mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling an induction heating device, the method comprising: determining a first target frequency of a first working coil corresponding to the drive command for the first working coil ; stopping driving of the first working coil ; determining a second target frequency of a second working coil corresponding to the drive command for the second working coil ; determining a final drive frequency of the first working coil and a final drive frequency of the second working coil based on the first target frequency and the second target frequency, respectively; driving the first working coil and the second working coil simultaneously at an adjustment frequency; adjusting a drive frequency of the first working coil from the adjustment frequency to the final drive frequency of the first working coil and adjusting a drive frequency of the second working coil from the adjustment frequency to the final drive frequency of the second working coil , respectively; and driving the first working coil at the final drive frequency of the first working coil continuously and driving the second working coil at the final drive frequency of the second working coil continuously. determining a first target frequency of a first working coil corresponding to the drive command for the first working coil ; stopping driving of the first working coil ; determining a second target frequency of a second working coil corresponding to the drive command for the second working coil ; determining a final drive frequency of the first working coil and a final drive frequency of the second working coil based on the first target frequency and the second target frequency, respectively; driving the first working coil and the second working coil simultaneously at an adjustment frequency; adjusting a drive frequency of the first working coil from the adjustment frequency to the final drive frequency of the first working coil and adjusting a drive frequency of the second working coil from the adjustment frequency to the final drive frequency of the second working coil , respectively; and driving the first working coil at the final drive frequency of the first working coil continuously and driving the second working coil at the final drive frequency of the second working coil continuously.
An endoscope comprising: an imager that comprises multiple pixels which output pixel signals, and that outputs an image signal comprising the pixel signals; an analog-digital converter that converts the image signal to digital image data in parallel data format; and a data converter that converts the digital image data to transmission data; characterized in that the data converter converts the pixel-generated digital image data based on a first rule, converts the converted digital image data to converted pixel data in serial data format, and adds a start bit and an end bit to the converted pixel data to convert the digital image data to the transmission data, wherein the multiple pixels correspond to multiple colors; one pixel corresponds to one color; the multiple pixels are aligned in a predetermined direction in the imager; the first rule alternately inverts the digital image data that are output by the multiple pixels of the same colors that are aligned in the predetermined direction. an imager that comprises multiple pixels which output pixel signals, and that outputs an image signal comprising the pixel signals; an analog-digital converter that converts the image signal to digital image data in parallel data format; and a data converter that converts the digital image data to transmission data; characterized in that the data converter converts the pixel-generated digital image data based on a first rule, converts the converted digital image data to converted pixel data in serial data format, and adds a start bit and an end bit to the converted pixel data to convert the digital image data to the transmission data, wherein the multiple pixels correspond to multiple colors; one pixel corresponds to one color; the multiple pixels are aligned in a predetermined direction in the imager; the first rule alternately inverts the digital image data that are output by the multiple pixels of the same colors that are aligned in the predetermined direction.
Electromechanical brake booster for a motor vehicle, comprising: an electric motor which is operatively connected via a gear mechanism to a spindle in such a way that a rotation of a rotor of the electric motor causes a translational movement of the spindle , wherein at least one support element is fastened to a gear mechanism housing bottom of the gear mechanism and extends substantially parallel to an adjustment axis (V) of the spindle , wherein a master brake cylinder can be fastened to the at least one support element , and wherein the at least one support element is designed to support forces acting on the at least one support element in the axial and/or radial direction, characterized in that the at least one support element is pressed into an opening formed in the gear mechanism housing bottom , wherein a collar formed on a first axial end portion of the at least one support element bears against the gear mechanism housing bottom . an electric motor which is operatively connected via a gear mechanism to a spindle in such a way that a rotation of a rotor of the electric motor causes a translational movement of the spindle , wherein at least one support element is fastened to a gear mechanism housing bottom of the gear mechanism and extends substantially parallel to an adjustment axis (V) of the spindle , wherein a master brake cylinder can be fastened to the at least one support element , and wherein the at least one support element is designed to support forces acting on the at least one support element in the axial and/or radial direction, characterized in that the at least one support element is pressed into an opening formed in the gear mechanism housing bottom , wherein a collar formed on a first axial end portion of the at least one support element bears against the gear mechanism housing bottom .
Device for controlling the steering angle of a motor vehicle comprising a lateral controller adapted to generate as output a command to at least one actuator of a steering system of the vehicle acting on the steering angle of the guiding wheels of the vehicle via the angle of rotation of the steering wheel of the vehicle, so as to follow a trajectory in an automated driving mode, said device being characterized in that it further comprises a trajectory following analysis module capable of detecting road conditions without longitudinal slope and without lateral inclination and, when such road conditions are detected, of supplying as output a current vehicle guiding wheel steering angle error value to an automatic steering wheel angle deviation compensation module linked to said lateral controller.
Filter sector assembly for a disc filter, which disc filter comprises a fiber suspension containing bath, a filter sector assembly rotatably supported with relation to the bath, a core assembly adapted to rotate on a horizontal axis, and a plurality of filter sectors spaced along the core assembly and supported on the core assembly, which filter sector assembly comprises two adjacent filter sectors (10A; 10B), in which each filter sector (10A; 10B) comprises a funnel part (16A; 16B) mounted on the bottom end of the filter sector (10A; 10B) configured to support and mount the filter sector (10A; 10B), which filter sector assembly comprises a support plate , in which the two adjacent filter sectors (10A; 10B) are attachable as a pair of filter sectors (10A; 10B) by the support plate to the core assembly (21; 21A, 21B) of the disc filter and a plurality of the filter sector assemblies , each formed of two adjacent filter sectors supported on the same support plate , are attachable on the core assembly (21; 21A, 21B) of the disc filter, characterized in that the funnel part (16A; 16B) comprises a sector shaped base part (18A; 18B) and that the bottom end of the base part (18A; 18B) is attached to a support panel (17A; 17B) and that on each side of the base part a side panel (19A; 19B) is located which is configured to provide robustness to the funnel part (16A; 16B).
A method comprising: receiving , in a memory, input data to be processed in a first and a second processing layer, wherein, in the second processing layer, a processing operation being carried out on an output of a processing operation of the first processing layer, a processing operation of the first processing layer being carried out using at least one resistive memory array and a processing operation of the second processing layer is carried out using at least one other resistive memory array; assigning the input data to be processed according to at least one processing operation of the first processing layer; buffering output data from at least one processing operation of the first processing layer, determining whether the buffered output data exceeds a threshold data amount to carry out at least one processing operation of the second processing layer; and, when it is determined that the buffered output data exceeds the threshold data amount; assigning at least a portion of the buffered output data to be processed according to at least one processing operation of a second processing layer; performing at least one processing operation of the first and second processing layers in an overlapping time frame; and assigning input data to different resistive memory arrays for the processing operation of the first and second processing layers. receiving , in a memory, input data to be processed in a first and a second processing layer, wherein, in the second processing layer, a processing operation being carried out on an output of a processing operation of the first processing layer, a processing operation of the first processing layer being carried out using at least one resistive memory array and a processing operation of the second processing layer is carried out using at least one other resistive memory array; assigning the input data to be processed according to at least one processing operation of the first processing layer; buffering output data from at least one processing operation of the first processing layer, determining whether the buffered output data exceeds a threshold data amount to carry out at least one processing operation of the second processing layer; and, when it is determined that the buffered output data exceeds the threshold data amount; assigning at least a portion of the buffered output data to be processed according to at least one processing operation of a second processing layer; performing at least one processing operation of the first and second processing layers in an overlapping time frame; and assigning input data to different resistive memory arrays for the processing operation of the first and second processing layers.
Processing machine for the surface processing of products, comprising: - at least one sealed chamber , provided with at least one opening , that can be closed, for inserting and removing a plurality of products (L) to be processed, - a device for reducing the pressure inside said at least one chamber up to a value lower than the ambient pressure, - in said at least one chamber , a moving device which, in use, moves said products (L) from the bottom upwards and in reverse, so as to accumulate in said chamber at least two said products (L) on levels arranged over one another, - a plan moving device for moving said products from and towards said at least one opening when the products are arranged at the same level of said at least one opening, wherein, from an operational viewpoint, a plurality (L I , L II , L III , L IV ) of said products are inserted into said at least one chamber , and at least two products of said plurality of products are put over one another for a span of processing, and wherein, once all the products to be processed have been inserted into said at least one chamber , said chamber is closed and the pressure inside is decreased up to an operational processing pressure, and then said at least one chamber is opened again and the products (L I , L II , L III , L IV ) are removed therefrom. - at least one sealed chamber , provided with at least one opening , that can be closed, for inserting and removing a plurality of products (L) to be processed, - a device for reducing the pressure inside said at least one chamber up to a value lower than the ambient pressure, - in said at least one chamber , a moving device which, in use, moves said products (L) from the bottom upwards and in reverse, so as to accumulate in said chamber at least two said products (L) on levels arranged over one another, - a plan moving device for moving said products from and towards said at least one opening when the products are arranged at the same level of said at least one opening,
A pressurized therapeutic composition configured to be stored in a valved container designed to maintain the composition under pressure and dispense the composition upon opening the valve thereof, the composition comprising: an aqueous solution of poloxamer P188, P338, or P407, at a concentration of between 25% w/w to 45% w/w; wherein the poloxamer solution undergoes a reverse phase change from a liquid to a gel upon warming to body temperature; and a liquefied haloalkane gas comprising at least 2.5% of the total mass of the composition, wherein the liquified haloalkane gas and the aqueous solution are blended together to form a stable and macroscopically homogeneous emulsion, and wherein the haloalkane gas evaporates to cause the aqueous solution to foam after the composition is dispensed from the container. an aqueous solution of poloxamer P188, P338, or P407, at a concentration of between 25% w/w to 45% w/w; wherein the poloxamer solution undergoes a reverse phase change from a liquid to a gel upon warming to body temperature; and a liquefied haloalkane gas comprising at least 2.5% of the total mass of the composition, wherein the liquified haloalkane gas and the aqueous solution are blended together to form a stable and macroscopically homogeneous emulsion, and wherein the haloalkane gas evaporates to cause the aqueous solution to foam after the composition is dispensed from the container.
A pilot burner for a combustor , the pilot burner comprising: an inner conduit configured to deliver a fuel; an outer conduit concentric with the inner conduit and configured to deliver air; an end plate including a plurality of openings in fluid communication with a burner interior ; an inner wall defining an inner plenum ; a partition wall radially outward of the inner wall and defining an intermediate plenum with at least a portion of the inner wall , the inner wall including a plurality of exit passages for fluidly coupling the inner plenum to the intermediate plenum ; an outer wall defining an outer plenum with at least a portion of the partition wall ; a crossover section in fluid communication with the inner and outer conduit , the crossover section including a first plurality of passages fluidly coupling the inner conduit to the outer plenum and a second plurality of passages fluidly coupling the outer conduit to the inner plenum ; and wherein the plurality of openings of the end plate include a set of fuel exit openings in fluid communication with the outer plenum , a set of air exit openings (262A, 262A-B) adjacent the set of fuel exit openings and in fluid communication with the intermediate plenum , and a set of cooling openings in fluid communication with the inner plenum . an inner conduit configured to deliver a fuel; an outer conduit concentric with the inner conduit and configured to deliver air; an end plate including a plurality of openings in fluid communication with a burner interior ; an inner wall defining an inner plenum ; a partition wall radially outward of the inner wall and defining an intermediate plenum with at least a portion of the inner wall , the inner wall including a plurality of exit passages for fluidly coupling the inner plenum to the intermediate plenum ; an outer wall defining an outer plenum with at least a portion of the partition wall ; a crossover section in fluid communication with the inner and outer conduit , the crossover section including a first plurality of passages fluidly coupling the inner conduit to the outer plenum and a second plurality of passages fluidly coupling the outer conduit to the inner plenum ; and wherein the plurality of openings of the end plate include a set of fuel exit openings in fluid communication with the outer plenum , a set of air exit openings (262A, 262A-B) adjacent the set of fuel exit openings and in fluid communication with the intermediate plenum , and a set of cooling openings in fluid communication with the inner plenum .
Transceiver device comprising a real time clock arranged for providing a clock signal and a receiving section comprising - a main receiver arranged for receiving communication signals, - a wake-up receiver arranged for receiving a calibration signal comprising clock timing information containing a time stamp and for adjusting said real time clock based on said clock timing information, characterised in that : the transceiver device additionally comprises a real time clock controller arranged to receive said clock timing information and to compare said received clock timing information with timing information of said real time clock to obtain a timing error for adjusting said real time clock of the transceiver device. - a main receiver arranged for receiving communication signals, - a wake-up receiver arranged for receiving a calibration signal comprising clock timing information containing a time stamp and for adjusting said real time clock based on said clock timing information, characterised in that : the transceiver device additionally comprises a real time clock controller arranged to receive said clock timing information and to compare said received clock timing information with timing information of said real time clock to obtain a timing error for adjusting said real time clock of the transceiver device.
Multi-layer capacitor, comprising a plurality of segments which are connected to one another, wherein each segment comprises dielectric layers and electrode layers arranged therebetween, wherein the segments are arranged above one another and are sintered together, wherein, between the segments , there is arranged at least one connection region in which the segments are fixedly connected to one another, and wherein, between the segments , there is provided at least one relief region in which the segments are not connected to one another or in which the connection between the segments is weakened, wherein the relief region is arranged completely or at least primarily in an inactive zone , and the connection region is arranged in an active zone .
A method for operating a household cleaning appliance, comprising: providing a household cleaning appliance including, a powered and electronically controlled cleaning implement, and at least one physical sensor taken from a group consisting of: an orientation sensor, an acceleration sensor, an inertial sensor, a global positioning sensor, a pressure sensor, a load sensor, audio sensor, humidity sensor, and a temperature sensor; providing a camera associated with the household cleaning appliance; deriving an augmented classification using one or more classifiers classifying the physical sensor data and the image data; and modifying operation of the cleaning implement based upon the augmented classification; whereby: the augmented classification further includes a surface condition of the target surface; and the step of modifying operation adjusts a performance setting of the cleaning implement based upon a surface condition at the position of the cleaning implement with respect to the target surface as indicated, at least in part, by the augmented classification; the performance setting comprising a driven frequency of a motor that controls the spinning or vibration of a brush of the household appliance. providing a household cleaning appliance including, a powered and electronically controlled cleaning implement, and at least one physical sensor taken from a group consisting of: an orientation sensor, an acceleration sensor, an inertial sensor, a global positioning sensor, a pressure sensor, a load sensor, audio sensor, humidity sensor, and a temperature sensor; a powered and electronically controlled cleaning implement, and at least one physical sensor taken from a group consisting of: an orientation sensor, an acceleration sensor, an inertial sensor, a global positioning sensor, a pressure sensor, a load sensor, audio sensor, humidity sensor, and a temperature sensor; providing a camera associated with the household cleaning appliance; deriving an augmented classification using one or more classifiers classifying the physical sensor data and the image data; and modifying operation of the cleaning implement based upon the augmented classification; the augmented classification further includes a surface condition of the target surface; and the step of modifying operation adjusts a performance setting of the cleaning implement based upon a surface condition at the position of the cleaning implement with respect to the target surface as indicated, at least in part, by the augmented classification; the performance setting comprising a driven frequency of a motor that controls the spinning or vibration of a brush of the household appliance.
A PCSK9 antibody or antigen-binding fragments thereof, comprising a heavy chain variable region and a light chain variable region, wherein the heavy chain variable region comprises HCDR1, HCDR2 and HCDR3 as shown in SEQ ID NO: 12, SEQ ID NO: 13 and SEQ ID NO: 14, respectively; and wherein the light chain variable region comprises LCDR1, LCDR2 and LCDR3 as shown in SEQ ID NO: 15, SEQ ID NO: 16 and SEQ ID NO: 17, respectively.