mhurhangee/patent-ind-claim-en huggingface dataset:
Method for adjusting a steering force assistance device of a front axle of a motor vehicle , preferably a commercial vehicle, comprising: detecting at least one pressure value of a rear axle air suspension system for level control of a rear axle of the motor vehicle ; determining a first value, which relates to a load on the front axle of the motor vehicle , based on the detected at least one pressure value; and adjusting a basic setting of the steering force assisting device based on the determined first value; determining a second value, which relates to a current operation of the motor vehicle while the motor vehicle is being driven; and adjusting the basic setting of the steering force assisting device based on the determined second value, wherein the adjusting of the basic setting is only carried out temporarily: - until the determined second value relates to an current acceleration which is smaller than a predetermined positive acceleration limit value; and/or - until the determined second value relates to a current acceleration which is smaller than an absolute value of a predetermined negative acceleration limit value. detecting at least one pressure value of a rear axle air suspension system for level control of a rear axle of the motor vehicle ; determining a first value, which relates to a load on the front axle of the motor vehicle , based on the detected at least one pressure value; and adjusting a basic setting of the steering force assisting device based on the determined first value; determining a second value, which relates to a current operation of the motor vehicle while the motor vehicle is being driven; and adjusting the basic setting of the steering force assisting device based on the determined second value, wherein the adjusting of the basic setting is only carried out temporarily: - until the determined second value relates to an current acceleration which is smaller than a predetermined positive acceleration limit value; and/or - until the determined second value relates to a current acceleration which is smaller than an absolute value of a predetermined negative acceleration limit value. - until the determined second value relates to an current acceleration which is smaller than a predetermined positive acceleration limit value; and/or - until the determined second value relates to a current acceleration which is smaller than an absolute value of a predetermined negative acceleration limit value.
A method for generating a signal, wherein said method is carried out by an active stylus and the signal is provided to a touch screen, said method being characterized by comprising: encoding, by the active stylus, transmission information into n-bit q-ary codes; performing, by the active stylus, frequency modulation on each bit of the n-bit q-ary codes respectively to generate a plurality of encoded frequency-modulated signals; and combining, by the active stylus, a fixed-frequency signal for detecting a stylus tip position with the plurality of encoded frequency-modulated signals to form an encoded signal. encoding, by the active stylus, transmission information into n-bit q-ary codes; performing, by the active stylus, frequency modulation on each bit of the n-bit q-ary codes respectively to generate a plurality of encoded frequency-modulated signals; and combining, by the active stylus, a fixed-frequency signal for detecting a stylus tip position with the plurality of encoded frequency-modulated signals to form an encoded signal.
A ball joint assembly , comprising: a housing with an inner wall which surrounds an open bore that extends along a central axis (A); a ball stud with a ball portion received in said open bore of said housing and with a shank portion projecting out of said open bore through an open end of said housing ; a pair of bearings disposed in said inner bore of said housing and interposed between said ball portion of said ball stud and said inner wall , each of said bearings having a curved inner bearing surface in surface-to-surface contact with said ball portion of said ball stud for allowing said ball stud and said housing to rotate and articulate relative to one another, and each of said bearings also having an outer bearing surface in slidable contact with said inner wall of said housing ; and a pair of biasing elements biasing said bearings in opposite axial directions against said ball portion of said ball stud such that said ball stud is movable relative to said housing in said axial direction before use of said ball joint assembly ; characterised in that said ball portion is in contact with said inner wall and is slidable in said axial direction along said inner wall before use of said ball joint assembly . a housing with an inner wall which surrounds an open bore that extends along a central axis (A); a ball stud with a ball portion received in said open bore of said housing and with a shank portion projecting out of said open bore through an open end of said housing ; a pair of bearings disposed in said inner bore of said housing and interposed between said ball portion of said ball stud and said inner wall , each of said bearings having a curved inner bearing surface in surface-to-surface contact with said ball portion of said ball stud for allowing said ball stud and said housing to rotate and articulate relative to one another, and each of said bearings also having an outer bearing surface in slidable contact with said inner wall of said housing ; and a pair of biasing elements biasing said bearings in opposite axial directions against said ball portion of said ball stud such that said ball stud is movable relative to said housing in said axial direction before use of said ball joint assembly ; characterised in that said ball portion is in contact with said inner wall and is slidable in said axial direction along said inner wall before use of said ball joint assembly .
Steam-smoothing apparatus comprising a smoothing head (1; 101) and a base intended for producing a steam flow and connected to the smoothing head (1; 101) via a flexible pipe (2; 102) in which the steam produced by the base freely escapes to the smoothing head (1; 101), the flexible pipe (2; 102) comprising an end connected to the base which communicates freely with a boiling chamber, and an end connected to the smoothing head (1; 101) which communicates freely with the first dispensing chamber, the smoothing head (1; 101) comprising a rear portion forming a grasping handle (3; 103), and a widened front portion (4; 104) comprising a surface (5; 105) provided with a plurality of steam outlet holes (51, 52; 151, 152) through which the flow of steam from the base is distributed, characterised in that the widened front portion (4; 104) contains a first steam-dispensing chamber (71; 171) which supplies steam to a first group of steam outlet holes (51; 151), and a second steam-dispensing chamber (72; 172) which supplies steam to a second group of steam outlet holes (52; 152), and in that the smoothing head (1; 101) comprises means (80; 109) for blocking or reducing the steam flow in the direction of the second group of steam outlet holes (52; 152), which means can be actuated from outside the smoothing head (1; 101).
An adenosine-A2A receptor antagonist of formula: or a pharmaceutically acceptable salt thereof, and atezolizumab for use in a method of treating a cancer selected from: colon cancer, lung cancer, triple negative breast cancer, melanoma, head and neck cancer, prostate cancer, bladder cancer, renal cell carcinoma, colorectal cancer, or lymphoma in a subject in need thereof, said method comprising administering to said subject a therapeutically effective amount of the adenosine-A2A receptor antagonist and a therapeutically effective amount of atezolizumab.
Thermotropic ionic liquid crystal molecule corresponding to general formula (I) wherein • E 1 and E 2 , which may be identical or different, represent, independently of one another, a linear, saturated and unsubstituted C 10 to C 14 hydrocarbon-based radical, • A x- represents a sulfonate anion or a sulfonylimide anion of -SO 2 -N - -SO 2 C y F 2y+1 with y being an integer ranging from 0 to 2 and • C x+ represents a countercation of the anionic group -A x- , chosen from sodium, lithium and potassium ions. • E 1 and E 2 , which may be identical or different, represent, independently of one another, a linear, saturated and unsubstituted C 10 to C 14 hydrocarbon-based radical, • A x- represents a sulfonate anion or a sulfonylimide anion of -SO 2 -N - -SO 2 C y F 2y+1 with y being an integer ranging from 0 to 2 and • C x+ represents a countercation of the anionic group -A x- , chosen from sodium, lithium and potassium ions.
A method for generating inputs to a physical system with varying dynamic properties, the method comprising repeating a plurality of times at different time instants, the steps of: • obtaining an input signal for said physical system at a time instant t; • obtaining said dynamic properties of said physical system at said time instant t; • providing an impulse train based on said dynamic properties at said time instant t, said impulse train comprising a number of impulses and usable for shaping an input to cancel out vibratory modes, wherein providing the impulse train comprises estimating eigenfrequencies and damping ratios and solving a set of constraint equations to obtain impulse magnitudes and delays of the impulses of the impulse train to be applied backwards in time; • storing an input value of said input signal at said time instant t in an input buffer, where said input buffer comprises past input values of said input signal • providing , at said time instant t, a modified input signal for said physical system based on said past input values of said input signal and said impulse train, wherein providing said modified input signal comprises convolving at least a part of said input buffer with said impulse train; • using said modified input signal as input for said physical system. • obtaining an input signal for said physical system at a time instant t; • obtaining said dynamic properties of said physical system at said time instant t; • providing an impulse train based on said dynamic properties at said time instant t, said impulse train comprising a number of impulses and usable for shaping an input to cancel out vibratory modes, wherein providing the impulse train comprises estimating eigenfrequencies and damping ratios and solving a set of constraint equations to obtain impulse magnitudes and delays of the impulses of the impulse train to be applied backwards in time; • storing an input value of said input signal at said time instant t in an input buffer, where said input buffer comprises past input values of said input signal • providing , at said time instant t, a modified input signal for said physical system based on said past input values of said input signal and said impulse train, wherein providing said modified input signal comprises convolving at least a part of said input buffer with said impulse train; • using said modified input signal as input for said physical system.
A passenger transport vehicle with a car body mounted on at least two axles , - wherein the car body comprises two single-deck car sections arranged above the axles and one double-deck car section arranged in longitudinal direction between the latter, wherein the double-deck car section has a lower level and an upper level , and, - wherein the lower level comprises two boarding areas and a first passenger area arranged in longitudinal direction between the latter such, - that the boarding areas are spaced apart from one another in longitudinal direction by the first passenger area , wherein each boarding area comprises at least one door system for laterally boarding into the passenger transport vehicle, - wherein the upper level comprises a second, a third and a fourth passenger area , wherein the second and third passenger areas are essentially arranged in vertical direction above a boarding area , and wherein the fourth passenger area is provided in longitudinal direction between the second and third passenger areas , and - wherein a first passenger floor of the first passenger area in vertical direction is arranged lower than a boarding floor of the boarding area , and wherein a first vertical distance between the boarding floor and the first passenger floor amounts to between 50 and 250 mm. - wherein the car body comprises two single-deck car sections arranged above the axles and one double-deck car section arranged in longitudinal direction between the latter, wherein the double-deck car section has a lower level and an upper level , and, - wherein the lower level comprises two boarding areas and a first passenger area arranged in longitudinal direction between the latter such, - that the boarding areas are spaced apart from one another in longitudinal direction by the first passenger area , wherein each boarding area comprises at least one door system for laterally boarding into the passenger transport vehicle, - wherein the upper level comprises a second, a third and a fourth passenger area , wherein the second and third passenger areas are essentially arranged in vertical direction above a boarding area , and wherein the fourth passenger area is provided in longitudinal direction between the second and third passenger areas , and - wherein a first passenger floor of the first passenger area in vertical direction is arranged lower than a boarding floor of the boarding area , and wherein a first vertical distance between the boarding floor and the first passenger floor amounts to between 50 and 250 mm.
Filler head for a storage system comprising a body with a main part closed by a cover part , and being configured to receive a distribution nozzle of a fluid including a magnetic opening valve, and configured to be connected, in a tighten manner, to a filling line and a venting line of a fluid tank , the filler head further comprising a cavity in which a separating device is received between the main part and the cover part so as to improve the partitioning of the flow (V) of air coming from the venting line and the flow (F) of fluid going to the filling line during refilling, and a magnetic element permitting the activation of the magnetic opening valve of the distribution nozzle, characterised in that the separating device further comprises a venting element including at least one hole that allows the flow (V) of air coming from the venting line to pass through a body of the separating device in order to be expelled outside the filler head , and a supporting element for receiving the magnetic element allowing each of the separating device and the cover part to act as a positioning element of the magnetic element .
Method for unlocking a function of a device using a timepiece , the timepiece including: - a display device including display elements ; - control means able to drive the display elements in a predefined animation sequence; - the method including the following steps: - the timepiece is placed in front of detection means ; - the control means are actuated so that they drive the display elements in the predefined animation sequence; - the predefined animation sequence is detected by the detection means ; - the detected animation sequence is compared to a reference animation sequence; - if the detected animation sequence is identical to the reference animation sequence, then the function is unlocked. - a display device including display elements ; - control means able to drive the display elements in a predefined animation sequence; - the method including the following steps: - the timepiece is placed in front of detection means ; - the control means are actuated so that they drive the display elements in the predefined animation sequence; - the predefined animation sequence is detected by the detection means ; - the detected animation sequence is compared to a reference animation sequence; - if the detected animation sequence is identical to the reference animation sequence, then the function is unlocked. - the timepiece is placed in front of detection means ; - the control means are actuated so that they drive the display elements in the predefined animation sequence; - the predefined animation sequence is detected by the detection means ; - the detected animation sequence is compared to a reference animation sequence; - if the detected animation sequence is identical to the reference animation sequence, then the function is unlocked.
An electronic apparatus comprising: at least one memory storing instructions; an inputter configured to receive an input image ; and a processor configured to execute the stored instructions to: obtain an output image based on the input image , wherein the processor is configured to be selectively operated in a first mode or a second mode based on an update of parameters used in at least one of a plurality of layers included in an artificial intelligence model being required, wherein the first mode includes a mode in which the output image is obtained based on an image processed using the artificial intelligence model in which the parameters are updated, and the second mode includes a mode in which the output image is obtained based on an image processed without using the artificial intelligence model . at least one memory storing instructions; an inputter configured to receive an input image ; and a processor configured to execute the stored instructions to: obtain an output image based on the input image , wherein the processor is configured to be selectively operated in a first mode or a second mode based on an update of parameters used in at least one of a plurality of layers included in an artificial intelligence model being required, wherein the first mode includes a mode in which the output image is obtained based on an image processed using the artificial intelligence model in which the parameters are updated, and the second mode includes a mode in which the output image is obtained based on an image processed without using the artificial intelligence model . obtain an output image based on the input image , wherein the processor is configured to be selectively operated in a first mode or a second mode based on an update of parameters used in at least one of a plurality of layers included in an artificial intelligence model being required, wherein the first mode includes a mode in which the output image is obtained based on an image processed using the artificial intelligence model in which the parameters are updated, and the second mode includes a mode in which the output image is obtained based on an image processed without using the artificial intelligence model .
A system for stabilizing a lift truck , the system comprising: a rotatable drive unit , the drive unit including a steerable drive tire ; a first slide mechanism coupled to the rotatable drive unit ; a caster mounted to a caster plate ; a second slide mechanism mounted to the caster plate ; characterised in that the system comprises a steering mechanism coupled to the rotatable drive unit , such that when the steering mechanism is moved to steer the steerable drive tire , the first slide mechanism interacts with the second slide mechanism to affect a pressure on the caster . a rotatable drive unit , the drive unit including a steerable drive tire ; a first slide mechanism coupled to the rotatable drive unit ; a caster mounted to a caster plate ; a second slide mechanism mounted to the caster plate ; characterised in that the system comprises a steering mechanism coupled to the rotatable drive unit , such that when the steering mechanism is moved to steer the steerable drive tire , the first slide mechanism interacts with the second slide mechanism to affect a pressure on the caster .
Knife for receiving an exchangeable blade , with a housing , which has a blade channel for the insertion of a blade having a driver recess , with a slide displaceable along the housing from the outside of the housing along a path of movement, in order to displace the blade from a storage position inside the blade channel into a working position projecting from an opening of the blade channel , which slide carries a coupling element for coupling the slide to the blade , with a driver projection which engages in the driver recess , and with a blade change button arranged on the broad side of the housing , which has a blocking section projecting into the path of movement of the slide , against which the slide abuts in the final phase of its displacement into the working position, and which can be brought out of the path of movement of the slide by actuation of the blade change button , so that the slider can bring the blade beyond the working position into a blade changing position, the driving projection being controlled from the driving recess , characterized in that the blade changing button is to be actuated against the restoring force of a spring element in order to enable the displacement of the slider into the blade changing position.
A composition comprising a β-blocker for use in alleviating, slowing the progression or preventing the development of nonmotor symptoms associated with idiopathic Parkinson's disease (iPD) in a subject; wherein the subject is treated in the pre-motor phase of iPD.
Device for implementing a method for the automated position detection of an adhered seal with respect to a component or at least one component area during or after an automated application of the seal , wherein the relative position of the seal to the component or of the seal to the at least one component area is detected by means of at least one sensor , wherein the positional detection of the seal relative to at least a geometry of the component or of the at least one component area is effected and the seal is detected at a dimensionally stable area and spatial and/or planar features of the component or of the at least one component area are detected, wherein at least one sensor is arranged in such a way that its main detection direction is aligned at right angles to the extending direction of the seal or of the component or of the at least one component area or deviates therefrom by an angle of up to 45 degrees, and the at least one sensor detecting the seal and the component or the at least one component area with a detection range characterised in that the device contains two or more sensors , wherein a respective detection range is arranged in a plane at least in the case of two of the sensors , and the sensors are aligned with the dimensionally stable area of the seal and with spatial and/or planar features of the component or of the at least one component area . wherein at least one sensor is arranged in such a way that its main detection direction is aligned at right angles to the extending direction of the seal or of the component or of the at least one component area or deviates therefrom by an angle of up to 45 degrees, and the at least one sensor detecting the seal and the component or the at least one component area with a detection range characterised in that the device contains two or more sensors , wherein a respective detection range is arranged in a plane at least in the case of two of the sensors , and the sensors are aligned with the dimensionally stable area of the seal and with spatial and/or planar features of the component or of the at least one component area .