mhurhangee/patent-ind-claim-en huggingface dataset:
A connection connector that is arranged at an end section of a flat cable including a plurality of conductors , the connection connector comprising: a busbar including a connection terminal section configured to be connected to another terminal; and a holder configured to hold the busbar , wherein the busbar includes a conductor connection section to be electrically connected to a conductor of the plurality of conductors and a coupling section coupling the connection terminal section with the conductor connection section , and the coupling section includes an electronic component arrangement section in which an electronic component is able to be arranged, characterized in that the coupling section further includes a selective detachment section configured to be selectively detached depending on an arrangement of the electronic component in the electronic component arrangement section and electrically separate the connection terminal section and the conductor connection section . a busbar including a connection terminal section configured to be connected to another terminal; and a holder configured to hold the busbar , wherein the busbar includes a conductor connection section to be electrically connected to a conductor of the plurality of conductors and a coupling section coupling the connection terminal section with the conductor connection section , and a conductor connection section to be electrically connected to a conductor of the plurality of conductors and a coupling section coupling the connection terminal section with the conductor connection section , and the coupling section includes an electronic component arrangement section in which an electronic component is able to be arranged, characterized in that the coupling section further includes a selective detachment section configured to be selectively detached depending on an arrangement of the electronic component in the electronic component arrangement section and electrically separate the connection terminal section and the conductor connection section .
An alkali metal salt of fluorosulfonyl imide represented by the following general formula (I), wherein a content of sulfate ions is 3,000 ppm by mass or less, a content of potassium ions is 10,000 ppm by mass or less, a content of chloride ions is 200 ppm by mass or less, where M a represents Li, and each of R a and R b represents a fluorine atom. a content of sulfate ions is 3,000 ppm by mass or less, a content of potassium ions is 10,000 ppm by mass or less, a content of chloride ions is 200 ppm by mass or less, where M a represents Li, and each of R a and R b represents a fluorine atom.
Method for feeding electric power of at least one wind turbine or one wind farm into an electric power supply network having a network voltage (U) and a network frequency (f), wherein - real electric power (P) and/or reactive electric power (Q) is fed-in and - the fed-in real power (P) is adjusted as a function of at least one network state via a real power control and/or - the fed-in reactive power (Q) is adjusted as a function of at least one network state via a reactive power control characterized in that - the fed-in real power (P) and/or the fed-in reactive power (Q) is adjusted as a function of the network state via an adjustment function (Fsi, F S2 ), wherein - the adjustment function outputs a desired value of the real power to be fed in or the reactive power to be fed in as a function which depends on the network state, and - for adjusting the fed-in real power (P) or the reactive power (Q) the adjustment function is varied or switched as a function of the network sensitivity, wherein the network sensitivity NS is defined by the formula NS = Δ U Δ P or by the formula NS = Δ f Δ P with ΔP as the change in the fed-in real power, ΔU as the resulting change in the network voltage and Δf as the resulting change in the network frequency. - real electric power (P) and/or reactive electric power (Q) is fed-in and - the fed-in real power (P) is adjusted as a function of at least one network state via a real power control and/or - the fed-in reactive power (Q) is adjusted as a function of at least one network state via a reactive power control - the fed-in real power (P) and/or the fed-in reactive power (Q) is adjusted as a function of the network state via an adjustment function (Fsi, F S2 ), wherein - the adjustment function outputs a desired value of the real power to be fed in or the reactive power to be fed in as a function which depends on the network state, and - for adjusting the fed-in real power (P) or the reactive power (Q) the adjustment function is varied or switched as a function of the network sensitivity, wherein
A method of imposing a plurality of pages on a printable sheet , the plurality of pages including pages of varying in dimension and orientation, the method comprising: displaying a graphical user interface (GUI) 10 on a display device a representation of the printable sheet ; dividing the printable sheet representation into a plurality of slots for receiving one page per slot; displaying on the display device a representation of the pages within their corresponding slots; displaying on the display device a user interface that allows a user to specify page alignment, offset, and scaling settings for an individual page within each individual slot during said displaying of the pages; wherein the specified page alignment, offset, and scaling settings for the individual page only apply to the individual page and do not affect the display of other pages; and setting the page alignment, offset, and scaling of each individual page based on the user specifications, wherein said settings are applicable to one of a current slot, a row of slots, a column of slots and a sheet of slots. displaying a graphical user interface (GUI) 10 on a display device a representation of the printable sheet ; dividing the printable sheet representation into a plurality of slots for receiving one page per slot; displaying on the display device a representation of the pages within their corresponding slots; displaying on the display device a user interface that allows a user to specify page alignment, offset, and scaling settings for an individual page within each individual slot during said displaying of the pages; wherein the specified page alignment, offset, and scaling settings for the individual page only apply to the individual page and do not affect the display of other pages; and setting the page alignment, offset, and scaling of each individual page based on the user specifications, wherein said settings are applicable to one of a current slot, a row of slots, a column of slots and a sheet of slots.
An apparatus comprising: a transformer including a first winding , a second winding , and a third winding ; a first transmitter circuit coupled with the first winding ; and a second circuit coupled with the second winding ; wherein: the third winding is coupled with an antenna ; the first transmitter circuit is configured to transmit a first signal to the antenna via magnetic coupling between the first winding and the third winding ; the second circuit is configured to tolerate without damage a second signal from the first transmitter circuit , wherein the second signal is generated from the first signal via magnetic coupling between the first winding and the second winding ; characterised in that a turn ratio between the first winding and the second winding is configured to limit a voltage of the second signal to be within a pre-determined threshold, wherein the pre-determined threshold is set based on a maximum voltage of the first signal and an operational voltage of the second circuit and the operational voltage is determined based on a predetermined voltage stress tolerance of transistor devices of the second circuit. a transformer including a first winding , a second winding , and a third winding ; a first transmitter circuit coupled with the first winding ; and a second circuit coupled with the second winding ; wherein: the third winding is coupled with an antenna ; the first transmitter circuit is configured to transmit a first signal to the antenna via magnetic coupling between the first winding and the third winding ; the second circuit is configured to tolerate without damage a second signal from the first transmitter circuit , wherein the second signal is generated from the first signal via magnetic coupling between the first winding and the second winding ; characterised in that a turn ratio between the first winding and the second winding is configured to limit a voltage of the second signal to be within a pre-determined threshold, wherein the pre-determined threshold is set based on a maximum voltage of the first signal and an operational voltage of the second circuit and the operational voltage is determined based on a predetermined voltage stress tolerance of transistor devices of the second circuit. the third winding is coupled with an antenna ; the first transmitter circuit is configured to transmit a first signal to the antenna via magnetic coupling between the first winding and the third winding ; the second circuit is configured to tolerate without damage a second signal from the first transmitter circuit , wherein the second signal is generated from the first signal via magnetic coupling between the first winding and the second winding ; characterised in that a turn ratio between the first winding and the second winding is configured to limit a voltage of the second signal to be within a pre-determined threshold, wherein the pre-determined threshold is set based on a maximum voltage of the first signal and an operational voltage of the second circuit and the operational voltage is determined based on a predetermined voltage stress tolerance of transistor devices of the second circuit.
A method, executable on one or more processors , for noise estimation with music detection, the method characterized by : generating a music classification for music content in an audio signal and a voice classification for voice content in an audio signal , where the generated music classification comprises a value indicating an amount of music content between a maximum amount and a lower amount; adjusting an adaption rate responsive to the generated music classification and the generated voice classification ; and calculating a noise estimate by applying the adjusted adaption rate ; wherein adjusting the adaption rate comprises an adjustment to the adaption rate responsive to changes of the generated music classification . generating a music classification for music content in an audio signal and a voice classification for voice content in an audio signal , where the generated music classification comprises a value indicating an amount of music content between a maximum amount and a lower amount; adjusting an adaption rate responsive to the generated music classification and the generated voice classification ; and calculating a noise estimate by applying the adjusted adaption rate ; wherein adjusting the adaption rate comprises an adjustment to the adaption rate responsive to changes of the generated music classification .
Method for dividing a plasterboard having a cardboard layer on each of its two broad sides , in which method a guide rail having a guide profile is placed on a broad side of the plasterboard , and, in a first step, by moving a carriage carrying a first blade by means of a first blade carrier along the guide profile , the cardboard layer facing the guide rail is cut through by the first blade carrier which is brought from a first idle position into a first working position when the carriage is moved, and then, in a second step, the plasterboard is broken around a breaking edge along the cardboard layer facing away from the guide rail , characterised in that , in a third step in which the first blade carrier is in the first idle position, a second blade which is held by a second blade carrier of the carriage , which second blade carrier is in a second idle position during the first step, is brought from the second idle position into a second working position, and, by means of the carriage being moved back along the guide profile , the cardboard layer facing away from the guide rail is cut through along the breaking edge .
Wet clutch mechanism for a torque transmission module, comprising at least one first clutch (E1), of the multi-disc type, operated in such a way as to selectively couple a driving shaft to a first driven shaft, for example a gearbox shaft, and comprising: - a torque input disc carrier arranged so as to be rotationally connected to the driving shaft about an axis of rotation (O) by way of an input hub ; - a multi-disc assembly which is attached to the input disc carrier and which has flanges and friction discs ; - a guide bearing inserted in a cylindrical support portion of the input disc carrier and configured to withstand the radial forces of the wet clutch mechanism, characterized in that the mechanism further comprises: - a lubricating ring of the clutch, in which lubricating ducts are interposed axially between the guide bearing and the input hub , said lubricating ring bearing axially on the guide bearing and comprising a threaded portion capable of being screwed onto the torque transmission module. - a torque input disc carrier arranged so as to be rotationally connected to the driving shaft about an axis of rotation (O) by way of an input hub ; - a multi-disc assembly which is attached to the input disc carrier and which has flanges and friction discs ; - a guide bearing inserted in a cylindrical support portion of the input disc carrier and configured to withstand the radial forces of the wet clutch mechanism, characterized in that the mechanism further comprises: - a lubricating ring of the clutch, in which lubricating ducts are interposed axially between the guide bearing and the input hub ,
A computer-implemented method for providing selective control of an acoustic environment of a user, the computer-implemented method comprising: determining, by a mobile computing device that is wirelessly connected to wireless earphones worn by the user, a selected audio source of a plurality of audio sources in an environment of a user based at least in part on a selection user input performed at a peripheral device , comprising a user interface component configured to receive user input from the user, the peripheral device being in wireless communication with the mobile computing device; receiving, by the mobile computing device, data descriptive of a configuration user input performed at the peripheral device, the configuration user input indicative of an intent to configure an audio characteristic associated with the selected audio source; and in response to receiving the configuration user input performed at the peripheral device, configuring, by the wireless earphones and/or the mobile computing device, the audio characteristic associated with the selected audio source based at least in part on the configuration user input, wherein the peripheral device comprises a wireless earphone case. determining, by a mobile computing device that is wirelessly connected to wireless earphones worn by the user, a selected audio source of a plurality of audio sources in an environment of a user based at least in part on a selection user input performed at a peripheral device , comprising a user interface component configured to receive user input from the user, the peripheral device being in wireless communication with the mobile computing device; receiving, by the mobile computing device, data descriptive of a configuration user input performed at the peripheral device, the configuration user input indicative of an intent to configure an audio characteristic associated with the selected audio source; and in response to receiving the configuration user input performed at the peripheral device, configuring, by the wireless earphones and/or the mobile computing device, the audio characteristic associated with the selected audio source based at least in part on the configuration user input, wherein the peripheral device comprises a wireless earphone case.
A power indication method, wherein the method comprises: generating (S101), by a terminal , antenna transmit capability information, wherein the antenna transmit capability information indicates whether a maximum transmit power value of a physical uplink shared channel, PUSCH, corresponding to each sounding reference signal, SRS, port in a SRS resource reaches a preset power value; and sending (S102), by the terminal, the antenna transmit capability information to a network device . generating (S101), by a terminal , antenna transmit capability information, wherein the antenna transmit capability information indicates whether a maximum transmit power value of a physical uplink shared channel, PUSCH, corresponding to each sounding reference signal, SRS, port in a SRS resource reaches a preset power value; and sending (S102), by the terminal, the antenna transmit capability information to a network device .
An error detection or correction method for use with a radio frequency identification, RFID, tag (101A-N) comprised of an antenna (115A-N) and an integrated circuit, IC, , the method comprising: receiving , via the antenna, a signal for at least one of activating the tag or interrogating the tag, wherein the IC comprises memory storing data associated with the tag, wherein the stored data includes manufacturing data of the tag, and wherein the IC is configured to perform at least one of error detection or error correction on at least some of the stored data; detecting , by the IC, that one or more bits of the stored data has an error or correcting the detected error, wherein the detection is performed after the tag is activated; characterized by transmitting the manufacturing data in response to the detection of the error. receiving , via the antenna, a signal for at least one of activating the tag or interrogating the tag, wherein the IC comprises memory storing data associated with the tag, wherein the stored data includes manufacturing data of the tag, and wherein the IC is configured to perform at least one of error detection or error correction on at least some of the stored data; detecting , by the IC, that one or more bits of the stored data has an error or correcting the detected error, wherein the detection is performed after the tag is activated; characterized by transmitting the manufacturing data in response to the detection of the error.
An optical sensor for detecting objects in a monitoring area with at least one transmitter having an optical axis (A) and emitting light beams and with at least one receiver having an optical axis (A), which is designed to receive light beams , the transmitter and the receiver each being assigned a tube whose longitudinal axis runs in the direction of the optical axis of the transmitter or receiver , the tube consisting of a plurality of tube elements which can be joined to the tube transversely to the optical axis, and wherein the tube forms at least one element plane in which an optical element is present, wherein the tube has one or more element planes in the form of aperture planes , in each of which an aperture is present and wherein the or each aperture is a component of the tube elements , characterised in that the tube elements of the tube 10 are connected via one or more flexible joints.
A machine for the production of ceramic products comprising at least: - a mould made up of at least two parts designed to define, in a closed configuration, a cavity for casting the product; - means for clamping and containing the mould acting on the mould in its closed configuration; - a frame for supporting the mould and the clamping and containing means and having a longitudinal axis of extension (X); - a supporting base, interposed between the supporting frame and a walkable surface (P), having a first portion pivoted to the frame to allow the supporting frame to rotate relative to the walkable surface (P) and a second portion , spaced from the first portion , comprising at least one actuator element connected to the supporting frame to incline the supporting frame at least from a first limit operating position, where the supporting frame is inclined by a first angle (α or β) relative to the walkable surface (P), to a second limit operating position, where the supporting frame is inclined by a second angle (α or β) which is different from the first angle (α or β), relative to the walkable surface (P), wherein the first portion of the supporting base is articulated to the frame with a first axis of rotation (Z13) lying in a plane passing through the longitudinal axis of extension (X) of the frame to allow a first rotation of the frame , relative to the walkable surface between the two limit operating positions, and characterized in that the first portion of the supporting base is articulated to the frame with a second axis of rotation (Z12) lying in a plane at right angles to the longitudinal axis of extension (X) of the frame to allow a second rotation of the frame , relative to the walkable surface (P) between the two limit operating positions. - a mould made up of at least two parts designed to define, in a closed configuration, a cavity for casting the product; - means for clamping and containing the mould acting on the mould in its closed configuration; - a frame for supporting the mould and the clamping and containing means and having a longitudinal axis of extension (X); - a supporting base, interposed between the supporting frame and a walkable surface (P), having a first portion pivoted to the frame to allow the supporting frame to rotate relative to the walkable surface (P) and a second portion , spaced from the first portion , comprising at least one actuator element connected to the supporting frame to incline the supporting frame at least from a first limit operating position, where the supporting frame is inclined by a first angle (α or β) relative to the walkable surface (P), to a second limit operating position, where the supporting frame is inclined by a second angle (α or β) which is different from the first angle (α or β), relative to the walkable surface (P),