mhurhangee/ep-ind-claims huggingface dataset:
A printing apparatus comprising: a transport belt configured to transport a print medium; a print head configured to discharge ink to form an image on the print medium placed on the transport belt; a carriage that mounts the print head thereon and is configured to scan in an intersecting direction that intersects a transport direction of the print medium; a sensor configured to detect a non-printable area of the print medium where the print medium placed on the transport belt and the print head can come into contact with each other by detecting a height of the print medium; and a control section configured to retract the carriage from a position where the image is formed by the print head when the sensor detects the non-printable area, which is an area of the medium having a height equal to or greater than a predetermined value, during printing, cause the transport belt to transport the print medium until the non-printable area is positioned downstream of the print head in the transport direction, and continue printing from a printable area adjacent to the non-printable area, wherein when the sensor detects the non-printable area having the height equal to or greater than the predetermined value, the control section is configured to cause the carriage to scan up to beyond the printing area, the printing area being an area of the print medium in which the print head is configured to discharge the ink to form an image, into a non-printing area that does not include the print medium placed on the transport belt, thereby retracting the carriage. a transport belt configured to transport a print medium; a print head configured to discharge ink to form an image on the print medium placed on the transport belt; a carriage that mounts the print head thereon and is configured to scan in an intersecting direction that intersects a transport direction of the print medium; a sensor configured to detect a non-printable area of the print medium where the print medium placed on the transport belt and the print head can come into contact with each other by detecting a height of the print medium; and a control section configured to retract the carriage from a position where the image is formed by the print head when the sensor detects the non-printable area, which is an area of the medium having a height equal to or greater than a predetermined value, during printing, cause the transport belt to transport the print medium until the non-printable area is positioned downstream of the print head in the transport direction, and continue printing from a printable area adjacent to the non-printable area, wherein when the sensor detects the non-printable area having the height equal to or greater than the predetermined value, the control section is configured to cause the carriage to scan up to beyond the printing area, the printing area being an area of the print medium in which the print head is configured to discharge the ink to form an image, into a non-printing area that does not include the print medium placed on the transport belt, thereby retracting the carriage.
A medical synthesis system having at least one supporting element and at least one synthesis element, wherein the supporting element is provided for fastening in an organic structure, wherein the synthesis element is provided for the fastening to the already fastened supporting element; and in that the synthesis element and the supporting element form a non-releasable coherent unit during the application, characterized in that the supporting element is a screw having a screw head and wherein the synthesis element can be welded onto the screw head or wherein the supporting element is a pin (10", 26) having a head (12") or a mounting surface and wherein the synthesis element can be welded onto the head (12") of the pin (10") or onto the mounting surface of the pin having a recess for the reception of auxiliary materials or plastically deformed materials or wherein the supporting element consists of a screw and a retaining bracket and wherein the synthesis element can be welded onto the retaining bracket using an auxiliary material.
A vehicle comprising: a machine controller; a steering system; a propulsion system; a braking system; a sensor system (210, 400); and a knowledge base used by the machine controller, wherein the machine controller is connected to the steering system, the propulsion system, the braking system; and the sensor system (210, 400), wherein the machine controller is operable to identify a dynamic condition in an environment around the vehicle and to send commands to the steering system, the propulsion system, and the braking system to move the vehicle using the knowledge base comprising a fixed knowledge base and a learned knowledge base, characterized in that the fixed knowledge base comprises an online knowledge base that dynamically provides information to the machine controller which enables adjustment to sensor data processing by the machine controller and wherein the machine controller is operable to identify the environment around the vehicle using the online knowledge base. a machine controller; a steering system; a propulsion system; a braking system; a sensor system (210, 400); and a knowledge base used by the machine controller, wherein the machine controller is connected to the steering system, the propulsion system, the braking system; and the sensor system (210, 400), wherein the machine controller is operable to identify a dynamic condition in an environment around the vehicle and to send commands to the steering system, the propulsion system, and the braking system to move the vehicle using the knowledge base comprising a fixed knowledge base and a learned knowledge base, characterized in that the fixed knowledge base comprises an online knowledge base that dynamically provides information to the machine controller which enables adjustment to sensor data processing by the machine controller and wherein the machine controller is operable to identify the environment around the vehicle using the online knowledge base.
A measurement device, comprising: a first magnetic field generating means for generating a magnetic field of a set size; a second magnetic field generating means for generating a magnetic field of a size that differs from that of the magnetic field of the first magnetic field generating means; a rotational movement means for causing a measurement subject to pass in sequence through the magnetic fields of the first and second magnetic field generating means (5, 6) by causing the measurement subject or the first and second magnetic field generating means (5, 6) to move rotationally; characterized in that the measurement device further comprises a measurement means that is configured to measure images of the measurement subject in different magnetic fields without stopping rotational movement of the measurement subject or the magnetic field generating means (5, 6) while the measurement subject is or the magnetic field generating means (5, 6) are being moved rotationally by the rotational movement means. a first magnetic field generating means for generating a magnetic field of a set size; a second magnetic field generating means for generating a magnetic field of a size that differs from that of the magnetic field of the first magnetic field generating means; a rotational movement means for causing a measurement subject to pass in sequence through the magnetic fields of the first and second magnetic field generating means (5, 6) by causing the measurement subject or the first and second magnetic field generating means (5, 6) to move rotationally;
A method performed by a user equipment, UE (100, 200), configured to operate in a wireless communication system, the method comprising: obtaining information regarding groups of at least one search space set related to physical downlink control channel, PDCCH, monitoring, wherein the groups comprise a first group and a second group; performing the PDCCH monitoring according to a search space set related to the second group based on the information regarding the groups; based on first downlink control information, DCI, scheduling uplink transmission in an unlicensed band being received: (i) performing a channel access procedure, CAP, for the uplink transmission to access the unlicensed band; and (ii) performing the uplink transmission based on the CAP, and wherein based on information related to a channel occupancy time, COT, being indicated by second DCI: (i) the PDCCH monitoring is started according to a search space set related to the first group after the COT, and (ii) the PDCCH monitoring is ended according to the search space set related to the second group after the COT, wherein the second DCI comprises information related to occupied frequency resources in the unlicensed band, and wherein a size of the frequency resources is an N multiple of the size of a frequency unit in which the CAP is performed, and N is a natural number. obtaining information regarding groups of at least one search space set related to physical downlink control channel, PDCCH, monitoring, wherein the groups comprise a first group and a second group; performing the PDCCH monitoring according to a search space set related to the second group based on the information regarding the groups; based on first downlink control information, DCI, scheduling uplink transmission in an unlicensed band being received: (i) performing a channel access procedure, CAP, for the uplink transmission to access the unlicensed band; and (ii) performing the uplink transmission based on the CAP, and (i) performing a channel access procedure, CAP, for the uplink transmission to access the unlicensed band; and (ii) performing the uplink transmission based on the CAP, and wherein based on information related to a channel occupancy time, COT, being indicated by second DCI: (i) the PDCCH monitoring is started according to a search space set related to the first group after the COT, and (ii) the PDCCH monitoring is ended according to the search space set related to the second group after the COT, (i) the PDCCH monitoring is started according to a search space set related to the first group after the COT, and (ii) the PDCCH monitoring is ended according to the search space set related to the second group after the COT, wherein the second DCI comprises information related to occupied frequency resources in the unlicensed band, and wherein a size of the frequency resources is an N multiple of the size of a frequency unit in which the CAP is performed, and N is a natural number.
A drug-coated balloon catheter for delivering a therapeutic agent to a target site of a body lumen stricture, the balloon catheter comprising: an elongated balloon having a main diameter, wherein the elongated balloon has a length of 20 mm to 160 mm; and a coating layer overlying an exterior surface of the balloon, wherein the coating layer comprises one or more water-soluble additives and an initial drug load of a therapeutic agent, wherein the balloon comprises at least one neck section on the balloon comprising a smaller diameter than the main diameter when the balloon is inflated, the at least one neck section dividing the balloon into at least two main sections each having a diameter, and wherein the therapeutic agent is chosen from paclitaxel, docetaxel, sirolimus, everolimus, tacrolimus, mTOR inhibitors, and combinations thereof. an elongated balloon having a main diameter, wherein the elongated balloon has a length of 20 mm to 160 mm; and a coating layer overlying an exterior surface of the balloon, wherein the coating layer comprises one or more water-soluble additives and an initial drug load of a therapeutic agent, wherein the balloon comprises at least one neck section on the balloon comprising a smaller diameter than the main diameter when the balloon is inflated, the at least one neck section dividing the balloon into at least two main sections each having a diameter, and wherein the therapeutic agent is chosen from paclitaxel, docetaxel, sirolimus, everolimus, tacrolimus, mTOR inhibitors, and combinations thereof.
A method for producing poly-3-hydroxyalkanoic acid, the method comprising adjusting the pH of an aqueous poly-3-hydroxyalkanoic acid suspension to fall within an acidic region by adding an acid to obtain agglomerates of poly-3-hydroxyalkanoic acid.
A data packet processing method, characterized by comprising: creating a Channel Node Mapping Table, CNMT, at a local node, wherein the CNMT is used for indicating a multimedia service flow and local-decap Bit Position, BP, information of the local node for each Next Next Hop, NNH, on which a pop-up operation is not required to be executed, of an adjacent node; and when the adjacent node fails, performing Fast ReRouter, FRR, protection on a data packet to be sent to the adjacent node according to the CNMT, wherein the data packet contains Bit Index Explicit Replication, BIER, Multicast Identifier, BMID, information. creating a Channel Node Mapping Table, CNMT, at a local node, wherein the CNMT is used for indicating a multimedia service flow and local-decap Bit Position, BP, information of the local node for each Next Next Hop, NNH, on which a pop-up operation is not required to be executed, of an adjacent node; and when the adjacent node fails, performing Fast ReRouter, FRR, protection on a data packet to be sent to the adjacent node according to the CNMT, wherein the data packet contains Bit Index Explicit Replication, BIER, Multicast Identifier, BMID, information.
A coryneform bacterium capable of utilizing D-xylose, wherein said coryneform bacterium expresses an exogenous gene which encodes an L-arabinose transport system proton symporter, and wherein said exogenous gene is a DNA comprising the base sequence of SEQ ID NO:13.
A selective catalytic reduction system for treating exhaust gas in an exhaust passage, the system comprising: a hydrolysis catalyst located in the exhaust passage; a diesel exhaust fluid dosing unit configured to inject DEF onto the hydrolysis catalyst; a SCR catalyst located in the passage downstream of the hydrolysis catalyst; and a controller adapted to control DEF dosing by the dosing unit between an on state and an off state, characterised in that the controller is configured to control the DEF dosing unit when in the on state such that: (i) the DEF is injected at a modulated pulse frequency of less than or equal to 1 Hertz; and (ii) the DEF dosing unit injects DEF at a modulated pulse width of at least 1s. a hydrolysis catalyst located in the exhaust passage; a diesel exhaust fluid dosing unit configured to inject DEF onto the hydrolysis catalyst; a SCR catalyst located in the passage downstream of the hydrolysis catalyst; and a controller adapted to control DEF dosing by the dosing unit between an on state and an off state, (i) the DEF is injected at a modulated pulse frequency of less than or equal to 1 Hertz; and (ii) the DEF dosing unit injects DEF at a modulated pulse width of at least 1s.
Hearing device system (1, 51), comprising a hearing device having an acoustoelectric input transducer for picking up a sound signal and converting the latter into an electrical input signal, having a signal processing unit connected to the input transducer for processing the input signal and having an electroacoustic output transducer connected to the signal processing unit for converting the processed input signal into an audible output signal, and comprising a sensor (5, 53) for capturing a measured value of at least one biological measured variable and for outputting an electrical information signal carrying information about the measured value, wherein the signal processing unit used for processing the input signal is also connected to the sensor (5, 53) for signalling purposes and is additionally set up and configured to process the information signal, characterized in that the information signal is connected to the input signal on the input side of the signal processing unit.
Motor vehicle comprising a plurality of safety devices, which safety devices are to be actively operated, for the purpose of activation, by a person inside the motor vehicle, the operation process being accompanied or indicated by acoustic and/or visual means, wherein means are provided which, during an unrolling process, detected by a sensor system, of a seat belt from a stored position into a closed position, signal the unrolling process by means of an acoustic accompanying signal and signal successful insertion of a seat belt buckle tongue into a seat belt buckle by a signal that is acoustically different therefrom, and/or wherein means are provided which, during the unrolling process, indicate, visually on a display, the unrolling process of the seat belt by means of a first image display and indicate the successful insertion by means of a second image display.
A vacuum pump having a rotor such that a cylindrical rotor formed in a substantially cylindrical shape out of a fiber-reinforced composite material is joined to a rotor of another material and forming a thread groove pump or a Gaede pump, wherein said cylindrical rotor is formed as a multilayer structure that includes hoop layers in which fibers are oriented in less than 45 degrees with respect to a circumferential direction, and characterised in that a protective countermeasure is provided at an outer periphery of an outermost layer, from among said hoop layers, so as to prevent shredding fibers in the layer that constitutes said outermost layer at least at a joining portion of said cylindrical rotor, wherein said protective countermeasure is one of: a) a resin layer provided outside of said hoop layers so as to reduce irregularities in the surface of said cylindrical rotor at least at said joining portion in said cylindrical rotor; or b) a helical layer in which fibers are oriented in 45 degrees or more with respect to the circumferential direction and which is provided outside of said hoop layers at least at said joining portion in said cylindrical rotor; or c) a range of a removal processing the outer periphery of said cylindrical rotor is set to at least a part of a portion other than said joining portion, wherein said cylindrical rotor is formed in such a manner that said hoop layers constitute an outermost layer. a) a resin layer provided outside of said hoop layers so as to reduce irregularities in the surface of said cylindrical rotor at least at said joining portion in said cylindrical rotor; or b) a helical layer in which fibers are oriented in 45 degrees or more with respect to the circumferential direction and which is provided outside of said hoop layers at least at said joining portion in said cylindrical rotor; or c) a range of a removal processing the outer periphery of said cylindrical rotor is set to at least a part of a portion other than said joining portion, wherein said cylindrical rotor is formed in such a manner that said hoop layers constitute an outermost layer.
Method for binding a bundle of leaves in a binding back, whereby the bundle is placed with an edge of the leaves in the binding back and fastened therein, whereby for the binding use is made of a bundle of leaves of which a strip of each of the leaves is individually folded beforehand along a first line to form a first fold line that extends parallel to and at a first distance (A') from said edge, characterised in that the strip is subsequently folded again along a second line to form a second fold line (3") that extends parallel to and at a second distance (A") from said edge whereby the first distance is different from the second distance.
A refrigerant circuit comprising a compressor, a low pressure branch, a high pressure branch, a condenser which is connected with the high pressure side of the compressor and the high pressure branch, an evaporator which is connected with the low pressure side of the compressor and a heat exchanger which in one flow direction can be operated as evaporator, wherein the heat exchanger has a first port, which in the evaporator mode is connected with the high pressure branch via an expansion valve, and a second port which in the evaporator mode is connected with a low pressure side of the compressor, characterized in that said heat exchanger can be operated as condenser in a reverse flow direction, wherein in the condenser mode said first port is connected directly with the high-pressure branch, and in the condenser mode said second port is connected with a high pressure side of the compressor.
A method of controlling a reproduction unit for restoring an acoustic field so as to obtain a reproduced acoustic field of specific characteristics independent of the intrinsic characteristics of reproduction of said unit, said reproduction unit comprising a plurality of reproduction elements (3 1 to 3 N), characterized in that it comprises at least: - a step of establishing a finite number of coefficients corresponding to a decomposition of said acoustic field to reproduce as a linear combination of spatio-temporal functions such that the coefficients are representative of the distribution in time and in the three dimensions in space of said acoustic field to be reproduced; - a step of determining reconstruction filters representative of said reproduction unit, comprising a substep of taking into account at least spatial characteristics of said reproduction unit, the spatial characteristics comprising a distance between the reproduction elements (3 1 to 3 N) and a predetermined arbitrary center, and an angular position of the reproduction elements with respect to the center, the angular position comprising an orientation in the vertical plane and an orientation in the horizontal plane; - a step of determining at least one control signal (sc 1 to sc N) for said elements (3 1 to 3 N) of said reproduction unit, said at least one signal being obtained by the application, to said coefficients, of said reconstruction filters; and - a step of delivering said at least one control signal (sc 1 to sc N), with a view to an application to said reproduction elements (3 1 to 3 N) so as to generate said acoustic field reproduced by said reproduction unit. - a step of establishing a finite number of coefficients corresponding to a decomposition of said acoustic field to reproduce as a linear combination of spatio-temporal functions such that the coefficients are representative of the distribution in time and in the three dimensions in space of said acoustic field to be reproduced; - a step of determining reconstruction filters representative of said reproduction unit, comprising a substep of taking into account at least spatial characteristics of said reproduction unit, the spatial characteristics comprising a distance between the reproduction elements (3 1 to 3 N) and a predetermined arbitrary center, and an angular position of the reproduction elements with respect to the center, the angular position comprising an orientation in the vertical plane and an orientation in the horizontal plane; - a step of determining at least one control signal (sc 1 to sc N) for said elements (3 1 to 3 N) of said reproduction unit, said at least one signal being obtained by the application, to said coefficients, of said reconstruction filters; and - a step of delivering said at least one control signal (sc 1 to sc N), with a view to an application to said reproduction elements (3 1 to 3 N) so as to generate said acoustic field reproduced by said reproduction unit.
A terminal for a toothed belt comprising a hollow rectangular body, comprising a frontal plate (1.1) and a rear plate (1.2), between which an internal hollow space (1.3) is defined, characterised in that a toothed belt, a toothed plate and a tab are housed in said internal hollow space (1.3), the toothed belt being coupled to the toothed plate and all of these being fastened to the hollow rectangular body by means of a number of screws, which upon being threaded, apply pressure to the toothed plate, the latter then transmitting the pressure to the toothed belt.