mhurhangee/ep-ind-claims huggingface dataset:
A manoeuvring system of a ship having two propulsion systems of a port-side propulsion system including a port-side propulsion device and a port-side rudder and a starboard-side propulsion system including a starboard-side propulsion device and a starboard-side rudder, at its stern, the ship manoeuvring system comprising a manoeuvring control device configured to perform at least one of transverse control and pivot turning heading control, wherein said transverse control carries out to obtain propulsive force in the longitudinal direction of the ship due to a difference between a backward force (Ta, Tb) of the propulsion system (2, 3) on one broadside and a forward force (Tb, Ta) of the propulsion system (3, 2) on another broadside, and move the ship to the direction of said one broadside, while avoiding turning round of the ship, by cancelling a first turning moment in a turning direction of the ship generated by a backward force (Ta, Tb) of the propulsion system (2, 3) of said one broadside and a forward force (Tb, Ta) of the propulsion system (3, 2) on another broadside, by a second turning moment in a turning direction of the ship generated by steering the rudder (3b, 3a) of the propulsion system (3, 2) on said another broadside; and wherein said pivot turning heading control carries out to zero out a propulsive force in the longitudinal direction of the ship due to cancelling a backward force of the propulsion system (2, 3) on one broadside by a forward force of the propulsion system on another broadside, and also obtain a turning-round moment of the ship in a turning direction by adding a second turning moment in a turning direction of the ship generated by steering the rudder (2b, 3b) of the propulsion system (2, 3) on said one broadside to a first turning moment in the turning direction of the ship generated by the backward force (Ta, Tb) of the propulsion system of said one broadside and a forward force (Tb, Ta) of the propulsion system (3, 2) on said another broadside, so as to cause the bow of the ship to turn heading on the spot to the direction of said another broadside.
A rolling bearing for a rocker arm comprising: an outer ring in rolling contactable with a camshaft of an engine; an inner ring placed inside said outer ring and fixable to the rocker arm; and a plurality of rolling elements provided between said outer ring and said inner ring, wherein all of said outer ring, said inner ring and said rolling elements have nitrogen-rich layers, an austenite crystal grain size number of said inner ring and said rolling elements is in a range exceeding 10, a surface hardness Hv of said inner ring and said rolling elements is of at least 653, said outer ring is heated at a carbonitriding temperature in an ambient of a gas mixture of RX gas and ammonia gas, thereafter quenched from the carbonitriding temperature, and said inner ring and said rolling elements are heated at a carbonitriding temperature in an ambient of a gas mixture of RX gas and ammonia gas, quenched from the carbonitriding temperature, heated at a temperature lower than the carbonitriding temperature and quenched. an outer ring in rolling contactable with a camshaft of an engine; an inner ring placed inside said outer ring and fixable to the rocker arm; and a plurality of rolling elements provided between said outer ring and said inner ring, wherein all of said outer ring, said inner ring and said rolling elements have nitrogen-rich layers, an austenite crystal grain size number of said inner ring and said rolling elements is in a range exceeding 10, a surface hardness Hv of said inner ring and said rolling elements is of at least 653, said outer ring is heated at a carbonitriding temperature in an ambient of a gas mixture of RX gas and ammonia gas, thereafter quenched from the carbonitriding temperature, and said inner ring and said rolling elements are heated at a carbonitriding temperature in an ambient of a gas mixture of RX gas and ammonia gas, quenched from the carbonitriding temperature, heated at a temperature lower than the carbonitriding temperature and quenched.
Method for operating a washing machine comprising a suds container for receiving washing liquid, a rib-free drum for receiving laundry, which drum is rotatably mounted in the suds container, a motor for driving the drum, and a control device, comprising the following steps during rotation of the drum in a subcritical rotational speed range - determining an average value, a minimum and a maximum of an oscillation of a physical variable relating to the drum or the motor occurring per complete revolution of the drum over a predetermined period of time in which a plurality of revolutions of the drum take place; - forming an overall average value from the determined average values; - subtracting the formed overall average value from the relevant minimum determined per oscillation and the relevant maximum determined per oscillation in order to calculate a maximum and a minimum value per oscillation; - forming an amount from the relevant calculated maximum value and an amount from the relevant calculated minimum value; - determining a standard deviation from the formed amounts over the predetermined period of time; and - detecting, based on the determined standard deviation, whether the drum has a loading situation with rolling laundry if the determined standard deviation is greater than a predetermined limit value. - determining an average value, a minimum and a maximum of an oscillation of a physical variable relating to the drum or the motor occurring per complete revolution of the drum over a predetermined period of time in which a plurality of revolutions of the drum take place; - forming an overall average value from the determined average values; - subtracting the formed overall average value from the relevant minimum determined per oscillation and the relevant maximum determined per oscillation in order to calculate a maximum and a minimum value per oscillation; - forming an amount from the relevant calculated maximum value and an amount from the relevant calculated minimum value; - determining a standard deviation from the formed amounts over the predetermined period of time; and - detecting, based on the determined standard deviation, whether the drum has a loading situation with rolling laundry if the determined standard deviation is greater than a predetermined limit value.
RNA containing composition comprising at least one non-coding, immunostimulating RNA for use in the treatment or prophylaxis of tumor and/or cancer diseases, wherein the RNA containing composition is to be applied intratumorally especially by injection into tumor tissue, and wherein the treatment or prophylaxis comprises the administration of a PD-1 inhibitor or a PD-L1 inhibitor, wherein the PD-1 inhibitor is an antagonistic antibody directed against PD-1 and the PD-L1 inhibitor is an antagonistic antibody directed against PD-L1.
A battery unit, comprising: a coin shaped flat battery having an upper surface and a bottom surface; and a substrate fixed to one of the upper surface and the bottom surface of said coin shaped flat battery, a protection circuit being mounted on a surface of said substrate on said coin shaped flat battery side, a positive electrode terminal (67, 68) electrically connected to a positive electrode side of the coin shaped flat battery and a negative electrode terminal electrically connected to a negative electrode side of the coin shaped flat battery being formed on a surface of said substrate on an opposite side to said coin shaped flat battery. a coin shaped flat battery having an upper surface and a bottom surface; and a substrate fixed to one of the upper surface and the bottom surface of said coin shaped flat battery, a protection circuit being mounted on a surface of said substrate on said coin shaped flat battery side, a positive electrode terminal (67, 68) electrically connected to a positive electrode side of the coin shaped flat battery and a negative electrode terminal electrically connected to a negative electrode side of the coin shaped flat battery being formed on a surface of said substrate on an opposite side to said coin shaped flat battery.
A flaw-detection apparatus comprising: a flaw-detection sensor unit formed by arranging flaw-detection sensor groups, each formed of a plurality of flaw-detection sensors (11a1-11b4) disposed in substantially one row in an x-axis direction which is a scanning direction with a distance therebetween, along a y-axis direction which is a direction perpendicular to the scanning direction, so that the flaw-detection sensors (11a1-11b4) of a group have the same x-coordinate value and different y-coordinate values; and a processing device that is configured to detect a defect in an inspection object on the basis of detection signals detected by the individual flaw-detection sensors (11a1-11b4) that constitute the flaw-detection sensor unit, wherein the processing device is configured to divide the flaw-detection sensors (11a1-11b4) into groups according to rows arranged along the y-axis direction, and to perform y-axis-direction-drift removal to the detection signals detected by the flaw-detection sensors (11a1-11b4) that belong to the same groups, wherein signals having similar characteristics that occur at the same x-axis direction positions are removed, and to detect the defect in the inspection object on the basis of signals after said removal. a flaw-detection sensor unit formed by arranging flaw-detection sensor groups, each formed of a plurality of flaw-detection sensors (11a1-11b4) disposed in substantially one row in an x-axis direction which is a scanning direction with a distance therebetween, along a y-axis direction which is a direction perpendicular to the scanning direction, so that the flaw-detection sensors (11a1-11b4) of a group have the same x-coordinate value and different y-coordinate values; and a processing device that is configured to detect a defect in an inspection object on the basis of detection signals detected by the individual flaw-detection sensors (11a1-11b4) that constitute the flaw-detection sensor unit, wherein the processing device is configured to divide the flaw-detection sensors (11a1-11b4) into groups according to rows arranged along the y-axis direction, and to perform y-axis-direction-drift removal to the detection signals detected by the flaw-detection sensors (11a1-11b4) that belong to the same groups, wherein signals having similar characteristics that occur at the same x-axis direction positions are removed, and to detect the defect in the inspection object on the basis of signals after said removal.
A process for separating lignin from black liquor, the process comprising: (i) contacting the black liquor with a limited-solubility solvent, thereby forming a mixture, wherein the limited-solubility solvent comprises a 4- to 8-carbon ketone; (ii) neutralizing the mixture by addition of CO 2; (iii) filtering the mixture, thereby generating a filtrate and a filtration cake; (iv) acidifying the filtrate; (v) separating the filtrate into an organic phase and an aqueous phase; (vi) removing metal cations from the organic phase; and (vii) recovering lignin from the organic phase, wherein this comprises either evaporating the organic phase, thereby forming a solid lignin; or contacting the organic phase with water at an elevated temperature, thereby forming a lignin precipitate, and filtering the lignin precipitate, thereby collecting a solid lignin. (i) contacting the black liquor with a limited-solubility solvent, thereby forming a mixture, wherein the limited-solubility solvent comprises a 4- to 8-carbon ketone; (ii) neutralizing the mixture by addition of CO 2; (iii) filtering the mixture, thereby generating a filtrate and a filtration cake; (iv) acidifying the filtrate; (v) separating the filtrate into an organic phase and an aqueous phase; (vi) removing metal cations from the organic phase; and (vii) recovering lignin from the organic phase, wherein this comprises either evaporating the organic phase, thereby forming a solid lignin; or contacting the organic phase with water at an elevated temperature, thereby forming a lignin precipitate, and filtering the lignin precipitate, thereby collecting a solid lignin.
A terminal comprising: a receiving unit configured to receive a synchronization signal block in a different frequency band different from a frequency band including a frequency range, wherein the frequency range is 410 MHz to 7.125 GHz or 24.25 GHz to 52.6 GHz; and a transmitting unit configured to transmit a preamble in a transmission occasion for the preamble via a random access channel on a basis of the synchronization signal block, wherein the synchronization signal block and the transmission occasion are allocated to a symbol using frequency division duplex. a receiving unit configured to receive a synchronization signal block in a different frequency band different from a frequency band including a frequency range, wherein the frequency range is 410 MHz to 7.125 GHz or 24.25 GHz to 52.6 GHz; and a transmitting unit configured to transmit a preamble in a transmission occasion for the preamble via a random access channel on a basis of the synchronization signal block, wherein the synchronization signal block and the transmission occasion are allocated to a symbol using frequency division duplex.
Plastic container with a spout which can be mounted on a neck of the container and has one or more pouring apertures which can be occluded, wherein there is provided on the neck of the container at least one cam which protrudes above a wall of the neck and is formed in a blow-moulding process, and the spout (10; 20; 30) has a body (12; 22; 32) which can be connected to the neck of the container and which is formed in a manner corresponding to a peripheral contour of said neck of the container and has, in a wall (14; 24; 34) that faces towards the wall of the neck which is provided with the at least one cam, a corresponding number of receptacles (15; 25; 35) for the cam(s), characterised in that the at least one cam is formed in an inner wall of the neck of the container and the at least one receptacle (15; 25; 35) is formed in an outer wall (14; 24; 34) of the body (12; 22; 32) of the spout (10; 20; 30).
A control system comprising: a control device configured to control motion of a vehicle; and a power train system including a manual transmission, wherein the power train system includes a clutch position sensor configured to detect operation of a clutch, and a processor configured to control the power train system, and the processor is configured to convert a gear stage selected by a shift lever of the manual transmission to a control shift range of an automatic transmission, send, to the control device, specific information that enables identification of the converted control shift range, and hold, when operation of the clutch is detected by the clutch position sensor, specific information that enables identification of the control shift range at a time at which operation of the clutch is started, as the specific information to be sent to the control device wherein: the power train system further includes a neutral position sensor configured to detect that the shift lever is in a neutral position; and the processor is configured not to send specific information that enables the identification of the neutral position as the specific information to be sent to the control device when the clutch position sensor detects operation of the clutch and the neutral position sensor detects that the shift lever is in the neutral position. a control device configured to control motion of a vehicle; and a power train system including a manual transmission, wherein the power train system includes a clutch position sensor configured to detect operation of a clutch, and a processor configured to control the power train system, and the processor is configured to convert a gear stage selected by a shift lever of the manual transmission to a control shift range of an automatic transmission, send, to the control device, specific information that enables identification of the converted control shift range, and hold, when operation of the clutch is detected by the clutch position sensor, specific information that enables identification of the control shift range at a time at which operation of the clutch is started, as the specific information to be sent to the control device convert a gear stage selected by a shift lever of the manual transmission to a control shift range of an automatic transmission, send, to the control device, specific information that enables identification of the converted control shift range, and hold, when operation of the clutch is detected by the clutch position sensor, specific information that enables identification of the control shift range at a time at which operation of the clutch is started, as the specific information to be sent to the control device the power train system further includes a neutral position sensor configured to detect that the shift lever is in a neutral position; and the processor is configured not to send specific information that enables the identification of the neutral position as the specific information to be sent to the control device when the clutch position sensor detects operation of the clutch and the neutral position sensor detects that the shift lever is in the neutral position.
A heat dissipation structure for an electric circuit device, the structure including a layered structure comprising: a heatsink exposed on the electric circuit device; a thermal conductive member; and characterized by: a cooler arranged such that the thermal conductive member directly contacts with at least one of the heatsink and the cooler, wherein the thermal conductive member is a ceramic-resin composite comprising: 35 to 70 % by volume of a ceramic sintered body comprising boron nitride primary particles integrated into a three-dimensional structure, wherein the boron nitride primary particles have a mean particle diameter of 3 to 60 μm and an aspect ratio of 5 to 30; and 65 to 30 % by volume of a resin composition impregnated in the ceramic sintered body. a heatsink exposed on the electric circuit device; a thermal conductive member; and characterized by: a cooler arranged such that the thermal conductive member directly contacts with at least one of the heatsink and the cooler, wherein the thermal conductive member is a ceramic-resin composite comprising: 35 to 70 % by volume of a ceramic sintered body comprising boron nitride primary particles integrated into a three-dimensional structure, wherein the boron nitride primary particles have a mean particle diameter of 3 to 60 μm and an aspect ratio of 5 to 30; and 65 to 30 % by volume of a resin composition impregnated in the ceramic sintered body. a cooler arranged such that the thermal conductive member directly contacts with at least one of the heatsink and the cooler, wherein the thermal conductive member is a ceramic-resin composite comprising: 35 to 70 % by volume of a ceramic sintered body comprising boron nitride primary particles integrated into a three-dimensional structure, wherein the boron nitride primary particles have a mean particle diameter of 3 to 60 μm and an aspect ratio of 5 to 30; and 65 to 30 % by volume of a resin composition impregnated in the ceramic sintered body. 35 to 70 % by volume of a ceramic sintered body comprising boron nitride primary particles integrated into a three-dimensional structure, wherein the boron nitride primary particles have a mean particle diameter of 3 to 60 μm and an aspect ratio of 5 to 30; and 65 to 30 % by volume of a resin composition impregnated in the ceramic sintered body.
A free-flowing, solid salt composition resistant to caking, said salt composition comprising an anticaking agent comprising a coordination complex of iron and a salt anion of an organic acid, wherein said salt anion is selected from the group consisting of malates, polyacrylates, diphosphonates, and mixtures thereof, and an inorganic salt.
A method comprising: determining, by a computing system, that a digital fingerprint of a first segment of media content being rendered by a media presentation device matches multiple reference fingerprints each corresponding with a different respective channel; after determining that the digital fingerprint of the first segment matches the multiple reference fingerprints each corresponding with a different respective channel, performing by the computing system disambiguation based at least in part on a determination that a digital fingerprint of a second segment of the media content being rendered by the media presentation device matches a reference fingerprint corresponding with just a single channel, the disambiguation establishing that the media presentation device is receiving the media content on the single channel, wherein the first and second segments of the media content being rendered by the media presentation device are first and second respective time segments of the media content being rendered by the media presentation device, wherein the second time segment is before the first time segment; and taking action by the computing system based on the establishing that the media presentation device is receiving the media content on the single channel. determining, by a computing system, that a digital fingerprint of a first segment of media content being rendered by a media presentation device matches multiple reference fingerprints each corresponding with a different respective channel; after determining that the digital fingerprint of the first segment matches the multiple reference fingerprints each corresponding with a different respective channel, performing by the computing system disambiguation based at least in part on a determination that a digital fingerprint of a second segment of the media content being rendered by the media presentation device matches a reference fingerprint corresponding with just a single channel, the disambiguation establishing that the media presentation device is receiving the media content on the single channel, wherein the first and second segments of the media content being rendered by the media presentation device are first and second respective time segments of the media content being rendered by the media presentation device, wherein the second time segment is before the first time segment; and taking action by the computing system based on the establishing that the media presentation device is receiving the media content on the single channel.
Exchangeable piston-cylinder unit for a dispenser, wherein the piston-cylinder unit has at least one axially oriented information carrier section which partially specifies the type of the piston-cylinder unit and which has a geometrical extent in an axial direction (A k) by means of which an acquirable information is encoded, and a fastening section, wherein - the axially oriented information carrier section and the fastening section are provided on a piston head of the piston-cylinder unit, - the fastening section is arranged separately from the axially oriented information carrier section, and - the fastening section is designed such that a piston actuator of the dispenser can grip the piston head on it. - the axially oriented information carrier section and the fastening section are provided on a piston head of the piston-cylinder unit, - the fastening section is arranged separately from the axially oriented information carrier section, and - the fastening section is designed such that a piston actuator of the dispenser can grip the piston head on it.