mhurhangee/patent-ind-claim-en huggingface dataset:
A snapping roll of a snapping unit of a combine harvesting machine, comprising a forward support rotating assembly comprising: - a frontally open axial seat provided in the snapping roll and having an inner circumferential abutment edge ; - a cylindrical support pin extending axially in the seat and being integral with a support bracket for fixing the assembly to a snapping unit ; - a sliding element interposed between the support pin and the seat ; - an elastic annular seal between the cylindrical support pin and the inner wall of the eat ; characterized in that said assembly further comprises: - a labyrinth seal element comprising a cylindrical ferrule , having a labyrinth cross-section in which there is defined an inner annular seat , and an annular packing seal , comprising a fiber, a binder and a lubricant, received in the annular seat and radially contacting the outer surface of the cylindrical support pin , wherein the labyrinth seal element frontally seals the seat with respect to the outside, wherein said elastic annular seal is axially located between said sliding element and said cylindrical ferrule and wherein the cylindrical ferrule has a substantially F-shaped cross-section in which there is defined an outer annular portion and two parallel inner radial portions between which the seat for the packing seal is defined. - a frontally open axial seat provided in the snapping roll and having an inner circumferential abutment edge ; - a cylindrical support pin extending axially in the seat and being integral with a support bracket for fixing the assembly to a snapping unit ; - a sliding element interposed between the support pin and the seat ; - an elastic annular seal between the cylindrical support pin and the inner wall of the eat ; - a labyrinth seal element comprising a cylindrical ferrule , having a labyrinth cross-section in which there is defined an inner annular seat , and an annular packing seal , comprising a fiber, a binder and a lubricant, received in the annular seat and radially contacting the outer surface of the cylindrical support pin , wherein the labyrinth seal element frontally seals the seat with respect to the outside, wherein said elastic annular seal is axially located between said sliding element and said cylindrical ferrule and wherein the cylindrical ferrule has a substantially F-shaped cross-section in which there is defined an outer annular portion and two parallel inner radial portions between which the seat for the packing seal is defined.
(Currently amended) An electronic device comprising: a location information acquisition module; a sensor comprising a light emitter and a light receiver; and a processor electrically connected to the sensor , wherein the processor is configured to: detect a first illuminance outside of the electronic device through the sensor , output a light through the light emitter when the first illuminance is within a predetermined range, identify whether an external object is in proximity through the sensor , based at least on the light output through the light emitter, determine the first illuminance as illuminance outside of the electronic device when the external object is not in proximity, and when the external object is in proximity, estimate a second illuminance corresponding to the first illuminance based on context information related to to the electronic device and further based on location information acquired through the location information acquisition module. a location information acquisition module; a sensor comprising a light emitter and a light receiver; and a processor electrically connected to the sensor , wherein the processor is configured to: detect a first illuminance outside of the electronic device through the sensor , output a light through the light emitter when the first illuminance is within a predetermined range, identify whether an external object is in proximity through the sensor , based at least on the light output through the light emitter, determine the first illuminance as illuminance outside of the electronic device when the external object is not in proximity, and when the external object is in proximity, estimate a second illuminance corresponding to the first illuminance based on context information related to to the electronic device and further based on location information acquired through the location information acquisition module. detect a first illuminance outside of the electronic device through the sensor , output a light through the light emitter when the first illuminance is within a predetermined range, identify whether an external object is in proximity through the sensor , based at least on the light output through the light emitter, determine the first illuminance as illuminance outside of the electronic device when the external object is not in proximity, and when the external object is in proximity, estimate a second illuminance corresponding to the first illuminance based on context information related to to the electronic device and further based on location information acquired through the location information acquisition module.
A hermetic compressor comprising: a compressor shell ; a terminal that is provided on the compressor shell ; a terminal guard that is erected on the compressor shell and surrounds the terminal ; and a terminal cover that is mounted to the terminal guard and covers the terminal ; wherein a terminal chamber (C1) is defined by the compressor shell , the terminal guard , and the terminal cover , except for at least a body of the terminal , metal portions facing the terminal chamber (C1) are generally covered with an insulator such that the metal portions are not exposed to the terminal chamber (C1), the insulator includes an insulating portion that covers an inner surface of the terminal guard , the insulator includes an insulating sheet that covers an area of the compressor shell , the area facing the terminal chamber (C1), a part of the insulating sheet is disposed between mounting members provided on the inner surface of the terminal guard and the terminal cover , and a gap between the insulating portion that covers the inner surface of the terminal guard and the insulating sheet is smaller than a diameter of a terminal rod of the terminal . a compressor shell ; a terminal that is provided on the compressor shell ; a terminal guard that is erected on the compressor shell and surrounds the terminal ; and a terminal cover that is mounted to the terminal guard and covers the terminal ; wherein a terminal chamber (C1) is defined by the compressor shell , the terminal guard , and the terminal cover , except for at least a body of the terminal , metal portions facing the terminal chamber (C1) are generally covered with an insulator such that the metal portions are not exposed to the terminal chamber (C1), the insulator includes an insulating portion that covers an inner surface of the terminal guard , the insulator includes an insulating sheet that covers an area of the compressor shell , the area facing the terminal chamber (C1), a part of the insulating sheet is disposed between mounting members provided on the inner surface of the terminal guard and the terminal cover , and a gap between the insulating portion that covers the inner surface of the terminal guard and the insulating sheet is smaller than a diameter of a terminal rod of the terminal .
Device for handling weaving accessories, which device comprises at least one holding element for a weaving accessory, and a supporting face for a weaving accessory is arranged on the at least one holding element , and a longitudinal direction (L) is defined by way of the greater extent of the supporting face and a width direction (B) of the holding element is defined by way of the smaller extent of the supporting face, characterized in that the at least one holding element is arranged pivotably about a first axis which is arranged perpendicularly with respect to the longitudinal direction (L) of the holding element, in order to move a weaving accessory, arranged on the supporting face of the holding element , from a receiving position to a drawing-in position by way of pivoting of the holding element about the first axis .
A speed reducer that is connectable to an electric motor , the speed reducer comprising: at least one speed reducing unit for decelerating a rotational driving force of the electric motor and transmitting the decelerated rotational driving force to a rotational driving unit; and a channel provided in a gear of the at least one speed reducing unit and configured to communicate a fluid, characterized in that the channel has a C-shape as the gear is viewed from a direction of a rotational axis of the electric motor . at least one speed reducing unit for decelerating a rotational driving force of the electric motor and transmitting the decelerated rotational driving force to a rotational driving unit; and a channel provided in a gear of the at least one speed reducing unit and configured to communicate a fluid, characterized in that the channel has a C-shape as the gear is viewed from a direction of a rotational axis of the electric motor .
A method for automated defect classification of a sample by means of acoustic ultrasonic microscopy, in particular in the frequency range of 10 MHz to 2000 MHz, wherein a sample is scanned with an ultrasonic microscope with at least one ultrasonic transducer and a pulse generating and receiving unit, which is connected with the at least one ultrasonic transducer , the sample is positioned stepwise relative to the ultrasonic transducer or transducers at raster points, and one or more ultrasound signals is or are generated at each raster point and recorded after reflection on and/or in the sample and/or after transmission by the sample , wherein the chronological sequences of the recorded ultrasound signals reflected and/or transmitted, so-called A-scan signals, are digitized and analysed, in particular classified, with regard to defects by means of at least one neural network , which had previously been trained in an initial training by means of a deep learning algorithm with the help of A-scan signals of ultrasonic microscope scans of one or more control samples of the same type as the sample unsupervised or with known and labelled defects.
A method for ice detection in a zone of non-detection of an icing envelope associated with an aircraft , comprising: receiving a plurality of temperature measurements from temperature sensors of the aircraft ; characterized by determining whether a first count of one or more first temperature metrics that are within a temperature range is greater than a first threshold, wherein the one or more first temperature metrics are derived from the plurality of temperature measurements, wherein the temperature range is indicative of the non-detection zone; and initiating generating an icing output signal when the first count is greater than or equal to the first threshold. receiving a plurality of temperature measurements from temperature sensors of the aircraft ; characterized by determining whether a first count of one or more first temperature metrics that are within a temperature range is greater than a first threshold, wherein the one or more first temperature metrics are derived from the plurality of temperature measurements, wherein the temperature range is indicative of the non-detection zone; and initiating generating an icing output signal when the first count is greater than or equal to the first threshold.
Mobile component, in particular a mobile component that can move on a travel surface, the mobile component having a frame , in particular a load-accommodating means, a first spindle being arranged or formed on the frame , and a first rocker being rotatably mounted on said spindle, a drive unit and a roller unit being arranged on the first rocker , the roller unit being spaced apart from the first spindle , and the drive unit being spaced apart from the first spindle , the first spindle being arranged on the first rocker between the drive unit and the roller unit, the drive unit having a driving wheel that is driven by an electric motor either directly or by means of a gearing, the roller unit having a rotatably mounted supporting roller or steering roller, characterised in that there is arranged on the frame at least one third spindle , on which a third rocker is rotatably mounted, on which two spaced-apart second spindles are arranged, the third spindle in particular being arranged on the third rocker between the two second spindles , a respective second rocker being rotatably mounted on each second spindle , two spaced-apart second roller units being arranged on the second rocker , in particular being fastened thereto, the second spindle being arranged on the second rocker between the two second roller units, each of the two second roller units having a respective rotatably mounted supporting roller or steering roller. the mobile component having a frame , in particular a load-accommodating means, a first spindle being arranged or formed on the frame , and a first rocker being rotatably mounted on said spindle, a drive unit and a roller unit being arranged on the first rocker , the roller unit being spaced apart from the first spindle , and the drive unit being spaced apart from the first spindle , the first spindle being arranged on the first rocker between the drive unit and the roller unit, the drive unit having a driving wheel that is driven by an electric motor either directly or by means of a gearing, the roller unit having a rotatably mounted supporting roller or steering roller, characterised in that there is arranged on the frame at least one third spindle , on which a third rocker is rotatably mounted, on which two spaced-apart second spindles are arranged, the third spindle in particular being arranged on the third rocker between the two second spindles , a respective second rocker being rotatably mounted on each second spindle , two spaced-apart second roller units being arranged on the second rocker , in particular being fastened thereto, the second spindle being arranged on the second rocker between the two second roller units, each of the two second roller units having a respective rotatably mounted supporting roller or steering roller.
A processor-implemented method , characterized in that , comprising: receiving multiple applications associated with an organization; deriving a purpose for each of the multiple applications associated with the organization, wherein the purpose for each of the multiple applications is derived based on information associated with functions in each of the multiple applications; capturing consents of data subjects for the derived purpose of each of the multiple application in a data subject preference master; and performing reconciliation of the data subject preference master and data subjects' data available in the organization to determine consent lacking information by: sending a read request to the data subject preference master; receiving encrypted information associated with the read request from the data subject preference master in at least two parts; decrypting the information received in the at least two parts using associated decryption keys, wherein one of the at least two parts comprise data subject identity and the remaining part comprise mapping of a hash value of the data subject identity and data sharing preference information; concatenating the information received in the at least two parts upon decryption; and performing reconciliation of the concatenated information and data subjects' data available in the organization to determine the consent lacking information. receiving multiple applications associated with an organization; deriving a purpose for each of the multiple applications associated with the organization, wherein the purpose for each of the multiple applications is derived based on information associated with functions in each of the multiple applications; capturing consents of data subjects for the derived purpose of each of the multiple application in a data subject preference master; and performing reconciliation of the data subject preference master and data subjects' data available in the organization to determine consent lacking information by: sending a read request to the data subject preference master; receiving encrypted information associated with the read request from the data subject preference master in at least two parts; sending a read request to the data subject preference master; receiving encrypted information associated with the read request from the data subject preference master in at least two parts; decrypting the information received in the at least two parts using associated decryption keys, wherein one of the at least two parts comprise data subject identity and the remaining part comprise mapping of a hash value of the data subject identity and data sharing preference information; concatenating the information received in the at least two parts upon decryption; and performing reconciliation of the concatenated information and data subjects' data available in the organization to determine the consent lacking information. concatenating the information received in the at least two parts upon decryption; and performing reconciliation of the concatenated information and data subjects' data available in the organization to determine the consent lacking information.
A method for measuring the light absorbance of a substance in a solution, the method comprising the steps of: i) providing a first LED light source having a first wavelength output and a second LED light source having a second wavelength different from the first wavelength; ii) directing light output from the first LED light source through the substance in solution flowing through a flow cell; iii) measuring the light absorbance of the substance in solution by means of quantifying the intensity of the light propagating from the solution thereby to provide an indication of the concentration of the substance in the solution; and iv) repeating the steps ii) and iii) using a second LED light source ; the method being characterised in that said step iv) is carried out in response to a change in the light absorbance of the solution in the flow cell following steps ii) and iii) carried out at the first wavelength. i) providing a first LED light source having a first wavelength output and a second LED light source having a second wavelength different from the first wavelength; ii) directing light output from the first LED light source through the substance in solution flowing through a flow cell; iii) measuring the light absorbance of the substance in solution by means of quantifying the intensity of the light propagating from the solution thereby to provide an indication of the concentration of the substance in the solution; and iv) repeating the steps ii) and iii) using a second LED light source ;
Ultrasonic machine tool comprising a first sonotrode with a first resonant frequency f 1 , a first converter , which is connected to the first sonotrode , and a generator with a generator output for generating a first electrical alternating voltage with the first frequency f 1 or substantially with the first frequency f 1 and for outputting the first electrical alternating voltage at the generator output, wherein the generator output is connected to the first converter , characterized in that a second sonotrode with a second resonant frequency f 2 and a second converter , which is connected to the second sonotrode , are provided, wherein the generator output is connected to the second converter , and the generator is formed so as to generate a mixed signal which has the first electrical alternating voltage and a second electrical alternating voltage with the second frequency f 2 or substantially with the second frequency f 2 , and to output the mixed signal at the generator output, and wherein the first frequency f 1 and the second frequency f 2 differ from one another.
A method in a system capable of communicating with a geo-location database maintaining geographical information on availability of licensed frequency spectrum for shared use, and a database storing a site map of a mobile communications network, said map including locations of sites, where wireless access to the mobile communications network is provided, the method comprising: obtaining geographical information on availability of licensed frequency spectrum for shared use; obtaining the site map of the mobile communications network, said map including locations of sites, where wireless access to the mobile communications network is provided; determining a configuration of frequencies for the sites on the basis of the available licensed frequencies for shared use at each location of the sites; determining coverage areas of one or more sites of the mobile communications network; generating a request including the determined coverage areas to a database including information on availability of the licensed frequency spectrum for shared use, wherein the coverage areas are distorted for example by adding a relative value, adding an absolute value, applying a mask pattern to the coverage areas, and any combination of the previous, the method further comprising communicating the determined configuration to an operations administration and maintenance, OAM, system of the mobile communications network for commissioning the determined configuration. obtaining geographical information on availability of licensed frequency spectrum for shared use; obtaining the site map of the mobile communications network, said map including locations of sites, where wireless access to the mobile communications network is provided; determining a configuration of frequencies for the sites on the basis of the available licensed frequencies for shared use at each location of the sites; determining coverage areas of one or more sites of the mobile communications network; generating a request including the determined coverage areas to a database including information on availability of the licensed frequency spectrum for shared use, wherein the coverage areas are distorted for example by adding a relative value, adding an absolute value, applying a mask pattern to the coverage areas, and any combination of the previous, the method further comprising communicating the determined configuration to an operations administration and maintenance, OAM, system of the mobile communications network for commissioning the determined configuration.