mhurhangee/patent-ind-claim-en huggingface dataset:
Device for suspending an overhead electrical contact section above a traffic lane of a railway vehicle passing through an engineering structure comprising anchoring means of the suspension device to said engineering structure, attachment means of overhead contact section , an insulating arm extending along a direction, called the longitudinal direction, between said attachment means and said anchoring means , an arm for adjusting the inclination of said overhead contact section interposed between said insulating arm and said attachment means of the overhead contact section , characterized in that it further comprises at least one connecting rod , a first end of wich is housed so as to be movable in translation along said longitudinal direction, in a guide slot provided in said adjustment arm, and a second end of which is mounted so as to pivot around a perpendicular axis to said longitudinal direction on the attachment means of the overhead contact section, so that the movement of the first end of this connecting rod in said guide slot causes the pivoting of said attachment means of said overhead contact section around the axis formed by the second end of this rod , and therefore the adjustment of the inclination of said overhead contact section suspended by said attachment means.
A computer-implemented method of generating a response to a spoken input, the method comprising: obtaining an audio input stream; detecting in the audio input stream a beginning of a first utterance (U 1 ); detecting in the audio input stream an end of the first utterance; responsive to detecting the end of the first utterance, initiating processing of the first utterance to recognize a first query, wherein recognizing the first query is conditional on the presence of an end-of-utterance boundary at the end of the first query; and while processing the first utterance: continuing to receive the audio input stream; and detecting a beginning of a second utterance (U 2 ) in the audio stream. obtaining an audio input stream; detecting in the audio input stream a beginning of a first utterance (U 1 ); detecting in the audio input stream an end of the first utterance; responsive to detecting the end of the first utterance, initiating processing of the first utterance to recognize a first query, wherein recognizing the first query is conditional on the presence of an end-of-utterance boundary at the end of the first query; and while processing the first utterance: continuing to receive the audio input stream; and detecting a beginning of a second utterance (U 2 ) in the audio stream. continuing to receive the audio input stream; and detecting a beginning of a second utterance (U 2 ) in the audio stream.
A ligand-free method of preparing tetrahexahedra ("THH") nanoparticles comprising, heating particles comprising a first metal in the presence of a second metal at 500°C to 1300°C for about 0.5 hours to about 12 hours to form the THH nanoparticles; wherein the first metal comprises platinum, palladium, rhodium, nickel, cobalt, or a combination thereof and the second metal comprises Sb, Bi, Pb, Te, or a combination thereof.
Device for coating of lenses by means of sputtering, with at least one target and with a carrier for holding at least one lens which is to be coated, the target being designed elongated or tubular and the lens being rotatable around an axis (A) which is centric and/or which intersects the lens , wherein the axis (A) is stationary relative to the target , characterized in that the lens is located off-center over the target and in an end region or its vicinity of the target , such that the lens is located both in a first, at least essentially homogeneous region (B1) and in a second, inhomogeneous region (B2) of a rate profile (P) of the removal of the target during coating, and/or in that the carrier is designed for holding a plurality of lenses , wherein the lenses are each rotatable around own axes (A).
A system, comprising: one or more computers operable to perform operations comprising: displaying a markup language document in an original language by rendering an internal representation of the document, the representation including nodes, the nodes including one or more text nodes and one or more non-text nodes, the text nodes each including respective original text; while displaying the document from the internal representation, sending a data structure containing the texts from the text nodes, as distinct data entities, to a translation service and replacing the texts in the text nodes with corresponding translated texts received from the translation service to generate a first translated internal representation of the markup language document, where the original texts in the text nodes are in the original language and the translated texts are in a different second language; whereby a first translation of the markup language document is displayed by rendering the first translated internal representation; receiving a notification that first text in a first text node is being replaced with new text in the original language; and then sending a data structure containing the new text to the translation service and replacing the text in the first text node with a first translated text in the second language received from the translation service to generate a second translated internal representation of the document; whereby a second translation of the markup language document is displayed by rendering the second translated internal representation. displaying a markup language document in an original language by rendering an internal representation of the document, the representation including nodes, the nodes including one or more text nodes and one or more non-text nodes, the text nodes each including respective original text; while displaying the document from the internal representation, sending a data structure containing the texts from the text nodes, as distinct data entities, to a translation service and replacing the texts in the text nodes with corresponding translated texts received from the translation service to generate a first translated internal representation of the markup language document, where the original texts in the text nodes are in the original language and the translated texts are in a different second language; whereby a first translation of the markup language document is displayed by rendering the first translated internal representation; receiving a notification that first text in a first text node is being replaced with new text in the original language; and then sending a data structure containing the new text to the translation service and replacing the text in the first text node with a first translated text in the second language received from the translation service to generate a second translated internal representation of the document; whereby a second translation of the markup language document is displayed by rendering the second translated internal representation.
A system for recognizing an order of signals, including in a cell of an analog-to-digital converter, used to determine a value of a bit having index x of an n-bit output digital word, a main MUTEX circuit provided with a set input connected to an input of a source signal and a reset input connected to an input of a reference signal and a first output connected to a first control input of a path configuration circuit and a second output connected to a second control input of the path configuration circuit, and furthermore the input of the source signal is connected to an input of a first delay circuit, whose output is connected to an input of a source path of the path configuration circuit, whereas the input of the reference signal is connected to an input of a second delay circuit, whose output is connected to an input of a reference path of the path configuration circuit, wherein propagation time of the first delay circuit is equal to propagation time of the second delay circuit and longer than nominal propagation delay of the main MUTEX circuit, characterized in that the input of the source signal (Sc x ) is connected to a first input of a first gate (B1 x ), whose second input is connected to the input of the reference signal (Rf x ), whereas an output of the first gate (B1 x ) is connected to an input of an additional delay circuit (T Dx ), whose output is connected to a reset input (R) of an additional MUTEX circuit (MA x ), wherein propagation time (to) of the additional delay circuit (T Dx ) is shorter than the propagation time (t M ) of the first delay circuit (T M1x ) and at the same time longer than the nominal propagation delay (t N ) of the main MUTEX circuit (MM x ), and the first output (Q1) of the main MUTEX circuit (MM x ) is connected to a data input (D x ) of an output module (OM) and to a first input of a second gate (B2 x ), whose second input is connected to the second output (Q2) of the main MUTEX circuit (MM x ), whereas an output of the second gate (B2 x ) is connected to a set input (S) of the additional MUTEX circuit (MA x ), whose second output (Q2) is connected to a priority input (Prt x ) of the output module (OM) equipped with outputs of bits (b n-1 , ..., b 0 ) of the n-bit output digital word (B).
A radio frequency energy radiation device comprising: an oscillator configured to generate a radio frequency signal; a power amplifier configured to amplify the radio frequency signal to output radio frequency power; a radiation element configured to radiate the radio frequency power; a detector configured to detect the radio frequency power travelling toward the radiation element as progressive wave power; and a controller configured to perform an output control of the radio frequency power using a closed-loop control that sets an output set value of the radio frequency power by a closed-loop and an open-loop control that sets the output set value of the radio frequency power by an open-loop, characterized in that in a burst operation alternately switching between a period of outputting the radio frequency power and a period of stopping the radio frequency power, the controller changes the output control of the radio frequency power from the closed-loop control to the open-loop control in a case where a specified condition for change is satisfied during the period of stopping the radio frequency power. an oscillator configured to generate a radio frequency signal; a power amplifier configured to amplify the radio frequency signal to output radio frequency power; a radiation element configured to radiate the radio frequency power; a detector configured to detect the radio frequency power travelling toward the radiation element as progressive wave power; and a controller configured to perform an output control of the radio frequency power using a closed-loop control that sets an output set value of the radio frequency power by a closed-loop and an open-loop control that sets the output set value of the radio frequency power by an open-loop, characterized in that in a burst operation alternately switching between a period of outputting the radio frequency power and a period of stopping the radio frequency power, the controller changes the output control of the radio frequency power from the closed-loop control to the open-loop control in a case where a specified condition for change is satisfied during the period of stopping the radio frequency power.
A method for an image processing apparatus of processing a user input in relation to an image, comprising: receiving first input data derived from a user input in relation to a first image, the first input data indicating a selection of at least a part of the first image; performing a determination process to determine, at least partly on the basis of the first input data and previous action data , one or more candidate actions to perform in relation to the first image; and providing output data (404a - 404e) indicating at least a first action of the one or more candidate actions, characterised in that : the previous action data relates to previous image processing actions that were previously implemented by the image processing apparatus in relation to one or more images, the one or more images each being different from the first image and the previous image processing actions comprising one or more of: an annotation; a measurement; and a highlighting. receiving first input data derived from a user input in relation to a first image, the first input data indicating a selection of at least a part of the first image; performing a determination process to determine, at least partly on the basis of the first input data and previous action data , one or more candidate actions to perform in relation to the first image; and providing output data (404a - 404e) indicating at least a first action of the one or more candidate actions, characterised in that : the previous action data relates to previous image processing actions that were previously implemented by the image processing apparatus in relation to one or more images, the one or more images each being different from the first image and the previous image processing actions comprising one or more of: an annotation; a measurement; and a highlighting.
A fibre comprising a microfibrillated cellulose, the fibre obtainable by a method comprising the steps of: preparing a composition comprising microfibrillated cellulose, wherein the microfibrillated cellulose has a fibre steepness ranging from about 20 to about 50; wherein the microfibrillated cellulose is obtainable by a two-stage process of (i) grinding a fibrous substrate comprising cellulose in a grinding vessel in the presence of an inorganic particulate material, and (ii) refining in a refiner or homogenizing in a homogenizer, or sonicating with an ultrasonic device the ground fibrous substrate comprising cellulose and the inorganic particulate material; wherein the grinding is carried out in an aqueous environment in the presence of a grinding medium; wherein the term "grinding medium" means a medium other than inorganic particulate material and wherein the grinding medium is 0.5 mm or greater in size; extruding the microfibrillated cellulose and inorganic particulate material from step through an extruder; attenuating the extruded microfibrillated cellulose and the inorganic particulate material with an attenuating gas; and collecting the extruded fibre. preparing a composition comprising microfibrillated cellulose, wherein the microfibrillated cellulose has a fibre steepness ranging from about 20 to about 50; wherein the microfibrillated cellulose is obtainable by a two-stage process of (i) grinding a fibrous substrate comprising cellulose in a grinding vessel in the presence of an inorganic particulate material, and (ii) refining in a refiner or homogenizing in a homogenizer, or sonicating with an ultrasonic device the ground fibrous substrate comprising cellulose and the inorganic particulate material; wherein the grinding is carried out in an aqueous environment in the presence of a grinding medium; wherein the term "grinding medium" means a medium other than inorganic particulate material and wherein the grinding medium is 0.5 mm or greater in size; extruding the microfibrillated cellulose and inorganic particulate material from step through an extruder; attenuating the extruded microfibrillated cellulose and the inorganic particulate material with an attenuating gas; and collecting the extruded fibre.
A method, comprising: delivering at least one credential to at least one device associated with a first user, the at least one credential being unusable with one or more physical access control readers until activation, wherein the at least one credential is delivered to the at least one device at a first time ; receiving contextual information regarding the first user, the contextual information including information describing one or more network devices with which the at least one device is in communication or has been in communication, wherein the contextual information is received at a second time that follows the first time; generating a first message that contains at least one instruction to activate the at least one credential for use at a facility of the one or more physical access control readers when the contextual information indicates that the first user is within a predetermined distance of the facility; and transmitting the first message to the at least one device associated with the first user. delivering at least one credential to at least one device associated with a first user, the at least one credential being unusable with one or more physical access control readers until activation, wherein the at least one credential is delivered to the at least one device at a first time ; receiving contextual information regarding the first user, the contextual information including information describing one or more network devices with which the at least one device is in communication or has been in communication, wherein the contextual information is received at a second time that follows the first time; generating a first message that contains at least one instruction to activate the at least one credential for use at a facility of the one or more physical access control readers when the contextual information indicates that the first user is within a predetermined distance of the facility; and transmitting the first message to the at least one device associated with the first user.
Device for the direction-dependent adaptation of the brightness of the incident light, having a basic body which comprises darkening components which are suitable for adapting the brightness of the incident light, the basic body being formed from cells which are of honeycomb design and have walls which are in each case opposite one another, to which at least one darkening component or a region of a darkening component is assigned and which are directed concentrically, fanning out at defined angles (W), to a common point (P) and thus to a common region (B), the envelope curve of the basic body formed by the cells assuming a plane or curved shape or a shape adapted to the surface of an object or sensor to be recorded, characterised in that the ratio of the cell diagonal to the length of the individual cell is between 1:3 and 1:100.
A docking device for docking a prosthetic valve at a native valve of a heart, the docking device comprising: a coiled anchor that comprises: a proximal tip and a distal tip; at least one full or partial central turn defining a diameter; an upper turn connected to the at least one full or partial central turn ; a cover layer surrounding the coiled anchor along at least a part of the at least one full or partial central turn , wherein the cover layer is connected to the coiled anchor; at least one friction enhancing layer having a friction higher than the cover layer and disposed over the cover layer , wherein the at least one friction enhancing layer is disposed over at least a portion of the at least one full or partial central turn and no portion of the upper turn is covered by the friction enhancing layer ; and wherein the coiled anchor is configured to be implantable at the native valve with at least a portion of the at least one full or partial central turn of the coiled anchor positioned in a chamber of the heart and around valve leaflets of the native valve. a proximal tip and a distal tip; at least one full or partial central turn defining a diameter; an upper turn connected to the at least one full or partial central turn ; a cover layer surrounding the coiled anchor along at least a part of the at least one full or partial central turn , wherein the cover layer is connected to the coiled anchor; at least one friction enhancing layer having a friction higher than the cover layer and disposed over the cover layer , wherein the at least one friction enhancing layer is disposed over at least a portion of the at least one full or partial central turn and no portion of the upper turn is covered by the friction enhancing layer ; and wherein the coiled anchor is configured to be implantable at the native valve with at least a portion of the at least one full or partial central turn of the coiled anchor positioned in a chamber of the heart and around valve leaflets of the native valve.
Device for selectively displacing a shifting element in the direction of a first shifting position and/or in the direction of a second shifting position, the device having an actuator and a spring module which acts between the actuator and the shifting element , wherein - the spring module has an actuator-side force introduction element , a shifting-element-side force introduction element , and a spring arrangement which acts between the force introduction elements and which has a first spring end and a second spring end , - the actuator-side force introduction element and the shifting-element-side force introduction element each have a first support section , which acts in the direction of the first shifting position, and a second support section , which acts in the direction of the second shifting position, for supporting the spring ends , and - the first spring end is assigned to the first support section of the shifting-element-side force introduction element and to the second support section of the actuator-side force introduction element , and the second spring end is assigned to the first support section of the actuator-side force introduction element and to the second support section of the shifting-element-side force introduction element , characterized in that the spring arrangement has, in a first quadrant of a force-travel diagram , a characteristic curve with a first characteristic curve section of relatively shallow gradient and with a second characteristic curve section of relatively steep gradient. - the spring module has an actuator-side force introduction element , a shifting-element-side force introduction element , and a spring arrangement which acts between the force introduction elements and which has a first spring end and a second spring end , - the actuator-side force introduction element and the shifting-element-side force introduction element each have a first support section , which acts in the direction of the first shifting position, and a second support section , which acts in the direction of the second shifting position, for supporting the spring ends , and - the first spring end is assigned to the first support section of the shifting-element-side force introduction element and to the second support section of the actuator-side force introduction element , and the second spring end is assigned to the first support section of the actuator-side force introduction element and to the second support section of the shifting-element-side force introduction element , characterized in that the spring arrangement has, in a first quadrant of a force-travel diagram , a characteristic curve with a first characteristic curve section of relatively shallow gradient and with a second characteristic curve section of relatively steep gradient.