mhurhangee/patent-ind-claim-en huggingface dataset:
A laser exposure method for a plate surface of a cylindrical plate , which uses a laser exposure apparatus including a laser head portion including: a laser light source for oscillating laser light; a light modulation portion for spatially arraying and partitioning the laser light by a plurality of control signals to obtain a plurality of laser beams; a projection optical portion for performing reduced size projection of the plurality of arrayed laser beams exiting from the light modulation portion; and scanning means for scanning the plurality of laser beams with respect to a photosensitive film, the laser head portion generating a plurality of laser spots to be arrayed on an imaging portion of the projection optical portion , the plurality of laser spots each comprising a rectangular laser spot having a rectangular shape in which a size in a width direction is larger than a size in a height direction orthogonal to the width direction, the laser exposure method comprising: scanning the plurality of laser beams to form a laser spot array having a predetermined length on the photosensitive film on the plate surface of the cylindrical plate ; and exposing the photosensitive film coated on a the plate surface to laser beams, to thereby form a photosensitized part and a non-photosensitized part, characterized in that the scanning comprises sequentially scanning, for exposure, a laser spot array on a subsequent rotation so that at least a half region of a scanned laser spot array on a previous rotation in a width direction thereof is subjected to superimposed exposure. a laser light source for oscillating laser light; a light modulation portion for spatially arraying and partitioning the laser light by a plurality of control signals to obtain a plurality of laser beams; a projection optical portion for performing reduced size projection of the plurality of arrayed laser beams exiting from the light modulation portion; and scanning means for scanning the plurality of laser beams with respect to a photosensitive film, the laser head portion generating a plurality of laser spots to be arrayed on an imaging portion of the projection optical portion , the plurality of laser spots each comprising a rectangular laser spot having a rectangular shape in which a size in a width direction is larger than a size in a height direction orthogonal to the width direction, scanning the plurality of laser beams to form a laser spot array having a predetermined length on the photosensitive film on the plate surface of the cylindrical plate ; and exposing the photosensitive film coated on a the plate surface to laser beams, to thereby form a photosensitized part and a non-photosensitized part, characterized in that the scanning comprises sequentially scanning, for exposure, a laser spot array on a subsequent rotation so that at least a half region of a scanned laser spot array on a previous rotation in a width direction thereof is subjected to superimposed exposure.
A user terminal for a radio communication system employing Listen Before Talk, LBT, in carrier aggregation performed using a licensed band and an unlicensed band, the user terminal comprising: a receiving section configured to receive Received Signal Strength Indicator, RSSI, measurement timing configuration, MTC, information for the unlicensed band, wherein the MTC information includes information indicating a duration of the RSSI measurement, information indicating a frequency of the RSSI measurement, information indicating a cycle of the RSSI measurement and information indicating a timing of the RSSI measurement with reference to a subframe timing of a connecting cell, a measurement section configured to make an RSSI measurement for a specific frequency carrier, based on the MTC information and Measurement Gap Configuration, MGC; and a transmission section configured to transmit a measurement result. a receiving section configured to receive Received Signal Strength Indicator, RSSI, measurement timing configuration, MTC, information for the unlicensed band, wherein the MTC information includes information indicating a duration of the RSSI measurement, information indicating a frequency of the RSSI measurement, information indicating a cycle of the RSSI measurement and information indicating a timing of the RSSI measurement with reference to a subframe timing of a connecting cell, a measurement section configured to make an RSSI measurement for a specific frequency carrier, based on the MTC information and Measurement Gap Configuration, MGC; and a transmission section configured to transmit a measurement result.
An optimizing method of a suction condition of a microparticle , comprising: a particle number counting step of detecting a time point when the microparticle passes through a predetermined position on a main flow path through which liquid containing the microparticle flows, sucking the microparticle from the main flow path to a microparticle suction flow path by the microparticle suction flow path with a predetermined suction force (D 0 , D n , D z ), and counting the number of microparticles sucked into the microparticle suction flow path; and a step of determining an optimized elapsed time at which the suction by the microparticle suction flow path should be performed, the elapsed time being a time from passage through the predetermined position to performing the suction by the microparticle suction flow path, the optimizing method of the suction condition of the microparticle further comprising a repeating step of repeating the particle number counting step while changing the time from the time point when the microparticle passes through the predetermined position on the main flow path until the suction is performed, wherein the optimized elapsed time is determined on basis of the times obtained in the repeating step and the numbers of counted microparticles obtained in the repeating step. a particle number counting step of detecting a time point when the microparticle passes through a predetermined position on a main flow path through which liquid containing the microparticle flows, sucking the microparticle from the main flow path to a microparticle suction flow path by the microparticle suction flow path with a predetermined suction force (D 0 , D n , D z ), and counting the number of microparticles sucked into the microparticle suction flow path; and a step of determining an optimized elapsed time at which the suction by the microparticle suction flow path should be performed, the elapsed time being a time from passage through the predetermined position to performing the suction by the microparticle suction flow path, the optimizing method of the suction condition of the microparticle further comprising a repeating step of repeating the particle number counting step while changing the time from the time point when the microparticle passes through the predetermined position on the main flow path until the suction is performed, wherein the optimized elapsed time is determined on basis of the times obtained in the repeating step and the numbers of counted microparticles obtained in the repeating step.
An orthopaedic device with an end effector , a driving device which is configured to drive the end effector by transmitting a torque from the driving device to the end effector , and an overload protection , characterized by the fact that the overload protection is configured to only prevent a transmission of a torque from the end effector to the driving device up to a threshold torque in at least one direction and to allow it above the threshold torque, wherein the overload protection comprises at least one first coupling element and a second coupling element , which can be rotated relative to one another and which are coupled magnetically. an end effector , a driving device which is configured to drive the end effector by transmitting a torque from the driving device to the end effector , and an overload protection ,
A clutch system for a torque transmission having an input arranged for connection to a drive source, and an output arranged for connection to a load, the clutch system including: a first rotatable unit connectable to the input, including at least one first abutment surface ; a second rotatable unit connectable to the output, including at least one second abutment surface arranged for selectively engaging the first abutment surface , the first and second abutment surfaces being adapted to each other so as to allow disengaging under load; a third rotatable unit including at least one retaining member , characterized in that said third rotatable unit is arranged for selectively being in a first position or a second position relative to the second rotatable unit , wherein the at least one retaining member in the first position locks the at least one second abutment surface in engagement with the at least one first abutment surface for rotationally coupling the second rotatable unit to the first rotatable unit , and in the second position releases the at least one second abutment surface for disengagement of the at least one first abutment surface for decoupling the second rotatable unit from the first rotatable unit . a first rotatable unit connectable to the input, including at least one first abutment surface ; a second rotatable unit connectable to the output, including at least one second abutment surface arranged for selectively engaging the first abutment surface , the first and second abutment surfaces being adapted to each other so as to allow disengaging under load; a third rotatable unit including at least one retaining member , characterized in that said third rotatable unit is arranged for selectively being in a first position or a second position relative to the second rotatable unit , wherein the at least one retaining member in the first position locks the at least one second abutment surface in engagement with the at least one first abutment surface for rotationally coupling the second rotatable unit to the first rotatable unit , and in the second position releases the at least one second abutment surface for disengagement of the at least one first abutment surface for decoupling the second rotatable unit from the first rotatable unit .
Injector for injection molding, comprising: - a plasticizing cylinder with a plasticizing chamber wherein a plasticizing screw is disposed, - a collector having a feeding duct in communication with the plasticizing chamber , - an injection nozzle having a discharge duct in communication with said feeding duct , and - a needle that is moved axially in the discharge duct to close an outlet hole of the discharge duct, passing from a retracted position to an advanced position; wherein a gap is provided between the needle and the discharge duct , - volume reduction means disposed in the discharge duct and suitable for reducing the volume of the gap between the needle and the discharge duct, in such a way to minimize the air volume that can be trapped in said gap between needle and discharge duct; said volume reduction means radially protruding from a body of said injection nozzle and/or said needle ; when said volume reduction means are integral with the body of the nozzle, they are spaced apart from said needle and they do not touch the needle; when said volume reduction means are integral with said needle, they are spaced apart from the internal walls of the discharge conduit and they do not touch the internal walls of the discharge duct, so that said volume reduction means cannot cause the wear of said needle or of said walls of the discharge duct ; wherein said outlet hole of the discharge duct has a surface (S1) in cross section, said discharge duct has a surface (S2) in cross section, said volume reduction means have a surface (S3) in cross section, and said needle has a surface (S4) in cross section; characterized in that the flow passage surface given by the surface (S2) of the discharge ducts minus the surface (S2) of the volume reduction means minus the surface (S3) of the nozzle being lower than or equal to the surface (S1) of the outlet hole of the discharge duct. - a plasticizing cylinder with a plasticizing chamber wherein a plasticizing screw is disposed, - a collector having a feeding duct in communication with the plasticizing chamber , - an injection nozzle having a discharge duct in communication with said feeding duct , and - a needle that is moved axially in the discharge duct to close an outlet hole of the discharge duct, passing from a retracted position to an advanced position; wherein a gap is provided between the needle and the discharge duct , - volume reduction means disposed in the discharge duct and suitable for reducing the volume of the gap between the needle and the discharge duct, in such a way to minimize the air volume that can be trapped in said gap between needle and discharge duct; said volume reduction means radially protruding from a body of said injection nozzle and/or said needle ;
Posiphen, or a pharmaceutically acceptable salt of posiphen, for use in the treatment or prevention of acute brain or nerve injury.
Transport device which can be secured to a rear vehicle hitch, the hitch comprising a supporting arm (B) and a connecting body (S) mounted on the supporting arm (B) and defining a widening of the arm (B), said transport device comprising a supporting portion designed to support objects to be transported, for example a bicycle, and a hitching portion which can be hitched to the connecting body (S) of the hitch, said supporting portion and said hitching portion being contiguous in a main direction (X) of said transport device , wherein said hitching portion comprises a seat for housing the connecting body (S) and at least one movable wall (21; 210) in a lateral position with respect to said main direction (X) and movable between two positions, a first position in which the connecting body (S) is allowed access to the seat by means of a movement in which the transport device and the connecting body (S) come closer to each other in a direction of insertion (I), said direction of insertion being transverse to said main direction (X) and to a vertical axis, and a second position in which said movable wall closes said seat , holding said connecting body (S) within the seat, wherein said seat furthermore has a narrowing which defines a pair of abutment surface configured to meet the connecting body (S) and/or the arm (B) in such a way as to limit a rotational movement of the transport device in relation to said hitch about an axis defined by said direction of insertion (I), characterized in that said direction of insertion (I) is transverse to said main direction (X), and in that said abutment surfaces defined by said narrowing are made on a main body of said hitching portion and are located laterally with respect to said movable wall (21; 210) when it is placed in said second position in which it closes said seat and in that said abutment surfaces are configured so as to be placed in opposite areas of the arm (B) along said main direction (X).
Device for measuring the height of people, which has a vertical element and a headpiece arranged in a positionable manner on the vertical element , said headpiece being arranged in a twistable manner relative to the vertical element by way of a pivot joint , and the headpiece extends, in a working position, with a longitudinal axis substantially transverse to a longitudinal axis of the vertical element , characterized in that an axis of rotation of the pivot joint is arranged obliquely with respect to a longitudinal axis of the vertical element , in that the axis of rotation extends in inclined manner with respect to a horizontal direction, and in that a catch is used for at least one position of the headpiece relative to the vertical element .
A computer program product, comprising a group of program code which, when the program is executed by a computer, causes the computer to carry out the method comprising: receiving , by a flow classifier, a service chain selection and control policy sent by a policy and charging rules function, PCRF, unit, wherein the service chain selection and control policy comprises a service chain identifier and a correspondence between the service chain and a hash quantity, and the service chain selection and control policy is used to instruct the flow classifier to hash a service flow passing through the service chain, into subflows according to the hash quantity, and the hash quantity is used to indicate a quantity of subflows that the service flow passing through the service chain is to be hashed into; hashing , by the flow classifier according to the hash quantity, the service flow corresponding to the service chain identifier, to obtain multiple subflows, and adding the service chain identifier and hashing factors to packets of the subflows, wherein different subflows correspond to different hashing factors; and sending , by the flow classifier, the packets of the subflows after the service chain identifier and the hashing factors are added, to a forwarding device. receiving , by a flow classifier, a service chain selection and control policy sent by a policy and charging rules function, PCRF, unit, wherein the service chain selection and control policy comprises a service chain identifier and a correspondence between the service chain and a hash quantity, and the service chain selection and control policy is used to instruct the flow classifier to hash a service flow passing through the service chain, into subflows according to the hash quantity, and the hash quantity is used to indicate a quantity of subflows that the service flow passing through the service chain is to be hashed into; hashing , by the flow classifier according to the hash quantity, the service flow corresponding to the service chain identifier, to obtain multiple subflows, and adding the service chain identifier and hashing factors to packets of the subflows, wherein different subflows correspond to different hashing factors; and sending , by the flow classifier, the packets of the subflows after the service chain identifier and the hashing factors are added, to a forwarding device.
A method for determining the amount of thyroglobulin in a test sample, comprising: (a) digesting thyroglobulin from said test sample with trypsin to form peptide T129 consisting of the sequence VIFDANPVAVR; (b) purifying said peptide T129 from step (a); (c) ionizing said peptide T129 from step (b) to generate a multiply charged ion detectable by mass spectrometry; (d) detecting the amount of one or more ions by mass spectrometry; wherein the amount of said ion(s) detected is related to the amount of said thyroglobulin in said test sample. (a) digesting thyroglobulin from said test sample with trypsin to form peptide T129 consisting of the sequence VIFDANPVAVR; (b) purifying said peptide T129 from step (a); (c) ionizing said peptide T129 from step (b) to generate a multiply charged ion detectable by mass spectrometry; (d) detecting the amount of one or more ions by mass spectrometry; wherein the amount of said ion(s) detected is related to the amount of said thyroglobulin in said test sample.
A method for displaying a user interface of a first device on a second device , the method comprising: receiving, by the second device from the first device , a message containing at least information that identifies computer readable instructions stored in the first device ; downloading , by the second device from the first device , the computer readable instructions of the first device based on the received message ; and displaying , on the second device , at least a part of a user interface of the first device determined by the downloaded computer readable instructions ; characterized in that the message is received in response to a change in an operation state of the first device , wherein the change in operation state comprises a scheduled switch on or a scheduled switch off; and the computer readable instructions are used to transmit at least one control message from the second device to the first device . receiving, by the second device from the first device , a message containing at least information that identifies computer readable instructions stored in the first device ; downloading , by the second device from the first device , the computer readable instructions of the first device based on the received message ; and displaying , on the second device , at least a part of a user interface of the first device determined by the downloaded computer readable instructions ; characterized in that the message is received in response to a change in an operation state of the first device , wherein the change in operation state comprises a scheduled switch on or a scheduled switch off; and the computer readable instructions are used to transmit at least one control message from the second device to the first device .
A method for producing a rigid-foam film, in particular for use as a core layer in sandwich composite elements, in which the compressive strength perpendicular to its surface extension is higher than parallel to the surface extension, from a foam block made of a thermoplastic, extruded, in particular partially crystalline and/or closed-cell, PET-plastic rigid-foam material, the method comprising the steps of - providing the foam block whose PET-plastic rigid-foam material has a higher compressive strength along a thickness extension axis (V s ) than perpendicular thereto, - obtaining the rigid-foam film from the foam block by separating a film section from the foam block by cutting the foam block by means of a knife , which has a cutting edge , along a feed axis (V b ) extending perpendicular to the thickness extension axis (V s ), the film section becoming longer over the duration of the cutting process along the feed axis (V b ), - lifting the separated film section from the knife by elastic bending of the separated film section to reduce the friction forces acting on the knife during the cutting process, characterized in that the PET-plastic rigid-foam material, in particular the foam block and/or the separated film section , is at least partially heated to a processing temperature above the glass transition temperature of the PET-plastic rigid-foam material minus 20°C and below 210 °C in such a manner that the PET-plastic rigid-foam material becomes so elastically bendable that the separated film section can be lifted from the knife by elastic bending after passing the cutting edge of the knife . - providing the foam block whose PET-plastic rigid-foam material has a higher compressive strength along a thickness extension axis (V s ) than perpendicular thereto, - obtaining the rigid-foam film from the foam block by separating a film section from the foam block by cutting the foam block by means of a knife , which has a cutting edge , along a feed axis (V b ) extending perpendicular to the thickness extension axis (V s ), the film section becoming longer over the duration of the cutting process along the feed axis (V b ), - lifting the separated film section from the knife by elastic bending of the separated film section to reduce the friction forces acting on the knife during the cutting process,