mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a base station, comprising: configuring User Equipment specific Reference signals, UE-RS, corresponding to a set of antenna ports, where the UE-RS are configured in two or more groups of Orthogonal Frequency Division Multiplexing OFDM symbols on a short Physical Downlink Sharing CHannel sPDSCH, the sPDSCH is transmitted following the short Transmission Time Intervall sTTI concept where a scheduling unit is defined as either 7, 2 or 3 OFDM symbols; and transmitting the UE-RS to a user equipment such that subcarriers used for the UE-RS transmission for same antenna ports of the set of antenna ports have different indices; wherein the subcarrier indices in frequency domain used for the UE-RS transmission are fully different between at least two consecutive groups of OFDM symbols in time domain, and where the sTTIs used for UE-RS transmission are different in frequency domain between the at least two consecutive groups of OFDM symbols; the at least two groups of OFDM symbols are configured in different sTTIs of the sPDSCH; the number of subcarriers used for UE-RS transmission in each group of OFDM symbols is dependent on a length of an sTTI to which the group of OFDM symbols belongs; and for a first group of OFDM symbols in a first sTTI having a longer length and a second group of OFDM symbols in a second sTTI having a shorter length, a larger number of subcarriers is configured for UE-RS transmission in the first group of OFDM symbols than the second group of OFDM symbols. configuring User Equipment specific Reference signals, UE-RS, corresponding to a set of antenna ports, where the UE-RS are configured in two or more groups of Orthogonal Frequency Division Multiplexing OFDM symbols on a short Physical Downlink Sharing CHannel sPDSCH, the sPDSCH is transmitted following the short Transmission Time Intervall sTTI concept where a scheduling unit is defined as either 7, 2 or 3 OFDM symbols; and transmitting the UE-RS to a user equipment such that subcarriers used for the UE-RS transmission for same antenna ports of the set of antenna ports have different indices; wherein the subcarrier indices in frequency domain used for the UE-RS transmission are fully different between at least two consecutive groups of OFDM symbols in time domain, and where the sTTIs used for UE-RS transmission are different in frequency domain between the at least two consecutive groups of OFDM symbols; the at least two groups of OFDM symbols are configured in different sTTIs of the sPDSCH; the number of subcarriers used for UE-RS transmission in each group of OFDM symbols is dependent on a length of an sTTI to which the group of OFDM symbols belongs; and for a first group of OFDM symbols in a first sTTI having a longer length and a second group of OFDM symbols in a second sTTI having a shorter length, a larger number of subcarriers is configured for UE-RS transmission in the first group of OFDM symbols than the second group of OFDM symbols.
An implantable device for continuous measurement of an analyte concentration, the implantable device comprising: a sensor configured to generate a signal indicative of a concentration of an analyte in a host; and a membrane located over the sensor, the membrane comprising a first domain configured to reduce a flux therethrough of the analyte, a second domain that comprises an enzyme, and a third domain configured to reduce passage therethrough of an interferent, the third domain comprising a plurality of alternating polyelectrolyte layers; wherein a continuous measurement is a measurement performed continuously, continually and/or intermittently but regularly, characterized in that the third domain is disposed between the second domain and the sensor . a sensor configured to generate a signal indicative of a concentration of an analyte in a host; and a membrane located over the sensor, the membrane comprising a first domain configured to reduce a flux therethrough of the analyte, a second domain that comprises an enzyme, and a third domain configured to reduce passage therethrough of an interferent, the third domain comprising a plurality of alternating polyelectrolyte layers; wherein a continuous measurement is a measurement performed continuously, continually and/or intermittently but regularly, characterized in that the third domain is disposed between the second domain and the sensor .
A loudspeaker comprising: - a magnetic circuit defining at least one air gap , and - a moving assembly adapted to vibrate with respect to the magnetic circuit along an axis (D) of the loudspeaker , the moving assembly comprising a coil carrier , a coil attached to the coil carrier and located in the air gap , a membrane suitable for emitting sound waves, and a connection system connecting the membrane and the coil carrier , the membrane defining a front side of the loudspeaker along the axis (D), wherein: - the membrane is reversibly movable with respect to the connection system between an assembled position, in which the membrane is secured to the connection system , and a disassembled position, in which the membrane is away from the connection system , and - in the assembled position, the membrane forms a screen between the exterior of the loudspeaker and the magnetic circuit , opposing access to the magnetic circuit from the front side of the loudspeaker in the assembled position, characterized in that the membrane comprises a threaded part adapted to be screwed along the axis (D) into or onto the connection system in the assembled position. - a magnetic circuit defining at least one air gap , and - a moving assembly adapted to vibrate with respect to the magnetic circuit along an axis (D) of the loudspeaker , the moving assembly comprising a coil carrier , a coil attached to the coil carrier and located in the air gap , a membrane suitable for emitting sound waves, and a connection system connecting the membrane and the coil carrier , the membrane defining a front side of the loudspeaker along the axis (D), - the membrane is reversibly movable with respect to the connection system between an assembled position, in which the membrane is secured to the connection system , and a disassembled position, in which the membrane is away from the connection system , and - in the assembled position, the membrane forms a screen between the exterior of the loudspeaker and the magnetic circuit , opposing access to the magnetic circuit from the front side of the loudspeaker in the assembled position,
Method for activating a radio adapter in a terminal device that comprises a localization unit , after a determination of the position of the terminal device without using the localization unit, wherein the localization unit is configured to localize the terminal device using radio signals of radio access points received in the terminal device, wherein the activation of the radio adapter occurs at a second position dependent upon the number of radio access points available for radio network-based localization, which second position has a predetermined distance from the previously determined position, wherein the distance is determined based upon the velocity of the terminal device, and the second position is reachable from the last determined position and is in the movement direction of the terminal device; wherein the number of the radio access points, from which radio signals can be received at the second position, is estimated in that the number of radio access points is effected in a predetermined vicinity around the second position using information stored in a central unit, wherein this information contains all radio access points with their positions.
A method for classifying a tissue sample obtained from a mammary tumour, said method comprising - determining a stiffness value for each of a plurality of points on said tissue sample using an atomic force microscope, resulting in a stiffness distribution, and - assigning said sample to one of the following breast cancer molecular subtypes based on said stiffness distribution: • luminal A subtype non-metastasized breast cancer, • luminal B subtype non-metastasized breast cancer, • luminal A subtype metastasized breast cancer, • luminal B subtype metastasized breast cancer, • luminal B like Her2+ subtype metastasized breast cancer, • basal subtype non-metastasized breast cancer, and • basal subtype metastasized breast cancer. - determining a stiffness value for each of a plurality of points on said tissue sample using an atomic force microscope, resulting in a stiffness distribution, and - assigning said sample to one of the following breast cancer molecular subtypes based on said stiffness distribution: • luminal A subtype non-metastasized breast cancer, • luminal B subtype non-metastasized breast cancer, • luminal A subtype metastasized breast cancer, • luminal B subtype metastasized breast cancer, • luminal B like Her2+ subtype metastasized breast cancer, • basal subtype non-metastasized breast cancer, and • basal subtype metastasized breast cancer. • luminal A subtype non-metastasized breast cancer, • luminal B subtype non-metastasized breast cancer, • luminal A subtype metastasized breast cancer, • luminal B subtype metastasized breast cancer, • luminal B like Her2+ subtype metastasized breast cancer, • basal subtype non-metastasized breast cancer, and • basal subtype metastasized breast cancer.
A catheter device , comprising: - a rotor located at the distal end region of the catheter device ; - a drive shaft extending from a driving region of the catheter device to the distal end region of the catheter device ; - distally of the rotor, a distal bearing for bearing a distal end of the drive shaft , the distal bearing comprising a polymer end part ; and wherein - the distal bearing comprises a heat conducting part configured to enable heat transfer away from the distal bearing and/or wherein the distal bearing comprises a spiral sleeve with a winding, configured for rotatably mounting the distal end of the drive shaft inside the spiral sleeve . - a rotor located at the distal end region of the catheter device ; - a drive shaft extending from a driving region of the catheter device to the distal end region of the catheter device ; - distally of the rotor, a distal bearing for bearing a distal end of the drive shaft , the distal bearing comprising a polymer end part ; and wherein - the distal bearing comprises a heat conducting part configured to enable heat transfer away from the distal bearing and/or wherein the distal bearing comprises a spiral sleeve with a winding, configured for rotatably mounting the distal end of the drive shaft inside the spiral sleeve .
Safety device for a compressor with which a coolant circuit is equipped, comprising at least one inlet capable of receiving the coolant and at least one outlet through which the coolant can exit from said safety device , the latter comprising: - a means for detecting a first pressure level of the coolant arranged to deliver to the compressor at least one electrical information item relating to the detected pressure level, - a safety valve arranged to connect the inlet with the outlet when a second pressure level is crossed, it being characterized by the safety valve being supplied with coolant via the detection means . - a means for detecting a first pressure level of the coolant arranged to deliver to the compressor at least one electrical information item relating to the detected pressure level, - a safety valve arranged to connect the inlet with the outlet when a second pressure level is crossed, it being characterized by the safety valve being supplied with coolant via the detection means .
A method for treating a lignocellulosic biomass, comprising the steps of adsorbing at least one oxidizing agent selected from an oxygen-containing gas, hydrogen peroxide, ozone and oxidizing acids from a liquid phase of an aqueous mixture comprising water, at least one oxidizing agent and the lignocellulosic biomass, onto the lignocellulosic biomass under conditions at which substantially no oxidative depolymerization of lignocellulosic biomass will occur in order to produce an aqueous mixture with the liquid phase having a reduced content of the oxidizing agent and the lignocellulosic biomass having oxidizing agent adsorbed on a surface thereof; and heating the aqueous mixture produced in the adsorbing step to a temperature and for a sufficient time to oxidatively depolymerize and solubilize at least a portion of the lignocellulosic biomass, wherein the adsorbing step is carried out at a temperature below 220 °C, or below about 210 °C, or below about 200 °C, or below about 190 °C, or below about 180 °C, or below about 170 °C, or below about 160 °C, or below about 150 °C, or below about 140 °C, or below about 130 °C, or below about 120 °C; wherein the adsorbing step is carried out for a period of less than about 1 hour, or less than about 50 minutes, or less than about 40 minutes, or less than about 30 minutes, or less than about 20 minutes, or less than about 10 minutes, or less than about 8 minutes, or less than about 5 minutes; wherein the absorbing step is conducted for at least 1 minute; and wherein the heating step is carried out at a temperature higher than a temperature of the adsorbing step and less than 250 °C for a period of less than 4 hours, and wherein the products of the heating step have an O/C molar ratio that is from 30% to 200% higher than the O/C molar ratio of the lignocellulosic biomass.
An image processing device comprising: a setting unit for setting filtering parameters of an adaptive offset filter at the beginning of a largest coding unit, which is a unit of transmission; an adaptive offset filter unit for performing adaptive offset filtering on a decoded image, which has been processed by a local decoding process by using the filtering parameters of the adaptive offset filter set by the setting unit during an encoding process of an image; and an encoding unit for performing an encoding process on the image on which the adaptive offset filter unit has performed adaptive offset filtering and for generating an encoded stream, the encoded stream including the filtering parameters of the adaptive offset filter applicable to each largest coding unit set at a beginning of the largest coding unit by the setting unit; and a transmission unit . a setting unit for setting filtering parameters of an adaptive offset filter at the beginning of a largest coding unit, which is a unit of transmission; an adaptive offset filter unit for performing adaptive offset filtering on a decoded image, which has been processed by a local decoding process by using the filtering parameters of the adaptive offset filter set by the setting unit during an encoding process of an image; and an encoding unit for performing an encoding process on the image on which the adaptive offset filter unit has performed adaptive offset filtering and for generating an encoded stream, the encoded stream including the filtering parameters of the adaptive offset filter applicable to each largest coding unit set at a beginning of the largest coding unit by the setting unit; and a transmission unit .
Device for continuously supplying a consumer with gas, having a first withdrawal line , connected to a first compressed gas reservoir , and a second withdrawal line , connected to a second compressed gas reservoir , which open into a common delivery line , and having a changeover device which is equipped with pressure measuring devices and shutoff devices in the withdrawal lines and is adapted such that, when the pressure at the shutoff device in the first withdrawal line falls below a predefined inflow-side pressure value, the shutoff device closes and the shutoff device in the second withdrawal line opens, characterized in that the changeover device is adapted such that, if a pressure value is present on the inflow side at the shutoff device in the first withdrawal line that is above the inflow-side pressure at the shutoff device in the second withdrawal line , a flow connection is established between the first compressed gas reservoir and the second compressed gas reservoir , wherein the changeover device comprises a controller by means of which the shutoff devices are operated automatically in dependence on the pressures measured in the withdrawal lines .
A fluid ejection module mounting apparatus, comprising: a module mount having a horizontal portion and a vertical portion , the horizontal portion having an opening configured to receive a fluid ejection module and the vertical portion having a protruding portion , a fluid ejection module mounted to the module mount , and a clamp assembly comprising: a recessed portion , wherein the protruding portion of the module mount is configured to mate with the recessed portion , a clamp along a wall of the recessed portion , and a lever coupled to the clamp and configured to move the clamp from an open position to a closed position. a module mount having a horizontal portion and a vertical portion , the horizontal portion having an opening configured to receive a fluid ejection module and the vertical portion having a protruding portion , a fluid ejection module mounted to the module mount , and a clamp assembly comprising: a recessed portion , wherein the protruding portion of the module mount is configured to mate with the recessed portion , a clamp along a wall of the recessed portion , and a lever coupled to the clamp and configured to move the clamp from an open position to a closed position. a recessed portion , wherein the protruding portion of the module mount is configured to mate with the recessed portion , a clamp along a wall of the recessed portion , and a lever coupled to the clamp and configured to move the clamp from an open position to a closed position.
A vehicle imaging station comprising a camera array including four cameras for imaging a vehicle as it passes through a vehicle imaging volume, the vehicle imaging station comprising: one or more support structures ; first and second cameras attached to the one or more support structures and located on a first side of the vehicle imaging volume; and third and fourth cameras attached to the one or more support structures and located on a second side of the vehicle imaging volume, opposite to the first side, wherein that the first camera is located at a first height and is angled to capture one or more images of a front of a vehicle as it enters the vehicle imaging volume, and wherein the second camera is located at a second height, greater than the first height and is angled to capture one or more images of a rear of a vehicle as it exits the vehicle imaging volume, and the third camera is located at the first height and is angled to capture one or more images of the front of a vehicle as it enters the vehicle imaging volume and the fourth camera is located at the second height and is angled to capture one or more images of a rear of a vehicle as it exits the vehicle imaging volume. one or more support structures ; first and second cameras attached to the one or more support structures and located on a first side of the vehicle imaging volume; and third and fourth cameras attached to the one or more support structures and located on a second side of the vehicle imaging volume, opposite to the first side, wherein that the first camera is located at a first height and is angled to capture one or more images of a front of a vehicle as it enters the vehicle imaging volume, and wherein the second camera is located at a second height, greater than the first height and is angled to capture one or more images of a rear of a vehicle as it exits the vehicle imaging volume, and the third camera is located at the first height and is angled to capture one or more images of the front of a vehicle as it enters the vehicle imaging volume and the fourth camera is located at the second height and is angled to capture one or more images of a rear of a vehicle as it exits the vehicle imaging volume.
A traveling support for a wall covering panel , the support comprising: a bracket adapted to be mounted to an elongate standard mounted vertically on a wall, the elongate standard being generally a U- or C-shaped channel having a boss extending longitudinally and inside the channel from a sidewall thereof; the bracket comprising a plate having a panel mounting surface ; a projection extending away from the plate in a direction (P), the projection including a surface that trends away from the direction (P) along a further direction (Q) oblique to the direction (P) in which the projection extends away from the plate to define a space in which to receive the boss to enable the surface included in the projection to engage the boss and to allow sliding of the travelling support along the standard; characterised in that a surface is included in the bracket , the surface included in the bracket including a canted member configured in operation to draw the panel mounting surface toward the elongated standard in response to motion of the bracket along the elongated standard , the surface included in the bracket being inclined relative to the panel mounting surface and in use extending downward from the bracket for allowing the bracket , in operation, to be wedged toward the elongated standard when the surface included in the bracket is contacted by a surface of a detent disposed in the channel . a bracket adapted to be mounted to an elongate standard mounted vertically on a wall, the elongate standard being generally a U- or C-shaped channel having a boss extending longitudinally and inside the channel from a sidewall thereof; the bracket comprising a plate having a panel mounting surface ; a projection extending away from the plate in a direction (P), the projection including a surface that trends away from the direction (P) along a further direction (Q) oblique to the direction (P) in which the projection extends away from the plate to define a space in which to receive the boss to enable the surface included in the projection to engage the boss and to allow sliding of the travelling support along the standard; characterised in that a surface is included in the bracket , the surface included in the bracket including a canted member configured in operation to draw the panel mounting surface toward the elongated standard in response to motion of the bracket along the elongated standard , the surface included in the bracket being inclined relative to the panel mounting surface and in use extending downward from the bracket for allowing the bracket , in operation, to be wedged toward the elongated standard when the surface included in the bracket is contacted by a surface of a detent disposed in the channel .