mhurhangee/ep-ind-claims huggingface dataset:
A method implemented at a network device, comprising: determining a first period and a first plurality of candidate transmission opportunities within the first period, for transmitting a first control signal through a wireless channel, wherein the first period indicates periodicity for transmitting the first control signal and each of the first plurality of candidate transmission opportunities refers to a candidate resource for transmitting the first control signal, and wherein the determining the first period and the first plurality of candidate transmission opportunities is based on at least one of a status of the wireless channel and a quality of service requirement of the device; selecting a candidate transmission opportunity from the first plurality of candidate transmission opportunities within the first period; transmitting the first control signal through the wireless channel to a terminal device (102, 103) using the selected candidate transmission opportunity, wherein the first plurality of candidate transmission opportunities are determined by one of: a transmission time window, which indicates a time interval for a plurality of transmissions of the first control signal; and a plurality of time positions, each of the plurality of time positions indicating a time position for starting a transmission of the first control signal. determining a first period and a first plurality of candidate transmission opportunities within the first period, for transmitting a first control signal through a wireless channel, wherein the first period indicates periodicity for transmitting the first control signal and each of the first plurality of candidate transmission opportunities refers to a candidate resource for transmitting the first control signal, and wherein the determining the first period and the first plurality of candidate transmission opportunities is based on at least one of a status of the wireless channel and a quality of service requirement of the device; selecting a candidate transmission opportunity from the first plurality of candidate transmission opportunities within the first period; transmitting the first control signal through the wireless channel to a terminal device (102, 103) using the selected candidate transmission opportunity, wherein the first plurality of candidate transmission opportunities are determined by one of: a transmission time window, which indicates a time interval for a plurality of transmissions of the first control signal; and a plurality of time positions, each of the plurality of time positions indicating a time position for starting a transmission of the first control signal. a transmission time window, which indicates a time interval for a plurality of transmissions of the first control signal; and a plurality of time positions, each of the plurality of time positions indicating a time position for starting a transmission of the first control signal.
A method for chemically bonding a phenolic resin with a synthetic fabric material, comprising: contacting a phenolic fatty acid compound with a synthetic fabric material having a functional group reactive to a carboxylic acid group of a fatty acid, to react the carboxylic acid-reactive functional group of the synthetic fabric material with the carboxylic acid group of the phenolic fatty acid compound, to introduce a hydroxy phenyl functional group into the synthetic fabric material; and reacting the hydroxy phenyl functional group contained in the synthetic fabric material with a phenolic resin or a phenolic crosslinker composition capable of forming a phenolic resin, to chemically bond the phenolic resin with the synthetic fabric material. contacting a phenolic fatty acid compound with a synthetic fabric material having a functional group reactive to a carboxylic acid group of a fatty acid, to react the carboxylic acid-reactive functional group of the synthetic fabric material with the carboxylic acid group of the phenolic fatty acid compound, to introduce a hydroxy phenyl functional group into the synthetic fabric material; and reacting the hydroxy phenyl functional group contained in the synthetic fabric material with a phenolic resin or a phenolic crosslinker composition capable of forming a phenolic resin, to chemically bond the phenolic resin with the synthetic fabric material.
A pipe connection for connecting two connecting pieces provided with threaded sections at the end, comprising a first connecting piece with a first front side and a first threaded section designed as a right-hand thread, a second connecting piece with a second front side and a second threaded section designed as a left-hand thread, a sleeve unit designed in two pieces comprising an inner sleeve and an outer sleeve, wherein the inner sleeve is connected to the outer sleeve in a torque-proof manner in the mounting condition and the inner sleeve and the outer sleeve are not fixed together with respect to a longitudinal direction of the pipe connection, and the inner sleeve has a first internal thread designed as a right-hand thread and a second internal thread designed as a left-hand thread, wherein the first internal thread is screwed to the right-hand thread of the first connecting piece in the mounting condition and the second internal thread is screwed to the left-hand thread of the second connecting piece in the mounting condition, and the first connecting piece has a first flange, and the first flange abuts a first front surface of the outer sleeve in the mounting condition, wherein the pipe connection comprises an inner sealing element, which is arranged between the first front side of the first connecting piece and the second front side of the second connecting piece in the mounting condition, characterized in that a first outer sealing element is arranged between the first flange of the first connecting piece and the first front surface of the outer sleeve in the mounting condition, and a first groove for clamping the first outer sealing element is arranged at the first front surface of the outer sleeve and / or at the first flange of the first connecting piece.
A guide wire (1, 1a, 1b, 1c) comprising: a core shaft, a coil body (20, 20a, 20b, 20c, 20d) covering a distal end portion of the core shaft, having a distal end and formed of a plurality of spirally wound wires (30, 32), each of the wires (30, 32) being a single-strand wire formed of a single strand or a multi-strand wire formed of a plurality of strands twisted together, and a distal end fixed portion in which a distal end of the core shaft is fixed to the distal end of the coil body (20, 20a, 20b, 20c, 20d), characterized in that as viewed in a cross section perpendicular to the longitudinal axis of the core shaft, the distal end of the coil body (20, 20a, 20b, 20c, 20d) includes (i) a fixed portion in which adjacent ones of the wires (30, 32) are fixed to each other by melting, welding, or adhering, and (ii) at least one gap portion in which adjacent ones of strands (30, 32a, 32b, 32c) are not fixed to each other by melting, welding, or adhering to provide a gap between the adjacent ones of the wires (30, 32) in the gap portion, and the distal end fixed portion is formed of a solder material or a metal solder which has entered the gap portion. a core shaft, a coil body (20, 20a, 20b, 20c, 20d) covering a distal end portion of the core shaft, having a distal end and formed of a plurality of spirally wound wires (30, 32), each of the wires (30, 32) being a single-strand wire formed of a single strand or a multi-strand wire formed of a plurality of strands twisted together, and a distal end fixed portion in which a distal end of the core shaft is fixed to the distal end of the coil body (20, 20a, 20b, 20c, 20d), characterized in that as viewed in a cross section perpendicular to the longitudinal axis of the core shaft, the distal end of the coil body (20, 20a, 20b, 20c, 20d) includes (i) a fixed portion in which adjacent ones of the wires (30, 32) are fixed to each other by melting, welding, or adhering, and (ii) at least one gap portion in which adjacent ones of strands (30, 32a, 32b, 32c) are not fixed to each other by melting, welding, or adhering to provide a gap between the adjacent ones of the wires (30, 32) in the gap portion, and the distal end fixed portion is formed of a solder material or a metal solder which has entered the gap portion.
A rotation sensor, comprising; a substrate; a bulk-acoustic-wave generator arranged on the substrate; a Coriolis zone arranged in a direction, in which a longitudinal bulk-acoustic-wave generated by the bulk-acoustic-wave generator propagates, and wherein the sensor is arranged such, that an acting Coriolis force generates a shear-wave upon rotation from the longitudinal bulk-acoustic-wave; and a shear-wave detector arranged on the substrate in a direction, in which the shear-wave propagates.
A computer implemented method of obtaining measures in a data processing system of capillary pressure of a formation in a subsurface reservoir, the method comprising the computer processing steps of: (a) receiving nuclear magnetic resonance well log data from measurements obtained from the formation by a nuclear magnetic resonance log from the well; (b) receiving well log data regarding the water saturation of the formation from measurements obtained from the formation by a well log from the well; characterised in that the method further comprises: (c) determining an initial measure of capillary pressure of the formation based on the nuclear magnetic resonance well log data; and (d) performing a calibration of the initial measure of capillary pressure of the formation to a postulated capillary pressure of the formation based on the water saturation well log data from the formation. (a) receiving nuclear magnetic resonance well log data from measurements obtained from the formation by a nuclear magnetic resonance log from the well; (b) receiving well log data regarding the water saturation of the formation from measurements obtained from the formation by a well log from the well; (c) determining an initial measure of capillary pressure of the formation based on the nuclear magnetic resonance well log data; and (d) performing a calibration of the initial measure of capillary pressure of the formation to a postulated capillary pressure of the formation based on the water saturation well log data from the formation.
A compound of formula, or: wherein R is a (C1-C6)alkyl; R' is H; n1 is 4 or 5; L is a linker group comprising a (C1-C6)alkylene; XL is an alkylating group, wherein the alkylating group is a chlorambucil derivative; and each individually selected Ht is a group of formula wherein n2 is 0, 1, 2, or 3; n3 is 0, 1, 2, or 3; Y is O or CH 2; a wavy line indicates a point of bonding; or any tautomer thereof; or any salt thereof, or any stereoisomer thereof. R is a (C1-C6)alkyl; R' is H; n1 is 4 or 5; L is a linker group comprising a (C1-C6)alkylene; XL is an alkylating group, wherein the alkylating group is a chlorambucil derivative; and each individually selected Ht is a group of formula n2 is 0, 1, 2, or 3; n3 is 0, 1, 2, or 3; Y is O or CH 2; a wavy line indicates a point of bonding; or any tautomer thereof; or any salt thereof, or any stereoisomer thereof.
A process for identifying a molecule which inhibits the virulence machinery of Pseudomonas aeruginosa comprising a step of evaluating the capacity of said molecule to inhibit the PscE/PscG interaction.
A pharmaceutical composition for use in the prevention and the treatment of hypertrophic scars and/or keloids, to inhibit any fibrosclerotic processes, characterised in that it contains, as an active ingredient, the active principles fucose, dimethyl sulfone and acetyl glucosamine.
A device for producing or repairing a three-dimensional object, comprising: - at least one construction space for a layer-by-layer, successive solidification of at least one material, which can be solidified in predefined regions for the layer-by-layer buildup of the three-dimensional object or for the layer-by-layer repair of individual regions of the three-dimensional object within the construction space, and - at least one inlet nozzle (22, 26) and at least one exhaust nozzle for a process gas, wherein the inlet nozzle (22, 26) and the exhaust nozzle are arranged such that a gas stream is formed, extending at least partially via a buildup and joining zone of a construction platform which is formed in the construction space, wherein the ratio of the totals of the fluidically relevant cross-sectional areas of the at least one exhaust nozzle in relation to the at least one inlet nozzle (22, 26) is 2.5:1 to 0.3:1 characterized in that the exhaust nozzle comprises at least two exhaust openings, wherein the exhaust openings are fluidically connected to associated exhaust ducts and the exhaust ducts have wall surfaces, which have an at least sectionally curved contour profile in the flow direction and are at least sectionally separated from one another. - at least one construction space for a layer-by-layer, successive solidification of at least one material, which can be solidified in predefined regions for the layer-by-layer buildup of the three-dimensional object or for the layer-by-layer repair of individual regions of the three-dimensional object within the construction space, and - at least one inlet nozzle (22, 26) and at least one exhaust nozzle for a process gas, wherein the inlet nozzle (22, 26) and the exhaust nozzle are arranged such that a gas stream is formed, extending at least partially via a buildup and joining zone of a construction platform which is formed in the construction space, wherein the ratio of the totals of the fluidically relevant cross-sectional areas of the at least one exhaust nozzle in relation to the at least one inlet nozzle (22, 26) is 2.5:1 to 0.3:1
Device for inspecting coating material for contamination, wherein the device comprises a heating device for heating a specimen area of the coating material and a detection installation for detecting at least one contamination substance desorbed from the coating material into a measuring volume, wherein the heating device comprises at least one infrared heating element, wherein the device comprises a measuring bell which is specified for configuring the measuring volume about the coating material or so as to bear on the coating material, said measuring volume being contiguous to the specimen area, and wherein the measuring bell has an energy-permeable window and the infrared heating element is specified for irradiating the specimen area through the window, characterized in that the detection installation is disposed within the measuring bell and the measuring volume.
An arbitration processing method for cluster brain split, applied to a system formed by a cluster and a quorum storage apparatus, wherein the cluster comprises at least two quorum nodes and the quorum storage apparatus pre-records one of the at least two quorum nodes in the cluster as an initial master quorum node, and the method comprises: after brain split occurs in the cluster, receiving, by the quorum storage apparatus, master quorum node preemption requests sent by the at least two quorum nodes in the cluster; starting, by the quorum storage apparatus, a master quorum node preemption detection period; determining, by the quorum storage apparatus, whether a master quorum node preemption request sent by the initial master quorum node is received within the master quorum node preemption detection period; if the master quorum node preemption request sent by the initial master quorum node is received within the master quorum node preemption detection period, setting, by the quorum storage apparatus, the initial master quorum node as a quorum node succeeding in master quorum node preemption; and sending, by the quorum storage apparatus, a master quorum node preemption success response message to the quorum node succeeding in master quorum node preemption. after brain split occurs in the cluster, receiving, by the quorum storage apparatus, master quorum node preemption requests sent by the at least two quorum nodes in the cluster; starting, by the quorum storage apparatus, a master quorum node preemption detection period; determining, by the quorum storage apparatus, whether a master quorum node preemption request sent by the initial master quorum node is received within the master quorum node preemption detection period; if the master quorum node preemption request sent by the initial master quorum node is received within the master quorum node preemption detection period, setting, by the quorum storage apparatus, the initial master quorum node as a quorum node succeeding in master quorum node preemption; and sending, by the quorum storage apparatus, a master quorum node preemption success response message to the quorum node succeeding in master quorum node preemption.
A method for objectively estimating user-perceived quality of an encoded video stream in dependence on the video content of the stream, characterized by: generating a chronological sequence of the absolute or relative sizes of encoded video frames in the stream; analyzing the sequence to identify a plurality of reference characteristics that are defined in a reference model as parameters associated with content-dependent variations in user-perceived quality; and estimating the user-perceived quality of the stream based on the identified reference characteristics, according to the reference model, characterized in that the reference model defines different categories of sequences as being characterized by different sets of reference patterns and as being associated with different ranges of user-perceived qualities, wherein said analyzing comprises analyzing the sequence to identify a plurality of reference patterns in the sequence and said estimating comprises: determining a set of reference patterns that includes the most reference patterns identified in the sequence; categorizing the sequence as belonging to a category that is characterized by the determined set of reference patterns; and estimating the user-perceived quality of the stream as a function of an average user-perceived quality associated with the category to which the sequence belongs. generating a chronological sequence of the absolute or relative sizes of encoded video frames in the stream; analyzing the sequence to identify a plurality of reference characteristics that are defined in a reference model as parameters associated with content-dependent variations in user-perceived quality; and estimating the user-perceived quality of the stream based on the identified reference characteristics, according to the reference model, characterized in that the reference model defines different categories of sequences as being characterized by different sets of reference patterns and as being associated with different ranges of user-perceived qualities, wherein said analyzing comprises analyzing the sequence to identify a plurality of reference patterns in the sequence and said estimating comprises: determining a set of reference patterns that includes the most reference patterns identified in the sequence; categorizing the sequence as belonging to a category that is characterized by the determined set of reference patterns; and estimating the user-perceived quality of the stream as a function of an average user-perceived quality associated with the category to which the sequence belongs. determining a set of reference patterns that includes the most reference patterns identified in the sequence; categorizing the sequence as belonging to a category that is characterized by the determined set of reference patterns; and estimating the user-perceived quality of the stream as a function of an average user-perceived quality associated with the category to which the sequence belongs.
A method of joining a first bulk composite core and a second bulk composite core, the method comprising the steps of: applying an adhesive to a surface network of the first bulk composite core; inserting a plurality of mandrels into a plurality of cell members of the first bulk composite core and a plurality of cell members of the second composite core, thereby aligning the cell members of the first bulk composite core to the cell members of the second bulk composite core; pressing the respective surface networks (3201a, 3201b) of the first bulk composite core and the second bulk composite core together with the adhesive located therebetween; and curing the adhesive. applying an adhesive to a surface network of the first bulk composite core; inserting a plurality of mandrels into a plurality of cell members of the first bulk composite core and a plurality of cell members of the second composite core, thereby aligning the cell members of the first bulk composite core to the cell members of the second bulk composite core; pressing the respective surface networks (3201a, 3201b) of the first bulk composite core and the second bulk composite core together with the adhesive located therebetween; and curing the adhesive.
A communication apparatus comprising: a communication interface (102, 104) configured to be controlled remotely after deployment at a subscriber site via control information received through a base station, wherein the communication interface comprises a three-hop repeater or signal booster with a middle hop (HOP 2) that contains a digital bi-directional link including at least two channels, namely a control channel and a traffic channel; the communication interface is configured for control comprising enablement ("ON"), disablement ("OFF"), channel selection, and power control; and the control information comprises an implied command conveyed as a change in format to one of several broadcast channels (CPICH, PICH; P-CCPCH). a communication interface (102, 104) configured to be controlled remotely after deployment at a subscriber site via control information received through a base station, wherein the communication interface comprises a three-hop repeater or signal booster with a middle hop (HOP 2) that contains a digital bi-directional link including at least two channels, namely a control channel and a traffic channel; the communication interface is configured for control comprising enablement ("ON"), disablement ("OFF"), channel selection, and power control; and the control information comprises an implied command conveyed as a change in format to one of several broadcast channels (CPICH, PICH; P-CCPCH).
Hand-held power tool comprising a shiftable gear mechanism, which has at least two gear stages which can be selected by means of an adjustable shifting element, wherein in a first gear stage the shifting element is in a latching position with a latching element, which is connected to the housing of the hand-held power tool, and in a second gear stage it is in an unlatched position with the latching element, characterized in that the latching element is mounted rotatably in the housing within a limited angular segment between two end stop positions.