mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a stretch-resistant occlusive device, comprising: attaching a distal end of a headpiece (104, 104a) to a proximal end portion of a helically wound coil defining a coil lumen extending along the entire axial length of the coil and having a coil distal end portion, the headpiece (104, 104a) having a proximal end and defining a headpiece lumen (122, 122a) extending between the proximal and distal ends of the headpiece; advancing a distal portion of an anchor filament (120, 120a), defining an eye (126, 126a), distally through the headpiece lumen (122, 122a) and through the coil lumen to expose the eye (126, 126a) beyond the coil distal end portion; passing a stretch resistant member through the eye to join the member with the filament (120, 120a) to create a stretch-resistant assembly extending through the coil lumen and the headpiece lumen; retracting the anchor filament (120, 120a) to bring the eye (126, 126a) in proximity to the distal end of the headpiece (104, 104a); securing the anchor filament (120, 120a) to the proximal end of the headpiece (104, 104a) so that the eye (126, 126a) is positioned distal to the distal end of the headpiece (104, 104a); and securing the stretch resistant member to the distal end of the coil to form an atraumatic distal surface. attaching a distal end of a headpiece (104, 104a) to a proximal end portion of a helically wound coil defining a coil lumen extending along the entire axial length of the coil and having a coil distal end portion, the headpiece (104, 104a) having a proximal end and defining a headpiece lumen (122, 122a) extending between the proximal and distal ends of the headpiece; advancing a distal portion of an anchor filament (120, 120a), defining an eye (126, 126a), distally through the headpiece lumen (122, 122a) and through the coil lumen to expose the eye (126, 126a) beyond the coil distal end portion; passing a stretch resistant member through the eye to join the member with the filament (120, 120a) to create a stretch-resistant assembly extending through the coil lumen and the headpiece lumen; retracting the anchor filament (120, 120a) to bring the eye (126, 126a) in proximity to the distal end of the headpiece (104, 104a); securing the anchor filament (120, 120a) to the proximal end of the headpiece (104, 104a) so that the eye (126, 126a) is positioned distal to the distal end of the headpiece (104, 104a); and securing the stretch resistant member to the distal end of the coil to form an atraumatic distal surface.
An implantable signal generator, comprising: a can having an output terminal and a battery electrically coupled to the output terminal; a header adjacent the can having a communication antenna, and a charging coil electrically coupled to the battery, wherein the charging coil is positioned to receive electromagnetic energy and direct electrical current to charge the battery, and wherein the communication antenna is positioned to receive external control signals, wherein the charging coil is provided with bushings and the antenna is provided with curved connectors, and wherein the charging coil and the antenna are electrically coupled to electrical components within the can by individual wires via the bushings and the curved connectors; and a support element positioned in the header, the header being encased in epoxy, wherein the charging coil and the communication antenna are connected to the support element, wherein the wires hold the support element in position. a can having an output terminal and a battery electrically coupled to the output terminal; a header adjacent the can having a communication antenna, and a charging coil electrically coupled to the battery, wherein the charging coil is positioned to receive electromagnetic energy and direct electrical current to charge the battery, and wherein the communication antenna is positioned to receive external control signals, wherein the charging coil is provided with bushings and the antenna is provided with curved connectors, and wherein the charging coil and the antenna are electrically coupled to electrical components within the can by individual wires via the bushings and the curved connectors; and a support element positioned in the header, the header being encased in epoxy, wherein the charging coil and the communication antenna are connected to the support element, wherein the wires hold the support element in position.
A method of retrieving an object in a first user equipment connectable via a first communication channel with a second user equipment, characterized in that the method comprises the following steps: - acquiring an address indication; - determining the occurrence of one of a plurality of triggering events associated with a call between a first user equipment and the second user equipment; - assembling a request for a data object associated with the address indication, the request comprising at least two parameters, a first parameter representing the acquired address indication and a second parameter representing the determined triggering event, the second parameter reflecting what kind of event triggered the data object request; - sending the request for the data object via a second communication channel to a data object server; - receiving the data object or an indication of the data object retrieved from the data object server in view of the parameters; - processing the received data object or indication of the data object. - acquiring an address indication; - determining the occurrence of one of a plurality of triggering events associated with a call between a first user equipment and the second user equipment; - assembling a request for a data object associated with the address indication, the request comprising at least two parameters, a first parameter representing the acquired address indication and a second parameter representing the determined triggering event, the second parameter reflecting what kind of event triggered the data object request; - sending the request for the data object via a second communication channel to a data object server; - receiving the data object or an indication of the data object retrieved from the data object server in view of the parameters; - processing the received data object or indication of the data object.
A projection display comprising an imaging system that is implemented to generate individual images in a distribution of sub-areas of an imaging plane of the imaging system; and a multi-channel optics that is configured to map one allocated sub-area of the imaging system each per channel, such that the mapping of the individual images is superimposed to an overall image in a projection surface, wherein the projection surface is a non-planar free-form surface or tilted with respect to the imaging plane, and the imaging system is implemented such that constellations of points in the individual images, each superimposed in a respective common point in the overall image by the multi-channel optics, differ depending on what distance the respective common point in the overall image has to the multi-channel optics wherein the multi-channel optics comprises a two-dimensional assembly of projection optics in a projection optics plane essentially parallel to the imaging plane, wherein the projection optics assembly is configured to map one allocated individual image of the imaging system each along a respective optical axis in the direction of the projection surface, such that the mappings of the individual images are superimposed to the overall image in the projection surface, wherein the imaging system is implemented, for homogenizing the illuminance across the overall image, to vary the sum of the luminosities of the points of the constellations in the imaging plane depending on the distance of the respective common point in the overall image to the multi-channel optics to which the points of the respective constellations are superimposed by the multi-channel optics, namely by luminosity variation of the points and/or variation of the number of sub-areas contributing a respective point to the respective constellation, and wherein the imaging system is implemented such that the luminosity variation of the points and/or the variation of the number of sub-areas contributing a respective point to the respective constellation is such that points of sub-areas of channels remote from the axis contribute less to the overall image.
A method comprising: extracting at least one local identifier (130, 730a, 730b) from each of a plurality of images (100, 500, 700), wherein said at least one local identifier comprises at least one of a street name, a building name, a business name, a place name, sign information and a building number; each image (100, 500, 700) also having positional data relating to the location at which the image (100, 500, 700) was captured; and associating each of the one or more extracted local identifiers (130, 730a, 730b) with the positional data of the corresponding image; characterised in that the method further comprises: creating one or more clusters of common or similar extracted local identifiers by clustering extracted local identifiers which are the same or are sufficiently similar to each other and which are within a predetermined distance from each other; and associating the one or more clusters with one or more segments (310a-310i) of a digital map, wherein each cluster is associated with a particular segment by determining that a central point of the cluster, or an innermost extracted local identifier, or an outermost extracted local identifier of the cluster, is within a predetermined distance from the segment. extracting at least one local identifier (130, 730a, 730b) from each of a plurality of images (100, 500, 700), wherein said at least one local identifier comprises at least one of a street name, a building name, a business name, a place name, sign information and a building number; each image (100, 500, 700) also having positional data relating to the location at which the image (100, 500, 700) was captured; and associating each of the one or more extracted local identifiers (130, 730a, 730b) with the positional data of the corresponding image; characterised in that the method further comprises: creating one or more clusters of common or similar extracted local identifiers by clustering extracted local identifiers which are the same or are sufficiently similar to each other and which are within a predetermined distance from each other; and associating the one or more clusters with one or more segments (310a-310i) of a digital map, wherein each cluster is associated with a particular segment by determining that a central point of the cluster, or an innermost extracted local identifier, or an outermost extracted local identifier of the cluster, is within a predetermined distance from the segment. creating one or more clusters of common or similar extracted local identifiers by clustering extracted local identifiers which are the same or are sufficiently similar to each other and which are within a predetermined distance from each other; and associating the one or more clusters with one or more segments (310a-310i) of a digital map, wherein each cluster is associated with a particular segment by determining that a central point of the cluster, or an innermost extracted local identifier, or an outermost extracted local identifier of the cluster, is within a predetermined distance from the segment.
Underfloor waste-collection-arrangement, comprising a receiving receptacle for receiving waste, as well as a cover plate, which closes the receiving receptacle at the top, whereby the cover plate is provided with a loading opening for waste, and further comprising a throw-in column for waste, which interacts with the loading opening in the cover plate, whereby the throw-in column is arranged in the loading opening in a retractable and an extendable manner, characterized in that the throw-in column is divided in two or more throw-in column elements (21, 24), that the two or more throw-in column elements (21, 24) are arranged in a movable manner, that the underfloor waste-collection-arrangement comprises a drive device for moving at least one of the throw-in column elements (21, 24) and that the movable throw-in column elements (21, 24), via said drive device, release a throw-in opening based on their movement, which is physically provided in at least one of the throw-in column elements (21, 24), or generate a throw-in opening through the movement of the throw-in column elements (21, 24).
A clip cartridge (80; 80A; 80B; 80C), comprising: a clip unit (10; 10A; 10B; 10C) configured to treat a target tissue in a body having: a pressing tube (31; 31A) extending along a longitudinal axis; an arm member (11; 11A; 11B) inserted into the pressing tube (31; 31A); and a connection portion provided on the arm member (11; 11A; 11B) and configured to be capable to transition between a protrusion configuration protruding from the pressing tube (31; 31A) and an accommodation configuration of being accommodated in the pressing tube (31; 31A); and a housing (40; 50; 60; 70) configured to be able to accommodate the clip unit (10; 10A; 10B; 10C), wherein the housing (40; 50; 60; 70) having: a stopper (36; 56) configured to restrict the transition of the connection portion from the protrusion configuration to the accommodation configuration; and a release mechanism configured to release the restriction by the stopper (36; 56) with respect to the transition of the connection portion from the protrusion configuration to the accommodation configuration, and wherein the stopper (36; 56) is configured to restrict the transition of the clip unit (10; 10A; 10B; 10C) by coming in contact with the pressing tube (31; 31A). a clip unit (10; 10A; 10B; 10C) configured to treat a target tissue in a body having: a pressing tube (31; 31A) extending along a longitudinal axis; an arm member (11; 11A; 11B) inserted into the pressing tube (31; 31A); and a connection portion provided on the arm member (11; 11A; 11B) and configured to be capable to transition between a protrusion configuration protruding from the pressing tube (31; 31A) and an accommodation configuration of being accommodated in the pressing tube (31; 31A); and a pressing tube (31; 31A) extending along a longitudinal axis; an arm member (11; 11A; 11B) inserted into the pressing tube (31; 31A); and a connection portion provided on the arm member (11; 11A; 11B) and configured to be capable to transition between a protrusion configuration protruding from the pressing tube (31; 31A) and an accommodation configuration of being accommodated in the pressing tube (31; 31A); and a housing (40; 50; 60; 70) configured to be able to accommodate the clip unit (10; 10A; 10B; 10C), wherein the housing (40; 50; 60; 70) having: a stopper (36; 56) configured to restrict the transition of the connection portion from the protrusion configuration to the accommodation configuration; and a release mechanism configured to release the restriction by the stopper (36; 56) with respect to the transition of the connection portion from the protrusion configuration to the accommodation configuration, and a stopper (36; 56) configured to restrict the transition of the connection portion from the protrusion configuration to the accommodation configuration; and a release mechanism configured to release the restriction by the stopper (36; 56) with respect to the transition of the connection portion from the protrusion configuration to the accommodation configuration, and wherein the stopper (36; 56) is configured to restrict the transition of the clip unit (10; 10A; 10B; 10C) by coming in contact with the pressing tube (31; 31A).
A method implementable to a horticultural operation comprising one or more local areas, the method implemented by a system configured to autonomously interact with the horticultural operation, the method comprising: autonomously identifying the horticultural operation or a target located within the horticultural operation and an action to be performed with respect to the horticultural operation or target, the operation or target comprising at least one plant or a group of plants; determining, based on the identifying, a local area of the horticultural operation, wherein the target is located within the local area; associating the horticultural operation or target to at least one autonomous vehicle; locating, by the at least one autonomous vehicle, the horticultural operation or target within the local area; and performing the action with respect to the horticultural operation or target by the at least one autonomous vehicle; characterized by the method further comprising: determining a quantity of autonomous vehicles needed for performing a mission; performing a resource check for autonomous vehicles until a number of autonomous vehicles equal to or exceeding the quantity pass the resource check; and assigning the mission to the number of autonomous vehicles. autonomously identifying the horticultural operation or a target located within the horticultural operation and an action to be performed with respect to the horticultural operation or target, the operation or target comprising at least one plant or a group of plants; determining, based on the identifying, a local area of the horticultural operation, wherein the target is located within the local area; associating the horticultural operation or target to at least one autonomous vehicle; locating, by the at least one autonomous vehicle, the horticultural operation or target within the local area; and performing the action with respect to the horticultural operation or target by the at least one autonomous vehicle; characterized by the method further comprising: determining a quantity of autonomous vehicles needed for performing a mission; performing a resource check for autonomous vehicles until a number of autonomous vehicles equal to or exceeding the quantity pass the resource check; and assigning the mission to the number of autonomous vehicles. determining a quantity of autonomous vehicles needed for performing a mission; performing a resource check for autonomous vehicles until a number of autonomous vehicles equal to or exceeding the quantity pass the resource check; and assigning the mission to the number of autonomous vehicles.
A method for a presentity client, for informing watcher clients about newly available presence information comprising newly available parts or any new updates made to presence information in the presentity client, the method comprising the steps of: generating an invitation message for inviting the watcher clients to subscribe to the newly available presence information of the presentity client, the invitation message comprising a list of watcher clients to be invited, and content of the newly available presence information; and transmitting the invitation message, whereby the content of the newly available presence information is distributed to the watcher clients. generating an invitation message for inviting the watcher clients to subscribe to the newly available presence information of the presentity client, the invitation message comprising a list of watcher clients to be invited, and content of the newly available presence information; and transmitting the invitation message, whereby the content of the newly available presence information is distributed to the watcher clients.
A method for producing a transparent conductive film, said transparent conductive film comprising a transparent film substrate; a transparent conductor layer provided on one or both sides of the transparent film substrate; and an undercoat layer interposed between the transparent film substrate and the transparent conductor layer; wherein the undercoat layer is a single layer; the transparent conductor layer is patterned; and non-patterned portion (b) not having the transparent conductor layer has the undercoat layer, said method comprising the steps of: forming the undercoat layer with a thermosetting resin comprising a mixture of melamine resin, an alkyd resin and an organosiloxane condensate on one or both sides of the transparent film substrate, forming the transparent conductor layer with sputtering on the undercoat layer, and patterning the transparent conductor layer by etching with an acid. forming the undercoat layer with a thermosetting resin comprising a mixture of melamine resin, an alkyd resin and an organosiloxane condensate on one or both sides of the transparent film substrate, forming the transparent conductor layer with sputtering on the undercoat layer, and patterning the transparent conductor layer by etching with an acid.
A metal sector configured to be used in a wall of a low temperature melting furnace using an external cooling passage, the metal sector comprising: a cooling passage formed along a longitudinal direction thereof; and an extension tube (310, 320) provided outwardly from the wall and connected to the cooling passage, wherein the extension tube comprises a cooling passage (312, 322) and characterized by that the metal sector is formed in a shape of a pipe that is closed at both ends and is elongated along a longitudinal direction of the low temperature melting furnace. a cooling passage formed along a longitudinal direction thereof; and an extension tube (310, 320) provided outwardly from the wall and connected to the cooling passage, wherein the extension tube comprises a cooling passage (312, 322) and characterized by that the metal sector is formed in a shape of a pipe that is closed at both ends and is elongated along a longitudinal direction of the low temperature melting furnace.
A solid substrate-bound Vibrio harveyi transposase complex, said complex comprising: a transposase component comprising at least one Vibrio harveyi transposase; an oligonucleotide adapter component comprising at least one oligonucleotide adapter, wherein each adapter comprises at least one double-stranded portion that contains a recognition sequence for a transposase of the complex, and wherein at least one of said adapters per complex has bound to it a member of a specific binding pair, a linker component comprising a specific binding pair, one of the members of the specific binding pair being bound to an adapter and the other member of the specific binding pair being bound to a solid substrate; and a solid substrate, wherein, when the complex comprises one transposase, it is bound by one adapter, and when the complex comprises more than one transposase, at least two adapters are bound to the transposases. a transposase component comprising at least one Vibrio harveyi transposase; an oligonucleotide adapter component comprising at least one oligonucleotide adapter, wherein each adapter comprises at least one double-stranded portion that contains a recognition sequence for a transposase of the complex, and wherein at least one of said adapters per complex has bound to it a member of a specific binding pair, a linker component comprising a specific binding pair, one of the members of the specific binding pair being bound to an adapter and the other member of the specific binding pair being bound to a solid substrate; and a linker component comprising a specific binding pair, one of the members of the specific binding pair being bound to an adapter and the other member of the specific binding pair being bound to a solid substrate; and a solid substrate, wherein, when the complex comprises one transposase, it is bound by one adapter, and when the complex comprises more than one transposase, at least two adapters are bound to the transposases.