mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a user-specific configuration of a braking device of a motor vehicle, wherein the configuration (40, 60, 64a, 64b) is provided by a design of at least one mechanical component (42a, 42b) and/or a combination of several mechanical components (42a, 42b), comprising the following steps: - Detecting measurement data by means of a detection apparatus of the motor vehicle, wherein a user-specific use of the braking device of the motor vehicle having a current configuration is described by means of the measurement data, and providing a data record for an evaluation apparatus, wherein the data record comprises the measurement data and identification data for identifying the current configuration of the braking device; - Determining a user-specific braking profile on the basis of the data record provided by means of the evaluation apparatus and providing the user-specific braking profile; - Providing possible braking profiles (62a, 62b) for the evaluation apparatus, of which each braking profile (62a, 62b) is assigned a respective alternative configuration (64a, 64b) of the braking device, as it can be selected for the motor vehicle; - Identifying the possible braking profile by means of the evaluation apparatus, which has the greatest degree of correspondence with the user-specific braking profile, and identifying the associated configuration as the user-specific configuration; and - Triggering a changeover operation by means of the evaluation apparatus in order to provide the user-specific configuration in the motor vehicle. - Detecting measurement data by means of a detection apparatus of the motor vehicle, wherein a user-specific use of the braking device of the motor vehicle having a current configuration is described by means of the measurement data, and providing a data record for an evaluation apparatus, wherein the data record comprises the measurement data and identification data for identifying the current configuration of the braking device; - Determining a user-specific braking profile on the basis of the data record provided by means of the evaluation apparatus and providing the user-specific braking profile; - Providing possible braking profiles (62a, 62b) for the evaluation apparatus, of which each braking profile (62a, 62b) is assigned a respective alternative configuration (64a, 64b) of the braking device, as it can be selected for the motor vehicle; - Identifying the possible braking profile by means of the evaluation apparatus, which has the greatest degree of correspondence with the user-specific braking profile, and identifying the associated configuration as the user-specific configuration; and - Triggering a changeover operation by means of the evaluation apparatus in order to provide the user-specific configuration in the motor vehicle.
A circuit for controlling a piezoelectric actuator comprising: a piezoelectric actuator drive circuit operative to generate a unidirectional voltage drive signal, comprising a charging circuit operatively responsive to a first pulse-width-modulated control signal and a pulsed current sink discharge circuit operatively responsive to a second pulse-width-modulated control signal and operative to controllably draw packets of charge from a charged piezoelectric actuator; characterised in that the pulsed current sink discharge circuit comprises: a discharge switching transistor having an input operatively responsive to the second pulse-width-modulated control signal and an output coupled to a resistive element; an output pass transistor having an input operatively coupled to the output of the discharge switching transistor; and an inductive element operatively coupled to a voltage source node and to the output pass transistor. a piezoelectric actuator drive circuit operative to generate a unidirectional voltage drive signal, comprising a charging circuit operatively responsive to a first pulse-width-modulated control signal and a pulsed current sink discharge circuit operatively responsive to a second pulse-width-modulated control signal and operative to controllably draw packets of charge from a charged piezoelectric actuator; characterised in that the pulsed current sink discharge circuit comprises: a discharge switching transistor having an input operatively responsive to the second pulse-width-modulated control signal and an output coupled to a resistive element; an output pass transistor having an input operatively coupled to the output of the discharge switching transistor; and an inductive element operatively coupled to a voltage source node and to the output pass transistor. a discharge switching transistor having an input operatively responsive to the second pulse-width-modulated control signal and an output coupled to a resistive element; an output pass transistor having an input operatively coupled to the output of the discharge switching transistor; and an inductive element operatively coupled to a voltage source node and to the output pass transistor.
A torque generating device comprising: a magnetic disk capable of rotational motion around a rotation axis; a first yoke located on one side and a second yoke located on another side across the magnetic disk; a coil disposed so as to overlap the magnetic disk when viewed in a direction along a direction in which the rotation axis extends; a third yoke of which at least a region proximity to the magnetic disk is located on an outer side of the magnetic disk and the coil and that makes up a magnetic path of a magnetic field that is generated by the coil in cooperation with the first yoke and the second yoke; and a magnetic viscous fluid filled between the magnetic disk and each of the first yoke and the second yoke, wherein the third yoke has a magnetic gap between the third yoke and the first yoke, the magnetic gap is formed at a position on an outer side of an outer peripheral edge of the magnetic disk or a position that overlaps the outer peripheral edge of the magnetic disk when viewed in the direction along the direction in which the rotation axis extends, wherein, in a plane perpendicular to the rotation axis, a distance between the outer peripheral edge of the magnetic disk and an outer side surface of the third yoke is not uniform, and the magnetic gap extending from a bottom of the coil to a top surface of the second yoke in the direction along the central axis. a magnetic disk capable of rotational motion around a rotation axis; a first yoke located on one side and a second yoke located on another side across the magnetic disk; a coil disposed so as to overlap the magnetic disk when viewed in a direction along a direction in which the rotation axis extends; a third yoke of which at least a region proximity to the magnetic disk is located on an outer side of the magnetic disk and the coil and that makes up a magnetic path of a magnetic field that is generated by the coil in cooperation with the first yoke and the second yoke; and a magnetic viscous fluid filled between the magnetic disk and each of the first yoke and the second yoke, wherein the third yoke has a magnetic gap between the third yoke and the first yoke, the magnetic gap is formed at a position on an outer side of an outer peripheral edge of the magnetic disk or a position that overlaps the outer peripheral edge of the magnetic disk when viewed in the direction along the direction in which the rotation axis extends, wherein, in a plane perpendicular to the rotation axis, a distance between the outer peripheral edge of the magnetic disk and an outer side surface of the third yoke is not uniform, and the magnetic gap extending from a bottom of the coil to a top surface of the second yoke in the direction along the central axis.
A system for assaying biological sample for a presence of one or more target analytes, the system comprising: an electrophoresis cell having a recess area and at least one electrode; a chip configured to receive the biological sample, the chip being disposable in the recess area such that a surface of a polymeric separation medium of the chip and a non-recessed surface of the electrophoresis cell are substantially flush, the polymeric separation medium having activatable functional groups that covalently bond to the one or more target analytes when activated; and an assaying device having: a housing, a receptacle disposed in the housing and configured to accept the electrophoresis cell, a source of activation energy configured to supply activation energy to the polymeric separation medium when the electrophoresis cell is in the receptacle, and an electric power source disposed within the housing and fluidically isolated from the receptacle, the electric power source configured to provide electric power to the at least one electrode to generate an electric field across the recess area when the electrophoresis cell is in the receptacle, the substantially flush surfaces operable to reduce distortion in the electric field. an electrophoresis cell having a recess area and at least one electrode; a chip configured to receive the biological sample, the chip being disposable in the recess area such that a surface of a polymeric separation medium of the chip and a non-recessed surface of the electrophoresis cell are substantially flush, the polymeric separation medium having activatable functional groups that covalently bond to the one or more target analytes when activated; and an assaying device having: a housing, a receptacle disposed in the housing and configured to accept the electrophoresis cell, a source of activation energy configured to supply activation energy to the polymeric separation medium when the electrophoresis cell is in the receptacle, and an electric power source disposed within the housing and fluidically isolated from the receptacle, the electric power source configured to provide electric power to the at least one electrode to generate an electric field across the recess area when the electrophoresis cell is in the receptacle, the substantially flush surfaces operable to reduce distortion in the electric field. a housing, a receptacle disposed in the housing and configured to accept the electrophoresis cell, a source of activation energy configured to supply activation energy to the polymeric separation medium when the electrophoresis cell is in the receptacle, and an electric power source disposed within the housing and fluidically isolated from the receptacle, the electric power source configured to provide electric power to the at least one electrode to generate an electric field across the recess area when the electrophoresis cell is in the receptacle, the substantially flush surfaces operable to reduce distortion in the electric field.
Tunnel dishwashing machine, in particular of the professional type, comprising at least one first module and one second module arranged adjacent to each other and connected together at respective upper box-like casings of the modules which are designed to define, when joined together, a washing tunnel, wherein each pair of adjacent modules (2,3) is connected by means of a respective connection system comprising a first perimetral edge of a first end of the box-shaped casing of the first module, a second perimetral edge of a second end, opposite to the first end, of the box-like casing of the second module and means for reciprocal connection of the first and second perimetral edges; characterized in that the reciprocal connection means comprise a rigid frame-shaped element made of a synthetic plastic material, positioned between the first perimetral edge and the second perimetral edge, a plurality of removable joining means which connect together, passing through the frame-shaped element, the first and second edges (11,12) clamping together the first and second edges against the frame-shaped element, a first gasket arranged between the first perimetral edge and a first face of the frame-shaped element facing towards the first edge, and a second gasket arranged between the second perimetral edge and a second face of the frame-shaped element facing towards the second edge.
An apparatus for delivering a device for regulating blood pressure between a patient's left atrium and right atrium, the apparatus comprising: one or more latching legs (1212, 1214, 1216) having a hook portion (1218, 1220, 1222), the one or more latching legs configured to move from a first position, where the one or more latching legs extend radially outward, to a second position, where the one or more latching legs move radially inward to release the device; wherein at least one of the one or more latching legs has a ramp portion (1230, 1236) disposed proximal to the hook portion, and further comprising a release ring coupled to the one or more latching legs, the release ring configured to contact an inner section (1232, 1238) of the ramp portion in the first position and to contact an outer section (1234, 1240) of the ramp portion in the second position; a pull chord configured to move the one or more latching legs from the first position to the second position, wherein the pull chord is coupled to the release ring and actuation of the pull chord moves the release ring from the first position to the second position, and a catheter having a lumen (1226, 1228) and a center axis, the one or more latching legs and the pull chord at least partially disposed within the lumen, wherein the hook portion (1218, 1220, 1222) of the one or more latching legs hooks outwardly away from the center axis. one or more latching legs (1212, 1214, 1216) having a hook portion (1218, 1220, 1222), the one or more latching legs configured to move from a first position, where the one or more latching legs extend radially outward, to a second position, where the one or more latching legs move radially inward to release the device; wherein at least one of the one or more latching legs has a ramp portion (1230, 1236) disposed proximal to the hook portion, and further comprising a release ring coupled to the one or more latching legs, the release ring configured to contact an inner section (1232, 1238) of the ramp portion in the first position and to contact an outer section (1234, 1240) of the ramp portion in the second position; a pull chord configured to move the one or more latching legs from the first position to the second position, wherein the pull chord is coupled to the release ring and actuation of the pull chord moves the release ring from the first position to the second position, and a catheter having a lumen (1226, 1228) and a center axis, the one or more latching legs and the pull chord at least partially disposed within the lumen, wherein the hook portion (1218, 1220, 1222) of the one or more latching legs hooks outwardly away from the center axis.
A method of maximizing a power flexibility of an energy load, said method comprising: receiving load constraints indicating conditions under which said energy load should be operated, said energy load not functioning when said load constraints are not satisfied; receiving a set of control parameters and possible values that control operation of said energy load and affect power usage of said energy load; receiving a computer model of said energy load, said model outputting said power usage of said energy load in response to changes in inputs to said model; receiving a value function having a term indicating a change in energy usage as a function of said control parameters for said energy load during time intervals of a time period; maximizing said value function using said computer model, said load constraints and said control parameters by maximizing the difference between a maximal energy consumption of said energy load allowed within said load constraints and a minimal energy consumption of said energy load allowed within said load constraints during said time intervals; and outputting a subset of said control parameters resulting from maximizing said value function, said subset able to operate said energy load between said maximal energy consumption and said minimal energy consumption within said load constraints while maximizing said change in energy usage. receiving load constraints indicating conditions under which said energy load should be operated, said energy load not functioning when said load constraints are not satisfied; receiving a set of control parameters and possible values that control operation of said energy load and affect power usage of said energy load; receiving a computer model of said energy load, said model outputting said power usage of said energy load in response to changes in inputs to said model; receiving a value function having a term indicating a change in energy usage as a function of said control parameters for said energy load during time intervals of a time period; maximizing said value function using said computer model, said load constraints and said control parameters by maximizing the difference between a maximal energy consumption of said energy load allowed within said load constraints and a minimal energy consumption of said energy load allowed within said load constraints during said time intervals; and outputting a subset of said control parameters resulting from maximizing said value function, said subset able to operate said energy load between said maximal energy consumption and said minimal energy consumption within said load constraints while maximizing said change in energy usage.
An exhaust system for treating an exhaust gas from an internal combustion engine, comprising a modified lean NO x trap, a urea injection system, and an ammonia-selective catalytic reduction (NH 3 -SCR) catalyst, wherein the modified LNT stores NO x at temperatures below about 200°C and releases the stored NO x at temperatures above about 200°C and the modified LNT comprises: (a) a first layer comprising a NO x adsorbent component and one or more platinum group metals; and (b) a second layer comprising a diesel oxidation catalyst zone comprising a platinum group metal, a zeolite, and optionally an alkaline earth metal; and an NO oxidation zone comprising platinum group metal and a carrier. (a) a first layer comprising a NO x adsorbent component and one or more platinum group metals; and (b) a second layer comprising a diesel oxidation catalyst zone comprising a platinum group metal, a zeolite, and optionally an alkaline earth metal; and an NO oxidation zone comprising platinum group metal and a carrier.
A display device comprising: a first substrate; first through third subpixel electrodes (SPE1, SPE2, SPE3) which are disposed on the first substrate to neighbor each other; a second substrate which is opposite the first substrate; a liquid crystal layer which is between the first substrate and the second substrate; wavelength conversion patterns which are disposed on the second substrate and comprise a first wavelength conversion pattern at least partially overlapping the first subpixel electrode and a second wavelength conversion pattern at least partially overlapping the second subpixel electrode; light transmission patterns which comprise a first light transmission pattern at least partially overlapping the third subpixel electrode and a second light transmission pattern disposed between the first wavelength conversion pattern and the second wavelength conversion pattern; a planarization layer which is disposed on the wavelength conversion patterns and the light transmission patterns; and low refractive layers (230, 250) which have a lower refractive index than the wavelength conversion patterns, wherein the low refractive layers (230, 250) comprise at least one of a first low refractive layer disposed between the wavelength conversion patterns and the second substrate and a second low refractive layer disposed between the wavelength conversion patterns and the planarization layer, wherein at least one of the first low refractive layer and the second low refractive layer comprises one of zinc oxide (ZnO), titanium dioxide, hollow silica, nano silicate, and porogen. a first substrate; first through third subpixel electrodes (SPE1, SPE2, SPE3) which are disposed on the first substrate to neighbor each other; a second substrate which is opposite the first substrate; a liquid crystal layer which is between the first substrate and the second substrate; wavelength conversion patterns which are disposed on the second substrate and comprise a first wavelength conversion pattern at least partially overlapping the first subpixel electrode and a second wavelength conversion pattern at least partially overlapping the second subpixel electrode; light transmission patterns which comprise a first light transmission pattern at least partially overlapping the third subpixel electrode and a second light transmission pattern disposed between the first wavelength conversion pattern and the second wavelength conversion pattern; a planarization layer which is disposed on the wavelength conversion patterns and the light transmission patterns; and low refractive layers (230, 250) which have a lower refractive index than the wavelength conversion patterns, wherein the low refractive layers (230, 250) comprise at least one of a first low refractive layer disposed between the wavelength conversion patterns and the second substrate and a second low refractive layer disposed between the wavelength conversion patterns and the planarization layer, wherein at least one of the first low refractive layer and the second low refractive layer comprises one of zinc oxide (ZnO), titanium dioxide, hollow silica, nano silicate, and porogen.
System of producing MFC (micro fibrillated cellulose), which system comprises at least one refiner (14, 14A, 14B), which refiner comprises means for refining a stock in at least two refining stages, advantageously at least two refiners (14, 14A, 14B) for refining the stock in at least two refining stages, and the refiners comprise a number of refining bars, which refining bars have width of 0.5 - 2.0 mm, height less than 7 mm, and groove width 0.5-3 mm, which system further comprises at least one screen (17, 17A, 17B) for screening the stock and each of the screens comprise a screen basket, which screen basket advantageously has holes with diameter of 0.02 - 0.4 mm, or slots with width less than 0.2 mm, wherein the system comprises a temperature control device for adjusting the temperature of the stock to temperature range of 40 - 70 °C and that the temperature of the stock is configured to be controlled at either in inlet or outlet side of the refiner. which refining bars have width of 0.5 - 2.0 mm, height less than 7 mm, and groove width 0.5-3 mm, which system further comprises at least one screen (17, 17A, 17B) for screening the stock and each of the screens comprise a screen basket, which screen basket advantageously has holes with diameter of 0.02 - 0.4 mm, or slots with width less than 0.2 mm, wherein the system comprises a temperature control device for adjusting the temperature of the stock to temperature range of 40 - 70 °C and that the temperature of the stock is configured to be controlled at either in inlet or outlet side of the refiner.