the temperature of the cell, and with a control unit for controlling the charging and/or discharging of the cells, wherein the control unit is electrically connected to the supply line for the purpose of controlling the cells, and the sensor is arranged in the cell, characterized in that the measured value for the electrical voltage and/or for the temperature of the cell detected by the sensor is transmitted to the control unit via the supply line, the transmission of the measured value occurring in modulated form on the supply line. with an electrical terminal for an electrical consumer and/or an electrical generator, with a supply line for electrically connecting the cells to the electrical terminal, with a sensor for measuring the electrical voltage of the cell and/or a sensor for measuring the temperature of the cell, and with a control unit for controlling the charging and/or discharging of the cells, wherein the control unit is electrically connected to the supply line for the purpose of controlling the cells, and the sensor is arranged in the cell, characterized in that the measured value for the electrical voltage and/or for the temperature of the cell detected by the sensor is transmitted to the control unit via the supply line, the transmission of the measured value occurring in modulated form on the supply line.
A medical system having a monitoring station and having at least one medical workstation (5, 7), wherein the at least one medical workstation (5, 7) is designed to acquire physiological data of a patient, and wherein the at least one medical workstation (5, 7) is operatively connected to the monitoring station and is designed to generate a data signal representing the physiological data and to send it to the monitoring station, wherein the monitoring station is designed to receive the data signal and has a memory (19, 20) for at least one patient data record (22, 24), representing patient data, and at least one display unit to display the physiological data (25, 26) and the patient data (22, 24), and the medical system is designed to associate the patient data (22, 24) and the physiological data (25, 26) with each other, wherein the at least one medical workstation (5, 7) has a respiratory device (43, 60) with a connection (49, 72) for a respiratory hose, and the medical workstation (5, 7) has a radio-frequency-detection device (45, 68) which is designed to detect a radio-frequency marker with marker information and to generate a marker signal which represents the marker information, and the medical system is designed to associate the physiological data (25, 26) and the patient data (22, 24) contained in the detected marker information with each other as a function of the marker signal, characterised in that the radio-frequency-detection device (45, 68) is designed to detect in the region of the connection (49, 72) for a respiratory hose a radio-frequency marker, connected with the respiratory hose, with the marker information and to generate a marker signal which represents the marker information, wherein the radio-frequency marker has a read-write memory for the marker information, and the marker information contains at least the patient data, and in that the medical workstation is set up to generate a data record with physiological data and to transmit and store this, the patient data and a data record representing adjustment and equipment parameters by means of the radio-frequency-detection device to and on the radio-frequency marker and to read out the data record, stored in the radio-frequency marker, with the data by means of the radio-frequency-detection device, whereby the medical workstation can carry out or continue a further operation as a function of the data that have been read out.
Molded food product, preferably a fat-based confectionery product such as e.g. a chocolate product, presenting on its surface an optical element comprising at least three non-overlapping relief fields, each relief field having at least two parallel straight indentation lines providing an orientation of the relief field, wherein the respective different relief fields are not in parallel orientation to each other; and wherein the depth of the indentation lines is from 0.03mm to 1mm; and the width of the indentation lines is from 0.1mm to 2.0mm.
A device for eliminating a defective sheet in a plate-shaped cardboard sheets each formed by bonding a first liner, a corrugated medium paper (B1, B2), and a second liner (C1, C2) together, the device comprising: a defect detection device that detects a position of a defective part in the medium paper (B1, B2); a cutting device that cuts a continuous cardboard sheet to a predetermined width along a transport direction; a cutoff device that cuts off the continuous cardboard sheet (E1, E2) to a predetermined length along a width direction to form plate-shaped cardboard sheets (F1, F2); a plurality of transport lines (41, 42) that transport the plate-shaped cardboard sheets (F1, F2); and a rejecting device that includes a plurality of rejecting parts (27A, 27B) provided corresponding to the plurality of transport lines (41, 42), and rejects the plate-shaped cardboard sheets (F1, F2) that are transported on the plurality of transport lines (41, 42) from the transport lines (41, 42), characterized by further comprising a control device that specifies, as a defective sheet, the plate-shaped cardboard sheet (F1, F2) having the defective part, based on a position of the defective part detected by the defect detection device and a cutting position of the continuous cardboard sheet (E1, E2) in the width direction, and operates the rejecting part (27A, 27B) provided in the transport line (41, 42) on which the defective sheet is transported, so as to reject the defective sheet. a defect detection device that detects a position of a defective part in the medium paper (B1, B2); a cutting device that cuts a continuous cardboard sheet to a predetermined width along a transport direction; a cutoff device that cuts off the continuous cardboard sheet (E1, E2) to a predetermined length along a width direction to form plate-shaped cardboard sheets (F1, F2); a plurality of transport lines (41, 42) that transport the plate-shaped cardboard sheets (F1, F2); and a rejecting device that includes a plurality of rejecting parts (27A, 27B) provided corresponding to the plurality of transport lines (41, 42), and rejects the plate-shaped cardboard sheets (F1, F2) that are transported on the plurality of transport lines (41, 42) from the transport lines (41, 42), includes a plurality of rejecting parts (27A, 27B) provided corresponding to the plurality of transport lines (41, 42), and rejects the plate-shaped cardboard sheets (F1, F2) that are transported on the plurality of transport lines (41, 42) from the transport lines (41, 42), characterized by further comprising a control device that specifies, as a defective sheet, the plate-shaped cardboard sheet (F1, F2) having the defective part, based on a position of the defective part detected by the defect detection device and a cutting position of the continuous cardboard sheet (E1, E2) in the width direction, and operates the rejecting part (27A, 27B) provided in the transport line (41, 42) on which the defective sheet is transported, so as to reject the defective sheet.
Apparatus for determining the blood pressure of a living subject comprising a pressure sensor adapted for sensing a pressure at the skin surface of a living subject and generating a waveform relating thereto, and a processor adapted to run a computer program thereon said computer program having: a modulator process configured to introduce changes in said waveform via a modulator adapted to modulate a compression applied to a blood vessel underlying said skin over time according to a pseudo-random binary sequence, said compression being achieved by a mechanical coupling of said pressure sensor to said living subject; and a signal restoration process configured to anticipate said changes in said waveform introduced by said modulator process and to correct at least portions of said waveform by use of a pressure correction offset to restore said waveform to a shape that is equivalent to an un-modulated waveform. a modulator process configured to introduce changes in said waveform via a modulator adapted to modulate a compression applied to a blood vessel underlying said skin over time according to a pseudo-random binary sequence, said compression being achieved by a mechanical coupling of said pressure sensor to said living subject; and a signal restoration process configured to anticipate said changes in said waveform introduced by said modulator process and to correct at least portions of said waveform by use of a pressure correction offset to restore said waveform to a shape that is equivalent to an un-modulated waveform.