mhurhangee/ep-ind-claims huggingface dataset:
A method for creating a database (115, 615) for a dynamic multi-factor authentication of a user, wherein the method comprises the steps: • the user is firstly registered to an authentication service which manages the database (115, 615), • sensor devices are logged on and capture data (119, 619) for the authentication service, said data being collected in the database (115, 615) as the basis for a dynamic multi-factor authentication, • cryptographically secured data (119, 619) are received from the sensor devices, • the data (116, 619) are stored in the database (115, 615) in a cryptographically secured manner, • combinations of features (117, 617) and reference values (116, 616) associated with the features of the combination of features (117, 617) which are characteristic for the user are extracted from the stored data (119, 619), • trust levels (121, 621) are assigned to the individual combinations of features (117, 617) on the basis of a statistical likelihood that another user has an identical combination of features (117, 617) with identical reference values (116, 616), • upon receipt of an authentication request, a combination of features (117, 617) which the user has to demonstrate for a successful authentication is dynamically selected with use of the trust levels (121, 621) assigned to the combinations of features. • the user is firstly registered to an authentication service which manages the database (115, 615), • sensor devices are logged on and capture data (119, 619) for the authentication service, said data being collected in the database (115, 615) as the basis for a dynamic multi-factor authentication, • cryptographically secured data (119, 619) are received from the sensor devices, • the data (116, 619) are stored in the database (115, 615) in a cryptographically secured manner, • combinations of features (117, 617) and reference values (116, 616) associated with the features of the combination of features (117, 617) which are characteristic for the user are extracted from the stored data (119, 619), • trust levels (121, 621) are assigned to the individual combinations of features (117, 617) on the basis of a statistical likelihood that another user has an identical combination of features (117, 617) with identical reference values (116, 616), • upon receipt of an authentication request, a combination of features (117, 617) which the user has to demonstrate for a successful authentication is dynamically selected with use of the trust levels (121, 621) assigned to the combinations of features.
Blister packaging (1, 2, 3) comprising at least two articles which are packaged therein and are each arranged in a mould cavity of a plastic film moulded part which is produced from transparent plastic, wherein the blister packaging (1, 2, 3) is configured as a postcard-like shipping package having a cardboard rear wall and the cardboard rear wall has, on an outer visible side, an address panel which can be labelled, inscribed or printed, characterised in that the packaged articles are designed as sanitary insert parts or accessory parts (4, 5, 6) which can optionally be exchanged for one another or combined with one another, the cardboard rear wall bears a product-describing inscription which is configured as an operating guide and/or installation guide which is printed on the cardboard rear wall for the packaged sanitary insert parts or accessory parts (4, 5, 6), and the blister packaging (1, 2, 3) is configured as a push-out package and the plastic film moulded part thereof is connected for this purpose to the inscribable cardboard rear wall which closes the mould cavities of the plastic film moulded part, through which cardboard rear wall the articles packaged in the blister packaging (1, 2, 3) can be pushed out of the mould cavity allocated thereto.
A control system configured to provide electrical power to an electronic flight bag device (24, 410) on an aircraft, the control system comprising a power switching component coupled to a plurality of electrical power sources (402, 404) and at least one electronic flight bag device (24, 410); wherein the power switching component is operative and configured to selectively apply electrical power from at least one of the plurality of electrical power sources based upon a condition of the aircraft; wherein the plurality of electrical power sources include a primary electrical power source and an auxiliary electrical power source; wherein the power switching component is coupled to the primary electrical power source via a primary feed line-in and to the auxiliary electrical power source via an auxiliary feed line-in; and the power switching component is configured to selectively couple the primary electrical power source to the electronic flight bag via a primary feed line and to selectively couple the auxiliary electrical power source to the electronic flight bag device via an auxiliary feed line.
A thermal recording material comprising an intermediate layer and a heat-sensitive recording layer for color formation by heat stacked in this order onto a support, the thermal recording material being characterized in that the intermediate layer contains a bellows-shaped hollow resin which, in the intermediate layer, forms a cellularly-divided structure wherein one surface of each cell is on the support side, the opposing surface is on the heat-sensitive recording layer side, and the lateral surface has several accordion-like folds, and that the roughness of a surface on a color forming side is 1.0 μm or less as measured by Parker Print Surf at a clamp pressure of 2000 kPa.
Lithography process on a sample comprising at least one structure, said process comprising: - putting above the sample at least two layers (3, 4) of resist comprising a lower layer of resist in contact with the sample and a upper layer of resist above the lower layer of resist, - using an optical device for receiving a radiation from a selected structure and imaging or determining, in a referential of the optical device, a position of the selected structure and positions of markers integral with the sample, - using an electron-beam device for imaging or determining the position of each marker in a referential of the electron-beam device, - on the basis of: ∘ the position of each marker in the referential of the electron-beam device, and ∘ the position of the selected structure and the positions of the markers in the referential of the optical device deducing the position of the selected structure in the referential of the electron-beam device, - using to the electron-beam device for exposing to an electron beam the upper layer of resist above the position of the selected structure in order to remove all the thickness of the upper layer of resist above the position of the selected structure but no part or only a non-complete part of the thickness of the lower layer of resist above the position of the selected structure. - putting above the sample at least two layers (3, 4) of resist comprising a lower layer of resist in contact with the sample and a upper layer of resist above the lower layer of resist, - using an optical device for receiving a radiation from a selected structure and imaging or determining, in a referential of the optical device, a position of the selected structure and positions of markers integral with the sample, - using an electron-beam device for imaging or determining the position of each marker in a referential of the electron-beam device, - on the basis of: ∘ the position of each marker in the referential of the electron-beam device, and ∘ the position of the selected structure and the positions of the markers in the referential of the optical device deducing the position of the selected structure in the referential of the electron-beam device, ∘ the position of each marker in the referential of the electron-beam device, and ∘ the position of the selected structure and the positions of the markers in the referential of the optical device - using to the electron-beam device for exposing to an electron beam the upper layer of resist above the position of the selected structure in order to remove all the thickness of the upper layer of resist above the position of the selected structure but no part or only a non-complete part of the thickness of the lower layer of resist above the position of the selected structure.
Method for producing a rotor for a reluctance machine, in particular for a synchronous reluctance machine, wherein the rotor laminate stack has flux barriers and is produced by means of punch-stacking, wherein two or more adjacent laminates of the stack are held together by means of at least one connection point which is created during the punch-stacking and simultaneously forms a flux barrier of the rotor, characterized in that the flux barriers are formed by cutouts, in that only a limited number of flux barriers are formed by one or more connection points, wherein at least one flux barrier which is on the outside in the radial direction is formed by at least one connection point, wherein the at least one connection point is a punched stacking lug (10, 10', 10") which is inserted in a recess of the adjacent laminate.
Method for managing network traffic between one or more user equipment devices in a private network and a server outside the private network via a private gateway, a server gateway outside the private network and a connection therebetween, wherein the server gateway acts as a router performing routing for the private network, and the private gateway acts as a bridge forwarding data traffic between the user equipment devices and the server gateway, comprising the steps of: (i) monitoring, by a connection monitor in the private gateway, the connection between the private gateway and the server gateway; (ii) in the event of loss of connection between the private gateway and the server gateway, switching, by a connection monitor controlled switch in the private gateway, the private gateway from a bridge operation mode to a minimal service mode, which provides minimal routing services to allow data traffic in the private network to continue; (iii) repeating the method from step (i); (iv) in case of retrieved connection between the private gateway and the server gateway, switching the private gateway from the minimal service mode back to the bridge operation mode; and (v) repeating the method from step (i), wherein the minimal service mode initiates a minimal control plane on the private gateway, said minimal control plane providing IP address assignment for the one or more user equipment devices in the private network, Wi-Fi control, Wi-Fi authentication and quality of service requirement based prioritization. (i) monitoring, by a connection monitor in the private gateway, the connection between the private gateway and the server gateway; (ii) in the event of loss of connection between the private gateway and the server gateway, switching, by a connection monitor controlled switch in the private gateway, the private gateway from a bridge operation mode to a minimal service mode, which provides minimal routing services to allow data traffic in the private network to continue; (iii) repeating the method from step (i); (iv) in case of retrieved connection between the private gateway and the server gateway, switching the private gateway from the minimal service mode back to the bridge operation mode; and (v) repeating the method from step (i), wherein the minimal service mode initiates a minimal control plane on the private gateway, said minimal control plane providing IP address assignment for the one or more user equipment devices in the private network, Wi-Fi control, Wi-Fi authentication and quality of service requirement based prioritization.
A data storage system comprising: an optical medium having a defect and a plurality of tracks on each side of the defect exhibiting (i) fields of modulated wobble indicative of defect location information next to the defect and (ii) fields of modulated wobble indicative of data; an optical pick-up unit configured to read the fields of modulated wobble; and at least one controller operatively arranged with the pick-up unit and configured to perform calibration to learn where to position the pick-up relative to the medium after a defect by being adapted to, in response to the pick-up unit detecting defect location information on one side of the defect, (i) command movement of the medium in a first direction such that the pick-up unit is positioned adjacent to the fields of modulated wobble indicative of data on the other side of the defect, (ii) command the pick-up unit to refocus on the fields of modulated wobble indicative of data on the other side of the defect, and (iii) after refocusing, command movement of the medium in a second direction opposite the first such that the defect approaches the pick-up unit. an optical medium having a defect and a plurality of tracks on each side of the defect exhibiting (i) fields of modulated wobble indicative of defect location information next to the defect and (ii) fields of modulated wobble indicative of data; an optical pick-up unit configured to read the fields of modulated wobble; and at least one controller operatively arranged with the pick-up unit and configured to perform calibration to learn where to position the pick-up relative to the medium after a defect by being adapted to, in response to the pick-up unit detecting defect location information on one side of the defect, (i) command movement of the medium in a first direction such that the pick-up unit is positioned adjacent to the fields of modulated wobble indicative of data on the other side of the defect, (ii) command the pick-up unit to refocus on the fields of modulated wobble indicative of data on the other side of the defect, and (iii) after refocusing, command movement of the medium in a second direction opposite the first such that the defect approaches the pick-up unit.
A method for forecasting an environmental event or a type of environmental event comprising the steps of a. acquiring three first data sets of three corresponding behavioural parameters of each animal of a population of animals in the absence of the type of environmental event, wherein the three behavioural parameters comprise nocturnal activity, 3D-acceleration activity and diurnal unidirectional movement; b. generating three first reference profiles based on said corresponding three first data sets, the three first reference profiles representing normal behaviour status of the population of animals; c. acquiring three test data sets of corresponding three behavioural parameters of each animal of the population of animals; d. generating three test profiles based on the three corresponding test data sets, the three test profiles representing behaviour status of the population of animals; e. calculating a respective ratio between each test profile and the corresponding first reference profile by comparing an instant value of the test profile to the average of values of the respective reference profile; f. setting an alert, if at least one of the calculated ratios reaches a predefined threshold value. a. acquiring three first data sets of three corresponding behavioural parameters of each animal of a population of animals in the absence of the type of environmental event, wherein the three behavioural parameters comprise nocturnal activity, 3D-acceleration activity and diurnal unidirectional movement; b. generating three first reference profiles based on said corresponding three first data sets, the three first reference profiles representing normal behaviour status of the population of animals; c. acquiring three test data sets of corresponding three behavioural parameters of each animal of the population of animals; d. generating three test profiles based on the three corresponding test data sets, the three test profiles representing behaviour status of the population of animals; e. calculating a respective ratio between each test profile and the corresponding first reference profile by comparing an instant value of the test profile to the average of values of the respective reference profile; f. setting an alert, if at least one of the calculated ratios reaches a predefined threshold value.
A transportation device with a structure with wheels, joined by a shaft to a platform or chassis which supports a basket, mat, seat or tray, wherein it comprises an automatic tilt stabilizer for the platform or chassis, wherein the stabilizer comprises a tilt sensor for sensing the inclination of the platform or chassis with respect to the horizontal and configured to transfer signals to a microcontroller, and a motor activated by the microcontroller, characterized in that the microcontroller is configured to act on the motor for correcting the inclination of the platform or chassis through an arm which has a fixed end resting against the structure and the other end fixed to the platform or base by means of a pair of wheels that are able to slide on a guide joined to the platform or base, so that said platform or chassis returns to a predefined inclination with respect to the horizontal, such that the transport device is configured for automatically leveling the platform or chassis during occasional uneven surfaces of the terrain.
A method for detecting inconsistencies in a structure, the method comprising: sending signals into a first surface of a structure using an ultrasonic transducer; receiving ultrasound response signals at the ultrasonic transducer for detecting inconsistencies in the structure; heating a portion of a second surface of the structure while the ultrasonic transducer is sending signals into the first surface, wherein the second surface is on an opposite side of the structure from the first surface and said heating is performed by directing radiation of a heat lamp or a flash lamp on the second surface; and taking infrared images of the portion of the second surface of the structure after heating the second surface for detecting inconsistencies in the structure sending signals into a first surface of a structure using an ultrasonic transducer; receiving ultrasound response signals at the ultrasonic transducer for detecting inconsistencies in the structure; heating a portion of a second surface of the structure while the ultrasonic transducer is sending signals into the first surface, wherein the second surface is on an opposite side of the structure from the first surface and said heating is performed by directing radiation of a heat lamp or a flash lamp on the second surface; and taking infrared images of the portion of the second surface of the structure after heating the second surface for detecting inconsistencies in the structure
Method for producing a filter element for filtering fluids, such as hydraulic fluids, lubricants or fuels, comprising the following steps: a) providing at least one section of a filter mat web made from one or more layers of at least one filter medium; b) connecting the ends of the at least one section in order to form an annular body and placing said annular body onto a supporting tube; c) wrapping the outside of the annular body placed on the supporting tube with at least one length of a film web; d) providing a device with a movable lower shaped body and with movable upper shaped bodies (28, 30); and e) placing end regions of the at least one length of the film web on top of one another, applying the upper shaped bodies (28, 30) on both sides of the end regions and connecting the overlapping end regions, wherein: f) the at least one length of the film web is tensioned around the annular body before its end regions are connected by producing tensile stress in the film web in the circumferential direction, during which the upper shaped bodies (28, 30) execute an additional movement in the circumferential direction. a) providing at least one section of a filter mat web made from one or more layers of at least one filter medium; b) connecting the ends of the at least one section in order to form an annular body and placing said annular body onto a supporting tube; c) wrapping the outside of the annular body placed on the supporting tube with at least one length of a film web; d) providing a device with a movable lower shaped body and with movable upper shaped bodies (28, 30); and e) placing end regions of the at least one length of the film web on top of one another, applying the upper shaped bodies (28, 30) on both sides of the end regions and connecting the overlapping end regions,
An attachment which is attachable to a game controller including a controller-side slide portion that includes a controller-side first operation button, the attachment comprising: a strap; an attachment-side slide portion on a first surface of the attachment, the attachment-side slide portion having a first side of a center of the attachment-side slide portion and a second side of the center of the attachment-slide portion opposite to each other in a predetermined slide direction, wherein the attachment-side slide portion is configured to slidably engage with the controller-side slide portion in the slide direction, and wherein the controller-side slide portion is insertable into the attachment-side slide portion from the first side; a lock portion on the first side of the center of the attachment-side slide portion and configured to generally prevent a slide movement, in a removal direction opposite to an insertion direction, of the controller-side slide portion in a state in which the controller-side slide portion has been inserted into the attachment-side slide portion, thereby attaching the game controller to the attachment; and an attachment-side first operation button on a second surface which is on a reverse side of the first surface, wherein the attachment-side first operation button includes a first actuation portion configured to move from a first position to a second position, thereby pressing the controller-side first operation button, in response to an operation of pressing the attachment-side first operation button. a strap; an attachment-side slide portion on a first surface of the attachment, the attachment-side slide portion having a first side of a center of the attachment-side slide portion and a second side of the center of the attachment-slide portion opposite to each other in a predetermined slide direction, wherein the attachment-side slide portion is configured to slidably engage with the controller-side slide portion in the slide direction, and wherein the controller-side slide portion is insertable into the attachment-side slide portion from the first side; a lock portion on the first side of the center of the attachment-side slide portion and configured to generally prevent a slide movement, in a removal direction opposite to an insertion direction, of the controller-side slide portion in a state in which the controller-side slide portion has been inserted into the attachment-side slide portion, thereby attaching the game controller to the attachment; and an attachment-side first operation button on a second surface which is on a reverse side of the first surface, wherein the attachment-side first operation button includes a first actuation portion configured to move from a first position to a second position, thereby pressing the controller-side first operation button, in response to an operation of pressing the attachment-side first operation button.