mhurhangee/ep-ind-claims huggingface dataset:
Imaging system for generating a measure of authenticity of an object, the imaging system comprising: one or more image sensors, the one or more image sensors being hereinafter referred to as "image sensor arrangement"; and one or more optical elements, the one or more optical elements being hereinafter referred to as "dispersive imaging arrangement", wherein the dispersive imaging arrangement is so that, when electromagnetic radiation from the object illuminates the dispersive imaging arrangement, at least part of the electromagnetic radiation is dispersed; and positioned relative to the image sensor arrangement in such a manner as to allow the image sensor arrangement to image said dispersed electromagnetic radiation; the imaging system being configured for, after the image sensor arrangement has, in at least one imaging period, imaged the dispersed electromagnetic radiation, generating a measure of authenticity of the object depending at least on a relation between the imaged dispersed electromagnetic radiation and reference spectral information, characterised in that a synthetic non-dispersed image computed using the imaged dispersed electromagnetic radiation and the reference spectral information is used in the generating of the measure of authenticity of the object. one or more image sensors, the one or more image sensors being hereinafter referred to as "image sensor arrangement"; and one or more optical elements, the one or more optical elements being hereinafter referred to as "dispersive imaging arrangement", wherein the dispersive imaging arrangement is so that, when electromagnetic radiation from the object illuminates the dispersive imaging arrangement, at least part of the electromagnetic radiation is dispersed; and positioned relative to the image sensor arrangement in such a manner as to allow the image sensor arrangement to image said dispersed electromagnetic radiation; so that, when electromagnetic radiation from the object illuminates the dispersive imaging arrangement, at least part of the electromagnetic radiation is dispersed; and positioned relative to the image sensor arrangement in such a manner as to allow the image sensor arrangement to image said dispersed electromagnetic radiation; the imaging system being configured for, after the image sensor arrangement has, in at least one imaging period, imaged the dispersed electromagnetic radiation, generating a measure of authenticity of the object depending at least on a relation between the imaged dispersed electromagnetic radiation and reference spectral information, characterised in that a synthetic non-dispersed image computed using the imaged dispersed electromagnetic radiation and the reference spectral information is used in the generating of the measure of authenticity of the object.
A membrane element comprising: a pleated structure formed by folding a sheet-like gas separation membrane substrate; and a reinforcement frame surrounding the pleated structure with both surface sides of the pleated structure open, thereby defining opened regions (R1, R2), wherein a virtual plane on apexes of a plurality of folds formed by the pleated structure is arranged in the opened region (R1, R2) of the pleated structure; the membrane element includes: a rigid member arranged in a direction intersecting a fold of the pleated structure in at least one of the opened regions (R1, R2) of the pleated structure surrounded by the reinforcement frame, and a sealing portion provided along the virtual plane between the rigid member and the pleated structure so as bond said rigid member and the pleated structure together, and the opened region (R1, R2) is separated into a supply region and an exhaust region of gas by the sealing portion. a pleated structure formed by folding a sheet-like gas separation membrane substrate; and a reinforcement frame surrounding the pleated structure with both surface sides of the pleated structure open, thereby defining opened regions (R1, R2), wherein a virtual plane on apexes of a plurality of folds formed by the pleated structure is arranged in the opened region (R1, R2) of the pleated structure; the membrane element includes: a rigid member arranged in a direction intersecting a fold of the pleated structure in at least one of the opened regions (R1, R2) of the pleated structure surrounded by the reinforcement frame, and a sealing portion provided along the virtual plane between the rigid member and the pleated structure so as bond said rigid member and the pleated structure together, and a rigid member arranged in a direction intersecting a fold of the pleated structure in at least one of the opened regions (R1, R2) of the pleated structure surrounded by the reinforcement frame, and a sealing portion provided along the virtual plane between the rigid member and the pleated structure so as bond said rigid member and the pleated structure together, and the opened region (R1, R2) is separated into a supply region and an exhaust region of gas by the sealing portion.
Protective cap (10a-10c) for a gas cylinder comprising: - a body (11a-11c) configured to cover a valve with a gas cylinder, and - a ring (12a-12c) integral with the body (11a-11c) and comprising a threading intended to cooperate with a threading of a gas cylinder to hold the cap (10a-10c) on a gas cylinder, - a handle (22a-22c) attached with the body (11a-11c), the handle (22a-22c) being characterized in that it comprises - two posts attached to the sides of body (11a-11c) and extending along the length of the body (11a-11c), - a gripping bar spaced from the posts and extending perpendicular to the posts, and - two connecting arms each connecting a separate end of the gripping bar to a post. - a body (11a-11c) configured to cover a valve with a gas cylinder, and - a ring (12a-12c) integral with the body (11a-11c) and comprising a threading intended to cooperate with a threading of a gas cylinder to hold the cap (10a-10c) on a gas cylinder, - a handle (22a-22c) attached with the body (11a-11c), the handle (22a-22c) being characterized in that it comprises - two posts attached to the sides of body (11a-11c) and extending along the length of the body (11a-11c), - a gripping bar spaced from the posts and extending perpendicular to the posts, and - two connecting arms each connecting a separate end of the gripping bar to a post.
A method of selectively controlling undesirable vegetation in a grassy monocot or brassica crop selected from the group consisting of corn, rice, sorghum, oil seed rape, barley, rye, and canola comprising applying an herbicidally effective amount of at least one 3-isoxazolidone herbicide selected from the group consisting of 2-(2,4-dichlorophenyl)methyl-4,4-dimethyl-3-isoxazolidone and 2-(2,5-dichlorophenyl)methyl-4,4-dimethyl-3-isoxazolidone to the locus of such vegetation.
Appliance for producing milk-based fermented preparations, in particular liquid fermented preparations, comprising a main housing defining a cavity having a top opening, a removable vessel at least partially inserted in the cavity, an internal lid associated with the vessel, a main lid associated with the main housing, the main housing having an external casing and an internal wall defining an internal chamber housing a heating device comprising lateral heating means, the lateral heating means comprising at least one lateral heating wire wound in a spiral over a plurality of turns around the internal wall, characterised in that the internal wall has at least one series of conformations defining recesses for positioning the lateral heating wire.
A method for the preparation of fatty acid alkyl esters by alkali-catalyzed transesterification of a mixture of triglycerides and fatty acids, wherein from a reaction mixture, in which the transesterification is carried out, an ester phase containing fatty acid alkyl esters and a glycerol phase containing fatty acids are formed, which are separated from each other, and the fatty acids are separated from the glycerol phase by treatment with an acid, whereby a fatty acid phase containing fatty acids is formed, which fatty acids are esterified with an alcohol, characterized in that the fatty acid phase is mixed with a further mixture of triglycerides and fatty acids and the fatty acids contained in the obtained mixture are esterified with an alcohol, whereby an esterification mixture containing triglycerides and fatty acid alkyl esters is obtained, which esterification mixture is transesterified with alcohol so as to form further fatty acid alkyl esters, wherein the mixture of triglycerides and fatty acids mixed with the fatty acid phase exhibits a fatty acid content of at least 5% by weight.
A wireless device (312 1, 312 2, 312 3, 312 n) configured to communicate with a Radio Access Network, RAN, node (302 1, 302 2), the wireless device (312 1, 312 2, 312 3, 312 n) comprising: a processor (318 1, 318 2, 318 3, 318 n); and, a memory (320 1, 320 2, 320 3, 320 n) that stores processor-executable instructions, wherein the processor (318 1, 318 2, 318 3, 318 n) interfaces with the memory (320 1, 320 2, 320 3, 320 n) to execute the processor-executable instructions so as to operate the wireless device (312 1, 312 2, 312 3, 312 n) to: attempt a system access using an Extended Coverage Random Access Channel, EC-RACH, by transmitting, to the RAN node (302 1, 302 2), a system access message on the EC-RACH characterized in that transmitting the system access message on the EC-RACH is done using repeated Extended Synchronization Access Bursts, ESABs, wherein each ESAB is extended over 2 timeslots on the EC-RACH, and wherein each ESAB comprises 140 synchronization bits, 102 encrypted data bits, 3 tail bits, and 68 guard symbols. a processor (318 1, 318 2, 318 3, 318 n); and, a memory (320 1, 320 2, 320 3, 320 n) that stores processor-executable instructions, wherein the processor (318 1, 318 2, 318 3, 318 n) interfaces with the memory (320 1, 320 2, 320 3, 320 n) to execute the processor-executable instructions so as to operate the wireless device (312 1, 312 2, 312 3, 312 n) to: attempt a system access using an Extended Coverage Random Access Channel, EC-RACH, by transmitting, to the RAN node (302 1, 302 2), a system access message on the EC-RACH characterized in that transmitting the system access message on the EC-RACH is done using repeated Extended Synchronization Access Bursts, ESABs, wherein each ESAB is extended over 2 timeslots on the EC-RACH, and wherein each ESAB comprises 140 synchronization bits, 102 encrypted data bits, 3 tail bits, and 68 guard symbols.
A fusion protein comprising (i) an immunoglobulin molecule that is not capable of specific binding to an antigen and (ii) two mutant interleukin-2 (IL-2) molecules comprising an amino acid mutation that reduces affinity of the mutant IL-2 molecule to the intermediate affinity IL-2 receptor, as compared to a wild-type IL-2 molecule, wherein said mutant IL-2 molecules comprise the sequence of SEQ ID NO: 58.
Cushion cover for a vehicle seat, having a surface layer and at least one embossing in the surface layer, characterized in that a cavity on the reverse side of the at least one embossing is completely filled with an insert.
A wearable electronic apparatus comprising - an inner ring configured to be in direct contact with a user, the inner ring being split to define a first inner ring end and a second inner ring end; - a link element being configured to connect the first inner ring end and a second inner ring end; - an outer ring arranged around and in contact with the inner ring, the outer ring being adjustable in diameter between a plurality of size settings; and - a housing structure for housing electronic components, the housing structure arranged to at least partially surround the inner ring and the outer ring. - an inner ring configured to be in direct contact with a user, the inner ring being split to define a first inner ring end and a second inner ring end; - a link element being configured to connect the first inner ring end and a second inner ring end; - an outer ring arranged around and in contact with the inner ring, the outer ring being adjustable in diameter between a plurality of size settings; and - a housing structure for housing electronic components, the housing structure arranged to at least partially surround the inner ring and the outer ring.
A radio base station comprising: an estimation means for estimating a packet loss rate and packet Delay Variation of a packet transmitted from the radio base station to a core network in accordance with IP Performance Metrics, a determination means for determining network load information indicating a traffic load in a backhaul between the radio base station and the core network, the network load information considering all of the links between the radio base station and the core network; an execution means for executing distribution of traffic loads among radio base stations (103, 104, 105) on the basis of the network load information determined by the determination means and network load information received from an adjacent radio base station via a link between the radio base stations (103, 104); and a storage means for storing information representing a determination algorithm for each physical type of a backhaul line, the determination algorithm being based on an estimation results of packet loss rate and packet Delay Variation, wherein the determination means is configured to determine, on the basis of the estimation results of the estimation means, a traffic load in the backhaul between the radio base station and the core network and to designate the determination result as network load information, using the determination algorithm corresponding to a physical type of the backhaul line used by the radio base station. an estimation means for estimating a packet loss rate and packet Delay Variation of a packet transmitted from the radio base station to a core network in accordance with IP Performance Metrics, a determination means for determining network load information indicating a traffic load in a backhaul between the radio base station and the core network, the network load information considering all of the links between the radio base station and the core network; an execution means for executing distribution of traffic loads among radio base stations (103, 104, 105) on the basis of the network load information determined by the determination means and network load information received from an adjacent radio base station via a link between the radio base stations (103, 104); and a storage means for storing information representing a determination algorithm for each physical type of a backhaul line, the determination algorithm being based on an estimation results of packet loss rate and packet Delay Variation, wherein the determination means is configured to determine, on the basis of the estimation results of the estimation means, a traffic load in the backhaul between the radio base station and the core network and to designate the determination result as network load information, using the determination algorithm corresponding to a physical type of the backhaul line used by the radio base station.
A method for the delivery of digital data to an end user from a network comprising at least two different data sources (912a, 912b), each of the at least two different data sources (912a, 912b) deliver the digital data according to at least one parameter and whereby the at least two data sources (912a, 912b) have copies of the digital data comprising portions and are connected to the end user, the method comprising: - receiving a list of a subset of the at least two data sources (912a, 912b); - selecting on the basis of the list one or more of the subset of at least two data sources (912a, 912b); - delivering at least a portion of the digital data from the selected ones of the at least two data sources (912a, 912b) to the end user; - receiving a message providing an indication of the digital data the end user has received; monitoring the at least one parameter for the delivery of the digital data to the end user; and - adjusting a configuration of the selected ones of the at least two data sources (912a, 912b) on the basis of the indication of the digital data the end user has received and the monitored at least one parameter such that a combined configuration of the configurations of the selected ones of the at least two data sources (912a, 912b) matches a specification, wherein the at least one parameter comprises the cost of delivery of the digital data to the end user. - receiving a list of a subset of the at least two data sources (912a, 912b); - selecting on the basis of the list one or more of the subset of at least two data sources (912a, 912b); - delivering at least a portion of the digital data from the selected ones of the at least two data sources (912a, 912b) to the end user; - receiving a message providing an indication of the digital data the end user has received; monitoring the at least one parameter for the delivery of the digital data to the end user; and - adjusting a configuration of the selected ones of the at least two data sources (912a, 912b) on the basis of the indication of the digital data the end user has received and the monitored at least one parameter such that a combined configuration of the configurations of the selected ones of the at least two data sources (912a, 912b) matches a specification,
An impact tool comprising: a motor; a control unit configured to perform vector control on the motor; an output shaft configured to be coupled to a tip tool; a transmission mechanism including an impact mechanism and configured to transmit motive power of the motor to the output shaft, the impact mechanism being configured to perform an impact operation of applying impacting force to the output shaft according to magnitude of torque applied to the output shaft; and an impact detection unit configured to determine, based on at least one of an excitation current to be supplied to the motor or a torque current to be supplied to the motor, whether or not the impact operation is being performed, the control unit having an impact response function, the control unit fulfilling the impact response function by performing restriction processing in response to detection of the impact operation by the impact detection unit as a trigger, the restriction processing including at least one of lowering a number of revolutions of the motor or stopping rotating the motor. a motor; a control unit configured to perform vector control on the motor; an output shaft configured to be coupled to a tip tool; a transmission mechanism including an impact mechanism and configured to transmit motive power of the motor to the output shaft, the impact mechanism being configured to perform an impact operation of applying impacting force to the output shaft according to magnitude of torque applied to the output shaft; and an impact detection unit configured to determine, based on at least one of an excitation current to be supplied to the motor or a torque current to be supplied to the motor, whether or not the impact operation is being performed, the control unit having an impact response function, the control unit fulfilling the impact response function by performing restriction processing in response to detection of the impact operation by the impact detection unit as a trigger, the restriction processing including at least one of lowering a number of revolutions of the motor or stopping rotating the motor.
A refrigerator, comprising: a refrigerator body having a storage space; doors (104, 106) disposed on a front surface of the refrigerator body, and configured to open and close the storage space; one or more first shelves (103, 140, 150; 230, 240; 250) installed at an inner side of the storage space, and accommodating storage items thereon; anda shelf assembly disposed between the first shelves (130, 140, 150; 230, 240; 250) and a door (104, 106), and installed so as to be movable with respect to the refrigerator body such that front surfaces of the first shelves (130, 140, 150; 230, 240; 250) are exposed to a front surface of the refrigerator body, characterized by further comprising: guides fixed in the refrigerator body; sliders inserted into the guides and protruding from the guides toward a front surface of the refrigerator body, and wherein upper and lower portions of the shelf assembly are hinge-coupled to end portions of the sliders and wherein the shelf assembly is configured to slide toward the front surface of the refrigerator body when the shelf assembly is under the closed state by sliding out the sliders and to rotate with respect to the sliders a refrigerator body having a storage space; doors (104, 106) disposed on a front surface of the refrigerator body, and configured to open and close the storage space; one or more first shelves (103, 140, 150; 230, 240; 250) installed at an inner side of the storage space, and accommodating storage items thereon; anda shelf assembly disposed between the first shelves (130, 140, 150; 230, 240; 250) and a door (104, 106), and installed so as to be movable with respect to the refrigerator body such that front surfaces of the first shelves (130, 140, 150; 230, 240; 250) are exposed to a front surface of the refrigerator body, characterized by further comprising: guides fixed in the refrigerator body; sliders inserted into the guides and protruding from the guides toward a front surface of the refrigerator body, and wherein upper and lower portions of the shelf assembly are hinge-coupled to end portions of the sliders and wherein the shelf assembly is configured to slide toward the front surface of the refrigerator body when the shelf assembly is under the closed state by sliding out the sliders and to rotate with respect to the sliders guides fixed in the refrigerator body; sliders inserted into the guides and protruding from the guides toward a front surface of the refrigerator body, and wherein upper and lower portions of the shelf assembly are hinge-coupled to end portions of the sliders and wherein the shelf assembly is configured to slide toward the front surface of the refrigerator body when the shelf assembly is under the closed state by sliding out the sliders and to rotate with respect to the sliders
An optical component, comprising - a tunable laser unit (304, 305), providing a modulated optical data signal, - a coherent receiver optically coupled to receive an optical input signal to be mixed with said modulated optical data signal, said modulated optical data signal acting as a local oscillator signal, - a processing unit, receiving an output from said optical receiver, said processing unit electronically compensating distortions caused by said modulated optical data signal. - a tunable laser unit (304, 305), providing a modulated optical data signal, - a coherent receiver optically coupled to receive an optical input signal to be mixed with said modulated optical data signal, said modulated optical data signal acting as a local oscillator signal, - a processing unit, receiving an output from said optical receiver, said processing unit electronically compensating distortions caused by said modulated optical data signal.
Cation exchanger having a gel-like structure and a BET surface area < 25 m 2 /g produced by hydrolysis of a polymer produced based on 80% to 95% by weight of acrylonitrile as monomer and 5% to 20% by weight of triallyl isocyanurate as crosslinker, wherein the parts by weight of acrylonitrile and triallyl isocyanurate sum to at least 98% by weight based on the total amount of the employed monomers and crosslinkers.