mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: determining , by a computing device , a context associated with the computing device; based on the context associated with the computing device , determining a hotword , and after determining the hotword, receiving a hotword model that corresponds to the hotword, wherein the hotword model includes noise specific to the context associated with the computing device; after determining the hotword, receiving audio data that corresponds to an utterance ; determining , using the hotword model , that the audio data includes the hotword ; and in response to determining that the audio data includes the hotword , performing an operation associated with the hotword. determining , by a computing device , a context associated with the computing device; based on the context associated with the computing device , determining a hotword , and after determining the hotword, receiving a hotword model that corresponds to the hotword, wherein the hotword model includes noise specific to the context associated with the computing device; after determining the hotword, receiving audio data that corresponds to an utterance ; determining , using the hotword model , that the audio data includes the hotword ; and in response to determining that the audio data includes the hotword , performing an operation associated with the hotword.
A processor comprising a block-based processor core for executing an atomic instruction block comprising an instruction header and a plurality of instructions, the block-based processor core comprising: execution control logic configured to schedule respective instructions of the plurality of instructions for execution in a dynamic order during a default execution mode and to schedule the respective instructions for execution in a static order during a debug mode, the dynamic order determined during execution of the atomic instruction block and based on when operands of the plurality of the instructions are ready, the static order determined based on information that is available before the atomic instruction block is executed; and core state access logic in communication with the execution control logic , the core state access logic configured to read intermediate states of the block-based processor core and to provide the intermediate states outside of the block-based processor core only during the debug mode. execution control logic configured to schedule respective instructions of the plurality of instructions for execution in a dynamic order during a default execution mode and to schedule the respective instructions for execution in a static order during a debug mode, the dynamic order determined during execution of the atomic instruction block and based on when operands of the plurality of the instructions are ready, the static order determined based on information that is available before the atomic instruction block is executed; and core state access logic in communication with the execution control logic , the core state access logic configured to read intermediate states of the block-based processor core and to provide the intermediate states outside of the block-based processor core only during the debug mode.
Vehicle axle for a motor vehicle, preferably a commercial vehicle, comprising: an axle body with a longitudinal axis; a first arm , which is connected to the axle body and which extends away from the axle body angled, preferably transversely, to the longitudinal axis of the axle body ; a second arm , which is connected to the axle body and which extends away from the axle body angled, preferably transversely, to the longitudinal axis of the axle body ; a first, preferably electric, drive unit , which is endsidely mounted at the first arm ; and a second, preferably electric, drive unit , which is endsidely mounted at the second arm , wherein the first drive unit and the second drive unit are arranged overlapping with respect to the longitudinal axis of the axle body and at least approximately axially parallel to each other and to the longitudinal axis of the axle body ; wherein the axle body comprises a central portion to which the first arm and the second arm are connected; and characterised in that the axle body further comprises: a first hollow profile body and a second hollow profile body connected at opposite sides to the central portion and each configured for connection to a suspension, preferably a leaf spring suspension or an air bellow suspension, and/or each comprising a brake flange. an axle body with a longitudinal axis; a first arm , which is connected to the axle body and which extends away from the axle body angled, preferably transversely, to the longitudinal axis of the axle body ; a second arm , which is connected to the axle body and which extends away from the axle body angled, preferably transversely, to the longitudinal axis of the axle body ; a first, preferably electric, drive unit , which is endsidely mounted at the first arm ; and a second, preferably electric, drive unit , which is endsidely mounted at the second arm , wherein the first drive unit and the second drive unit are arranged overlapping with respect to the longitudinal axis of the axle body and at least approximately axially parallel to each other and to the longitudinal axis of the axle body ; wherein the axle body comprises a central portion to which the first arm and the second arm are connected; and characterised in that the axle body further comprises: a first hollow profile body and a second hollow profile body connected at opposite sides to the central portion and each configured for connection to a suspension, preferably a leaf spring suspension or an air bellow suspension, and/or each comprising a brake flange.
A multiway switch comprising: eight throw, T, ports and four pole, P, ports, the eight T ports comprising two first T ports, each of the two first T ports being coupled with all the four P ports; and the multiway switch being configured to be coupled, through the T ports, with a radio frequency circuit , and, through the P ports, with an antenna system of a communication device, the antenna system comprising four antennas corresponding to the four P ports, the multiway switch being configured to implement a function of transmitting a sounding reference signal, SRS, through the four antennas in turn; characterized in that : the eight T ports further comprise six second T ports, each of the six second T ports is coupled with only one of the four P ports, and the second T ports configured to receive radio frequency signals of the same frequency band are coupled with different P ports; the four P ports and the four antennas are in a one-to-one coupling relationship, the first T ports are configured to at least support a transmit function, and the second T ports are configured to merely support a receive function. eight throw, T, ports and four pole, P, ports, the eight T ports comprising two first T ports, each of the two first T ports being coupled with all the four P ports; and the multiway switch being configured to be coupled, through the T ports, with a radio frequency circuit , and, through the P ports, with an antenna system of a communication device, the antenna system comprising four antennas corresponding to the four P ports, the multiway switch being configured to implement a function of transmitting a sounding reference signal, SRS, through the four antennas in turn; characterized in that : the eight T ports further comprise six second T ports, each of the six second T ports is coupled with only one of the four P ports, and the second T ports configured to receive radio frequency signals of the same frequency band are coupled with different P ports; the four P ports and the four antennas are in a one-to-one coupling relationship, the first T ports are configured to at least support a transmit function, and the second T ports are configured to merely support a receive function. the eight T ports further comprise six second T ports, each of the six second T ports is coupled with only one of the four P ports, and the second T ports configured to receive radio frequency signals of the same frequency band are coupled with different P ports; the four P ports and the four antennas are in a one-to-one coupling relationship, the first T ports are configured to at least support a transmit function, and the second T ports are configured to merely support a receive function.
A method for evaluating an internal short circuit of a secondary battery cell having a structure in which an electrode assembly of a positive electrode/separator/ negative electrode is embedded in a battery case, and an electrode tab of the electrode assembly is bonded to an electrode lead to be sealed to be protruded to an outside, the method comprising: inserting an ionic polymer-metal composite (IPMC) into a battery cell; and inducing an internal short circuit due to bending deformation of the ionic polymer-metal composite by applying a voltage to an external conductor electrically connected to the ionic polymer-metal composite. inserting an ionic polymer-metal composite (IPMC) into a battery cell; and inducing an internal short circuit due to bending deformation of the ionic polymer-metal composite by applying a voltage to an external conductor electrically connected to the ionic polymer-metal composite.
A broadband radiation source device, comprising: a fiber assembly (FAA1, FAA2) comprising a plurality of optical fiber; (OF1 ... OF25), each optical fiber being filled with a gas medium; wherein the broadband radiation source device is operable such that subsets of the optical fibers are independently selectable for receiving a beam of input radiation so as to generate a broadband output from only a subset of said plurality of optical fibers at any one time. a fiber assembly (FAA1, FAA2) comprising a plurality of optical fiber; (OF1 ... OF25), each optical fiber being filled with a gas medium; wherein the broadband radiation source device is operable such that subsets of the optical fibers are independently selectable for receiving a beam of input radiation so as to generate a broadband output from only a subset of said plurality of optical fibers at any one time.
A method of manufacturing a rotary abrasive machining tool , the rotary abrasive machining tool comprising a hub and a plurality of abrasive segments mounted to the hub , the method comprising the step of: mounting each abrasive segment on the hub ; characterised in that the method further comprises the step of; machining an abrading edge on each abrasive segment while said abrasive segment is mounted on the hub . mounting each abrasive segment on the hub ; characterised in that the method further comprises the step of; machining an abrading edge on each abrasive segment while said abrasive segment is mounted on the hub .
Device for generating gas bubbles in a liquid in a container, comprising - at least one rotatable hollow shaft arranged horizontally in at least one container, wherein the at least one hollow shaft comprises at least one first hollow shaft with a diameter d 3a and a second hollow shaft with a diameter d 3b , wherein d 3a < d 3b , such that the first hollow shaft is arranged inside the second hollow shaft ; and - at least one feed line for at least one compressed gas to the interior of the at least one rotatable hollow shaft , more particularly the first rotatable hollow shaft , wherein the compressed gas can be directly introduced into the feed line and the hollow shaft without a liquid carrier, characterized by - at least one ceramic gassing disc arranged vertically on the at least one hollow shaft and with an average pore size of between 0.05 μm and 10 μm. - at least one rotatable hollow shaft arranged horizontally in at least one container, wherein the at least one hollow shaft comprises at least one first hollow shaft with a diameter d 3a and a second hollow shaft with a diameter d 3b , wherein d 3a < d 3b , such that the first hollow shaft is arranged inside the second hollow shaft ; and - at least one feed line for at least one compressed gas to the interior of the at least one rotatable hollow shaft , more particularly the first rotatable hollow shaft , wherein the compressed gas can be directly introduced into the feed line and the hollow shaft without a liquid carrier, characterized by - at least one ceramic gassing disc arranged vertically on the at least one hollow shaft and with an average pore size of between 0.05 μm and 10 μm.
Method for producing a panel, in particular a wall, ceiling or floor panel, comprising the following steps in the order indicated: (a) providing a carrier plate; (b) applying a layer of liquid radiation-curable acrylate which, after curing, has a Martens hardness MS1 determined according to DIN EN ISO 14577; (c) at least partially curing the layer of liquid radiation-curable acrylate applied in step (b) by means of radiation; (d) applying an intermediate layer of liquid radiation-curable acrylate to the at least partially cured layer; (e) applying a further layer S2 of liquid radiation-curable acrylate by means of a film to the previously applied uncured intermediate layer, so that partial mixing of the layers takes place, wherein the further layer is an acrylate which, after curing, has a Martens hardness MS2 determined according to DIN EN ISO 14577 and a thickness of 10 to 180 μm, wherein MS2 > MS1; (f) jointly curing at least the layers applied in steps (d) and (e) by means of radiation, characterised in that the method further comprises: repeating steps (b) and (c) until a first elastic layer S1 having a thickness of 80 to 450 μm is present, and in that MS1 after curing is between 2 and 30 N/mm 2 . (a) providing a carrier plate; (b) applying a layer of liquid radiation-curable acrylate which, after curing, has a Martens hardness MS1 determined according to DIN EN ISO 14577; (c) at least partially curing the layer of liquid radiation-curable acrylate applied in step (b) by means of radiation; (d) applying an intermediate layer of liquid radiation-curable acrylate to the at least partially cured layer; (e) applying a further layer S2 of liquid radiation-curable acrylate by means of a film to the previously applied uncured intermediate layer, so that partial mixing of the layers takes place, wherein the further layer is an acrylate which, after curing, has a Martens hardness MS2 determined according to DIN EN ISO 14577 and a thickness of 10 to 180 μm, wherein MS2 > MS1; (f) jointly curing at least the layers applied in steps (d) and (e) by means of radiation, characterised in that the method further comprises: repeating steps (b) and (c) until a first elastic layer S1 having a thickness of 80 to 450 μm is present, and in that MS1 after curing is between 2 and 30 N/mm 2 .
A polycarbonate resin composition comprising: a polycarbonate resin (A) containing a constitutional unit derived from a compound represented by the following formula , an aromatic polycarbonate resin (B), and at least one compound (C) selected from the group consisting of compounds of Group I metals of the long-form periodic table and compounds of Group II metals of the long-form periodic table, wherein: the content of the compound (C) per 100 parts by weight of the total amount of the polycarbonate resin (A) and the aromatic polycarbonate resin (B) is from 0.8 to 1,000 ppm by weight in terms of the metal in the compound (C), as determined by the inductively coupled plasma mass spectrometer (ICP-MS) method described in the present specification and the glass transition temperature as measured by differential scanning calorimetric analysis in conformity to the method of JIS-K7121 is single: a polycarbonate resin (A) containing a constitutional unit derived from a compound represented by the following formula , an aromatic polycarbonate resin (B), and at least one compound (C) selected from the group consisting of compounds of Group I metals of the long-form periodic table and compounds of Group II metals of the long-form periodic table, the content of the compound (C) per 100 parts by weight of the total amount of the polycarbonate resin (A) and the aromatic polycarbonate resin (B) is from 0.8 to 1,000 ppm by weight in terms of the metal in the compound (C), as determined by the inductively coupled plasma mass spectrometer (ICP-MS) method described in the present specification and the glass transition temperature as measured by differential scanning calorimetric analysis in conformity to the method of JIS-K7121 is single:
A flame-retardant insert for a drain for discharging surface water, in particular a roof drain or a park deck drain, wherein the flame-retardant insert includes - a housing having a passage opening for the liquid to be discharged, - a cover arranged to be spaced from the passage opening , and - a closing part for closing the passage opening in the event of fire, wherein a holding element fastens the closing part on the cover , and the closing part is more heat resistant than the holding part , wherein an accommodation space filled with intumescence material is formed between the closing part and the cover . - a housing having a passage opening for the liquid to be discharged, - a cover arranged to be spaced from the passage opening , and - a closing part for closing the passage opening in the event of fire,
Method for operating a drive apparatus for a motor vehicle, which drive apparatus has an internal combustion engine and an electric engine , wherein a drive shaft of the internal combustion engine can be coupled to a machine shaft of the electric engine by means of a shift clutch , wherein the shift clutch is open in a first shift state for decoupling the internal combustion engine and the electric engine and is closed in a second shift state for coupling the internal combustion engine and the electric engine , wherein, when a switch occurs from the first shift state to the second shift state, a first operating mode is firstly performed in which a clutch setpoint torque set on the shift clutch is determined by means of closed-loop control, wherein, when a speed difference gradient of a speed difference between the speed of the drive shaft and the speed of the engine shaft falls below a threshold value and when the speed difference exceeds a speed difference threshold value, a change is made from the first operating mode to a second operating mode, wherein the speed difference threshold value is a speed difference between the speed of the drive shaft and the speed of the engine shaft when a switch occurs from the first shift state to the second shift state, wherein the clutch setpoint torque set on the shift clutch is determined in the second operating mode independently of the speed of the internal combustion engine and the speed of the electric engine by means of open-loop control, wherein the open-loop control increases the clutch setpoint torque continuously and with a constant gradient on the basis of a time-dependent torque curve.
Composition comprising at least one active ingredient, characterised in that the at least one active ingredient comprises an elafibranor metformin salt.
A supportive spinal brace comprising: a plurality of rotatably interlocking components , each defining: a superior rotatable interlock portion defining a first medially facing interlock ; and an inferior rotatable interlock portion defining an oppositely located and oppositely handed second medially facing interlock and wherein: respective first and second medially facing interlocks of adjacent interlocking components are able to interlock together at user configurable rotational offsets to form a user configurable undulating supportive surface long a length of the brace; characterised in that the rotatable interlock portions each further define a first laterally facing interlock and wherein the brace further comprises a plurality of lateral interlock components having a lateral plate , the lateral plate having a pair of third medially facing interlocks which interlock between the first laterally facing interlocks of adjacent interlocking components . a superior rotatable interlock portion defining a first medially facing interlock ; and an inferior rotatable interlock portion defining an oppositely located and oppositely handed second medially facing interlock and wherein: respective first and second medially facing interlocks of adjacent interlocking components are able to interlock together at user configurable rotational offsets to form a user configurable undulating supportive surface long a length of the brace; characterised in that the rotatable interlock portions each further define a first laterally facing interlock and wherein the brace further comprises a plurality of lateral interlock components having a lateral plate , the lateral plate having a pair of third medially facing interlocks which interlock between the first laterally facing interlocks of adjacent interlocking components . respective first and second medially facing interlocks of adjacent interlocking components are able to interlock together at user configurable rotational offsets to form a user configurable undulating supportive surface long a length of the brace; characterised in that the rotatable interlock portions each further define a first laterally facing interlock and wherein the brace further comprises a plurality of lateral interlock components having a lateral plate , the lateral plate having a pair of third medially facing interlocks which interlock between the first laterally facing interlocks of adjacent interlocking components .
A drone delivery system hub (10; 810) for facilitating parcel delivery, the drone delivery system hub comprising: a center support frame (18; 818); a parcel-conveying system supported by the center support frame (18; 818); a plurality of structural arms (20; 820) coupled to and extending outward from the center support frame (18; 818); a plurality of drone-conveying systems (24; 824) each supported by at least one of the structural arms (20; 820) and operable to convey one or more unmanned aerial vehicles - UAVs -along a length of one or more of the plurality of structural arms; and a linking conveyor span (26; 826) selectably extending between at least two of the plurality of drone-conveying systems and at least partially operable to convey the one or more UAVs between the at least two of the plurality of drone-conveying systems. a center support frame (18; 818); a parcel-conveying system supported by the center support frame (18; 818); a plurality of structural arms (20; 820) coupled to and extending outward from the center support frame (18; 818); a plurality of drone-conveying systems (24; 824) each supported by at least one of the structural arms (20; 820) and operable to convey one or more unmanned aerial vehicles - UAVs -along a length of one or more of the plurality of structural arms; and a linking conveyor span (26; 826) selectably extending between at least two of the plurality of drone-conveying systems and at least partially operable to convey the one or more UAVs between the at least two of the plurality of drone-conveying systems.
A composition for impregnating materials, rendering them able to shield alternating electromagnetic fields and containing an aqueous solution of salt that may form hydrates or a combination of salts, of which at least one forms a hydrate characterised in that , it contains acrylic and/or styrene-acrylic dispersion and/or silicone emulsion and surfactants and/or additives selected from a group containing aluminosilicates and silicates and/or metal and metalloid oxides, and hydratable salt:water weight ratio is in the range from salt concentration in saturated solution to 1:1,000, and polymer:water ratio is in the range from 1:1 to 1:2,000, and inorganic modifiers:water weight ratio is in the range 1:0.5 up to 1:1,000, while the alternating field is shielded at least in the range 10 -2 Hz to 10 6 Hz.