mhurhangee/ep-ind-claims huggingface dataset:
(6aR,10aR)-7- n -propyl-6,6a,7,8,9,10,10a,11-octahydro-1,3-dioxa-7-aza-cyclopenta[a]anthracene or a pharmaceutically acceptable salt thereof, for use in reversing dyskinesias, wherein the dyskinesia is associated with dopamine replacement therapy, wherein the dopamine replacement therapy agent is selected from the group consisting of rotigotine, ropinirole, pramipexole, cabergoline, bromocriptine, lisuride, pergolide, L-DOPA and apomorphine.
A method of authenticating a user to access a computer resource via a mobile device comprising: storing an encrypted resource authorization; transmitting the encrypted resource authorization to at least one separate portable security token device; on the at least one separate portable security token device, decrypting the encrypted resource authorization and generating at least partially therefrom an unlock response; securely transmitting the generated unlock response to the mobile device; and providing access via the mobile device to the computer resource if the required unlock response is valid; wherein a user is required to authenticate on the mobile device or on the at least one separate portable security token device, and the user authentication is validated on the at least one separate portable security token device before the unlock response is sent. storing an encrypted resource authorization; transmitting the encrypted resource authorization to at least one separate portable security token device; on the at least one separate portable security token device, decrypting the encrypted resource authorization and generating at least partially therefrom an unlock response; securely transmitting the generated unlock response to the mobile device; and providing access via the mobile device to the computer resource if the required unlock response is valid; wherein a user is required to authenticate on the mobile device or on the at least one separate portable security token device, and the user authentication is validated on the at least one separate portable security token device before the unlock response is sent.
A cryogenic storage vessel comprising: an inner vessel defining a cryogen space; an outer vessel spaced apart from and surrounding the inner vessel, defining a thermally insulating space between the inner vessel and the outer vessel; a receptacle defining passages for delivery of liquefied gas from the cryogen space to outside the cryogenic storage vessel; the receptacle comprising: an elongated outer sleeve defining an interior space that is fluidly sealed from the cryogen space; an elongated inner sleeve with an open end supported from the outer vessel, with the elongated inner sleeve extending into the interior space defined by the elongated outer sleeve, the elongated inner sleeve having a closed end opposite the open end, thereby defining a receptacle space that is fluidly isolated from the thermally insulating space; and a fluid communication channel extending from the cryogen space to the receptacle space characterized in that the elongated outer sleeve intersects opposite sides of the inner vessel such that the interior space is in fluid communication with the thermally insulating space at each intersected side of the inner vessel. an inner vessel defining a cryogen space; an outer vessel spaced apart from and surrounding the inner vessel, defining a thermally insulating space between the inner vessel and the outer vessel; a receptacle defining passages for delivery of liquefied gas from the cryogen space to outside the cryogenic storage vessel; the receptacle comprising: an elongated outer sleeve defining an interior space that is fluidly sealed from the cryogen space; an elongated inner sleeve with an open end supported from the outer vessel, with the elongated inner sleeve extending into the interior space defined by the elongated outer sleeve, the elongated inner sleeve having a closed end opposite the open end, thereby defining a receptacle space that is fluidly isolated from the thermally insulating space; and a fluid communication channel extending from the cryogen space to the receptacle space characterized in that the elongated outer sleeve intersects opposite sides of the inner vessel such that the interior space is in fluid communication with the thermally insulating space at each intersected side of the inner vessel. an elongated outer sleeve defining an interior space that is fluidly sealed from the cryogen space; an elongated inner sleeve with an open end supported from the outer vessel, with the elongated inner sleeve extending into the interior space defined by the elongated outer sleeve, the elongated inner sleeve having a closed end opposite the open end, thereby defining a receptacle space that is fluidly isolated from the thermally insulating space; and a fluid communication channel extending from the cryogen space to the receptacle space characterized in that the elongated outer sleeve intersects opposite sides of the inner vessel such that the interior space is in fluid communication with the thermally insulating space at each intersected side of the inner vessel.
A wind turbine blade including an elongate reinforcing structure, the reinforcing structure comprising a plurality of strips of fibre-reinforced polymer arranged into a stack structure, and at least one adjacent pair of the plurality of strips including an infusion promoting layer interleaved therebetween, wherein the infusion promoting layer is a fabric comprising a plurality of twisted yarns.
A control unit for use in controlling the temperature within the cabin of a vehicle, the control unit being arranged to: receive a first temperature measurement T 1 from a first temperature sensor; and receive a second temperature measurement T 2 from a second temperature sensor, wherein the first temperature sensor is located at a substantially higher level than the second temperature sensor when the vehicle is on a level surface, characterised in that the control unit is further arranged to: calculate a representative temperature, TR, wherein TR is calculated using T 1 and T 2; and operate a temperature regulator according to the calculated value TR for a predefined period of time after start up, and thereafter operate the temperature regulation system according to the measured value of T 2.. receive a first temperature measurement T 1 from a first temperature sensor; and receive a second temperature measurement T 2 from a second temperature sensor, wherein the first temperature sensor is located at a substantially higher level than the second temperature sensor when the vehicle is on a level surface, characterised in that the control unit is further arranged to: calculate a representative temperature, TR, wherein TR is calculated using T 1 and T 2; and operate a temperature regulator according to the calculated value TR for a predefined period of time after start up, and thereafter operate the temperature regulation system according to the measured value of T 2.. calculate a representative temperature, TR, wherein TR is calculated using T 1 and T 2; and operate a temperature regulator according to the calculated value TR for a predefined period of time after start up, and thereafter operate the temperature regulation system according to the measured value of T 2..
A bubble column for catalytic ozonation with a thin-film heterogeneous catalyst, intended for a wastewater treatment process by catalytic ozonation, especially textile wastewater, in a form of a vertically positioned pipe section closed at a top with a cover connected by a pipe union to walls of the column, wherein at a bottom of the column connected by a pipe union to the walls of the column, a diffuser for supplying ozone is mounted, said bubble column comprising a packing in a form of an oxide catalyst deposited on a solid substrate, characterized in that the bubble column further comprises a packing in a form of trays arranged perpendicular to a vertical column axis, wherein each of said trays being a circular metal knitted mesh made of wire with a thickness of at least 0.05 mm, coated with a catalyst layer with a thickness of not more than 2 μm comprising a metal oxide, with a mesh diameter not less than 3 mm, wherein edges of said circular metal knitted mesh are fixed between two rings with an external diameter adapted to the internal diameter of the column of at least 40 mm, said rings being placed one on top of the other and connected with a pipe union, wherein the maximum number of the trays is determined with the formula 0.85 ⋅ L l wherein L is the column height, l is the distance between the trays, and l is equal to 70 x the diameter of an ozone bubble used in the ozonation process, and wherein an upper tray is suspended on chains, upper ends of which are suspended on hooks attached to the cover, whereas lower ends of the chains are connected to hooks mounted in an upper ring of the upper tray, while the remaining trays are suspended on the chains, the upper ends of which are suspended on hooks attached to lower rings of the trays located above, and the lower ends of the chains are connected to hooks attached to the upper rings of the trays suspended on said chains. L is the column height, l is the distance between the trays, and l is equal to 70 x the diameter of an ozone bubble used in the ozonation process, and wherein an upper tray is suspended on chains, upper ends of which are suspended on hooks attached to the cover, whereas lower ends of the chains are connected to hooks mounted in an upper ring of the upper tray, while the remaining trays are suspended on the chains, the upper ends of which are suspended on hooks attached to lower rings of the trays located above, and the lower ends of the chains are connected to hooks attached to the upper rings of the trays suspended on said chains.
Guidance system, comprising a flat substrate strip that is arranged in a groove in a floor and comprises a front side that faces a side wall of the groove and that is equipped with a row of light emitting diodes, wherein the substrate strip is arranged on edge in the groove, and wherein the groove comprises a light-transmitting cover, which closes the groove at the top.
A speech processing system comprising: an input for receiving an input utterance spoken by a user; a speech recognition system configured to recognise the input utterance spoken by the user and to output a recognition result comprising a sequence of recognised words and sub-word units corresponding to the input utterance; an acoustic model store that stores acoustic speech models; a word alignment unit configured to receive the sequence of recognised words and sub-word units output by the speech recognition system and to align a sequence of said acoustic speech models corresponding to the received sequence of recognised words and sub-word units with a sequence of acoustic feature vectors representing the input utterance spoken by the user and to output an alignment result identifying a time alignment between the received sequence of recognised words and sub-word units and the sequence of acoustic feature vectors representing the input utterance spoken by the user. an input for receiving an input utterance spoken by a user; a speech recognition system configured to recognise the input utterance spoken by the user and to output a recognition result comprising a sequence of recognised words and sub-word units corresponding to the input utterance; an acoustic model store that stores acoustic speech models; a word alignment unit configured to receive the sequence of recognised words and sub-word units output by the speech recognition system and to align a sequence of said acoustic speech models corresponding to the received sequence of recognised words and sub-word units with a sequence of acoustic feature vectors representing the input utterance spoken by the user and to output an alignment result identifying a time alignment between the received sequence of recognised words and sub-word units and the sequence of acoustic feature vectors representing the input utterance spoken by the user.
An element (110,410,510,610) of an electro-acoustic transducer, the element comprising: an array of a multiplicity of cells (111,411,511,611) of the same size, wherein each of the cells comprises a respective membrane and an electrode disposed on the upper surface of the corresponding membrane, wherein some cells (111b, 111c, 111d) of the array each have at least one trench (131,132,133,430, 530, 630) that is formed in an upper surface of the corresponding membrane, and wherein the frequency characteristics of at least two cells of the array are different from one another; wherein that multiple cells (111b, 111c, 111d) of the array each have at least one said trench (131,132,133,430, 530, 630) that is formed in an upper surface of the corresponding membrane and the electrode disposed on the upper surface of the corresponding membrane covering inner walls of the trench or trenches, in that the multiple cells comprise different numbers of the trenches (131,132,133,430,530,630), and in that the frequency characteristics of the multiplicity of cells differ based on the number of the trenches they have. an array of a multiplicity of cells (111,411,511,611) of the same size, wherein each of the cells comprises a respective membrane and an electrode disposed on the upper surface of the corresponding membrane, wherein some cells (111b, 111c, 111d) of the array each have at least one trench (131,132,133,430, 530, 630) that is formed in an upper surface of the corresponding membrane, and wherein the frequency characteristics of at least two cells of the array are different from one another; wherein that multiple cells (111b, 111c, 111d) of the array each have at least one said trench (131,132,133,430, 530, 630) that is formed in an upper surface of the corresponding membrane and the electrode disposed on the upper surface of the corresponding membrane covering inner walls of the trench or trenches, in that the multiple cells comprise different numbers of the trenches (131,132,133,430,530,630), and in that the frequency characteristics of the multiplicity of cells differ based on the number of the trenches they have.
A lighting module comprising: an optical plate; a base frame (100, 100') comprising a central frame (110, 110') disposed on the optical plate, a first frame (130a, 130a') coupled to the central frame (110, 110'), and a second frame (150a, 150a') coupled to the first frame (130a, 130a'); a side frame (300a, 300a') coupled between the optical plate and the second frame (150a, 150a') of the base frame (100, 100'); and a light source (500a, 500a') comprising a substrate (510a, 510a') disposed on the side frame (300a, 300a') and a light emitter (530a, 530a') disposed on the substrate (510a, 510a'), wherein the second frame (150a, 150a') is disposed on the light source (500a, 500a'), and wherein the second frame (150a, 150a') comprises an inner surface reflecting light from the light source (500a, 500a') to at least one of the first frame (130a, 130a') and the central frame (110, 110'), Characterized in that: the light source (500a, 500a') comprises a first light emitter and a second light emitter, the first light emitter comprises a first blue LED chip (531a-1), a green LED chip (531a-2), and a red LED chip (531a-3), the second light emitter comprises a second blue LED chip (533a-1) and a fluorescent material, the fluorescent material comprises at least one of a yellow fluorescent material (533a-2), a green fluorescent material (533a-2') and a red fluorescent material (533a-2"), and a peak wavelength of the second blue LED chip (533a-1) is different from a peak wavelength of the first blue LED chip (531a-1). an optical plate; a base frame (100, 100') comprising a central frame (110, 110') disposed on the optical plate, a first frame (130a, 130a') coupled to the central frame (110, 110'), and a second frame (150a, 150a') coupled to the first frame (130a, 130a'); a side frame (300a, 300a') coupled between the optical plate and the second frame (150a, 150a') of the base frame (100, 100'); and a light source (500a, 500a') comprising a substrate (510a, 510a') disposed on the side frame (300a, 300a') and a light emitter (530a, 530a') disposed on the substrate (510a, 510a'), wherein the second frame (150a, 150a') is disposed on the light source (500a, 500a'), and wherein the second frame (150a, 150a') comprises an inner surface reflecting light from the light source (500a, 500a') to at least one of the first frame (130a, 130a') and the central frame (110, 110'), the light source (500a, 500a') comprises a first light emitter and a second light emitter, the first light emitter comprises a first blue LED chip (531a-1), a green LED chip (531a-2), and a red LED chip (531a-3), the second light emitter comprises a second blue LED chip (533a-1) and a fluorescent material, the fluorescent material comprises at least one of a yellow fluorescent material (533a-2), a green fluorescent material (533a-2') and a red fluorescent material (533a-2"), and a peak wavelength of the second blue LED chip (533a-1) is different from a peak wavelength of the first blue LED chip (531a-1).
A wind turbine blade, comprising: - an upwind side shell part and a downwind side shell part; - the upwind side shell part and the downwind side shell part being bonded together along at least one joint; - wherein, at said at least one joint, the upwind side shell part and/or the downwind side shell part are bonded at an internal glue flange as well as at an external glue flange, wherein at least one shell part comprises an internal glue flange and an external glue flange, wherein the internal glue flange and the external glue flange together form an L-shaped profile, as seen in a cross section of the shell part. - an upwind side shell part and a downwind side shell part; - the upwind side shell part and the downwind side shell part being bonded together along at least one joint; - wherein, at said at least one joint, the upwind side shell part and/or the downwind side shell part are bonded at an internal glue flange as well as at an external glue flange,
A two-stator and two-rotor motor, comprising a motor shell, two rotors and two stators, wherein the stators and the rotors are arranged in the motor shell, wherein each stator comprises a plurality of circularly distributed stator cores, and the stator cores are wound with magnetic induction lines passing through the coils at both radial sides of the stator core, wherein each rotor comprises an outer rotor part, an inner rotor part and a flange, wherein the outer rotor part is arranged outside the cylindrical inner rotor part, and the outer rotor part and the inner rotor part are connected by flange, wherein an inner stator zone is formed between the outer rotor part and the inner rotor part, and one of the stators is arranged in the inner stator zone of the rotor; an outer stator zone is formed between the outer rotor part and the motor shell, and the other of the stator is arranged in the outer stator zone, wherein the inner side of the outer rotor part and the outer side of the inner rotor part are provided with a plurality of circularly distributed permanent magnet modules, and two adjacent permanent magnet modules have opposite polarity, characterized in that each of the permanent magnet modules comprises a plurality of permanent magnets, wherein the permanent magnets of the permanent magnet module of the inner rotor part are mounted in circumferential direction on the outer side of the inner rotor and straightly arranged in axial direction, wherein the permanent magnets of the permanent magnet module of the outer rotor part are mounted in circumferential direction on the inner side of the outer rotor part and arranged in a staggered manner in axial direction along the rotor axis; or, the permanent magnets of the permanent magnet module of the inner rotor part are mounted in circumferential direction on the outer side of the inner rotor part and arranged in a staggered manner in axial direction along the rotor axis, wherein the permanent magnets of the permanent magnet module of the outer rotor part are mounted in circumferential direction on the inner side of the outer rotor and straightly arranged in axial direction.
A method performed by a wireless device, the method comprising: sending a message to a network element (121, 123, 125) over a first wireless access network, the message including a first device credential, the message configured to obtain information to assist in presenting an on-device user service plan selection choice through a user interface of the wireless device; determining that the wireless device is not authorized to connect to the network element (121, 123, 125) over the first wireless access network; and in response to determining that the wireless device is not authorized to connect to the network element (121, 123, 125) over the first wireless access network, attempting to connect to the network element (121, 123, 125) over a second data access network. sending a message to a network element (121, 123, 125) over a first wireless access network, the message including a first device credential, the message configured to obtain information to assist in presenting an on-device user service plan selection choice through a user interface of the wireless device; determining that the wireless device is not authorized to connect to the network element (121, 123, 125) over the first wireless access network; and in response to determining that the wireless device is not authorized to connect to the network element (121, 123, 125) over the first wireless access network, attempting to connect to the network element (121, 123, 125) over a second data access network.
A method for migrating a subscriber session from a first authentication, authorization, and accounting, AAA, authentication server to a second AAA authentication server, by an AAA client, where the first AAA authentication server is stateful, the method comprising: receiving an authenticate session request from a client application; sending the authenticate session request to the first AAA authentication server; detecting connectivity failure with the first AAA authentication server; and sending a reauthentication required message to the client application. receiving an authenticate session request from a client application; sending the authenticate session request to the first AAA authentication server; detecting connectivity failure with the first AAA authentication server; and sending a reauthentication required message to the client application.
Apparatus for measuring and/monitoring the flow of a medium, which flows through a measuring tube in the direction of the longitudinal axis of the measuring tube, with at least one magnet arrangement, wherein the magnet arrangement comprises a pole piece, which is made from numerous pole piece ribs, wherein the magnet arrangement generates a magnetic field that passes through the measuring tube and is essentially perpendicular to the longitudinal axis of the measuring tube, with two measuring electrodes (3, 4), which are coupled by galvanic or capacitive means with the medium and arranged in such a way that a measuring voltage caused by the medium is induced in said electrodes, with an evaluation/control unit which uses the measuring voltage induced in the measuring electrode (3; 4) or measuring electrodes (3, 4) to provide information about the volume flow of the medium in the measuring tube, wherein connection lines (5, 6) or signal lines (15, 16) are provided via which the measuring signals are routed between the measuring electrodes (3, 4) and the control/evaluation unit, characterized in that the signal lines (15, 16) are applied on a carrier material essentially in a planar structure, wherein the carrier material has the shape of a pole piece rib at least in a subsection, and in that the carrier material with the signal lines (15, 16) is integrated in the pole piece with the pole piece ribs in such a way that the corresponding planar structure is inserted in the pole piece instead of a centrally arranged pole piece rib.