mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a setting of a sensor, wherein the method is performed by means of a computing device and comprises that: a simulation model is defined that comprises a virtual test environment and at least one virtual sensor ; in the virtual test environment , the virtual sensor is initialized with a sensor setting, wherein the sensor setting comprises a sensor position, a sensor orientation and/or at least one sensor parameter; virtual sensor data generated by the virtual sensor and associated with the sensor setting are evaluated based on at least one evaluation metric, wherein a detection zone of the virtual sensor is included the evaluation metric, wherein the evaluation of the sensor data comprises that: it is determined whether the evaluation metric fulfills at least one predefined condition; in the event of a negative determination, the sensor setting of the virtual sensor is adjusted and the virtual sensor data associated with the adjusted sensor setting are evaluated in accordance with ; in the event of a positive determination, the sensor setting is output by the computing device as the preferred sensor setting; and a real sensor is configured in a real application based on the preferred sensor setting, characterized in that the evaluation metric comprises an optimization function value, with the optimization function value being calculated by means of an optimization function and based on the virtual sensor data, with the predefined condition comprising that the optimization function value corresponds to a substantially minimum value or a substantially maximum value of the optimization function. a simulation model is defined that comprises a virtual test environment and at least one virtual sensor ; in the virtual test environment , the virtual sensor is initialized with a sensor setting, wherein the sensor setting comprises a sensor position, a sensor orientation and/or at least one sensor parameter; virtual sensor data generated by the virtual sensor and associated with the sensor setting are evaluated based on at least one evaluation metric, wherein a detection zone of the virtual sensor is included the evaluation metric, wherein the evaluation of the sensor data comprises that: it is determined whether the evaluation metric fulfills at least one predefined condition; in the event of a negative determination, the sensor setting of the virtual sensor is adjusted and the virtual sensor data associated with the adjusted sensor setting are evaluated in accordance with ; in the event of a positive determination, the sensor setting is output by the computing device as the preferred sensor setting; and a real sensor is configured in a real application based on the preferred sensor setting,
Method for operating a combustion machine having • an internal combustion engine , • an exhaust-gas tract into which an exhaust-gas turbine , which is connected in terms of drive to an electric machine , and a first exhaust-gas aftertreatment device are integrated, wherein the first exhaust-gas aftertreatment device is arranged upstream of the exhaust-gas turbine , and • a fresh-gas tract into which a fresh-gas compressor is integrated, characterized in that the fresh-gas compressor is connected in terms of drive to a further electric machine , wherein operation as a generator or as a motor of one or both of the electric machines is at least temporarily controlled in a manner dependent on • the temperature of exhaust gas upstream and/or downstream of the exhaust-gas turbine and/or • on a pressure drop which prevails across an exhaust-gas return line that departs from the exhaust-gas tract upstream of the exhaust-gas turbine and opens out into the fresh-gas tract upstream of the fresh-gas compressor . • an internal combustion engine , • an exhaust-gas tract into which an exhaust-gas turbine , which is connected in terms of drive to an electric machine , and a first exhaust-gas aftertreatment device are integrated, wherein the first exhaust-gas aftertreatment device is arranged upstream of the exhaust-gas turbine , and • a fresh-gas tract into which a fresh-gas compressor is integrated, characterized in that the fresh-gas compressor is connected in terms of drive to a further electric machine , wherein operation as a generator or as a motor of one or both of the electric machines is at least temporarily controlled in a manner dependent on • the temperature of exhaust gas upstream and/or downstream of the exhaust-gas turbine and/or • on a pressure drop which prevails across an exhaust-gas return line that departs from the exhaust-gas tract upstream of the exhaust-gas turbine and opens out into the fresh-gas tract upstream of the fresh-gas compressor .
Temperature sensor , with at least one sensor element , which is designed to detect by sensor action a temperature of a medium within a media conduit , and with at least one sensor probe with a, preferably cylindrical, contact portion , which is designed to be arranged within a flow passage of the media conduit , the contact portion of the sensor probe being designed to record the temperature of the medium, the sensor probe being designed to conduct the temperature of the medium to the sensor element , and the sensor probe having a mounting portion , which is designed to hold the temperature sensor at least in part on and/or against the media conduit , characterized in that the mounting portion and the contact portion of the sensor probe are designed to reach at least to some extent around a wall of the media conduit in order to hold the temperature sensor on or against the media conduit with a force fit and/or a form fit. with at least one sensor element , which is designed to detect by sensor action a temperature of a medium within a media conduit , and with at least one sensor probe with a, preferably cylindrical, contact portion , which is designed to be arranged within a flow passage of the media conduit , the contact portion of the sensor probe being designed to record the temperature of the medium, the sensor probe being designed to conduct the temperature of the medium to the sensor element , and the sensor probe having a mounting portion , which is designed to hold the temperature sensor at least in part on and/or against the media conduit , characterized in that the mounting portion and the contact portion of the sensor probe are designed to reach at least to some extent around a wall of the media conduit in order to hold the temperature sensor on or against the media conduit with a force fit and/or a form fit.
A method of producing a glossy pigment having a hollow structure, comprising: (a) coating a metal oxide on a plate type flake base material to form a metal oxide coating layer; (b) after an acid treatment primarily by adding an acidic solution in a state mixing the plate type flake base material formed with the metal oxide coating layer, with deionized water and suspending it, reflux washing and filtering it, wherein the acid treatment applies an ultrasonic wave in a condition at a frequency of 15 to 40 kHz and an output power of 70 to 110 W while stirring it at a speed of 300 to 500 rpm; (c) after an alkali treatment secondarily by adding a basic solution in a state of mixing dehydrated water with the dehydrated washed resultant and suspending it, after step (b), refluxing and filtering it; (d) drying the resultant of step (c) to obtain a metal oxide coating layer having a hollow structure removed with the plate type flake base material. (a) coating a metal oxide on a plate type flake base material to form a metal oxide coating layer; (b) after an acid treatment primarily by adding an acidic solution in a state mixing the plate type flake base material formed with the metal oxide coating layer, with deionized water and suspending it, reflux washing and filtering it, wherein the acid treatment applies an ultrasonic wave in a condition at a frequency of 15 to 40 kHz and an output power of 70 to 110 W while stirring it at a speed of 300 to 500 rpm; (c) after an alkali treatment secondarily by adding a basic solution in a state of mixing dehydrated water with the dehydrated washed resultant and suspending it, after step (b), refluxing and filtering it; (d) drying the resultant of step (c) to obtain a metal oxide coating layer having a hollow structure removed with the plate type flake base material.
A press-hardened shaped sheet metal part which has different sheet thicknesses and strengths, characterised in that at least two adjacent zones are provided which are formed with different sheet thicknesses and with different strengths, such that one of these zones is press-hardened and the other zone is non-hardened or only slightly hardened, wherein a transition zone which at the same time is configured as a thickness transition zone and as a strength transition zone is formed between these zones , such that with this transition zone a gradual transition in sheet thickness and strength is brought about between the adjacent zones .
A light emitting device comprising: a resin molded body , formed of a resin material; a plurality of light emitting elements , each light emitting element having at least a light emitting unit and an electrode , wherein the plurality of light emitting elements are embedded in the resin molded body so that the light emitting units face a front surface of the resin molded body and the electrodes are exposed on a back surface opposite to the front surface of the resin molded body , and the front surface is the light emitting surface of the light emitting device ; and an interconnection formed on the back surface of the resin molded body and connected to the electrodes , wherein the electrodes included in the respective light emitting elements are connected in series to each other by the interconnection , and the light emitting device is characterized in that the resin molded body serves as a base of the light emitting device . a resin molded body , formed of a resin material; a plurality of light emitting elements , each light emitting element having at least a light emitting unit and an electrode , wherein the plurality of light emitting elements are embedded in the resin molded body so that the light emitting units face a front surface of the resin molded body and the electrodes are exposed on a back surface opposite to the front surface of the resin molded body , and the front surface is the light emitting surface of the light emitting device ; and an interconnection formed on the back surface of the resin molded body and connected to the electrodes , wherein the electrodes included in the respective light emitting elements are connected in series to each other by the interconnection , and the light emitting device is characterized in that the resin molded body serves as a base of the light emitting device .
An automatic driving vehicle that is configured to be managed by an operation management center , and has an automatic mode to automatically travel along a set travel route, comprising means for receiving an input to shift to the automatic mode, performed by an operator, means for receiving a travel start instruction from the operation management center , wherein the automatic driving vehicle is configured to be placed in a start manipulation waiting state of waiting for a start manipulation by the operator, wherein in the start manipulation waiting state, in a case where the start manipulation is performed and a case where the start manipulation is not performed and a predetermined time elapses, start is performed to start travel in the automatic mode. means for receiving an input to shift to the automatic mode, performed by an operator, means for receiving a travel start instruction from the operation management center , wherein the automatic driving vehicle is configured to be placed in a start manipulation waiting state of waiting for a start manipulation by the operator, wherein in the start manipulation waiting state, in a case where the start manipulation is performed and a case where the start manipulation is not performed and a predetermined time elapses, start is performed to start travel in the automatic mode.
An electric or electronic device for being built into a wall or ceiling, the electric or electronic device comprising: - a housing comprising a housing front and a housing back , the housing front comprising at least two recesses , each recess being adapted for housing an electric or electronic device function , and - a frame adapted for being provided onto the housing front and for fixing the electric or electronic device to the wall or ceiling, the frame having a central opening adapted to receive the electric or electronic device functions , characterized in that the housing front further comprises: - in between two neighboring recesses and at an outer surface (S1) of a side wall of the housing front , three pairs of apertures for receiving electrical wires for connecting the electric or electronic device to an electrical network; - a ridge in between every two neighboring recesses , the ridge extending towards the frame , or when built in the wall or ceiling, in a direction away from the wall or ceiling, wherein the ridge comprises apertures adapted to receive electrical wires guided from the three pairs of apertures ; - a barrier around and in between each of the three apertures , the barrier extending in a direction perpendicularly away from a surface (S2) of the ridge , and - a locking mechanism in each of the apertures , the locking mechanism being adapted for locking and unlocking the electrical wires . - a housing comprising a housing front and a housing back , the housing front comprising at least two recesses , each recess being adapted for housing an electric or electronic device function , and - a frame adapted for being provided onto the housing front and for fixing the electric or electronic device to the wall or ceiling, the frame having a central opening adapted to receive the electric or electronic device functions , - in between two neighboring recesses and at an outer surface (S1) of a side wall of the housing front , three pairs of apertures for receiving electrical wires for connecting the electric or electronic device to an electrical network; - a ridge in between every two neighboring recesses , the ridge extending towards the frame , or when built in the wall or ceiling, in a direction away from the wall or ceiling, wherein the ridge comprises apertures adapted to receive electrical wires guided from the three pairs of apertures ; - a barrier around and in between each of the three apertures , the barrier extending in a direction perpendicularly away from a surface (S2) of the ridge , and - a locking mechanism in each of the apertures , the locking mechanism being adapted for locking and unlocking the electrical wires .
Floating seat , comprising - a base element , and - a seat shell , wherein an adjustment mechanism in the manner of a plain bearing (G) is formed at least between the seat shell and the base element , wherein the seat shell is adjustable by means of the adjustment mechanism at least in two degrees of rotational freedom (R1-R3) relative to the base element , characterized in that a locking mechanism is provided for locking and/or unlocking an adjustment of the seat shell relative to the base element , in that the locking mechanism is actuable by means of a triggering mechanism , and in that the triggering mechanism is configured to manually or electrically actuate the locking mechanism during normal operation in order to unlock or lock the adjustment of the seat shell relative to the base element and to automatically actuate same in the event of a collision, in order to automatically lock the adjustment of the seat shell relative to the base element . - a base element , and - a seat shell , wherein an adjustment mechanism in the manner of a plain bearing (G) is formed at least between the seat shell and the base element , wherein the seat shell is adjustable by means of the adjustment mechanism at least in two degrees of rotational freedom (R1-R3) relative to the base element , characterized in that a locking mechanism is provided for locking and/or unlocking an adjustment of the seat shell relative to the base element , in that the locking mechanism is actuable by means of a triggering mechanism , and in that the triggering mechanism is configured to manually or electrically actuate the locking mechanism during normal operation in order to unlock or lock the adjustment of the seat shell relative to the base element and to automatically actuate same in the event of a collision, in order to automatically lock the adjustment of the seat shell relative to the base element .
An inkjet recording method comprising: forming an ink image by ejecting ink on an ejection receiving medium by an inkjet head comprising a recording element substrate having an element which generates energy that is utilized for ejecting ink, a pressure chamber which has the element in the inside, and an ejection port which ejects ink, wherein the ink is circulated between the inside of the pressure chamber and the outside of the pressure chamber through a flow channel upstream of the pressure chamber and a flow channel downstream of the pressure chamber; and removing at least a portion of a liquid component from the ink image by bringing a liquid absorbing member into contact with the ink image, characterized in that the ink contains 5% by mass or more to 30% by mass or less of a water-soluble organic solvent having a boiling point of 110° C or more, and the liquid absorbing member has a porous body which comes into contact with the ink image and which contains a fluorine compound, and 50% by mass or more of the water-soluble organic solvent contained in the ink image and having a boiling point of 110° C or more is removed from the ink image in the removal of at least a portion of a liquid component from the ink image. forming an ink image by ejecting ink on an ejection receiving medium by an inkjet head comprising a recording element substrate having an element which generates energy that is utilized for ejecting ink, a pressure chamber which has the element in the inside, and an ejection port which ejects ink, wherein the ink is circulated between the inside of the pressure chamber and the outside of the pressure chamber through a flow channel upstream of the pressure chamber and a flow channel downstream of the pressure chamber; and removing at least a portion of a liquid component from the ink image by bringing a liquid absorbing member into contact with the ink image, characterized in that the ink contains 5% by mass or more to 30% by mass or less of a water-soluble organic solvent having a boiling point of 110° C or more, and the liquid absorbing member has a porous body which comes into contact with the ink image and which contains a fluorine compound, and 50% by mass or more of the water-soluble organic solvent contained in the ink image and having a boiling point of 110° C or more is removed from the ink image in the removal of at least a portion of a liquid component from the ink image.
A ride-on lawn mower having forward direction and a seat defining an operator position, a front mounted cutting deck , and at least a first cutter bar enclosed in a first cutter housing and a second cutter bar enclosed in a second cutter housing for cutting grass on a lawn, the first cutter housing being attached to a centre cutter housing having a centre vertical axis (C1) by a first support arm , the second cutter housing being attached to the centre cutter housing by a second support arm , said support arms are connected to the centre cutter housing by a hinge mechanism, wherein, at least one of the support arms changes an angle and a height with respect to a transverse centre axis (C2) of the centre cutter housing being perpendicular to the centre vertical axis (C1) to follow a contour of a ground surface, characterized in that the cutting deck comprises distance sensors for measuring a distance between the cutting deck and the ground and wherein the first cutter housing and the second cutter housing can adjust the angle or the height with respect to the transverse centre axis (C2) of the centre cutter housing based on a signal received from the distance sensors, wherein the height and the angle can be adjusted for each of the first cutter housing and the second cutter housing based on the readings or signals received from the distance sensors. at least one of the support arms changes an angle and a height with respect to a transverse centre axis (C2) of the centre cutter housing being perpendicular to the centre vertical axis (C1) to follow a contour of a ground surface, characterized in that the cutting deck comprises distance sensors for measuring a distance between the cutting deck and the ground and wherein the first cutter housing and the second cutter housing can adjust the angle or the height with respect to the transverse centre axis (C2) of the centre cutter housing based on a signal received from the distance sensors, wherein the height and the angle can be adjusted for each of the first cutter housing and the second cutter housing based on the readings or signals received from the distance sensors.
A ventilation device to be installed outdoors, the ventilation device comprising: a casing ; a heat exchanger accommodated in the casing and configured to perform heat exchange between outdoor air flowing indoors and indoor air flowing outdoors; an electric component unit accommodated in the casing ; and a fixing member fixing, to the casing , an electric wire connected to the electric component unit , wherein the heat exchanger is extractable sideward from the casing , the electric component unit is disposed above a projection region (K) of the heat exchanger extracted from the casing , the casing has a lead-out port through which the electric wire is led out of the casing , the lead-out port located below the projection region (K), and the fixing member is disposed between the electric component unit and the lead-out port to fix the electric wire routed around the projection region (K). a casing ; a heat exchanger accommodated in the casing and configured to perform heat exchange between outdoor air flowing indoors and indoor air flowing outdoors; an electric component unit accommodated in the casing ; and a fixing member fixing, to the casing , an electric wire connected to the electric component unit , wherein the heat exchanger is extractable sideward from the casing , the electric component unit is disposed above a projection region (K) of the heat exchanger extracted from the casing , the casing has a lead-out port through which the electric wire is led out of the casing , the lead-out port located below the projection region (K), and the fixing member is disposed between the electric component unit and the lead-out port to fix the electric wire routed around the projection region (K).
A data processing device configured to be connected to one or more physiological sensors for receiving physiological data of a user, to one or more behavioral sensors for receiving behavioral data of the user and to a vehicle context detection unit for receiving vehicle context information, and to determine a discomfort level index value based on a personality profile of the user together with at least the vehicle context information and physiological and behavioral data received within corresponding time windows.