mhurhangee/ep-ind-claims huggingface dataset:
Method for verifying an identity of a user, comprising: - a preliminary step (INIT) of enrolling a terminal of the user, comprising: a reading of a security component of an identity medium of the user in order to provide an authenticated identity data item of the user that is carried by the identity medium, and a transformation of the authenticated identity data item in order to obtain a derived identity, the derived identity being determined by a combination of: - the authenticated identity data item of the user, and - terminal data which enables identifying the terminal; a storing of the derived identity in storage means (ES, MEM) of the terminal, mapped to a data item specific to the user, and - a current step (VERIF), implemented at each verification of the identity of the user at the terminal, comprising a strong authentication based on the stored derived identity and on the stored data item specific to the user, the derived identity, stored in the storage means (ES, MEM) of the terminal, being transmitted from the terminal to a verification entity remote from the terminal, and verified by said entity, the derived identity stored in the terminal being transmitted to the remote verification entity if a match is verified between the stored data item specific to the user and a data item specific to the user that is input by the user via the terminal. - a preliminary step (INIT) of enrolling a terminal of the user, comprising: a reading of a security component of an identity medium of the user in order to provide an authenticated identity data item of the user that is carried by the identity medium, and a transformation of the authenticated identity data item in order to obtain a derived identity, the derived identity being determined by a combination of: - the authenticated identity data item of the user, and - terminal data which enables identifying the terminal; a storing of the derived identity in storage means (ES, MEM) of the terminal, mapped to a data item specific to the user, and a reading of a security component of an identity medium of the user in order to provide an authenticated identity data item of the user that is carried by the identity medium, and a transformation of the authenticated identity data item in order to obtain a derived identity, the derived identity being determined by a combination of: - the authenticated identity data item of the user, and - terminal data which enables identifying the terminal; - the authenticated identity data item of the user, and - terminal data which enables identifying the terminal; a storing of the derived identity in storage means (ES, MEM) of the terminal, mapped to a data item specific to the user, and - a current step (VERIF), implemented at each verification of the identity of the user at the terminal, comprising a strong authentication based on the stored derived identity and on the stored data item specific to the user,
Storage device for a vehicle seating, especially a rear seating in a passenger car, said storage device comprises a main body and a cover, wherein said storage device is adapted to be arranged in a seat cushion of said seating and said seat cushion having an exposed seating surface, wherein - said main body is adapted to be fixedly arranged in said seat cushion, and - said cover having an outer and an inner surface (31, 32), and can pivot relative said main body between a closed and a storage position, wherein - in said storage position access to a compartment inside said storage device is provided, and - in said closed position said main body is covered by said cover, and said outer surface of the cover levels with said seating surface, - said storage device length only partial extends over a length of said seat cushion, and - said compartment is provided with a bottom on a depth (d), which is about equal to the width (w) of the compartment, - said main body and said inner surface forms said compartment when the cover is positioned in said storage position, and - said cover and said main body are connected with a pivot joint arranged closed to the bottom of said compartment, about which pivot point the cover can pivot, characterised in, that said compartment comprises a bottle-holder having at least a first and a second rounded surface (42, 43) arranged such that they are adapted to receive a cup, whereby said first rounded surface is a part of said inner surface of said cover and said second rounded surface is a part of said main body. - said main body is adapted to be fixedly arranged in said seat cushion, and - said cover having an outer and an inner surface (31, 32), and can pivot relative said main body between a closed and a storage position, wherein - in said storage position access to a compartment inside said storage device is provided, and - in said closed position said main body is covered by said cover, and said outer surface of the cover levels with said seating surface, - in said storage position access to a compartment inside said storage device is provided, and - in said closed position said main body is covered by said cover, and said outer surface of the cover levels with said seating surface, - said storage device length only partial extends over a length of said seat cushion, and - said compartment is provided with a bottom on a depth (d), which is about equal to the width (w) of the compartment, - said main body and said inner surface forms said compartment when the cover is positioned in said storage position, and - said cover and said main body are connected with a pivot joint arranged closed to the bottom of said compartment, about which pivot point the cover can pivot, said compartment comprises a bottle-holder having at least a first and a second rounded surface (42, 43) arranged such that they are adapted to receive a cup, whereby said first rounded surface is a part of said inner surface of said cover and said second rounded surface is a part of said main body.
An actuator device comprising: - an active matrix array of rows and columns of current-driven electroactive polymer actuators, each electroactive polymer actuator having a switching circuit, characterised in that the switching circuit comprises: - a drive transistor (T D) for driving a current through the electroactive polymer actuator; and - first and second capacitors (C 1, C 2) connected in series between the gate and source or drain of the drive transistor, - a data input to the switching circuit being provided to the junction between the first and second capacitors (C 1, C 2) thereby to charge the second capacitor (C 2) to a voltage derived from a drive voltage for the electroactive polymer actuator, and a voltage derived from the drive transistor threshold voltage being stored on the first capacitor (Ci); and - an isolation switch shared between all electroactive polymer actuators of a row, or shared between all electroactive polymer actuators of the array, between the electroactive polymer actuator and a reference terminal. - an active matrix array of rows and columns of current-driven electroactive polymer actuators, each electroactive polymer actuator having a switching circuit, - a drive transistor (T D) for driving a current through the electroactive polymer actuator; and - first and second capacitors (C 1, C 2) connected in series between the gate and source or drain of the drive transistor, - a data input to the switching circuit being provided to the junction between the first and second capacitors (C 1, C 2) thereby to charge the second capacitor (C 2) to a voltage derived from a drive voltage for the electroactive polymer actuator, and a voltage derived from the drive transistor threshold voltage being stored on the first capacitor (Ci); and - an isolation switch shared between all electroactive polymer actuators of a row, or shared between all electroactive polymer actuators of the array, between the electroactive polymer actuator and a reference terminal.
A test rig for testing a blade pitch measurement system of a variable pitch propeller system, the blade pitch measurement system including a feedback device (204; 304) configured to move relative to a pitch sensor (206; 306) in a propeller axis orientation when the pitch varies, the test rig comprising: a frame, a first mount rotatably mounted to the frame and configured to receive the feedback device (204; 304), a rotation motor drivingly coupled to the first mount to rotate the first mount relative to the frame around a rotation axis, a second mount configured to receive the pitch sensor (206; 306), a mechanism configured for moving the second mount along an orientation parallel to the rotation axis, and a controller configured to control the rotation of the rotation motor to a variable rotation speed, and for controlling the movement of the second mount to variable positions via the mechanism, characterized in that: the mechanism is further configured for moving the second mount radially relative to the rotation axis. a frame, a first mount rotatably mounted to the frame and configured to receive the feedback device (204; 304), a rotation motor drivingly coupled to the first mount to rotate the first mount relative to the frame around a rotation axis, a second mount configured to receive the pitch sensor (206; 306), a mechanism configured for moving the second mount along an orientation parallel to the rotation axis, and a controller configured to control the rotation of the rotation motor to a variable rotation speed, and for controlling the movement of the second mount to variable positions via the mechanism, characterized in that: the mechanism is further configured for moving the second mount radially relative to the rotation axis.
Steam hairdressing appliance intended for shaping the hair comprising: - at least a first treatment surface intended to come into contact with the hair; - a fluid tank; - a fluid vaporisation chamber with at least one fluid inlet and at least one steam outlet to the hair; - a fluid transport pipe between the tank and the vaporisation chamber inlet, the end of this pipe being arranged at least partially inside said chamber; - fluid flow regulating means active on the pipe; - a control unit for controlling at least the fluid flow regulating means; - at least one actuation means (14, 18, 24) capable of emitting an actuation signal to the control unit for controlling the flow regulating means; Characterised in that the control unit comprises a counter for counting down a predetermined countdown duration and means (13") for compensating non actuation of the flow regulating means in order to, if the actuation signal has not been received by the end of the countdown, automatically control the flow regulating means for a predetermined momentary duration. - at least a first treatment surface intended to come into contact with the hair; - a fluid tank; - a fluid vaporisation chamber with at least one fluid inlet and at least one steam outlet to the hair; - a fluid transport pipe between the tank and the vaporisation chamber inlet, the end of this pipe being arranged at least partially inside said chamber; - fluid flow regulating means active on the pipe; - a control unit for controlling at least the fluid flow regulating means; - at least one actuation means (14, 18, 24) capable of emitting an actuation signal to the control unit for controlling the flow regulating means; Characterised in that the control unit comprises a counter for counting down a predetermined countdown duration and means (13") for compensating non actuation of the flow regulating means in order to, if the actuation signal has not been received by the end of the countdown, automatically control the flow regulating means for a predetermined momentary duration.
A piezoelectric ceramic composition comprising potassium-sodium-lithium niobate, bismuth-sodium titanate and bismuth ferrate and having the formula 1 − a − b K x Na y Li 1 − x − y NbO 3 − a Bi 0.5 Na 0.5 TiO 3 − bBiFeO 3, 0.01 ≤ a ≤ 0.12 0.01 ≤ b ≤ 0.10 0 ≤ x ≤ 0.18 0.80 ≤ y < 1.00.
Holding device for a cable or pipe, comprising: - a holding foot for mounting the holding device to a ground - a fastening device arranged on the holding foot for fastening the cable or pipe to the holding foot, - a non-combustible safety strap for the cable or pipe additional to the fastening device, wherein the holding device comprises a device for attaching the non-combustible safety strap to the holding device, independent of a mounting of the holding device to the ground, characterised in that the safety strap is connectable to itself to form a loop around a pipe or cable connected to the holding foot by the fastening device, and that the safety strap has a passage opening into which a free end of the safety strap is insertable, wherein it is preferably provided that the free end of the safety strap has a claw-shaped design, and the claws of the free end reach behind the safety strap in the area of the passage opening. - a holding foot for mounting the holding device to a ground - a fastening device arranged on the holding foot for fastening the cable or pipe to the holding foot, - a non-combustible safety strap for the cable or pipe additional to the fastening device,
Stainless steel with improved contact resistance for a Polymer Electrolyte Membrane Fuel Cell (PEMFC) separator, the stainless steel comprising: by weight percent, greater than 0 to 0.02% of C, greater than 0 to 0.02% of N, greater than 0 to 0.25% of Si, greater than 0 to 0.2% of Mn, greater than 0 to 0.04% of P, greater than 0 to 0.02% of S, 25 to 34% of Cr, greater than 0 to 0.5% of Ti, greater than 0 to 0.5% of Nb, 0.05 to 0.6% of Sn, optionally at least one selected from a group consisting of 0 to 0.6% of Cu, 0 to 0.6% of V, and 0.05 to 2.5% of Mo and the remainder comprising iron (Fe) and other unavoidable impurities, wherein the value of the following formula with respect to the atomic ratio of X and Sn in the region within 3 nm in thickness of a surface of a passive film is 0.001 or more, wherein the contact resistance index defined by the following formula relating to the content of Cr and Sn in weight percent of each element is 25 or more and the value of the following formula with respect to the atomic ratio of Sn and Cr in a region within 3 nm in thickness of the surface of the passive film is 0.001 or more X / Sn Where X is Cl or F analyzed using an X-ray photoelectron spectrometer Cr + 10 Sn 10 ∗ Sn / Cr analyzed using an X-ray photoelectron spectrometer.
An electrical impedance tomography based flow monitoring system, comprising: a flow accepting pipe coupled to a cylindrical grid of m x n electrodes, wherein m is an integer greater than 3 representing a number of circumferential grid positions and n is an integer greater than 2 representing a number of axial grid positions, with each combination of adjacent circumferential grid positions and adjacent axial grid positions defining a cell comprising four electrodes electrically connectable in various combinations by a switch, wherein the switches are set to connect the electrodes into multiple axially-extending arrays (406, 408, 410, 412); and a controller coupled to the multiple axially-extending arrays to acquire multi-point electrical tomography measurements, wherein the controller processes the measurements to derive a monitored quantity. a flow accepting pipe coupled to a cylindrical grid of m x n electrodes, wherein m is an integer greater than 3 representing a number of circumferential grid positions and n is an integer greater than 2 representing a number of axial grid positions, with each combination of adjacent circumferential grid positions and adjacent axial grid positions defining a cell comprising four electrodes electrically connectable in various combinations by a switch, wherein the switches are set to connect the electrodes into multiple axially-extending arrays (406, 408, 410, 412); and a controller coupled to the multiple axially-extending arrays to acquire multi-point electrical tomography measurements, wherein the controller processes the measurements to derive a monitored quantity.
A frothing apparatus (1900, 2100) adapted to cooperate with a jug for heating a liquid in the jug, the frothing apparatus comprising: a steam heater, a steam nozzle (1912, 2112) and a steam path providing fluid communication from the steam heater to the steam nozzle (1912, 2112) for delivering heating steam to the jug; a steam wand (1910, 2110) comprising the steam nozzle (1912, 2112); and a spring (1926, 2126) coupled to the steam wand (1910, 2110); characterized in that the steam wand (1910, 2110) is movable by rotation between a raised configuration and a lowered configuration, in that the steam wand (1910, 2110) is biased to the lowered configuration by the spring (1926, 2126); the frothing apparatus (1900, 2100) further including a releasable locking mechanism operatively associated with the steam wand, wherein movement of the steam wand to the raised configuration enables the steam wand to engage the locking assembly, thereby retaining the steam wand in the raised configuration. a steam heater, a steam nozzle (1912, 2112) and a steam path providing fluid communication from the steam heater to the steam nozzle (1912, 2112) for delivering heating steam to the jug; a steam wand (1910, 2110) comprising the steam nozzle (1912, 2112); and a spring (1926, 2126) coupled to the steam wand (1910, 2110); characterized in that the steam wand (1910, 2110) is movable by rotation between a raised configuration and a lowered configuration, in that the steam wand (1910, 2110) is biased to the lowered configuration by the spring (1926, 2126); the frothing apparatus (1900, 2100) further including a releasable locking mechanism operatively associated with the steam wand, wherein movement of the steam wand to the raised configuration enables the steam wand to engage the locking assembly, thereby retaining the steam wand in the raised configuration.
A silicone skeleton-containing polymer compound comprising a repeating unit shown by the general formula and having a weight average molecular weight of 3,000 to 500,000, wherein R 1 to R 4 may be the same or different and represent a monovalent hydrocarbon group having 1 to 8 carbon atoms; "m" is an integer of 1 to 100; "a", "b", "c", "d", "e", and "f" are each 0 or a positive number, and "g" and "h" are each a positive number, provided that a+b+c+d+e+f+g+h=1; X is a divalent organic group shown by the general formula; Y is a divalent organic group shown by the general formula; W is a divalent organic group shown by the general formula; and U is a divalent organic group shown by the general formula, wherein Z represents a divalent organic group selected from any of the dotted line represents a bond; "n" is 0 or 1; R 5 and R 6 each represent an alkyl group or alkoxy group having 1 to 4 carbon atoms and may be the same or different; and "x" is 0, 1, or 2; wherein V represents a divalent organic group selected from any of the dotted line represents a bond; "p" is 0 or 1; R 7 and R 8 each represent an alkyl group or alkoxy group having 1 to 4 carbon atoms and may be the same or different; and "y" is 0, 1, or 2; wherein the dotted line represents a bond; T represents an alkylene group having 1 to 10 carbon atoms or a divalent aromatic group; and R 9 represents a hydrogen atom or a methyl group; wherein the dotted line represents a bond; T and R 9 have the same meanings as defined above; and R 10 represents a monovalent carboxyl-containing organic group.
A tubular pipe for transporting liquid sodium, comprising a pipe body coated on the inside with an inner layer, characterized in that the said inner layer has a structure at least of bi-layer structure comprising: - a first continuous layer in ceramic or metal or metal alloy intended to be in contact with the liquid sodium transported by the tubular pipe; and - between the pipe body and said first layer, an intermediate layer in a reactive material which is modified when it comes into contact with liquid sodium, so that it converts to a modified material having different electric conductivity to the reactive material. - a first continuous layer in ceramic or metal or metal alloy intended to be in contact with the liquid sodium transported by the tubular pipe; and - between the pipe body and said first layer, an intermediate layer in a reactive material which is modified when it comes into contact with liquid sodium, so that it converts to a modified material having different electric conductivity to the reactive material.
A controller connected to a plurality of slave devices with a network, the controller being configured to transmit packets over the network in every one or more predetermined control periods, the plurality of slave devices being configured to transfer to a subsequent slave device packets transmitted from the controller, the controller comprising: an execution unit configured to repeatedly execute a program including input and output processes performed in the slave devices to calculate first data and second data; and an assignment unit configured to assign the first data to a packet in every first transmission period and the second data to a packet in every second transmission period, the first transmission period being set to an integer multiple of the control period for the first data and the second transmission period being set to an integer multiple of the control period for the second data and longer than the first transmission period, the controller being configured to respectively store the first data and the second data in the packets, together with information indicating a slave device that is a transmission destination of the packet, wherein the control period for the first data and the control period for the second data are the same, and the control period is a time for generating a packet. an execution unit configured to repeatedly execute a program including input and output processes performed in the slave devices to calculate first data and second data; and an assignment unit configured to assign the first data to a packet in every first transmission period and the second data to a packet in every second transmission period, the first transmission period being set to an integer multiple of the control period for the first data and the second transmission period being set to an integer multiple of the control period for the second data and longer than the first transmission period, the controller being configured to respectively store the first data and the second data in the packets, together with information indicating a slave device that is a transmission destination of the packet, wherein the control period for the first data and the control period for the second data are the same, and the control period is a time for generating a packet.