mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: receiving (220; 302), at an identity provider, IDP, and from a client device, an identity authentication request, wherein the IDP performs identifications for accessing a software service that is provided by a software service provider; transmitting (222; 304), from the IDP to an on-premises directory provider, OPDP, an on-premises verification initiation request for a digest authentication, wherein the OPDP performs identity authentication for accessing the software service and the OPDP operates inside of an enterprise network, and the IDP operates outside of the enterprise network; receiving (230; 306), at the IDP and from the OPDP, an on-premises verification initiation response, wherein the on-premises verification initiation response includes one or more digest authentication attributes; transmitting (232; 308), from the IDP to the client device, the one or more digest authentication attributes; receiving (240; 310), at the IDP and from the client device, a digest, wherein the digest is calculated based on the one or more digest authentication attributes and one or more identity authentication credentials; transmitting (242; 312), from the IDP to the OPDP, the digest; and receiving (252; 314), at the IDP and from the OPDP, an on-premises verification response that indicates a result of the digest authentication. receiving (220; 302), at an identity provider, IDP, and from a client device, an identity authentication request, wherein the IDP performs identifications for accessing a software service that is provided by a software service provider; transmitting (222; 304), from the IDP to an on-premises directory provider, OPDP, an on-premises verification initiation request for a digest authentication, wherein the OPDP performs identity authentication for accessing the software service and the OPDP operates inside of an enterprise network, and the IDP operates outside of the enterprise network; receiving (230; 306), at the IDP and from the OPDP, an on-premises verification initiation response, wherein the on-premises verification initiation response includes one or more digest authentication attributes; transmitting (232; 308), from the IDP to the client device, the one or more digest authentication attributes; receiving (240; 310), at the IDP and from the client device, a digest, wherein the digest is calculated based on the one or more digest authentication attributes and one or more identity authentication credentials; transmitting (242; 312), from the IDP to the OPDP, the digest; and receiving (252; 314), at the IDP and from the OPDP, an on-premises verification response that indicates a result of the digest authentication.
An adhesive polymer composition comprising a) 80.0 to 98.0 wt% of an ethylene polymer, b) 2.0 to 20.0 wt% of an ethyl ene-butyl acrylate copolymer, and c) 0 to 4.0 wt% of additives, based on the total weight of the adhesive polymer composition, wherein the ethylene-butylacrylate copolymer contains units derived from butylacrylate in an amount of from 3.0 to 5.5 wt%, based on the total weight of the adhesive polymer composition and the ethylene polymer or the ethylene polymer and the ethylene-butylacrylate copolymer have been grafted with an acid grafting agent. a) 80.0 to 98.0 wt% of an ethylene polymer, b) 2.0 to 20.0 wt% of an ethyl ene-butyl acrylate copolymer, and c) 0 to 4.0 wt% of additives, based on the total weight of the adhesive polymer composition, wherein the ethylene-butylacrylate copolymer contains units derived from butylacrylate in an amount of from 3.0 to 5.5 wt%, based on the total weight of the adhesive polymer composition and the ethylene polymer or the ethylene polymer and the ethylene-butylacrylate copolymer have been grafted with an acid grafting agent.
A method for correcting the phase shift of an optical transmission channel, the method comprising: - providing a plurality of signal samples at successive time instances; wherein each signal sample comprises a signal phase, the signal phase comprises a data phase and a residual phase, characterized by for each successive signal sample of a successive time instance: - determining a slowly-varying noise phase, and - shifting the signal sample by the slowly-varying noise phase, in order to generate an intermediate signal sample having a shifted signal phase, for each successive intermediate signal sample of a successive time instance: - determining a rapidly varying noise phase, wherein the rapidly varying noise phase has a variation time different from a variation time of the slowly-varying noise phase, - shifting the intermediate signal sample by the rapidly varying noise phase, in order to generate a phase-corrected signal sample. - providing a plurality of signal samples at successive time instances; wherein each signal sample comprises a signal phase, the signal phase comprises a data phase and a residual phase, - determining a slowly-varying noise phase, and - shifting the signal sample by the slowly-varying noise phase, in order to generate an intermediate signal sample having a shifted signal phase, - determining a rapidly varying noise phase, wherein the rapidly varying noise phase has a variation time different from a variation time of the slowly-varying noise phase, - shifting the intermediate signal sample by the rapidly varying noise phase, in order to generate a phase-corrected signal sample.
Extendable garment, especially extendable baby or toddler garment, having at least one fabric fold which is formed and/or arranged on a fabric piece of the garment, is sewn with at least one sewing thread and is connected to the fabric piece, wherein the at least one sewing thread is separatable and the fabric fold is unfoldable in order to extend the garment, wherein the at least one fabric fold (3, 3'; 4, 4'; 24, 24') has two fabric fold elements (7, 7') which are laid on one side and are worked in opposite directions, wherein on the garment (1, 18, 20) in the manufacturing state in a basic size as the smallest, first size, the fabric fold is sewn on both sides over the fold length with in each case at least one, preferably exactly one, chain stitch seam and connected to the fabric piece, wherein in a second size of the garment (1, 18, 20), which is larger than the first size, one of the chain stitch seams on both sides is separated and the associated one fabric fold element is unfolded, the other fabric fold element remaining sewn off, and wherein in an extended third size as the largest size of the garment (1, 18, 20), both chain stitch seams on both sides are separated and both fabric fold elements (7, 7') are unfolded, characterised in that the at least one fabric fold (3, 3'; 4, 4'; 24, 24') is a box pleat or inverted pleat. having at least one fabric fold which is formed and/or arranged on a fabric piece of the garment, is sewn with at least one sewing thread and is connected to the fabric piece, wherein the at least one sewing thread is separatable and the fabric fold is unfoldable in order to extend the garment, wherein the at least one fabric fold (3, 3'; 4, 4'; 24, 24') has two fabric fold elements (7, 7') which are laid on one side and are worked in opposite directions, wherein on the garment (1, 18, 20) in the manufacturing state in a basic size as the smallest, first size, the fabric fold is sewn on both sides over the fold length with in each case at least one, preferably exactly one, chain stitch seam and connected to the fabric piece, wherein in a second size of the garment (1, 18, 20), which is larger than the first size, one of the chain stitch seams on both sides is separated and the associated one fabric fold element is unfolded, the other fabric fold element remaining sewn off, and wherein in an extended third size as the largest size of the garment (1, 18, 20), both chain stitch seams on both sides are separated and both fabric fold elements (7, 7') are unfolded, characterised in that the at least one fabric fold (3, 3'; 4, 4'; 24, 24') is a box pleat or inverted pleat.
An impact attenuator system comprising an energy absorbing hyperelastic polyurethane material wherein the material has a tan δ of not less than 0.05 at 1 Hz for temperatures between -15 °C and 45 °C, wherein the hyperelastic polymer is a polyurethane formed from a mixture comprising: an MDI polyether prepolymer wherein the prepolymer has a free isocyanate content of 10% to 15%; at least one long-chain polyether or polyester polyol wherein the polyol has an OH number (OH#) from 20 to 80; at least one short-chain diol, wherein the diol is 30% to 45% by weight of the total hydroxyl-containing components; at least one catalyst; and wherein the proportion of the components provide from 2% to 10% excess isocyanate groups. an MDI polyether prepolymer wherein the prepolymer has a free isocyanate content of 10% to 15%; at least one long-chain polyether or polyester polyol wherein the polyol has an OH number (OH#) from 20 to 80; at least one short-chain diol, wherein the diol is 30% to 45% by weight of the total hydroxyl-containing components; at least one catalyst; and wherein the proportion of the components provide from 2% to 10% excess isocyanate groups.
An image forming apparatus that forms an image on a sheet member, comprising an image forming section which forms the image on the sheet member; a transporting section which transports the sheet member to the image forming section; a detection section which detects a passing position (Tp) of each transported sheet member on a direction (Xp) that is perpendicular to a transporting direction (Yp) of the sheet member and outputs information on the passing position (Tp) for every transported sheet member; an evaluation-information-generating section which generates evaluation information for evaluating a condition of the transporting section or the detection section by performing statistical processing on a plurality of amounts of a deviation (ε(t)) for every sheet member, the deviation (ε(t)) being a difference between the passing position (Tp) of each transported sheet member based on the information on the passing position output from the detection section and a transport reference position (Tr) on the direction (Xp) that is perpendicular to the transporting direction (Yp) of the sheet member; and characterized in that it further comprises a discrimination section configured to discriminate between when there is malfunction in the transporting section and when there is malfunction in the detection section by comparing the evaluation information generated in the evaluation-information-generating section with evaluation reference information that is a reference when discriminating between when there is the malfunction in the transporting section and when there is the malfunction in the detection section.
Installation box for electrical or electronic devices, comprising a. a box housing comprising b. a box wall with a box base connected to it, wherein c. the box wall and the box base surround a first installation space, which is accessible via an installation opening, for at least partially receiving an electrical or electronic device, characterized in that d. a first bulge and a second bulge are arranged on the box wall, which bulges are part of the first installation space e. and can each be moved between a first inner position and a second outer position, in which the first and/or the second bulge (20, 30) project/projects laterally outward with respect to the first inner position, f. the first and the second bulge (20, 30) are arranged diametrically opposite each other with respect to the first installation space, g. the first and/or the second bulge (20, 30) comprise/comprises a deformation region (22, 32) which is designed such that it can deform outward with the application of radial force, and in that h. the deformation region (22, 32) comprises a set of folding bellows (23, 33). a. a box housing comprising b. a box wall with a box base connected to it, wherein c. the box wall and the box base surround a first installation space, which is accessible via an installation opening, for at least partially receiving an electrical or electronic device, characterized in that d. a first bulge and a second bulge are arranged on the box wall, which bulges are part of the first installation space e. and can each be moved between a first inner position and a second outer position, in which the first and/or the second bulge (20, 30) project/projects laterally outward with respect to the first inner position, f. the first and the second bulge (20, 30) are arranged diametrically opposite each other with respect to the first installation space, g. the first and/or the second bulge (20, 30) comprise/comprises a deformation region (22, 32) which is designed such that it can deform outward with the application of radial force, and in that h. the deformation region (22, 32) comprises a set of folding bellows (23, 33).
A method for performing scanning and killing on browser bookmarks, characterized by comprising: receiving, by a browser background server, a synchronization request that includes a user account and bookmark web addresses from a browser client; storing (102, 202), by the browser background server, the bookmark web addresses correspondingly to the user account; receiving (103, 203) a cloud scanning and killing instruction that includes the user account from the browser client, performing risk scanning and killing on the bookmark web addresses which the user account corresponds to, determining a risky web address, and feeding back a scanning and killing result that includes the risky web address to the browser client, by the browser background server; and in response to a response message that includes the user account and the risky web address deleted by the browser client, which is sent from the browser client, deleting, by the browser background server, the risky web address from the stored bookmark web addresses which correspond to the user account. receiving, by a browser background server, a synchronization request that includes a user account and bookmark web addresses from a browser client; storing (102, 202), by the browser background server, the bookmark web addresses correspondingly to the user account; receiving (103, 203) a cloud scanning and killing instruction that includes the user account from the browser client, performing risk scanning and killing on the bookmark web addresses which the user account corresponds to, determining a risky web address, and feeding back a scanning and killing result that includes the risky web address to the browser client, by the browser background server; and in response to a response message that includes the user account and the risky web address deleted by the browser client, which is sent from the browser client, deleting, by the browser background server, the risky web address from the stored bookmark web addresses which correspond to the user account.
An electronic device (100, 801, 901) comprising: a memory (150, 830, 930); a camera (110, 991); and a processor (140, 820, 910) configured to: control the camera to obtain images, generate first additional information based on information of a user input obtained while an image is obtained through the camera, determine whether a change of a specific parameter value obtainable from image data in the image is greater than a specific threshold, wherein the specific parameter is a histogram or a sum of absolute differences; generate second additional information including an occurrence time of the change and information on the change in response to the determination that the change is greater than the specific threshold, encode the images as video data, and store a video file including the video data and the first and second additional information in the memory. a memory (150, 830, 930); a camera (110, 991); and a processor (140, 820, 910) configured to: control the camera to obtain images, generate first additional information based on information of a user input obtained while an image is obtained through the camera, determine whether a change of a specific parameter value obtainable from image data in the image is greater than a specific threshold, wherein the specific parameter is a histogram or a sum of absolute differences; generate second additional information including an occurrence time of the change and information on the change in response to the determination that the change is greater than the specific threshold, encode the images as video data, and store a video file including the video data and the first and second additional information in the memory. control the camera to obtain images, generate first additional information based on information of a user input obtained while an image is obtained through the camera, determine whether a change of a specific parameter value obtainable from image data in the image is greater than a specific threshold, wherein the specific parameter is a histogram or a sum of absolute differences; generate second additional information including an occurrence time of the change and information on the change in response to the determination that the change is greater than the specific threshold, encode the images as video data, and store a video file including the video data and the first and second additional information in the memory.
Ring illumination apparatus for a microscope objective, comprising at least two light-emitting diode units, which are accommodated in an illumination ring, wherein the ring illumination apparatus has at least one lower entry opening and at least one upper exit opening for cooling air for cooling the light-emitting diode units, characterized in that the illumination ring has a second entry opening and a second exit opening, and in that the light-emitting diode units are arranged in each case in a collector housing held in the illumination ring, wherein the collector housing has a third entry opening and a third exit opening.
A sealed header assembly comprising: a housing having a cover shroud portion, a mounting portion and a wire holder portion, the mounting portion configured to mount the housing to a case of an electrical device, the wire holder portion configured to extend through an opening in the electrical device to an interior of the electrical device, the wire holder portion configured to receive wires passing through the housing between the interior and an exterior of the electrical device, the wire holder portion including a chamber bounded by chamber walls, an exterior of the wire holder portion having an outer seal configured to be sealed to the case of the electrical device; a wire cover removably mounted to the housing at the cover shroud portion to define a wire passageway for the wires; a seal received in the chamber and being sealed to at least one of the chamber walls; and a seal cap to hold the seal in the chamber, characterized in that the wire holder portion has a plurality of wire channels through one of the chamber walls being open to the chamber and to the cover shroud portion on opposite sides of the chamber wall; the seal has a plurality of wire channels and is configured to seal against the wires received in the corresponding wire channels; and the seal cap is received in the chamber to hold the seal in the chamber, the seal cap including a plurality of wire channels for receiving corresponding wires. a housing having a cover shroud portion, a mounting portion and a wire holder portion, the mounting portion configured to mount the housing to a case of an electrical device, the wire holder portion configured to extend through an opening in the electrical device to an interior of the electrical device, the wire holder portion configured to receive wires passing through the housing between the interior and an exterior of the electrical device, the wire holder portion including a chamber bounded by chamber walls, an exterior of the wire holder portion having an outer seal configured to be sealed to the case of the electrical device; a wire cover removably mounted to the housing at the cover shroud portion to define a wire passageway for the wires; a seal received in the chamber and being sealed to at least one of the chamber walls; and a seal cap to hold the seal in the chamber, characterized in that the wire holder portion has a plurality of wire channels through one of the chamber walls being open to the chamber and to the cover shroud portion on opposite sides of the chamber wall; the seal has a plurality of wire channels and is configured to seal against the wires received in the corresponding wire channels; and the seal cap is received in the chamber to hold the seal in the chamber, the seal cap including a plurality of wire channels for receiving corresponding wires.
Lock cylinder comprising a security device, said lock cylinder comprising a cylinder body which is formed by a cylindrical body from which a radial prolongation comprising two side faces and a lower area (2") extends along the entire length of its generatrix, where said cylindrical body is split by an inner cavity partially affecting the radial prolongation without reaching the lower area (2") thereof, there being in the radial prolongation, in correspondence with the inner cavity, a mechanically weakened central area, characterized in that the security device comprises a substantially continuous security element, performing the function of a spring acting like a highly elastic clamp, that can be inserted by pressure and fitted in a groove running continuously along both side faces of the radial prolongation and along the lower area (2") thereof, as well as running along the weakened central area of the radial prolongation, where the configuration of the security element corresponds with the configuration of the groove.