mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring a mobile phone, said mobile phone being integrated in a mobile telecommunications network, comprising the steps of: a) Displaying configuration options, which are options for the configuration of said mobile phone, on a display of said mobile phone; b) Detecting options, which have been opted by a user, in the mobile phone; c) Creating a configuration profile from all of the detected opted configurations in the mobile phone; d) Submitting the bundled configuration profile from the mobile phone to a configuration computer in the mobile telecommunications network; e) Creating data in the configuration computer, which are required for the configuration; f) Submitting the data from the configuration computer to the mobile phone and/or to a service computer in the mobile telecommunications network; g) Getting up the mobile phone and/or the service computer on the basis of the received data; characterized by the following steps: h) Detecting user actions in the normal operation mode of the mobile phone; i) Submitting of the user actions, optionally in processed form, to the configuration computer; j) Creating a configuration profile with modified pre-settings by means of the configuration computer by the aid of a system for the analysis of user actions; k) Creating data which are necessary for the modified configuration; l) Transmitting the data to the mobile phone and/or to the service computer in the mobile telecommunications network; and m) Modifying the setup of the mobile phone based on said data. a) Displaying configuration options, which are options for the configuration of said mobile phone, on a display of said mobile phone; b) Detecting options, which have been opted by a user, in the mobile phone; c) Creating a configuration profile from all of the detected opted configurations in the mobile phone; d) Submitting the bundled configuration profile from the mobile phone to a configuration computer in the mobile telecommunications network; e) Creating data in the configuration computer, which are required for the configuration; f) Submitting the data from the configuration computer to the mobile phone and/or to a service computer in the mobile telecommunications network; g) Getting up the mobile phone and/or the service computer on the basis of the received data; characterized by the following steps: h) Detecting user actions in the normal operation mode of the mobile phone; i) Submitting of the user actions, optionally in processed form, to the configuration computer; j) Creating a configuration profile with modified pre-settings by means of the configuration computer by the aid of a system for the analysis of user actions; k) Creating data which are necessary for the modified configuration; l) Transmitting the data to the mobile phone and/or to the service computer in the mobile telecommunications network; and m) Modifying the setup of the mobile phone based on said data.
A brush head for an electric toothbrush comprising: a bristle support having mounting means for the movable mounting of the bristle support, a plurality of bristle tufts (11, 13a, 13b, 13c) being arranged on the bristle support in at least two rings or regions that are nested within each other, where an outer ring or region comprises outer bristle tufts having an elongated tuft cross-section, which outer bristle tufts are mounted on opposing sides of the outer ring or region, a middle ring or region nested within the outer ring or region comprises several middle bristle tufts (13a, 13b) that each have a cross-section that is smaller than the cross-section of the outer bristle tufts, characterized in that a central area of said middle ring or region comprises at least one bristled section that consists of two centre bristle tufts having a cross-section larger than the cross-section of the middle bristle tufts (13a, 13b) of the middle ring or region, the centre bristle tufts each having an elongated form that is half-moon shaped, banana-shaped or kidney-shaped and the centre bristle tufts complementing each other so that the bristled section of the central area has an approximately circular, oval or elliptical structure, wherein the bristled area within an enveloping circular area that comprises the two centre bristle tufts is between 40% and 80%. a bristle support having mounting means for the movable mounting of the bristle support, a plurality of bristle tufts (11, 13a, 13b, 13c) being arranged on the bristle support in at least two rings or regions that are nested within each other, where an outer ring or region comprises outer bristle tufts having an elongated tuft cross-section, which outer bristle tufts are mounted on opposing sides of the outer ring or region, a middle ring or region nested within the outer ring or region comprises several middle bristle tufts (13a, 13b) that each have a cross-section that is smaller than the cross-section of the outer bristle tufts, characterized in that a central area of said middle ring or region comprises at least one bristled section that consists of two centre bristle tufts having a cross-section larger than the cross-section of the middle bristle tufts (13a, 13b) of the middle ring or region, the centre bristle tufts each having an elongated form that is half-moon shaped, banana-shaped or kidney-shaped and the centre bristle tufts complementing each other so that the bristled section of the central area has an approximately circular, oval or elliptical structure, wherein the bristled area within an enveloping circular area that comprises the two centre bristle tufts is between 40% and 80%.
Gardening attachment tool device for a portable power tool, having at least one attachment tool unit (14a; 14b) with at least one housing (16a; 16b) in which at least one movably mounted cutting element (18a; 18b) of the attachment tool unit (14a; 14b) is arranged without a drive unit, characterized in that the housing (16a; 16b) comprises at least two connected-together housing shell elements (38a, 40a; 38b, 40b).
An organic LED element (100, 200), comprising: a transparent substrate; a light scattering layer formed on the transparent substrate; a transparent first electrode formed on the light scattering layer; an organic light-emitting layer formed on the first electrode; and a second electrode formed on the organic light-emitting layer, wherein the light scattering layer has a base material comprising a glass, and a plurality of scattering materials dispersed in the base material, and the light scattering layer has a bottom surface on the transparent substrate side, an upper surface on the first electrode side and side surfaces, and each of the side surfaces of the light scattering layer has a surface tilted at an angle larger than right angle from the upper surface toward the bottom surface, characterised in that the first electrode is placed so as to continuously cover the side surfaces of the light scattering layer.
A method for converting an algal biomass to a carbon-based chemical, comprising the steps of contacting the algal biomass with a microbial culture for a period of time at an initial temperature and an initial pH, thereby producing an amount of the carbon-based chemical, wherein the microbial culture comprises a thermophilic microorganism capable of surviving in high temperature conditions above 70 °C, and wherein the carbon-based chemical is lactic acid or a salt or ester thereof, wherein the thermophilic microorganism is an isolated strain of the genus Coldicellulosiruptor, wherein the strain is selected from the group consisting of Caldicellulosiruptor sp. DIB041C, deposited as DSM 25771, Coldicellulosiruptor sp. DIB087C, deposited as DSM 25772, Caldicellulosiruptor sp. DIB103C, deposited as DSM 25773, Caldicellulosiruptor sp. DIB104C, deposited as DSM 25774 and Caldicellulosiruptor sp. DIB107C, deposited as DSM 25775, microorganism derived therefrom or progenies thereof, wherein the initial temperature is in the range between 55 °C and 80 °C, preferably between 72 °C and 78 °C.
A process for preparing 6-(4-bromo-2-fluorophenylamino)-7-fluoro-3-methyl-3H-benzoimidazole-5-carboxylic acid (2-hydroxyethyoxy)-amide: the process comprising the steps of: a) reacting a compound of Formula: with a suitable base followed by reacting with an acid to form an intermediate of Formula: and crystallizing the intermediate of Formula; and b) reacting said crystallized intermediate of Formula with a compound of Formula: in the presence of a coupling agent and a proton source to provide a compound of Formula: or a hydrate thereof, wherein P 1 is t-butyl; c) deprotecting said compound of Formula or a hydrate thereof with a suitable deprotecting reagent in a suitable polar aprotic solvent, followed by reacting the deprotected compound with a suitable base to provide Compound A. a) reacting a compound of Formula: with a suitable base followed by reacting with an acid to form an intermediate of Formula: and crystallizing the intermediate of Formula; and b) reacting said crystallized intermediate of Formula with a compound of Formula: in the presence of a coupling agent and a proton source to provide a compound of Formula: or a hydrate thereof, wherein P 1 is t-butyl; c) deprotecting said compound of Formula or a hydrate thereof with a suitable deprotecting reagent in a suitable polar aprotic solvent, followed by reacting the deprotected compound with a suitable base to provide Compound A.
A cleaning bin mountable to an autonomous cleaning robot operable to receive debris from a floor surface, the cleaning bin comprising: an inlet positioned between lateral sides (302a, 302b) of the cleaning bin defining an interior width of the cleaning bin; an outlet configured to connect to a vacuum assembly, the vacuum assembly operable to direct an airflow from the inlet of the cleaning bin to the outlet of the cleaning bin; a debris compartment to receive a first portion of debris separated from the airflow; an air channel positioned above the debris compartment and defined by a top surface of the debris compartment tilted relative to an inner surface of a top wall of the cleaning bin, the air channel spanning the interior width of the cleaning bin and receiving the airflow from the debris compartment through the top surface of the debris compartment; a particulate compartment to receive a second portion of debris separated from the airflow; and a debris separation cone having an inner conduit (328a, 328b) defining an upper opening and lower opening, the upper opening receiving the airflow from the air channel, and the inner conduit tapering from the upper opening to the lower opening such that the airflow forms a cyclone within the inner conduit. an inlet positioned between lateral sides (302a, 302b) of the cleaning bin defining an interior width of the cleaning bin; an outlet configured to connect to a vacuum assembly, the vacuum assembly operable to direct an airflow from the inlet of the cleaning bin to the outlet of the cleaning bin; a debris compartment to receive a first portion of debris separated from the airflow; an air channel positioned above the debris compartment and defined by a top surface of the debris compartment tilted relative to an inner surface of a top wall of the cleaning bin, the air channel spanning the interior width of the cleaning bin and receiving the airflow from the debris compartment through the top surface of the debris compartment; a particulate compartment to receive a second portion of debris separated from the airflow; and a debris separation cone having an inner conduit (328a, 328b) defining an upper opening and lower opening, the upper opening receiving the airflow from the air channel, and the inner conduit tapering from the upper opening to the lower opening such that the airflow forms a cyclone within the inner conduit.
An amusement park ride system, comprising: a plurality of motion bases that are coupled to a path of a ride vehicle, wherein each motion base comprises: a housing; a deck configured to move relative to the housing along a guide path when actuated; an actuator coupled to the deck and configured to cause the deck to be actuated; a counterbalance coupled to the deck and configured to change an internal pressure or move when the deck is actuated; and one or more motion guides coupled to the deck and configured to move in conjunction with the deck relative to the housing when the deck is actuated to define the movement of the deck along the guide path and a controller coupled to the plurality of motion bases and configured to independently control the actuator of each of the plurality of motion bases. a plurality of motion bases that are coupled to a path of a ride vehicle, wherein each motion base comprises: a housing; a deck configured to move relative to the housing along a guide path when actuated; an actuator coupled to the deck and configured to cause the deck to be actuated; a counterbalance coupled to the deck and configured to change an internal pressure or move when the deck is actuated; and one or more motion guides coupled to the deck and configured to move in conjunction with the deck relative to the housing when the deck is actuated to define the movement of the deck along the guide path and a housing; a deck configured to move relative to the housing along a guide path when actuated; an actuator coupled to the deck and configured to cause the deck to be actuated; a counterbalance coupled to the deck and configured to change an internal pressure or move when the deck is actuated; and one or more motion guides coupled to the deck and configured to move in conjunction with the deck relative to the housing when the deck is actuated to define the movement of the deck along the guide path and a controller coupled to the plurality of motion bases and configured to independently control the actuator of each of the plurality of motion bases.
A method of eddy-current testing of electrically conductive objects, based on the excitation of eddy current within an electrically conductive object by using a constant magnetic field, then scanning said electrically conductive object by using an eddy-current transducer comprising at least one constant-field inductor and at least one electromagnetic field variation sensor (6, 6a, 6b) for measuring the variation of electromagnetic field while moving the eddy-current transducer and electrically conductive object, and then registering the signals corresponding to the electromagnetic field variation, according to which the presence of faults is established, characterized in that the excitation of eddy currents within the electrically conductive object is performed by using the surface-type eddy-current transducer with the at least one electromagnetic field variation sensor (6, 6a, 6b) is mounted at only one of the poles of the at least one constant-field inductor and is integrated with it, while the excitation of eddy currents is realised using the constant magnetic field of the at least one constant-field inductor going through the at least one electromagnetic field variation sensor (6, 6a, 6b) for measuring the variation of magnetic field, wherein the scanning is performed by moving the electrically conductive object with respect to the eddy-current transducer and/or by moving said eddy-current transducer with respect to said electrically conductive object.
A method for computing electrical properties of features in an integrated circuit layout design, comprising: - receiving a target layout design defining features to be created in an integrated circuit or portion thereof; - producing a corrected layout including one or more of the features that are compensated for photolithographic process distortions with one or more resolution enhancement techniques; - simulating how the features in the corrected layout will be formed on a wafer; the method being characterized by further: - using a simulated layout image produced from the simulation of how the features in the corrected layout will be formed on the wafer as an input to a field solver to compute the electrical properties of the features, the features of the simulated layout image being defined as polygons including a plurality of vertices to define irregularly-shaped boundaries of the features for use by the field solver. - receiving a target layout design defining features to be created in an integrated circuit or portion thereof; - producing a corrected layout including one or more of the features that are compensated for photolithographic process distortions with one or more resolution enhancement techniques; - simulating how the features in the corrected layout will be formed on a wafer; the method being characterized by further: - using a simulated layout image produced from the simulation of how the features in the corrected layout will be formed on the wafer as an input to a field solver to compute the electrical properties of the features, the features of the simulated layout image being defined as polygons including a plurality of vertices to define irregularly-shaped boundaries of the features for use by the field solver. - using a simulated layout image produced from the simulation of how the features in the corrected layout will be formed on the wafer as an input to a field solver to compute the electrical properties of the features, the features of the simulated layout image being defined as polygons including a plurality of vertices to define irregularly-shaped boundaries of the features for use by the field solver.
A measuring pipette for the sampling and the administration of a substance comprising at least: - one main body comprising a first open end and a second end opposite to the first end, the second end including at least one orifice for the inlet and outlet of the substance, the main body having an elastically deformable wall, - one piston inserted into the main body by the first open end of said main body, the piston being configured to be movable at least in translation in the main body between the first end of the main body and the second end of the main body, the piston comprising a first end creating a local elastic deformation on the wall of the main body, characterized in that the measuring pipette further comprises a limiting member (4, 40) positioned on the outer surface of the wall of the main body and exerting a determined compressive force to prevent the wall of the main body from deforming and thus to stop the piston stroke, the deformation created by the first end of the piston abutting against said limiting member (4, 40). - one main body comprising a first open end and a second end opposite to the first end, the second end including at least one orifice for the inlet and outlet of the substance, the main body having an elastically deformable wall, - one piston inserted into the main body by the first open end of said main body, the piston being configured to be movable at least in translation in the main body between the first end of the main body and the second end of the main body, the piston comprising a first end creating a local elastic deformation on the wall of the main body,
Component system for ventilating a boot space area of a motor vehicle for the purpose of cooling at least one unit located in a boot space area, comprising a loading floor for storing items, the boot space region arranged underneath the loading floor, and a first component, particularly a blank component delimiting regions of the boot space area, with at least one passage for guiding through a flow of air into the boot space area, characterised in that this passage is arranged between the loading floor and the first component.
Device for determining at least one parameter of a flow of a fluid with an elastically deformable cantilever (23, 28, 33, 42, 47), which possesses at least one inflow surface (29, 31, 32, 37, 38, 39, 40, 44, 45, 46, 49, 50) for the fluid, and with a measurement apparatus for measuring the deformation of the cantilever (23, 28, 33, 42, 47), wherein at least one portion of the inflow surface (29, 31, 32, 37, 38, 39, 40, 44, 45, 46, 49, 50) is aligned in an oblique and/or curved manner to a main inflow direction of the fluid, wherein the cantilever (23, 28, 33, 42, 47) has a reflection surface on a side facing away from the inflow surface and the measurement apparatus has a laser, and a beam axis of the laser is directed upon the reflection surface of the cantilever (23, 28, 33, 42, 47), and wherein the cantilever (23, 28, 33, 42, 47) has a first inflow surface, characterized in that the cantilever (23, 28, 33, 42, 47) has an inflow structure (24, 30, 34, 43, 48) at a free end and the inflow structure (24, 30, 34, 43, 48) possesses at least an additional inflow surface (31, 32, 37, 38, 39, 40, 44, 45, 46, 49, 50), wherein the inflow structure (24, 34, 43, 48) is formed to be substantially V-shaped and the V-shaped inflow structure (34, 43, 48) extends away starting from the first inflow surface.
Fibre-reinforced reinforcement strut, comprising an elongated strut profile made of a fibre-reinforced plastic material and at least one end-side connecting section having at least one through-opening perpendicular to the longitudinal axis of the strut profile, wherein the at least one connecting section has a connecting shoe with a closed cross-section, which is pushed over the strut profile, the internal cross-section of the connecting shoe corresponding to the external cross section of the strut profile and the connecting shoe having a through-opening, which at least partially lies above the through-opening of the strut profile, characterised in that the strut profile has a U-shaped cross-section.
A method for use in a headless device, the method comprising: receiving, by a headless device that is without an available user interface and that is to be provisioned for access to a network, information relating to provisioning of the headless device from a network node; sending, by the headless device to a mediator device (112; 708; 902) with a user interface (114, 904), at least a portion of the received information; receiving, by the headless device from the mediator device (112; 708; 902), information to proceed with the provisioning of the headless device; and provisioning the headless device using the information received from the mediator device (112; 708; 902), the provisioning comprising receiving, by the headless device, a security credential that is usable by the headless device to establish connectivity with the network; the security credential relayed by the mediator device (112;708; 902) from a provisioning server. receiving, by a headless device that is without an available user interface and that is to be provisioned for access to a network, information relating to provisioning of the headless device from a network node; sending, by the headless device to a mediator device (112; 708; 902) with a user interface (114, 904), at least a portion of the received information; receiving, by the headless device from the mediator device (112; 708; 902), information to proceed with the provisioning of the headless device; and provisioning the headless device using the information received from the mediator device (112; 708; 902), the provisioning comprising receiving, by the headless device, a security credential that is usable by the headless device to establish connectivity with the network; the security credential relayed by the mediator device (112;708; 902) from a provisioning server.
A blower comprising: a housing having a handle with a gripping portion; an airflow tube extending from the front of the housing; a fan positioned within the housing; a motor driving the fan to blow air out of the airflow tube, the motor positioned below the handle; and a battery to provide power to the motor, characterised in that the battery is positioned below the motor, so that the gripping portion of the handle, the motor and the battery are substantially vertically aligned. a housing having a handle with a gripping portion; an airflow tube extending from the front of the housing; a fan positioned within the housing; a motor driving the fan to blow air out of the airflow tube, the motor positioned below the handle;