mhurhangee/ep-ind-claims huggingface dataset:
Method in a sound-reproduction system, in which - an electrical calibration signal is formed, - an audio signal is formed from the calibration signal in a loudspeaker of a loudspeaker system, - the response of the audio signal is measured and analysed, and characterized in that - an operator is permitted to make alterations to the settings of the loudspeaker system on the basis of the measurement performed, - the effects of the alterations are calculated and displayed to the operator without additional measurements, and - the alterations are implemented in real time in the loudspeaker system. - an electrical calibration signal is formed, - an audio signal is formed from the calibration signal in a loudspeaker of a loudspeaker system, - the response of the audio signal is measured and analysed, and - an operator is permitted to make alterations to the settings of the loudspeaker system on the basis of the measurement performed, - the effects of the alterations are calculated and displayed to the operator without additional measurements, and - the alterations are implemented in real time in the loudspeaker system.
A system for calibrating an IR detector, the detector comprising an array of pixels in an imaging system, the calibration system comprising a shutter moveable from a first position to a second position the shutter being disposed in the optical path of the imaging system in the first position and outside of the optical path in the second position the shutter when in the second position being situated adjacent a heat source, the heat source, when operational, heating the shutter to a predetermined temperature, such that the shutter may be moved in to the optical path when in a heated or unheated state thereby enabling two sets of data to be generated, a first set representative of the system at a first temperature and the second set representative of the system at a second temperature characterised in that the heat source comprises an LED and in which the LED is not in contact with the shutter and positioned such that heating by radiation takes place during the period when the shutter is in the second position.
A method for material forming, by means of a movable tool having a working surface and a drive unit, the method comprising moving the drive unit (2; 101) to provide kinetic energy to the tool, for the tool to strike a work material, so as to form the work material, the method comprising providing an impact head (4") between the drive unit and the movable tool, and providing the kinetic energy to the tool by the drive unit (2; 101) striking the impact head (4"), the impact head (4") extending in the direction of the stroke from an impact end to a base region, where the base region is closer to the tool than the impact end, wherein the method further comprises arranging the impact head (4") so that the impact end has laterally, in relation to the direction of the stroke, a smaller extension than the base region characterized by comprising providing the impact head (4") and the tool with a respective collar (50, 52) at an interface between the impact head (4") and the tool, the collar of the tool surrounding, as seen in the direction of the stroke, the working surface of the tool which comes into contact with the work material at the stroke, wherein a first portion of the impact head (4") extends from the base region and from the collar of the impact head (4"), to the impact end of the impact head (4"), wherein the first portion presents a perimeter edge at the collar, which, as seen in the direction of the stroke, coincides with the working surface.
A vehicle center console (100;200) comprising: a fixed top structure providing an arm rest for vehicle occupants, at least a first planar component comprising a substantially planar surface adapted to be substantially horizontal when the vehicle center console is mounted in a vehicle, wherein the first planar component is slidably attached to a guide structure to allow for the first planar component to slide in under the fixed top structure when in a stowed position, and to slide out from the stowed position such that the substantially planar surface is exposed; and a second planar component comprising a substantially planar surface adapted to be substantially horizontal when the vehicle center console is mounted in a vehicle, wherein the second planar component is slidably attached to a guide structure to allow for the second planar component to slide in under the fixed top structure when in a stowed position, and to slide out from the stowed position such that the substantially planar surface is exposed, an attachment member fixedly attachable with respect to the fixed top structure, the attachment member includes the guide structures for providing the sliding motion of the first planar component and the sliding motion of the second planar component. a fixed top structure providing an arm rest for vehicle occupants, at least a first planar component comprising a substantially planar surface adapted to be substantially horizontal when the vehicle center console is mounted in a vehicle, wherein the first planar component is slidably attached to a guide structure to allow for the first planar component to slide in under the fixed top structure when in a stowed position, and to slide out from the stowed position such that the substantially planar surface is exposed; and a second planar component comprising a substantially planar surface adapted to be substantially horizontal when the vehicle center console is mounted in a vehicle, wherein the second planar component is slidably attached to a guide structure to allow for the second planar component to slide in under the fixed top structure when in a stowed position, and to slide out from the stowed position such that the substantially planar surface is exposed, an attachment member fixedly attachable with respect to the fixed top structure, the attachment member includes the guide structures for providing the sliding motion of the first planar component and the sliding motion of the second planar component.
Locking mechanism for a door, comprising at least one locking element for locking the door in a closed position and an actuating means for transferring the locking element from a locked position into an unlocked position and/or from the unlocked position into the locked position at the user side, wherein the locking element and the actuating means are mechanically coupled to each other by means of a pull-push element, wherein the locking mechanism comprises an adjustable coupling mechanism for adjustably coupling the pull-push element with the locking element and/or the actuating means; characterized in that the coupling mechanism comprises a first cam element coupled with the pull-push element and a second cam element coupled with the locking element, wherein the first cam element and the second cam element can be coupled to one another in a plurality of different relative positions to each other. characterized in that the coupling mechanism comprises a first cam element coupled with the pull-push element and a second cam element coupled with the locking element, wherein the first cam element and the second cam element can be coupled to one another in a plurality of different relative positions to each other.
A vehicle attitude control system for controlling an attitude of a vehicle having front and rear road wheels (2a, 2b, 2c, 2d) in which a road wheel suspension is configured such that a roll axis of a vehicle body inclines downwardly in a forward direction, comprising: a lateral acceleration sensor configured to detect a lateral acceleration of the vehicle being traveling; a brake actuator configured to apply a braking force to each road wheel (2a, 2b, 2c, 2d) of the vehicle; a brake control device configured to send a control signal to the brake actuator to cause the brake actuator to generate the braking force, based on a traveling state of the vehicle, and a road wheel speed sensor configured to detect a road wheel speed of each of the inner rear road wheel and an outer rear road wheel (2c, 2d) of the vehicle, wherein the brake control device is configured to execute vehicle attitude control, during turning of the vehicle based on turning manipulation of a steering wheel of the vehicle, wherein in the vehicle attitude control, a larger braking force is applied to an inner rear road wheel of the vehicle being turning, when the lateral acceleration of the vehicle is relatively large than when the lateral acceleration of the vehicle is relatively small, thereby suppressing uplift of an inner rear portion of the vehicle body, and wherein the brake control device is configured to set a braking force to be applied to the inner rear road wheel of the vehicle, based on a difference in road wheel speed between the inner rear road wheel and the outer rear road wheel detected by the road wheel speed sensor, and the lateral acceleration of the vehicle. a lateral acceleration sensor configured to detect a lateral acceleration of the vehicle being traveling; a brake actuator configured to apply a braking force to each road wheel (2a, 2b, 2c, 2d) of the vehicle; a brake control device configured to send a control signal to the brake actuator to cause the brake actuator to generate the braking force, based on a traveling state of the vehicle, and a road wheel speed sensor configured to detect a road wheel speed of each of the inner rear road wheel and an outer rear road wheel (2c, 2d) of the vehicle, wherein the brake control device is configured to execute vehicle attitude control, during turning of the vehicle based on turning manipulation of a steering wheel of the vehicle, wherein in the vehicle attitude control, a larger braking force is applied to an inner rear road wheel of the vehicle being turning, when the lateral acceleration of the vehicle is relatively large than when the lateral acceleration of the vehicle is relatively small, thereby suppressing uplift of an inner rear portion of the vehicle body, and wherein the brake control device is configured to set a braking force to be applied to the inner rear road wheel of the vehicle, based on a difference in road wheel speed between the inner rear road wheel and the outer rear road wheel detected by the road wheel speed sensor, and the lateral acceleration of the vehicle.
Method for purifying a high molecular weight adenosine-based coenzyme, characterized in that it implements a tangential diafiltration in the presence of an aqueous washing solution or any other aqueous buffer solution.
An air-blocking type pumping container comprising: a container for accommodating liquid contents; a pumping cap coupled to an inlet of the container and for discharging the contents accommodated in the container according to pumping operation, wherein in the pumping cap an air inlet is formed through which external air can be introduced into the inside of an air blocking member in the pumping operation; a suction line coupled to the pumping cap and for sucking the contents accommodated in the container according to the pumping operation; and the air blocking member integrally coupled to a lower surface of a coupling cap by means of an O-ring for preventing beforehand the contents remaining in the container from contacting with the introduced air, by receiving the air introduced into the inside of the air blocking member in a volume equal to that of the contents discharged from the container by the pumping operation, wherein the air blocking member has a lower part which is coupled to the suction line so as to surround the line while exposing a suction opening of the suction line, and an upper part which is closely contactingly and integrally fixed to the lower surface of the coupling cap facing the inlet of the container by means of the O-ring while surrounding a pumping part of the pumping cap, and the air blocking member is a one piece-type air collection part which is expanded by receiving the air in a volume equal to that of the discharged contents. a container for accommodating liquid contents; a pumping cap coupled to an inlet of the container and for discharging the contents accommodated in the container according to pumping operation, wherein in the pumping cap an air inlet is formed through which external air can be introduced into the inside of an air blocking member in the pumping operation; a suction line coupled to the pumping cap and for sucking the contents accommodated in the container according to the pumping operation; and the air blocking member integrally coupled to a lower surface of a coupling cap by means of an O-ring for preventing beforehand the contents remaining in the container from contacting with the introduced air, by receiving the air introduced into the inside of the air blocking member in a volume equal to that of the contents discharged from the container by the pumping operation, wherein the air blocking member has a lower part which is coupled to the suction line so as to surround the line while exposing a suction opening of the suction line, and an upper part which is closely contactingly and integrally fixed to the lower surface of the coupling cap facing the inlet of the container by means of the O-ring while surrounding a pumping part of the pumping cap, and the air blocking member is a one piece-type air collection part which is expanded by receiving the air in a volume equal to that of the discharged contents.
A thin-film semiconductor component, which comprises a carrier and a semiconductor body with a semiconductor layer sequence comprising an active region provided for generating radiation, wherein - the thim-film semiconductor component is a thin-film semiconductor chip, in which a growth substrate for the semiconductor layer sequence is removed; - the semiconductor body comprises a plurality of recesses extending from a side of the semiconductor body facing the carrier through the active region; - the semiconductor body is externally electrically contactable by means of a first contact and of a second contact; - the carrier comprises a protection diode structure, which is connected electrically in parallel to the semiconductor body; - the protection diode structure comprises a first diode and a second diode; and - the first diode and the second diode are electrically series-connected in mutually opposing directions with regard to their forward direction; and - the protection diode structure comprises a threshold value in the reverse direction of the active region, the threshold value being of a greater absolute value than a luminance threshold of the active region, wherein the luminance threshold is a voltage value, from which the semiconductor body displays a measurable radiation emission. - the thim-film semiconductor component is a thin-film semiconductor chip, in which a growth substrate for the semiconductor layer sequence is removed; - the semiconductor body comprises a plurality of recesses extending from a side of the semiconductor body facing the carrier through the active region; - the semiconductor body is externally electrically contactable by means of a first contact and of a second contact; - the carrier comprises a protection diode structure, which is connected electrically in parallel to the semiconductor body; - the protection diode structure comprises a first diode and a second diode; and - the first diode and the second diode are electrically series-connected in mutually opposing directions with regard to their forward direction; and - the protection diode structure comprises a threshold value in the reverse direction of the active region, the threshold value being of a greater absolute value than a luminance threshold of the active region, wherein the luminance threshold is a voltage value, from which the semiconductor body displays a measurable radiation emission.
Method for in-line addition and mixing of one or more catalysts and/or pigments and/or fungicides to/with a liquid fraction of sealants and/or adhesives, prior to a filling process, comprising the steps of: - the in-line addition of a dosed volume, which volume comprises one or more catalysts and/or pigments and/or fungicides, to a conduit containing a liquid fraction of sealants and/or adhesives, the conduit being connected at a distal end to an inlet at a proximal end of a cylindrical flange with static mixing element for homogeneously mixing the components present in the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides; - subsequently setting a pressure at the inlet of the flange; - finally, mechanically pressing the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides through the entire length direction of the flange, which flange is provided with an injection nozzle at a distal end, wherein the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides are divided into different layers during pressing, so that the different components present in the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides are spread over the whole diameter of the flange, resulting in a completely homogeneously mixed liquid fraction of sealants and/or adhesives with one or more catalysts and/or pigments and/or fungicides in the injection nozzle of the flange. - the in-line addition of a dosed volume, which volume comprises one or more catalysts and/or pigments and/or fungicides, to a conduit containing a liquid fraction of sealants and/or adhesives, the conduit being connected at a distal end to an inlet at a proximal end of a cylindrical flange with static mixing element for homogeneously mixing the components present in the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides; - subsequently setting a pressure at the inlet of the flange; - finally, mechanically pressing the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides through the entire length direction of the flange, which flange is provided with an injection nozzle at a distal end, wherein the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides are divided into different layers during pressing, so that the different components present in the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides are spread over the whole diameter of the flange, resulting in a completely homogeneously mixed liquid fraction of sealants and/or adhesives with one or more catalysts and/or pigments and/or fungicides in the injection nozzle of the flange.
A streamer filler material for a geophysical streamer, comprising: 15-25%, by weight or volume, of a two-part silicone gel mixed with a paraffinic oil.
Sanitary fitting assembly comprising a sanitary fitting outlet and an outlet set for a sanitary fitting comprising a sanitary insert for fastening on a sanitary fitting outlet, wherein the insert is inserted in an outlet nozzle and the outlet nozzle is fastened on the sanitary fitting outlet, wherein the outlet nozzle is directly connected to the sanitary fitting outlet, wherein the insert is a jet regulator and/or flow regulator and wherein the insert is directly inserted in the outlet nozzle on an inflow side, characterized - in that a length of the insert in an inserting direction is dimensioned such that, in the position for use, a peripheral outer edge of the insert is visible from a viewing direction of at least 30° to the horizontal at an outlet-side termination of the outlet nozzle, wherein a viewing position is arranged higher than the outlet nozzle, and - in that there is an exchange insert, with which the insert can be replaced, wherein the exchange insert is of a different colour than the insert, at least in a region that is externally visible in the position for use. - in that a length of the insert in an inserting direction is dimensioned such that, in the position for use, a peripheral outer edge of the insert is visible from a viewing direction of at least 30° to the horizontal at an outlet-side termination of the outlet nozzle, wherein a viewing position is arranged higher than the outlet nozzle, and - in that there is an exchange insert, with which the insert can be replaced, wherein the exchange insert is of a different colour than the insert, at least in a region that is externally visible in the position for use.
A method for estimating an actual light profile for an individual, wherein the actual light profile comprises spectrally resolved information associated with an accumulated amount of light that the individual has been exposed to during a previous time period, the method comprising: exposing the individual to a predetermined light stimuli using a lighting system, wherein the act of exposing the individual to a predetermined light stimuli comprises: varying over time at least one of an intensity and a spectral distribution of light emitted by the lighting system; sensing a body response of the individual in response to the predetermined light stimuli, wherein the act of sensing a body response of the individual in response to the predetermined light stimuli comprises sensing a variation over time of one or more of: a body temperature, a skin color, a heart rate, a heart rate variation, a blood pressure, a respiration rate, and a melatonin level; and wherein the method further comprises: estimating the actual light profile based on the sensed body response of the individual and the predetermined light stimuli, wherein the act of estimating the actual light profile comprises inputting data pertaining to the body response of the individual and data pertaining to the predetermined light stimuli into a machine learning model trained to correlate body responses of individuals and light stimuli to actual light profiles. exposing the individual to a predetermined light stimuli using a lighting system, wherein the act of exposing the individual to a predetermined light stimuli comprises: varying over time at least one of an intensity and a spectral distribution of light emitted by the lighting system; sensing a body response of the individual in response to the predetermined light stimuli, wherein the act of sensing a body response of the individual in response to the predetermined light stimuli comprises sensing a variation over time of one or more of: a body temperature, a skin color, a heart rate, a heart rate variation, a blood pressure, a respiration rate, and a melatonin level; and wherein the method further comprises: estimating the actual light profile based on the sensed body response of the individual and the predetermined light stimuli, wherein the act of estimating the actual light profile comprises inputting data pertaining to the body response of the individual and data pertaining to the predetermined light stimuli into a machine learning model trained to correlate body responses of individuals and light stimuli to actual light profiles.