mhurhangee/ep-ind-claims huggingface dataset:
An aerosol generating article comprising: a heat source; an aerosol-forming substrate downstream of the heat source; an airflow directing element downstream of the aerosol-forming substrate, the airflow directing element comprising an air-permeable segment, the air-permeable segment defining a cavity; and at least one air inlet for allowing air to be drawn into the aerosol generating article, wherein the aerosol generating article includes a first airflow pathway and a second airflow pathway, wherein the first airflow pathway extends from the at least one air inlet, through the aerosol-forming substrate and into the distal end of the cavity, wherein the second airflow pathway extends from the at least one air inlet, through the air-permeable segment and into the cavity at a point downstream of the distal end of the cavity, and wherein the at least one air inlet is located downstream of the distal end of the airflow directing element and wherein the longitudinal cross sectional area of the cavity is at least 30 percent of the total longitudinal cross sectional area of the aerosol generating article. a heat source; an aerosol-forming substrate downstream of the heat source; an airflow directing element downstream of the aerosol-forming substrate, the airflow directing element comprising an air-permeable segment, the air-permeable segment defining a cavity; and at least one air inlet for allowing air to be drawn into the aerosol generating article, wherein the aerosol generating article includes a first airflow pathway and a second airflow pathway, wherein the first airflow pathway extends from the at least one air inlet, through the aerosol-forming substrate and into the distal end of the cavity, wherein the second airflow pathway extends from the at least one air inlet, through the air-permeable segment and into the cavity at a point downstream of the distal end of the cavity, and wherein the at least one air inlet is located downstream of the distal end of the airflow directing element and wherein the longitudinal cross sectional area of the cavity is at least 30 percent of the total longitudinal cross sectional area of the aerosol generating article.
Pivot fitting for a door leaf having a supporting fitting part and a fitting part rotatable about a pivot bearing of the supporting fitting part, wherein the supporting fitting part comprises a frame part and an adjusting part mounted In the frame part, wherein the adjusting part has a carrier which projects out of the frame part and on the free end of which the pivot bearing is arranged, wherein the rotatable fitting part is designed as a rectangular fitting part, the first leg of which is hinged to the pivot bearing and the second leg of which has a fastening section for fastening to the door leaf and can be rotated from a first position, in which the first leg is arranged between the pivot bearing and the frame part and the second leg runs at a right angle to the carrier, into a second position, in which the first leg forms an extension of the carrier and the second leg extends at a right angle to the carrier on the opposite side of the carrier, and the frame part is designed as a receiving pocket into which the adjusting part can be inserted in an insertion direction and in which the adjusting part is adjustably mounted relative to the frame part parallel to the insertion direction and perpendicular to the insertion direction, wherein the adjusting part is formed by a base body and an insert part that can be inserted into the base body in a form-fitting manner perpendicular to the insertion direction, wherein the base body is held on the insert part so as to be adjustable perpendicularly to the insertion direction, characterized in that a side wall plate is fastened on an Inner wall of the receiving pocket and has a holding tab which projects into an insertion opening of the receiving pocket and with which the insert part of the adjusting part is screwable to at least one fastening screw guided parallel to the insertion direction, and the insert part is adjustable parallel to the insertion direction relative to the holding tab with an adjusting screw guided parallel to the insertion direction.
Fixing device for an electrostatic high-voltage electrode for exhaust gas cleaning containing - a high-voltage insulator, - on the electrode side of the insulator at least one arm (15, 16, 17, 18) containing a retaining means for retaining a high-voltage electrode fixed on the retaining means and - on the mounting side of the insulator at least one mounting means for mounting the support on a mounting location outside an exhaust duct of a chimney, characterized in that the fixing device is provided with at least one pull-back element (43, 55, 56, 57, 59) which forms an articulated junction between the at least one mounting means and the retaining means and which makes possible, during the cleaning in the exhaust duct with a leaning device, an excursion of the retaining means and, if need be, of a high-voltage electrode fixed thereto from the operational position and an automatic restoring into the operational position. - a high-voltage insulator, - on the electrode side of the insulator at least one arm (15, 16, 17, 18) containing a retaining means for retaining a high-voltage electrode fixed on the retaining means and - on the mounting side of the insulator at least one mounting means for mounting the support on a mounting location outside an exhaust duct of a chimney, characterized in that the fixing device is provided with at least one pull-back element (43, 55, 56, 57, 59) which forms an articulated junction between the at least one mounting means and the retaining means and which makes possible, during the cleaning in the exhaust duct with a leaning device, an excursion of the retaining means and, if need be, of a high-voltage electrode fixed thereto from the operational position and an automatic restoring into the operational position.
A gypsum plasterboard comprising at least an upper gypsum layer having a first density, first hardness and first thickness and a lower gypsum layer having a second density, a second hardness and a second thickness, wherein the first thickness is lower than the second thickness, characterized in that the first density is lower than the second density and/or the first hardness is lower than the second hardness.
Method for monitoring the functionality status of a wheel mounted on a bogie of a rail vehicle, comprising: - detecting a deformation of a brake for braking the wheel in the circumferential direction of the wheel, and - performing a plausibility check on the detected deformation on the basis of a comparison with a target position. - detecting a deformation of a brake for braking the wheel in the circumferential direction of the wheel, and - performing a plausibility check on the detected deformation on the basis of a comparison with a target position.
A method of locating a surface feature for geometrically segmented coatings on a gas turbine engine component having contoured surfaces comprising: providing said gas turbine engine component having at least one contoured surface; overlaying an assembly of ligaments on said contoured surface; identifying a location for a surface feature on at least one of a geometric center of said assembly of ligaments and an intersection of said assembly of ligaments, a center of said ligaments, an end of said ligaments, and a combination of center and end of said ligaments; forming said surface feature in said contoured surface at said location; and disposing a thermally insulating topcoat over said surface feature, forming segmented portions that are separated by faults extending through the thermally insulating topcoat from said surface feature. providing said gas turbine engine component having at least one contoured surface; overlaying an assembly of ligaments on said contoured surface; identifying a location for a surface feature on at least one of a geometric center of said assembly of ligaments and an intersection of said assembly of ligaments, a center of said ligaments, an end of said ligaments, and a combination of center and end of said ligaments; forming said surface feature in said contoured surface at said location; and disposing a thermally insulating topcoat over said surface feature, forming segmented portions that are separated by faults extending through the thermally insulating topcoat from said surface feature.
A method for the management of pop-up windows displayed on a user screen in a television, comprising: providing a television set with a user screen; providing an input device to the television set; assigning a priority and a key handler for defining a processing pattern of a key input to each of pop-up windows at a design time, wherein the priority means a value that determines ranking of one pop-up window over the other pop-up window, a pop-up window with higher priority has a preferential right for consuming a key input. followed by the steps of: retrieving a certain pop-up window from a user interface manager by an application to be currently executed, and when a key input is received from a user via an input device to the television set in a situation that two or more pop-up windows are displayed on the user screen, calling the key handler of the pop-up window with higher priority based on the priority of the two or more pop-up windows, and processing a key input from a user based on the called key handler, wherein layering of the pop-up windows to be displayed on the user screen is managed based on the priority under control of the user interface manager. providing a television set with a user screen; providing an input device to the television set; assigning a priority and a key handler for defining a processing pattern of a key input to each of pop-up windows at a design time, wherein the priority means a value that determines ranking of one pop-up window over the other pop-up window, a pop-up window with higher priority has a preferential right for consuming a key input. followed by the steps of: retrieving a certain pop-up window from a user interface manager by an application to be currently executed, and when a key input is received from a user via an input device to the television set in a situation that two or more pop-up windows are displayed on the user screen, calling the key handler of the pop-up window with higher priority based on the priority of the two or more pop-up windows, and retrieving a certain pop-up window from a user interface manager by an application to be currently executed, and when a key input is received from a user via an input device to the television set in a situation that two or more pop-up windows are displayed on the user screen, calling the key handler of the pop-up window with higher priority based on the priority of the two or more pop-up windows, and processing a key input from a user based on the called key handler, wherein layering of the pop-up windows to be displayed on the user screen is managed based on the priority under control of the user interface manager.
A communication control device comprising: a determination unit which determines whether an access type of a small cell which at least partially overlaps a macro cell of a radio communication system is a closed access type or an open access type; an identification unit which, when it is determined that the access type of the small cell is the closed access type, identifies a user terminal of the macro cell which should be protected from interference caused by a radio signal from the small cell, based on a result of sensing received from a base station of the small cell, the result of sensing being related to an uplink signal from the user terminal around the small cell; and an interference control unit which transmits an interference control signal to the base station of the small cell comprising scheduling information to allocate different radio resources to the small cell than those used by the macro cell, wherein the interference control unit requests the base station of the small cell to accept connection to the small cell of at least one user terminal, depending on a number of user terminals which should be protected or a proportion of radio resources used by the user terminals. a determination unit which determines whether an access type of a small cell which at least partially overlaps a macro cell of a radio communication system is a closed access type or an open access type; an identification unit which, when it is determined that the access type of the small cell is the closed access type, identifies a user terminal of the macro cell which should be protected from interference caused by a radio signal from the small cell, based on a result of sensing received from a base station of the small cell, the result of sensing being related to an uplink signal from the user terminal around the small cell; and an interference control unit which transmits an interference control signal to the base station of the small cell comprising scheduling information to allocate different radio resources to the small cell than those used by the macro cell,
Current rectifying device for polyphaser rotating electric machine, in particular an alternator or an alternator-starter of a motor vehicle, comprising at least two current rectifying modules each for a phase of the electric machine, characterized in that it comprises a housing (26, 27), made of electrically insulating and mouldable material, in that the housing (26, 27) is axially open-worked and is provided with a plurality of transverse housings, in that at least two of the housings are dedicated to receive a current rectifying module, in that the housing (26, 27) comprises an upper part and a lower part which are open-worked and in that the lower part comprises partitions separating the housings.
A method for providing warning notifications about one or more track workers along a track, the method comprising: - detecting presence of the one or more track workers along the track via a network of detectors (2; 4; 6) coupled to a communications network (28; 46; 58), wherein detecting the presence of the one or more track workers comprises detecting one or more devices on the one or more track workers; and - controlling broadcast of one or more human-perceivable indications across the communications network (28; 46; 58) to one or more broadcast units (16; 18; 26; 30; 32; 36; 44; 50; 52; 54) based on the presence of the track workers. - detecting presence of the one or more track workers along the track via a network of detectors (2; 4; 6) coupled to a communications network (28; 46; 58), wherein detecting the presence of the one or more track workers comprises detecting one or more devices on the one or more track workers; and - controlling broadcast of one or more human-perceivable indications across the communications network (28; 46; 58) to one or more broadcast units (16; 18; 26; 30; 32; 36; 44; 50; 52; 54) based on the presence of the track workers.
An account appeal processing method, comprising: obtaining first account appeal data for a first account submitted by a first user, each piece of account appeal data comprising at least one feature content; comparing, if there is second account appeal data for the first account, the feature content of the first account appeal data with the feature content of the second account appeal data, to determine a correlation between the first account appeal data and the second account appeal data; determining, if the correlation meets a preset correlation condition, that the first account appeal data is correlated with the second account appeal data; combining the first account appeal data with the second account appeal data after it is determined that the first account appeal data is correlated with the second account appeal data, to obtain combined account appeal data; determining, by using the combined account appeal data, whether the first account belongs to the first user; sending a password of the first account to the first user or receiving a password of the first account that is entered by the first user, if it is determined that the first account belongs to the first user, to allow the first user to operate the first account by using the password. obtaining first account appeal data for a first account submitted by a first user, each piece of account appeal data comprising at least one feature content; comparing, if there is second account appeal data for the first account, the feature content of the first account appeal data with the feature content of the second account appeal data, to determine a correlation between the first account appeal data and the second account appeal data; determining, if the correlation meets a preset correlation condition, that the first account appeal data is correlated with the second account appeal data; combining the first account appeal data with the second account appeal data after it is determined that the first account appeal data is correlated with the second account appeal data, to obtain combined account appeal data; determining, by using the combined account appeal data, whether the first account belongs to the first user; sending a password of the first account to the first user or receiving a password of the first account that is entered by the first user, if it is determined that the first account belongs to the first user, to allow the first user to operate the first account by using the password.
Damping device for a motor vehicle drive train having: - a first element and a second element (3, 42) which can move rotationally with respect to each other about an axis of rotation X; - at least one torque-transmitting element (14, 43) fixed to the second element (3, 42); and - at least one elastic damping element (12, 37) capable of coupling the first element to the torque-transmitting element (14, 43) so as to enable torque transmission with damping of the vibrations between the first element and the second element (3, 42); - the torque-transmitting element (14, 43) being fixed to the second element (3, 42) by means of at least a first and a second fixing member (22, 30, 34, 47; 23, 48) which are each mounted in a respective orifice formed in the torque-transmitting element (14, 43); wherein the first fixing member (22, 30, 34, 47) and the second fixing member (23, 48) being positioned such that the first fixing member (22, 30, 34, 47) absorbs forces which are greater than to those absorbed by the second fixing member when torque is transmitted from the first element to the second element; the first fixing member (22, 30, 34, 47) being fit tightly in the respective orifice of the torque-transmitting element (14, 43) and having a Rockwell hardness greater than HRC 30. - a first element and a second element (3, 42) which can move rotationally with respect to each other about an axis of rotation X; - at least one torque-transmitting element (14, 43) fixed to the second element (3, 42); and - at least one elastic damping element (12, 37) capable of coupling the first element to the torque-transmitting element (14, 43) so as to enable torque transmission with damping of the vibrations between the first element and the second element (3, 42); - the torque-transmitting element (14, 43) being fixed to the second element (3, 42) by means of at least a first and a second fixing member (22, 30, 34, 47; 23, 48) which are each mounted in a respective orifice formed in the torque-transmitting element (14, 43); wherein the first fixing member (22, 30, 34, 47) and the second fixing member (23, 48) being positioned such that the first fixing member (22, 30, 34, 47) absorbs forces which are greater than to those absorbed by the second fixing member when torque is transmitted from the first element to the second element; the first fixing member (22, 30, 34, 47) being fit tightly in the respective orifice of the torque-transmitting element (14, 43) and having a Rockwell hardness greater than HRC 30.
Operating method for a numerical controller, - wherein the numerical controller executes a system program, - wherein the numerical controller executes a part program while executing the system program and on the basis of the execution of the part program actuates position-controlled axes of a machine tool that is controlled by the numerical controller, - wherein the part program has command sets that are retrieved sequentially one after the other by the numerical controller, - wherein the command sets comprise functions that are especially available for the numerical controller, - wherein the numerical controller only then executes the retrieved functions if the functions comply with permitted boundary conditions, and otherwise it does not execute the functions, - wherein prior to executing the part program while executing the system program the numerical controller receives via an interface, which is protected from unauthorised access, information that determines the permitted boundary conditions, characterised in that it is determined by means of at least one of the boundary conditions for combinations of functions of the numerical controller whether they are released or blocked. - wherein the numerical controller executes a system program, - wherein the numerical controller executes a part program while executing the system program and on the basis of the execution of the part program actuates position-controlled axes of a machine tool that is controlled by the numerical controller, - wherein the part program has command sets that are retrieved sequentially one after the other by the numerical controller, - wherein the command sets comprise functions that are especially available for the numerical controller, - wherein the numerical controller only then executes the retrieved functions if the functions comply with permitted boundary conditions, and otherwise it does not execute the functions, - wherein prior to executing the part program while executing the system program the numerical controller receives via an interface, which is protected from unauthorised access, information that determines the permitted boundary conditions,
Refrigeration circuit with at least two compressors (10a, 10b, 10c), each compressor (10a, 10b, 10c) comprising at least one lubrication point being a point which needs to be lubricated during the operation of the respective compressor (10a, 10b, 10c), an oil sump (20a, 20b, 20c), and at least one oil pump (12a, 12b, 12c) having an outlet for providing oil to said lubrication point; characterized in that the outlet of the oil pump (12a, 12b, 12c) of at least one of the compressors (10a, 10b, 10c) is fluidly connected to the lubrication point of at least one different compressor (10a, 10b, 10c) so that oil delivered by the oil pump (12a, 12b, 12c) flows to the oil sump (20a, 20b, 20c) only after it has passed the at least one lubrication point of the respective compressor (10a, 10b, 10c).