mhurhangee/ep-ind-claims huggingface dataset:
A method for providing access to an account maintained by an institution, wherein the account is associated by the institution with an account number, an identifier that is unique to the account among accounts that the institution maintains that are accessible at a server by users via a wide area network, and authentication data that the institution requires to be submitted to the institution as a condition to grant access to the account, the method comprising the steps of: generating by a user device a login credential derived, from data associated with the account according to a predetermined conversion algorithm, wherein the login credential is different from the account number associated with the account, and wherein the login credential has the same number of digits as the account number and includes a first set of digits corresponding to the identifier and a second set of digits corresponding to the authentication data transmitting the login credential from the user device to a server maintained by the institution by accessing the server by the user device via a wide area network; and in response to confirmation by the institution that the login credential received by the institution from the transmitting step corresponds to the account, and that the authentication data authenticates a user of the user device, interacting with the account from the user device by accessing the server by the user device via the wide area network. generating by a user device a login credential derived, from data associated with the account according to a predetermined conversion algorithm, wherein the login credential is different from the account number associated with the account, and wherein the login credential has the same number of digits as the account number and includes a first set of digits corresponding to the identifier and a second set of digits corresponding to the authentication data transmitting the login credential from the user device to a server maintained by the institution by accessing the server by the user device via a wide area network; and in response to confirmation by the institution that the login credential received by the institution from the transmitting step corresponds to the account, and that the authentication data authenticates a user of the user device, interacting with the account from the user device by accessing the server by the user device via the wide area network.
A method of creating service usage records summarising usage of General Packet Radio Service, GPRS, comprising: monitoring GPRS Tunnelling Protocol, GTP, messages traversing an interface between a serving GPRS Support Node, SGSN, and a Gateway GPRS Support Node, GGSN, and selecting signalling messages and protocol messages; processing, by a GTP Follower state machine, the selected GTP signalling messages to maintain tunnel state information and create GTP flow summary records comprising information on each GTP tunnel, and forwarding protocol messages that contain a payload length of greater than zero to a Call Record Generator, CRG, state machine; processing, by the CRG state machine, the forwarded protocol messages to create measurements of the forwarded protocol messages, taking measurements and aggregating the measurements into Transport layer flow summary records, and forwarding messages containing application layer content to a Content Analysis, CA, state machine comprising a plurality of CA modules organised into a processing chain, each CA module being specialised for identification and analysis of particular content in the application layer, said content being used to deliver a service; analysing and identifying, by each CA module, particular content in the application layer of the forwarded messages to create further measurements and build Service flow summary records; and creating service usage records comprising the GTP flow summary records, the Transport layer flow summary records and the Service flow summary records. monitoring GPRS Tunnelling Protocol, GTP, messages traversing an interface between a serving GPRS Support Node, SGSN, and a Gateway GPRS Support Node, GGSN, and selecting signalling messages and protocol messages; processing, by a GTP Follower state machine, the selected GTP signalling messages to maintain tunnel state information and create GTP flow summary records comprising information on each GTP tunnel, and forwarding protocol messages that contain a payload length of greater than zero to a Call Record Generator, CRG, state machine; processing, by the CRG state machine, the forwarded protocol messages to create measurements of the forwarded protocol messages, taking measurements and aggregating the measurements into Transport layer flow summary records, and forwarding messages containing application layer content to a Content Analysis, CA, state machine comprising a plurality of CA modules organised into a processing chain, each CA module being specialised for identification and analysis of particular content in the application layer, said content being used to deliver a service; analysing and identifying, by each CA module, particular content in the application layer of the forwarded messages to create further measurements and build Service flow summary records; and creating service usage records comprising the GTP flow summary records, the Transport layer flow summary records and the Service flow summary records.
An active radial magnetic bearing assembly (112, 200, 506, 508), comprising: - a housing comprising a center axis extending longitudinally therethrough and a housing inner surface; - a stator coupled to the housing inner surface and comprising a stator inner surface extending axially between a first stator end wall and a second stator end wall; - a rotor comprising a rotor outer surface, wherein a portion of the rotor outer surface of at least a portion of the rotor, which is configured to rotate about the center axis within the stator, such that an annular gap is defined between the rotor outer surface and the stator inner surface, is a first target: - a second target coupled to or formed by the rotor, the second target axially spaced from the first target along the rotor; and - a plurality of sensors (226, 228, 230) coupled to the stator and adjacent the stator inner surface, the plurality of sensors (226, 228, 230) comprising: - a first sensor and a second sensor positioned to detect a radial position of the rotor via the first target, and - a third sensor positioned to detect an axial position of the rotor via the second target. - a housing comprising a center axis extending longitudinally therethrough and a housing inner surface; - a stator coupled to the housing inner surface and comprising a stator inner surface extending axially between a first stator end wall and a second stator end wall; - a rotor comprising a rotor outer surface, wherein a portion of the rotor outer surface of at least a portion of the rotor, which is configured to rotate about the center axis within the stator, such that an annular gap is defined between the rotor outer surface and the stator inner surface, is a first target: - a second target coupled to or formed by the rotor, the second target axially spaced from the first target along the rotor; and - a plurality of sensors (226, 228, 230) coupled to the stator and adjacent the stator inner surface, the plurality of sensors (226, 228, 230) comprising: - a first sensor and a second sensor positioned to detect a radial position of the rotor via the first target, and - a third sensor positioned to detect an axial position of the rotor via the second target.
A device for aligning flat objects, in particular folding box blanks, comprising a feeder, at least one first working station upstream of a turning station, at least one turning station and at least one further working station downstream of the turning station, as working stations, wherein the individual working stations each have independent conveying elements for transporting the blanks through the respective working stations, said conveying elements being arranged in the turning station in a fixed manner, characterized in that the working stations upstream and/or downstream of said turning station, alone or as an assemblage with or separated from the turning station, are arranged to be transversely adjustable to the right or to the left with respect to the remaining working stations.
Pipe connection (10, 52, 66) with a first pipe part and a second pipe part, with at least one multi-part sealing ring (24; 44, 46) or at least one single-part sealing ring, which is surrounded by a clamping device, wherein the pipe parts (12, 14) each comprise a first obliquely end face or a first vertically extending end face, with respect to the pipe axis, and a second obliquely or vertically extending end face or a second vertically extending end face, with respect to the pipe axis, these end faces being overlapped by the clamping device, which applies an outwardly acting radial force to the at least one single-part sealing ring or the at least one multi-part sealing ring (24; 44, 46), so that the sealing ring (24; 44; 46; 68) is secured in an enclosing geometric triangle or in an enclosing geometric non-rectangular quadrilateral which is defined by the obliquely extending end face (20, 22) of the first pipe part and of the second pipe part, or so that the sealing ring (24; 44, 46, 68) is secured in an enclosing geometric rectangular quadrilateral which is defined by the vertically extending end face (72, 74) of the first pipe part and of the second pipe part, characterised in that a complementary geometry of projections and recesses arranged in alternating sequence is designed at mutually facing ends of the pipe parts (12, 14) in the circumferential direction, so that the projections form an inner radial edge of the geometric triangle, the geometric non rectangular quadrilateral or the geometric rectangular quadrilateral.
A method for downloading a profile performed by a terminal in a wireless communication system, the method comprising: checking whether a profile for a universal integrated circulated card, UICC, of the terminal is stored; selecting a public land mobile network, PLMN, for an initial provisioning; transmitting, to a mobility management entity, an attach request message in case that the profile is not stored in the terminal, the attach request message including attach type information indicating the initial provisioning and an identity for the terminal; receiving, from the mobility management entity, an attach accept message together with an activate default evolved packet system, EPS, bearer context request message for a default EPS bearer, and a traffic flow template, TFT, including an uplink/downlink packet filter for the default EPS bearer based on an address of an eSIM server, in case that a connection for the initial provisioning is permitted based on the identity for the terminal; and downloading the profile based on the address of the eSIM server and the packet filter, wherein an authentication procedure is not performed with the mobility management entity in case that the attach request message includes the attach type information indicating the initial provisioning. checking whether a profile for a universal integrated circulated card, UICC, of the terminal is stored; selecting a public land mobile network, PLMN, for an initial provisioning; transmitting, to a mobility management entity, an attach request message in case that the profile is not stored in the terminal, the attach request message including attach type information indicating the initial provisioning and an identity for the terminal; receiving, from the mobility management entity, an attach accept message together with an activate default evolved packet system, EPS, bearer context request message for a default EPS bearer, and a traffic flow template, TFT, including an uplink/downlink packet filter for the default EPS bearer based on an address of an eSIM server, in case that a connection for the initial provisioning is permitted based on the identity for the terminal; and downloading the profile based on the address of the eSIM server and the packet filter, wherein an authentication procedure is not performed with the mobility management entity in case that the attach request message includes the attach type information indicating the initial provisioning.
A lighting unit comprising: a packaging substrate formed from a semiconductor; a channel formed in the substrate; a discrete light emitting diode arrangement in the channel; and a light sensor, wherein a surface region of the channel comprises doped semiconductor layers (20, 24) which define the light sensor, wherein the channel comprises a base and a side wall or side walls, characterised in that the base and the side wall or side walls of the channel each define part of the structure of the light sensor. a packaging substrate formed from a semiconductor; a channel formed in the substrate; a discrete light emitting diode arrangement in the channel; and a light sensor, wherein a surface region of the channel comprises doped semiconductor layers (20, 24) which define the light sensor, wherein the channel comprises a base and a side wall or side walls, characterised in that the base and the side wall or side walls of the channel each define part of the structure of the light sensor.
A method of determining a phase value for an NFC card emulating device that enables said NFC card emulating device to communicate in phase with an NFC reader device while utilizing active load modulation, wherein the NFC card emulating device comprises a card antenna and the NFC reader device comprises a reader antenna, the method comprising: receiving a reader signal from the NFC reader device at the NFC card emulating device through coupling of the card antenna and the reader antenna, the reader signal comprising a subcarrier modulation; estimating a resonance frequency of a system corresponding to the coupled card antenna and reader antenna based on the received communication signal; and determining the phase value based on the estimated resonance frequency and a set of parameters that represents a predetermined reference system, characterized in that estimating the resonance frequency comprises: calculating a discrete Fourier transform for at least a part of the received reader signal; and estimating the resonance frequency based on a first and a second value of the discrete Fourier transform, wherein the first value corresponds to a first frequency and the second value corresponds to a second frequency, wherein the first frequency corresponds to one of an upper sideband and a lower sideband of the subcarrier modulation, and wherein the second frequency corresponds to the other one of the upper sideband and the lower sideband of the subcarrier modulation. receiving a reader signal from the NFC reader device at the NFC card emulating device through coupling of the card antenna and the reader antenna, the reader signal comprising a subcarrier modulation; estimating a resonance frequency of a system corresponding to the coupled card antenna and reader antenna based on the received communication signal; and determining the phase value based on the estimated resonance frequency and a set of parameters that represents a predetermined reference system, characterized in that estimating the resonance frequency comprises: calculating a discrete Fourier transform for at least a part of the received reader signal; and estimating the resonance frequency based on a first and a second value of the discrete Fourier transform, wherein the first value corresponds to a first frequency and the second value corresponds to a second frequency, wherein the first frequency corresponds to one of an upper sideband and a lower sideband of the subcarrier modulation, and wherein the second frequency corresponds to the other one of the upper sideband and the lower sideband of the subcarrier modulation. calculating a discrete Fourier transform for at least a part of the received reader signal; and estimating the resonance frequency based on a first and a second value of the discrete Fourier transform, wherein the first value corresponds to a first frequency and the second value corresponds to a second frequency, wherein the first frequency corresponds to one of an upper sideband and a lower sideband of the subcarrier modulation, and wherein the second frequency corresponds to the other one of the upper sideband and the lower sideband of the subcarrier modulation.
Method for the preparation of a catalysed particulate filter comprising the steps of a) providing a particulate filter body with longitudinal flow passages being confined by longitudinal porous walls, defining a dispersion side and a permeation side; b) providing a first catalyst washcoat containing a first catalyst composition being active in selective catalytic reduction of nitrogen oxides, c) providing a second catalyst washcoat containing a second combined catalyst composition in form of a mixture of a catalyst being active in selective oxidation of ammonia to nitrogen, and a catalyst being active in oxidation of carbon monoxide and hydrocarbons; d) coating the particulate filter body with the first catalyst washcoat on the entire dispersion side and within partition walls of the filter body, and coating the particulate filter with the second catalyst washcoat on the entire permeate side of the filter body; and e) drying and heat treating the coated filter to obtain the catalysed particulate filter, wherein mode particle size of the first catalyst in the first washcoat is smaller than the mean pore diameter of the longitudinal walls, and wherein mode particle size of the second combined washcoat is larger than the mean pore diameter of the longitudinal walls; and f) wherein the amount of the first washcoat coated on the filter is 20 to 180 g/l, and the amount of the second washcoat on the filter is 10 to 80 g/l, and wherein the total catalyst loading on the filter is in the range of 40 to 200 g/l. a) providing a particulate filter body with longitudinal flow passages being confined by longitudinal porous walls, defining a dispersion side and a permeation side; b) providing a first catalyst washcoat containing a first catalyst composition being active in selective catalytic reduction of nitrogen oxides, c) providing a second catalyst washcoat containing a second combined catalyst composition in form of a mixture of a catalyst being active in selective oxidation of ammonia to nitrogen, and a catalyst being active in oxidation of carbon monoxide and hydrocarbons; d) coating the particulate filter body with the first catalyst washcoat on the entire dispersion side and within partition walls of the filter body, and coating the particulate filter with the second catalyst washcoat on the entire permeate side of the filter body; and e) drying and heat treating the coated filter to obtain the catalysed particulate filter, wherein mode particle size of the first catalyst in the first washcoat is smaller than the mean pore diameter of the longitudinal walls, and wherein mode particle size of the second combined washcoat is larger than the mean pore diameter of the longitudinal walls; and f) wherein the amount of the first washcoat coated on the filter is 20 to 180 g/l, and the amount of the second washcoat on the filter is 10 to 80 g/l, and wherein the total catalyst loading on the filter is in the range of 40 to 200 g/l.
Sash unit of a scissor of a fitting for a tiltable sash of a window or a door, for insertion into a C-shaped sash groove in the notch of a sash profile of the sash, having a scissor guide to be fastened to the sash and a scissor rod movable relative to the scissor guide in the operating state, wherein the scissor rod in the operating state is displaceable in the longitudinal direction relative to the scissor guide between a closing position and a tilting position and wherein a bearing slot is provided on the scissor guide for the rotation-displacement bearing of a scissor leg of the scissor, characterised in that the scissor guide and the scissor rod are prefixed in a pre-assembly position between the closing position and the tilting position for insertion into the sash groove so that in the operating state the relative displaceability of the scissor rod with respect to the scissor guide is lost, wherein the prefixing is designed as a form-fit connection between the scissor guide and the scissor rod and wherein the form-fit connection comprises at least one fixing pin and one pin opening for engagement of the fixing pin, wherein the fixing pin can be sheared off during a relative movement of the scissor rod with respect to the scissor guide, in particular wherein the fixing pin has a predetermined breaking point.
Alkaline protease having the amino acid sequence of SEQ ID NO: 1, wherein the amino acid residue at (a) position 84, (b) position 104, (c) position 256 or (d) position 369 has been selected from: at position (a): an arginine residue, at position (b): a proline residue, at position (c): an alanine or serine residue, and at position (d): an asparagine residue. at position (a): an arginine residue, at position (b): a proline residue, at position (c): an alanine or serine residue, and at position (d): an asparagine residue.
A filter element comprising: first and second filter media panels (102, 104), each filter media panel defining a first (112, 114), a second (116, 118), a third (120, 122) and a fourth (124, 126) side, for each filter media panel, the first and second sides are offset from one another and extend between the third and fourth sides which are offset from one another; a support frame maintaining the first and second filter media panels in a generally spaced orientation forming a cavity therebetween; a base frame defining a first opening in fluid communication with the cavity; and first and second end cap structures (146, 148), the first end cap structure operably sealing the third side of the first and second filter media panels and the second end cap structure operably sealing the fourth side of the first and second filter media panels; characterised in that the base frame has a first outward extending flange that is received in the first end cap structure so that the first flange is captured in the first end cap structure and a second outward extending flange that is received in the second end cap structure so that the second flange is captured in the second end cap structure, the first and second flanges being on opposite sides of the first opening and extending outward away from one another. first and second filter media panels (102, 104), each filter media panel defining a first (112, 114), a second (116, 118), a third (120, 122) and a fourth (124, 126) side, for each filter media panel, the first and second sides are offset from one another and extend between the third and fourth sides which are offset from one another; a support frame maintaining the first and second filter media panels in a generally spaced orientation forming a cavity therebetween; a base frame defining a first opening in fluid communication with the cavity; and first and second end cap structures (146, 148), the first end cap structure operably sealing the third side of the first and second filter media panels and the second end cap structure operably sealing the fourth side of the first and second filter media panels; characterised in that the base frame has a first outward extending flange that is received in the first end cap structure so that the first flange is captured in the first end cap structure and a second outward extending flange that is received in the second end cap structure so that the second flange is captured in the second end cap structure, the first and second flanges being on opposite sides of the first opening and extending outward away from one another.