mhurhangee/patent-ind-claim-en huggingface dataset:
A method for voice function control, the method comprising: determining an associated application program of a terminal based on a first recognition result of recognizing an input voice of a user by a voice assistant of the terminal, wherein the associated application program is configured to implement a function to be used by the user ; and passing the first recognition result and the input voice of the user to the associated application program, so that the associated application program recognizes the input voice of the user and generates a second recognition result , wherein the associated application program recognizes the input voice of the user and implements the function based on the second recognition result of the associated application program and the recognition result of the voice assistant. determining an associated application program of a terminal based on a first recognition result of recognizing an input voice of a user by a voice assistant of the terminal, wherein the associated application program is configured to implement a function to be used by the user ; and passing the first recognition result and the input voice of the user to the associated application program, so that the associated application program recognizes the input voice of the user and generates a second recognition result , wherein the associated application program recognizes the input voice of the user and implements the function based on the second recognition result of the associated application program and the recognition result of the voice assistant.
A washing or cleaning agent, characterized in that it contains a compound of general formula I or II, in which X represents ONa, NH 2 or NHRY, R represents a C 2-3 alkylene group, Y represents OH, NR 1 R 2 or N + R 1 R 2 R 3 Z - , R 1 , R 2 and R 3 represent, independently of one another, H or a C 1-2 alkyl functional group, and Z- represents an anion, or contains an amine or hydroxylamine corresponding to formula I or II.
An apparatus for obtaining ion energy distribution, IED, measurements in a plasma processing system comprising: a substrate for placement in the plasma processing system and exposed to the plasma; an ion energy analyser disposed in the substrate for measuring the ion energy distribution at the substrate surface during plasma processing, the analyser comprising a first conductive grid, G 0 , a second conductive grid, G 1 , a third conductive grid, G 2 , a fourth conductive grid G 3 , and a collection electrode, C, each grid separated by an insulation layer ; wherein the apparatus further comprises: a battery power supply and control circuitry, integrated in the substrate, for supplying and controlling voltage to each of the grids and the collector of the ion energy analyser; and wherein at least one insulation layer includes a peripheral portion which is of reduced thickness with respect to the remaining portion of the insulation layer . a substrate for placement in the plasma processing system and exposed to the plasma; an ion energy analyser disposed in the substrate for measuring the ion energy distribution at the substrate surface during plasma processing, the analyser comprising a first conductive grid, G 0 , a second conductive grid, G 1 , a third conductive grid, G 2 , a fourth conductive grid G 3 , and a collection electrode, C, each grid separated by an insulation layer ; wherein the apparatus further comprises: a battery power supply and control circuitry, integrated in the substrate, for supplying and controlling voltage to each of the grids and the collector of the ion energy analyser; and wherein at least one insulation layer includes a peripheral portion which is of reduced thickness with respect to the remaining portion of the insulation layer . a battery power supply and control circuitry, integrated in the substrate, for supplying and controlling voltage to each of the grids and the collector of the ion energy analyser; and wherein at least one insulation layer includes a peripheral portion which is of reduced thickness with respect to the remaining portion of the insulation layer .
A method comprising: identifying a current product context of an electronic device , based on data collected from one or more product context sensors , wherein the current product context is a selectable mechanical configuration of the electronic device and wherein the identifying the current product context of the electronic device comprises using one or more cameras to detect the presence and absence of a human user; and based at least on the identification of the current product context, adjusting a transmission power of the electronic device to ensure compliance with a specific absorption rate, SAR, standard applicable to the identified product context. identifying a current product context of an electronic device , based on data collected from one or more product context sensors , wherein the current product context is a selectable mechanical configuration of the electronic device and wherein the identifying the current product context of the electronic device comprises using one or more cameras to detect the presence and absence of a human user; and based at least on the identification of the current product context, adjusting a transmission power of the electronic device to ensure compliance with a specific absorption rate, SAR, standard applicable to the identified product context.
A power control system method comprising: generating a first output current at an output of a startup circuit responsively to a first value of an output voltage at the output of the startup circuit ; characterised by coupling the output to a voltage return to sink the output current and disable the output voltage.
A battery module , comprising: a plurality of battery cells stacked on each other, characterized by a plurality of adhesive members respectively disposed between the plurality of battery cells and configured to be removable according to a user manipulation, wherein the plurality of adhesive members are provided to both ends of the plurality of battery cells in a longitudinal direction, wherein each of the plurality of battery cells includes: an electrode assembly ; a battery case having a case body configured to accommodate the electrode assembly and a case terrace configured to extend from both ends of the case body along the longitudinal direction of the battery cells ; and a pair of electrode leads configured to protrude from the case terrace of the battery case and electrically connected to the electrode assembly , wherein each of the plurality of adhesive members includes: an adhesion portion disposed at both ends of the case body in the longitudinal direction of the plurality of battery cells , and a user manipulation portion configured to extend from the adhesion portion and disposed between the case terraces . a plurality of battery cells stacked on each other, characterized by a plurality of adhesive members respectively disposed between the plurality of battery cells and configured to be removable according to a user manipulation, wherein the plurality of adhesive members are provided to both ends of the plurality of battery cells in a longitudinal direction, wherein each of the plurality of battery cells includes: an electrode assembly ; a battery case having a case body configured to accommodate the electrode assembly and a case terrace configured to extend from both ends of the case body along the longitudinal direction of the battery cells ; and a pair of electrode leads configured to protrude from the case terrace of the battery case and electrically connected to the electrode assembly , wherein each of the plurality of adhesive members includes: an adhesion portion disposed at both ends of the case body in the longitudinal direction of the plurality of battery cells , and a user manipulation portion configured to extend from the adhesion portion and disposed between the case terraces . an electrode assembly ; a battery case having a case body configured to accommodate the electrode assembly and a case terrace configured to extend from both ends of the case body along the longitudinal direction of the battery cells ; and a pair of electrode leads configured to protrude from the case terrace of the battery case and electrically connected to the electrode assembly , wherein each of the plurality of adhesive members includes: an adhesion portion disposed at both ends of the case body in the longitudinal direction of the plurality of battery cells , and a user manipulation portion configured to extend from the adhesion portion and disposed between the case terraces . an adhesion portion disposed at both ends of the case body in the longitudinal direction of the plurality of battery cells , and a user manipulation portion configured to extend from the adhesion portion and disposed between the case terraces .
A polymer-graphene composite comprising: planar graphene; and a polymer which is bound to the planar graphene through a functional group including a carbonyl group and an alkylene group having 1 to 20 carbon atoms, wherein in the functional group, the carbonyl group and the alkylene group having 1 to 20 carbon atoms are directly bound to each other, and wherein in the polymer-graphene composite, the carbonyl group and the planar graphene are directly bound to each other; and the planar graphene contains oxidative functional groups, selected from hydroxyl groups, carbonyl groups and carboxyl groups in an amount of less than 1 % by weight, based on the total weight of planar graphene. wherein in the polymer-graphene composite, the carbonyl group and the planar graphene are directly bound to each other; and the planar graphene contains oxidative functional groups, selected from hydroxyl groups, carbonyl groups and carboxyl groups in an amount of less than 1 % by weight, based on the total weight of planar graphene.
A computer system comprising: one or more processors of one or more server devices of a cloud platform configured to: store a plurality of software interfaces at the cloud platform that are implemented by network connected devices and cloud based software services , wherein each software interface defines explicit interaction contracts between network connected devices and cloud based software services and includes a semantic description of one or more capabilities and descriptive attributes of the network connected device accessible by a cloud based software service that implements that software interface ; execute a plurality of cloud based software services , each software service defining one or more software interfaces operated on by that software service ; receive, from a network connected device , a list of one or more software interfaces implemented by the network connected device ; select one or more cloud based software services based on a match between the one or more software interfaces of the list implemented by the network connected device and one or more of the software interfaces stored at the cloud platform and operated on by the software services ; and process data received from the network connected device or send a command to the network connected device using the selected cloud based software services according to the explicit interaction contracts of the one or more software interfaces , wherein if more than one software service operates on the one or more software interfaces implemented by the network connected device , the one or more processors are configured to select a preferred software service from the more than one software service based on a match score which indicates how closely the software interface of the software services match the software interfaces of the network connected device . execute a plurality of cloud based software services , each software service defining one or more software interfaces operated on by that software service ; receive, from a network connected device , a list of one or more software interfaces implemented by the network connected device ; select one or more cloud based software services based on a match between the one or more software interfaces of the list implemented by the network connected device and one or more of the software interfaces stored at the cloud platform and operated on by the software services ; and
A medical instrument assembly comprising: a handle assembly having a first end and a second end, the handle assembly comprising a first handle portion proximate the first end and a second handle portion proximate the second end, wherein the second handle portion is slidably engaged with the first handle portion; a first sensor located on or in the first handle portion; a second sensor located on or in the second handle portion; and a medical instrument having a proximal end and a distal end, wherein the proximal end is mechanically coupled to the second handle portion and wherein a translation of the second handle portion with respect to the first handle portion causes a coincident and coextensive translation of the medical instrument; and wherein the amount of translation of the medical instrument is adapted to be determined by calculating the distance between the first sensor and the second sensor. a handle assembly having a first end and a second end, the handle assembly comprising a first handle portion proximate the first end and a second handle portion proximate the second end, wherein the second handle portion is slidably engaged with the first handle portion; a first sensor located on or in the first handle portion; a second sensor located on or in the second handle portion; and a medical instrument having a proximal end and a distal end, wherein the proximal end is mechanically coupled to the second handle portion and wherein a translation of the second handle portion with respect to the first handle portion causes a coincident and coextensive translation of the medical instrument; and wherein the amount of translation of the medical instrument is adapted to be determined by calculating the distance between the first sensor and the second sensor.
The use of a compound selected from C2-C30 alkyl phosphonic acids, salts thereof, esters thereof, and mixtures thereof, to inhibit corrosion of a metal component by an aqueous fluid containing dissolved gases in an industrial hydrocarbon system.
A light emitting device comprising: a light-emitting diode element ; a covering resin covering the light-emitting diode element; a wavelength converting material contained in the covering resin; and a light diffusing agent contained in the covering resin, light scattering particles contained in the covering resin, wherein the light diffusing agent contains glass particles, characterized in that , a second refractive index n2 of the covering resin at a peak wavelength of the light-emitting diode element at 100 °C is at least 0.0075 lower than a first refractive index n1 of the covering resin at the peak wavelength at 25 °C, wherein a third refractive index n3 of the light diffusing agent at the peak wavelength at 25 °C is higher than the first refractive index n1 and, wherein the light scattering particles have the same or smaller refractive index than that of the covering resin at 100 °C. a light-emitting diode element ; a covering resin covering the light-emitting diode element; a wavelength converting material contained in the covering resin; and a light diffusing agent contained in the covering resin, light scattering particles contained in the covering resin, wherein the light diffusing agent contains glass particles, characterized in that , a second refractive index n2 of the covering resin at a peak wavelength of the light-emitting diode element at 100 °C is at least 0.0075 lower than a first refractive index n1 of the covering resin at the peak wavelength at 25 °C, wherein a third refractive index n3 of the light diffusing agent at the peak wavelength at 25 °C is higher than the first refractive index n1 and, wherein the light scattering particles have the same or smaller refractive index than that of the covering resin at 100 °C.
A method of operating a session management network node of a telecommunications network , the method performed by the session management network node comprising: sending to a management network node an accept of a session establishment request of a wireless device; receiving a message from the management network node, wherein the message includes a session connectivity rejection message sent by a radio access network node serving the wireless device, where the session connectivity rejection message indicates a rejection of the acceptance of the session establishment request of the wireless device; characterized by further comprising determining that the radio access network did not send the accept of the session establishment request to the wireless device based on the session connectivity rejection message provided by the radio access network; responsive to that the radio access network did not send the acceptance of the session establishment request to the wireless device, creating a session establishment rejection message; transmitting the session establishment rejection message toward the wireless device. sending to a management network node an accept of a session establishment request of a wireless device; receiving a message from the management network node, wherein the message includes a session connectivity rejection message sent by a radio access network node serving the wireless device, where the session connectivity rejection message indicates a rejection of the acceptance of the session establishment request of the wireless device; characterized by further comprising determining that the radio access network did not send the accept of the session establishment request to the wireless device based on the session connectivity rejection message provided by the radio access network; responsive to that the radio access network did not send the acceptance of the session establishment request to the wireless device, creating a session establishment rejection message; transmitting the session establishment rejection message toward the wireless device.
Method for operating a plurality of wind turbines , in which a first current estimated wind value is derived from operating parameters of a first wind turbine and in which a second current estimated wind value is derived from operating parameters of a second wind turbine , wherein a prediction model is applied in order to derive, from the first estimated wind value and the second estimated wind value, a wind prediction, applicable to a future point in time , for a third wind turbine , wherein the wind prediction is processed in a controller in order to generate a control signal for the third wind turbine that takes effect before the future point in time , and wherein, in the case of a change in the wind direction, the prediction model determines the time span between the current point in time and the future point in time as the sum of a delay time, which is derived from the current wind speed, and of an additional time, which represents a wake of the first wind turbine and/or second wind turbine .
A sensor device , comprising: a distance determination component configured to receive pixel data associated with respective pixels of a field of view, and to identify an object within the field of view corresponding to a first subset of the pixels; and an intrusion detection component configured to define a pixel window comprising a second subset of the first subset of the pixels, wherein the second subset comprises N pixels, and N is an integer, wherein the distance determination component is further configured to determine N distance values corresponding to the N pixels of the pixel window based on a subset of the pixel data corresponding to the second subset of the first subset of the pixels, and the intrusion detection component is further configured to: count (1510 - 1520) a number K of the N distance values that are less than a defined distance threshold, and in response to determining that the number K of the N distance values that are less than the defined distance threshold is equal to or greater than a defined threshold value M, and M is an integer less than N, generate an indication that the object is within a protective field monitored by the sensor device. a distance determination component configured to receive pixel data associated with respective pixels of a field of view, and to identify an object within the field of view corresponding to a first subset of the pixels; and an intrusion detection component configured to define a pixel window comprising a second subset of the first subset of the pixels, wherein the second subset comprises N pixels, and N is an integer, wherein the distance determination component is further configured to determine N distance values corresponding to the N pixels of the pixel window based on a subset of the pixel data corresponding to the second subset of the first subset of the pixels, and the intrusion detection component is further configured to: count (1510 - 1520) a number K of the N distance values that are less than a defined distance threshold, and in response to determining that the number K of the N distance values that are less than the defined distance threshold is equal to or greater than a defined threshold value M, and M is an integer less than N, generate an indication that the object is within a protective field monitored by the sensor device. count (1510 - 1520) a number K of the N distance values that are less than a defined distance threshold, and in response to determining that the number K of the N distance values that are less than the defined distance threshold is equal to or greater than a defined threshold value M, and M is an integer less than N, generate an indication that the object is within a protective field monitored by the sensor device.
A method comprising: receiving media data comprising a plurality of video frames; determining , with a processor, video frames recorded during camera motion; determining speed and duration of the camera motion; determining at least one frame extension field outside a current video frame based on the previous and the subsequent video frames recorded during the camera motion; determining a frame extension offset for the at least one frame extension field based on the camera motion; and generating an extended field of view metadata based on the frame extension field and the frame extension offset. receiving media data comprising a plurality of video frames; determining , with a processor, video frames recorded during camera motion; determining speed and duration of the camera motion; determining at least one frame extension field outside a current video frame based on the previous and the subsequent video frames recorded during the camera motion; determining a frame extension offset for the at least one frame extension field based on the camera motion; and generating an extended field of view metadata based on the frame extension field and the frame extension offset.