mhurhangee/ep-ind-claims huggingface dataset:
A method for managing firewall rules in a distributed firewall system comprising a plurality of firewall devices (154; 156A-156n) in a plurality of network domains (154; 152A-152n), the method comprising: compiling usage statistics for each rule in a set of rules at a first firewall device in a first domain; identifying, based on the compiled usage statistics, a first subset of rules to be removed from the first firewall device and to be added to a second firewall device (156A-156n) in a second domain (152A-152n); identifying, based on the compiled usage statistics, a second subset of rules to be duplicated from the first firewall device to the second firewall device (156A-156n); transmitting an instruction to add the first and second subsets of rules to the second firewall device (156A-156n); synchronizing usage statistics associated with the first and second subsets of rules between the first firewall device and the second firewall device (156A-156n); and configuring the second firewall device (156A-156n), wherein the first subset of rules is identified in accordance with being uniquely associated with traffic associated with the second domain (152A-152n), and wherein synchronizing usage statistics includes modifying the usage statistics associated with the second subset of rules, stored at the first firewall device, to remove usage statistics uniquely associated with traffic associated with the second domain (152A-152n). compiling usage statistics for each rule in a set of rules at a first firewall device in a first domain; identifying, based on the compiled usage statistics, a first subset of rules to be removed from the first firewall device and to be added to a second firewall device (156A-156n) in a second domain (152A-152n); identifying, based on the compiled usage statistics, a second subset of rules to be duplicated from the first firewall device to the second firewall device (156A-156n); transmitting an instruction to add the first and second subsets of rules to the second firewall device (156A-156n); synchronizing usage statistics associated with the first and second subsets of rules between the first firewall device and the second firewall device (156A-156n); and configuring the second firewall device (156A-156n), wherein the first subset of rules is identified in accordance with being uniquely associated with traffic associated with the second domain (152A-152n), and wherein synchronizing usage statistics includes modifying the usage statistics associated with the second subset of rules, stored at the first firewall device, to remove usage statistics uniquely associated with traffic associated with the second domain (152A-152n).
Device for extracting juice and pulp from fruit, comprising a base with an electric motor and a rotatable cone and a rotatable sieve, which cone and sieve are drivable by the electric motor, wherein the motor connects to a driveshaft for driving the rotatable cone and rotatable sieve, and wherein the rotatable cone has a rotationally fixed connection to the driveshaft, characterized in that the rotatable sieve is mounted on a drive bush which is via a freewheel bearing provided on the driveshaft, and the rotatable sieve is further provided with a brake for inhibiting rotation in a first direction and enabling rotation in a second direction that is opposite to the first direction.
An apparatus comprising means for: in response to user input, selecting at least one sound source of a spatial audio scene comprising multiple sound sources, the spatial audio scene being defined by spatial audio content; selecting at least one related contextual sound source based on the at least one selected sound source; generating a mix of sound sources including at least the at least one selected sound source and the at least one related contextual sound source but not all of the multiple sound sources of the spatial audio scene; and causing rendering of an audio preview, representing the spatial audio content, that can be selected by a user, wherein the audio preview comprises the generated mix but not all of the multiple sound sources of the spatial audio scene, and wherein selection of the audio preview causes an operation on at least the selected sound source, wherein the operation comprises causing spatial rendering of the spatial audio scene, comprising multiple sound sources including the selected sound source and the at least one related contextual sound source, the spatial audio scene being defined by spatial audio content. in response to user input, selecting at least one sound source of a spatial audio scene comprising multiple sound sources, the spatial audio scene being defined by spatial audio content; selecting at least one related contextual sound source based on the at least one selected sound source; generating a mix of sound sources including at least the at least one selected sound source and the at least one related contextual sound source but not all of the multiple sound sources of the spatial audio scene; and causing rendering of an audio preview, representing the spatial audio content, that can be selected by a user, wherein the audio preview comprises the generated mix but not all of the multiple sound sources of the spatial audio scene, and wherein selection of the audio preview causes an operation on at least the selected sound source, wherein the operation comprises causing spatial rendering of the spatial audio scene, comprising multiple sound sources including the selected sound source and the at least one related contextual sound source, the spatial audio scene being defined by spatial audio content.
A compound of Formula or a pharmaceutically acceptable salt thereof wherein:- R 1 is the group or the group and ---- denotes the point of attachment; R 2 is a C 1 -C 4 alkyl; and n is 2 or 3. R 1 is the group or the group and ---- denotes the point of attachment; R 2 is a C 1 -C 4 alkyl; and
A method for producing an orthodontic or dental appliance, comprising laminating a layer of polyethylene terephthalate with a layer of polyethylene to form a multilayer film, characterized in that the method comprises: forming the multilayer film into the shape of an orthodontic appliance; trimming the formed film to a desired shape; and removing the layer of polyethylene. forming the multilayer film into the shape of an orthodontic appliance; trimming the formed film to a desired shape; and removing the layer of polyethylene.
Arrangement for measuring cell vitalities, with a sensor array which is formed on a surface of a semiconductor chip, wherein the semiconductor chip comprises integrated circuits and an integrated circuit is assigned to each sensor of the sensor array for processing the measurement signals of the respective sensor, wherein the integrated circuits in the semiconductor chip are each spatially formed under the assigned sensor, and wherein adjacent sensors of the sensor array have a distance between midpoints of the adjacent sensors in the micrometer range, characterized in that the integrated circuit of a sensor comprises two switching transistors (M1, M2) for switching the sensor between two voltage values, a first and a second voltage, and that the integrated circuit of a sensor comprises a transistor as voltage follower and a selection transistor for the specific electrical selection of the respective sensor by column and row of the sensor array.
An isolated monoclonal antibody or antigen-binding fragment thereof that specifically binds to human IL-31 comprising a humanized heavy chain variable domain and a humanized light chain variable domain, wherein the humanized heavy chain variable domain comprises a CDR1, CDR2 and CDR3 consisting of the amino acid sequences of SEQ ID NOs: 1, 2 and 3, respectively, and a framework region comprising the amino acid sequences of SEQ ID NO:12, SEQ ID NO:13, SEQ ID NO:14 and SEQ ID NO:15, and wherein the humanized light chain variable domain comprises a CDR1, CDR2 and CDR3 consisting of the amino acid sequences of SEQ ID NOs: 5, 6 and 7, respectively, and a framework region comprising the amino acid sequences of SEQ ID NO:17, SEQ ID NO:18, SEQ ID NO:19 and SEQ ID NO:20.
A draper header with a side draper conveyor (104, 106), the draper header having a left side and a right side, a laterally extending main draper frame, and a reciprocating knife fixed to and extending forward from a forward edge of the main frame, the side draper conveyor (104, 106) comprising: a side draper frame, at least one hinge (162, 164, 166, 168) configured to couple the side draper frame to the main draper frame, a first roller supported on an inner end of the side draper frame, a second roller supported on an outer end of the side draper frame, and an endless belt extending about and supported on the first and second rollers (124, 126), the endless belt having an upper surface disposed to receive crop severed from the ground and to transport it laterally toward a central portion of the main draper frame, the endless belt further defining a forward edge disposed to move in a recirculating path adjacent to the reciprocating knife, and further defining a rear edge disposed to move in a recirculating path adjacent to the at least one hinge (162, 164, 166, 168), characterized by at least one height adjuster that has an adjustable working length and is disposed to pivot the side draper frame upward about an axis of rotation defined by the at least one hinge (162, 164, 166, 168) when the working length of the at least one height adjuster is changed. a side draper frame, at least one hinge (162, 164, 166, 168) configured to couple the side draper frame to the main draper frame, a first roller supported on an inner end of the side draper frame, a second roller supported on an outer end of the side draper frame, and an endless belt extending about and supported on the first and second rollers (124, 126), the endless belt having an upper surface disposed to receive crop severed from the ground and to transport it laterally toward a central portion of the main draper frame, the endless belt further defining a forward edge disposed to move in a recirculating path adjacent to the reciprocating knife, and further defining a rear edge disposed to move in a recirculating path adjacent to the at least one hinge (162, 164, 166, 168), characterized by at least one height adjuster that has an adjustable working length and is disposed to pivot the side draper frame upward about an axis of rotation defined by the at least one hinge (162, 164, 166, 168) when the working length of the at least one height adjuster is changed.
A method for service identification, being executed by a relay user equipment, UE, that has a proximity-based services, ProSe, function and is in connection with a remote UE having a ProSe function through a PC5 interface, the method comprising: receiving a PC5 quality of service, QoS, rule from the remote UE, wherein the PC5 QoS rule comprises a service filter and service information; and determining a service corresponding to data received from the remote UE, by performing matching on the data by using the service filter, wherein receiving the PC5 QoS rule from the remote UE comprises: receiving a PC5 QoS flow establishment or modification request from the remote UE, wherein the PC5 QoS flow establishment or modification request carries the PC5 QoS rule corresponding to a to-be-transmitted service in a to-be-established PC5 QoS flow or in a to-be-modified PC5 QoS flow. receiving a PC5 quality of service, QoS, rule from the remote UE, wherein the PC5 QoS rule comprises a service filter and service information; and determining a service corresponding to data received from the remote UE, by performing matching on the data by using the service filter, wherein receiving the PC5 QoS rule from the remote UE comprises: receiving a PC5 QoS flow establishment or modification request from the remote UE, wherein the PC5 QoS flow establishment or modification request carries the PC5 QoS rule corresponding to a to-be-transmitted service in a to-be-established PC5 QoS flow or in a to-be-modified PC5 QoS flow.
A linear conveyor, comprising: a linear motor stator which includes a plurality of electromagnets arranged along a predetermined conveyance path, and in which each predetermined section can be individually controlled for conduction; a plurality of conveyance carriages each including a linear motor mover which is a permanent magnet and constitutes a linear motor in tandem with the linear motor stator, the conveyance carriages being movably disposed along the conveyance path; a linear scale which includes scale members (50a to 50c) secured to each of the conveyance carriages, and detectors disposed along the conveyance path so that the scale members (50a to 50c) can be detected; and a plurality of motor controllers which is disposed in correspondence with the sections of the linear motor stator respectively, and individually controls conduction of the electromagnets for each section based on the results of detecting the scale member (50a to 50c) by the detector; characterized by data storage means which stores position correction data for each conveyance carriage, which is data for correcting movement error unique to each conveyance carriage and is determined based on the movement error of each conveyance carriage measured in advance using a common measurement jig, wherein each of the plurality of motor controllers determines, as control data, either the position correction data stored in the data storage means or processed data obtained through processing using the position correction data, and controls the conduction of the electromagnets using the control data, so as to stop each conveyance carriage at a target stopping point. a linear motor stator which includes a plurality of electromagnets arranged along a predetermined conveyance path, and in which each predetermined section can be individually controlled for conduction; a plurality of conveyance carriages each including a linear motor mover which is a permanent magnet and constitutes a linear motor in tandem with the linear motor stator, the conveyance carriages being movably disposed along the conveyance path; a linear scale which includes scale members (50a to 50c) secured to each of the conveyance carriages, and detectors disposed along the conveyance path so that the scale members (50a to 50c) can be detected; and a plurality of motor controllers which is disposed in correspondence with the sections of the linear motor stator respectively, and individually controls conduction of the electromagnets for each section based on the results of detecting the scale member (50a to 50c) by the detector;
A system comprising: a transmitter chip including: a first transmitter circuit configured to transmit a first differential signal on a first pair of conductors (226, 228); and common mode detection circuitry configured to detect changes in a first common mode voltage of the first pair of conductors (226, 228) to obtain a first common mode data signal; and a receiver chip including: a first receiver circuit configured to receive the first differential signal from the first pair of conductors (226, 228); and current mode circuitry configured to modulate the first common mode voltage of the first pair of conductors (226, 228) to communicate the first common mode data signal to the transmitter chip. a transmitter chip including: a first transmitter circuit configured to transmit a first differential signal on a first pair of conductors (226, 228); and common mode detection circuitry configured to detect changes in a first common mode voltage of the first pair of conductors (226, 228) to obtain a first common mode data signal; and a first transmitter circuit configured to transmit a first differential signal on a first pair of conductors (226, 228); and common mode detection circuitry configured to detect changes in a first common mode voltage of the first pair of conductors (226, 228) to obtain a first common mode data signal; and a receiver chip including: a first receiver circuit configured to receive the first differential signal from the first pair of conductors (226, 228); and current mode circuitry configured to modulate the first common mode voltage of the first pair of conductors (226, 228) to communicate the first common mode data signal to the transmitter chip. a first receiver circuit configured to receive the first differential signal from the first pair of conductors (226, 228); and current mode circuitry configured to modulate the first common mode voltage of the first pair of conductors (226, 228) to communicate the first common mode data signal to the transmitter chip.
Process for recovering a non-ferrous metal from a first solid residue comprising iron, the process comprising: mixing the first solid residue with a second solid residue comprising the non-ferrous metal and sulphur thereby obtaining a particulate mixture, roasting the particulate mixture at a temperature of at least 650 °C to obtain a roasted mixture, and leaching the roasted mixture in a liquid at a pH of at least 5.5 to obtain a solution enriched with the non-ferrous metal. mixing the first solid residue with a second solid residue comprising the non-ferrous metal and sulphur thereby obtaining a particulate mixture, roasting the particulate mixture at a temperature of at least 650 °C to obtain a roasted mixture, and leaching the roasted mixture in a liquid at a pH of at least 5.5 to obtain a solution enriched with the non-ferrous metal.
A ball game racket with strings that comprise at least one string comprising a superelastic material, wherein a first phase transition, at which austenite is transformed into martensite, occurs in the superelastic material when the tensile stress increases, and a second phase transition, at which martensite is transformed into austenite, occurs in the superelastic material when the tensile stress is reduced, characterized in that the first phase transition of the superelastic material occurs at room temperature at a tensile stress between 350 MPa and 700 MPa, wherein the second phase transition of the superelastic material occurs at room temperature at a tensile stress between 150 MPa and 650 MPa, and wherein the difference between the tensile stress at which the first phase transition occurs and the tensile stress at which the second phase transition occurs at room temperature is smaller than 300 MPa, wherein a prestress that is higher than the tensile stress at which the first phase transition occurs is applied to the strings.
An upper for an article of footwear, the upper comprising: an outer layer forming an outer surface of the upper and including a plurality of apertures (31, 32, 33); an inner layer forming part of an interior surface of the upper, the outer layer and inner layer being joined together or attached; and a chamber element situated between inner layer and outer layer and positioned to contact and be flush against inner surfaces of inner layer and outer layer in a sandwich configuration, the chamber element including: subchambers (41, 42, 43, 44) protruding at least partially through apertures (31, 32, 33) of outer layer; and interior bonds positioned between subchambers; wherein the chamber element is formed from a first barrier element (28, 29) and a second barrier element (28, 29), the first barrier element and the second barrier element spaced apart from one another at a first subchamber to define a first interior chamber and spaced apart from one another at a second subchamber to define a second interior chamber, and wherein the chamber element extends from a lateral side of the article of footwear, around a heel region, and into a medial side of the article of footwear. an outer layer forming an outer surface of the upper and including a plurality of apertures (31, 32, 33); an inner layer forming part of an interior surface of the upper, the outer layer and inner layer being joined together or attached; and a chamber element situated between inner layer and outer layer and positioned to contact and be flush against inner surfaces of inner layer and outer layer in a sandwich configuration, the chamber element including: subchambers (41, 42, 43, 44) protruding at least partially through apertures (31, 32, 33) of outer layer; and interior bonds positioned between subchambers; wherein the chamber element is formed from a first barrier element (28, 29) and a second barrier element (28, 29), the first barrier element and the second barrier element spaced apart from one another at a first subchamber to define a first interior chamber and spaced apart from one another at a second subchamber to define a second interior chamber, and wherein the chamber element extends from a lateral side of the article of footwear, around a heel region, and into a medial side of the article of footwear.
A method, performed by a device associated with a network, comprising: receiving a register request from a managed node connected to the network, the register request requesting registration of the managed node; establishing a command channel, for sending one or more commands, with the managed node based on a command channel address included in the register request; and establishing a notification channel, for sending one or more notifications, with the managed node based on a notification channel address included in the register request. receiving a register request from a managed node connected to the network, the register request requesting registration of the managed node; establishing a command channel, for sending one or more commands, with the managed node based on a command channel address included in the register request; and establishing a notification channel, for sending one or more notifications, with the managed node based on a notification channel address included in the register request.