mhurhangee/ep-ind-claims huggingface dataset:
A method for dynamic multi-factor authentication of a user by an ID provider computer system (100, 500) which has access to a database containing reference values (116, 616) associated with the user for a plurality of features, wherein the method comprises the steps of: • receiving an authentication request for authentication of the user, • upon receipt of the authentication request, dynamically selecting a combination of features associated with the user that are to be verified for successful authentication of the user, wherein the selection is made individually for each authentication request, such that the selection for identical authentication requests changes dynamically, • querying measurement values of the features to be verified for the authentication, • receiving the queried measurement values, • comparing the received measurement values with the reference values (116, 616) of the selected combination of features, • determining a degree of authentication of the user using the degree of conformity between the measurement values and the reference values (116, 616), • if the determined degree of authentication lies above a first threshold value associated with the authentication request, generating and sending an authentication token to confirm successful authentication of the user. • receiving an authentication request for authentication of the user, • upon receipt of the authentication request, dynamically selecting a combination of features associated with the user that are to be verified for successful authentication of the user, wherein the selection is made individually for each authentication request, such that the selection for identical authentication requests changes dynamically, • querying measurement values of the features to be verified for the authentication, • receiving the queried measurement values, • comparing the received measurement values with the reference values (116, 616) of the selected combination of features, • determining a degree of authentication of the user using the degree of conformity between the measurement values and the reference values (116, 616), • if the determined degree of authentication lies above a first threshold value associated with the authentication request, generating and sending an authentication token to confirm successful authentication of the user.
A system for scheduling a video conference call for at least one autonomous vehicle, the system comprising: a plurality of vehicle scheduling units (12A-12E), each of the plurality of vehicle scheduling units being comprised in a respective vehicle (10A-10E), the plurality of vehicle scheduling units (12A-12E) configured to estimate an autonomous driving time in which the respective vehicle will be in an autonomous driving mode; the plurality of vehicle scheduling units (12A-12E) further being configured to send the autonomous driving time to a multi-user scheduling unit; the multi-user scheduling unit configured to receive the autonomous driving time from the plurality of vehicle scheduling units (12A-12E) and store the received autonomous driving time in a central memory unit; and the multi-user scheduling unit is further configured to determine a time for a video conference for at one vehicle associated with a respective vehicle scheduling unit (12A-12E) based on a calling request, the autonomous driving time and any information related to participants for the video conference call which are situated in respective vehicles, wherein said information retrieved from the central memory unit. a plurality of vehicle scheduling units (12A-12E), each of the plurality of vehicle scheduling units being comprised in a respective vehicle (10A-10E), the plurality of vehicle scheduling units (12A-12E) configured to estimate an autonomous driving time in which the respective vehicle will be in an autonomous driving mode; the plurality of vehicle scheduling units (12A-12E) further being configured to send the autonomous driving time to a multi-user scheduling unit; the multi-user scheduling unit configured to receive the autonomous driving time from the plurality of vehicle scheduling units (12A-12E) and store the received autonomous driving time in a central memory unit; and the multi-user scheduling unit is further configured to determine a time for a video conference for at one vehicle associated with a respective vehicle scheduling unit (12A-12E) based on a calling request, the autonomous driving time and any information related to participants for the video conference call which are situated in respective vehicles, wherein said information retrieved from the central memory unit.
Auxiliary device for a stretcher trolley and a stretcher trolley with a retractable undercarriage where the auxiliary device is used for loading and unloading the stretcher trolley onto and from a stretcher platform of a rescue vehicle, comprising a) a stretcher holder which supports the stretcher trolley with the undercarriage retracted, b) a linear guide along which the stretcher holder can be moved in and out of the vehicle, c) an actuating device for the undercarriage of the stretcher trolley to fold in the undercarriage when loading onto the stretcher holder and to fold out the undercarriage of the stretcher trolley when unloading, d) a pivoting device with drive means, which pivot the linear guide with the stretcher holder around an axis, characterized in that e) a switching and control mechanism is provided that guides the stretcher holder by means of the pivoting device for loading from an inclined unloading position to a horizontal position as soon as the extended stretcher holder is located below and behind the center of gravity of the stretcher trolley. a) a stretcher holder which supports the stretcher trolley with the undercarriage retracted, b) a linear guide along which the stretcher holder can be moved in and out of the vehicle, c) an actuating device for the undercarriage of the stretcher trolley to fold in the undercarriage when loading onto the stretcher holder and to fold out the undercarriage of the stretcher trolley when unloading, d) a pivoting device with drive means, which pivot the linear guide with the stretcher holder around an axis, characterized in that e) a switching and control mechanism is provided that guides the stretcher holder by means of the pivoting device for loading from an inclined unloading position to a horizontal position as soon as the extended stretcher holder is located below and behind the center of gravity of the stretcher trolley.
A wall element comprising at least two superimposed construction modules, each construction module comprising two opposite plates (2, 3), a plurality of spacers arranged between said plates (2, 3) to keep said plates (2, 3) separated from one another, the space left free between said plates (2, 3) being able to be filled by a filler material, such as concrete, and means for connecting said plates (2, 3) to one another, each plate (2, 3) comprising two faces (21, 22; 31, 32) and a surface called edge (23, 33) for connecting the faces (21, 22; 31, 32) of the plate (2, 3) to one another, the connecting means of the plates (2, 3) comprising a plurality of connecting members each associated with a locking member, each connecting member assuming the form of an elongate body and being retained inside one of the plates, called first plate, by a retaining stop attached on said body or made in the form of a monobloc assembly with said body, characterized in that each connecting member passes through the plate, called first plate, and one of the spacers before being inserted in the other plate, called second plate, in that each connecting member is retained inside the second plate, by the locking member associated with said connecting member, in that each blocking member is arranged inside a slot of the second plate, said slots, called horizontal in the upright state of the wall element, being arranged on the face of the second plate opposite that across from the first plate and extending from one of the vertical edges toward the other vertical edge of the second plate, and in that the wall element further comprises connecting uprights of the modules superimposed on one another, each upright being provided with a plurality of tabs axially offset along said upright, each tab delimiting a housing toward the upper end of the upright, at least two of the tabs of one of the uprights respectively engaging from the bottom with one of the spacers of two superimposed construction modules, in the state of said upright inserted in the space left free between the plates (2, 3) of the superimposed construction modules and in the upright state of the wall element, each spacer being, in the state engaged with a tab of said upright, inserted at least partially nesting in the housing arranged by the tab.
Magnetically-coupled liquid mixer having an axial direction and a radial direction and comprising: a drive mount configured to be secured to a wall of a mixing tank and having a stationary closed-end cylindrical casing arranged in the axial direction and configured for protruding into the tank, a tank-external drive rotor having a rotatable first magnet array and configured to be inserted in the cylindrical casing, an impeller configured for being rotatably-mounted on the cylindrical casing and having a plurality of radially extending blades and a second magnet array, wherein the first and second magnet arrays (10,12) in an assembled state of the mixer are configured for enabling rotary torque to be transferred from the drive rotor to the impeller by magnetic coupling between the first and second magnet arrays (10,12), characterized in that each blade is divided by a border line into an upper portion and a lower portion as seen in the axial direction, wherein the lower portion is configured to be located closer to the drive rotor and the upper portion is configured to be further away from the drive rotor as seen in the axial direction, and wherein the upper portion of each blade is curved or angled in an intended direction of rotation, thereby contributing to moving liquid axially downwards during impeller rotation. a drive mount configured to be secured to a wall of a mixing tank and having a stationary closed-end cylindrical casing arranged in the axial direction and configured for protruding into the tank, a tank-external drive rotor having a rotatable first magnet array and configured to be inserted in the cylindrical casing, an impeller configured for being rotatably-mounted on the cylindrical casing and having a plurality of radially extending blades and a second magnet array, wherein the first and second magnet arrays (10,12) in an assembled state of the mixer are configured for enabling rotary torque to be transferred from the drive rotor to the impeller by magnetic coupling between the first and second magnet arrays (10,12), characterized in that each blade is divided by a border line into an upper portion and a lower portion as seen in the axial direction, wherein the lower portion is configured to be located closer to the drive rotor and the upper portion is configured to be further away from the drive rotor as seen in the axial direction, and wherein the upper portion of each blade is curved or angled in an intended direction of rotation, thereby contributing to moving liquid axially downwards during impeller rotation.
A solid oxide fuel cell comprising: a plate-shaped cell with a structure in which a fuel electrode, a solid electrolyte, and an air electrode are stacked on a metal support; a first current collector which includes a plurality of first contact portions in contact with the cell in a direction perpendicular to a stacking direction of the cell, and a second current collector which is located on an opposite side of the cell to the first current collector and which includes a plurality of second contact portions in contact with the cell in the direction perpendicular to the stacking direction of the cell, wherein the plurality of first contact portions and the plurality of second contact portions all have an overlapping region in the stacking direction of the cell, and the metal support includes a deformation guide (10, 20, 30) which is easy to deform compared to other constituents of the metal support. a plate-shaped cell with a structure in which a fuel electrode, a solid electrolyte, and an air electrode are stacked on a metal support; a first current collector which includes a plurality of first contact portions in contact with the cell in a direction perpendicular to a stacking direction of the cell, and a second current collector which is located on an opposite side of the cell to the first current collector and which includes a plurality of second contact portions in contact with the cell in the direction perpendicular to the stacking direction of the cell, wherein the plurality of first contact portions and the plurality of second contact portions all have an overlapping region in the stacking direction of the cell, and the metal support includes a deformation guide (10, 20, 30) which is easy to deform compared to other constituents of the metal support.
Illumination device for vehicles with a light source and with a lens unit for generating a specified light distribution, where the lens unit features a micro-lens field (3, 3') with a plurality of micro-lens elements and a micro-aperture field (5, 5', 5") with a plurality of micro-aperture elements (6, 6', 6") characterized in that the micro-aperture field (5, 5', 5") features a thickness (d) in the range from 0.1 mm to 2.00 mm and in that the micro-aperture elements (6, 6', 6") feature such a contour that when projecting the micro-aperture field (5, 5', 5") onto the micro-lens field (3, 3') several micro-lens elements are covered by a single micro-aperture element (6, 6', 6").
An end effector, comprising: a staple cartridge comprising a staple comprising a first leg; and an anvil comprising a tissue compression surface, wherein a plurality of pockets are defined in said tissue compression surface, wherein said plurality of pockets comprises a pocket comprising a first cup configured to form said first leg, and wherein said first cup comprises: a first lateral side; a second lateral side; a bottom intermediate said first lateral side and said second lateral side, wherein said bottom defines a depth relative to said tissue compression surface, and wherein said depth varies longitudinally along the length of said bottom; a first sidewall extending from said first lateral side to said bottom, wherein said first sidewall defines a first entirely-curved surface; and a second sidewall extending from said second lateral side to said bottom, wherein said second sidewall defines a second entirely-curved surface; wherein said first cup further comprises a plurality of boundary curves extending from said first lateral side to said second lateral side and characterized in that said boundary curves transect said tissue compression surface at a constant angle (θ 2) along said first lateral side and said second lateral side, and wherein said boundary curves define parabolic curves. a staple cartridge comprising a staple comprising a first leg; and an anvil comprising a tissue compression surface, wherein a plurality of pockets are defined in said tissue compression surface, wherein said plurality of pockets comprises a pocket comprising a first cup configured to form said first leg, and wherein said first cup comprises: a first lateral side; a second lateral side; a bottom intermediate said first lateral side and said second lateral side, wherein said bottom defines a depth relative to said tissue compression surface, and wherein said depth varies longitudinally along the length of said bottom; a first sidewall extending from said first lateral side to said bottom, wherein said first sidewall defines a first entirely-curved surface; and a second sidewall extending from said second lateral side to said bottom, wherein said second sidewall defines a second entirely-curved surface; wherein said first cup further comprises a plurality of boundary curves extending from said first lateral side to said second lateral side and characterized in that said boundary curves transect said tissue compression surface at a constant angle (θ 2) along said first lateral side and said second lateral side, and wherein said boundary curves define parabolic curves. a first lateral side; a second lateral side; a bottom intermediate said first lateral side and said second lateral side, wherein said bottom defines a depth relative to said tissue compression surface, and wherein said depth varies longitudinally along the length of said bottom; a first sidewall extending from said first lateral side to said bottom, wherein said first sidewall defines a first entirely-curved surface; and a second sidewall extending from said second lateral side to said bottom, wherein said second sidewall defines a second entirely-curved surface;
Method for producing an inductive component with the steps of: - providing a basic body comprising a magnetic material, - sintering the basic body, wherein the sintering is performed at a temperature Ts, where: T S > 1000°C, - comminuting the sintered basic body (Gs) to form sintered particles (P, P 1, P 2), - producing a first mixture (X 1) from first sintered particles (P 1) and a binder (B 1), - arranging the first mixture (X 1) and at least one coil in a first mould (F 1), - activating the binder (B 1) in the first mixture (X 1), so that the first sintered particles (P 1) form with the binder (B 1) a first magnetic core, which at least partially surrounds the at least one coil, - producing a second mixture (X 2) from second sintered particles (P 2) and a binder (B 2), wherein the second sintered particles (P 2) are smaller than the first sintered particles (P 1), - arranging the second mixture (X 2) and the at least one coil with the first magnetic core in a second mould (F 2), and - activating the binder (B 2) in the second mixture (X 2), so that the second sintered particles (P 2) form with the binder (B 2) a second magnetic core, which surrounds the first magnetic core and the at least one coil completely, apart from terminal contacts (5, 6). - providing a basic body comprising a magnetic material, - sintering the basic body, wherein the sintering is performed at a temperature Ts, where: T S > 1000°C, - comminuting the sintered basic body (Gs) to form sintered particles (P, P 1, P 2), - producing a first mixture (X 1) from first sintered particles (P 1) and a binder (B 1), - arranging the first mixture (X 1) and at least one coil in a first mould (F 1), - activating the binder (B 1) in the first mixture (X 1), so that the first sintered particles (P 1) form with the binder (B 1) a first magnetic core, which at least partially surrounds the at least one coil, - producing a second mixture (X 2) from second sintered particles (P 2) and a binder (B 2), wherein the second sintered particles (P 2) are smaller than the first sintered particles (P 1), - arranging the second mixture (X 2) and the at least one coil with the first magnetic core in a second mould (F 2), and - activating the binder (B 2) in the second mixture (X 2), so that the second sintered particles (P 2) form with the binder (B 2) a second magnetic core, which surrounds the first magnetic core and the at least one coil completely, apart from terminal contacts (5, 6).
A metering unit for the controlled supply of a substance inside an aquarium tank, comprising: • a containment box; • a dosimetric pump which is actuated by an electric motor, both being associated with the containment box; wherein the containment box has at least a first connection element and at least a second connection element which is suitable for being connected to a corresponding first connection element of an additional similar metering unit in such a manner that the metering unit can be connected in a modular manner to the additional similar metering unit, and characterised in that the dosimetric pump comprises a support and a head, wherein the support is configured for being connected to the containment box in different positions in such a manner that the head can rotate with respect to the containment box. • a containment box; • a dosimetric pump which is actuated by an electric motor, both being associated with the containment box; wherein the containment box has at least a first connection element and at least a second connection element which is suitable for being connected to a corresponding first connection element of an additional similar metering unit in such a manner that the metering unit can be connected in a modular manner to the additional similar metering unit, and characterised in that the dosimetric pump comprises a support and a head, wherein the support is configured for being connected to the containment box in different positions in such a manner that the head can rotate with respect to the containment box.
Floor cleaning machine, comprising a floor head (12; 146), at least one cleaning roller, which is arranged on the floor head (12; 146), a tank device, which is arranged on the floor head (12; 146), and at least one sweeping element (70; 72), which is associated with the at least one cleaning roller, wherein the at least one sweeping element (70; 72) is arranged on the tank device, characterized in that at least a partial region of the tank device on which the at least one sweeping element (70; 72) is arranged is movable relative to the floor head (12; 146) in a cleaning operation.
A garden hose assembly with a connector assembly comprising: an inner tube comprising of at least a first material; an outer tube comprising of at least a second material, wherein the outer tube covers the inner tube, characterized in that a label is coupled to the outer tube, wherein the label has at least one planar member including: a front side; a rear side; and an indicia provided on at least one of the front side and the rear side of the planar member, wherein the label is coupled to the outer tube through a lateral edge by welding or by stitching and is made of a material selected from one or more of a textile, and a plastic. an inner tube comprising of at least a first material; an outer tube comprising of at least a second material, wherein the outer tube covers the inner tube, a front side; a rear side; and an indicia provided on at least one of the front side and the rear side of the planar member,