mhurhangee/ep-ind-claims huggingface dataset:
Nutritional composition comprising a protein component, a lipid component, a carbohydrate component, minerals, vitamins and water, wherein the protein component comprises at least two different protein sources; wherein the nutritional composition has a pH in the range of 5.5 - 9.0 and wherein a) the first protein source is hydrolysed collagen with an average molecular weight M w of from 1000 Da to 6000 Da; b) the lipid component provides at least 30 EN% of the total energy of the composition c) the first source of protein represents 70-90 wt% based on the total weight of the protein component and d) the second protein source is milk protein and wherein the milk protein represents 10-30 wt% based on the total weight of the protein component. a) the first protein source is hydrolysed collagen with an average molecular weight M w of from 1000 Da to 6000 Da; b) the lipid component provides at least 30 EN% of the total energy of the composition c) the first source of protein represents 70-90 wt% based on the total weight of the protein component and d) the second protein source is milk protein and wherein the milk protein represents 10-30 wt% based on the total weight of the protein component.
An aerosol-generating article (40, 240) for use with an aerosol-generating device, the article (40, 240) comprising: an open-ended hollow-cylindrical reservoir body comprising a tubular outer wall (42, 242) and an inner partition wall (41, 241) extending between two opposing inner portions of the tubular outer wall (42, 242) such as to partition the inner void of the reservoir body into a first compartment (58, 258) and a second compartment (59, 259), wherein the first compartment (58, 258) and the second compartment (59, 259) are laterally arranged adjacent to each other along the longitudinal axis of the hollow-cylindrical reservoir body; a first end cap (44, 244) attached to a first end of the reservoir body which sealingly closes at least the first compartment (58, 258) at the first end of the reservoir body; a second end cap (43, 243) attached to a second end of the reservoir body which sealingly closes the first compartment (58, 258) and the second compartment (59, 259) at the second end of the reservoir body, wherein the second end cap (43, 243) comprises a fluid passage providing a fluid communication between the first compartment (58, 258) and the second compartment (59, 259). an open-ended hollow-cylindrical reservoir body comprising a tubular outer wall (42, 242) and an inner partition wall (41, 241) extending between two opposing inner portions of the tubular outer wall (42, 242) such as to partition the inner void of the reservoir body into a first compartment (58, 258) and a second compartment (59, 259), wherein the first compartment (58, 258) and the second compartment (59, 259) are laterally arranged adjacent to each other along the longitudinal axis of the hollow-cylindrical reservoir body; a first end cap (44, 244) attached to a first end of the reservoir body which sealingly closes at least the first compartment (58, 258) at the first end of the reservoir body; a second end cap (43, 243) attached to a second end of the reservoir body which sealingly closes the first compartment (58, 258) and the second compartment (59, 259) at the second end of the reservoir body, wherein the second end cap (43, 243) comprises a fluid passage providing a fluid communication between the first compartment (58, 258) and the second compartment (59, 259).
An in vitro method for acquiring information on a condition of a patient with interstitial pneumonia, characterized in that the method comprising measuring a biomarker in a biological sample of an interstitial pneumonia patient, wherein the biomarker comprises at least one selected from the group consisting of CXC chemokine ligand 9 (CXCL9) and CXC chemokine ligand 10 (CXCL10), and a measurement result of the biomarker is used as an index for discrimination between interstitial pneumonia with autoimmune features (IPAF) and connective tissue disease associated interstitial lung disease (CTD-ILD).
A method for transmitting multicast information from at least one transmitter (BS, AN1, AN2) to a plurality of receivers (UE 1, UE 2,...UE N), comprising: determining a channel quality measure for each of said plurality of receivers (UE 1, UE 2,...UE N); assigning (S20, S30) a weight value to at least one receiver and a cumulative weight value to each receiver out of the plurality of receivers; calculating, for each receiver, a weighted channel quality measure; and adapting a transmission rate of the transmitter; characterized in, that the channel quality measure comprises at least a supported transmission rate of the respective receiver; that at least for a subset out of the plurality of receivers, said cumulative weight value is a function calculated by taking into account weight values of all receivers having higher transmission rates; that the weighted channel quality measure is a function of the respective cumulative weight value for the respective receiver and its channel quality measure; that the weighted channel quality measure is calculated by multiplying the supported transmission rate with the cumulative weight value; and that the transmission rate of the transmitter is adapted such that it meets the channel quality measure of the receiver having the higher transmission rates. determining a channel quality measure for each of said plurality of receivers (UE 1, UE 2,...UE N); assigning (S20, S30) a weight value to at least one receiver and a cumulative weight value to each receiver out of the plurality of receivers; calculating, for each receiver, a weighted channel quality measure; and adapting a transmission rate of the transmitter; characterized in, that the channel quality measure comprises at least a supported transmission rate of the respective receiver; that at least for a subset out of the plurality of receivers, said cumulative weight value is a function calculated by taking into account weight values of all receivers having higher transmission rates; that the weighted channel quality measure is a function of the respective cumulative weight value for the respective receiver and its channel quality measure; that the weighted channel quality measure is calculated by multiplying the supported transmission rate with the cumulative weight value; and that the transmission rate of the transmitter is adapted such that it meets the channel quality measure of the receiver having the higher transmission rates.
An advanced driver assistance system for a vehicle, the vehicle comprising at least one tire and at least one adaptable aerodynamics adaption unit for adapting a downforce acting on the vehicle during a motion of the vehicle, characterized in that the advanced driver assistance system comprises: - a first determining unit for determining a parameter indicative of a footprint of the at least one tire, - a control unit for controlling the at least one adaptable aerodynamics adaption unit based on the determined parameter. - a first determining unit for determining a parameter indicative of a footprint of the at least one tire, - a control unit for controlling the at least one adaptable aerodynamics adaption unit based on the determined parameter.
A cell culture package for containing a cell-containing deformable material, including: an inner bag having a closed inner space, a seal disposed on the inner bag, a holder disposed in the inner bag and configured to allow liquid to pass at least partially therethrough, and an outer bag having a sterilized closed inner space in which the inner bag is enclosed such that the seal is exposed, wherein the holder has columns and a ring formed in a predetermined shape and a mesh, through which liquid can pass, attached to a frame. an inner bag having a closed inner space, a seal disposed on the inner bag, a holder disposed in the inner bag and configured to allow liquid to pass at least partially therethrough, and an outer bag having a sterilized closed inner space in which the inner bag is enclosed such that the seal is exposed, wherein the holder has columns and a ring formed in a predetermined shape and a mesh, through which liquid can pass, attached to a frame.
A transmission method, comprising: modulating QPSK signals s1(i) by using bits of a first stream and 16-QAM signals s2(i) by using bits of a second stream, where i is an integer greater than or equal to 0; converting the QPSK signals s1(i) and the 16-QAM signals s2(i) to first converted signals z1(i) and second converted signals z2(i), the first converted signals z1(i) and the second converted signals z2(i) satisfing Equation, [MATH. 1] z 1 i z 2 i = 1 0 0 y i 1 α 2 + 1 e j 0 α × e j 0 α × e j 0 e jπ u 0 0 v s 1 i s 2 i where α is a real value greater than 0, y(i) changes in N period, where N is an integer that is greater than or equal to 3, and a weighting factor u and a weighting factor v are real values satisfying u < v; and transmitting the first converted signals z1(i) and the second converted signals z2(i) using a plurality of antennas. modulating QPSK signals s1(i) by using bits of a first stream and 16-QAM signals s2(i) by using bits of a second stream, where i is an integer greater than or equal to 0; converting the QPSK signals s1(i) and the 16-QAM signals s2(i) to first converted signals z1(i) and second converted signals z2(i), the first converted signals z1(i) and the second converted signals z2(i) satisfing Equation, [MATH. 1] z 1 i z 2 i = 1 0 0 y i 1 α 2 + 1 e j 0 α × e j 0 α × e j 0 e jπ u 0 0 v s 1 i s 2 i where α is a real value greater than 0, y(i) changes in N period, where N is an integer that is greater than or equal to 3, and a weighting factor u and a weighting factor v are real values satisfying u < v; and transmitting the first converted signals z1(i) and the second converted signals z2(i) using a plurality of antennas.
A method of controlling an aspirator valve (11, 111) of a vacuum assisted braking system of a motor vehicle having an engine, characterised in that the method comprises, when a key-on event occurs following period of time during which the engine of the motor vehicle has been shutdown, checking whether one or more vehicle conditions is indicative of a need to de-ice the aspirator valve (11, 111) and, if one or more vehicle conditions indicate that there is a need to de-ice the aspirator valve (11, 111), rapidly fully opening and closing the aspirator valve (11, 111) a number of times to de-ice the aspirator valve (11, 111).
Head-up display system comprising a housing, a combiner to display information in an operating position and a cover to protect the combiner, wherein the combiner is movable between the operating position and a storage position and wherein the cover is movable between an open position and a closed position to protect the combiner in its storage position with the cover in its closed position wherein the head-up display system comprises a drive mechanism to move the cover between its open position and its closed position, which drive mechanism comprises a main lever and a support lever that is pivoted with a moving end to the main lever and with a fixed end to the housing, wherein the main lever is pivoted with a cover end to the cover and with a driver end to a rotational drive mechanism to drive an essentially linear movement of the cover end of the main lever during the movement of the cover between its open position and its closed position, characterized in that the cover is only connected with the cover end of the main lever to the drive mechanism, and wherein the main lever and the support lever of the drive mechanism are essentially in a parallel plane to the cover in its open position and its closed position.
An anchor insertion system comprising: a needle, the needle having a proximal end, a distal end, and a hollow shaft extending between the proximal and distal ends, the proximal end of the needle comprising a handle, the distal end of the needle comprising a needle tip assembly for housing at least two anchors (124a, 124b); an actuator assembly for deploying at least one of the at least two anchors (124a, 124b) from the needle tip assembly, at least a portion of the actuator assembly slidably disposed within the needle; a guide pin; a cylindrical disk, a surface of the cylindrical disk comprising a hole for receiving the guide pin; a sleeve disposed around the cylindrical disk, a portion of a surface of the sleeve defining an angled slot therethrough, wherein the sleeve is configured to be locked to the handle; wherein the guide pin is configured to engage the angled slot; and wherein the angled slot defines first and second stops (152, 154) for preventing the actuator assembly from simultaneously deploying the at least two anchors (124a, 124b) into a surgical site, characterised in that the cylindrical disk is rotatably attached to the actuator assembly. a needle, the needle having a proximal end, a distal end, and a hollow shaft extending between the proximal and distal ends, the proximal end of the needle comprising a handle, the distal end of the needle comprising a needle tip assembly for housing at least two anchors (124a, 124b); an actuator assembly for deploying at least one of the at least two anchors (124a, 124b) from the needle tip assembly, at least a portion of the actuator assembly slidably disposed within the needle; a guide pin; a cylindrical disk, a surface of the cylindrical disk comprising a hole for receiving the guide pin; a sleeve disposed around the cylindrical disk, a portion of a surface of the sleeve defining an angled slot therethrough, wherein the sleeve is configured to be locked to the handle; wherein the guide pin is configured to engage the angled slot; and wherein the angled slot defines first and second stops (152, 154) for preventing the actuator assembly from simultaneously deploying the at least two anchors (124a, 124b) into a surgical site, characterised in that the cylindrical disk is rotatably attached to the actuator assembly.
An apparatus for analysis and recovery of structure in an image inpainting process after object removal, comprising: (a) a computer processor; and (b) programming executable on the computer processor for analyzing structures about a missing object area within a received image to recover structures inside the missing object area and performing inpainting of the missing object area according to the recovered structure by performing steps comprising: (i) detecting structure edges for a missing object area being inpainted within an image, wherein said structure edges are those which reach the missing object area. (ii) deciding which structure edges to extend; (iii) extending structure edges into the missing object area; (iv) synthesizing structure regions into the missing object area; and (v) synthesizing remaining missing object area outside of structure regions to complete inpainting of the removed object area; charaterized in that: the extending of structure edges into the missing object area is performed in response to color and depth information by determining valid intersections of extended structure edges that involve two edges with their color match in the same side of the intersection and the finding of valid intersections starts with the closest edge to the camera capturing the image. (a) a computer processor; and (b) programming executable on the computer processor for analyzing structures about a missing object area within a received image to recover structures inside the missing object area and performing inpainting of the missing object area according to the recovered structure by performing steps comprising: (i) detecting structure edges for a missing object area being inpainted within an image, wherein said structure edges are those which reach the missing object area. (ii) deciding which structure edges to extend; (iii) extending structure edges into the missing object area; (iv) synthesizing structure regions into the missing object area; and (v) synthesizing remaining missing object area outside of structure regions to complete inpainting of the removed object area; (i) detecting structure edges for a missing object area being inpainted within an image, wherein said structure edges are those which reach the missing object area. (ii) deciding which structure edges to extend; (iii) extending structure edges into the missing object area; (iv) synthesizing structure regions into the missing object area; and (v) synthesizing remaining missing object area outside of structure regions to complete inpainting of the removed object area;
Portable hard surface vacuum cleaning device (10; 100) for removing by suction a liquid/air mixture from a hard surface, for example from a window pane, wherein the hard surface vacuum cleaning device (10; 100) has a suction nozzle with at least one flexible wiper lip which can be pressed against the hard surface, a suction unit, and a separation device which is arranged in the flow path between the suction nozzle and the suction unit and which is connected to a dirty liquid tank, and wherein the hard surface vacuum cleaning device (10; 100) has a control device for switching the suction unit on and off, and at least one rechargeable battery, characterized in that the control device has a strain detection device, wherein mechanical strain on the hard surface vacuum cleaning device (10; 100) resulting from the pressing of the at least one wiper lip against the hard surface can be detected by means of the strain detection device, and the suction unit can be switched on automatically by means of the strain detection device.
Motor vehicle ignition key comprising: a movement sensor for detecting a movement of the motor vehicle ignition key; a memory for recording the movement data obtained from the detected movement; and an interface for outputting the movement data to an external unit; which further comprises an evaluation means; the evaluation means being configured to generate, from the raw data provided by the movement sensor, classified activity information as the movement data; and the motor vehicle ignition key being configured to recognize different categories of movement from a group of categories of movement which comprises resting, walking, running, walking up and down a staircase and/or riding a bicycle. a movement sensor for detecting a movement of the motor vehicle ignition key; a memory for recording the movement data obtained from the detected movement; and an interface for outputting the movement data to an external unit; which further comprises an evaluation means; the evaluation means being configured to generate, from the raw data provided by the movement sensor, classified activity information as the movement data; and the motor vehicle ignition key being configured to recognize different categories of movement from a group of categories of movement which comprises resting, walking, running, walking up and down a staircase and/or riding a bicycle.
Dosing pump, in particular a fuel dosing pump for a vehicle heating device or a reformer system, comprising: - a pump chamber formed in a pump chamber housing, - a pump piston movable in the pump chamber housing for modifying the volume inside the pump chamber, - a drive arrangement associated to the pump piston, by which the pump piston can be driven for movement, wherein the drive arrangement comprises a piezo actuator coupled for drive purposes with the pump piston, the pump piston comprising a pump area which can be moved inside the pump chamber housing and a coupling area lying free for coupling with said piezo actuator, a fluid inlet area carrying fluid to be transported to the pump chamber being provided, the fluid inlet area comprising a prechamber, which is or can be brought in contact with a feed line via a prechamber inlet opening and is or can be brought into contact with the pump chamber via a pump chamber inlet opening, characterized in that the pump piston can be moved inside the prechamber with its coupling area, and in that when the pump piston is moved for reducing the volume of the pump chamber, the volume area occupied by the pump piston inside the prechamber decreases and in that when the pump piston is moved for increasing the volume of the pump chamber, the volume area occupied by the pump piston inside the prechamber increases and the pump piston closes the prechamber inlet opening. - a pump chamber formed in a pump chamber housing, - a pump piston movable in the pump chamber housing for modifying the volume inside the pump chamber, - a drive arrangement associated to the pump piston, by which the pump piston can be driven for movement,
A method of delivering a beverage comprising the steps of: at least partially filling an extraction chamber with roasted ground coffee; passing an aqueous medium through the extraction chamber to form the beverage; and discharging the beverage from the extraction chamber; wherein the flow rate of the aqueous medium through the extraction chamber is 0.5 to 5 mls -1; characterised in that the roasted ground coffee has a dry Helos particle size distribution D50 of less than or equal to 200 microns; and wherein the aqueous medium has a temperature of 1°C to 40°C. at least partially filling an extraction chamber with roasted ground coffee; passing an aqueous medium through the extraction chamber to form the beverage; and discharging the beverage from the extraction chamber; wherein the flow rate of the aqueous medium through the extraction chamber is 0.5 to 5 mls -1; characterised in that the roasted ground coffee has a dry Helos particle size distribution D50 of less than or equal to 200 microns; and wherein the aqueous medium has a temperature of 1°C to 40°C.
A scrambling code sequence generation apparatus, wherein the apparatus comprises: • a determining module, configured to determine a scrambling code sequence based on a configuration parameter of a transmission reception point, TRP, wherein different TRPs correspond to different configuration parameters, wherein the configuration parameter comprises: at least one of an identification code of a user equipment, a slot number corresponding to a resource on which the data is located, a cell identification code, or a parameter used to indicate a codeword sequence number, wherein the configuration parameter further comprises a target parameter, and different TRPs correspond to different target parameters, wherein the target parameter comprises a Quasi Co-Location, QCL, indication parameter; and • a processing module, configured to scramble or descramble data by using the scrambling code sequence determined by the determining module. • a determining module, configured to determine a scrambling code sequence based on a configuration parameter of a transmission reception point, TRP, wherein different TRPs correspond to different configuration parameters, wherein the configuration parameter comprises: at least one of an identification code of a user equipment, a slot number corresponding to a resource on which the data is located, a cell identification code, or a parameter used to indicate a codeword sequence number, wherein the configuration parameter further comprises a target parameter, and different TRPs correspond to different target parameters, wherein the target parameter comprises a Quasi Co-Location, QCL, indication parameter; and wherein the configuration parameter comprises: at least one of an identification code of a user equipment, a slot number corresponding to a resource on which the data is located, a cell identification code, or a parameter used to indicate a codeword sequence number, wherein the configuration parameter further comprises a target parameter, and different TRPs correspond to different target parameters, wherein the target parameter comprises a Quasi Co-Location, QCL, indication parameter; and different TRPs correspond to different target parameters, wherein the target parameter comprises a Quasi Co-Location, QCL, indication parameter; and • a processing module, configured to scramble or descramble data by using the scrambling code sequence determined by the determining module.