mhurhangee/ep-ind-claims huggingface dataset:
A method for initializing a non-volatile resistive memory device allowing a plurality of wordlines and/or a plurality of bitlines to be formed simultaneously, the method comprising: applying a first voltage across a resistance change material of a filamentary resitive random access memory, RRAM, memory cell (100, 108, 110, 112) to form an initial filament; and performing a plurality of cycles to condition the initial filament, wherein each of the plurality of cycles comprises: applying a second voltage with a first polarity across the resistance change material; and applying a third voltage with a second polarity across the resistance change material wherein applying the first voltage comprises applying the first voltage as part of a current-limited FORM operation in which a first current through the resistance change material is limited to a first current limit that is less than a second current limit through the resistance change material when the second voltage is applied to the resistance change material. applying a first voltage across a resistance change material of a filamentary resitive random access memory, RRAM, memory cell (100, 108, 110, 112) to form an initial filament; and performing a plurality of cycles to condition the initial filament, wherein each of the plurality of cycles comprises: applying a second voltage with a first polarity across the resistance change material; and applying a third voltage with a second polarity across the resistance change material wherein applying the first voltage comprises applying the first voltage as part of a current-limited FORM operation in which a first current through the resistance change material is limited to a first current limit that is less than a second current limit through the resistance change material when the second voltage is applied to the resistance change material. applying a second voltage with a first polarity across the resistance change material; and applying a third voltage with a second polarity across the resistance change material wherein applying the first voltage comprises applying the first voltage as part of a current-limited FORM operation in which a first current through the resistance change material is limited to a first current limit that is less than a second current limit through the resistance change material when the second voltage is applied to the resistance change material.
A liquid cleaning and/or cleansing composition comprising from 0.1%, to 20% by weight of the composition of non-spherical abrasive cleaning particles, wherein said abrasive cleaning particles have a mean roughness from 0.10 to 0.3 and wherein said abrasive cleaning particles have a HV Vickers hardness, as herein defined, from 3 to 50 kg/mm 2 and wherein roughness is calculated as follows: Rgy = (A - A(Oγ))/A; wherein A is the area of the particle and A(Oγ) is the surface area of the core of the particle; Oy is the tunable tolerance factor; and wherein A(Oγ) is A(0.8) and is the surface area of the projection of all inscribed discs having a diameter ranging from Dmax to 0.8xDmax; wherein Dmax is the diameter value of the biggest disc inscribed in the particle.
A vehicle having wheels for riding the vehicle over a carrier such as a road or rails, said vehicle having a battery and a generator (31, 50, 51) connected thereto, said generator (31, 50, 51) positioned between a first wheel and a second wheel in a housing, said generator (31, 50, 51) having a stator and a rotor being arranged to generate electrical power for charging said battery, wherein said first wheel drives said rotor by means of a shaft connected to the centre of said first wheel and extending therefrom axially on the axis through the first and second wheels, wherein the connection between said rotor and said shaft comprises a gear box (34, 40, 52) for regulating the rotation speed of said rotor relative to the rotation speed of said first wheel, wherein said gear box (34, 40, 52) is enclosed in the housing with the generator (31, 50, 51), wherein the housing is mounted to two stationary cylindrical pipes that are mounted to the vehicle by means of brackets and extend around the axis through the first and second wheels between the wheels and the housing; wherein one of the said stationary cylindrical pipes surrounds said shaft; wherein said gear box (34, 40, 52) comprises a planetary gear train of the type having a sun gear, planet gears and an annular gear, and wherein said shaft, said sun gear and said rotor extend around a common axis, characterized in that: said annular gear is fixedly connected to the housing to which said stator is mounted, said sun gear is fixedly connected to a rotor shaft on which said rotor is mounted, and said planetary gears are each rotatably connected to said shaft. wherein said first wheel drives said rotor by means of a shaft connected to the centre of said first wheel and extending therefrom axially on the axis through the first and second wheels, wherein the connection between said rotor and said shaft comprises a gear box (34, 40, 52) for regulating the rotation speed of said rotor relative to the rotation speed of said first wheel, wherein said gear box (34, 40, 52) is enclosed in the housing with the generator (31, 50, 51), wherein the housing is mounted to two stationary cylindrical pipes that are mounted to the vehicle by means of brackets and extend around the axis through the first and second wheels between the wheels and the housing; wherein one of the said stationary cylindrical pipes surrounds said shaft; wherein said gear box (34, 40, 52) comprises a planetary gear train of the type having a sun gear, planet gears and an annular gear, and wherein said shaft, said sun gear and said rotor extend around a common axis, characterized in that: said annular gear is fixedly connected to the housing to which said stator is mounted, said sun gear is fixedly connected to a rotor shaft on which said rotor is mounted, and said planetary gears are each rotatably connected to said shaft.
A pellet comprising: a body having a first end and an opposing second end, the body composed of a polymeric material, the body having a length and a body diameter; a channel having a channel diameter, the channel extending through the body from the first end to the second end; and an additive in the channel; wherein the additive comprises a material having at least one C-Si-O group, wherein the material having at least one C-Si-O group is a siloxane, wherein the siloxane is polydimethylsiloxane. a body having a first end and an opposing second end, the body composed of a polymeric material, the body having a length and a body diameter; a channel having a channel diameter, the channel extending through the body from the first end to the second end; and an additive in the channel; wherein the additive comprises a material having at least one C-Si-O group, wherein the material having at least one C-Si-O group is a siloxane, wherein the siloxane is polydimethylsiloxane.
A method for controlling a cooking apparatus, wherein the pressure cooking apparatus comprises a heating unit, an inner liner, a pressure detecting unit and a temperature sensor, the method comprises: detecting by the pressure detecting unit a pressure value inside the inner liner in a heating process of the heating unit; detecting by the temperature sensor a first temperature value when the pressure value detected rises to a first pressure threshold preset; detecting by the temperature sensor a second temperature value when the pressure value detected drops from the first pressure threshold preset to a second pressure threshold preset; acquiring a temperature reference value according to a preset setting strategy with the first temperature value and the second temperature value; and comparing a current temperature value detected by the temperature sensor with the temperature reference value, and controlling the heating unit to start or stop based on a comparison result, characterized in that, after controlling the heating unit to start or stop based on a comparison result, the method further comprises: detecting by the temperature sensor a third temperature value when the pressure value detected rises to the first pressure threshold preset again; and updating the temperature reference value according to the preset setting strategy with the third temperature value and the second temperature value. detecting by the pressure detecting unit a pressure value inside the inner liner in a heating process of the heating unit; detecting by the temperature sensor a first temperature value when the pressure value detected rises to a first pressure threshold preset; detecting by the temperature sensor a second temperature value when the pressure value detected drops from the first pressure threshold preset to a second pressure threshold preset; acquiring a temperature reference value according to a preset setting strategy with the first temperature value and the second temperature value; and comparing a current temperature value detected by the temperature sensor with the temperature reference value, and controlling the heating unit to start or stop based on a comparison result, characterized in that, after controlling the heating unit to start or stop based on a comparison result, the method further comprises: detecting by the temperature sensor a third temperature value when the pressure value detected rises to the first pressure threshold preset again; and updating the temperature reference value according to the preset setting strategy with the third temperature value and the second temperature value. detecting by the temperature sensor a third temperature value when the pressure value detected rises to the first pressure threshold preset again; and updating the temperature reference value according to the preset setting strategy with the third temperature value and the second temperature value.
A washing machine comprising: a voice inputter; and a processor configured to: based on receiving a user voice through the voice inputter in a power saving mode of the washing machine, switch the washing machine to a standby mode based on a wake-up word included in the user voice, maintain the standby mode of the washing machine or switch the washing machine to an operation mode based on a control word included in the user voice, and execute an operation corresponding to the control word in the standby mode or the operation mode, wherein: the power saving mode and the standby mode are modes in which only a power button, among at least one button provided in the washing machine, is activated, and the operation mode is a mode in which at least one button other than the power button is activated. a voice inputter; and a processor configured to: based on receiving a user voice through the voice inputter in a power saving mode of the washing machine, switch the washing machine to a standby mode based on a wake-up word included in the user voice, maintain the standby mode of the washing machine or switch the washing machine to an operation mode based on a control word included in the user voice, and execute an operation corresponding to the control word in the standby mode or the operation mode, wherein: the power saving mode and the standby mode are modes in which only a power button, among at least one button provided in the washing machine, is activated, and the operation mode is a mode in which at least one button other than the power button is activated. based on receiving a user voice through the voice inputter in a power saving mode of the washing machine, switch the washing machine to a standby mode based on a wake-up word included in the user voice, maintain the standby mode of the washing machine or switch the washing machine to an operation mode based on a control word included in the user voice, and execute an operation corresponding to the control word in the standby mode or the operation mode, wherein: the power saving mode and the standby mode are modes in which only a power button, among at least one button provided in the washing machine, is activated, and the operation mode is a mode in which at least one button other than the power button is activated. the power saving mode and the standby mode are modes in which only a power button, among at least one button provided in the washing machine, is activated, and the operation mode is a mode in which at least one button other than the power button is activated.
Method for producing a toothed workpiece gear, the tooth base (11") of which adjoins an end face of the workpiece gear while forming a chamfer extending into the tooth flanks (11, 11'), the toothing of the workpiece gear being produced by skiving using a gear-tooth-forming tool, which has a first number (N 1) of cutting teeth each forming cutting edges, the rotational axis of which is at a first axis intersection angle (α 1) to the rotational axis of the workpiece gear, with a feed action in a first feed direction (V 1) parallel to the extension direction of the tooth flanks (11, 11') to be produced and the tooth base (11"), characterised in that the chamfer is produced by skiving using a chamfering tool, which has a second number (N 2) of cutting teeth each forming cutting edges (17, 17', 17") and of which the rotational axis is at a second axis intersection angle (α 2) to the axis of the workpiece gear, with a feed action in a second feed direction (V 2) parallel to the extension direction of the chamfer to be produced in the tooth base (11").
A reflector for electromagnetic radiation in the wavelength range from 100 nm to 1 mm, with high resistance to effects of weathering and of corrosion, comprising - a metallic reflector body which has a reflective surface, - or a reflector body on which a reflective layer has been deposited, - and a transparent outer layer composed of polysiloxane and formed in a sol-gel process, characterized in that the outer layer is composed of a crosslinked polycondensate of at least one silicic ester and of at least one cyclic siloxane oligomer comprising alkyl, vinyl, and/or aryl groups. - a metallic reflector body which has a reflective surface, - or a reflector body on which a reflective layer has been deposited, - and a transparent outer layer composed of polysiloxane and formed in a sol-gel process,
Layout structure for a saddle-ride type vehicle, and the layout structure comprising: a head pipe that forms the front of a body frame and steerably journals a front wheel; a fore cover that covers a circumference of the head pipe; and a battery provided in front of the head pipe and inside the fore cover, wherein the battery is arranged in a state in which battery terminals (91a, 91b) face forward, characterized in that a fuse box is arranged immediately above a top face of the battery. a head pipe that forms the front of a body frame and steerably journals a front wheel; a fore cover that covers a circumference of the head pipe; and a battery provided in front of the head pipe and inside the fore cover, wherein the battery is arranged in a state in which battery terminals (91a, 91b) face forward, characterized in that a fuse box is arranged immediately above a top face of the battery.
A freewheel arrangement having a freewheel, which comprises an inner ring, an outer ring rotatable in a first direction of rotation relative to the inner ring, and clamping elements between the inner ring and the outer ring, said clamping elements being formed as clamping rollers with a circular periphery, being spaced apart from each other in a peripheral direction and preventing a rotation of the outer ring relative to the inner ring in a second direction of rotation, characterised in that the clamping rollers are each formed as a stamped sheet metal part.
Receiver for receiving payload data (112-m) transmitted from a transmitter (110-m) to the receiver via a unidirectional communication to the receiver within a time interval T by means of a plurality of channel-coded data packets (210-n), the receiver comprising no return channel that would lead to the transmitter (110-m) for causing the transmitter to repeatedly transmit a channel-coded data packet in the event that decoding of the payload data has failed, each of the channel-coded data packets (210-n) comprising packet core data (212-n) corresponding to a packet identification of the respective channel-coded data packet, and the packet core data (212-n) being coded with a channel code of higher redundancy than the payload data (112-m), comprising: a means for receiving the plurality of channel-coded data packets (210-n) within the time interval; and a decoder adapted to decode packet core data of a first received channel-coded data packet of the time interval, and, in the event of failure of error-free decoding of the first channel-coded data packet, to decode packet core data of at least one second received channel-coded data packet of the time interval so as to determine a suitable further channel-coded data packet of the time interval for combination with the first channel-coded data packet so as to obtain, on account of the combination, an increased code gain for decoding of the payload data (112-m); characterized in that the decoder is configured to determine and utilize information about a transmitter-specific deviation (|f c,nom - f c,m |) of an actual transmitting frequency of the transmitter (110-m) from a nominal transmitting frequency (f c.nom) for decoding the packet core data of the at least second channel-coded data packet of the transmitter (110-m) and of the time interval, such that channel-coded data packets received with the transmitter-specific deviation (|f c,nom - f c,mr |) may be associated with the transmitter (110-m). a means for receiving the plurality of channel-coded data packets (210-n) within the time interval; and a decoder adapted to decode packet core data of a first received channel-coded data packet of the time interval, and, in the event of failure of error-free decoding of the first channel-coded data packet, to decode packet core data of at least one second received channel-coded data packet of the time interval so as to determine a suitable further channel-coded data packet of the time interval for combination with the first channel-coded data packet so as to obtain, on account of the combination, an increased code gain for decoding of the payload data (112-m); characterized in that the decoder is configured to determine and utilize information about a transmitter-specific deviation (|f c,nom - f c,m |) of an actual transmitting frequency of the transmitter (110-m) from a nominal transmitting frequency (f c.nom) for decoding the packet core data of the at least second channel-coded data packet of the transmitter (110-m) and of the time interval, such that channel-coded data packets received with the transmitter-specific deviation (|f c,nom - f c,mr |) may be associated with the transmitter (110-m).
A knife comprising a blade having a first side face and a second side face, wherein the blade contains zirconia as a main component, and has a cutting region including at least a ridge portion between the first side face and the second side face, and when a portion including the cutting region in the first side face is referred to as a first cutting face, and a portion including the cutting region in the second side face is referred to as a second cutting face, a proportion of cubic crystals of zirconia in the first cutting face is larger than a proportion of cubic crystals of zirconia in the second cutting face.
A method for estimating the quality of localization in the self-localization of a vehicle, in which a map of the surrounding area is used for the self-localization, the map being used in controlling the vehicle, wherein a vehicle, when driving on a road, attempts to detect a number of landmarks (L1 - L21) recorded in the map of the surrounding area using sensors, and determines the position of the vehicle itself from the position of the number of landmarks (L1 - L21), wherein the future visibility of landmarks (L1 - L21) is determined in the vehicle and the quality of localization in the self-localization of the vehicle is estimated depending on the visibility of the landmarks (L1 - L21), wherein a step of detecting obstacles that restrict the visibility of landmarks (L3 - L7) is carried out for determining the future visibility of the landmarks (L1 - L21), which comprises the detection of moving obstacles on the roadway and optionally in the surrounding area of the roadway using sensors, characterized in that the step of determining the future visibility of landmarks (L1 - L21) further comprises a step of estimating movement trajectories of the moving obstacles and a step of recording the projected positions of the moving obstacles in the map of the surrounding area.
A primer composition for an ink, comprising a first radiation-curable component, wherein the first radiation-curable component comprises at least one compound selected from the group of components of Formula IVa: wherein Y is H or CH 3; Z is NH or CH 2; R 1, R 2 and R 3 are independently selected from alkyl residues with 1 to 10 carbon atoms, n is an integer between 1 and 20, preferably between 1 and 10 and X - is an anion selected from the group consisting of F -, Cl -, Br, I -, N 3 -, CN -, NCO -, CNO -, NCS - and CNS -.
A method for wireless communications by a user equipment, UE, comprising: receiving a physical downlink control channel, PDCCH, transmission with downlink control information, DCI, signaling a scheduling parameter indicating a scheduling delay between an end of the PDCCH transmission and a beginning of a transmission scheduled by the PDCCH; determining whether a value of the scheduling parameter is below a minimum threshold; treating the DCI as invalid if the value of the scheduling parameter is below the minimum threshold; and receiving the transmission scheduled by the PDCCH if the value of the scheduling parameter is not below the minimum threshold, wherein the scheduled transmission comprises at least one channel state information reference signal, CSI-RS, transmitted on the downlink after an aperiodic CSI, A-CSI, request is triggered. receiving a physical downlink control channel, PDCCH, transmission with downlink control information, DCI, signaling a scheduling parameter indicating a scheduling delay between an end of the PDCCH transmission and a beginning of a transmission scheduled by the PDCCH; determining whether a value of the scheduling parameter is below a minimum threshold; treating the DCI as invalid if the value of the scheduling parameter is below the minimum threshold; and receiving the transmission scheduled by the PDCCH if the value of the scheduling parameter is not below the minimum threshold, wherein the scheduled transmission comprises at least one channel state information reference signal, CSI-RS, transmitted on the downlink after an aperiodic CSI, A-CSI, request is triggered.
A lid for mounting on a cup opening defined by a brim of a cup body, comprising, a cover having a substantially planar portion and a recessed opening disposed on the cover; a side wall disposed around the periphery of the cover; a flange extended from the bottom edge of the side wall and forms a trench space for accommodating the brim of the cup body when the lid is mounted on the cup opening; and a breathable film disposed below the substantially planar portion and covered the recessed opening of the cover; characterized in that the cover and the breathable film are integrally formed into a single piece. a cover having a substantially planar portion and a recessed opening disposed on the cover; a side wall disposed around the periphery of the cover; a flange extended from the bottom edge of the side wall and forms a trench space for accommodating the brim of the cup body when the lid is mounted on the cup opening; and a breathable film disposed below the substantially planar portion and covered the recessed opening of the cover; characterized in that the cover and the breathable film are integrally formed into a single piece.