mhurhangee/patent-ind-claim-en huggingface dataset:
A method of periodic transmission of data between a first entity and a second entity within a mobile communication network , the method comprising: obtaining, at the first entity, second entity information comprising a required receiving window time and a second entity survival time , wherein the required receiving window time is a time period within a message of a periodic transmission is expected to be received, and the second entity survival time is a time period in which an application of the second entity can continue to run without failing; providing, the message of the periodic transmission from the first entity to the second entity; and providing an ancillary message from the first entity to the second entity after an adverse response to the message of a periodic transmission is obtained by the first entity, wherein the content of the ancillary message is determined based on the adverse response, the required receiving window time and the second entity survival time . obtaining, at the first entity, second entity information comprising a required receiving window time and a second entity survival time , wherein the required receiving window time is a time period within a message of a periodic transmission is expected to be received, and the second entity survival time is a time period in which an application of the second entity can continue to run without failing; providing, the message of the periodic transmission from the first entity to the second entity; and providing an ancillary message from the first entity to the second entity after an adverse response to the message of a periodic transmission is obtained by the first entity, wherein the content of the ancillary message is determined based on the adverse response, the required receiving window time and the second entity survival time .
Installation for washing vegetables with leaves , such as salad, comprising a conveyor having a wire belt which is configured for drainage of vegetable leaves, characterised in that it comprises a substantially single-layer spreading means for the vegetable leaves on the wire belt and a device for spraying droplets onto the vegetable leaves , the kinetic energy of the droplets being acquired purely by means of gravitational force, the spraying device comprising an open-air water bath and a series of spraying nozzles which are supplied with water by the bath and which are arranged above the conveyor .
A process for making an absorbent towel paper web characterized by the steps of: a) providing a papermaking furnish characterized by : i) from 45% to 90% by weight of the dry fiber basis of the absorbent towel paper web of a refined softwood pulp fiber mixture characterized by : w) from 20% to 89.9% by weight of the dry fiber basis of the absorbent towel paper web of softwood pulp fiber; x) from 0.05% to 20% by weight of the dry fiber basis of the absorbent towel paper web of cellulose nanofilaments having an average width ranging from 30 nm to 500 nm and an aspect ratio ranging from 200 to 5000; and, y) from 0.05% to 5.0% by weight of the dry fiber basis of the absorbent towel paper web of strengthening additive; ii) from 10% to 55% by weight of the dry fiber basis of the absorbent towel paper web of a hardwood pulp fiber mixture; and, b) forming a wet fibrous web having a differential density from said paper making furnish; and, c) drying said wet fibrous web until said wet fibrous web contains not more than 10% by weight moisture. a) providing a papermaking furnish characterized by : i) from 45% to 90% by weight of the dry fiber basis of the absorbent towel paper web of a refined softwood pulp fiber mixture characterized by : w) from 20% to 89.9% by weight of the dry fiber basis of the absorbent towel paper web of softwood pulp fiber; x) from 0.05% to 20% by weight of the dry fiber basis of the absorbent towel paper web of cellulose nanofilaments having an average width ranging from 30 nm to 500 nm and an aspect ratio ranging from 200 to 5000; and, y) from 0.05% to 5.0% by weight of the dry fiber basis of the absorbent towel paper web of strengthening additive; ii) from 10% to 55% by weight of the dry fiber basis of the absorbent towel paper web of a hardwood pulp fiber mixture; and, i) from 45% to 90% by weight of the dry fiber basis of the absorbent towel paper web of a refined softwood pulp fiber mixture characterized by : w) from 20% to 89.9% by weight of the dry fiber basis of the absorbent towel paper web of softwood pulp fiber; x) from 0.05% to 20% by weight of the dry fiber basis of the absorbent towel paper web of cellulose nanofilaments having an average width ranging from 30 nm to 500 nm and an aspect ratio ranging from 200 to 5000; and, y) from 0.05% to 5.0% by weight of the dry fiber basis of the absorbent towel paper web of strengthening additive; w) from 20% to 89.9% by weight of the dry fiber basis of the absorbent towel paper web of softwood pulp fiber; x) from 0.05% to 20% by weight of the dry fiber basis of the absorbent towel paper web of cellulose nanofilaments having an average width ranging from 30 nm to 500 nm and an aspect ratio ranging from 200 to 5000; and, y) from 0.05% to 5.0% by weight of the dry fiber basis of the absorbent towel paper web of strengthening additive; ii) from 10% to 55% by weight of the dry fiber basis of the absorbent towel paper web of a hardwood pulp fiber mixture; and, b) forming a wet fibrous web having a differential density from said paper making furnish; and, c) drying said wet fibrous web until said wet fibrous web contains not more than 10% by weight moisture.
Apparatus for providing compressed gas at a spray apparatus which operates with compressed gas, wherein the apparatus comprises at least one connection means for a compressed-gas source, wherein the apparatus comprises at least one humidification unit , in particular tank, wherein the humidification unit comprises a preferably aqueous liquid which is admixed with the compressed gas, and wherein the humidification unit comprises at least one heating means (19, 19', 19ʺ, 19′′′, 19ʺʺ) for controlling the temperature of the liquid and/or of the compressed gas, and wherein the humidification unit comprises at least one feed line and at least one discharge line , wherein the at least one discharge line is designed as a heatable discharge line and comprises at least one heating means (19', 19ʺ), and characterized in that the at least one feed line is designed as a heatable feed line and comprises at least one heating means.
A method for automated prostate tumor detection and classification in multi-parametric magnetic resonance imaging (MRI) images of a patient, comprising: receiving a multi-parametric MRI image set of a patient, wherein the multi-parametric MRI image set includes a plurality of different types of MRI images of the patient; and performing simultaneous detection and classification of prostate tumors in the multi-parametric MRI image set of the patient using a trained multi-channel image-to-image convolutional encoder-decoder, wherein the trained multi-channel image-to image convolutional encoder-decoder includes multiple input channels to input multiple MRI images of the multi-parametric MRI image set of the patient and a plurality of output channels corresponding to a plurality of different tumor classes, and for each output channel, the trained multi-channel image-to image convolutional encoder-decoder generates a respective response map that provides detected locations of prostate tumors of the corresponding tumor class in the multi-parametric MRI image set of the patient, wherein for the respective response map generated by the trained multi-channel image-to image convolutional encoder-decoder for each output channel is an image with intensity values that peak at each detected location of a prostate tumor of the corresponding tumor class and follow a Gaussian distribution in a vicinity of each detected location of a prostate tumor of the corresponding tumor class. receiving a multi-parametric MRI image set of a patient, wherein the multi-parametric MRI image set includes a plurality of different types of MRI images of the patient; and performing simultaneous detection and classification of prostate tumors in the multi-parametric MRI image set of the patient using a trained multi-channel image-to-image convolutional encoder-decoder, wherein the trained multi-channel image-to image convolutional encoder-decoder includes multiple input channels to input multiple MRI images of the multi-parametric MRI image set of the patient and a plurality of output channels corresponding to a plurality of different tumor classes, and for each output channel, the trained multi-channel image-to image convolutional encoder-decoder generates a respective response map that provides detected locations of prostate tumors of the corresponding tumor class in the multi-parametric MRI image set of the patient,
Training mask or snorkel mask having improved air circulation of inhaled air and/or exhaled air consisting of a half-mask closing in sealing manner the mouth region and nose region, in which the inhaled air flows in valve-assisted manner into the interior of the snorkel mask into a half mask connected to a face seal via at least one snorkel and the exhaled air can be guided out from the half mask via discharge openings there, characterised in that an air-guiding, hollow-profile channel connector , which connects two opposing supply air channels or transfer openings to one another, via which the inhaled air flows into the channel connector , is arranged in front of the half mask and in that via the channel connector at least the inhaled air can be introduced into the half mask frontally via an approximately central inflow opening .
A reproduction apparatus capable of executing synchronous reproduction of audio content with a different reproduction apparatus , the reproduction apparatus comprising: an illumination unit ; an acquisition unit configured to acquire audio information ; a generation unit configured to generate illumination control information associated with the acquired audio information , wherein the generation unit is configured to classify the illumination unit into a plurality of classified illumination units (13a; 13b; 13c; 13d) in accordance with predetermined rules, and to generate the illumination control information in association with classification designation information for designating each of the plurality of classified illumination units, wherein the plurality of classified illumination units (13a; 13b; 13c; 13d) are classified on a basis of installation positions; a transmission unit configured to transmit, to the different reproduction apparatus , synchronization control information that includes the audio information and the illumination control information; a synchronization control unit configured to execute synchronous reproduction of the audio content with the different reproduction apparatus and synchronous control of the illumination unit, on a basis of the synchronization control information. an illumination unit ; an acquisition unit configured to acquire audio information ; a generation unit configured to generate illumination control information associated with the acquired audio information , wherein the generation unit is configured to classify the illumination unit into a plurality of classified illumination units (13a; 13b; 13c; 13d) in accordance with predetermined rules, and to generate the illumination control information in association with classification designation information for designating each of the plurality of classified illumination units, wherein the plurality of classified illumination units (13a; 13b; 13c; 13d) are classified on a basis of installation positions; a transmission unit configured to transmit, to the different reproduction apparatus , synchronization control information that includes the audio information and the illumination control information; a synchronization control unit configured to execute synchronous reproduction of the audio content with the different reproduction apparatus and synchronous control of the illumination unit, on a basis of the synchronization control information.
A method for the production of wood fiberboards, comprising the following steps: a) crushing wood into wood chips, b) hydrothermal pretreatment of the wood chips with steam in a pre-steaming bin at a temperature of 100 to 180° C and a pressure of 1 to 10 bar, c) grinding the pre-treated wood chips into fine wood particles in a refiner in the presence of steam at a temperature of 150 to 200° C and a pressure of 4.5 to 16 bar, d) gluing and drying the fine wood particles, wherein the drying of the wood particles can also be carried out prior to gluing, e) forming mats from the bonded fibers and precompacting the mats, f) pressing the glued and dried wood particles at a temperature of 170 to 240° C into wood fiberboards, characterized by carrying out at least one of steps d) to e) in the presence of one or a plurality of surfactants added in step d) and/or in step e). a) crushing wood into wood chips, b) hydrothermal pretreatment of the wood chips with steam in a pre-steaming bin at a temperature of 100 to 180° C and a pressure of 1 to 10 bar, c) grinding the pre-treated wood chips into fine wood particles in a refiner in the presence of steam at a temperature of 150 to 200° C and a pressure of 4.5 to 16 bar, d) gluing and drying the fine wood particles, wherein the drying of the wood particles can also be carried out prior to gluing, e) forming mats from the bonded fibers and precompacting the mats, f) pressing the glued and dried wood particles at a temperature of 170 to 240° C into wood fiberboards, characterized by carrying out at least one of steps d) to e) in the presence of one or a plurality of surfactants added in step d) and/or in step e).
A method of wireless communication performed by a user equipment , the method comprising: receiving , from a base station , a timing advance, TA, wherein the TA is scheduled to be implemented by the user equipment at a first time, the first time being after a start of a first uplink communication of a group of bundled uplink communications scheduled with phase coherence and before a start of a second uplink communication of the group of bundled uplink communications; determining whether to implement the TA at the first time or a second time, the second time being after transmission of the second uplink communication; implementing the TA based on the determining; and transmitting the second uplink communication without phase coherence with the first uplink communication. receiving , from a base station , a timing advance, TA, wherein the TA is scheduled to be implemented by the user equipment at a first time, the first time being after a start of a first uplink communication of a group of bundled uplink communications scheduled with phase coherence and before a start of a second uplink communication of the group of bundled uplink communications; determining whether to implement the TA at the first time or a second time, the second time being after transmission of the second uplink communication; implementing the TA based on the determining; and transmitting the second uplink communication without phase coherence with the first uplink communication.
A gateway device for associating the gateway device and tracking sensors as single a cargo unit : - the gateway device being associable with a cargo unit , said gateway device comprising: - means to detect position or movement, and - short-range wireless communication means for sending out a beacon signal and connecting with nodes , characterized in that the gateway device is arranged to detect which nodes are still in short-range communications range when movement is detected and associating the nodes that are still in range with as being part of the same cargo unit as the gateway device , wherein the movement is detected in accordance with predetermined geofences, such as that movement is detected by movement in or out of geofences. - the gateway device being associable with a cargo unit , said gateway device comprising: - means to detect position or movement, and - short-range wireless communication means for sending out a beacon signal and connecting with nodes , characterized in that the gateway device is arranged to detect which nodes are still in short-range communications range when movement is detected and associating the nodes that are still in range with as being part of the same cargo unit as the gateway device , wherein the movement is detected in accordance with predetermined geofences, such as that movement is detected by movement in or out of geofences. - means to detect position or movement, and - short-range wireless communication means for sending out a beacon signal and connecting with nodes ,
An electrical energy supply system comprising: - at least one asynchronous generator , and - a converter system connected to electrical terminals of each stator winding of one of the at least one asynchronous generator, characterized in that the electrical energy supply system further comprises capacitors connected to said electrical terminals of said each stator winding of the one asynchronous generator between the converter system and the asynchronous generator at least during starting of the asynchronous generator and suitable for exciting the asynchronous generator during the starting, wherein the converter system comprises a direct voltage circuit and a first inverter stage for transferring electrical power from the asynchronous generator to the direct voltage circuit, and at least one second inverter stage for converting direct voltage of the direct voltage circuit into one or more alternating voltages suitable for the external system to be supplied by the electrical energy supply system, wherein the electrical energy supply system comprises first switches for disconnecting the capacitors from the electrical terminals of the stator winding of the asynchronous generator after the starting, and a control system configured to: - control the first switches to disconnect the capacitors from the electrical terminals of the stator winding of the asynchronous generator after the asynchronous generator excited by the capacitors has energized the converter system to be ready to operate, and - wait a pre-determined time after the disconnecting the capacitors and prior to activating the converter system to transfer electrical power from the asynchronous generator and to supply reactive power to the asynchronous generator. - at least one asynchronous generator , and - a converter system connected to electrical terminals of each stator winding of one of the at least one asynchronous generator, - control the first switches to disconnect the capacitors from the electrical terminals of the stator winding of the asynchronous generator after the asynchronous generator excited by the capacitors has energized the converter system to be ready to operate, and - wait a pre-determined time after the disconnecting the capacitors and prior to activating the converter system to transfer electrical power from the asynchronous generator and to supply reactive power to the asynchronous generator.
A catheter assembly (10A to 10D) comprising: a catheter ; a catheter hub connected to the catheter ; an inner needle removably inserted into the catheter ; and a deflection suppressing member (20, 20A to 20D) that suppresses deflection of the inner needle by supporting the inner needle via the catheter on the distal end side of the catheter hub , said catheter assembly further comprises a needle hub connected to the inner needle ; the deflection suppressing member (20, 20A to 20D) is supported so as to be movable relative to the needle hub in the axial direction; characterized in that the deflection suppressing member (20, 20A to 20D) is supported by the needle hub via a slide support body fixed to the needle hub and includes at a distal end thereof a support portion (34, 54, 54A to 54E) coming in contact with the catheter , and the support portion (34, 54, 54A to 54E) is movable relative to the catheter in the axial direction while maintaining a state of being in contact with the catheter . a catheter ; a catheter hub connected to the catheter ; an inner needle removably inserted into the catheter ; and a deflection suppressing member (20, 20A to 20D) that suppresses deflection of the inner needle by supporting the inner needle via the catheter on the distal end side of the catheter hub , said catheter assembly further comprises a needle hub connected to the inner needle ; the deflection suppressing member (20, 20A to 20D) is supported so as to be movable relative to the needle hub in the axial direction; characterized in that the deflection suppressing member (20, 20A to 20D) is supported by the needle hub via a slide support body fixed to the needle hub and includes at a distal end thereof a support portion (34, 54, 54A to 54E) coming in contact with the catheter , and the support portion (34, 54, 54A to 54E) is movable relative to the catheter in the axial direction while maintaining a state of being in contact with the catheter .
A method of security scanning of carry-on items , comprising at least the following steps a) receiving carry-on items as a group of carry-on items on a carrier , b) scanning the carry-on items simultaneously as a group in a first stage module using at least one X-ray source and first detectors to conduct transmission contrast radiography generating projections of two-dimensional image data of the carry-on items , wherein c) a three-dimensional representation of the group of carry-on items is reconstructed by at least one processing unit , d) the three-dimensional representation is analyzed by the at least one processing unit to determine whether further scanning is required, e) carry-on items in a group determined in step d) to require further scanning are scanned as a group of carry-on items in a second stage module using at least one X-ray source and at least one second detector , and wherein at least three of the first detectors used in step b) to conduct transmission contrast radiography are line-shaped and provide at least dual energy resolution, wherein said at least three of the first detectors detect at least three projections of two-dimensional image data and have mutually different orientations, characterized in that the three-dimensional representation of the group of carry-on items is reconstructed by at least one processing unit using the projections of two-dimensional image data generated in step b), wherein the three-dimensional representation is divided into voxels. a) receiving carry-on items as a group of carry-on items on a carrier , b) scanning the carry-on items simultaneously as a group in a first stage module using at least one X-ray source and first detectors to conduct transmission contrast radiography generating projections of two-dimensional image data of the carry-on items , wherein c) a three-dimensional representation of the group of carry-on items is reconstructed by at least one processing unit , d) the three-dimensional representation is analyzed by the at least one processing unit to determine whether further scanning is required, e) carry-on items in a group determined in step d) to require further scanning are scanned as a group of carry-on items in a second stage module using at least one X-ray source and at least one second detector , and wherein at least three of the first detectors used in step b) to conduct transmission contrast radiography are line-shaped and provide at least dual energy resolution, wherein said at least three of the first detectors detect at least three projections of two-dimensional image data and have mutually different orientations, characterized in that the three-dimensional representation of the group of carry-on items is reconstructed by at least one processing unit using the projections of two-dimensional image data generated in step b), wherein the three-dimensional representation is divided into voxels.