mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising a controller (105, 130, 205); wherein the controller is configured to identify user data assigned to be stored in a storage drive of the apparatus, encrypt the user data, identify a system data structure generated in relation to the user data, and encrypt the system data structure; wherein the system data structure comprises metadata that describes the user data; generate a packet comprising a header area and a payload area; encapsulate the encrypted user data in the payload area; characterized in that the controller is further configured to: identify header data of the packet that reveals information about the encrypted user data encrypt the header data; put the encrypted header data in the header area of the packet; and store the encrypted user data, the encrypted system data structure and the packet in the storage drive. identify header data of the packet that reveals information about the encrypted user data encrypt the header data; put the encrypted header data in the header area of the packet; and store the encrypted user data, the encrypted system data structure and the packet in the storage drive.
An absorbent core for use in a disposable absorbent article having a upper surface and a lower surface, a front portion, a rear portion and a crotch portion, two longitudinal edges and two transverse edges, wherein it is formed of three layers: an upper layer, an intermediate layer and a lower layer, such that: the upper and lower layers are comprised by a homogeneous mixture of fibers of absorbent material and particles of superabsorbent material and the particles of superabsorbent material are present in these upper and lower layers in a concentration lower than 25% by weight; the intermediate layer is comprised by fibers of absorbent material homogeneously mixed with particles of superabsorbent material and has three zones with different specific weights: an acquisition-distribution zone; one or more transition zones and one or more anti-leakage zones, in which the specific weight in g/m2 of absorbent material plus superabsorbent material of the acquisition-distribution zone of the intermediate layer is 75% to 100% greater than the specific weight in g/m2 of absorbent material plus superabsorbent material of the anti-leakage zone, the specific weight in g/m2 of absorbent material plus superabsorbent material of the acquisition-distribution zone of the intermediate layer is 30 to 50% greater than the average specific weight of absorbent material plus superabsorbent material of the transition zone, and the specific weight expressed in g/m2 of superabsorbent material plus absorbent material of the transition zone or zones of the intermediate layer gradually decreases towards the transverse edges of the core. the upper and lower layers are comprised by a homogeneous mixture of fibers of absorbent material and particles of superabsorbent material and the particles of superabsorbent material are present in these upper and lower layers in a concentration lower than 25% by weight; the intermediate layer is comprised by fibers of absorbent material homogeneously mixed with particles of superabsorbent material and has three zones with different specific weights: an acquisition-distribution zone; one or more transition zones and one or more anti-leakage zones, in which the specific weight in g/m2 of absorbent material plus superabsorbent material of the acquisition-distribution zone of the intermediate layer is 75% to 100% greater than the specific weight in g/m2 of absorbent material plus superabsorbent material of the anti-leakage zone, the specific weight in g/m2 of absorbent material plus superabsorbent material of the acquisition-distribution zone of the intermediate layer is 30 to 50% greater than the average specific weight of absorbent material plus superabsorbent material of the transition zone, and the specific weight expressed in g/m2 of superabsorbent material plus absorbent material of the transition zone or zones of the intermediate layer gradually decreases towards the transverse edges of the core.
A method for making airtight sealable packages made of flexible material that are configured to seal an environment inside the package with respect to an external environment, said packages comprising a front panel, a back panel and two side gussets (3, 4) provided at opposite ends of said front panel and of said back panel so as to connect said front panel to said back panel, comprising the following steps: a) folding a sheet made of flexible material along two first fold lines which are mutually parallel so as to form a tubular element that will form said two side gussets (3, 4); b) folding an end portion of said tubular element along two second fold lines that are oblique with respect to the direction of said first fold lines so as to form an end portion of said tubular element that has two triangular portions (6, 7) having two mutually parallel sides (8, 9), wherein each of said mutually parallel sides (8, 9) is positioned at a first predetermined distance from an outer edge of said package and, in said tubular element, said mutually parallel sides (8, 9) have a distance between each other equal to twice said first predetermined distance; c) conveying said tubular element having said triangular portions (6, 7) so as to insert it between a front sheet that will form said front panel or said back panel of said package, and a back sheet that will form said back panel or said front panel of said package; d) cutting said tubular element along a first cutting line perpendicular to the axis of said tubular element so as to separate a portion of said tubular element. a) folding a sheet made of flexible material along two first fold lines which are mutually parallel so as to form a tubular element that will form said two side gussets (3, 4); b) folding an end portion of said tubular element along two second fold lines that are oblique with respect to the direction of said first fold lines so as to form an end portion of said tubular element that has two triangular portions (6, 7) having two mutually parallel sides (8, 9), wherein each of said mutually parallel sides (8, 9) is positioned at a first predetermined distance from an outer edge of said package and, in said tubular element, said mutually parallel sides (8, 9) have a distance between each other equal to twice said first predetermined distance; c) conveying said tubular element having said triangular portions (6, 7) so as to insert it between a front sheet that will form said front panel or said back panel of said package, and a back sheet that will form said back panel or said front panel of said package; d) cutting said tubular element along a first cutting line perpendicular to the axis of said tubular element so as to separate a portion of said tubular element.
A control device (300, 400) for a vehicle including a power storage device and a charge circuit for carrying out external charging in which said power storage device is charged with a power supply external to the vehicle, said charge circuit being stopped when an input voltage applied to said charge circuit from said power supply drops to become lower than a lower limit voltage value at which said charge circuit can operate, said control device comprising: a first charge termination unit determining whether an impedance error is occurring at a charge path based on a reduction width of said input voltage during said external charging, and terminating said external charging when a determination is made that said impedance error is occurring, characterized in that said control device (300, 400) comprises a suppression unit executing suppression control for suppressing a drop of said input voltage before said input voltage becomes lower than said lower limit voltage value during said external charging, said suppression control includes control to reduce current flowing through said charge path when said input voltage drops down to a threshold voltage higher than said lower limit voltage value during said external charging, and said first charge termination unit determines that said impedance error is occurring when a state where the reduction width of said input voltage is exceeding a threshold width continues for a predetermined time during said external charging. a first charge termination unit determining whether an impedance error is occurring at a charge path based on a reduction width of said input voltage during said external charging, and terminating said external charging when a determination is made that said impedance error is occurring, characterized in that said control device (300, 400) comprises a suppression unit executing suppression control for suppressing a drop of said input voltage before said input voltage becomes lower than said lower limit voltage value during said external charging, said suppression control includes control to reduce current flowing through said charge path when said input voltage drops down to a threshold voltage higher than said lower limit voltage value during said external charging, and said first charge termination unit determines that said impedance error is occurring when a state where the reduction width of said input voltage is exceeding a threshold width continues for a predetermined time during said external charging.
A blood pump comprising an axially tubular inlet, a tangential chamber adjoining the axial inlet and having a substantially radial outlet, an axial guide body connected to the tube and/or to the tangential chamber, an impeller supported on the guide body and having an inner surface facing the guide body and an outer surface, wherein a blading is arranged on the outer surface, and a motor which includes a stator associated with the guide body and a rotor associated with the impeller, characterized in that at least one part region of the guide body projects into the inlet and at least one section of the stator transmitting force onto the rotor is arranged in the part region.
Lipoic acid for use in enhancing the immune response of an animal, wherein the use comprises increasing natural killer cell activity in the animal, wherein the lipoic acid is provided in a composition, and wherein the animal is susceptible to or suffering from impaired immune response and is in need of increased or improved immune response.
A fast disintegrating and dissolving solid porous freeze dried wafer dosage form suitable for the release of a biologically active material in an oral cavity wherein said dosage form comprises: a) a biologically active material; and b) a matrix forming agent comprising amylopectin at a concentration from 2% to 17% by dry weight of the dosage form; wherein said dosage form substantially dissolves in the oral cavity. a) a biologically active material; and b) a matrix forming agent comprising amylopectin at a concentration from 2% to 17% by dry weight of the dosage form;
A method of audio processing, the method comprising: receiving an audio signal; performing feature extraction on the audio signal to extract a plurality of features; classifying the plurality of features according to a first audio classification model to generate a first set of confidence scores; classifying the plurality of features according to a second audio classification model to generate a second confidence score; calculating a steering signal by combining a first confidence score of the first set of confidence scores and a further confidence score of the first set of confidence scores; calculating a final confidence score according to the steering signal, the first set of confidence scores, and the second confidence score; and outputting a classification of the audio signal according to the final confidence score. receiving an audio signal; performing feature extraction on the audio signal to extract a plurality of features; classifying the plurality of features according to a first audio classification model to generate a first set of confidence scores; classifying the plurality of features according to a second audio classification model to generate a second confidence score; calculating a steering signal by combining a first confidence score of the first set of confidence scores and a further confidence score of the first set of confidence scores; calculating a final confidence score according to the steering signal, the first set of confidence scores, and the second confidence score; and outputting a classification of the audio signal according to the final confidence score.
A fastening device (2; 20) for assembling panels (17; 170; 18; 180) in furniture, the device (2;20) having an axial extension along an axial direction and a lateral extension along a lateral direction, said device (2;20) comprising an upper part (4;40), and a lower part (5;50) a circumferential extending peripheral surface (10; 110), the device(2;20) having an axially extending through passage (8;80) for the insertion of a pin the in the axial direction, characterized in that, wherein the upper part comprises a top surface and the lower part comprises a bottom surface, wherein the fastening device comprises a first slit arranged in the axial direction extending from the upper part of the fastening device and a second slit extending in the axial direction in the lower part of the fastening device, and wherein the first slit is arranged from the top surface of the upper part, extending in the axial direction, and the second slit is arranged from the bottom surface of the lower part extending in the axial direction, such that the upper part (4;40) and the lower part (5;50) are expandable upon insertion of the pin in the through passage (8;80).
A method of making a compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: each X 1 is independently selected from H, halo, NO 2, CN, N 3, C 1-6 alkyl, C 1-6 alkoxy, C 2-6 alkenyl, C 2-6 alkynyl, C 6-10 aryl, and 5-14 membered heteroaryl, wherein said C 1-6 alkyl, C 2-6 alkenyl, C 2-6 alkynyl, C 6-10 aryl, and 5-14 membered heteroaryl are each optionally substituted with 1, 2, or 3 substituents independently selected from halo, OH, SH, NH 2, C 1-3 alkylamino, di(C 1-3 alkyl)amino, NO 2, CN, C OH, C 1-3 alkoxy, C 1-3 haloalkoxy, and N 3; and each R 1 is independently selected from H, C 1-6 alkyl, C 2-6 alkenyl, and C 2-6 alkynyl, each of which is optionally substituted with 1, 2, or 3 substituents independently selected from halo, OH, SH, NH 2, C 1-3 alkylamino, di(C 1-3 alkyl)amino, NO 2, CN, C OH, C 1-3 alkoxy, C 1-3 haloalkoxy, and N 3, the method comprising deprotecting a compound of Formula (IIa): or a salt thereof, wherein each P 1 is independently a protecting group, and R 1 is at each occurrence the same as R 1 for Formula, to obtain the compound of Formula, and the method further comprising preparing the compound of Formula (IIa) by a method comprising coupling a compound of Formula (IIb): or a salt thereof, with a compound of formula: or a salt thereof, to obtain the compound of Formula (IIa). each X 1 is independently selected from H, halo, NO 2, CN, N 3, C 1-6 alkyl, C 1-6 alkoxy, C 2-6 alkenyl, C 2-6 alkynyl, C 6-10 aryl, and 5-14 membered heteroaryl, wherein said C 1-6 alkyl, C 2-6 alkenyl, C 2-6 alkynyl, C 6-10 aryl, and 5-14 membered heteroaryl are each optionally substituted with 1, 2, or 3 substituents independently selected from halo, OH, SH, NH 2, C 1-3 alkylamino, di(C 1-3 alkyl)amino, NO 2, CN, C OH, C 1-3 alkoxy, C 1-3 haloalkoxy, and N 3; and each R 1 is independently selected from H, C 1-6 alkyl, C 2-6 alkenyl, and C 2-6 alkynyl, each of which is optionally substituted with 1, 2, or 3 substituents independently selected from halo, OH, SH, NH 2, C 1-3 alkylamino, di(C 1-3 alkyl)amino, NO 2, CN, C OH, C 1-3 alkoxy, C 1-3 haloalkoxy, and N 3, the method comprising deprotecting a compound of Formula (IIa): or a salt thereof, wherein each P 1 is independently a protecting group, and R 1 is at each occurrence the same as R 1 for Formula, to obtain the compound of Formula, and coupling a compound of Formula (IIb): or a salt thereof, with a compound of formula: or a salt thereof, to obtain the compound of Formula (IIa).
A method for selecting a capillary network gateway (12 1, 12 2) for a machine device of a capillary network, the method comprising: - acquiring a respective bearer service parameter for two or more capillary network gateways (12 1, 12 2) of the capillary network, each capillary network gateway (12 1, 12 2) being capable of data exchange between the machine device and a wireless network, and wherein the bearer service provides a backhaul connection in the wireless network, and - selecting, for the machine device, a capillary network gateway (12 1, 12 2) based on the bearer service parameters, wherein the method is performed in the capillary network gateways (12 1, 12 2), acquiring comprises that each of the capillary network gateways (12 1, 12 2) sends its bearer service parameter to all other capillary network gateways (12 1, 12 2) of the capillary network, and the capillary network gateway (12 1, 12 2) selected for the machine device based on the bearer service parameters of all capillary network gateways (12 1, 12 2) of the capillary network sends an instruction to the machine device to connect to the selected capillary network gateway (12 1, 12 2). - acquiring a respective bearer service parameter for two or more capillary network gateways (12 1, 12 2) of the capillary network, each capillary network gateway (12 1, 12 2) being capable of data exchange between the machine device and a wireless network, and wherein the bearer service provides a backhaul connection in the wireless network, and - selecting, for the machine device, a capillary network gateway (12 1, 12 2) based on the bearer service parameters,
Coating (10, 20) serving for inspection of the internal integrity of a structure, characterized in that it includes: - an optically active material; and - a matrix (110, 210) of the coating, which matrix is associated with the optically active material and configured to crack when said matrix receives an impact beyond a preset pressure, the optically active material being visible when such a crack is present, and in that the optically active material is formed from porous luminescent nanoparticles. - an optically active material; and - a matrix (110, 210) of the coating, which matrix is associated with the optically active material and configured to crack when said matrix receives an impact beyond a preset pressure, the optically active material being visible when such a crack is present,
Rotary printing press (1, 10) for printing a printing material, - which has transport means with which the printing material can be guided through the printing press (1, 10) in a transport direction (z), - which has at least one inking unit (F1 - F6), with which printing medium can be applied to the printing material, - and which has a sensor station (7, 8, 21), which is arranged downstream of the at least one inking unit (F1 - F6) in the transport direction (z) of the printing material and which has sensors (13, 29) with which measured values can be recorded, characterized - in that the sensor station (7, 8, 21) has at least one first contact element, which can be brought into contact with the printing material in the area of the printing medium applied, and - in that the sensors of the sensor station (7, 8, 21) record measured values which originate from constituents of printing media which are in contact with the at least one first contact element and/or have been removed from the printing material by the at least one first contact element. - which has transport means with which the printing material can be guided through the printing press (1, 10) in a transport direction (z), - which has at least one inking unit (F1 - F6), with which printing medium can be applied to the printing material, - and which has a sensor station (7, 8, 21), which is arranged downstream of the at least one inking unit (F1 - F6) in the transport direction (z) of the printing material and which has sensors (13, 29) with which measured values can be recorded, - in that the sensor station (7, 8, 21) has at least one first contact element, which can be brought into contact with the printing material in the area of the printing medium applied, and - in that the sensors of the sensor station (7, 8, 21) record measured values which originate from constituents of printing media which are in contact with the at least one first contact element and/or have been removed from the printing material by the at least one first contact element.
A method of expanding pluripotent stem cells and maintaining the pluripotent stem cells in an undifferentiated state, the method comprising culturing the pluripotent stem cells in a suspension culture under culturing conditions devoid of substrate adherence and devoid of cell encapsulation and which allow expansion of the pluripotent stem cells in the undifferentiated state, wherein a culture medium of said suspension culture is serum-free and feeder cell-free, said culture medium comprises ascorbic acid at a concentration range of 400-600 μg/ml, basic fibroblast growth factor (bFGF) at a concentration range of 50-200 ng/ml, thereby expanding and maintaining the pluripotent stem cells in the undifferentiated state, wherein the pluripotent stem cells are human embryonic stem cells or human induced pluripotent stem cells.
Device for dynamically stabilizing the grid frequency (f) of an integrated grid for supplying electric power, which integrated grid has at least one electrical line to which at least one consumer and at least one energy generator are connected, which energy generator in each case feeds a first electric power into the integrated grid at a predefined setpoint frequency (fNom), with compensation of deviations (An, Ap) that occur of the grid frequency (f) from the setpoint frequency (fNom) through the at least one energy generator, having an upper and a lower limit frequency (fGo, fGu), wherein each positive deviation (Ap) is below the upper limit frequency (fGo) and each negative deviation (An) is above the lower limit frequency (fGu), characterized in that a series transformer is present, the primary winding of which is coupled to a coupling point of a line, in that a converter (SVC PLUS) is connected to the secondary winding of the series transformer, which converter has a DC current circuit having an energy store, and in that, for the compensation, the converter (SVC PLUS) also in each case couples a second electric power out of the line in the case of a positive deviation (Ap) and couples a second electric power into the line in the case of a negative deviation (An), wherein the second electric power is an active power.