mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an adaptive microelectronic circuit, the performance of which can be configured by making an operating parameter assume an operating parameter value, the method comprising: - selectively setting the microelectronic circuit into a test mode that differs from a normal operating mode of the microelectronic circuit, - utilizing said test mode to input test input signals consisting of test input values into one or more adaptive processing paths within the microelectronic circuit, wherein an adaptive processing path comprises processing logic and register circuits configured to produce output values from input values input to them, and wherein the performance of such an adaptive processing path can be configured by making an operating parameter assume an operating parameter value, - making said one or more adaptive processing paths form test output values on the basis of the respective test input values input to them, and forming a set of test output signals by collecting said test output values given by said one or more adaptive processing paths, - examining said set of test output signals, and forming a test result on the basis of said examining, and - using said test result to select and set an operating parameter value for said operating parameter. - selectively setting the microelectronic circuit into a test mode that differs from a normal operating mode of the microelectronic circuit, - utilizing said test mode to input test input signals consisting of test input values into one or more adaptive processing paths within the microelectronic circuit, wherein an adaptive processing path comprises processing logic and register circuits configured to produce output values from input values input to them, and wherein the performance of such an adaptive processing path can be configured by making an operating parameter assume an operating parameter value, - making said one or more adaptive processing paths form test output values on the basis of the respective test input values input to them, and forming a set of test output signals by collecting said test output values given by said one or more adaptive processing paths, - examining said set of test output signals, and forming a test result on the basis of said examining, and - using said test result to select and set an operating parameter value for said operating parameter.
A composition for use in the treatment of autoimmune diseases, comprising: a recombinant p40 monomer of Interleukin 12 (IL-12) and at least one monoclonal antibody against p40 2 homodimer of IL-12. a recombinant p40 monomer of Interleukin 12 (IL-12) and at least one monoclonal antibody against p40 2 homodimer of IL-12.
Method for printing on containers, wherein a container is equipped with a partial print image per module by at least two rotating modules on which rotating printing heads are arranged, wherein the containers are transferred directly from one module to the next one, and wherein the partial images each have a starting edge and an ending edge in the circumferential direction of the container characterised in that the container remains aligned such or is realigned by a rotation about its longitudinal axis after the first partial print image has been completed, that the printing of the second partial print image with the print head of the following module starts at a peripheral position of the container that has an angle distance to the ending edge of the first partial print image, it is an all-round print, the opposite side of the container facing the start and end edge of the first partial print faces the print head of the following module the angle distance is equal 180°, and the print heads lie within partial circle of the two print modules traversed by the containers, wherein the print heads are directed perpendicularly to an outer wall of the container and in each case point radially outwards from a central axis the modules.
A computer readable medium comprising instructions that, when executed by a processing device, cause the processing device to perform operations for identifying changes that have occurred in a dental arch over time, the operations comprising: making a comparison between first image data (132, 162) of a dental arch captured at a first time and second image data (135, 163) of the dental arch captured at a second time; determining, by a processing device, a plurality of spatial differences between a first representation of the dental arch in the first image data (132, 162) and a second representation of the dental arch in the second image data (135, 163) based on the comparison; filtering out a subset of the plurality of spatial differences based on spatial frequency; determining, by the processing device, that a first spatial difference of the plurality of spatial differences having a first spatial frequency that was not filtered out is attributable to a clinical change to the dental arch; generating, by the processing device, a third representation of the dental arch that is a modified version of the second representation, wherein the third representation lacks the subset of the plurality of spatial differences and comprises a visual enhancement that accentuates the first spatial difference; and outputting the third representation of the dental arch to a display. making a comparison between first image data (132, 162) of a dental arch captured at a first time and second image data (135, 163) of the dental arch captured at a second time; determining, by a processing device, a plurality of spatial differences between a first representation of the dental arch in the first image data (132, 162) and a second representation of the dental arch in the second image data (135, 163) based on the comparison; filtering out a subset of the plurality of spatial differences based on spatial frequency; determining, by the processing device, that a first spatial difference of the plurality of spatial differences having a first spatial frequency that was not filtered out is attributable to a clinical change to the dental arch; generating, by the processing device, a third representation of the dental arch that is a modified version of the second representation, wherein the third representation lacks the subset of the plurality of spatial differences and comprises a visual enhancement that accentuates the first spatial difference; and outputting the third representation of the dental arch to a display.
A safety function unit that is provided in a power conversion device, wherein the power conversion device comprises a control unit, and is provided to stop the drive of equipment comprising a motor to be driven and which is supplied with power from a drive unit of the power conversion device, based on an interruption signal, the safety function unit comprising: an input terminal that inputs a drive signal from the control unit to drive the equipment to be driven; an output terminal that outputs the drive signal to the drive unit; a control terminal arranged at the safety function unit that inputs an interruption signal to instruct to stop the equipment to be driven; and an interruption circuit in the safety function unit that interferes with a drive signal in a drive signal path based on the interruption signal, characterized by a buffer in the safety function unit that accumulates the drive signal provided in the drive signal path, and wherein the interruption circuit in the safety function unit stops at least one of the input and output of the signal to the buffer. an input terminal that inputs a drive signal from the control unit to drive the equipment to be driven; an output terminal that outputs the drive signal to the drive unit; a control terminal arranged at the safety function unit that inputs an interruption signal to instruct to stop the equipment to be driven; and an interruption circuit in the safety function unit that interferes with a drive signal in a drive signal path based on the interruption signal, characterized by a buffer in the safety function unit that accumulates the drive signal provided in the drive signal path, and wherein the interruption circuit in the safety function unit stops at least one of the input and output of the signal to the buffer.
An apparatus comprising: a receiver configured to receive a voice signal and information from a second apparatus; a shared information unit configured to create shared information shared by both the apparatus and the second apparatus based on the information received from the second apparatus, wherein the shared information unit creates the shared information by combining information from the apparatus with information from the second apparatus, and wherein the shared information unit creates the shared information including a list of applications, the shared information unit creating the list of applications including applications on the apparatus and applications on the second apparatus; a transmitter configured to transmit the shared information to the second apparatus; a voice recognition unit configured to analyze the voice signal; an application execution unit configured to execute an application based on a result generated by the voice recognition unit; an input device configured to receive a command from a user to enter a voice recognition mode; and a display control section configured to control a display to display the list of applications, wherein the display control section controls the display to display an icon representing each application in the list of applications, wherein the application execution unit executes an application corresponding to an icon selected by a user by voice, and wherein the transmitter transmits a command to the second apparatus to execute the application corresponding to the icon selected by the user when the application corresponding to the icon selected by the user is on the second apparatus. a receiver configured to receive a voice signal and information from a second apparatus; a shared information unit configured to create shared information shared by both the apparatus and the second apparatus based on the information received from the second apparatus, wherein the shared information unit creates the shared information by combining information from the apparatus with information from the second apparatus, and wherein the shared information unit creates the shared information including a list of applications, the shared information unit creating the list of applications including applications on the apparatus and applications on the second apparatus; a transmitter configured to transmit the shared information to the second apparatus; a voice recognition unit configured to analyze the voice signal; an application execution unit configured to execute an application based on a result generated by the voice recognition unit; an input device configured to receive a command from a user to enter a voice recognition mode; and
A method, comprising: converting a set of scene pixel values for a scene pixel in a scene image captured from an original scene into a set of I, T and P scene pixel values represented in an ICtCp color space for the scene pixel, the set of scene pixel values being represented in an input color space; mapping, based on an optical-to-optical transfer function,OOTF, an I scene pixel value in the set of I, T and P scene pixel values to a mapped I scene pixel value; and generating a display image including a display pixel for which a set of display pixel values includes the mapped I scene pixel value. converting a set of scene pixel values for a scene pixel in a scene image captured from an original scene into a set of I, T and P scene pixel values represented in an ICtCp color space for the scene pixel, the set of scene pixel values being represented in an input color space; mapping, based on an optical-to-optical transfer function,OOTF, an I scene pixel value in the set of I, T and P scene pixel values to a mapped I scene pixel value; and generating a display image including a display pixel for which a set of display pixel values includes the mapped I scene pixel value.
An electric power steering system, comprising a motor that applies assist force to a steering system, a storage portion of an electronic control unit that stores a resistance map, wherein the resistance map defines a relation between the current of the motor and the resistance of the motor, wherein an induced voltage of the motor is calculated as an estimated induced voltage, based on a current of the motor and a voltage of the motor, and a resistance value of the motor, which is set for calculation, is updated when a magnitude of the estimated induced voltage is equal to or smaller than a determination value that is set in accordance with a level of the current of the motor, wherein, when the magnitude of the estimated induced voltage is equal to or smaller than the determination value that is set in accordance with the level of the current of the motor, the resistance value of the motor is calculated and the resistance map is updated in the storage portion based on the calculated resistance value of the motor.
Air-conditioning apparatus (100, 200, 300) including a refrigerant circuit that is formed of an outdoor unit (1, 201, 301) and an indoor unit connected through indoor/outdoor connection pipes (3, 4), the outdoor unit (1, 201, 301) including a compressor, an outdoor heat exchanger, and an expansion valve, the indoor unit including an indoor heat exchanger, wherein combustible refrigerant is used as refrigerant, which is during operation of the apparatus flowing through the refrigerant circuit, and the outdoor unit (1, 201, 301) includes a connection port suitable for being dedicated to refrigerant filling to fill the refrigerant and a connection port suitable for being dedicated to evacuation to evacuate the refrigerant inside the refrigerant circuit, the connection port suitable for being dedicated to evacuation being provided outside a machine chamber that accommodates the compressor and the expansion valve, characterized in that the connection port suitable for being dedicated to refrigerant filling is provided, inside the machine chamber. combustible refrigerant is used as refrigerant, which is during operation of the apparatus flowing through the refrigerant circuit, and the outdoor unit (1, 201, 301) includes a connection port suitable for being dedicated to refrigerant filling to fill the refrigerant and a connection port suitable for being dedicated to evacuation to evacuate the refrigerant inside the refrigerant circuit, the connection port suitable for being dedicated to evacuation being provided outside a machine chamber that accommodates the compressor and the expansion valve,
A method for operating a wind turbine, and - the wind turbine has an aerodynamic rotor with a rotor hub and with rotor blades of which the blade angle can be adjusted, and - the aerodynamic rotor can be adjusted in respect of its azimuth direction, and the method comprises the steps of - detecting a storm situation in which the prevailing wind is so strong that the wind turbine is moved to a coasting mode for self-protection purposes, - orienting the rotor in respect of its azimuth position into a low-loading orientation in relation to the wind, in which orientation the wind turbine is subjected to as little loading as possible by the wind from a main wind direction, - detecting at least one loading (L M) which is caused by a gust of wind and acts on the rotor, and - adjusting at least one of the rotor blades in respect of its blade angle such that the at least one rotor blade is subjected to as little loading as possible by the causative gust of wind, characterized in that - the adjustment of the at least one rotor blade in respect of its blade angle is first performed, when the causative gust of wind has a wind speed which lies above an average wind speed of the prevailing wind at least by a predetermined wind speed difference, and - eliminating a safety check, which limits the adjustment of the at least one rotor blade such that each rotor blade can assume both greater and also smaller blade angles than the feathered position, depending on the gust of wind detected. - the wind turbine has an aerodynamic rotor with a rotor hub and with rotor blades of which the blade angle can be adjusted, and - the aerodynamic rotor can be adjusted in respect of its azimuth direction, and the method comprises the steps of - detecting a storm situation in which the prevailing wind is so strong that the wind turbine is moved to a coasting mode for self-protection purposes, - orienting the rotor in respect of its azimuth position into a low-loading orientation in relation to the wind, in which orientation the wind turbine is subjected to as little loading as possible by the wind from a main wind direction, - detecting at least one loading (L M) which is caused by a gust of wind and acts on the rotor, and - adjusting at least one of the rotor blades in respect of its blade angle such that the at least one rotor blade is subjected to as little loading as possible by the causative gust of wind, characterized in that - the adjustment of the at least one rotor blade in respect of its blade angle is first performed, when the causative gust of wind has a wind speed which lies above an average wind speed of the prevailing wind at least by a predetermined wind speed difference, and - eliminating a safety check, which limits the adjustment of the at least one rotor blade such that each rotor blade can assume both greater and also smaller blade angles than the feathered position, depending on the gust of wind detected.
A seat occupancy sensor which is disposed below a cushion pad of a seat, the seat occupancy sensor comprising: a pair of flexible insulating sheets (11, 21); a sheet-like spacer which is interposed between the pair of insulating sheets (11, 21) and is provided with at least one opening; a pair of electrodes (14A, 24A) which is provided on the respective surfaces of the pair of insulating sheets (11, 21) and faces each other through the opening; and a cushion member which is provided at the opposite side to the spacer in at least one of the pair of insulating sheets (11, 21) and covers at least a part of the opening through the insulating sheet, the cushion member falls within an outer periphery of the pair of insulating sheets (11,21). a pair of flexible insulating sheets (11, 21); a sheet-like spacer which is interposed between the pair of insulating sheets (11, 21) and is provided with at least one opening; a pair of electrodes (14A, 24A) which is provided on the respective surfaces of the pair of insulating sheets (11, 21) and faces each other through the opening; and a cushion member which is provided at the opposite side to the spacer in at least one of the pair of insulating sheets (11, 21) and covers at least a part of the opening through the insulating sheet, the cushion member falls within an outer periphery of the pair of insulating sheets (11,21).
A ring-shaped disk for a gas turbine comprising a ring-shaped disk material consisting of a Ni-based alloy, wherein the Ni-based alloy has a composition that comprises, in terms of percent by mass, Ni: 50.00 to 55.00%, Cr: 17.0 to 21.0%, Nb: 4.75 to 5.60%, Mo: 2.8 to 3.3%, Ti: 0.65 to 1.15%, Al: 0.20 to 0.80%, and C: 0.01 to 0.08%, with the balance being Fe and inevitable impurities, and has a microstructure in which δ phase particles are distributed in a matrix thereof, and wherein, in the microstructure, flattened δ phase particles of which maximum length directions are oriented at angles within a range of 60 to 120° with respect to a radial direction of the ring-shaped disk material are present in an amount of 60% or more of a total amount of the δ phase particles distributed in the matrix.
Housing for a transmission, wherein the housing comprises a housing upper part and a housing lower part, wherein the housing upper part has a frame-like support section, on which wall sections are formed, wherein the frame-like support section is formed in one piece, that is to say as one part, with the wall sections, in particular as a cast part, in particular as a cast steel part, wherein the frame-like support section of the housing upper part has a first and a second transverse rib, in particular wherein the transverse ribs extend mainly in the horizontal direction, that is to say in particular are extended further in the horizontal direction than in any direction transverse thereto, wherein the frame-like support section has two first ribs, wherein the two first ribs are spaced apart from one another and are each connected to the first transverse rib, in particular at two spaced-apart points, in particular wherein the first ribs extend mainly in the vertical direction, that is to say in particular are extended further in the vertical direction than in any direction transverse thereto, wherein two second ribs are spaced apart from one another and are each connected to the second transverse rib, in particular at two spaced-apart points, in particular wherein the second ribs extend mainly in the vertical direction, that is to say in particular are extended further in the vertical direction than in any direction transverse thereto, characterized in that each first rib and each second rib has a lifting eye at the end region thereof that is remote from the respective transverse rib, wherein one of the first ribs is connected at its end region to a first beam, in particular a supporting beam, which is connected at its other end to the end region of one of the second ribs, wherein the other first rib is connected at its end region to a second beam, in particular a supporting beam, which in turn is connected at its other end to the end region of the other second rib, in particular wherein the two beams are arranged parallel to and spaced apart from one another, wherein the frame-like support section has a thicker wall thickness than the other sections of the housing upper part which adjoin the frame-like support section.
An oil degradation suppressor (10, 110, 210, 310, 410) comprising; a hydrotalcite-like compound as a reactant which has an ability to adsorb certain components in an oil, and a gel-like material for holding the reactant and comprising a highly heat resistive gel and an amphiphilic solvent, wherein the highly heat resistive gel is a reaction product of polydimethylaminoethyl methacrylate and a diamine compound which contains a fluorinated alkylsulfonyl group, and wherein the amphiphilic solvent is at least one selected from the group consisting of triethylene glycol dimethyl ether, diethylene glycol monomethyl ether, dipropylene glycol dimethyl ether, diethylene glycol dibutyl ether, diethylene glycol butyl methyl ether, diethylene glycol dimethyl ether, diethylene glycol ethyl methyl ether, dipropylene glycol monomethyl ether, diethylene glycol diethyl ether, tripropylene glycol dimethyl ether, diethylene glycol monobutyl ether, ethylene glycol monophenyl ether, triethylene glycol monomethyl ether, triethylene glycol butyl methyl ether, polyethylene glycol dimethyl ether, tetraethylene glycol dimethyl ether, polyethylene glycol monomethyl ether, and an ionic liquid.