mhurhangee/ep-ind-claims huggingface dataset:
Pump dispenser for the metered removal of a liquid from a container onto which the pump dispenser can be placed, comprising - a housing which can be placed on the container and in which a metering chamber is formed, - a pump head which can be moved up and down relative to the housing along the longitudinal axis of the dispenser between a first and second position in order to carry out a pump stroke, - a piston which is secured to the pump head and can be moved in the metering chamber in order to convey the liquid, - a dispenser opening which is connected to the metering chamber and through which metered liquid can leave the pump dispenser, - a spring which resets the pump head relative to the housing, and - a valve which defines the conveying direction of the liquid from the container into the dispenser opening and which blocks a conveying process in the opposite direction, wherein - the spring is made of plastics material and has a plurality of rings which are arranged one over the other and which are connected together by at least one first connecting web in each case and - the valve is realized by a first valve disk made of plastics material, which valve disk is arranged between the upper side of an adapter inserted into the housing and the housing, and closes either the dispenser opening or the adapter in a liquid-tight manner, characterized in that a second valve disk made of plastics material is held on the adapter on its underside, and the second valve disk closes a ventilation opening provided on the adapter and releases the ventilation opening when liquid is sucked into the metering chamber. - a housing which can be placed on the container and in which a metering chamber is formed, - a pump head which can be moved up and down relative to the housing along the longitudinal axis of the dispenser between a first and second position in order to carry out a pump stroke, - a piston which is secured to the pump head and can be moved in the metering chamber in order to convey the liquid, - a dispenser opening which is connected to the metering chamber and through which metered liquid can leave the pump dispenser, - a spring which resets the pump head relative to the housing, and - a valve which defines the conveying direction of the liquid from the container into the dispenser opening and which blocks a conveying process in the opposite direction, wherein - the spring is made of plastics material and has a plurality of rings which are arranged one over the other and which are connected together by at least one first connecting web in each case and - the valve is realized by a first valve disk made of plastics material, which valve disk is arranged between the upper side of an adapter inserted into the housing and the housing, and closes either the dispenser opening or the adapter in a liquid-tight manner,
A process for producing polycarbonate comprising: a. contacting a dialkyl carbonate with a dihydroxy compound in an oligomerization zone in the presence of an oligomerization catalyst under oligomerization conditions to form a first intermediate; and b. contacting the first intermediate with a diaryl carbonate in a polymerization zone in the presence of a polymerization catalyst under polymerization conditions to produce the polycarbonate wherein the molar ratio of dihydroxy compound to dialkyl carbonate in the oligomerization zone is at least 2:1, and wherein the dihydroxy compound is a dihydroxy aromatic compound. a. contacting a dialkyl carbonate with a dihydroxy compound in an oligomerization zone in the presence of an oligomerization catalyst under oligomerization conditions to form a first intermediate; and b. contacting the first intermediate with a diaryl carbonate in a polymerization zone in the presence of a polymerization catalyst under polymerization conditions to produce the polycarbonate
A method of forming a photonic structure, the method comprising: forming a linearly extending waveguide core above a cavity in a semiconductor substrate by etching the cavity in the semiconductor substrate below the waveguide core, wherein the cavity is rectangular shaped in cross section in a plane perpendicular to the direction along which the waveguide core linearly extends; wherein the rectangular shaped cavity is formed by at least a first isotropic etch of the semiconductor substrate using a first isotropic etch solution and a second isotropic etch of the semiconductor substrate using a second isotropic etch solution; and forming the waveguide core from a ledge portion of the semiconductor substrate residing above the cavity, such that the material of the waveguide core is the same as the material of the semiconductor substrate; and filling the cavity with a material for optically decoupling the waveguide core from the semiconductor substrate before or after formation of the waveguide core. forming a linearly extending waveguide core above a cavity in a semiconductor substrate by etching the cavity in the semiconductor substrate below the waveguide core, wherein the cavity is rectangular shaped in cross section in a plane perpendicular to the direction along which the waveguide core linearly extends; wherein the rectangular shaped cavity is formed by at least a first isotropic etch of the semiconductor substrate using a first isotropic etch solution and a second isotropic etch of the semiconductor substrate using a second isotropic etch solution; and forming the waveguide core from a ledge portion of the semiconductor substrate residing above the cavity, such that the material of the waveguide core is the same as the material of the semiconductor substrate; and filling the cavity with a material for optically decoupling the waveguide core from the semiconductor substrate before or after formation of the waveguide core.
Image-recording apparatus, comprising: an illuminating device (11, 12; 121) which is controllable in order to set a plurality of illumination angles for illuminating an object; a detector comprising an image sensor (15; 123), configured to capture a plurality of images of the object for the plurality of illumination angles; an electronic evaluating device for processing the plurality of images, coupled to the image sensor (15; 123), wherein the electronic evaluating device is configured to apply an image correction to each image of the plurality of images, and combine the images corrected by the image correction, wherein the image correction comprises a rectification (T1, T2, T3), wherein the rectification (T1, T2, T3) depends on the illumination angle used when recording the respective image, wherein the electronic evaluating device is configured to correct field-point-dependent defocusing by way of the rectification (T 1, T 2, T 3), characterized in that a vector field defining the rectification (T 1, T 2, T 3) depends both on the illumination angle when recording the image to which the image correction is applied and on the field-point-dependent defocusing. an illuminating device (11, 12; 121) which is controllable in order to set a plurality of illumination angles for illuminating an object; a detector comprising an image sensor (15; 123), configured to capture a plurality of images of the object for the plurality of illumination angles; an electronic evaluating device for processing the plurality of images, coupled to the image sensor (15; 123), wherein the electronic evaluating device is configured to apply an image correction to each image of the plurality of images, and combine the images corrected by the image correction, wherein the image correction comprises a rectification (T1, T2, T3), wherein the rectification (T1, T2, T3) depends on the illumination angle used when recording the respective image, wherein the electronic evaluating device is configured to correct field-point-dependent defocusing by way of the rectification (T 1, T 2, T 3), characterized in that a vector field defining the rectification (T 1, T 2, T 3) depends both on the illumination angle when recording the image to which the image correction is applied and on the field-point-dependent defocusing.
A computer-implemented method for onboard validation of labelled audio data utilizing an autonomous driving vehicle, ADV, while the ADV is operating within a driving environment, the method comprising: recording a sound emitted by an obstacle within the driving environment of the ADV to create audio samples; labelling the audio samples to produce a labelled audio samples comprising the audio samples, an audio sample identifier, ID, one or more positions associated with the audio samples, and a direction associated with the audio samples, and refining the labelled audio samples in a useable form, which comprises performing obstacle cropping and/or rotation to refine the position and/or direction associated with the audio samples, to generate a refined labelled audio data, wherein the refined labelled audio data is utilized to subsequently train a machine learning algorithm to recognize a sound source during autonomous driving of the ADV; determining a position of the obstacle and a relative direction of the obstacle based on sensors data provided by visual sensors of the ADV; and using the audio samples, the position of the obstacle, and the relative direction of the obstacle to generate a performance profile of the refined labelled audio data,. recording a sound emitted by an obstacle within the driving environment of the ADV to create audio samples; labelling the audio samples to produce a labelled audio samples comprising the audio samples, an audio sample identifier, ID, one or more positions associated with the audio samples, and a direction associated with the audio samples, and refining the labelled audio samples in a useable form, which comprises performing obstacle cropping and/or rotation to refine the position and/or direction associated with the audio samples, to generate a refined labelled audio data, wherein the refined labelled audio data is utilized to subsequently train a machine learning algorithm to recognize a sound source during autonomous driving of the ADV; determining a position of the obstacle and a relative direction of the obstacle based on sensors data provided by visual sensors of the ADV; and using the audio samples, the position of the obstacle, and the relative direction of the obstacle to generate a performance profile of the refined labelled audio data,.
A system for controlling the startup of a gas turbine, the system comprising: a gas discharge component configured to discharge gas from a compressor component associated with the gas turbine; a fuel control component configured to control a fuel flow provided to a combustor component associated with the gas turbine; a drive component configured to supply a rotational force to a shaft associated with the gas turbine, whereby the drive component is at least one motor; and at least one control device configured to (i) direct the gas discharge component to discharge gas from the compressor component to reduce a compressor pressure ratio associated with the compressor component, (ii) direct the fuel control component to adjust the fuel flow to a value associated with the reduced compressor pressure ratio, and (iii) dynamically direct the at least one motor to provide a rotational force to the shaft in response to the reduced compressor pressure ratio induced by the gas discharge component. a gas discharge component configured to discharge gas from a compressor component associated with the gas turbine; a fuel control component configured to control a fuel flow provided to a combustor component associated with the gas turbine; a drive component configured to supply a rotational force to a shaft associated with the gas turbine, whereby the drive component is at least one motor; and at least one control device configured to (i) direct the gas discharge component to discharge gas from the compressor component to reduce a compressor pressure ratio associated with the compressor component, (ii) direct the fuel control component to adjust the fuel flow to a value associated with the reduced compressor pressure ratio, and (iii) dynamically direct the at least one motor to provide a rotational force to the shaft in response to the reduced compressor pressure ratio induced by the gas discharge component.
Steel which has high mechanical strength and high wear resistance and whose chemical composition comprises in % by weight: 0.35 % ≤ C ≤ 1.47 %, 0.05 % ≤ Si ≤ 1.5 %, Mn ≤ 1.95 %, Ni ≤ 2.9 %, 1.1 % ≤ Cr ≤ 7.9 %, 0 % ≤ Mo ≤ 4.29 %, 0.21 % ≤ W ≤ 4.9 % 0.61 % ≤ Mo + W / 2 ≤ 4.4 % 0 % ≤ Ti ≤ 1.49 % 0 % ≤ Zr ≤ 2.9 % 0.21 % ≤ Ti + Zr / 2 ≤ 1.49 % - optionally one or more elements selected from vanadium, niobium and tantalum, at contents such that V ≤ 1.45 %, Nb ≤ 1.45 %, Ta ≤ 1.45 % and V + Nb/2 + Ta/4 ≤ 1.45 %, - optionally up to 0.1 % of boron, - less than 0.005% of sulphur, - optionally up to 0.01% of calcium, - optionally up to 0.5 % of rare earths, - optionally up to 1 % of aluminium, - optionally up to 1 % of copper, the balance being iron and impurities resulting from the production operation, the composition complying with the following conditions: Ti + Zr / 2 / W ≥ 0.20 Ti + Zr / 2 x C ≥ 0.07 0.3 ⁢ % ≤ C* ≤ 1.42 % 800 ≤ D ≤ 1150 with D = 540 C * 0.25 + 245 Mo + W / 2 + 3 V + 1.5 Nb + 0.75 Ta 0.3 + 125 Cr 0.20 + 15.8 Mn + 7.4 Ni + 18 Si and C * = C − Ti / 4 − Zr / 8, and, furthermore, if C* ≥ 0.51 % and if 2.5% ≤ Cr ≤ 3.5%, then W ≤ 0.85 % if Mo < 1.21 % and W/Mo ≤ 0.7 if Mo ≥ 1.21 %. - optionally one or more elements selected from vanadium, niobium and tantalum, at contents such that V ≤ 1.45 %, Nb ≤ 1.45 %, Ta ≤ 1.45 % and V + Nb/2 + Ta/4 ≤ 1.45 %, - optionally up to 0.1 % of boron, - less than 0.005% of sulphur, - optionally up to 0.01% of calcium, - optionally up to 0.5 % of rare earths, - optionally up to 1 % of aluminium, - optionally up to 1 % of copper,
Lighting module (100, 200) for an automotive vehicle, comprising a light guide (150, 200), at least one light-emitting semiconductor component light source of a first type (130, 230), at least one light-emitting semiconductor component light source of a second type (140, 240), the arrangement of the light sources being such that the light sources of the first type (130, 230) and of the second type (140, 240) are capable of emitting light rays in the direction of an entry face (152, 252) of the light guide (150, 200), further comprising a support (110, 210) and a printed circuit board (120, 220) housed on the support (110, 210), the at least one light source of the first type (130, 230) being mounted on the printed circuit board (120, 220), characterized in that the at least one light source of the second type (140, 240) is housed directly on the support (110, 210).
A luminaire comprising: a mounting system comprising an adaptor plate that can be attached to a rail system, a lighting device comprises a shaft having a flange on a second end and configured to have a lamp on a first end, and a mounting device comprising at least a pair of interface plugs (401, 402), wherein the pair of interface plugs (401, 402) are configured to be attached together to form an inner perimeter around a hollow space and the inner perimeter can embrace the second end of the shaft that is received through an opening of the adaptor plate, wherein the inner perimeter is substantially the same or larger than an outer perimeter of the shaft, but smaller than the flange, and wherein the opening of the adaptor plater is bigger than the flange, and smaller than the mounting device when the pair of the interface plugs (401, 402) are attached together. a mounting system comprising an adaptor plate that can be attached to a rail system, a lighting device comprises a shaft having a flange on a second end and configured to have a lamp on a first end, and a mounting device comprising at least a pair of interface plugs (401, 402), wherein the pair of interface plugs (401, 402) are configured to be attached together to form an inner perimeter around a hollow space and the inner perimeter can embrace the second end of the shaft that is received through an opening of the adaptor plate, wherein the inner perimeter is substantially the same or larger than an outer perimeter of the shaft, but smaller than the flange, and wherein the opening of the adaptor plater is bigger than the flange, and smaller than the mounting device when the pair of the interface plugs (401, 402) are attached together.
Brake application device for a disc brake having a brake calliper, in particular an application device according to any of the preceding claims, with at least the following: a) a rotary lever with one or more eccentric sections (12a, b); b) a cross-piece upon which the rotary lever acts, preferably by way of at least one intermediate element; and c) at least two application rams (18a, b) arranged or formed on the cross-piece; d) an adjusting device for the compensation of lining and disc wear; e) a gear arrangement for transmitting the rotary movements of the adjusting device to gear elements of the application rams and/or for synchronizing the rotary movements of elements of the application rams; f) wherein one or more gear elements (32, 33a, b, 34a, b) of the gear arrangement is/are arranged between the rotary lever and the cross-piece, this/these gear element(s) being in the form of gearwheels that mesh with one another; characterised in that g) between the rotary lever and the cross-piece at least one, two or more bearing blocks (16a, b) is/are formed, and at least one of the gear elements engages in a recess of the bearing block, and h) on the bearing block element a centring and bearing attachment is formed, on which at least one of the gearwheels is formed and can rotate. a) a rotary lever with one or more eccentric sections (12a, b); b) a cross-piece upon which the rotary lever acts, preferably by way of at least one intermediate element; and c) at least two application rams (18a, b) arranged or formed on the cross-piece; d) an adjusting device for the compensation of lining and disc wear; e) a gear arrangement for transmitting the rotary movements of the adjusting device to gear elements of the application rams and/or for synchronizing the rotary movements of elements of the application rams; f) wherein one or more gear elements (32, 33a, b, 34a, b) of the gear arrangement is/are arranged between the rotary lever and the cross-piece, this/these gear element(s) being in the form of gearwheels that mesh with one another; characterised in that g) between the rotary lever and the cross-piece at least one, two or more bearing blocks (16a, b) is/are formed, and at least one of the gear elements engages in a recess of the bearing block, and h) on the bearing block element a centring and bearing attachment is formed, on which at least one of the gearwheels is formed and can rotate.
Method (10, 20) for protecting a plurality of devices, carried out by an apparatus, characterized by the following features: - a device-specific assignment (M D) is respectively determined according to an algorithm (f) dependent on one device of the plurality of devices in each case, - the assignment (M D) is stored in a database, - a runtime environment (R D) provided for the respective device is modified by means of a predefined first function (g(M D)) on the basis of the respective assignment (M D), and - the respective device is configured with the modified runtime environment (R D), - wherein application software provided for the respective device is converted into a device-specific binary program (b D) by means of a predefined second function (p(S, M D)) on the basis of the assignment (M D), and - wherein the respective device is programmed with its device-specific binary program (b D). - a device-specific assignment (M D) is respectively determined according to an algorithm (f) dependent on one device of the plurality of devices in each case, - the assignment (M D) is stored in a database, - a runtime environment (R D) provided for the respective device is modified by means of a predefined first function (g(M D)) on the basis of the respective assignment (M D), and - the respective device is configured with the modified runtime environment (R D), - wherein application software provided for the respective device is converted into a device-specific binary program (b D) by means of a predefined second function (p(S, M D)) on the basis of the assignment (M D), and - wherein the respective device is programmed with its device-specific binary program (b D).
A composition comprising a mixture of poly-(hexamethylene-guanidium chloride) and N,N-didecyl-N-methyl-poly(oxyethyl) ammonium propionate, for use in treating, preventing or ameliorating a fungal disease or infection, wherein the composition is formulated for nasal, pulmonary and/or bronchial administration.
Polyamide which can be obtained by polymerization in the presence of at least: (i) dicarboxylic acid and diamine monomers, or salts thereof; (ii) from 0.05 to 0.5 mol% of a multifunctional compound comprising at least three functions X1, relative to the sum of the number of moles of constituent monomers of the polyamide; (iii) from 0.2 to 2 mol% of a monofunctional compound comprising a function X2, relative to the sum of the number of moles of constituent monomers of the polyamide; the functions X1 and X2 being carboxylic acid functions or amine functions, capable of reacting with the dicarboxylic acid and diamine monomers (i) and of forming an amide bond; - when the multifunctional compound (ii) comprises functions X1 of carboxylic acid type, the monofunctional compound (iii) comprises a function X2 of carboxylic acid type; and - when the multifunctional compound (ii) comprises functions X1 of amine type, the monofunctional compound (iii) comprises a function X1 of amine type. (i) dicarboxylic acid and diamine monomers, or salts thereof; (ii) from 0.05 to 0.5 mol% of a multifunctional compound comprising at least three functions X1, relative to the sum of the number of moles of constituent monomers of the polyamide; (iii) from 0.2 to 2 mol% of a monofunctional compound comprising a function X2, relative to the sum of the number of moles of constituent monomers of the polyamide; - when the multifunctional compound (ii) comprises functions X1 of carboxylic acid type, the monofunctional compound (iii) comprises a function X2 of carboxylic acid type; and - when the multifunctional compound (ii) comprises functions X1 of amine type, the monofunctional compound (iii) comprises a function X1 of amine type.
Method for amplifying a sound introduced into a passenger compartment of a motor vehicle, in particular an electrically driven motor vehicle, that is produced by a sound source arranged outside the passenger compartment as a loudspeaker, wherein a correction signal is produced by means of correction signal means that are associated with the sound source and/or with a sound-forwarding structure of the motor vehicle, and wherein the correction signal is determined such that the sound is introduced into the passenger compartment in amplified fashion and the correction signal is determined by means of sound capture means that capture a sound signal caused by the sound.
Method for battery management of a battery having a plurality of battery cells, wherein a maximum value of a current intensity that can be output by the battery is regulated on the basis of a frequency distribution of a mean quadratic current intensity that is output by the battery, wherein indications about a component in a low current intensity range, a first component in a first high current intensity range and a second component in a second high current intensity range are determined from the frequency distribution, wherein the first high current intensity range is lower than the second high current intensity range, characterized in that the regulation takes place depending on target specifications for the components in the first and second high current intensity range (38, 40).