mhurhangee/ep-ind-claims huggingface dataset:
A method for re-authenticating a previously-registered application comprising: sending from a server to the application a service identifier; receiving at the server an application-service identifier based upon the service identifier and an application identifier; characterised by: sending to the application a registration nonce received at the server from the application during registration; receiving from the application proof of possession of a secret application key based upon the application-service identifier, the registration nonce and an application-service key; computing an expected value of a proof of possession of the secret application key and comparing it with the received proof of possession of the secret application key; and if the expected proof of possession of the secret application key corresponds to the received proof of possession of the secret application key, then determining that the application is authentic. sending from a server to the application a service identifier; receiving at the server an application-service identifier based upon the service identifier and an application identifier; sending to the application a registration nonce received at the server from the application during registration; receiving from the application proof of possession of a secret application key based upon the application-service identifier, the registration nonce and an application-service key; computing an expected value of a proof of possession of the secret application key and comparing it with the received proof of possession of the secret application key; and if the expected proof of possession of the secret application key corresponds to the received proof of possession of the secret application key, then determining that the application is authentic.
Step (4, 304) of an escalator or pallet (14, 114) of a moving walkway, comprising a tread element (40, 240, 340) and a support body (30, 130, 230, 330) with a base (31, 131, 231), wherein the tread element (40, 240, 340) comprises at least two sub-elements (41, 42, 43) and each sub-element (41, 42, 43) is bounded in the areal extent thereof by two parallel end sides (45, 46) extending in the intended direction of movement of the step (4, 304) or pallet (14, 114) and two edge sides (47, 48, 147, 148) arranged orthogonally to the end sides (45, 46), wherein the at least two sub-elements (41, 42, 43) are arranged in a predetermined sequence on the base (31, 131, 231) of the support body (30, 130, 230, 330) and wherein adjacently arranged sub-elements (41, 42, 43) respectively bear against one another by one of the end sides (45, 46) thereof and a sub-element (41, 42) previously arranged on the base (31, 131, 231) is secured to the support body (30, 130, 230, 330) by the respective sub-element (42, 43) successively arranged on the base (31, 131, 231), characterised in that at least one projection (45, 56) is formed on the sub-element (41, 42, 43) in the region of at least one end side (45, 46) and the projections (55, 56) of end sides (45, 46) bearing against one another are so arranged that the at least one projection of the sub-element (41, 42) previously placed on the base (31, 131, 231) hooks under the subsequently placed sub-element (42, 43) and the at least one projection of the sub-element (41, 42, 43) subsequently placed on the base (31, 131, 231) hooks under the base (31, 131, 231) of the support body (30, 130, 230, 330).
A GNSS device comprising: a receiver including a tilt sensor capable of measuring a tilt, an electronic compass capable of measuring a direction, a GNSS antenna capable of acquiring positional information; a pole attached to the receiver said receiver being supported on a center of a horizontal surface provided at the pole at an upper end of the pole, said center being on the vertical line of a ground contact point of the pole; a controller including a touch-panel type display unit and an arithmetic control unit 35 that calculates highly accurate three-dimensional positioning data coordinates of an installation point of the receiver and calculates the coordinates of the ground-contact point of the pole from the calculated three-dimensional positioning data coordinates and the detection results of the tilt sensor and the electronic compass and the vertical height (Ah) of the pole; wherein, during real-time kinematic observation, as a RTK observation screen, the display unit displays a mark that denotes a known point, a mark that denotes the GNSS device's own observation point, an electronic bubble tube with a bubble in a color corresponding to a level of the tilt measured by the tilt sensor, and the three-dimensional positioning data coordinates, wherein, while the GNSS antenna acquires positional information during RTK observation, when the tilt sensor or the electronic compass requests calibration for adjustment, an icon (47, 48) urging calibration is displayed on the display unit, and when the icon is tapped, the screen of the display unit shifts to a calibration screen. a receiver including a tilt sensor capable of measuring a tilt, an electronic compass capable of measuring a direction, a GNSS antenna capable of acquiring positional information; a pole attached to the receiver said receiver being supported on a center of a horizontal surface provided at the pole at an upper end of the pole, said center being on the vertical line of a ground contact point of the pole; a controller including a touch-panel type display unit and an arithmetic control unit 35 that calculates highly accurate three-dimensional positioning data coordinates of an installation point of the receiver and calculates the coordinates of the ground-contact point of the pole from the calculated three-dimensional positioning data coordinates and the detection results of the tilt sensor and the electronic compass and the vertical height (Ah) of the pole; wherein, during real-time kinematic observation, as a RTK observation screen, the display unit displays a mark that denotes a known point, a mark that denotes the GNSS device's own observation point, an electronic bubble tube with a bubble in a color corresponding to a level of the tilt measured by the tilt sensor, and the three-dimensional positioning data coordinates, wherein, while the GNSS antenna acquires positional information during RTK observation, when the tilt sensor or the electronic compass requests calibration for adjustment, an icon (47, 48) urging calibration is displayed on the display unit, and when the icon is tapped, the screen of the display unit shifts to a calibration screen.
A drinking straw structure for a liquid food package holding a drinkable food product, the drinking straw structure comprising: a U-shaped drinking straw comprising a first portion, a second portion and a bending portion, wherein the first and second portions (221, 222) are connected via the bending portion, and a drinking straw wrap enclosing the U-shaped drinking straw, wherein the first and second portions (221, 222) of the U-shaped drinking straw extend substantially parallel along a longitudinal axis of the drinking straw structure, the drinking straw wrap comprising: a main seal being arranged along a circumference of the drinking straw wrap thereby forming a first unsealed area of the drinking straw wrap, and characterised by a longitudinal seal extending in a longitudinal direction of the drinking straw structure from the main seal at a first edge of the drinking straw wrap along a longitudinal seal length. a U-shaped drinking straw comprising a first portion, a second portion and a bending portion, wherein the first and second portions (221, 222) are connected via the bending portion, and a drinking straw wrap enclosing the U-shaped drinking straw, wherein the first and second portions (221, 222) of the U-shaped drinking straw extend substantially parallel along a longitudinal axis of the drinking straw structure, the drinking straw wrap comprising: a main seal being arranged along a circumference of the drinking straw wrap thereby forming a first unsealed area of the drinking straw wrap, and characterised by a longitudinal seal extending in a longitudinal direction of the drinking straw structure from the main seal at a first edge of the drinking straw wrap along a longitudinal seal length. a main seal being arranged along a circumference of the drinking straw wrap thereby forming a first unsealed area of the drinking straw wrap, and characterised by a longitudinal seal extending in a longitudinal direction of the drinking straw structure from the main seal at a first edge of the drinking straw wrap along a longitudinal seal length.
A polynucleotide comprising: (a) a promoter; and (b) a nucleic acid operably linked to the promoter, wherein the nucleic acid encodes a fusion protein comprising: a Listerial ActA polypeptide modified by removal of each of the PEST motifs by deletion or substitution by one or more residues such that the polypeptide lacks any PEST motif; and a non-Listerial antigen. (a) a promoter; and (b) a nucleic acid operably linked to the promoter, wherein the nucleic acid encodes a fusion protein comprising: a Listerial ActA polypeptide modified by removal of each of the PEST motifs by deletion or substitution by one or more residues such that the polypeptide lacks any PEST motif; and a non-Listerial antigen. a Listerial ActA polypeptide modified by removal of each of the PEST motifs by deletion or substitution by one or more residues such that the polypeptide lacks any PEST motif; and a non-Listerial antigen.
An aircraft comprising: a wing assembly: a plurality of propulsors; and a primary energy source configured to power the propulsors, the primary energy source comprising rechargeable batteries, wherein the aircraft has: a maximum take-off mass 'MTOM' of at least 8,618 kg; and an electric range factor 'ERF' of at least 6, wherein: ERF = L D BM MTOM wherein L/D is the lift-to-drag ratio of the aircraft and BM is the mass of the rechargeable batteries, and wherein the wing assembly comprises: a wing structure comprising a load-bearing hatch, wherein the rechargeable batteries are disposed in the wing structure, the load-bearing hatch is arranged to open and close an opening in the wing structure, and the opening is arranged to allow access to the rechargeable batteries. a plurality of propulsors; and a primary energy source configured to power the propulsors, the primary energy source comprising rechargeable batteries, wherein the aircraft has: a maximum take-off mass 'MTOM' of at least 8,618 kg; and an electric range factor 'ERF' of at least 6, a maximum take-off mass 'MTOM' of at least 8,618 kg; and an electric range factor 'ERF' of at least 6, wherein: ERF = L D BM MTOM wherein L/D is the lift-to-drag ratio of the aircraft and BM is the mass of the rechargeable batteries, and wherein the wing assembly comprises: a wing structure comprising a load-bearing hatch, wherein the rechargeable batteries are disposed in the wing structure, the load-bearing hatch is arranged to open and close an opening in the wing structure, and the opening is arranged to allow access to the rechargeable batteries. a wing structure comprising a load-bearing hatch, wherein the rechargeable batteries are disposed in the wing structure, the load-bearing hatch is arranged to open and close an opening in the wing structure, and the opening is arranged to allow access to the rechargeable batteries.
Ballistic protection garment comprising a ballistic protection vest, the ballistic protection vest comprising: - a multi-layer ballistic protection pack having a ventral protection part and a dorsal protection part, wherein each protection part (111, 112) comprises two shoulder extensions (113, 114 and 115, 116) laid out to cover each of the shoulders of the user, one of the shoulder extensions of the ventral protection part and one of the shoulder extensions of the dorsal protection part being connected together in forming an uninterrupted protection on a shoulder, the other of the shoulder extensions of the ventral protection part and the other of the shoulder extensions of the dorsal protection part being able to cover the other shoulder of the user by overlapping each other, and - a cover to contain the ballistic protection pack, wherein the cover comprises a first ventral panel including a pocket to contain the ventral protection part of the ballistic protection pack and a second ventral panel able to cover partially the first ventral panel. - a multi-layer ballistic protection pack having a ventral protection part and a dorsal protection part, wherein each protection part (111, 112) comprises two shoulder extensions (113, 114 and 115, 116) laid out to cover each of the shoulders of the user, one of the shoulder extensions of the ventral protection part and one of the shoulder extensions of the dorsal protection part being connected together in forming an uninterrupted protection on a shoulder, the other of the shoulder extensions of the ventral protection part and the other of the shoulder extensions of the dorsal protection part being able to cover the other shoulder of the user by overlapping each other, and - a cover to contain the ballistic protection pack, wherein the cover comprises a first ventral panel including a pocket to contain the ventral protection part of the ballistic protection pack and a second ventral panel able to cover partially the first ventral panel.
A battery pack comprising: a plurality of battery modules, each comprising a plurality of battery cells; a case accommodating the plurality of the battery modules; and a handle rod embedded in the case characterized in that it further comprises a top cover combined to the handle rod wherein a grip groove for gripping the handle rod is formed on the case, and a cover portion extending from the top cover to close the grip groove is provided. a plurality of battery modules, each comprising a plurality of battery cells; a case accommodating the plurality of the battery modules; and a handle rod embedded in the case characterized in that it further comprises a top cover combined to the handle rod wherein a grip groove for gripping the handle rod is formed on the case, and a cover portion extending from the top cover to close the grip groove is provided.
A vehicle headlamp comprising at least two optically relevant component parts (2a, 2b) and also an adjustment system for adjusting the at least two optically relevant component parts (2a, 2b) of the vehicle headlamp, wherein a) the optically relevant component parts (2a, 2b) are each pivotable at a fixed bearing point about a first and a second axis (z, y), preferably about a vertical and a horizontal axis, wherein the first and the second axis (z, y) are oriented normal to one another, b) the adjustment system comprises a first adjustment means, which is designed to displace an adjustment arm exclusively along a third axis (x), c) the adjustment arm acts on first adjustment bearing points each belonging respectively to an optically relevant component part (2a, 2b), wherein the fixed bearing point and the corresponding first adjustment bearing points form a first axis (z) in each case, characterised in that the adjustment arm has at least two guide openings distanced from one another at least in the direction of the first axis (z) and/or the second axis (y), in which openings there are received guide elements oriented parallel to the third axis (x), wherein the guide elements are secured in the vehicle headlamp against a displacement in the direction of the first and second axis (z, y), and in that the guide elements are formed as elements having a cylindrical lateral surface, in particular as cylindrical pins. a) the optically relevant component parts (2a, 2b) are each pivotable at a fixed bearing point about a first and a second axis (z, y), preferably about a vertical and a horizontal axis, wherein the first and the second axis (z, y) are oriented normal to one another, b) the adjustment system comprises a first adjustment means, which is designed to displace an adjustment arm exclusively along a third axis (x), c) the adjustment arm acts on first adjustment bearing points each belonging respectively to an optically relevant component part (2a, 2b), wherein the fixed bearing point and the corresponding first adjustment bearing points form a first axis (z) in each case,
A method for controlling times of refreshing an Ethernet Forwarding Database, comprising the steps of: configuring a time of an address refresh pause timer; receiving a first request for refreshing the Ethernet Forwarding Database; refreshing the Ethernet Forwarding Database and starting the address refresh pause timer; and receiving subsequent requests for refreshing the Ethernet Forwarding Database successively, detecting, each time when receiving the request for refreshing the Ethernet Forwarding Database, whether the address refresh pause timer expires, if yes, then proceeding to the step of refreshing the Ethernet Forwarding Database and starting the address refresh pause timer, otherwise not performing refresh; wherein the time of the address refresh pause timer is configured according to a time interval between the first received request for refreshing the Ethernet Forwarding Database and a second received request for refreshing the Ethernet Forwarding Database. configuring a time of an address refresh pause timer; receiving a first request for refreshing the Ethernet Forwarding Database; refreshing the Ethernet Forwarding Database and starting the address refresh pause timer; and receiving subsequent requests for refreshing the Ethernet Forwarding Database successively, detecting, each time when receiving the request for refreshing the Ethernet Forwarding Database, whether the address refresh pause timer expires, if yes, then proceeding to the step of refreshing the Ethernet Forwarding Database and starting the address refresh pause timer, otherwise not performing refresh; wherein the time of the address refresh pause timer is configured according to a time interval between the first received request for refreshing the Ethernet Forwarding Database and a second received request for refreshing the Ethernet Forwarding Database.
A method for modifying an audio signal for encoding the audio signal, the method comprising: a. obtaining a user's hearing profile, b. splitting a sample of the audio signal into frequency components, c. obtaining masking thresholds from the user's hearing profile, d. obtaining hearing thresholds from the user's hearing profile, e. applying masking and hearing thresholds to the frequency components and disregarding user's imperceptible audio signal data, f. quantizing the audio sample, g. encoding the audio sample, characterized in that: the method further comprises: applying a parameterized processing function to the audio signal before splitting a sample of the audio signal into frequency components, the processing function operating on subband signals of the audio signal, and selecting a subset of the subbands so that masking interaction between the selected subbands is minimized and determining the processing parameters for the selected subbands. a. obtaining a user's hearing profile, b. splitting a sample of the audio signal into frequency components, c. obtaining masking thresholds from the user's hearing profile, d. obtaining hearing thresholds from the user's hearing profile, e. applying masking and hearing thresholds to the frequency components and disregarding user's imperceptible audio signal data, f. quantizing the audio sample, g. encoding the audio sample, characterized in that: the method further comprises: applying a parameterized processing function to the audio signal before splitting a sample of the audio signal into frequency components, the processing function operating on subband signals of the audio signal, and selecting a subset of the subbands so that masking interaction between the selected subbands is minimized and determining the processing parameters for the selected subbands. applying a parameterized processing function to the audio signal before splitting a sample of the audio signal into frequency components, the processing function operating on subband signals of the audio signal, and selecting a subset of the subbands so that masking interaction between the selected subbands is minimized and determining the processing parameters for the selected subbands.
A plastic wrought magnesium alloy, wherein the alloy is a Mg-Al-Bi-Sn-Ca-Y alloy, prepared from the following components in percentage by mass: 3 to 6.0 percent of Al, 1 to 3.0 percent of Bi, 0.5 to 2.0 percent of Sn, 0.02 to 0.05 percent of Ca, 0.02 to 0.05 percent of Y and the balance of Mg; and the percentage sum of Ca and Y elements is more than 0.05 percent and less than 0.1 percent.
Device for projecting a light beam with a mechanical actuator, in particular for a motor vehicle, comprising an array of light sources capable of emitting light rays to form the light beam along an optical axis, each light source defining a component of the light beam which has a resolution angle defined in a plane, further comprising a mechanical actuator configured to move at least one element of the device so that the optical axis of the light beam is moved between at least two projection directions, characterized in that the optical axis of the light beam is moved in a periodic oscillating movement at a predetermined displacement frequency, and in that the projection directions form between them a substantially coplanar displacement angle of the resolution angle, the displacement angle being equal to a fraction of the resolution angle of the beam.