mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for protecting against malware, the method comprising: training a classifier to classify a domain name as being either legitimate or illegitimate, wherein a classification of illegitimate indicates that the domain name was generated by a Domain Generation Algorithm used to generate domain names for malware; retraining the classifier using an active learning technique by: using the classifier to determine a respective classification of each domain name in a set of domain names; performing a respective domain name system, DNS, query for each domain name in the set; labelling one or more domain names in the set based on the classification of those domain names and the outcome of the respective DNS queries for those domain names; and using training data comprising the labelled one or more domain names to retrain the classifier; using the classifier to classify a domain name that is the subject of a DNS query from a computer system in a network; and taking one or more predetermined actions for mitigating or preventing the activity of the malware in response to the domain name being classified as illegitimate. training a classifier to classify a domain name as being either legitimate or illegitimate, wherein a classification of illegitimate indicates that the domain name was generated by a Domain Generation Algorithm used to generate domain names for malware; retraining the classifier using an active learning technique by: using the classifier to determine a respective classification of each domain name in a set of domain names; performing a respective domain name system, DNS, query for each domain name in the set; labelling one or more domain names in the set based on the classification of those domain names and the outcome of the respective DNS queries for those domain names; and using training data comprising the labelled one or more domain names to retrain the classifier; using the classifier to determine a respective classification of each domain name in a set of domain names; performing a respective domain name system, DNS, query for each domain name in the set; labelling one or more domain names in the set based on the classification of those domain names and the outcome of the respective DNS queries for those domain names; and using training data comprising the labelled one or more domain names to retrain the classifier; using the classifier to classify a domain name that is the subject of a DNS query from a computer system in a network; and taking one or more predetermined actions for mitigating or preventing the activity of the malware in response to the domain name being classified as illegitimate.
A connector assembly comprising: a first connector; a first elastic layer (120; 1230) disposed on a body of the first connector; one or more first electrodes (130; 610, 620; 1240, 1245, 1250) disposed on the first elastic layer; a second connector; and one or more second electrodes (160; 630, 640; 1255, 1260, 1265) disposed on a body of the second connector, wherein the first elastic layer (120; 1230) is configured to provide a compressive force to the one or more first electrodes (130; 610, 620; 1240, 1245, 1250) when the body of the first connector engages the body of the second connector; wherein the one or more first electrodes (130; 610, 620; 1240, 1245, 1250) are configured to contact the one or more second electrodes (160; 630, 640; 1255, 1260, 1265) when the body of the first connector engages the body of the second connector; and characterized by the body of the first connector and the body of the second connector including an insulating material and having a modulus of elasticity greater than that of the first elastic layer (120; 1230). a first connector; a first elastic layer (120; 1230) disposed on a body of the first connector; one or more first electrodes (130; 610, 620; 1240, 1245, 1250) disposed on the first elastic layer; a second connector; and one or more second electrodes (160; 630, 640; 1255, 1260, 1265) disposed on a body of the second connector, wherein the first elastic layer (120; 1230) is configured to provide a compressive force to the one or more first electrodes (130; 610, 620; 1240, 1245, 1250) when the body of the first connector engages the body of the second connector; wherein the one or more first electrodes (130; 610, 620; 1240, 1245, 1250) are configured to contact the one or more second electrodes (160; 630, 640; 1255, 1260, 1265) when the body of the first connector engages the body of the second connector; and characterized by the body of the first connector and the body of the second connector including an insulating material and having a modulus of elasticity greater than that of the first elastic layer (120; 1230).
An apparatus to identify correlated privacy values, comprising: a principal monitor to identify a first privacy value associated with a first principal; a tuple manager to build a probability tuple matrix comprising a first tuple and a plurality of second tuples, the first tuple comprising the first principal and the associated first privacy value, the second tuples comprising more combinations of principals and their corresponding privacy values; an anonymity index manager to determine, based on the first tuple, a probability that the first principal and the first privacy value will remain anonymous in response to disclosing the first privacy value; a privacy rank manager to, when the probability satifies a privacy threshold, block the disclosure of the first privacy value, the privacy threshold indicative that the first principal and the first privacy value will not remain anonymous in response to disclosing the first privacy value; and an Eigenvector engine to evaluate the probability tuple matrix to identify a dominant Eigenvector indicative of a correlation between the first privacy value and one of the plurality of second tuples, wherein the apparatus is further configured to determine, in response to identifying said dominant Eigenvector, that disclosing said first privacy value results in a privacy risk. a principal monitor to identify a first privacy value associated with a first principal; a tuple manager to build a probability tuple matrix comprising a first tuple and a plurality of second tuples, the first tuple comprising the first principal and the associated first privacy value, the second tuples comprising more combinations of principals and their corresponding privacy values; an anonymity index manager to determine, based on the first tuple, a probability that the first principal and the first privacy value will remain anonymous in response to disclosing the first privacy value; a privacy rank manager to, when the probability satifies a privacy threshold, block the disclosure of the first privacy value, the privacy threshold indicative that the first principal and the first privacy value will not remain anonymous in response to disclosing the first privacy value; and an Eigenvector engine to evaluate the probability tuple matrix to identify a dominant Eigenvector indicative of a correlation between the first privacy value and one of the plurality of second tuples, wherein the apparatus is further configured to determine, in response to identifying said dominant Eigenvector, that disclosing said first privacy value results in a privacy risk.
Method for producing dental restorations using a dental powder, comprising the steps of: - providing the dental powder from a thermoplastic base polymer in an aqueous or solvent-containing suspension; - wetting a support element with the suspension; and - pre-drying the suspension in order to at least partially remove the liquid proportion of the suspension; and - forming a thermoplastic coating from the base polymer on the support element by fusing the pre-dried suspension. - providing the dental powder from a thermoplastic base polymer in an aqueous or solvent-containing suspension; - wetting a support element with the suspension; and - pre-drying the suspension in order to at least partially remove the liquid proportion of the suspension; and - forming a thermoplastic coating from the base polymer on the support element by fusing the pre-dried suspension.
Contact center system comprising a contact center unit which is connected via a communication network to a plurality of agents and to a plurality of IoT devices, wherein each one of the plurality of IoT devices is equipped with at least one sensor device adapted to measure predetermined measurement data in that IoT device, and at least one actuator device adapted to control the IoT device remotely, wherein the contact center unit is connectable to the sensor devices and the actuator devices via a middleware unit comprising IoT middleware, the contact center unit being adapted to receive an IoT device incident notification comprising incident information created and transmitted by the IoT middleware, if the measurement data of any one of the sensor devices matches a predetermined criterion indicating an incident, and wherein the contact center unit further comprises a routing unit adapted to route a contact transmitted by the middleware based on the incident information comprised in the incident notification to an agent. wherein each one of the plurality of IoT devices is equipped with at least one sensor device adapted to measure predetermined measurement data in that IoT device, and at least one actuator device adapted to control the IoT device remotely, wherein the contact center unit is connectable to the sensor devices and the actuator devices via a middleware unit comprising IoT middleware, the contact center unit being adapted to receive an IoT device incident notification comprising incident information created and transmitted by the IoT middleware, if the measurement data of any one of the sensor devices matches a predetermined criterion indicating an incident, and wherein the contact center unit further comprises a routing unit adapted to route a contact transmitted by the middleware based on the incident information comprised in the incident notification to an agent.
Spring and tensioning element having a plurality of bands which can be stretched resiliently, preferably bands or belts made from an elastomer material which can be stretched, which bands are connected at least partially in series in relation to their spring property, the bands being configured as endless elongate band loops (2, 3, 4) and firstly being guided around a rigid elongate supporting body which is arranged within the band loops and secondly being guided around one of at least two linkages (6, 7) which bear in a supported manner against the two opposite spaced apart ends of the supporting body and can be moved with respect to the supporting body, each of the band loops (2, 3, 4) wrapping around the supporting body on its side which lies opposite the respective wrapped-around linkage (6, 7) and having run sections which run substantially parallel to one another between the wrapped-around portions, the band loops being guided around the supporting body and the linkages in such a way that, in the case of an increase in the spacing of the linkages from one another as a result of external actions, elastic stretching of the band loops takes place and a tensile spring force is thus built up between the linkages (6, 7).
A system comprising a skiving wheel configured for the skiving of toothings, and a coolant supply for supplying a coolant used to dissipate the heat generated during skiving of a toothing with the skiving wheel rotating around its axis of rotation, wherein the coolant supply includes a supply portion which, as seen in a projection onto a plane extending orthogonal to the axis of rotation, is arranged closer to the axis than the toothing of the skiving wheel and has an extension component in the axial direction, and a further supply portion which has an extension component in a radial inward-outward direction relative to the axis of rotation, characterised in that at least a part of the further supply portion is delimited by an extensive delimitation that is arranged on the side of the skiving wheel that carries the cutting edges, and that extends radially through to the area of the teeth of the skiving wheel, which are step-sharpened, wherein the outer peripheral edge of the extensive delimitation are made to rest against the edges of the teeth.
Method for stabilizing and hardening dredged material or sludge, in which method - dredged material or sludge comprising water, soil and detrimental elements and having solids content of 1-45 weight-%, typically 5-45 weight-%, is led along a pipeline into a treatment basin. - at least one flocculant is added to the dredged material or sludge in the pipeline, - water and solid matter in the dredged material or sludge is let to separate in a treatment basin, and - water is led away from the treatment basin, wherein a binding agent is also added to the dredged material or sludge in the pipeline prior to the flocculant, wherein the binding agent and the flocculant are added directly into the pipeline without separate mixing devices, wherein the detrimental elements are bound to the soil and the soil is hardened by means of the binding agent, wherein the particles are formed by the flocculant, binding agent and detrimental elements and are let to sink down in the treatment basin and be separated from the water, wherein the binding agent is a cement or a lime based binding agent, slag, ash or a gypsum material, or a mixture of any of the aforementioned binding agents and the amount of the added binding agent is between 50 and 300 kg/m 3. - dredged material or sludge comprising water, soil and detrimental elements and having solids content of 1-45 weight-%, typically 5-45 weight-%, is led along a pipeline into a treatment basin. - at least one flocculant is added to the dredged material or sludge in the pipeline, - water and solid matter in the dredged material or sludge is let to separate in a treatment basin, and - water is led away from the treatment basin,
A method of increasing n-butane concentration in field butane, the method comprising: subjecting a feed stream, comprising primarily n-butane and isobutane collectively, to a concentrating process, the concentrating process comprises distilling, in one or more distillation columns, and produces a first product stream comprising primarily n-butane and a second product stream comprising methane, ethane, and propane; and cracking, in a thermal cracker, the first product stream to produce a third product stream comprising primarily ethylene and a fourth product stream comprising primarily n-butane; and recycling, from the thermal cracker, at least some of the fourth product stream to the one or more distillation columns, wherein the concentrating process comprises: distilling, in a first distillation column, a combined stream that comprises a mixture of the feed stream and a recycle stream comprising primarily isobutane to produce a bottoms stream comprising primarily npentane, an intermediate stream comprising primarily n-butane, and an overhead stream comprising primarily isobutane; combining the intermediate stream and the bottoms stream to produce the first product stream; isomerizing the overhead stream in a reactor to convert at least some of the overhead stream's isobutane to n-butane; and distilling effluent from the reactor, in a second distillation column, to form the recycle stream and the second product stream. subjecting a feed stream, comprising primarily n-butane and isobutane collectively, to a concentrating process, the concentrating process comprises distilling, in one or more distillation columns, and produces a first product stream comprising primarily n-butane and a second product stream comprising methane, ethane, and propane; and cracking, in a thermal cracker, the first product stream to produce a third product stream comprising primarily ethylene and a fourth product stream comprising primarily n-butane; and recycling, from the thermal cracker, at least some of the fourth product stream to the one or more distillation columns, distilling, in a first distillation column, a combined stream that comprises a mixture of the feed stream and a recycle stream comprising primarily isobutane to produce a bottoms stream comprising primarily npentane, an intermediate stream comprising primarily n-butane, and an overhead stream comprising primarily isobutane; combining the intermediate stream and the bottoms stream to produce the first product stream; isomerizing the overhead stream in a reactor to convert at least some of the overhead stream's isobutane to n-butane; and distilling effluent from the reactor, in a second distillation column, to form the recycle stream and the second product stream.
Process for preparing a siloxane compound comprising a 2-hydroxyphenyl benzotriazole function which comprises at least one step in which a reaction for hydrosilylation of a compound 2-hydroxyphenyl benzotriazole comprising a substituent having a terminal double bond with a siloxane compound comprising an SiH function is carried out in the presence of a catalyst and of at least one volatile organic solvent corresponding to one of formula or (VIII) below: in which R 4 and R 5, which may be identical or different, represent a linear or branched C 1 -C 4 alkyl radical, with the proviso that the sum of the carbons of R 4 and R 5 is less than or equal to 6; y is an integer between 1 and 3; R 6, which may be identical or different, are linear or branched C 1 -C 3 alkyl radicals, with the proviso that the sum of the carbons of R 6 is less than or equal to 6.
A pharmaceutical composition for use in the alleviation or treatment of gout, wherein the pharmaceutical composition comprises p-coumaryl diacetate as an active ingredient.
A coated substrate comprising a substrate surface coated with a coating comprising at least one ternary TM-diboride coating film, wherein the at least one ternary TM-diboride coating film comprises two different transition metals, characterized in that the chemical composition of the at least one ternary TM-diboride coating film is described by the formula W 1-x Ta x B 2-z, with 0.05≤x≤0.45, and -0.03 ≤z≤ 0.03, wherein the coefficients correspond to mol fractions, wherein the chemical composition of the coating film is measured using the method described in the description.
A base station comprising: a receiver, configured to receive a codebook instruction sent by a controller, wherein the codebook instruction is used to specify a codebook that can be used by the base station in data transmission with a terminal; the codebook belongs to a common sparse code codebook set; the common sparse code codebook set is a set of sparse code codebooks that can be used by each base station in a coordinating cluster to perform data transmission; and the coordinating cluster is a cluster of base stations that provide data transmission for a same terminal, wherein codebooks that can be used by the base stations in the coordinating cluster in data transmission with the terminal are mutually different; a transmitter, configured to send a codebook notification to the terminal, wherein the codebook notification is used to notify the terminal of a coordination codebook; the coordination codebook is a codebook that is used by a base station in the coordinating cluster to perform data transmission with the terminal; and the coordination codebook belongs to a codebook specified in a codebook instruction received by the base station in the coordinating cluster; and a processor, configured to use the coordination codebook to perform data transmission with the terminal. a receiver, configured to receive a codebook instruction sent by a controller, wherein the codebook instruction is used to specify a codebook that can be used by the base station in data transmission with a terminal; the codebook belongs to a common sparse code codebook set; the common sparse code codebook set is a set of sparse code codebooks that can be used by each base station in a coordinating cluster to perform data transmission; and the coordinating cluster is a cluster of base stations that provide data transmission for a same terminal, wherein codebooks that can be used by the base stations in the coordinating cluster in data transmission with the terminal are mutually different; a transmitter, configured to send a codebook notification to the terminal, wherein the codebook notification is used to notify the terminal of a coordination codebook; the coordination codebook is a codebook that is used by a base station in the coordinating cluster to perform data transmission with the terminal; and the coordination codebook belongs to a codebook specified in a codebook instruction received by the base station in the coordinating cluster; and a processor, configured to use the coordination codebook to perform data transmission with the terminal.
Pneumatic tyre for a vehicle, having a running-direction-bound tread profile which has profile block elements which are bounded outwardly in the radial direction R by the lateral face of the tread, and in the axial direction A by a circumferential groove, and in the circumferential direction U by oblique grooves, wherein the side wall which bounds a profile block element with respect to the oblique groove arranged in front in the rotational direction D of the pneumatic tyre for a vehicle in the case of forward travel and the side wall which bounds the profile block element with respect to the circumferential groove intersect at an acute angle and at the same time form a corner, which runs to a point in the rotational direction D in the case of forward travel, of the profile block element, wherein the corner is formed divided in two in the axial direction A of the pneumatic tyre for a vehicle, wherein the first part extends along the side wall which bounds the profile block element with respect to the circumferential groove, and the second part extends axially next to the first part along the side wall which bounds the profile block element with respect to the oblique groove, and the height of the second part is smaller over its entire extent up to the point where the lateral face is reached than the height of the first part, characterized in that the corner is formed in each case starting from the oblique groove along its extent in the circumferential direction U with a degressively increasing height in its first part up to the lateral face, and in its second part in a ramp-like fashion with a progressively increasing height up to the lateral face.