mhurhangee/patent-ind-claim-en huggingface dataset:
Sealing washer for use in a rotor, in particular of a gas turbine, - with a bearing face which has an angle with respect to a radial direction of at most 15° and is delimited by an outer bearing edge and an inner bearing edge , and - with a supporting face which has an angle with respect to the rotor axis of at least 15° and at most 45° and is delimited by a front supporting edge and a rear supporting edge , comprising at least - a washer section which extends in the circumferential direction, and - a pressing section which adjoins a first section end of the washer section in one piece in the circumferential direction and forms a gap with respect to a second section end of the washer section or another washer section , and - a triangular section which adjoins the second section end in one piece in the circumferential direction and forms a gap with respect to the first section end and overlaps the pressing section along a dividing face , a lower dividing face edge of the dividing face being arranged between the center of the bearing face and the inner bearing edge , characterized in that the cross-sectional area of the triangular section corresponds to at most 0.3 times the cross-sectional area of the washer section and an upper dividing face edge of the dividing face is arranged between the center of the supporting face and the rear supporting edge . - with a bearing face which has an angle with respect to a radial direction of at most 15° and is delimited by an outer bearing edge and an inner bearing edge , and - with a supporting face which has an angle with respect to the rotor axis of at least 15° and at most 45° and is delimited by a front supporting edge and a rear supporting edge , comprising at least - a washer section which extends in the circumferential direction, and - a pressing section which adjoins a first section end of the washer section in one piece in the circumferential direction and forms a gap with respect to a second section end of the washer section or another washer section , and - a triangular section which adjoins the second section end in one piece in the circumferential direction and forms a gap with respect to the first section end and overlaps the pressing section along a dividing face , a lower dividing face edge of the dividing face being arranged between the center of the bearing face and the inner bearing edge , characterized in that the cross-sectional area of the triangular section corresponds to at most 0.3 times the cross-sectional area of the washer section and an upper dividing face edge of the dividing face is arranged between the center of the supporting face and the rear supporting edge .
A combustion engine comprising an exhaust gas aftertreatment system having at least one injector for injecting a reductant into an exhaust gas passage, and an emergency stop that cuts down the energy supply of the components of the engine upon activation, characterized in that the combustion engine comprises an injector extraction system that extracts the injector from the exhaust gas passage when the emergency stop is activated.
A bonded abrasive wheel comprising magnetizable abrasive particles retained in a first organic binder , wherein the bonded abrasive wheel has a central portion adjacent to a central hub , wherein the bonded abrasive wheel has an outer circumference and a rotational axis extending through the central hub , characterised in that the magnetizable abrasive particles adjacent to the central hub are aligned at an average angle of less than 35 degrees with respect to the rotational axis , and in that the magnetizable abrasive particles adjacent to the outer circumference of the bonded abrasive wheel are aligned at an average angle that is from 35 and 90 degrees, inclusive, with respect to the rotational axis . the magnetizable abrasive particles adjacent to the central hub are aligned at an average angle of less than 35 degrees with respect to the rotational axis , and in that the magnetizable abrasive particles adjacent to the outer circumference of the bonded abrasive wheel are aligned at an average angle that is from 35 and 90 degrees, inclusive, with respect to the rotational axis .
A method for determining a metric position information for a mobile device based on an environmental representation, wherein the metric position defines a position of the mobile device in a Cartesian coordinate system, and the method comprising the following steps: generating sensor data by at least one sensor (2.1, 2.2) mounted on the mobile device (S2), acquiring displacement data of the mobile device by an odometer system (S5), and generating an environmental representation based on the sensor data by applying a slowness learning algorithm (S3), wherein the mobile device moves along a trajectory and the displacement data and the sensor data are acquired while the mobile device is moving along the trajectory, and the trajectory comprises plural curve segments, calculating a set of mapping parameters based on the environmental representation and the displacement data (S8), wherein the plural curve segments are parameterized by curve parameters in the step of calculating the set of mapping parameters, and determining a metric position estimation (S11) based on a further environmental representation and the calculated set of mapping parameters, and the method is characterized in that the method comprises a step of segmenting the trajectory into the curve segments with a set of curve parameters for each curve segment (S6), and in the step of calculating the set of mapping parameters (S8), the set of mapping parameters and the set of curve parameters are calculated by minimizing on all curve segments a difference measure between positions obtained by means of the displacement data on the one hand and corresponding positions obtained by means of a slow feature vector on the other hand, generating sensor data by at least one sensor (2.1, 2.2) mounted on the mobile device (S2), acquiring displacement data of the mobile device by an odometer system (S5), and generating an environmental representation based on the sensor data by applying a slowness learning algorithm (S3), wherein the mobile device moves along a trajectory and the displacement data and the sensor data are acquired while the mobile device is moving along the trajectory, and the trajectory comprises plural curve segments, calculating a set of mapping parameters based on the environmental representation and the displacement data (S8), wherein the plural curve segments are parameterized by curve parameters in the step of calculating the set of mapping parameters, and determining a metric position estimation (S11) based on a further environmental representation and the calculated set of mapping parameters, and the method is characterized in that the method comprises a step of segmenting the trajectory into the curve segments with a set of curve parameters for each curve segment (S6), and in the step of calculating the set of mapping parameters (S8), the set of mapping parameters and the set of curve parameters are calculated by minimizing on all curve segments a difference measure between positions obtained by means of the displacement data on the one hand and corresponding positions obtained by means of a slow feature vector on the other hand,
A power supply apparatus having means for connecting to a power source via a first power line and for supplying power to a device via a second power line , said device having a second power line communication apparatus that performs communication with a first power line communication apparatus via said first power line and said second power line , the power supply apparatus further comprising: a receiving section that is adapted to receive a first multicarrier signal that is superimposed on the first power line , is transmitted from the first power line communication apparatus and has a first frequency band via the first power line ; a frequency conversion section that is adapted to convert the first multicarrier signal to a second multicarrier signal having a second frequency band below the first frequency band; and a transmitting section that is adapted to transmit the second multicarrier signal to the second power line communication apparatus via the second power line . a receiving section that is adapted to receive a first multicarrier signal that is superimposed on the first power line , is transmitted from the first power line communication apparatus and has a first frequency band via the first power line ; a frequency conversion section that is adapted to convert the first multicarrier signal to a second multicarrier signal having a second frequency band below the first frequency band; and a transmitting section that is adapted to transmit the second multicarrier signal to the second power line communication apparatus via the second power line .
An optical zoom camera module, comprising: at least two camera module components and a glue material located between the at least two camera module components; wherein each of the at least two camera module components has at least one lens group, and each of the lens groups includes at least one lens, and all of the lens groups of the at least two camera module components together constitute an imageable optical system, and at least two of the lens groups are a movable lens group, and the at least two movable lens groups are respectively fixed with different motor carriers , so as to move separately under the driving of a motor; wherein, the cured glue material fixes and supports the at least two camera module components, so that relative positions of the at least two camera module components are maintained at relative positions determined by an active alignment, wherein the active alignment adjusts the relative position of the at least two camera module components based on an actual imaging result of the optical system; wherein the at least two camera module components include a first camera module component , wherein first camera module component includes a first lens group having an upper subgroup of first lens group and a lower subgroup of first lens group ; characterized in that the glue material includes the first glue material , and the first glue material is located between the upper subgroup of first lens group and the lower subgroup of first lens group , and the cured first glue material fixes and supports the upper subgroup of first lens group and the lower subgroup of first lens group , so that relative positions of the two are maintained at the relative positions determined by the active alignment. wherein, the cured glue material fixes and supports the at least two camera module components, so that relative positions of the at least two camera module components are maintained at relative positions determined by an active alignment, wherein the active alignment adjusts the relative position of the at least two camera module components based on an actual imaging result of the optical system; wherein the at least two camera module components include a first camera module component , wherein first camera module component includes a first lens group having an upper subgroup of first lens group and a lower subgroup of first lens group ; characterized in that the glue material includes the first glue material , and the first glue material is located between the upper subgroup of first lens group and the lower subgroup of first lens group , and the cured first glue material fixes and supports the upper subgroup of first lens group and the lower subgroup of first lens group , so that relative positions of the two are maintained at the relative positions determined by the active alignment.
A method for a voice assistant device which can be triggered to switch from a sleep mode to a wake-up mode using a trigger word, the method comprising: receiving, by the voice assistant device, at least one voice input from a user during the wake-up mode of the voice assistance device; identifying, by the voice assistant device, intent associated with the at least one voice input from the user; characterised by determining, by the voice assistant device, a probability of issuance of a subsequent voice input from the user based on at least one of the intent, historic data and one or more contextual factors; determining, by the voice assistant device, an extended wake-up duration of the voice assistant device, when the probability is greater than a predefined threshold value; and extending, by the voice assistant device, a duration of the wake-up mode of the voice assistant device to the extended wake-up duration to receive the subsequent voice input from the user. receiving, by the voice assistant device, at least one voice input from a user during the wake-up mode of the voice assistance device; identifying, by the voice assistant device, intent associated with the at least one voice input from the user; characterised by determining, by the voice assistant device, a probability of issuance of a subsequent voice input from the user based on at least one of the intent, historic data and one or more contextual factors; determining, by the voice assistant device, an extended wake-up duration of the voice assistant device, when the probability is greater than a predefined threshold value; and extending, by the voice assistant device, a duration of the wake-up mode of the voice assistant device to the extended wake-up duration to receive the subsequent voice input from the user.
A system for detecting an intrusion (X), comprising: an illuminating source , adapted to direct illuminating beams along a plurality of angularly divergent optical paths , each illuminating beam being collimated and directed in its own specific direction; a linear array of detector elements having a field of view, each of the detector elements of said linear array being adapted to image reflected light originating from that one of said plurality of angularly divergent optical paths with which the detector element is associated angularly; and a signal processing unit adapted to determine the time of flight of any one of said illuminating beams, between the time of transmission from its illuminating source to the time of detection in its associated detection element (60-63), wherein a change detected in said time of flight indicates that an intrusion (X) has occurred. an illuminating source , adapted to direct illuminating beams along a plurality of angularly divergent optical paths , each illuminating beam being collimated and directed in its own specific direction; a linear array of detector elements having a field of view, each of the detector elements of said linear array being adapted to image reflected light originating from that one of said plurality of angularly divergent optical paths with which the detector element is associated angularly; and a signal processing unit adapted to determine the time of flight of any one of said illuminating beams, between the time of transmission from its illuminating source to the time of detection in its associated detection element (60-63),
A method of preparing an electrochromic device in which an electrolyte layer and an ion storage layer are placed on an electrochromic layer containing a reducing electrochromic material sequentially, wherein the method comprises a step of inserting monovalent cations into the electrochromic layer before placing the electrolyte layer on the electrochromic layer, wherein the monovalent cations are inserted into the electrochromic layer by thermal evaporation deposition under a pressure condition of 10 mTorr or less, characterized in that the thermal evaporation deposition is performed under a temperature condition in a range of 500 to 700°C . a step of inserting monovalent cations into the electrochromic layer before placing the electrolyte layer on the electrochromic layer, wherein the monovalent cations are inserted into the electrochromic layer by thermal evaporation deposition under a pressure condition of 10 mTorr or less, characterized in that the thermal evaporation deposition is performed under a temperature condition in a range of 500 to 700°C .
A multilayer film comprising: (a) two or more non-plasticized layers comprising lactic acid polymer; and (b) one or more plasticized layers comprising lactic acid polymer and plasticizer sandwiched between the two or more lactic acid polymer layers; wherein the thickness of the one or more plasticized layers comprises from 65% to 70% of the total thickness of the multilayer film. (a) two or more non-plasticized layers comprising lactic acid polymer; and (b) one or more plasticized layers comprising lactic acid polymer and plasticizer sandwiched between the two or more lactic acid polymer layers;
A method of visualizing a colon of a patient, the method comprising computer implemented steps of: receiving a medical image suitable for virtual colonoscopy of the patient; identifying from the medical image a diameter of the colon ; determining if the diameter of the colon is less than a pre-defined threshold; and adjusting one or more voxels associated with the colon in the medical image, if the diameter of the colon is less than the pre-defined threshold, wherein the one or more voxels are adjusted such that the diameter of the colon in the medical image is equal to or greater than the pre-defined threshold. receiving a medical image suitable for virtual colonoscopy of the patient; identifying from the medical image a diameter of the colon ; determining if the diameter of the colon is less than a pre-defined threshold; and adjusting one or more voxels associated with the colon in the medical image, if the diameter of the colon is less than the pre-defined threshold, wherein the one or more voxels are adjusted such that the diameter of the colon in the medical image is equal to or greater than the pre-defined threshold.
A compound for use in the treatment of neuropathic pain, wherein the compound is a compound represented by the formula : wherein each of R 1 and R 2 independently represents H, -OH, or -OR 11 wherein R 11 represents a C1-3 alkyl group; each of R 3 and R 4 independently represents H, -OH, or -OR 12 wherein R 12 represents a C1-3 alkyl group; and one of R 5 and R 6 is H, and the other is C 2-6 alkenyl group, a 3,7-dimethyl-2,6-octadienyl group or a 5-methyl-2- (1-methylethenyl)-4-hexenyl group, or a pharmaceutically acceptable salt of the compound, or a solvate of the compound. each of R 1 and R 2 independently represents H, -OH, or -OR 11 wherein R 11 represents a C1-3 alkyl group; each of R 3 and R 4 independently represents H, -OH, or -OR 12 wherein R 12 represents a C1-3 alkyl group; and one of R 5 and R 6 is H, and the other is C 2-6 alkenyl group, a 3,7-dimethyl-2,6-octadienyl group or a 5-methyl-2- (1-methylethenyl)-4-hexenyl group, or a pharmaceutically acceptable salt of the compound, or a solvate of the compound.
Hob apparatus with at least one sensor which is provided to detect at least one temperature characteristic variable of an item of cookware and/or of a food to be cooked, and with a control unit which is provided to process the at least one temperature characteristic variable, characterised in that the control unit is provided to output at least one period of time at least substantially remaining, after which a temperature-regulated cooking procedure is available, wherein the at least one period of time at least substantially remaining is a period of time at least substantially remaining before a cooking program is available, wherein the cooking program is a procedure performed by the control unit , proceeding automatically, in which the control unit automatically sets at least one cooking parameter to a value and/or regulates it to a value of a value of a reference variable of the at least one cooking parameter which is to be reached at a particular time, wherein a temporal sequence of the at least one cooking parameter is specified.
Cooking appliance comprising a cooking chamber , a wall of the cooking chamber and a light guide device for guiding light into the cooking chamber of the cooking appliance, the light guide device having the following features: - a light decoupling element comprising an abutment face for abutting an inner face of the wall of the cooking chamber in a fluid-tight manner and comprising an outer face opposite the abutment face, the abutment face comprising a base ; and - a rod-shaped light coupling element which extends out from the base of the abutment face of the light coupling element and has a coupling surface which can be arranged outside of the cooking chamber in order to couple in light, the rod-shaped light coupling element being oriented at an angle between 10 degrees and 80 degrees to the light decoupling element and/or the wall of the cooking chamber , characterised in that the outer face of the light decoupling element has a curved decoupling surface for directionally decoupling light from the light decoupling element and the light guide device with a rod-shaped latching dome which extends out from the base of the abutment face of the light decoupling element , can be guided through a through-opening of the wall and has a latching device for latching the latching dome to the wall of the cooking chamber , the light coupling element and the at least one latching dome having different angles to the base of the abutment face of the light decoupling element and in particular the longitudinal axes of said light coupling element and latching dome being in different spatial planes. - a light decoupling element comprising an abutment face for abutting an inner face of the wall of the cooking chamber in a fluid-tight manner and comprising an outer face opposite the abutment face, the abutment face comprising a base ; and - a rod-shaped light coupling element which extends out from the base of the abutment face of the light coupling element and has a coupling surface which can be arranged outside of the cooking chamber in order to couple in light, the rod-shaped light coupling element being oriented at an angle between 10 degrees and 80 degrees to the light decoupling element and/or the wall of the cooking chamber ,
An electron beam 3D printing machine , comprising a first chamber for generating and accelerating an electron beam and a second operating chamber , in which a metal powder is melted, with the consequent production of a three-dimensional product; the second chamber housing at least one platform for depositing the metal powder, metal powder handling means and electron beam deflection means ; said 3D printing machine being characterized in that it comprises, in sequence, a cathode housed in said first chamber and designed to provide currents ranging between 0.5 and 2mA; a set of electrostatic lenses housed in said first chamber ; a series of resonant accelerator cavities with time-variable electromagnetic fields obeying a sinusoidal law , the oscillation frequency of which is in the GHz range, and housed in said first chamber ; and a window assembly arranged between said first chamber and said second chamber ; said window assembly comprising an upper dividing wall and a lower dividing wall that, with the upper dividing wall , forms a compensation chamber ; a window , through which the electron beam passes, and a valve , for placing said first chamber and the pressure compensation chamber in communication, being inserted in said dividing wall; an aperture equipped with a closing flange being provided in said lower dividing wall .
A pigment water dispersion liquid comprising an azomethine metal complex pigment (A) and a polymer dispersant (B), in which in an optical absorption spectrum of the pigment water dispersion liquid, a ratio of a maximum absorbance (A1 max ) in a wavelength range of not less than 440 nm and less than 465 nm to a maximum absorbance (A2 max ) in a wavelength range of not less than 420 nm and less than 440 nm [(A1 max )/(A2 max )] is not less than 1.000.