mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: performing route evaluation pro-actively in anticipation that the user will travel between two locations (204A, 204B) based on observed user behavior and identifying a non-recommended route between the two locations; generating, by a user computing device, a proactive (400, 450) notification for the non-recommended route when a user is predicted to be traveling between two familiar locations: receiving a user selection of the proactive notification for the non-recommended route; and in response to the selection of the proactive notification, lauching, at the user computing device, a map application in to a light guidance mode, wherein the map application includes: a full guidance mode configured to display turn-by-turn navigation instructions; and the light guidance mode configured to display light navigation instructions that do not include complete turn-by-turn navigation instructions. performing route evaluation pro-actively in anticipation that the user will travel between two locations (204A, 204B) based on observed user behavior and identifying a non-recommended route between the two locations; generating, by a user computing device, a proactive (400, 450) notification for the non-recommended route when a user is predicted to be traveling between two familiar locations: receiving a user selection of the proactive notification for the non-recommended route; and in response to the selection of the proactive notification, lauching, at the user computing device, a map application in to a light guidance mode, wherein the map application includes: a full guidance mode configured to display turn-by-turn navigation instructions; and the light guidance mode configured to display light navigation instructions that do not include complete turn-by-turn navigation instructions. receiving a user selection of the proactive notification for the non-recommended route; and in response to the selection of the proactive notification, lauching, at the user computing device, a map application in to a light guidance mode, wherein the map application includes: a full guidance mode configured to display turn-by-turn navigation instructions; and the light guidance mode configured to display light navigation instructions that do not include complete turn-by-turn navigation instructions. a full guidance mode configured to display turn-by-turn navigation instructions; and the light guidance mode configured to display light navigation instructions that do not include complete turn-by-turn navigation instructions.
A system comprising: a fastener; a radio frequency identification, RFID, circuit; an antenna (110, 210) electrically connected to the RFID circuit; and a variable inductor circuit electrically connected to the RFID circuit and to the antenna, characterized by a magneto-elastic component connected to the fastener, wherein a strain level applied to the magneto-elastic component is a function of a tightness level of the fastener, an inductance exhibited by the variable inductor circuit is a function of the strain level applied to the magneto-elastic component, wherein a resonance response frequency of the RFID circuit is a function of the inductance exhibited by the variable inductor circuit, and wherein a change in the strain level results in a shift in the resonance response frequency. a fastener; a radio frequency identification, RFID, circuit; an antenna (110, 210) electrically connected to the RFID circuit; and a variable inductor circuit electrically connected to the RFID circuit and to the antenna, characterized by a magneto-elastic component connected to the fastener, wherein a strain level applied to the magneto-elastic component is a function of a tightness level of the fastener, an inductance exhibited by the variable inductor circuit is a function of the strain level applied to the magneto-elastic component, wherein a resonance response frequency of the RFID circuit is a function of the inductance exhibited by the variable inductor circuit, and wherein a change in the strain level results in a shift in the resonance response frequency.
A computer-implemented method comprising: receiving, by a controller device, a first management protocol message from a first edge device, wherein the first management protocol message includes first edge device information associated with the first edge device, receiver device information associated with a receiver device, and a request by the receiver device to receive multicast data using a unicast protocol; receiving, by the controller device, a second management protocol message from a second edge device, wherein the second management protocol message includes second edge device information associated with the second edge device and sender device information associated with a sender device; sending, by the controller device, the receiver device information to the second edge device; enabling, by the controller device, unicast communication between the sender device and the receiver device based on the first management protocol message and the second management protocol message, and providing, to another controller device associated with a third edge device, the receiver device information associated with the receiver device in response to the receiver device roaming to communicate with the third edge device associated with the other controller device. receiving, by a controller device, a first management protocol message from a first edge device, wherein the first management protocol message includes first edge device information associated with the first edge device, receiver device information associated with a receiver device, and a request by the receiver device to receive multicast data using a unicast protocol; receiving, by the controller device, a second management protocol message from a second edge device, wherein the second management protocol message includes second edge device information associated with the second edge device and sender device information associated with a sender device; sending, by the controller device, the receiver device information to the second edge device; enabling, by the controller device, unicast communication between the sender device and the receiver device based on the first management protocol message and the second management protocol message, and
An optical mode switch comprising a single input port arranged on a substrate, a single output port arranged on the substrate, and mode switch means (8, 10, 20, 30) arranged on the substrate between the input port and the output port and that outputs arbitrary mode light inputted from the input port, from the output port, as arbitrary mode light, wherein the mode switch means (8, 10, 20, 30) comprises: an optical branch waveguide that divides mode light inputted from the input port; a plurality of waveguides that are connected to the optical branch waveguide and juxtaposed substantially horizontally relative to the substrate; refractive index changing means that is arranged after the optical branch waveguide and changes a refractive index of a core of a waveguide to switch one mode light into another; and an optical multiplexing waveguide that is arranged after the refractive index changing means and couples the mode light divided by the optical branch waveguide to output the coupled mode light from the output port, wherein the arbitrary mode light inputted from the input port is outputted from the output port as arbitrary mode light in accordance with the refractive index changed by the refractive index changing means. an optical branch waveguide that divides mode light inputted from the input port; a plurality of waveguides that are connected to the optical branch waveguide and juxtaposed substantially horizontally relative to the substrate; refractive index changing means that is arranged after the optical branch waveguide and changes a refractive index of a core of a waveguide to switch one mode light into another; and an optical multiplexing waveguide that is arranged after the refractive index changing means and couples the mode light divided by the optical branch waveguide to output the coupled mode light from the output port, wherein the arbitrary mode light inputted from the input port is outputted from the output port as arbitrary mode light in accordance with the refractive index changed by the refractive index changing means.
A self-adaptive software background update method, applied to a network terminal system, the network terminal system comprising a television, a computer or a mobile phone, the method comprising: monitoring, a TCP download request in the network terminal system, after the network terminal system starts up; filtering, a download request of a network video and a download request of a system update software from the TCP download request among all TCP download requests, when the download request of the network video and the download request of the system update software exist simultaneously in the TCP download request; downloading and playing, the network video under a TCP link according to the download request of the network video, and obtaining a data cache amount of the network video; starting up, a download of the system update software according to the download request of the system update software, after the network video is downloaded and controlling, a download rate of the system update software in the TCP link according to a network bandwidth and the data cache amount of the network video. monitoring, a TCP download request in the network terminal system, after the network terminal system starts up; filtering, a download request of a network video and a download request of a system update software from the TCP download request among all TCP download requests, when the download request of the network video and the download request of the system update software exist simultaneously in the TCP download request; downloading and playing, the network video under a TCP link according to the download request of the network video, and obtaining a data cache amount of the network video; starting up, a download of the system update software according to the download request of the system update software, after the network video is downloaded and controlling, a download rate of the system update software in the TCP link according to a network bandwidth and the data cache amount of the network video.
A time information acquiring apparatus for acquiring time information from a time code signal included in a standard radio wave, comprising: a pulse measuring section which is configured to detect a degree of proximity of an individual pulse signal constituting the time code signal to a predetermined code value; a grouping section which is configured to group a plurality of pulse signals included in the time code signal into one group; a code string estimating section which is configured to estimate a code string having a possibility of emerging in a portion of the group in a frame of the time code signal; a code string determining section (S14, S15, S17, S18, S21-S26) which is configured to determine a probability that a code string indicated by the grouped pulse signals corresponds to the estimated code string, based on the degree of proximity; and a time information generating section (S34, S44) which is configured to generate the time information based on the code string for which the code string determining section determines that the probability is high, characterized in that the code string determining section is configured to determine the probability that the code string indicated by the grouped pulse signals corresponds to the estimated code string by adding the degree of proximity of the estimated code string of a first frame to the degree of proximity of a second estimated code string of a second frame. a pulse measuring section which is configured to detect a degree of proximity of an individual pulse signal constituting the time code signal to a predetermined code value; a grouping section which is configured to group a plurality of pulse signals included in the time code signal into one group; a code string estimating section which is configured to estimate a code string having a possibility of emerging in a portion of the group in a frame of the time code signal; a code string determining section (S14, S15, S17, S18, S21-S26) which is configured to determine a probability that a code string indicated by the grouped pulse signals corresponds to the estimated code string, based on the degree of proximity; and a time information generating section (S34, S44) which is configured to generate the time information based on the code string for which the code string determining section determines that the probability is high, characterized in that the code string determining section is configured to determine the probability that the code string indicated by the grouped pulse signals corresponds to the estimated code string by adding the degree of proximity of the estimated code string of a first frame to the degree of proximity of a second estimated code string of a second frame.
A method for preparing a solid polymer electrolyte membrane that is ionically conductive and electronically insulating, the method comprising: (a) preparing an ink solution comprising a precious metal catalyst on a supporting particle and an ion exchange material, wherein the step of preparing the ink comprises using a high shear mixer; (b) providing a polymeric support having a microstructure of micropores; (c) applying either the ink solution or a solution comprising an ion exchange resin to the polymeric support; (d) optionally, repeating step (c); wherein at least one application in step (c) or (d) uses the ink solution wherein the polymeric support is completely imbibed by the ink solution to create a catalyst-containing membrane layer that is ionically conductive and electronically insulating. (a) preparing an ink solution comprising a precious metal catalyst on a supporting particle and an ion exchange material, wherein the step of preparing the ink comprises using a high shear mixer; (b) providing a polymeric support having a microstructure of micropores; (c) applying either the ink solution or a solution comprising an ion exchange resin to the polymeric support; (d) optionally, repeating step (c);
A fastening element, in particular a pipe clamp or a sliding member for fastening pipes in buildings, comprising: - a sleeve for connecting to a threaded rod, the sleeve having a length and extending between a first end face and a second end face along a longitudinal axis of the sleeve and having an internal thread, the sleeve having a first opening on the first end face for receiving the threaded rod and a second opening on the second end face, - a sheet metal part, which is connected to the second opening of the sleeve, characterized in that the connection between the sheet metal part and the second opening is a sleeve-like collar formed on the sheet metal part, the collar being pressed into the internal thread of the sleeve and extending from the second opening in the direction of the first opening of the sleeve, whereby an external thread corresponding to the internal thread is formed on the outer circumference of the collar and the sleeve is connected to the sheet metal part in a friction-locking and positive-locking manner. - a sleeve for connecting to a threaded rod, the sleeve having a length and extending between a first end face and a second end face along a longitudinal axis of the sleeve and having an internal thread, the sleeve having a first opening on the first end face for receiving the threaded rod and a second opening on the second end face, - a sheet metal part, which is connected to the second opening of the sleeve,
A display system for environment regions of a vehicle, comprising: at least an image capturing unit arranged at the vehicle in a housing (32, 33) outwardly protruding from the vehicle, a processing unit, a display unit providing and outputting vehicle environment information captured by the image capturing unit to the driver, and a capturing means for capturing the position of the image capturing unit and of the housing (32, 33) enabling the driver to identify the position of the image capturing unit and of the housing (32, 33) with regard to the vehicle environment. at least an image capturing unit arranged at the vehicle in a housing (32, 33) outwardly protruding from the vehicle, a processing unit, a display unit providing and outputting vehicle environment information captured by the image capturing unit to the driver, and a capturing means for capturing the position of the image capturing unit and of the housing (32, 33) enabling the driver to identify the position of the image capturing unit and of the housing (32, 33) with regard to the vehicle environment.
Setting tool for an insulation fixing that may be anchored in the substrate with a means of fastening with a first drive shaft, which has a shaft extending along a longitudinal axis with a first means of guided rotation for the means of fastening at a first end and with a second means of guided rotation for a setting tool device at a second end lying opposite the first end, and with a second drive shaft arranged coaxially to the first drive shaft, which has a hollow shaft with a third means of guided rotation for the insulation fixing at a first end, as well as with a coupling that may be detached through axial pressure, which is arranged on an area at a distance from the first end of the second drive shaft and comprises at least one blocking element, which engages in at least one recess to transfer a torque from the first drive shaft to the second drive shaft, characterised in that a groove is provided for guiding the at least one blocking element, which is connected to the at least one recess and starting from the at least one recess at least in areas extends helically along the circumference in the direction of the second end of the first drive shaft.
A medical device comprising: an elongate manipulation member; and a thrombectomy device connected to the elongate manipulation member, the thrombectomy device having a first configuration and a second configuration, the thrombectomy device being expandable from the first configuration to the second configuration, wherein the thrombectomy device comprises a plurality of arcuate marker-mounting projections each attached to a portion of the thrombectomy device configured to contact a thrombus and arranged such that any laterally aligned arcuate marker-mounting projections are disposed laterally farther from each other when the thrombectomy device is in the second configuration than they are when the thrombectomy device is in the first configuration; and a plurality of markers, each marker being attached to only one of the arcuate marker-mounting projections, characterised in that the arcuate marker-mounting projections are cantilevered from the portion of the thrombectomy device to which they are attached. an elongate manipulation member; and a thrombectomy device connected to the elongate manipulation member, the thrombectomy device having a first configuration and a second configuration, the thrombectomy device being expandable from the first configuration to the second configuration, wherein the thrombectomy device comprises a plurality of arcuate marker-mounting projections each attached to a portion of the thrombectomy device configured to contact a thrombus and arranged such that any laterally aligned arcuate marker-mounting projections are disposed laterally farther from each other when the thrombectomy device is in the second configuration than they are when the thrombectomy device is in the first configuration; and a plurality of markers, each marker being attached to only one of the arcuate marker-mounting projections, characterised in that the arcuate marker-mounting projections are cantilevered from the portion of the thrombectomy device to which they are attached.
A method of activating a vehicular-capable terminal (206, 208, 1310) in a mobile telecommunications system, the mobile telecommunications system comprising a plurality of base stations (101, 204, 1320) operable to communicate with the vehicular-capable terminal and wherein at least one base station of the plurality of base stations is configured to operate as a road side unit and wherein the method comprises: the vehicular-capable terminal receiving a tracking area list of first one or more base stations selected from the plurality of base stations, wherein the tracking area list is communicated by the mobile telecommunications system to the vehicular-capable terminal and is used to identify a tracking area for paging the vehicular-capable terminal; the vehicular-capable terminal receiving a vehicular tracking area list of second one or more base stations selected from the plurality of base stations, wherein the second one or more base stations are configured to operate as road side units, wherein the vehicular tracking area list is not used for paging the vehicular capable terminal; upon detection that the vehicular-capable terminal is within range of a first base station, the vehicular-capable terminal determining whether to activate, based on the vehicular tracking area list of base stations, a connection with the first base station; and upon determining to activate a connection with the first base station, the vehicular-capable terminal activating the connection with the first base station. the vehicular-capable terminal receiving a tracking area list of first one or more base stations selected from the plurality of base stations, wherein the tracking area list is communicated by the mobile telecommunications system to the vehicular-capable terminal and is used to identify a tracking area for paging the vehicular-capable terminal; the vehicular-capable terminal receiving a vehicular tracking area list of second one or more base stations selected from the plurality of base stations, wherein the second one or more base stations are configured to operate as road side units, wherein the vehicular tracking area list is not used for paging the vehicular capable terminal; upon detection that the vehicular-capable terminal is within range of a first base station, the vehicular-capable terminal determining whether to activate, based on the vehicular tracking area list of base stations, a connection with the first base station; and upon determining to activate a connection with the first base station, the vehicular-capable terminal activating the connection with the first base station.
A vehicle restraint system for securing roadways, having a wall construction comprising a plurality of weft-type wall elements (12, 14, 16) extending along the roadway to be secured, and a plurality of anchoring devices (28, 30, 32) for securing the wall elements (12, 14, 16) to a substrate, wherein each of the wall elements (12, 14, 16) has a grid structure with intersecting horizontal and vertical struts, with the horizontal struts lying in a plane and the vertical struts lying in a plane, and with the struts (18, 20) being made of metal and aligned with a depth dimension (b) transverse to the direction of travel of the roadway, characterized in that the two planes are identical.