mhurhangee/ep-ind-claims huggingface dataset:
A method that facilitates employing a random access procedure in a wireless communication environment, comprising: transmitting a random access preamble to a base station; receiving a random access response from the base station based upon the random access preamble; and transmitting a scheduled transmission message, characterised in that it includes at least a portion that is unencrypted, to the base station as granted by the random access response when employing contention based random access. transmitting a random access preamble to a base station; receiving a random access response from the base station based upon the random access preamble; and transmitting a scheduled transmission message, characterised in that it includes at least a portion that is unencrypted, to the base station as granted by the random access response when employing contention based random access.
A cladding system for covering an exterior wall, the cladding system comprising: - a panel assemblable with other like panels to cover the exterior wall, said panel comprising: ∘ a body having a front face for facing outward, a rear face for facing the exterior wall, and top, bottom and side faces (210, 211) for positioning proximate to edges of adjacent ones of the other like panels; and ∘ a plurality of drainage channels formed in the rear face of the body, said plurality of drainage channels each having an interior surface spaced apart from the rear face of the body, and opening at least on the top and bottom faces of the body, the channels defining a drainage plane between the front face and the rear face of the body; and - an anchor engaged with the panel for securing the panel to the exterior wall, said anchor having an elongated body extending along the top face of the panel, said elongated body comprising: ∘ a plurality of tabs spaced apart along the elongated body, said tabs respectively fitting in corresponding ones of the drainage channels formed in the panel; and ∘ a wall engagement mechanism, for securing the anchor to the exterior wall. - a panel assemblable with other like panels to cover the exterior wall, said panel comprising: ∘ a body having a front face for facing outward, a rear face for facing the exterior wall, and top, bottom and side faces (210, 211) for positioning proximate to edges of adjacent ones of the other like panels; and ∘ a plurality of drainage channels formed in the rear face of the body, said plurality of drainage channels each having an interior surface spaced apart from the rear face of the body, and opening at least on the top and bottom faces of the body, the channels defining a drainage plane between the front face and the rear face of the body; and ∘ a body having a front face for facing outward, a rear face for facing the exterior wall, and top, bottom and side faces (210, 211) for positioning proximate to edges of adjacent ones of the other like panels; and ∘ a plurality of drainage channels formed in the rear face of the body, said plurality of drainage channels each having an interior surface spaced apart from the rear face of the body, and opening at least on the top and bottom faces of the body, the channels defining a drainage plane between the front face and the rear face of the body; and - an anchor engaged with the panel for securing the panel to the exterior wall, said anchor having an elongated body extending along the top face of the panel, said elongated body comprising: ∘ a plurality of tabs spaced apart along the elongated body, said tabs respectively fitting in corresponding ones of the drainage channels formed in the panel; and ∘ a wall engagement mechanism, for securing the anchor to the exterior wall. ∘ a plurality of tabs spaced apart along the elongated body, said tabs respectively fitting in corresponding ones of the drainage channels formed in the panel; and ∘ a wall engagement mechanism, for securing the anchor to the exterior wall.
A modified diphtheria toxin or fragment thereof comprising an amino acid sequence that is at least 90% identical to the full length sequence of SEQ ID NO: 2 or 200 and comprising at least one modified T-cell epitope core, wherein a modified T-cell epitope core comprises at least one amino acid modification in a sequence selected from i) amino acid residues 97-105 of SEQ ID NO: 2 or 200; ii) amino acid residues 107-115 of SEQ ID NO: 2 or 200; iii) amino acid residues 116-124 of SEQ ID NO: 2 or 200; iv) amino acid residues 124-132 of SEQ ID NO: 2 or 200; v) amino acid residues 148-156 of SEQ ID NO: 2 or 200; and vi) amino acid residues 298-306 of SEQ ID NO: 2 or 200; wherein said modified diphtheria toxin or fragment thereof is cytotoxic and exhibits reduced immunogenicity compared to an unmodified diphtheria toxin. i) amino acid residues 97-105 of SEQ ID NO: 2 or 200; ii) amino acid residues 107-115 of SEQ ID NO: 2 or 200; iii) amino acid residues 116-124 of SEQ ID NO: 2 or 200; iv) amino acid residues 124-132 of SEQ ID NO: 2 or 200; v) amino acid residues 148-156 of SEQ ID NO: 2 or 200; and vi) amino acid residues 298-306 of SEQ ID NO: 2 or 200;
A method for using a collection of user-level events, said method comprising for each application event to be entered in a computer application: - retrieving from the collection of user-level events, a corresponding user-level event and a transformation of a sequence of input events into the corresponding user-level event, said transformation having associated therewith the contexts of the computer application in which the corresponding user-level event can be fired or waited for; - when a context of the computer application belongs to the contexts associated with the transformation: ∘ obtaining an executable form of the transformation; ∘ configuring at least one of the application and an environment of the application for sending, to the subsequently called transformation, a series of bit patterns as sequences of input events expected as inputs to the transformation. - retrieving from the collection of user-level events, a corresponding user-level event and a transformation of a sequence of input events into the corresponding user-level event, said transformation having associated therewith the contexts of the computer application in which the corresponding user-level event can be fired or waited for; - when a context of the computer application belongs to the contexts associated with the transformation: ∘ obtaining an executable form of the transformation; ∘ configuring at least one of the application and an environment of the application for sending, to the subsequently called transformation, a series of bit patterns as sequences of input events expected as inputs to the transformation. ∘ obtaining an executable form of the transformation; ∘ configuring at least one of the application and an environment of the application for sending, to the subsequently called transformation, a series of bit patterns as sequences of input events expected as inputs to the transformation.
Lighting system for a motor vehicle comprising at least one headlamp housing at least one lighting module combining at least one light source associated with optical means for emitting a beam of light, at least one of the lighting modules being a low-beam lighting module for emitting a low-beam beam of light comprising a first oblique cutoff line with two substantially horizontal levels, one being a lower level and one an upper level, characterized in that it comprises at least one additional lighting module which is designed to emit a motorway-driving beam comprising a second cutoff line aligned with the lower level of the first cutoff line, the light source of the additional lighting module being made up of at least one LED that can be activated according to the traffic observed, notably according to the distance from the other vehicles in the close surroundings, so as to modify the characteristics of the beam of light emitted by the low-beam lighting module or modules and increase the range of the beam of light emitted by the low-beam lighting module or modules.
A laser processing device comprising: one laser oscillator configured to be as a laser source, a laser-beam switcher configured to selectively switch between a first optical path and a second optical path as an optical path along which a laser beam is to travel, the first optical path including a first fiber, the second optical path including a second fiber having a core diameter larger than a core diameter of the first fiber; a laser illuminator (80, 380) configured to illuminate a same processed point on a workpiece with a laser beam that has passed through the first optical path and a laser beam that has passed through the second optical path; and a controller configured to cause the laser-beam switcher to switch from the first optical path to the second optical path depending on a predetermined condition, characterized in that the predetermined condition being a condition for the laser illuminator (80, 380) to illuminate the workpiece until reaching a molten state at the processed point. one laser oscillator configured to be as a laser source, a laser-beam switcher configured to selectively switch between a first optical path and a second optical path as an optical path along which a laser beam is to travel, the first optical path including a first fiber, the second optical path including a second fiber having a core diameter larger than a core diameter of the first fiber; a laser illuminator (80, 380) configured to illuminate a same processed point on a workpiece with a laser beam that has passed through the first optical path and a laser beam that has passed through the second optical path; and a controller configured to cause the laser-beam switcher to switch from the first optical path to the second optical path depending on a predetermined condition,
A mobile terminal for determining successful receipt of transmissions sent on a multicast broadcast multimedia service MBMS control channel MCCH, the mobile terminal being configured to receive the expected number of messages being signalled within the transmission; and terminate receipt of the MCCH only when the number of messages received is equal to the number of messages signalled.
A webbing take-up device comprising: a clutch forming a centrifugal clutch which operates due to centrifugal force acting on clutch weights (170, 172) of the clutch; a motor that is configured to operate the clutch; and a webbing take-up controlling device comprising a controller that is configured to control a voltage applied to the motor such that a first voltage lower than a target voltage that produces the centrifugal force to operate the clutch is applied to the motor, the first voltage is a voltage at which a combined load of a centrifugal force and an inertial force acting on the clutch weights (170, 172) of the clutch produces a load exceeding the centrifugal force at which the clutch operates, and then the target voltage is applied to the motor. a clutch forming a centrifugal clutch which operates due to centrifugal force acting on clutch weights (170, 172) of the clutch; a motor that is configured to operate the clutch; and a webbing take-up controlling device comprising a controller that is configured to control a voltage applied to the motor such that a first voltage lower than a target voltage that produces the centrifugal force to operate the clutch is applied to the motor, the first voltage is a voltage at which a combined load of a centrifugal force and an inertial force acting on the clutch weights (170, 172) of the clutch produces a load exceeding the centrifugal force at which the clutch operates, and then the target voltage is applied to the motor.
A plastisol composition comprising (a) at least one vinyl chloride polymer selected from the group consisting of polyvinylchlorides and copolymers of vinyl chloride with one or more monomers; (b) at least one plasticizer; (c) at least one epoxy resin; and (d) at least one isocyanate resin blocked with cardanol, cardanol having the chemical structure as set out in the description. (a) at least one vinyl chloride polymer selected from the group consisting of polyvinylchlorides and copolymers of vinyl chloride with one or more monomers; (b) at least one plasticizer; (c) at least one epoxy resin; and (d) at least one isocyanate resin blocked with cardanol, cardanol having the chemical structure as set out in the description.
An optical device, comprising: a monolithic laser array (1400,1702) including a plurality of vertical cavity surface emitting laser, VCSEL, (1102,1106) devices arranged in a pattern on a substrate of the laser array; a plurality of microlenses (1100, 1104, 1406) formed within the substrate or formed within a second substrate bonded to the substrate, each microlens among the plurality of microlenses being located over a corresponding VCSEL device, each microlens directing a beam of light emitted by the corresponding VCSEL device to a target or for scanning without requiring optical elements external to the laser array to collimate or concentrate the light for illumination of the target, wherein each microlens is offset a distance from an axis of the corresponding VCSEL device to direct each beam of light at an angle to the axis and cause a set of beams of light to converge or diverge on the target or for scanning, and, wherein the distance is based on a desired angular deviation of the corresponding beam of light from the axis of the corresponding VCSEL; and a driver circuit for powering the laser array, wherein the driver circuit is operable to modulate the VCSEL for data communications, wherein the pattern includes two or more subarrays (1402, 1700) of VCSEL devices, wherein each subarray among the two or more subarrays is independently powered and modulated for operation by the driver circuit, and wherein the microlenses for the corresponding VCSEL devices of each subarray are positioned as a group for directing a subarray beam of light from each subarray to the target or for scanning. a monolithic laser array (1400,1702) including a plurality of vertical cavity surface emitting laser, VCSEL, (1102,1106) devices arranged in a pattern on a substrate of the laser array; a plurality of microlenses (1100, 1104, 1406) formed within the substrate or formed within a second substrate bonded to the substrate, each microlens among the plurality of microlenses being located over a corresponding VCSEL device, each microlens directing a beam of light emitted by the corresponding VCSEL device to a target or for scanning without requiring optical elements external to the laser array to collimate or concentrate the light for illumination of the target, wherein each microlens is offset a distance from an axis of the corresponding VCSEL device to direct each beam of light at an angle to the axis and cause a set of beams of light to converge or diverge on the target or for scanning, and, wherein the distance is based on a desired angular deviation of the corresponding beam of light from the axis of the corresponding VCSEL; and a driver circuit for powering the laser array, wherein the driver circuit is operable to modulate the VCSEL for data communications, wherein the pattern includes two or more subarrays (1402, 1700) of VCSEL devices, wherein each subarray among the two or more subarrays is independently powered and modulated for operation by the driver circuit, and wherein the microlenses for the corresponding VCSEL devices of each subarray are positioned as a group for directing a subarray beam of light from each subarray to the target or for scanning.
A maintenance support system comprising: an imaging device; a first identifying device configured to identify a predetermined first three-dimensional area including industrial equipment that is a maintenance target and/or to identify a predetermined second three-dimensional area excluding the industrial equipment that is the maintenance target, with reference to a predetermined reference point in a captured image acquired by the imaging device in an initial state; a second identifying device configured to identify a mask pixel area excluding an effective pixel area corresponding to the first three-dimensional area and/or to identify a mask pixel area corresponding to the second three-dimensional area, in the captured image acquired by the imaging device, in a post-movement state in which the imaging device has moved; a processed-image generating device configured to generate a processed image in which the mask pixel area identified by the second identifying device is made invisible for the captured image acquired by the imaging device in the post-movement state; and a communication device configured to transmit the processed image generated by the processed-image generating device to a support terminal operated by a maintenance supporter; the reference point is defined by a marker, and the imaging device is included in a wearable terminal device worn by a maintenance worker. an imaging device; a first identifying device configured to identify a predetermined first three-dimensional area including industrial equipment that is a maintenance target and/or to identify a predetermined second three-dimensional area excluding the industrial equipment that is the maintenance target, with reference to a predetermined reference point in a captured image acquired by the imaging device in an initial state; a second identifying device configured to identify a mask pixel area excluding an effective pixel area corresponding to the first three-dimensional area and/or to identify a mask pixel area corresponding to the second three-dimensional area, in the captured image acquired by the imaging device, in a post-movement state in which the imaging device has moved; a processed-image generating device configured to generate a processed image in which the mask pixel area identified by the second identifying device is made invisible for the captured image acquired by the imaging device in the post-movement state; and a communication device configured to transmit the processed image generated by the processed-image generating device to a support terminal operated by a maintenance supporter; the reference point is defined by a marker, and the imaging device is included in a wearable terminal device worn by a maintenance worker.
A method of decoding video data, the video data comprising a video block of size 2Nx2N, N being a number, the method comprising: partitioning a luma component of the video block into two 2NxN portions including a first 2NxN portion and a second 2NxN portion; partitioning at least one chroma component of the video block into a single non-split 2Nx2N portion; generating a motion vector for obtaining samples of at least one reference picture with which to predict the video block, the generating of the motion vector comprising obtaining motion information for both the first and second 2NxN portions of the luma component of the video block; and generating, using the samples of the at least one reference picture and the generated motion vector, first and second 2NxN prediction blocks for the luma component of the video block and a 2Nx2N prediction block for the at least one chroma component of the video block, wherein generating the motion vector comprises providing motion information for the at least one chroma component of the video block based at least in part on the motion information obtained for the luma component of the video block, wherein motion information for the 2Nx2N prediction block for the at least one chroma component is based on the motion information obtained for the first 2NxN prediction block for the luma component or based on a combination of the motion information obained for the first and second 2NxN prediction blocks for the luma component. partitioning a luma component of the video block into two 2NxN portions including a first 2NxN portion and a second 2NxN portion; partitioning at least one chroma component of the video block into a single non-split 2Nx2N portion; generating a motion vector for obtaining samples of at least one reference picture with which to predict the video block, the generating of the motion vector comprising obtaining motion information for both the first and second 2NxN portions of the luma component of the video block; and generating, using the samples of the at least one reference picture and the generated motion vector, first and second 2NxN prediction blocks for the luma component of the video block and a 2Nx2N prediction block for the at least one chroma component of the video block, wherein generating the motion vector comprises providing motion information for the at least one chroma component of the video block based at least in part on the motion information obtained for the luma component of the video block, wherein motion information for the 2Nx2N prediction block for the at least one chroma component is based on the motion information obtained for the first 2NxN prediction block for the luma component or based on a combination of the motion information obained for the first and second 2NxN prediction blocks for the luma component.
A method for manufacturing devices by replication, each of the devices comprising a device surface, the method comprising: - producing the devices from a replication material by replication using a replication tool; wherein the replication tool comprises a tool material comprising replication sites comprising a replication surface each, wherein each of the replication surfaces corresponds to a negative of the device surface of a respective one of the devices, and wherein the tool material comprises, in addition to the replication sites, one or more mitigating features, wherein the mitigating features comprise single recesses aligned in mutually parallel rows centring between neighbouring rows of the replication sites, and wherein the devices are solely shaped by the replication sites, wherein the mitigating features are not brought into contact with the replication material from which the devices are formed. - producing the devices from a replication material by replication using a replication tool; wherein the mitigating features comprise single recesses aligned in mutually parallel rows centring between neighbouring rows of the replication sites, and wherein the devices are solely shaped by the replication sites, wherein the mitigating features are not brought into contact with the replication material from which the devices are formed.