mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle sound evaluation system that evaluates a sound emitted from a vehicle that is traveling, the vehicle sound evaluation system comprising: obtaining means (S110) adapted to obtain time waveform data based on the sound; generating means (S120) adapted to generate a plurality of evaluation images indicating a time axis, a frequency axis, and a signal strength based on a part of the time waveform data; a reference database adapted to store an association between a preliminarily obtained past evaluation image and reference data associated with the past evaluation image; and deriving means (S130) adapted to refer to the reference database to derive an evaluation result for the plurality of evaluation images; characterized in that the plurality of evaluation images is transformed from the time waveform data using Fourier transformation, or is expressed in a three-dimensional graph that expresses the signal strength in color with respect to a time on a horizontal axis, and the frequency on a vertical axis based on the part of the time waveform data; and wherein the generating means (S120) is adapted to generate the evaluation images based on a result of the difference between the time waveform data obtained by the obtaining means (S110) and a preliminarily obtained time waveform data while the vehicle is not traveling. obtaining means (S110) adapted to obtain time waveform data based on the sound; generating means (S120) adapted to generate a plurality of evaluation images indicating a time axis, a frequency axis, and a signal strength based on a part of the time waveform data; a reference database adapted to store an association between a preliminarily obtained past evaluation image and reference data associated with the past evaluation image; and deriving means (S130) adapted to refer to the reference database to derive an evaluation result for the plurality of evaluation images; characterized in that the plurality of evaluation images is transformed from the time waveform data using Fourier transformation, or is expressed in a three-dimensional graph that expresses the signal strength in color with respect to a time on a horizontal axis, and the frequency on a vertical axis based on the part of the time waveform data; and wherein the generating means (S120) is adapted to generate the evaluation images based on a result of the difference between the time waveform data obtained by the obtaining means (S110) and a preliminarily obtained time waveform data while the vehicle is not traveling.
A retaining device, comprising a fastening base having a first side to be used in a rabbet of a frame or leaf of joinery such as a door or window, and a second opposite side on which is pivotably mounted, about a pivot shaft perpendicular to the plane of said fastening base , a first end of a retaining arm provided, in an opposite end portion , with a longitudinal opening defined for accommodating an attachment finger provided on the leaf or the frame respectively, characterized by the fact that at its first end pivotably mounted on the fastening base , the retaining arm is still movably mounted in its longitudinal direction , perpendicular to the pivot shaft , along a travel of defined length.
Method for measuring the power of an induction heating coil that is controlled by means of a converter , wherein - the converter is operated in a circuit of a half-bridge or a full-bridge, - the converter is operated at a frequency and with a duty cycle, - the current (I) through the induction heating coil is measured, - at least in one operating mode of the control of the induction heating coil , a change is made between a control with a first duty cycle and a control with a second duty cycle, - the 2nd duty cycle is determined by subtracting the 1st duty cycle from 1, - the voltage (V) across the half-bridge or across the full bridge is measured. - the converter is operated in a circuit of a half-bridge or a full-bridge, - the converter is operated at a frequency and with a duty cycle, - the current (I) through the induction heating coil is measured, - at least in one operating mode of the control of the induction heating coil , a change is made between a control with a first duty cycle and a control with a second duty cycle, - the 2nd duty cycle is determined by subtracting the 1st duty cycle from 1, - the voltage (V) across the half-bridge or across the full bridge is measured.
An assembly for a drug delivery device comprising: a housing ; a lead screw having a distal end and a proximal end, the lead screw including a threaded shaft ; a drive nut threadedly engaged with and screwable along the threaded shaft ; an inner sleeve which is axially movable and rotatably fixed relative to the housing , wherein the drive nut is axially fixed to the inner sleeve and wherein the inner sleeve has a portion containing a first section of an end of dose feedback connection; a second section of the end of dose feedback connection which is provided axially fixed within the housing, wherein the assembly is configured such that, during dose setting, the drive nut is screwed along the threaded shaft , the drive nut carrying with it the inner sleeve, wherein the assembly is configured such that, during dose delivery, the inner sleeve is advanced without rotation to axially advance the drive nut and thereby the lead screw , and wherein, when a connection between the first section and the second section of the end of dose feedback connection is established, an end of the dose delivery is signalled to the user in a sensory manner such that it can be recognized by the user. a housing ; a lead screw having a distal end and a proximal end, the lead screw including a threaded shaft ; a drive nut threadedly engaged with and screwable along the threaded shaft ; an inner sleeve which is axially movable and rotatably fixed relative to the housing , wherein the drive nut is axially fixed to the inner sleeve and wherein the inner sleeve has a portion containing a first section of an end of dose feedback connection; a second section of the end of dose feedback connection which is provided axially fixed within the housing, wherein the assembly is configured such that, during dose setting, the drive nut is screwed along the threaded shaft , the drive nut carrying with it the inner sleeve, wherein the assembly is configured such that, during dose delivery, the inner sleeve is advanced without rotation to axially advance the drive nut and thereby the lead screw , and wherein, when a connection between the first section and the second section of the end of dose feedback connection is established, an end of the dose delivery is signalled to the user in a sensory manner such that it can be recognized by the user.
Polyvinyl acetal fine particles for an aqueous dispersion, adapted for use as dispersoids in an aqueous dispersion, the polyvinyl acetal fine particles including a polyvinyl acetal resin with an ionic functional group, and having a volume average particle size of 10 nm to 100 μm, and a CV value of a volume-based particle size distribution of at most 40%, wherein the ionic functional group is at least one functional group selected from the group consisting of sulfinic acid, sulfenic acid, phosphate, and phosphonic acid groups, and salts thereof or the polyvinyl acetal resin comprises a structure unit represented by the following formula : wherein C is the carbon atom in the polymer main chain, R 1 is a hydrogen atom, R 2 is a methylene group, R 3 is a sulfonic acid group or a salt of a sulfonic acid group, wherein the polyvinyl acetal resin has an ionic functional group content of 0.01 to 1 mmol/g.
A lead having a metal core, a dielectric layer at least partially surrounding the metal core, the dielectric layer in turn being at least partially surrounded by a ground connectable metal coating, characterized in that the lead further has at least one vapor barrier coating for protecting areas that are not covered by metal.
(original) An article of manufacture for supplying a power to a load connected in a capacitive power transfer system, comprising: an insulating surface having a width and a length; a first segment made of an electricity conducting material affixed to a length of a first edge of the insulating surface ; a second segment made of an electricity conducting material affixed to a length edge of the insulating surface opposite of the first edge, the second segment being electrically isolated from the first edge, wherein the first segment is connected to an electric potential of a first polarity and the second segment is connected to an electric potential of a second polarity that is opposite to the first polarity, wherein the first and second segments form at least a pair of transmitter electrodes of the capacitive power transfer system; a first supply line and a second supply line , wherein the first supply line is connected to the first segment , and wherein the first line and second line intersect without electrically connecting ; wherein the article of manufacture is adapted to be placed abutted with other identical articles of manufacture wherein the second supply line is connected to the second segment , the second segment of the article of manufacture is adapted to abut with a first segment of one of the other articles of manufacture and the second supply line is adapted to connect to the first segment of the one of the other articles of manufacture, and the first supply line is adapted to connect to a second segment of the one of the other articles of manufacture. an insulating surface having a width and a length; a first segment made of an electricity conducting material affixed to a length of a first edge of the insulating surface ; a second segment made of an electricity conducting material affixed to a length edge of the insulating surface opposite of the first edge, the second segment being electrically isolated from the first edge, wherein the first segment is connected to an electric potential of a first polarity and the second segment is connected to an electric potential of a second polarity that is opposite to the first polarity, wherein the first and second segments form at least a pair of transmitter electrodes of the capacitive power transfer system; a first supply line and a second supply line , wherein the first supply line is connected to the first segment , and wherein the first line and second line intersect without electrically connecting ; wherein the article of manufacture is adapted to be placed abutted with other identical articles of manufacture wherein the second supply line is connected to the second segment , the second segment of the article of manufacture is adapted to abut with a first segment of one of the other articles of manufacture and the second supply line is adapted to connect to the first segment of the one of the other articles of manufacture, and the first supply line is adapted to connect to a second segment of the one of the other articles of manufacture.
A sample analysis system (100 to 100b) comprising: a plurality of sample analyzers (40a to 40g) for measuring samples; a controller that is communicably connected to the plurality of sample analyzers (40a to 40g) and that is configured to control start-up of the plurality of sample analyzers (40a to 40g); wherein the controller is configured to start-up a combination of sample analyzers among some of the plurality of sample analyzers (40a to 40g); the sample analyzer performs an initial operation after start-up; and the initial operation includes at least a cleaning operation and a background check of a measurement unit that measures a sample. a plurality of sample analyzers (40a to 40g) for measuring samples; a controller that is communicably connected to the plurality of sample analyzers (40a to 40g) and that is configured to control start-up of the plurality of sample analyzers (40a to 40g); wherein the controller is configured to start-up a combination of sample analyzers among some of the plurality of sample analyzers (40a to 40g); the sample analyzer performs an initial operation after start-up; and the initial operation includes at least a cleaning operation and a background check of a measurement unit that measures a sample.
A method of controlling an air conditioning system comprising at least one outdoor device and at least one indoor device connected to the at least one outdoor device, the method comprising: • (S600) collecting current and voltage values using a current sensor and a voltage sensor installed at or in the at least one outdoor device; • (S610) collecting operating information of the at least one indoor device; and • (S620) calculating power consumption of the air conditioning system based on the current value, the voltage value, and the operating information, characterized in that the operating information includes at least one of capacity information, operating temperature information, operating time information, operating mode information, or air volume information of the at least one indoor device, and wherein the collecting current and voltage values and the collecting operating information are repeated at preset periods of time. • (S600) collecting current and voltage values using a current sensor and a voltage sensor installed at or in the at least one outdoor device; • (S610) collecting operating information of the at least one indoor device; and • (S620) calculating power consumption of the air conditioning system based on the current value, the voltage value, and the operating information,
A control network system in which a plurality of nodes mutually exchange data, each of the plurality of nodes comprising: data transmission means for transmitting data of a local node to an adjacent node at a prescribed timing in every prescribed data exchange cycle; and relay means for, upon receipt of transmitted data from an arbitrary adjacent node , obtaining the transmitted data, and relaying the transmitted data to another adjacent node ; a first timer configured to generate the prescribed timing, wherein the first timers of the nodes are configured to start at a same timing, and time-up occurs in the first timers after a same time period has passed such that the prescribed timings of the nodes are made to be a same timing. data transmission means for transmitting data of a local node to an adjacent node at a prescribed timing in every prescribed data exchange cycle; and relay means for, upon receipt of transmitted data from an arbitrary adjacent node , obtaining the transmitted data, and relaying the transmitted data to another adjacent node ; a first timer configured to generate the prescribed timing, wherein the first timers of the nodes are configured to start at a same timing, and time-up occurs in the first timers after a same time period has passed such that the prescribed timings of the nodes are made to be a same timing.
A yarn production system , in which yarns (Y) made of synthetic resin and spun out from a spinning apparatus are wound by a winding device , comprising: a metal member which is used in yarn threading of threading the yarns (Y) spun out from the spinning apparatus to the winding device and members along a yarn path, the metal member making contact with the yarns (Y); and an insulator which prevents static electricity generated in the metal member due to contact with the yarns (Y) from escaping from the metal member to a ground plane. a metal member which is used in yarn threading of threading the yarns (Y) spun out from the spinning apparatus to the winding device and members along a yarn path, the metal member making contact with the yarns (Y); and an insulator which prevents static electricity generated in the metal member due to contact with the yarns (Y) from escaping from the metal member to a ground plane.
A composition for use in therapeutic weight reduction, wherein the composition is formulated for delivery of sodium percarbonate to the small intestine and/or large intestine of a subject following oral administration of the composition to the subject, wherein the composition is formulated as an oral dosage form comprising the sodium percarbonate and an enteric coating encasing the sodium percarbonate.
An image processing device comprising: a target detecting unit configured to detect an image region (Aj1, Aj2) where a surgical operation tool (J1, J2) exists as a target region on the basis of a second captured image, when a first captured image is a captured image obtained by selectively receiving a light of a first wavelength band, and the second captured image is a captured image obtained by selectively receiving a light of a second wavelength band, the captured images being obtained by capturing the surgical operation tool that is transparent for the light of the first wavelength band and is opaque for the light of the second wavelength band via an endoscope ; and an outline superimposing unit configured to superimpose an outline (Sj1, Sj2) of the surgical operation tool on the first captured image on the basis of information of the target region detected by the target detecting unit. a target detecting unit configured to detect an image region (Aj1, Aj2) where a surgical operation tool (J1, J2) exists as a target region on the basis of a second captured image, when a first captured image is a captured image obtained by selectively receiving a light of a first wavelength band, and the second captured image is a captured image obtained by selectively receiving a light of a second wavelength band, the captured images being obtained by capturing the surgical operation tool that is transparent for the light of the first wavelength band and is opaque for the light of the second wavelength band via an endoscope ; and an outline superimposing unit configured to superimpose an outline (Sj1, Sj2) of the surgical operation tool on the first captured image on the basis of information of the target region detected by the target detecting unit.
A method for diagnosing a failure detected by a system control managing a vehicle, the method comprising: receiving data at a field programmable gate array, FPGA , embedded in an assembly of the vehicle, the FPGA comprising a controller , wherein the FPGA comprises VHDL diagnostic code for performance modeling of the controller, wherein the controller is configured to control at least one internal system of a plurality of internal systems within the vehicle; modeling performance of the controller via the VHDL diagnostic code while the controller drives functioning of the at least one internal system; the method being further characterized by the steps of: receiving at the FPGA an indication of a failure from the system control of the vehicle ; and utilizing the performance modeling of the controller to ascertain whether or not the controller is a source of the failure. receiving data at a field programmable gate array, FPGA , embedded in an assembly of the vehicle, the FPGA comprising a controller , wherein the FPGA comprises VHDL diagnostic code for performance modeling of the controller, wherein the controller is configured to control at least one internal system of a plurality of internal systems within the vehicle; modeling performance of the controller via the VHDL diagnostic code while the controller drives functioning of the at least one internal system; the method being further characterized by the steps of: receiving at the FPGA an indication of a failure from the system control of the vehicle ; and utilizing the performance modeling of the controller to ascertain whether or not the controller is a source of the failure. receiving at the FPGA an indication of a failure from the system control of the vehicle ; and utilizing the performance modeling of the controller to ascertain whether or not the controller is a source of the failure.
Tyre suitable for running flat, said tyre comprising a crown , two sidewalls and two beads , a carcass reinforcement with at least one carcass ply anchored in each bead and a sidewall insert placed axially internally relative to at least said carcass ply , characterized in that said tyre is equipped with an electronic device consists of the radiofrequency transponder comprising an electronic chip and a radiating antenna able to communicate with an external radiofrequency reader, in that the radiofrequency transponder in addition comprises a primary antenna electrically connected to the electronic chip , wherein the primary antenna is inductively coupled to the radiating antenna , and wherein the radiating antenna is a dipole antenna consisting of a single-strand helical spring defining a first longitudinal axis and in that, each bead comprising a bead wire of revolution about a reference axis and H being one of the points of said bead wire closest said axis of revolution, said electronic device is placed axially in a zone of the tyre bounded by at least one of the beads and one of the sidewalls and radially externally at a radial distance larger than 20 mm from said point H.
Method for generating settings for machining an optical lens (L1), including steps consisting in: a) acquiring a file characterizing the shape (F1) to which the optical lens (L1) must be machined in order to allow it to be mounted in a spectacle frame (M1), said shape (F1) being characterized at least by a final outline , b) decomposing said shape (F1) into a plurality of distinct objects , including an exterior envelope inside of which all the other objects are located, which exterior envelope is defined by a roughing line that is coincident with the largest possible portion of the final outline , has at every point a convex shape, and illustrates the shape of the outline to which the optical lens (L1) will be edged by means of a tool of larger diameter, said tool of larger diameter having the largest diameter among the tools used to machine said objects , each of said other objects being assigned either to a category of external objects if this object has an open outline the ends of which meet the exterior envelope , or to a category of internal objects if this object has a closed outline, c) determining a machining order of said other objects depending on the category to which each of said other objects belongs, and d) generating the machining settings depending on said machining order. a) acquiring a file characterizing the shape (F1) to which the optical lens (L1) must be machined in order to allow it to be mounted in a spectacle frame (M1), said shape (F1) being characterized at least by a final outline , b) decomposing said shape (F1) into a plurality of distinct objects , including an exterior envelope inside of which all the other objects are located, which exterior envelope is defined by a roughing line that is coincident with the largest possible portion of the final outline , has at every point a convex shape, and illustrates the shape of the outline to which the optical lens (L1) will be edged by means of a tool of larger diameter, said tool of larger diameter having the largest diameter among the tools used to machine said objects , each of said other objects being assigned either to a category of external objects if this object has an open outline the ends of which meet the exterior envelope , or to a category of internal objects if this object has a closed outline, c) determining a machining order of said other objects depending on the category to which each of said other objects belongs, and d) generating the machining settings depending on said machining order.