mhurhangee/ep-ind-claims huggingface dataset:
An information processing device comprising: data extraction means configured to extract, based on a first data extraction policy, first processing data from communication data received by the information processing device for a period from months to years, the first data extraction policy indicating, as the first processing data, an address of a transmission source included in an external network, an address of a destination included in an internal network, and a communication time being a transmission time at the transmission source or a reception time at the destination in each packet included in the communication data; counting means configured to count, based on a first counting policy being a policy for a first frequency for a counting period from a day to a year, for each combination of a transmission source and a destination, a number of packets associated with the combination in the extracted first processing data for the counting period; and transmission-source extraction means configured to extract, based on a first transmission-source extraction policy being a policy for extracting a transmission source having the first frequency higher than a predetermined threshold, the transmission source in the communication data and output the extracted transmission source as the transmission source of a suspicious communication, wherein the transmission-source extraction means is configured to extract, as an extraction target, the transmission source that has the first frequency exceeding the threshold value and that executes a plurality of transmissions to the destination that responds. data extraction means configured to extract, based on a first data extraction policy, first processing data from communication data received by the information processing device for a period from months to years, the first data extraction policy indicating, as the first processing data, an address of a transmission source included in an external network, an address of a destination included in an internal network, and a communication time being a transmission time at the transmission source or a reception time at the destination in each packet included in the communication data; counting means configured to count, based on a first counting policy being a policy for a first frequency for a counting period from a day to a year, for each combination of a transmission source and a destination, a number of packets associated with the combination in the extracted first processing data for the counting period; and transmission-source extraction means configured to extract, based on a first transmission-source extraction policy being a policy for extracting a transmission source having the first frequency higher than a predetermined threshold, the transmission source in the communication data and output the extracted transmission source as the transmission source of a suspicious communication, wherein the transmission-source extraction means is configured to extract, as an extraction target, the transmission source that has the first frequency exceeding the threshold value and that executes a plurality of transmissions to the destination that responds.
A real-time improvement method for a distributed network radio frequency performance, characterized by comprising the steps of: receiving, by a data analysis unit, an input power, an output power and a link gain from a base station element node with a radio frequency module, and establishing a learning model of the base station element node according to the input power, the output power and the link gain; obtaining, by the data analysis unit, an expected output power corresponding to the input power according to a correlation between a preset input power and the expected output power; regulating, in the learning model, the link gain according to a difference value between the expected output power and the output power, until the difference value between the output power of the learning model and the expected output power reaches a preset range, and determining the link gain of the difference value reaching the preset range as a new link gain; and sending, by the data analysis unit, the new link gain to the base station element node with a radio frequency module, and regulating, by the base station element node, a link gain of the base station element node according to the new link gain. receiving, by a data analysis unit, an input power, an output power and a link gain from a base station element node with a radio frequency module, and establishing a learning model of the base station element node according to the input power, the output power and the link gain; obtaining, by the data analysis unit, an expected output power corresponding to the input power according to a correlation between a preset input power and the expected output power; regulating, in the learning model, the link gain according to a difference value between the expected output power and the output power, until the difference value between the output power of the learning model and the expected output power reaches a preset range, and determining the link gain of the difference value reaching the preset range as a new link gain; and sending, by the data analysis unit, the new link gain to the base station element node with a radio frequency module, and regulating, by the base station element node, a link gain of the base station element node according to the new link gain.
Switchgear assembly module for a switchgear assembly with a housing, which forms a common gas space for accommodating an insulating gas for the switchgear assembly module, the switchgear assembly module comprising: - a busbar conductor arrangement comprising three busbar conductor sections (110, 120, 130), which are accommodated in the common gas space; - an outgoing conductor connection group with three outgoing conductor openings (56, 66, 76) and with three outgoing conductor sections (156, 166, 176), which extend from within the housing towards a respective one of the outgoing conductor openings (56, 66, 76); and - three switch disconnectors (151, 161, 171), which each connect a respective one of the busbar conductor sections (110, 120, 130) to a respective one of the outgoing conductor sections (156, 166, 176) via a disconnection point (152, 162, 172), characterized in that an outgoing normal plane is defined by the three outgoing conductor openings (56, 66, 76) and is parallel to the mid-perpendiculars of the outgoing conductor openings (56, 66, 76), and wherein the disconnection points (152, 162, 172) are arranged spatially in such a way that at least the disconnection point (152, 162) of a first one of the switch disconnectors (151, 161) is arranged on a first side of the outgoing normal plane and the disconnection point of a second one of the switch disconnectors is arranged on a second side, which is opposite the first side, of the outgoing normal plane. - a busbar conductor arrangement comprising three busbar conductor sections (110, 120, 130), which are accommodated in the common gas space; - an outgoing conductor connection group with three outgoing conductor openings (56, 66, 76) and with three outgoing conductor sections (156, 166, 176), which extend from within the housing towards a respective one of the outgoing conductor openings (56, 66, 76); and - three switch disconnectors (151, 161, 171), which each connect a respective one of the busbar conductor sections (110, 120, 130) to a respective one of the outgoing conductor sections (156, 166, 176) via a disconnection point (152, 162, 172),
Apparatus for peeling logs comprising: a cutting station wherein a cutting device is present configured to perform, in use, a spiral cut of the log while the log is rotated about a first rotation axis; a loading station at which, in use, the apparatus receives each log to be peeled; and a device for transferring logs from the loading station to the cutting station; wherein: the cutting station, the loading station and the transfer device, in use, interact with each other to position the log in the cutting station; characterized in that the loading station includes a device for axially rotating the log configured to rotate the log about a second rotation axis. the loading station comprises a radiographic examination device, comprising an x-ray emission unit and an x-ray detection unit, which is configured to generate, in use, radiographic scans of the log; the apparatus further comprises an electronic unit that is connected to the radiographic examination device to command its activation and receive digital-format data from it relating to each radiographic scan generated by it, as well as to the axial rotation device of the log to control its operation; and wherein the electronic unit is programmed to use said digital-format data to control a transfer of the log from the loading station to the cutting station and/or to control the operation of the cutting station. a cutting station wherein a cutting device is present configured to perform, in use, a spiral cut of the log while the log is rotated about a first rotation axis; a loading station at which, in use, the apparatus receives each log to be peeled; and a device for transferring logs from the loading station to the cutting station; the cutting station, the loading station and the transfer device, in use, interact with each other to position the log in the cutting station; characterized in that the loading station includes a device for axially rotating the log configured to rotate the log about a second rotation axis. the loading station comprises a radiographic examination device, comprising an x-ray emission unit and an x-ray detection unit, which is configured to generate, in use, radiographic scans of the log; the apparatus further comprises an electronic unit that is connected to the radiographic examination device to command its activation and receive digital-format data from it relating to each radiographic scan generated by it, as well as to the axial rotation device of the log to control its operation; and wherein the electronic unit is programmed to use said digital-format data to control a transfer of the log from the loading station to the cutting station and/or to control the operation of the cutting station.
Method for obtaining a raw grain with a reduced cooking time, characterized in that, before said cooking, the raw grain is subjected to a settling stage in an aqueous solution of a natural or synthetic food acid, with a pH comprised between 2.1 and 4.9, wherein the settling stage is carried out at room temperature, during an interval between 1 hour to 48 hours, when a natural food acid is used, and an interval between 1 hour to 168 hours, when a synthetic food acid is used, and wherein, after the settling stage the grain is subjected to a final drying stage, in which the grain returns to its initial raw state, wherein the drying stage is carried out by means of heat treatment at a temperature between 15°C and a value less than 60°C or naturally at a temperature comprised between 15°C and 40°C.
A method for setting the braking torque of a hydrodynamic retarder in a vehicle, especially truck, with the following steps: 1.1 activation of the hydrodynamic retarder and generation of a predetermined braking torque upon detecting an activation command for the hydrodynamic retarder, wherein the duration until the predetermined braking torque is provided by the retarder and/or the level of the braking torque of the retarder is variably adjustable over the time progression until reaching the predetermined braking torque, characterized in that 1.2 the longitudinal acceleration of the vehicle will be detected or calculated, and the duration until the predetermined braking torque is provided by the retarder and/or the level of the braking torque of the retarder over the time progression until reaching the predetermined braking torque is set depending on the longitudinal acceleration of the vehicle. 1.1 activation of the hydrodynamic retarder and generation of a predetermined braking torque upon detecting an activation command for the hydrodynamic retarder, wherein the duration until the predetermined braking torque is provided by the retarder and/or the level of the braking torque of the retarder is variably adjustable over the time progression until reaching the predetermined braking torque, characterized in that 1.2 the longitudinal acceleration of the vehicle will be detected or calculated, and the duration until the predetermined braking torque is provided by the retarder and/or the level of the braking torque of the retarder over the time progression until reaching the predetermined braking torque is set depending on the longitudinal acceleration of the vehicle.
Resilient spacer for arrangement between a window frame and a window jamb, having a first contact face for the window jamb and having a second contact face for the window frame, the contact faces (4, 5) being at least twice as long as their spacing from one another and the spacer being resiliently deformable so that the spacing of the two contact faces (4, 5) from one another can be altered, wherein the spacer has a mechanical mounting device for attachment by mounting on a flange of the window jamb, wherein once the spacer has been mounted as intended on the flange, the mounting device holds the spacer with its first contact face in contact with the flange of the window jamb, characterised in that the spacer has a spring clip which has at a free end a barb as mechanical mounting device for snap-on attachment to an edge of a flange of the window jamb.
A process of preparing a stable, multiphase isotropic cleansing composition, comprising the steps of in no particular order: a. blending water, surfactant(s), and polymeric dispersion stabilizing agent(s) until uniform to make an oil-free. transparent, isotropic aqueous preblend; b. feeding the aqueous preblend into a blending tube, the aqueous preblend moving through the blending tube at a rate from 22.7 to 113.7 kg per minute; and c. feeding petrolatum with a melting point between 35 and 80 C and a minimum viscosity of 10 Kcps at 32 C (Brookfield, RV spindle 5, 20rpm) into the blending tube via a multiport injector at a rate sufficient to form a blend with a wt. % ratio range of 1% petrolatum to 99 % aqueous preblend to 16 % petrolatum to 84% aqueous preblend; wherein greater than 50% by volume of the petrolatum phase particles have a diameter greater than 50 microns, as measured by the standard particle size method wherein the particle size distribution is characterized by light diffraction measurement using a Malvern Mastersizer® 2000 (Malvern Instruments, Malvern, UK) at ambient conditions and the raw data analysis is conducted by the Mastersizer 2000 software, wherein the temperature of the aqueous preblend is adjusted to 40 C or less and the temperature of the petrolatum is adjusted within the range of 50 to 70 C prior to blending. a. blending water, surfactant(s), and polymeric dispersion stabilizing agent(s) until uniform to make an oil-free. transparent, isotropic aqueous preblend; b. feeding the aqueous preblend into a blending tube, the aqueous preblend moving through the blending tube at a rate from 22.7 to 113.7 kg per minute; and c. feeding petrolatum with a melting point between 35 and 80 C and a minimum viscosity of 10 Kcps at 32 C (Brookfield, RV spindle 5, 20rpm) into the blending tube via a multiport injector at a rate sufficient to form a blend with a wt. % ratio range of 1% petrolatum to 99 % aqueous preblend to 16 % petrolatum to 84% aqueous preblend;
A compound comprising the formula 100 or 101 wherein a, m, and n are independently integers of one or greater; each X independently comprises a conjugated group, wherein when a = 1, X is not aryl or heteroaryl and when a >1, all X are not aryl or heteroaryl; and R 1 and R 2 are, independently, substituted or unsubstituted alkyl, substituted or unsubstituted alkenyl, substituted or unsubstituted alkenyl, aryl, substituted or unsubstituted cycloalkyl, aralkyl, amino, ester, aldehyde, hydroxyl, alkoxy, thiol, thioalkyl, halide, acyl halide, acrylate, or vinyl ether, wherein the compound is incorporated into a conjugated fused thiophene polymer or oligomer having m > 1. wherein a, m, and n are independently integers of one or greater; each X independently comprises a conjugated group, wherein when a = 1, X is not aryl or heteroaryl and when a >1, all X are not aryl or heteroaryl; and R 1 and R 2 are, independently, substituted or unsubstituted alkyl, substituted or unsubstituted alkenyl, substituted or unsubstituted alkenyl, aryl, substituted or unsubstituted cycloalkyl, aralkyl, amino, ester, aldehyde, hydroxyl, alkoxy, thiol, thioalkyl, halide, acyl halide, acrylate, or vinyl ether,
A method for the production of a glycosylated peptide comprising: (i) providing a peptide conjugated with one or more hydrophilic polymer(s); and (ii) glycosylating the polymer-conjugated peptide of step (i) by means of one or more glycosyltransferase(s). (i) providing a peptide conjugated with one or more hydrophilic polymer(s); and (ii) glycosylating the polymer-conjugated peptide of step (i) by means of one or more glycosyltransferase(s).
An implant having an openwork, hollow-cylindrical main body, which is assembled from a plurality of openwork, hollow-cylindrical segments (11, 13), which are arranged in succession in the longitudinal direction and which are connected to one another, wherein the segments comprise a terminal segment at each end of the main body arranged in the longitudinal direction and at least one inner segment, which is arranged in the longitudinal direction between the two terminal segments, wherein each segment (11, 13) has a plurality of bars, which together form a meandering structure with maximum points and minimum points which runs around in the circumferential direction, wherein the main body assumes a compressed state and an expanded state, wherein the meandering structure of at least one terminal segment has a smaller number of minimum points than the at least one inner segment, and characterised by at least one eyelet for the arrangement of a functional element consisting of an x-ray opaque and/or radiopaque material is provided in the meandering structure of at least one terminal segment of the main body.
A method for wireless communication at a user equipment, UE, comprising: receiving at least a first synchronization signal, SS, block from a first cell configured with a first base station, BS,; receiving, from a second cell configured with a second BS, synchronization assistance information for the first cell, the synchronization assistance information includes an indication of a measurement window being a time duration that immediately follows the receipt of the at least first SS block, wherein the time duration is selected by the second BS to be sufficiently long to cover a delayed transmission of the at least first SS block, if the inter-site distance between the first BS and the second BS is outside a threshold distance, or the time duration is selected by the second BS based on whether the first BS is asynchronous with the second BS; determining a first index of the at least first SS block based at least in part on the indication included in the synchronization assistance information, the first index identifying a location of the at least first SS block within a set of time or frequency resources; and receiving a second SS block from the second cell, wherein determining the first index is further based at least in part on the second SS block. receiving at least a first synchronization signal, SS, block from a first cell configured with a first base station, BS,; receiving, from a second cell configured with a second BS, synchronization assistance information for the first cell, the synchronization assistance information includes an indication of a measurement window being a time duration that immediately follows the receipt of the at least first SS block, wherein the time duration is selected by the second BS to be sufficiently long to cover a delayed transmission of the at least first SS block, if the inter-site distance between the first BS and the second BS is outside a threshold distance, or the time duration is selected by the second BS based on whether the first BS is asynchronous with the second BS; determining a first index of the at least first SS block based at least in part on the indication included in the synchronization assistance information, the first index identifying a location of the at least first SS block within a set of time or frequency resources; and receiving a second SS block from the second cell, wherein determining the first index is further based at least in part on the second SS block.
A crystalline sodium salt of 5-methyl- -tetrahydrofolic acid wherein the molar ratio of 5-methyl- -tetrahydrofolic acid to sodium is from 1:1.51 to 1:2.5 or hydrates or solvates thereof.
A method for producing bone substitutes and/or fillers made to measure and made of bioactive and biomimetic materials, characterized in that it comprises the following steps: - receiving clinical images of the bone defect from a clinical unit, - processing the received image in order to obtain a virtual prototype of the bone defect, - converting the virtual prototype into a format which is compatible with a rapid prototyping machine, - providing a male mold part by way of said rapid prototyping machine, said machine being a storeolithography machine, from said virtual prototype of said bone defect, in a material selected depending on the type of production method used to obtain the bone substitute, - obtaining by forming from said male mold part a female mold part made of silicone, or ceramic suspension depending on the type of production method used to obtain the bone substitute, - selecting a material of which the bone filler or substitute is to be made, - providing said bone filler or substitute. - receiving clinical images of the bone defect from a clinical unit, - processing the received image in order to obtain a virtual prototype of the bone defect, - converting the virtual prototype into a format which is compatible with a rapid prototyping machine, - providing a male mold part by way of said rapid prototyping machine, said machine being a storeolithography machine, from said virtual prototype of said bone defect, in a material selected depending on the type of production method used to obtain the bone substitute, - obtaining by forming from said male mold part a female mold part made of silicone, or ceramic suspension depending on the type of production method used to obtain the bone substitute, - selecting a material of which the bone filler or substitute is to be made, - providing said bone filler or substitute.