mhurhangee/ep-ind-claims huggingface dataset:
A system for visualizing lesions on target tissue, the system comprising a data acquisition and processing unit configured to: receive signals from a force sensor (38, 142) of an elongated flexible catheter (32, 134) comprising an ablation head (36, 144), said force sensor signals being in reaction to forces exerted against said ablation head (36, 144) by said target tissue; produce a sequence of contact force values based on said force sensor signals acquired over a time period of energization of said ablation head (36, 144); receive from said elongated flexible catheter (32, 143) values for at least one measurable variable; analyze said values for said at least one measurable variable; determine in real time a force-time integral based on said sequence of contact forces; and control an energization parameter delivered to said ablation head (36, 144) based on said force-time integral. receive signals from a force sensor (38, 142) of an elongated flexible catheter (32, 134) comprising an ablation head (36, 144), said force sensor signals being in reaction to forces exerted against said ablation head (36, 144) by said target tissue; produce a sequence of contact force values based on said force sensor signals acquired over a time period of energization of said ablation head (36, 144); receive from said elongated flexible catheter (32, 143) values for at least one measurable variable; analyze said values for said at least one measurable variable; determine in real time a force-time integral based on said sequence of contact forces; and control an energization parameter delivered to said ablation head (36, 144) based on said force-time integral.
A method comprising: receiving, at a mobility switching center, a first message representing a request to handover an emergency communication session from a first network to a second network; obtaining, by the mobility switching center, a value representing an emergency session transfer number, wherein obtaining the value representing the emergency session transfer number comprises: generating the value representing the emergency session transfer number at the mobility switching center (130, 300); and sending, by the mobility switching center, a second message to the first network, the second message initiating handover of the emergency communication session from the first network to the second network, the second message comprising the value representing the emergency session transfer number. receiving, at a mobility switching center, a first message representing a request to handover an emergency communication session from a first network to a second network; obtaining, by the mobility switching center, a value representing an emergency session transfer number, wherein obtaining the value representing the emergency session transfer number comprises: generating the value representing the emergency session transfer number at the mobility switching center (130, 300); and sending, by the mobility switching center, a second message to the first network, the second message initiating handover of the emergency communication session from the first network to the second network, the second message comprising the value representing the emergency session transfer number.
A method in a Network Exposure Function, NEF, entity for facilitating provision of Location Service, LCS, comprising: - receiving from an Application Function, AF, entity a monitoring event subscription message requesting for location reporting of a current location of a terminal device; - transmitting a monitoring event configuration request to configure location reporting on an Access and Mobility Management Function, AMF, entity; - receiving from the AMF entity a monitoring event indication containing an indication of a cell in which the terminal device is currently located, wherein the receipt of the monitoring event indication indicates that the terminal device is currently reachable; - when the monitoring event indication is received from the AMF entity, transmitting to an LCS node a request for the current location of the terminal device; - receiving from the LCS node the current location of the terminal device; and - transmitting to the AF entity a monitoring event subscription response message containing the current location of the terminal device. - receiving from an Application Function, AF, entity a monitoring event subscription message requesting for location reporting of a current location of a terminal device; - transmitting a monitoring event configuration request to configure location reporting on an Access and Mobility Management Function, AMF, entity; - receiving from the AMF entity a monitoring event indication containing an indication of a cell in which the terminal device is currently located, wherein the receipt of the monitoring event indication indicates that the terminal device is currently reachable; - when the monitoring event indication is received from the AMF entity, transmitting to an LCS node a request for the current location of the terminal device; - receiving from the LCS node the current location of the terminal device; and - transmitting to the AF entity a monitoring event subscription response message containing the current location of the terminal device.
A method of wireless communication at a source access point, comprising: generating a request for a network address of a target access point that includes a closed subscriber group, CSG, identifier based at least in part on determining that the target access point is a restricted access point; transmitting the request to the target access point; receiving the network address from the target access point; and receiving a label for the network address that indicates the network address as a local network address of the target access point; wherein an interface can be established between the source access point and the target access point within a local network using the local network address. generating a request for a network address of a target access point that includes a closed subscriber group, CSG, identifier based at least in part on determining that the target access point is a restricted access point; transmitting the request to the target access point; receiving the network address from the target access point; and receiving a label for the network address that indicates the network address as a local network address of the target access point; wherein an interface can be established between the source access point and the target access point within a local network using the local network address.
A system, comprising: a tracking module configured to track a location and direction of movement of a cursor over a graphical user-interface; a color module configured to obtain color information relating to user-controls on the graphical user-interface, to sort pixels of the user-controls by color and to determine a highlight color of individual user-controls under the cursor from the color information as a complementary color of the color with the highest number of pixels; and, a painting module configured to paint a portion of the individual user- controls with the highlight color, wherein the painted portion has a circular shape with the cursor at its focus. a tracking module configured to track a location and direction of movement of a cursor over a graphical user-interface; a color module configured to obtain color information relating to user-controls on the graphical user-interface, to sort pixels of the user-controls by color and to determine a highlight color of individual user-controls under the cursor from the color information as a complementary color of the color with the highest number of pixels; and, a painting module configured to paint a portion of the individual user- controls with the highlight color, wherein the painted portion has a circular shape with the cursor at its focus.
A method of operating a wastewater treatment system for achieving rapid granulation in the start-up thereof, wherein said system is a full-scale aerobic granular sludge system, comprising (a) contacting biomass in the system with a biodegradable organic carbon load under anaerobic conditions forming organically loaded biomass, thereafter (b) aerating the biomass loaded system and monitoring oxidation reduction potential and phosphate content of the loaded wastewater, wherein phosphate content is monitored by PO 4 -P content, or a Mg content and a K content in addition to PO 4 -P content, (c) continuously maintaining the ORP in a range of - 50mV<ORP<50 mV by increasing or decreasing aeration, based on monitored ORP; and (d) stopping aeration if the phosphate content drops below a pre-determined set-point, wherein the set-point of phosphate content is 20% of an initial value or 1 mg PO 4 -P/l, or wherein the set-point of phosphate content is 10% of the initial value or 0.5 mg PO 4 -P/l, or if aeration reaches a predetermined set-point. (a) contacting biomass in the system with a biodegradable organic carbon load under anaerobic conditions forming organically loaded biomass, thereafter (b) aerating the biomass loaded system and monitoring oxidation reduction potential and phosphate content of the loaded wastewater, wherein phosphate content is monitored by PO 4 -P content, or a Mg content and a K content in addition to PO 4 -P content, (c) continuously maintaining the ORP in a range of - 50mV<ORP<50 mV by increasing or decreasing aeration, based on monitored ORP; and (d) stopping aeration if the phosphate content drops below a pre-determined set-point, wherein the set-point of phosphate content is 20% of an initial value or 1 mg PO 4 -P/l, or wherein the set-point of phosphate content is 10% of the initial value or 0.5 mg PO 4 -P/l, or if aeration reaches a predetermined set-point.
A virus with at least twenty deoptimized codons in a coding sequence of the virus, wherein each of the at least twenty deoptimized codons in the coding sequence is a synonymous codon less frequently used in the virus, and wherein the replicative fitness of said virus is reduced compared to the replicative fitness of the virus having a coding sequence with a native codon composition.
A browsing method performed by an electronic device, the method comprising, transmitting, to an external device having a browser engine, a first request for data to display a browsing screen based upon a first output generated by the browser engine, the first output comprising a part that is hidden from view on a browsing screen of the external device; receiving, from the external device, the requested data; generating, by a graphic/event proxy, a graphic/event command or a graphic/event protocol based on the received data; generating, by a graphic/event backend, graphics based on the graphic/event command or the graphic/event protocol; and displaying the browsing screen based on the generated graphics, the displayed browsing screen of the electronic device including the part that is hidden from view on the browsing screen of the external device, wherein the electronic device is not equipped with a browser engine, and wherein the received data at the electronic device is based on a protocol that supports differences in standards between the electronic device and the external device.
Refrigerating appliance, in particular household refrigerating appliance, having at least one door tray arranged in a height-adjustable manner on the inner wall of the door of the refrigerating appliance, wherein at least one wall of the door tray has, as a component for the purpose of the height adjustment of said door tray, at least one spring element which can be spring-elastically deflected transversely, in particular vertically, to the positional plane of the wall, wherein the spring element is mounted in or on the wall in such a way that it completes its outer and/or inner surface to form a largely self-contained surface in each case, characterised in that the material for the respective spring element is selected to be different from the plastic material of the wall, in particular the respective side wall, rear wall and/or floor, of the door tray, and that the spring element is manufactured from a more elastic plastic material than the plastic wall material of the wall of the door tray.
A multi-segment component for an aerosol-generating article, the multi-segment component comprising: a combustible heat source; an aerosol-forming substrate downstream of the combustible heat source; and a wrapper circumscribing a rear portion of the combustible heat source and at least a front portion of the aerosol-forming substrate; wherein a front portion of the combustible heat source extends beyond the wrapper so that the front portion of the combustible heat source is exposed during use, and wherein the multi-segment component further comprises an intumescent coating on all or part of the front portion of the combustible heat source, the intumescent coating being configured to form a heat insulating layer on the front portion of the combustible heat source in response to heating by the combustible heat source. a combustible heat source; an aerosol-forming substrate downstream of the combustible heat source; and a wrapper circumscribing a rear portion of the combustible heat source and at least a front portion of the aerosol-forming substrate; wherein a front portion of the combustible heat source extends beyond the wrapper so that the front portion of the combustible heat source is exposed during use, and wherein the multi-segment component further comprises an intumescent coating on all or part of the front portion of the combustible heat source, the intumescent coating being configured to form a heat insulating layer on the front portion of the combustible heat source in response to heating by the combustible heat source.
Circuitry for an implantable stimulator device, comprising: a plurality of electrode nodes implantable adjacent to tissue to be stimulated; a plurality of non-selectable current converters each for converting a reference current into a plurality of output currents, wherein the output currents represent scaled versions of the reference current; and a plurality of switch banks, wherein each one of the plurality of switch banks is associated with a respective one of the plurality of current converters, wherein each switch bank comprises a plurality of switches for receiving the output current from its associated current converter; characterized in that each switch bank is capable of sending or sinking the output current from its associated current converter to or from any of the plurality of electrode nodes. a plurality of electrode nodes implantable adjacent to tissue to be stimulated; a plurality of non-selectable current converters each for converting a reference current into a plurality of output currents, wherein the output currents represent scaled versions of the reference current; and a plurality of switch banks, wherein each one of the plurality of switch banks is associated with a respective one of the plurality of current converters, wherein each switch bank comprises a plurality of switches for receiving the output current from its associated current converter;
A food processor apparatus, the apparatus including: a base having a motor; a processing bowl having a handle, the processing bowl being releasably couplable to the base; a spindle for supporting a food processor utensil; and a lid for the processing bowl, the lid having a feed tube; wherein the processing bowl and lid have cooperating bayonet features (85, 78) characterised in that the bayonet features (85, 78) comprise a downward inclination and so cause the lid to be driven toward the bottom of the bowl during lid rotation; and the apparatus also includes: a seal extending between the lid and the bowl, the seal being urged by lid rotation to form a contact between the lid and the processing bowl; and a bushing assembly including a bushing, a cap and a vibration damping insert, the assembly being mounted in the lid and for receiving a tip of the spindle; wherein the vibration damping insert is located between the bushing and an opening formed in the lid on a rotational centre line of the spindle, and is thereby arranged to reduce transfer of vibration from the bushing to the lid. a base having a motor; a processing bowl having a handle, the processing bowl being releasably couplable to the base; a spindle for supporting a food processor utensil; and a lid for the processing bowl, the lid having a feed tube; wherein the processing bowl and lid have cooperating bayonet features (85, 78) characterised in that the bayonet features (85, 78) comprise a downward inclination and so cause the lid to be driven toward the bottom of the bowl during lid rotation; and the apparatus also includes: a seal extending between the lid and the bowl, the seal being urged by lid rotation to form a contact between the lid and the processing bowl; and a bushing assembly including a bushing, a cap and a vibration damping insert, the assembly being mounted in the lid and for receiving a tip of the spindle; wherein the vibration damping insert is located between the bushing and an opening formed in the lid on a rotational centre line of the spindle, and is thereby arranged to reduce transfer of vibration from the bushing to the lid. a seal extending between the lid and the bowl, the seal being urged by lid rotation to form a contact between the lid and the processing bowl; and a bushing assembly including a bushing, a cap and a vibration damping insert, the assembly being mounted in the lid and for receiving a tip of the spindle; wherein the vibration damping insert is located between the bushing and an opening formed in the lid on a rotational centre line of the spindle, and is thereby arranged to reduce transfer of vibration from the bushing to the lid.
A rubber composition comprising: 100 parts by mass of a chloroprene polymer; more than 0 parts by mass and 25 parts by mass or less of a diene-based polymer having an epoxy group; and 0.3 to 1.8 parts by mass of an organic peroxide, wherein the chloroprene polymer comprises a copolymer of chloroprene. 100 parts by mass of a chloroprene polymer; more than 0 parts by mass and 25 parts by mass or less of a diene-based polymer having an epoxy group; and 0.3 to 1.8 parts by mass of an organic peroxide, wherein the chloroprene polymer comprises a copolymer of chloroprene.
Refining assembly for grinding aqueously suspended cellulosic fibres between two grinding faces (2, 3) which form a grinding gap and rotate relative to one another and are disposed so as to be mutually coaxial and which are formed by grinding strips and grooves running therebetween, wherein the grinding strips at least by way of the substantial directional component extend so as to be radial in relation to the rotation axis; the grinding strips have annular elevations and depressions that are disposed so as to be concentric with the rotation axis of the grinding faces (2, 3); an annular elevation of one grinding face (2, 3) protrudes into an annular depression of the opposite grinding face (3, 2), and the grinding sets that form the grinding face are fastened on a support face, characterized in that the spacing between the grinding strips of the opposite grinding faces (2, 3) in the radial direction is identical, the spacing between the grooves of the opposite grinding faces (2, 3) in the radial direction is identical, and the grooves in the radial direction have a consistent height above the support face.
Unit for performing an automated pendulated driving of a round baler, with a tractor, at least one round baler, at least two sensors (1, 2), at least one regulating/control device and at least one output device for outputting steering commands to a steering device of the tractor, wherein at least one first sensor is configured to detect the position of at least one swath relative to the round baler, wherein at least one second sensor is configured to detect the bale diameter of a bale pressed by the round baler in multiple bale regions, and wherein the output device outputs steering commands depending upon the position of the swath and on the condition of the bale, characterized in that the steering commands of the output device control the round baler over the swath such that the swath is received in the region of the round baler in which the bale possesses its smallest bale diameter, wherein, from the detected position of the round baler relative to the swath, a maximum possible driving direction correction signal is derived to the steering device of the tractor.
A spacer for spacing glass panes of a multi-glazed window, comprising - a base body having an outer side, an inner side which can be directed towards the space between the glass panes, and two end faces for receiving one glass pane each; - a vapour barrier film applied to the base body, the base body comprising a drying agent, characterised in that the vapour barrier film surrounds the base body on the outside and at least partially on the end faces, an adhesive tape and a primary seal being arranged at least partially on the vapour barrier film. - a base body having an outer side, an inner side which can be directed towards the space between the glass panes, and two end faces for receiving one glass pane each; - a vapour barrier film applied to the base body, the base body comprising a drying agent,
Apparatus for detecting communication associations in an electricity distribution network implementing remote metering of electric energy consumptions, the electricity distribution network comprising a plurality of sections (A1, A2,..., B1, B2,...) and one or more concentrators (CA, CB) connected to the electricity distribution network; each concentrator being capable of communicating via power line communication with electricity meters connected to one or more electricity distribution network sections in communication association with the concentrator, each concentrator storing a list comprising identities of electricity meters connected to the electricity distribution network and expected to communicate via power line communication with the concentrator; the apparatus comprising a storage section for importing information about meters listed on a first concentrator as well as information at least about meters listed on a second concentrator, the imported information comprising for each meter an identification of the meter, an indication on which concentrator the respective meter is listed; an interface suitable for temporarily connecting the apparatus to a section under investigation of the electricity distribution network; a power line communication part for sending invitations to respond over the section under investigation and for receiving responses over the section under investigation from electricity meters connected to the electricity distribution network; and a processing section for evaluating the received responses, taking into account on which concentrator the meters responding to the invitations are respectively listed; wherein the evaluation of the received responses includes counting the number of responding meters listed on a respective concentrator.