mhurhangee/ep-ind-claims huggingface dataset:
Milling tool with (a) a rotational axis about which the milling tool rotates during operation, (b) at least one roughing edge which has - a roughing-cutting edge, - a free surface and - a support chamfer between the roughing-cutting edge and the free surface, - wherein the support chamfer has a support chamfer width (bf) and - wherein the roughing-cutting edge is at a roughing-cutting edge distance from the rotational axis, and (c) at least one smoothing edge - that comprises a smoothing-cutting edge, - wherein the smoothing-cutting edge is at a smoothing-cutting edge distance from the rotational axis that is greater than the roughing-cutting edge distance, characterised by the fact that (d) the smoothing-cutting edge is not chamfered or has a smoothing chamfer with a smoothing chamfer width that is a maximum of a third of the support chamfer width (b f). (a) a rotational axis about which the milling tool rotates during operation, (b) at least one roughing edge which has - a roughing-cutting edge, - a free surface and - a support chamfer between the roughing-cutting edge and the free surface, - wherein the support chamfer has a support chamfer width (bf) and - wherein the roughing-cutting edge is at a roughing-cutting edge distance from the rotational axis, and - a roughing-cutting edge, - a free surface and - a support chamfer between the roughing-cutting edge and the free surface, - wherein the support chamfer has a support chamfer width (bf) and - wherein the roughing-cutting edge is at a roughing-cutting edge distance from the rotational axis, and (c) at least one smoothing edge - that comprises a smoothing-cutting edge, - wherein the smoothing-cutting edge is at a smoothing-cutting edge distance from the rotational axis that is greater than the roughing-cutting edge distance, characterised by the fact that - that comprises a smoothing-cutting edge, - wherein the smoothing-cutting edge is at a smoothing-cutting edge distance from the rotational axis that is greater than the roughing-cutting edge distance, (d) the smoothing-cutting edge is not chamfered or has a smoothing chamfer with a smoothing chamfer width that is a maximum of a third of the support chamfer width (b f). is not chamfered or has a smoothing chamfer with a smoothing chamfer width that is a maximum of a third of the support chamfer width (b f).
Method for operating an oxygen-fuel burner for low-pollutant combustion in the high-temperature range, which is equipped with a burner body, which is arranged in a main burner block with an additional burner block and has at least one fuel feed conduit, which opens out into a mixing chamber of the additional burner block, and oxygen feed conduits, which are led through the additional burner block, open out into a combustion chamber of the main burner block and have oxygen nozzles, wherein the centre axis of the fuel feed conduit is arranged on the centre axis of the main burner block and the oxygen nozzles are arranged on a pitch circle around the central fuel feed conduit, and wherein the fuel is oxidized with an oxygen-containing oxidizing agent in the presence of recirculating combustion gases, characterized in that a) the oxidizing agent flows into the combustion chamber at a velocity which is 2.5 to 3.3 times higher than the velocity of the fuel through the outlet of the additional burner block, b) a total momentum flux, based on the oxygen-fuel burner power, of from 15 to 25 N/MW is established, c) the ratio of the momentum flux densities of the oxygen and the fuel is between 5 and 15, and d) a power density of between 0.05 and 2 KW/mm2 is established at the outlet of the main burner block. a) the oxidizing agent flows into the combustion chamber at a velocity which is 2.5 to 3.3 times higher than the velocity of the fuel through the outlet of the additional burner block, b) a total momentum flux, based on the oxygen-fuel burner power, of from 15 to 25 N/MW is established, c) the ratio of the momentum flux densities of the oxygen and the fuel is between 5 and 15, and d) a power density of between 0.05 and 2 KW/mm2 is established at the outlet of the main burner block.
A computer-implemented method for generating a graphical interface, the method comprising: retrieving stored data regarding a user, at least one peer, and two or more interactive titles available to the user, wherein the two or more interactive titles include two or more interactive activities and the retrieved stored data indicates historical data of two or more of the interactive activities from at least two different interactive titles of the two or more interactive titles as having been completed by the at least one peer and the user; establishing a session with a user device associated with the user; constructing a set of interactive activities based on the retrieved stored data, wherein the constructed set of interactive activities is associated with a current presence of the at least one peer; generating a graphical interface associated with the user based on the constructed set of interactive activities, the generated graphical interface being displayed on the user device, wherein the interactive activities in the constructed set are launchable from the graphical interface upon selection at the user device; and generating and transmitting an invitation regarding a selected one of the interactive activities to at least one selected peer, wherein generating the invitation is based on data from a past activity associated with the selected interactive activity, the data including a configuration of content associated with the interactive activities completed by the at least one peer and the user. retrieving stored data regarding a user, at least one peer, and two or more interactive titles available to the user, wherein the two or more interactive titles include two or more interactive activities and the retrieved stored data indicates historical data of two or more of the interactive activities from at least two different interactive titles of the two or more interactive titles as having been completed by the at least one peer and the user; establishing a session with a user device associated with the user; constructing a set of interactive activities based on the retrieved stored data, wherein the constructed set of interactive activities is associated with a current presence of the at least one peer; generating a graphical interface associated with the user based on the constructed set of interactive activities, the generated graphical interface being displayed on the user device, wherein the interactive activities in the constructed set are launchable from the graphical interface upon selection at the user device; and generating and transmitting an invitation regarding a selected one of the interactive activities to at least one selected peer, wherein generating the invitation is based on data from a past activity associated with the selected interactive activity, the data including a configuration of content associated with the interactive activities completed by the at least one peer and the user.
A mobile communication network arrangement comprising: a first communication network component (101, 103, 110, 111, 112, 113) configured to provide a communication network functionality; and a second communication network component configured to administrate and manage an attribute of the first communication network component (101, 103, 110, 111, 112, 113), wherein the attribute specifies one or more non-public communication networks (301, 302) or one or more non-public communication network subscriber groups for which the first communication network component (101, 103, 110, 111, 112, 113) is to provide the communication network functionality; wherein the second communication network component is an Operation, Administration and Maintenance component, OAM, of the mobile communication network arrangement; wherein the first communication network component (101, 103, 110, 111, 112, 113) is a network component in a mobile core network or a radio access network component; wherein to administrate and manage the attribute of the first communication network component (101, 103, 110, 111, 112, 113) includes creating, deleting and modifying the attribute; and wherein the attribute is part of a network function profile and/or a network resource model of the first communication network component (101, 103, 110, 111, 112, 113). a first communication network component (101, 103, 110, 111, 112, 113) configured to provide a communication network functionality; and a second communication network component configured to administrate and manage an attribute of the first communication network component (101, 103, 110, 111, 112, 113), wherein the attribute specifies one or more non-public communication networks (301, 302) or one or more non-public communication network subscriber groups for which the first communication network component (101, 103, 110, 111, 112, 113) is to provide the communication network functionality; wherein the second communication network component is an Operation, Administration and Maintenance component, OAM, of the mobile communication network arrangement; wherein the first communication network component (101, 103, 110, 111, 112, 113) is a network component in a mobile core network or a radio access network component; wherein to administrate and manage the attribute of the first communication network component (101, 103, 110, 111, 112, 113) includes creating, deleting and modifying the attribute; and wherein the attribute is part of a network function profile and/or a network resource model of the first communication network component (101, 103, 110, 111, 112, 113).
A method for providing a reference value to be used for controlling a calibration of at least one milk meter in a milking system, the method comprising: obtaining milk flow data for a plurality of milking animals to determine a milk flow profile for each milking animal of the plurality of milking animals; comparing the determined milk flow profiles to establish a subset of milk flow profiles that meets a pre-defined selection criteria; determining said reference value based on the established subset of milk flow profiles; and providing the determined reference value for controlling a subsequent calibration of at least one milk meter in a milking system. obtaining milk flow data for a plurality of milking animals to determine a milk flow profile for each milking animal of the plurality of milking animals; comparing the determined milk flow profiles to establish a subset of milk flow profiles that meets a pre-defined selection criteria; determining said reference value based on the established subset of milk flow profiles; and providing the determined reference value for controlling a subsequent calibration of at least one milk meter in a milking system.
Method for increasing a wheel-rail coefficient of friction in a rail vehicle, wherein at least one fluid is channelled in an apparatus from at least one storage tank through at least one fluid connection to at least one outlet nozzle and flows out of the outlet nozzle in the direction of a wheel-rail pairing (2, 3), wherein at least one control unit controls at least one quantity of the fluid, characterized in that the fluid adheres to a wheel-rail pairing (2, 3) and forms at least one tacky surface, wherein the fluid comprises an amino acid dihydroxyphenylalanine (DOPA) and/or a related thereto amino acid nitrodopamine.
Impeller of a centrifugal pump, having a pot-shaped outer wall which is coaxial with the impeller axis and of which one end side is closed and the opposite end side is open and forms the suction mouth, wherein, in the cylindrical outer wall, there are arranged at least two passage openings, each of which is covered by an outlet duct, and wherein the outlet duct has a curved and outwardly, in particular helically, widening flat duct outer wall, characterized in that the outwardly widening flat duct wall forms together with side walls, widening in an outflow direction, and an inner edge of the passage opening at the end thereof an outlet opening.
A computer-implemented method for generating panorama images comprising: assigning weights to at least one first feature and at least one second feature, the at least one first feature being associated with a first image and the at least one second feature being associated with a second image, the weights being assigned based on a distance of the at least one first feature and the at least one second feature from a central portion of the corresponding one of the first image and the second image; registering the first image and the second image, wherein the registering comprises performing feature matching between the at least one first feature and the at least one second feature to generate a plurality of matching features; and computing a plurality of matching weights for the plurality of matching features based on the weights assigned to the at least one first feature and the at least one second feature; and determining a transform between the first image and the second image based on a set of matching features of the plurality of matching features, the set of matching features being selected from the plurality of matching features based on the plurality of matching weights; the method for generating panorama images further comprising transforming the first image and the second image based on the determined transform to generate a panorama image. assigning weights to at least one first feature and at least one second feature, the at least one first feature being associated with a first image and the at least one second feature being associated with a second image, the weights being assigned based on a distance of the at least one first feature and the at least one second feature from a central portion of the corresponding one of the first image and the second image; registering the first image and the second image, wherein the registering comprises performing feature matching between the at least one first feature and the at least one second feature to generate a plurality of matching features; and computing a plurality of matching weights for the plurality of matching features based on the weights assigned to the at least one first feature and the at least one second feature; and determining a transform between the first image and the second image based on a set of matching features of the plurality of matching features, the set of matching features being selected from the plurality of matching features based on the plurality of matching weights; the method for generating panorama images further comprising transforming the first image and the second image based on the determined transform to generate a panorama image.
Method for contactlessly striking an arc between an electrode of a welding head and a material surface of a workpiece for a welding process, characterized in that a first ignition voltage pulse with a first or second polarity is generated between the electrode and the material surface, wherein, after having been struck and, where applicable, after a polarity reversal, the arc is maintained with the second polarity or with an alternating polarity, wherein, in the event of an ignition failure, after the first ignition voltage pulse, a sequence of ignition voltage pulses is generated according to a sequence pattern until successful striking of the arc, wherein the sequence pattern comprises a number of ignition voltage pulses with the first polarity and a number of ignition voltage pulses with the second polarity, and wherein an ignition pause is provided between ignition voltage pulses with the first polarity and ignition voltage pulses with the second polarity.
A method, performed in a radio node (110, 130), of assigning resources for device-to-device discovery signalling, the method comprising: - receiving, from at least one further radio node, sets of resources for device-to-device discovery signalling in a respective cell or cluster, - assigning resources for device-to-device discovery signalling transmission within an area controlled by the radio node based at least on the received sets of resources, and - transmitting, to wireless devices controlled by the radio node, a message indicating respective resources assigned for device-to-device discovery signalling in a cell or cluster defined by the radio node (110, 130), and at least a further cell or cluster. - receiving, from at least one further radio node, sets of resources for device-to-device discovery signalling in a respective cell or cluster, - assigning resources for device-to-device discovery signalling transmission within an area controlled by the radio node based at least on the received sets of resources, and - transmitting, to wireless devices controlled by the radio node, a message indicating respective resources assigned for device-to-device discovery signalling in a cell or cluster defined by the radio node (110, 130), and at least a further cell or cluster.
System for connecting a first load-bearing component to a second load-bearing component in order to form a flexurally rigid frame corner, having a first connecting plate, which is arranged on the first component, and a second connecting plate, which is arranged on the second component, wherein a. the connecting plates (12, 22) each contain a first bore, in which a bolt element is introduced in order to form a defined axis of rotation, b. the connecting plates (12, 22) contain further, mutually correspondingly arranged apertures (14, 24), in which is arranged at least one screw which braces the connecting plates (12, 22) against one another, and c. the internal diameter of the further aperture of the correspondingly arranged apertures (14, 24) is larger than the external diameter of the screws or the further apertures (14, 24) and the further apertures (14, 24) are designed as slots, so that rotation is possible through a defined angle of rotation about the axis of rotation, characterized in that d. coefficient of friction is graduated over the angle of rotation. a. the connecting plates (12, 22) each contain a first bore, in which a bolt element is introduced in order to form a defined axis of rotation, b. the connecting plates (12, 22) contain further, mutually correspondingly arranged apertures (14, 24), in which is arranged at least one screw which braces the connecting plates (12, 22) against one another, and c. the internal diameter of the further aperture of the correspondingly arranged apertures (14, 24) is larger than the external diameter of the screws or the further apertures (14, 24) and the further apertures (14, 24) are designed as slots, so that rotation is possible through a defined angle of rotation about the axis of rotation, characterized in that d. coefficient of friction is graduated over the angle of rotation.
Process for producing solid-state body layers, at least comprising the following steps: providing a solid-state body for separation of at least one solid-state body layer, wherein the solid-state body has a first two-dimensional area component and a second two-dimensional area component, creating defects by means of laser beams from at least one laser in the internal structure of the solid-state body in order to define a fracture line along which the solid-state body layer is separated from the solid-state body, and wherein, by means of the at least one laser or another radiation source, further defects are created in the internal structure of the solid-state body in order to define a plane of detachment along which the solid-state body layer is separated from the solid-state body, positioning a polymer layer in order to retain the solid-state body layer on the solid-state body, where the polymer layer is positioned on the second two-dimensional area component, subjecting the polymer layer to thermal treatment, wherein the thermal treatment constitutes cooling of the polymer layer to a temperature below 10°C, wherein the polymer layer contracts and/or undergoes a glass transition and transmits the resultant forces to the solid-state body, which creates mechanical stresses in the solid-state body, and wherein the stresses cause a fracture to spread along the fracture line in the solid-state body that separates the solid-state body layer from the solid-state body. providing a solid-state body for separation of at least one solid-state body layer, wherein the solid-state body has a first two-dimensional area component and a second two-dimensional area component, creating defects by means of laser beams from at least one laser in the internal structure of the solid-state body in order to define a fracture line along which the solid-state body layer is separated from the solid-state body, and wherein, by means of the at least one laser or another radiation source, further defects are created in the internal structure of the solid-state body in order to define a plane of detachment along which the solid-state body layer is separated from the solid-state body, positioning a polymer layer in order to retain the solid-state body layer on the solid-state body, where the polymer layer is positioned on the second two-dimensional area component, subjecting the polymer layer to thermal treatment, wherein the thermal treatment constitutes cooling of the polymer layer to a temperature below 10°C, wherein the polymer layer contracts and/or undergoes a glass transition and transmits the resultant forces to the solid-state body, which creates mechanical stresses in the solid-state body, and wherein the stresses cause a fracture to spread along the fracture line in the solid-state body that separates the solid-state body layer from the solid-state body.
Gas burner with multiple rings of flames, suitable for mounting on a top plate of a cooking appliance in particular for household use, the top plate extending substantially in a plate plane, said gas burner comprising: - a central burner having a ring of peripheral flames and at least one annular burner having at least one ring of peripheral flames, said annular burner surrounding the central burner, - and a burner body suitable for attachment to said top plate, said burner body comprising at least a first gas inlet communicating with a first gas injector situated facing a first convergent-divergent pipe forming a Venturi tube, said first pipe having an axis substantially parallel to said plate plane, said first pipe extending over at least the greater portion of a transverse extension of the burner body, said first pipe being, at its end opposite to said first gas injector, in communication with a shaft substantially perpendicular to said axis of said first pipe, said shaft being open at the top and adapted to supply said annular burner with an air/gas mixture, said burner body comprising a second pipe forming a Venturi tube, situated above said first pipe, said second pipe having one end in communication with an opening at the top of the burner body, adapted to supply said central burner with an air/gas mixture, characterized in that the axis of the second pipe is parallel to the axis of the first pipe. - a central burner having a ring of peripheral flames and at least one annular burner having at least one ring of peripheral flames, said annular burner surrounding the central burner, - and a burner body suitable for attachment to said top plate,