mhurhangee/ep-ind-claims huggingface dataset:
A method for triggering communication between a group of MTC devices and an MTC server, comprising: receiving an MTC request message sent by a machine type communications MTC server, wherein the MTC request message carries a group ID of the group of MTC devices and a communication notification message for the group of MTC devices; obtaining area information of the group of MTC devices; and sending the area information, the group ID of the group of MTC devices, and the communication notification message for the group of MTC devices to a cell broadcast center CBC, so that the CBC sends a broadcast message to a device in an area, wherein the broadcast message comprises the group ID of the group of MTC devices and the communication notification message for the group of MTC devices; wherein the broadcast message further carries MTC indication information, wherein the MTC indication information is used to indicate that an MTC device in the area accepts the broadcast message; wherein the MTC request message sent by the MTC server is received by an MTC gateway or an entity that has a proxy function, and the MTC gateway or the entity that has a proxy function obtains the area information from an HLR/HSS. receiving an MTC request message sent by a machine type communications MTC server, wherein the MTC request message carries a group ID of the group of MTC devices and a communication notification message for the group of MTC devices; obtaining area information of the group of MTC devices; and sending the area information, the group ID of the group of MTC devices, and the communication notification message for the group of MTC devices to a cell broadcast center CBC, so that the CBC sends a broadcast message to a device in an area, wherein the broadcast message comprises the group ID of the group of MTC devices and the communication notification message for the group of MTC devices; wherein the broadcast message further carries MTC indication information, wherein the MTC indication information is used to indicate that an MTC device in the area accepts the broadcast message; wherein the MTC request message sent by the MTC server is received by an MTC gateway or an entity that has a proxy function, and the MTC gateway or the entity that has a proxy function obtains the area information from an HLR/HSS.
A computer implemented method for detecting a channel system included in a geological surface or sub-surface, the method comprising: importing channel data, wherein the channel data is image data including intensity measurements associated with locations in the channel system; calculating, by a processor, directional first derivative data of the intensity measurements; selecting a plurality of localized test wavelets; calculating, by the processor, a plurality of fit-measures, wherein the plurality of fit-measures indicate correlations between the directional first derivatives and the plurality of localized test wavelets; and determining a plurality of selected wavelets from the plurality of localized test wavelets based on the plurality of fit-measures, wherein the plurality of selected wavelets model the channel system. importing channel data, wherein the channel data is image data including intensity measurements associated with locations in the channel system; calculating, by a processor, directional first derivative data of the intensity measurements; selecting a plurality of localized test wavelets; calculating, by the processor, a plurality of fit-measures, wherein the plurality of fit-measures indicate correlations between the directional first derivatives and the plurality of localized test wavelets; and determining a plurality of selected wavelets from the plurality of localized test wavelets based on the plurality of fit-measures, wherein the plurality of selected wavelets model the channel system.
A method of detecting the presence of a slug of one phase in a conduit (2, 2') carrying a multiphase flow characterised in that the method comprises: using a flow meter to provide an output signal representing mass flow rate of the multiphase flow; determining the rate of change of the output signal; and generating an alert in response to comparing the output signal against a predetermined profile of the output signal comprising a pulse having a rising portion (t2-t3) having a rate of increase of a first predetermined value; and a falling portion (t4-t5) having a rate of decrease of a second predetermined value; wherein the alert is generated in response to determining that a rate of increase of the output signal exceeds the first predetermined level, or in response to determining that a rate of decrease of the output signal exceeds the second predetermined value. using a flow meter to provide an output signal representing mass flow rate of the multiphase flow; determining the rate of change of the output signal; and generating an alert in response to comparing the output signal against a predetermined profile of the output signal comprising a pulse having a rising portion (t2-t3) having a rate of increase of a first predetermined value; and a falling portion (t4-t5) having a rate of decrease of a second predetermined value; wherein the alert is generated in response to determining that a rate of increase of the output signal exceeds the first predetermined level, or in response to determining that a rate of decrease of the output signal exceeds the second predetermined value.
A mount for spectacles comprising - a first front frame made of plastics material and having respective lens-holding rims with a closed contour, designed to receive and support respective lens, - a second frame made of metallic material inserted inside the first frame and solidly fixed thereto, said second frame including respective portions in the shape of a closed ring and extending respectively along the outline of the corresponding lens-holding rim, the mount being produced by stratification of the plastics material of the first frame on the second frame, by applying at least one sheet of plastics material of the first frame on each of the opposing front and rear surfaces of the second frame, the assembly obtained being made rigid, characterized in that at least one section of the second frame, at the location of each lens-holding rim, has a profile extending longitudinally in a sinuous shape, substantially of serpentine configuration, capable of imparting to said at least one section of the second frame an ability to yield resiliently, principally in the direction of longitudinal extension and greater than that of the remainder of the portion of the second frame, so as to permit the assembly/disassembly of the lens in the respective lens-holding rim exclusively by means of resilient deformation of said rim. - a first front frame made of plastics material and having respective lens-holding rims with a closed contour, designed to receive and support respective lens, - a second frame made of metallic material inserted inside the first frame and solidly fixed thereto, said second frame including respective portions in the shape of a closed ring and extending respectively along the outline of the corresponding lens-holding rim, the mount being produced by stratification of the plastics material of the first frame on the second frame, by applying at least one sheet of plastics material of the first frame on each of the opposing front and rear surfaces of the second frame, the assembly obtained being made rigid, characterized in that at least one section of the second frame, at the location of each lens-holding rim, has a profile extending longitudinally in a sinuous shape, substantially of serpentine configuration, capable of imparting to said at least one section of the second frame an ability to yield resiliently, principally in the direction of longitudinal extension and greater than that of the remainder of the portion of the second frame, so as to permit the assembly/disassembly of the lens in the respective lens-holding rim exclusively by means of resilient deformation of said rim.
A method for automatically generating a rig activity report, the method comprising: (a) receiving sensor measurements from a plurality of surface sensors deployed on a drilling rig; (b) processing the sensor data received in (a) to compute a rig state; and to automatically: (c) compute a high resolution temporal listing of rig states from the received sensor measurements; (d) calculate an aggregated listing of rig states from the high resolution temporal listing of rig states and user defined aggregation rules; and (e) generate the activity report based on the aggregated listing of rig states and a user defined report configuration. (a) receiving sensor measurements from a plurality of surface sensors deployed on a drilling rig; (b) processing the sensor data received in (a) to compute a rig state; (c) compute a high resolution temporal listing of rig states from the received sensor measurements; (d) calculate an aggregated listing of rig states from the high resolution temporal listing of rig states and user defined aggregation rules; and (e) generate the activity report based on the aggregated listing of rig states and a user defined report configuration.
A seat cushion, comprising: an upper pad, comprising a plurality of transparent areas; a plurality of optical modules, located below the upper pad and disposed corresponding to the transparent areas, wherein the optical modules are configured to respectively receive an optical signal; a lower pad, provided with a plurality of grooves to accommodate the optical modules; a support structure, connected between the upper pad and the lower pad; and a processor, coupled to the optical modules and configured to collect the optical signals; characterized in that the optical modules are optical sensors and respectively comprise a transmitter and a receiver, the transmitters are respectively configured to transmit sense signals to an object, and the receivers are respectively configured to receive the optical signals reflected by the object and corresponding to the sense signals. an upper pad, comprising a plurality of transparent areas; a plurality of optical modules, located below the upper pad and disposed corresponding to the transparent areas, wherein the optical modules are configured to respectively receive an optical signal; a lower pad, provided with a plurality of grooves to accommodate the optical modules; a support structure, connected between the upper pad and the lower pad; and a processor, coupled to the optical modules and configured to collect the optical signals; characterized in that the optical modules are optical sensors and respectively comprise a transmitter and a receiver, the transmitters are respectively configured to transmit sense signals to an object, and the receivers are respectively configured to receive the optical signals reflected by the object and corresponding to the sense signals.
An aneurysm occluder comprising: a deformable housing, wherein the housing is tubular with closed off ends at opposite ends of the housing, an absorber that is configured to cause blood clotting and is made of an absorbent material, and a number of disc-shaped inserts inside the housing, characterized in that the absorber extends between opposite ends of the housing and is located substantially centrally in the housing, wherein each of the disc-shaped inserts comprises a central locating hole through which the absorber protrudes. the housing is tubular with closed off ends at opposite ends of the housing, an absorber that is configured to cause blood clotting and is made of an absorbent material, and a number of disc-shaped inserts inside the housing, characterized in that the absorber extends between opposite ends of the housing and is located substantially centrally in the housing, wherein each of the disc-shaped inserts comprises a central locating hole through which the absorber protrudes.
A method of transmitting a signaling message based on an MPEG media transport, MMT, protocol in a content providing apparatus of a broadcast system, the method comprising: generating a signaling message for consuming a content package; and transmitting the generated signaling message using the MMT protocol to a content consuming apparatus, wherein the generated signaling message comprises a payload including at least one table of a plurality of tables comprising information for consuming the content package, type information indicating an identifier of the signaling message, and an additional field including, when the type of the signaling message is MMT package/asset information, information indicating which at least one table of the plurality of tables is included in the payload, wherein one of the at least one table included in the payload is a device capability information table, DCIT, including information on required device capabilities for consuming the content package, wherein the type information and the additional field are located before the payload in the signaling message. generating a signaling message for consuming a content package; and transmitting the generated signaling message using the MMT protocol to a content consuming apparatus, wherein the generated signaling message comprises a payload including at least one table of a plurality of tables comprising information for consuming the content package, type information indicating an identifier of the signaling message, and an additional field including, when the type of the signaling message is MMT package/asset information, information indicating which at least one table of the plurality of tables is included in the payload, wherein one of the at least one table included in the payload is a device capability information table, DCIT, including information on required device capabilities for consuming the content package, wherein the type information and the additional field are located before the payload in the signaling message.
Microwave generator for a microwave device, having: - a single component carrier for control components (19, 20, 21, 22) and power components (29, 30, 43, 45), - said component carrier comprises a continuous carrier material, - at least one power region and at least one control region are provided on said component carrier, characterized in that - in the control region, on both flat sides (14a, 14b) of said component carrier electrically functional components are arranged, - in the power region only on one flat side electrically functional components (29, 30, 43, 45) with at least one power switch are arranged, and in that - in the power region on another flat side heat sinks, cooling means or the like are arranged. - a single component carrier for control components (19, 20, 21, 22) and power components (29, 30, 43, 45), - said component carrier comprises a continuous carrier material, - at least one power region and at least one control region are provided on said component carrier, - in the control region, on both flat sides (14a, 14b) of said component carrier electrically functional components are arranged, - in the power region only on one flat side electrically functional components (29, 30, 43, 45) with at least one power switch are arranged, and in that - in the power region on another flat side heat sinks, cooling means or the like are arranged.
A wickless wax melt, comprising: a prilled wax body defined by two opposing substantially planar surfaces and four sidewalls; and at least one volatile material disposed within the wax body, wherein the wax body is characterized by an oil content up to 10% to impart a non-greasy feel thereto, and wherein the wax body weighs more than 0.01 kg. a prilled wax body defined by two opposing substantially planar surfaces and four sidewalls; and at least one volatile material disposed within the wax body, wherein the wax body is characterized by an oil content up to 10% to impart a non-greasy feel thereto, and wherein the wax body weighs more than 0.01 kg.
A software-defined media platform having distributed computer hardware including processing circuitry for executing computer program instructions, memory and interconnect for storing and transferring data during processing, and interface circuitry coupling the computer hardware to external devices and sub-systems including one or more data communication networks, the memory storing a plurality of software modules executed by the distributed computer hardware to form corresponding media processing units including one or more transcoder processing units (112-1 to 112-N, 200) and one or more packager processing units (116, 300), each transcoder processing unit including at least a recorder, decoder, encoder, segmenter and uploader for (a) receiving and decoding an input media stream (106, 202), (b) encoding and segmenting the media stream into segments (214-1 to 214-N), and (c) uploading the segments (214-1 to 214-N) to a content delivery network, each packager processing unit including at least a recorder, segmenter and uploader for (a) retrieving input segments of source media (302-1 to 302-M), (b) re-segmenting the retrieved segments to generate output segments to be delivered to an end consumer (122-1 to 122-N), and (c) uploading the output segments to an external content delivery network (118, 120) accessible by the end consumer (122-1 to 122-N) to obtain the output segments therefrom for playback of the media stream, the software-defined media platform further including a system manager subsystem operative to dynamically instantiate and configure the media processing units and respective connections therebetween to adapt operation according to changes in demand, resource availability, and other parameters affecting system performance relative to demand.
An orodispersible self-supporting film free from hydrocolloids comprising: a) a film-forming substance consisting of a maltodextrin in an amount between 40 and 80% by weight; b) a plasticizer in an amount comprised between 15 and 55% by weight; c) a surfactant system in an amount comprised between 0.5 and 6% by weight; d) an active ingredient for food or therapeutic use in an amount between 0.05 and 30% by weight, characterized in that it contains a homopolymer or a copolymer of vinyl acetate in a quantity comprised between 2 and 10% by weight, where the percentages are calculated on the total weight of said film. a) a film-forming substance consisting of a maltodextrin in an amount between 40 and 80% by weight; b) a plasticizer in an amount comprised between 15 and 55% by weight; c) a surfactant system in an amount comprised between 0.5 and 6% by weight; d) an active ingredient for food or therapeutic use in an amount between 0.05 and 30% by weight,
A secure vehicle access system comprising a vehicle and a key associated with the vehicle, wherein the key comprises: a radio frequency, RF, key transceiver configured to: broadcast at least one signal; and listen for an acknowledgement message from the vehicle; and wherein the vehicle comprises: a radio frequency, RF, vehicle transceiver configured to: listen for the at least one broadcast signal from the key; and in response thereto, transmit an acknowledgement message back to the key to establish a communication link between the vehicle and the key, wherein the key further comprises a ranging circuit configured to perform a distance determination between the vehicle and the key following the establishment of the communication link to determine whether to allow access to the vehicle, wherein the ranging circuit is operably coupled to an ultra-wideband, UWB, key transceiver to form a second communication link with the vehicle using UWB communication to perform the distance determination. a radio frequency, RF, key transceiver configured to: broadcast at least one signal; and listen for an acknowledgement message from the vehicle; and wherein the vehicle comprises: broadcast at least one signal; and listen for an acknowledgement message from the vehicle; and wherein the vehicle comprises: a radio frequency, RF, vehicle transceiver configured to: listen for the at least one broadcast signal from the key; and in response thereto, transmit an acknowledgement message back to the key to establish a communication link between the vehicle and the key, listen for the at least one broadcast signal from the key; and in response thereto, transmit an acknowledgement message back to the key to establish a communication link between the vehicle and the key,
A method for three-dimensional localization of moving objects in a video stream, comprising: estimating a ground plane in a video frame based on a detected object within the video frame and monocular structure-from-motion, SFM; computing object pose for objects in the frame by intensity alignment of projected 3D points, wherein given an object pose at time t, the pose at time t+1 is determined as the one that best aligns the intensities, tracking the 3D points using a one-dimensional optical flow mechanism that imposes epipolar constraints; and determining a three-dimensional location for the detected object based on the estimated ground plane and the computed object pose, comprising a Levenberg-Marquardt optimization that finds a three-dimensional object bounding box that minimizes a cost function, and wherein the cost function is: ε = ε SFM ′ + γ o ε obj ′ + λ p ε prior ′ where ε SFM ′ is a cost from SFM, ε obj ′ is a cost from object bounding boxes, ε prior ′ is a prior from the combined trajectory smoothness prior and object size priors, and λ o and λ p are weighting coeffcients, wherein ε SFM ′ represents the reprojection errors of the tracked 3D points. estimating a ground plane in a video frame based on a detected object within the video frame and monocular structure-from-motion, SFM; computing object pose for objects in the frame by intensity alignment of projected 3D points, wherein given an object pose at time t, the pose at time t+1 is determined as the one that best aligns the intensities, tracking the 3D points using a one-dimensional optical flow mechanism that imposes epipolar constraints; and determining a three-dimensional location for the detected object based on the estimated ground plane and the computed object pose, comprising a Levenberg-Marquardt optimization that finds a three-dimensional object bounding box that minimizes a cost function, and wherein the cost function is: ε = ε SFM ′ + γ o ε obj ′ + λ p ε prior ′ where ε SFM ′ is a cost from SFM, ε obj ′ is a cost from object bounding boxes, ε prior ′ is a prior from the combined trajectory smoothness prior and object size priors, and λ o and λ p are weighting coeffcients, wherein ε SFM ′ represents the reprojection errors of the tracked 3D points. where ε SFM ′ is a cost from SFM, ε obj ′ is a cost from object bounding boxes, ε prior ′ is a prior from the combined trajectory smoothness prior and object size priors, and λ o and λ p are weighting coeffcients, wherein ε SFM ′ represents the reprojection errors of the tracked 3D points.