mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing a diagnostic test of an alternator of a vehicle comprising an internal combustion engine arranged to drive the alternator and the driven alternator being arranged to charge a battery via an electrical connection thereto, characterized in that the method comprises - running the internal combustion engine at idle speed, - providing , by a control unit , a signal representative of a plurality of different pre-determined environmental conditions to the alternator , - providing , by the alternator , an output voltage and output current to the battery based on the plurality of different pre-determined environmental conditions, - determining , by a sensor connected to the battery , at least one of complete battery voltage and voltage of respective battery cells and providing the determined battery voltage to the control unit , - comparing , by the control unit , the determined battery voltage with a pre-defined reference-voltage representative of each one of the plurality of different pre-determined environmental conditions and - outputting , by the control unit , an approved total test result if the difference between the determined battery voltage and the pre-defined reference voltage falls within a predetermined range for each of the plurality of different pre-determined environmental conditions. - running the internal combustion engine at idle speed, - providing , by a control unit , a signal representative of a plurality of different pre-determined environmental conditions to the alternator , - providing , by the alternator , an output voltage and output current to the battery based on the plurality of different pre-determined environmental conditions, - determining , by a sensor connected to the battery , at least one of complete battery voltage and voltage of respective battery cells and providing the determined battery voltage to the control unit , - comparing , by the control unit , the determined battery voltage with a pre-defined reference-voltage representative of each one of the plurality of different pre-determined environmental conditions and - outputting , by the control unit , an approved total test result if the difference between the determined battery voltage and the pre-defined reference voltage falls within a predetermined range for each of the plurality of different pre-determined environmental conditions.
A method of coating a refractory alloy workpiece , comprising the steps of: - Surface application on at least one area of the workpiece of a treatment composition , the treatment composition comprising at least one type of preceramic polymer and a solvent, - Heat treatment of the workpiece coated with the treatment composition , the heat treatment being configured to at least partially convert the preceramic polymer to ceramic and form a coating , the coating being configured to protect the refractory alloy from oxidation and wherein the treatment composition also comprises so-called active fillers configured to migrate by diffusion to the refractory alloy during the heat treatment and form an alloy on the surface of the workpiece , the alloy being located between the workpiece and the ceramic, the alloy being configured to generate a protective oxide layer when subjected to oxidizing conditions. - Surface application on at least one area of the workpiece of a treatment composition , the treatment composition comprising at least one type of preceramic polymer and a solvent, - Heat treatment of the workpiece coated with the treatment composition , the heat treatment being configured to at least partially convert the preceramic polymer to ceramic and form a coating , the coating being configured to protect the refractory alloy from oxidation
A topical base composition in a solid form for use as a carrier vehicle for one or a plurality of active agents to promote or cause a penetration of the active agents in the skin of a mammal, comprising Limnanthes Alba (Meadow foarm) Seed Oil, Butyrospermum Parkii (Shea Butter) Extract, Ricinus Communis (Castor) Seed Oil (and) Glycine Soja (Soybean) Germ Extract (and) Zea Mays (Corn) Starch (and) Silica, C 12-15 Alkyl Benzoate and bees wax, each in amounts that are effective for collectively forming a base composition having an ability to function effectively as a topically-applied carrier vehicle for the active agents.
A planar heat pipe for removing heat from an electronic device , characterized in that said heat pipe comprises: a planar portion having a central opening ; a plate portion mounted to the electronic device ; and a flexible serpentine portion coupled to the planar portion and the plate portion and being flexible in three-degrees of freedom, each of the planar portion , the plate portion and the serpentine portion including an internal chamber being in fluid communication with each other and containing a working fluid , where the serpentine portion extends into the opening . a planar portion having a central opening ; a plate portion mounted to the electronic device ; and a flexible serpentine portion coupled to the planar portion and the plate portion and being flexible in three-degrees of freedom, each of the planar portion , the plate portion and the serpentine portion including an internal chamber being in fluid communication with each other and containing a working fluid , where the serpentine portion extends into the opening .
A method of transmitting a data in a wireless communication system, comprising: dividing output bits of a stream parser into blocks of N CBPSS bits, wherein N CBPSS is a number of coded bits per symbol per spatial stream; and dividing each of the blocks of the N CBPSS bits into two frequency subblocks of N CBPSS /2 bits, based on the product of a number of bits assigned to a single axis of a constellation point in spatial stream and a number of encoders, transmitting the two frequency subblocks to a receiver, wherein the number of bits assigned to the single axis of the constellation point in spatial stream is determined based on a number of coded bits per subcarrier per spatial stream. dividing output bits of a stream parser into blocks of N CBPSS bits, wherein N CBPSS is a number of coded bits per symbol per spatial stream; and dividing each of the blocks of the N CBPSS bits into two frequency subblocks of N CBPSS /2 bits, based on the product of a number of bits assigned to a single axis of a constellation point in spatial stream and a number of encoders, transmitting the two frequency subblocks to a receiver, wherein the number of bits assigned to the single axis of the constellation point in spatial stream is determined based on a number of coded bits per subcarrier per spatial stream.
A load migration method, comprising: obtaining, by a destination controller, a migration request from a migration scheduler, wherein the migration request carries an identifier of to-be-migrated user equipment, UE, the UE is to be migrated from a source controller to the destination controller; updating , by the destination controller, resource information of the to-be-migrated UE in a database server based on the identifier of the to-be-migrated UE, wherein the updated resource information comprises a correspondence between the to-be-migrated UE and the destination controller, and the database server is connected to both the source controller and the destination controller; and sending, by the destination controller, an inter-domain update instruction to an external network element , wherein the inter-domain update instruction comprises the identifier of the to-be-migrated UE and an identifier of the destination controller. obtaining, by a destination controller, a migration request from a migration scheduler, wherein the migration request carries an identifier of to-be-migrated user equipment, UE, the UE is to be migrated from a source controller to the destination controller; updating , by the destination controller, resource information of the to-be-migrated UE in a database server based on the identifier of the to-be-migrated UE, wherein the updated resource information comprises a correspondence between the to-be-migrated UE and the destination controller, and the database server is connected to both the source controller and the destination controller; and sending, by the destination controller, an inter-domain update instruction to an external network element , wherein the inter-domain update instruction comprises the identifier of the to-be-migrated UE and an identifier of the destination controller.
Display device with a panel in which self-luminous display elements are arranged, which panel is provided, on its rear side opposite the light-emitting surface used for display, with a heat distribution element , on the side of which facing away from the rear side at least one temperature sensor is arranged, characterized in that the heat distribution element has at least one opening behind which a light sensor is arranged, wherein the light sensor and the temperature sensor are arranged on a common carrier which is connected to the side of the heat-distribution element facing away from the panel .
A method of fabricating an applicator member for applying a liquid cosmetic, the method comprising the following steps: - making a porous core comprising at least one projection , out of sintered material; and - overmolding a shell on the porous core , the shell having at least one inlet orifice for admitting liquid cosmetic into the core and at least one dispenser orifice for enabling the core to dispense liquid cosmetic, the method being characterized in that the at least one projection of the porous core projects out of the overmolded shell through the at least one dispenser orifice at most by 5 mm, or at most by 2 mm, preferably at most by 1 mm. - making a porous core comprising at least one projection , out of sintered material; and - overmolding a shell on the porous core , the shell having at least one inlet orifice for admitting liquid cosmetic into the core and at least one dispenser orifice for enabling the core to dispense liquid cosmetic, the method being characterized in that the at least one projection of the porous core projects out of the overmolded shell through the at least one dispenser orifice at most by 5 mm, or at most by 2 mm, preferably at most by 1 mm.
A method for sending downlink data, comprising: modulating first downlink data into a first downlink signal by using a discrete Fourier transformation-spreading-orthogonal frequency division multiplexing, DFT-S-OFDM, modulation mode; modulating second downlink data into a second downlink signal by using an orthogonal frequency division multiplexing ,OFDM, modulation mode; forming a downlink transmit signal from the first downlink signal and the second downlink signal in a multiplexing manner, and sending the downlink transmit signal to a user terminal; characterized in that a modulation error vector magnitude EVM index of the first downlink data is lower than a modulation EVM index of the second downlink data, wherein the forming a downlink transmit signal from the first downlink signal and the second downlink signal in a multiplexing manner, and sending the downlink transmit signal to a user terminal comprises: bearing an OFDM symbol of the first downlink signal and an OFDM symbol of the second downlink signal in different OFDM symbol locations in a same subframe, and sending at least the same subframe to the user terminal. modulating first downlink data into a first downlink signal by using a discrete Fourier transformation-spreading-orthogonal frequency division multiplexing, DFT-S-OFDM, modulation mode; modulating second downlink data into a second downlink signal by using an orthogonal frequency division multiplexing ,OFDM, modulation mode; forming a downlink transmit signal from the first downlink signal and the second downlink signal in a multiplexing manner, and sending the downlink transmit signal to a user terminal; characterized in that a modulation error vector magnitude EVM index of the first downlink data is lower than a modulation EVM index of the second downlink data, wherein the forming a downlink transmit signal from the first downlink signal and the second downlink signal in a multiplexing manner, and sending the downlink transmit signal to a user terminal comprises: bearing an OFDM symbol of the first downlink signal and an OFDM symbol of the second downlink signal in different OFDM symbol locations in a same subframe, and sending at least the same subframe to the user terminal.
A piezoelectric material, comprising a single crystal containing Ca, Ta, an element M (M is Al or Ga), Si, and O, wherein the single crystal has the same crystal structure as a crystal structure of langasite represented by La 3 Ga 5 SiO 14 , and characterized in that at least the content of the element M is below that required in the stoichiometric composition represented by Ca 3 TaM 3 Si 2 O 14 , and that the oxygen diffusion coefficient of the single crystal is less than 7.0×10 -16 cm 2 /s.
A noise generator for generating a noise signal over a frequency spectrum (f), comprising: a first noise source and a first digital filter for a first frequency band (f 20) of the frequency spectrum (f), wherein the first digital filter is configured to filter the output signal of the first noise source ; a second noise source and a second digital filter for a second higher frequency band (f 30) of the frequency spectrum (f), wherein the second digital filter is configured to filter the output signal of the second noise source ; and an interpolator and a combiner , wherein the first digital filter comprises a first sample rate, and wherein the second digital filter comprises a second sample rate that is larger than the first sample rate, wherein the interpolator is configured to adjust the sample rate of an output signal of the first digital filter to a sample rate of the second digital filter , and wherein the combiner is configured to combine the adjusted output signal from the interpolator and the output signal of the second digital filter , wherein an edge of the second digital filter which determines a lower frequency band limit is steeper than an edge of the first digital filter which determines an upper frequency band limit, wherein the ratio between said steepness of the edge of the second digital filter and said edge of the first digital filter depends on the ratio between the second sample rate with respect to the first sample rate. a first noise source and a first digital filter for a first frequency band (f 20) of the frequency spectrum (f), wherein the first digital filter is configured to filter the output signal of the first noise source ; a second noise source and a second digital filter for a second higher frequency band (f 30) of the frequency spectrum (f), wherein the second digital filter is configured to filter the output signal of the second noise source ; and an interpolator and a combiner , wherein the first digital filter comprises a first sample rate, and wherein the second digital filter comprises a second sample rate that is larger than the first sample rate, wherein the interpolator is configured to adjust the sample rate of an output signal of the first digital filter to a sample rate of the second digital filter , and wherein the combiner is configured to combine the adjusted output signal from the interpolator and the output signal of the second digital filter , wherein an edge of the second digital filter which determines a lower frequency band limit is steeper than an edge of the first digital filter which determines an upper frequency band limit, wherein the ratio between said steepness of the edge of the second digital filter and said edge of the first digital filter depends on the ratio between the second sample rate with respect to the first sample rate.
Method for predicting the future road course for a vehicle traveling on a road , the road having a first section , a curve and a second section , and the curve being arranged between the first and the second section , comprising the steps of: - determining an approximated road course derived from a digital map material by means of an original clothoid segment , wherein the clothoid segment has an initial point on the first section , an end point on the second section , and the clothoid segment sweeps over the angle predetermined by the curve between the first and the second section , - continuously correcting the original clothoid segment by means of corrective clothoid segments determined in time after the determination of the approximated road course by means of the original clothoid segment, wherein each corrective clothoid segment takes into account the curvature of the path actually traveled by the vehicle after the initial point , characterized in that the corrective clothoid segments have the initial point and the end point of the original clothoid segment and sweep over the angle predetermined by the curve between the first section and the second section . - determining an approximated road course derived from a digital map material by means of an original clothoid segment , wherein the clothoid segment has an initial point on the first section , an end point on the second section , and the clothoid segment sweeps over the angle predetermined by the curve between the first and the second section , - continuously correcting the original clothoid segment by means of corrective clothoid segments determined in time after the determination of the approximated road course by means of the original clothoid segment, wherein each corrective clothoid segment takes into account the curvature of the path actually traveled by the vehicle after the initial point , characterized in that the corrective clothoid segments have the initial point and the end point of the original clothoid segment and sweep over the angle predetermined by the curve between the first section and the second section .
A suspension assembly, in particular heavy duty vehicle suspension assembly, comprising: an axle member ; a first trailing beam assembly including a first trailing beam having a first end operably coupled to a vehicle frame and having a second end that includes an outwardly opening first recess , the first recess including an outer periphery , wherein the axle member is positioned within the first recess , and wherein a first weld extends at least partially about the outer periphery of the first recess, thereby securing the first trailing beam to the axle member ; and a second trailing beam assembly including a second trailing beam having a first end operably coupled to the vehicle frame and having a second end that includes an outwardly opening second recess, the second recess including an outer periphery, wherein the axle member is positioned within the second recess, and wherein a second weld extends at least partially about the outer periphery of the second recess, thereby securing the second trailing beam to the axle member , characterized in that the first weld is uninterrupted about the periphery of the first recess , and the second weld is uninterrupted about the periphery of the second recess, wherein a portion of the first weld located proximate a leading edge of the first recess and a portion of the second weld located proximate a leading edge of the second recess are each located between about 30° and about 45° below horizontal, and/or a portion of the first weld located proximate a trailing edge of the first recess and a portion of the second weld located proximate a trailing edge of the second recess are located between about 25° and about 45° above horizontal, wherein a first weld extends about the entire periphery of the first recess , thereby securing the first trailing beam to the axle member , and wherein a second weld extends about the entire periphery of the second recess, thereby securing the second trailing beam to the axle member , wherein the first trailing arm and/or the second trailing arm are formed as an integrally cast single piece. an axle member ; a first trailing beam assembly including a first trailing beam having a first end operably coupled to a vehicle frame and having a second end that includes an outwardly opening first recess , the first recess including an outer periphery , wherein the axle member is positioned within the first recess , and wherein a first weld extends at least partially about the outer periphery of the first recess, thereby securing the first trailing beam to the axle member ; and a second trailing beam assembly including a second trailing beam having a first end operably coupled to the vehicle frame and having a second end that includes an outwardly opening second recess, the second recess including an outer periphery, wherein the axle member is positioned within the second recess, and wherein a second weld extends at least partially about the outer periphery of the second recess, thereby securing the second trailing beam to the axle member ,
An electric bicycle drive unit mounting arrangement by which an electric mid-motor drive unit is floatingly mounted to a drive receptacle of a bicycle frame , the mid-motor drive unit having a drive unit housing in which an output shaft extending in the transverse direction is mounted and which has a bottom bracket shaft, the drive receptacle having two mutually parallel frame-fixed and vertical frame flanges , a drive unit housing having two mutually parallel and vertical housing flanges , one housing flange being mounted to the one frame flange and the other housing flange being mounted to the other frame flange and each defining a flange pairing, and the housing flanges each being arranged proximally of the frame flanges so that a clamp-like drive receptacle is defined which is downwardly open and U-shaped in cross-section, characterized in that both flange pairings each have at least one rubber bearing by which the frame flange is floatingly and rubber-elastically connected to the associated housing flange so that the housing flanges each do not rest directly against the corresponding frame flanges but are spaced apart from the corresponding frame flanges by a spacing gap having a gap dimension X of at least 0.3 mm, and the rubber sleeve is arranged in a substantially cylindrical annular gap between a rigid outer sleeve and a rigid inner sleeve . the mid-motor drive unit having a drive unit housing in which an output shaft extending in the transverse direction is mounted and which has a bottom bracket shaft, the drive receptacle having two mutually parallel frame-fixed and vertical frame flanges , a drive unit housing having two mutually parallel and vertical housing flanges , one housing flange being mounted to the one frame flange and the other housing flange being mounted to the other frame flange and each defining a flange pairing, and the housing flanges each being arranged proximally of the frame flanges so that a clamp-like drive receptacle is defined which is downwardly open and U-shaped in cross-section, characterized in that both flange pairings each have at least one rubber bearing by which the frame flange is floatingly and rubber-elastically connected to the associated housing flange so that the housing flanges each do not rest directly against the corresponding frame flanges but are spaced apart from the corresponding frame flanges by a spacing gap having a gap dimension X of at least 0.3 mm, and the rubber sleeve is arranged in a substantially cylindrical annular gap between a rigid outer sleeve and a rigid inner sleeve .