mhurhangee/patent-ind-claim-en huggingface dataset:
A cross-linkable rubber composition comprising a nitrile group-containing highly saturated copolymer rubber and a cross-linking agent, the nitrile group-containing highly saturated copolymer rubber comprising an α,β-ethylenically unsaturated nitrile monomer unit (a1) in a content of 10 to 40 wt%, an α,β-ethylenically unsaturated monocarboxylic acid ester monomer unit (a2) in a content of 10 to 45 wt%, and a conjugated diene monomer unit (a3) in a content of 40 to 70 wt%, and having an iodine value of 35 to 85, wherein the conjugated diene monomer unit (a3) is 1,3-butadiene, and the cross-linking agent is an organic peroxide cross-linking agent. the nitrile group-containing highly saturated copolymer rubber comprising an α,β-ethylenically unsaturated nitrile monomer unit (a1) in a content of 10 to 40 wt%, an α,β-ethylenically unsaturated monocarboxylic acid ester monomer unit (a2) in a content of 10 to 45 wt%, and a conjugated diene monomer unit (a3) in a content of 40 to 70 wt%, and having an iodine value of 35 to 85, wherein the conjugated diene monomer unit (a3) is 1,3-butadiene, and the cross-linking agent is an organic peroxide cross-linking agent.
A computer-implemented method for facilitating communication from and to a vehicle comprising: obtaining , by a vehicle application programming interface (API) , a request to establish communication from a vehicle computing system ; establishing , by the vehicle API , two or more parallel communication connections to the vehicle computing system , wherein the two or more communication connections are bidirectional communication connections and have different weights for identifying an importance of data transported via each of the two or more communication connections; receiving , by the vehicle API, one or more messages over the communication connections to the vehicle computing system ; determining , by the vehicle API, routing for the one or more received messages; and providing , by the vehicle API, the one or more messages to one or more clients based at least in part on the determined routing. obtaining , by a vehicle application programming interface (API) , a request to establish communication from a vehicle computing system ; establishing , by the vehicle API , two or more parallel communication connections to the vehicle computing system , wherein the two or more communication connections are bidirectional communication connections and have different weights for identifying an importance of data transported via each of the two or more communication connections; receiving , by the vehicle API, one or more messages over the communication connections to the vehicle computing system ; determining , by the vehicle API, routing for the one or more received messages; and providing , by the vehicle API, the one or more messages to one or more clients based at least in part on the determined routing.
A touch sensing apparatus comprising: distinct capacitive sensor electrodes irregularly configured across a sensing area , wherein each capacitive sensor electrode is an island associated with a unique combination of two positional components within the sensing area; and a plurality of conductive traces each of which is operatively connected to one of the distinct capacitive sensor electrodes and wherein at least some of the conductive traces extend over the sensing area; characterised in that the capacitive sensor electrodes comprise perimeters comprising an upper portion , a lower portion , a right portion and a left portion and wherein the upper portion is an inversion of the lower portion and the left portion is an inversion of the right portion such that when the capacitive sensor electrodes are arranged as an array there is: an upper fixed gap between the upper portion and a lower portion of an adjacent capacitive sensor electrode; a lower fixed gap between the lower portion and an upper portion of another adjacent capacitive sensor electrode; a right fixed gap between the right portion and a left portion of a further adjacent capacitive sensor electrode; a left fixed gap between the left portion and a right portion of another adjacent capacitive sensor electrode. distinct capacitive sensor electrodes irregularly configured across a sensing area , wherein each capacitive sensor electrode is an island associated with a unique combination of two positional components within the sensing area; and a plurality of conductive traces each of which is operatively connected to one of the distinct capacitive sensor electrodes and wherein at least some of the conductive traces extend over the sensing area; characterised in that the capacitive sensor electrodes comprise perimeters comprising an upper portion , a lower portion , a right portion and a left portion and wherein the upper portion is an inversion of the lower portion and the left portion is an inversion of the right portion such that when the capacitive sensor electrodes are arranged as an array there is: an upper fixed gap between the upper portion and a lower portion of an adjacent capacitive sensor electrode; a lower fixed gap between the lower portion and an upper portion of another adjacent capacitive sensor electrode; a right fixed gap between the right portion and a left portion of a further adjacent capacitive sensor electrode; a left fixed gap between the left portion and a right portion of another adjacent capacitive sensor electrode. an upper fixed gap between the upper portion and a lower portion of an adjacent capacitive sensor electrode; a lower fixed gap between the lower portion and an upper portion of another adjacent capacitive sensor electrode; a right fixed gap between the right portion and a left portion of a further adjacent capacitive sensor electrode; a left fixed gap between the left portion and a right portion of another adjacent capacitive sensor electrode.
An article carrier (90; 290) for packaging one or more articles (B) comprising an at least double-ply strap handle at one or both of the opposed ends of the article carrier (90; 290), wherein an end bridging strap (12a, 12b; 112a, 112b; 212a, 212b) is hingedly connected to a reinforcing strap (14, 16; 114, 116; 214, 216) along their respective upper edges; characterised in that , the reinforcing strap is secured at its opposite ends to side panels (18, 20; 118, 120; 218, 220) of the carrier (90; 290).
A method comprising: obtaining a training set of network data that includes benign network data and malware network data; engaging a feature extraction engine to generate a set of dyads for each source-destination pair in the training set of network data; training , using the set of dyads, a machine learning engine to differentiate between the benign network data and the malware network data; obtaining network data identifying at least one new event for at least one source-destination pair; responsive to determining that the at least one new event is not associated with a source-destination pair that is known to be trusted, sending a request to a data store for obtaining all network data available for the at least one source-destination pair so as to send the network data obtained to the feature extraction engine; engaging the feature extraction engine comprising sending the network data obtained to the feature extraction engine to generate a set of dyads for the at least one source-destination pair associated with the at least one new event; and sending the set of dyads for the at least one source-destination pair associated with the at least one new event to the machine learning engine for classification. obtaining a training set of network data that includes benign network data and malware network data; engaging a feature extraction engine to generate a set of dyads for each source-destination pair in the training set of network data; training , using the set of dyads, a machine learning engine to differentiate between the benign network data and the malware network data; obtaining network data identifying at least one new event for at least one source-destination pair; responsive to determining that the at least one new event is not associated with a source-destination pair that is known to be trusted, sending a request to a data store for obtaining all network data available for the at least one source-destination pair so as to send the network data obtained to the feature extraction engine; engaging the feature extraction engine comprising sending the network data obtained to the feature extraction engine to generate a set of dyads for the at least one source-destination pair associated with the at least one new event; and sending the set of dyads for the at least one source-destination pair associated with the at least one new event to the machine learning engine for classification.
A graphics processing unit comprising a texture filtering unit implemented in hardware logic, the texture filtering unit comprising: a plurality of inputs arranged to receive one or more texture values and a plurality of filter coefficients, the plurality of filter coefficients comprising coefficients relating to a plurality of different texture filtering methods; a datapath block comprising one or more computation pipelines (218-219), each containing at least one hardware logic component configured to receive a plurality of inputs and generate an output value as part of a texture filtering operation; and a control block comprising a plurality of sequencers and an arbiter , characterised in that each sequencer comprises a plurality of hard-coded micro-programs and hardware logic arranged to select one of the micro-programs based on one or more control inputs, wherein each micro-program defines a sequence of operations to be performed by the pipelines in the datapath block as part of a texture filtering operation and different micro-programs implement different combinations of texture filtering methods, and wherein the arbiter comprises hardware logic arranged to control access to the computation pipelines by the sequencers according to prioritization rules, wherein the prioritization rules prioritize access for operations involving a new input texture value. a plurality of inputs arranged to receive one or more texture values and a plurality of filter coefficients, the plurality of filter coefficients comprising coefficients relating to a plurality of different texture filtering methods; a datapath block comprising one or more computation pipelines (218-219), each containing at least one hardware logic component configured to receive a plurality of inputs and generate an output value as part of a texture filtering operation; and a control block comprising a plurality of sequencers and an arbiter , characterised in that each sequencer comprises a plurality of hard-coded micro-programs and hardware logic arranged to select one of the micro-programs based on one or more control inputs, wherein each micro-program defines a sequence of operations to be performed by the pipelines in the datapath block as part of a texture filtering operation and different micro-programs implement different combinations of texture filtering methods, and
A holder carrying thereon a sensor to measure a physiological signal of an analyte in a biological fluid, wherein the sensor has a signal detection end and a signal output end , comprising: an implantation hole being a channel for implanting the sensor , and containing a part of the sensor ; a waterproof seal disposed above the implantation hole ; an elastic divider disposed in the implantation hole to separate the implantation hole and covering all over a cross-sectional area of the implantation hole , wherein the elastic divider is disposed above the signal detection end of the sensor in the implantation hole ; and a blocking element disposed in the implantation hole to hold the sensor in the holder , wherein the waterproff seal , the elastic divider and the blocking element are integrally formed and embedded in the implantation hole . an implantation hole being a channel for implanting the sensor , and containing a part of the sensor ; a waterproof seal disposed above the implantation hole ; an elastic divider disposed in the implantation hole to separate the implantation hole and covering all over a cross-sectional area of the implantation hole , wherein the elastic divider is disposed above the signal detection end of the sensor in the implantation hole ; and a blocking element disposed in the implantation hole to hold the sensor in the holder , wherein the waterproff seal , the elastic divider and the blocking element are integrally formed and embedded in the implantation hole .
A printer configured to print each printing medium (M) having an RFID , the printer comprising: a radio wave strength acquisition unit configured to acquire a radio wave strength from the RFID ; characterized by a determine unit configured to determine whether the RFID is able to read normally and write normally or not on the basis of a radio wave strength obtained by the radio wave strength acquisition unit and a threshold; and a threshold setting unit configured to set the threshold with respect to the radio wave strength of the RFID included in the printing medium (M) to be printed, before printing the printing medium (M). a radio wave strength acquisition unit configured to acquire a radio wave strength from the RFID ; characterized by a determine unit configured to determine whether the RFID is able to read normally and write normally or not on the basis of a radio wave strength obtained by the radio wave strength acquisition unit and a threshold; and a threshold setting unit configured to set the threshold with respect to the radio wave strength of the RFID included in the printing medium (M) to be printed, before printing the printing medium (M).
An operating assembly for edgebanding machines to edgeband panels made of wood or the like, each panel being delimited by a first lateral face and by a second lateral face , which is orthogonal to the first lateral face and is provided with a finishing edge ; the operating assembly comprising a support structure ; at least one cutting tool to process the finishing edge and/or the panel ; a copy attachment (15; 18), which is designed to be arranged in contact, in use, with the first lateral face or the finishing edge and is coupled to the support structure so as to move, relative to the support structure , in a direction (10; 12), which is perpendicular to the first lateral face or to the finishing edge , depending on a profile of the first lateral face or of the finishing edge ; and a pushing unit , which is interposed between the support structure and the copy attachment (15; 18) so as to keep the copy attachment (15; 18) in contact with the first lateral face or with the finishing edge ; the pushing unit comprising, in turn, a first pushing device , which is pre-loaded so as to exert a first force other than zero upon the copy attachment (15; 18) when the copy attachment (15; 18) is disengaged from the panel ; a second pushing device exerting a second force, which is smaller than the first force, upon the copy attachment (15; 18) when the copy attachment (15; 18) is disengaged from the panel and a third force other than zero, which is greater than the second force, when the copy attachment (15; 18) is engaged on the panel ; characterized in that the first pushing device comprises at least one first spring (25; 39), which is interposed between the support structure and the copy attachment (15; 18), or at least one actuator cylinder , which is mounted between the support structure and the copy attachment (15; 18); and the second pushing device comprises at least one second spring , which is interposed between the support structure and the copy attachment (15; 18).
Groove follower for cooperating with a shift groove of a shift drum of a multi-step sequential transmission for a motor vehicle, comprising: - a groove follower body , comprising at least one contact surface for contacting a lateral face of the shift groove of the shift drum , characterised in that at least part of the at least one contact surface is formed as part of an outer surface of a three-dimensional helix with a helix diameter and a helix pitch. - a groove follower body , comprising at least one contact surface for contacting a lateral face of the shift groove of the shift drum , characterised in that at least part of the at least one contact surface is formed as part of an outer surface of a three-dimensional helix with a helix diameter and a helix pitch.
A method for removing of and or preventing buildup of substantially water soluble fouling in the piping downstream of an idle or operational ODH reactor , comprising introducing solvent into one or more locations within said piping, with at least one said one or more locations at a position upstream of fouling or where fouling is likely to develop, and wherein solvent is introduced primarily in a liquid state at the pressure and temperature within said piping at location of introduction; characterised in that the solvent is introduced at a flow rate or pressure that promotes an annular flow of solvent substantially in contact with the inner surface of said piping; or in that the ODH reactor is operational and the solvent is introduced at a flow rate or pressure that promotes slug flow of solvent and for a time period short enough so as not to disrupt operation of said ODH reactor. the solvent is introduced at a flow rate or pressure that promotes an annular flow of solvent substantially in contact with the inner surface of said piping; or in that the ODH reactor is operational and the solvent is introduced at a flow rate or pressure that promotes slug flow of solvent and for a time period short enough so as not to disrupt operation of said ODH reactor.
A buoyant structure comprising: a hull having a main deck , an upper cylindrical side section , an upper frustoconical side section , a lower frustoconical side section a lower ellipsoidal section , an ellipsoid keel , and a fin-shaped appendage secured to a lower and an outer portion of the exterior of the ellipsoid keel , characterized in that the hull further comprises a cylindrical neck , wherein the lower frustoconical side section extends from the cylindrical neck ; wherein the hull forms an ellipsoidal planform; and wherein a pendulum is attached to the structure , positioned to move between a transport depth and an operational depth, and wherein the pendulum is configured to dampen movement of a watercraft as the watercraft moves from side to side in water. the hull further comprises a cylindrical neck , wherein the lower frustoconical side section extends from the cylindrical neck ; wherein the hull forms an ellipsoidal planform; and wherein a pendulum is attached to the structure , positioned to move between a transport depth and an operational depth, and wherein the pendulum is configured to dampen movement of a watercraft as the watercraft moves from side to side in water.
Espagnolette lock , in particular for pivoting doors of motor vehicle bodies , with a pivotable lever part and a counter catch which can be fastened to the body, wherein a locking projection is arranged on the lever part which in the locked state engages behind the counter catch , wherein further the locking projection is arranged displaceably on the lever part and the lever part has an actuating lever which can be pivoted about an axis of rotation formed in the lever part , which has an acting portion for displacing the locking projection , characterised in that the acting portion is arranged on a side facing away from the body of the motor vehicle with respect to the axis of rotation and is spaced apart from the body in the mounted state, and in that the acting portion tends to move the locking projection away from the axis of rotation when actuated.
A computer-implemented method when executed on data processing hardware causes the data processing hardware to perform operations, the operations comprising: receiving audio data corresponding to an utterance spoken by a user and captured by a user device ; processing, using a speech recognizer , the audio data to determine a candidate transcription for the spoken utterance , the candidate transcription comprises a sequence of tokens ; for each token in the sequence of tokens : determining, using a first embedding table , a token embedding for the corresponding token ; determining, using a second embedding table , a n-gram token embedding for a previous sequence of n-gram tokens ; and concatenating the token embedding and the n-gram token embedding to generate a concatenated output for the corresponding token ; and rescoring, using an external language model , the candidate transcription for the spoken utterance by processing the concatenated output generated for each corresponding token in the sequence of tokens . receiving audio data corresponding to an utterance spoken by a user and captured by a user device ; processing, using a speech recognizer , the audio data to determine a candidate transcription for the spoken utterance , the candidate transcription comprises a sequence of tokens ; for each token in the sequence of tokens : determining, using a first embedding table , a token embedding for the corresponding token ; determining, using a second embedding table , a n-gram token embedding for a previous sequence of n-gram tokens ; and concatenating the token embedding and the n-gram token embedding to generate a concatenated output for the corresponding token ; and determining, using a first embedding table , a token embedding for the corresponding token ; determining, using a second embedding table , a n-gram token embedding for a previous sequence of n-gram tokens ; and concatenating the token embedding and the n-gram token embedding to generate a concatenated output for the corresponding token ; and rescoring, using an external language model , the candidate transcription for the spoken utterance by processing the concatenated output generated for each corresponding token in the sequence of tokens .
A hair treatment product comprising a plurality of constituents, having an outer packaging which contains all of the constituents of the hair treatment product , an insert which at least partially receives the constituents of the hair treatment product , and a container designed as a closable mixing bowl for providing at least a first, powdery preparation component in order to produce a preparation mixture from the first preparation component with the addition of at least one second, liquid preparation component of a viscosity lower than 1000 mPas at 20°C, wherein the first, powdery preparation component , which is a coloring component, and a powdery oxidizing agent as a third preparation component are provided in the mixing bowl as a loose powder or in at least one water-soluble film pouch , the insert is integrally formed on the mixing bowl, and the mixing bowl is tightly closed with a releasable closure element until use. the first, powdery preparation component , which is a coloring component, and a powdery oxidizing agent as a third preparation component are provided in the mixing bowl as a loose powder or in at least one water-soluble film pouch , the insert is integrally formed on the mixing bowl, and the mixing bowl is tightly closed with a releasable closure element until use.