mhurhangee/ep-ind-claims huggingface dataset:
A surface mounting inductive coiled component for printed circuit boards, the inductive coiled component including a monolithic core that comprises: three orthogonal winding guiding configurations, each arranged surrounding one of three orthogonal axis X, Y and Z, for locating three orthogonal conductive coils around the monolithic core; and several connecting interfaces attached to the monolithic core for connecting each conductive coil of said three orthogonal conductive coils to tracks of a printed circuit board, characterized in that: the monolithic core is made of an injection mouldable polymer body including magnetic charges including powdered magnetic charges, in a proportion comprised between 70% up to 85% by weight, selected to provide magnetic inductance, assure electrical isolation between the connecting interfaces, and a thermal conductivity higher than 4W/mK; and in that the connecting interfaces are embedded in the monolithic core. three orthogonal winding guiding configurations, each arranged surrounding one of three orthogonal axis X, Y and Z, for locating three orthogonal conductive coils around the monolithic core; and several connecting interfaces attached to the monolithic core for connecting each conductive coil of said three orthogonal conductive coils to tracks of a printed circuit board, characterized in that: the monolithic core is made of an injection mouldable polymer body including magnetic charges including powdered magnetic charges, in a proportion comprised between 70% up to 85% by weight, selected to provide magnetic inductance, assure electrical isolation between the connecting interfaces, and a thermal conductivity higher than 4W/mK; and in that the connecting interfaces are embedded in the monolithic core. the monolithic core is made of an injection mouldable polymer body including magnetic charges including powdered magnetic charges, in a proportion comprised between 70% up to 85% by weight, selected to provide magnetic inductance, assure electrical isolation between the connecting interfaces, and a thermal conductivity higher than 4W/mK; and in that the connecting interfaces are embedded in the monolithic core.
A cable guiding device for use in the installation of cables in the battery compartment of a vehicle, in particular of an industrial truck, which has a fastening element, which has a slit for mounting the cable guiding device on a flat wall and a cable guiding surface, which extends in an arc on the side facing away from the slit, wherein the cable guiding surface has at least one groove for receiving a cable, characterized in that at least one groove wall is designed elastically and/or protruding inwards with an undercut, so that a cable arranged in the groove can be held clamped, and the cable guiding surface, in relation to its longitudinal direction, has an arc, which extends over an angle of at least 70° and ends beginning parallel to the side wall above the side wall.
A method for identifying a Mobile Internet Protocol home agent in a wireless communication system, comprising: identifying a Packet Data Network Gateway serving as an anchor point of a network-based mobility protocol used for communication in the wireless communication system; communicating one or more messages to the identified Packet Data Network Gateway containing respective requests for a Mobile Internet Protocol home agent address; and receiving information relating to the Mobile Internet Protocol home agent address in response to the one or more messages, wherein the information relating to the Mobile Internet Protocol home agent address is provided by the Packet Data Network Gateway when the Mobile Internet Protocol home agent is collocated with the Packet Data Network Gateway, and wherein the information relating to the Mobile Internet Protocol home agent address comprises information provided by a different device when the Mobile Internet Protocol home agent is not collocated with the Packet Data Network Gateway; and de-attaching from the Packet Data Network Gateway and re-attaching to a different Packet Data Network Gateway associated with the different device if the information relating to the Mobile Internet Protocol home agent address indicates that the Mobile Internet Protocol home agent is collocated with the different device. identifying a Packet Data Network Gateway serving as an anchor point of a network-based mobility protocol used for communication in the wireless communication system; communicating one or more messages to the identified Packet Data Network Gateway containing respective requests for a Mobile Internet Protocol home agent address; and receiving information relating to the Mobile Internet Protocol home agent address in response to the one or more messages, wherein the information relating to the Mobile Internet Protocol home agent address is provided by the Packet Data Network Gateway when the Mobile Internet Protocol home agent is collocated with the Packet Data Network Gateway, and wherein the information relating to the Mobile Internet Protocol home agent address comprises information provided by a different device when the Mobile Internet Protocol home agent is not collocated with the Packet Data Network Gateway; and de-attaching from the Packet Data Network Gateway and re-attaching to a different Packet Data Network Gateway associated with the different device if the information relating to the Mobile Internet Protocol home agent address indicates that the Mobile Internet Protocol home agent is collocated with the different device.
A percutaneous heart valve prosthesis comprising: a valve body having a valve body first end, a valve body second end and a passage extending along a longitudinal axis between said valve body first end and said valve body second end, said valve body being collapsible about said longitudinal axis for delivery via catheter,wherein said valve body tapers toward said valve body first end, said valve body first end being sized to pass through a valve orifice associated with a heart valve to be replaced, said valve body second end being sized so as not to pass through the valve orifice, and one or more flexible valve elements (3, 4) secured to said valve body and extending across said passage for blocking bloodflow in one direction through said passage; characterised in that a plurality of prongs is spaced about a periphery of said valve body second end. a valve body having a valve body first end, a valve body second end and a passage extending along a longitudinal axis between said valve body first end and said valve body second end, said valve body being collapsible about said longitudinal axis for delivery via catheter,wherein said valve body tapers toward said valve body first end, said valve body first end being sized to pass through a valve orifice associated with a heart valve to be replaced, said valve body second end being sized so as not to pass through the valve orifice, and one or more flexible valve elements (3, 4) secured to said valve body and extending across said passage for blocking bloodflow in one direction through said passage; characterised in that a plurality of prongs is spaced about a periphery of said valve body second end.
A method for coating a substrate comprising the steps: - providing a donor, which comprises a transparent donor substrate with a first side and a second side opposing it, wherein at least one donor layer is arranged on the second side; - arranging the donor at a predetermined distance to the substrate, wherein the donor layer is turned towards the substrate; - passing at least one energy beam through the first side of the donor substrate onto the donor layer according to an irradiation strategy such that a part of the donor layer is separated from the donor and transferred to the substrate, wherein - the substrate is selected from a group consisting of paper, cardboard and paperboard or any combination from it, characterized in that - a donor is used, which comprises at least one additional coating of an adhesive glue on the side of the donor layer facing away from the donor substrate. - providing a donor, which comprises a transparent donor substrate with a first side and a second side opposing it, wherein at least one donor layer is arranged on the second side; - arranging the donor at a predetermined distance to the substrate, wherein the donor layer is turned towards the substrate; - passing at least one energy beam through the first side of the donor substrate onto the donor layer according to an irradiation strategy such that a part of the donor layer is separated from the donor and transferred to the substrate, wherein - the substrate is selected from a group consisting of paper, cardboard and paperboard or any combination from it, characterized in that - a donor is used, which comprises at least one additional coating of an adhesive glue on the side of the donor layer facing away from the donor substrate.
A method for determining tampering at a device coupled to a moveable object comprising: receiving a plurality of orientation states of the device, the plurality of orientation states measured by an orientation sensor; determining, based on the received orientation states, at least two expected orientation states; receiving a further orientation state of the device measured by the orientation sensor; in response to determining that the further orientation state differs from the at least two expected orientation states, generating a tamper alert, wherein determining the at least two expected orientation states comprises: determining the at least two most common orientation states from the received plurality of orientation states and determining that each of the at least two most common orientation states has a count that meets a threshold number. receiving a plurality of orientation states of the device, the plurality of orientation states measured by an orientation sensor; determining, based on the received orientation states, at least two expected orientation states; receiving a further orientation state of the device measured by the orientation sensor; in response to determining that the further orientation state differs from the at least two expected orientation states, generating a tamper alert, wherein determining the at least two expected orientation states comprises: determining the at least two most common orientation states from the received plurality of orientation states and determining that each of the at least two most common orientation states has a count that meets a threshold number.
A method for analysing an interaction of a metalloprotein with one or several analytes in its environment comprising the following steps: (a) providing a multiscattering medium that enhances the detection of the optical absorption cross-section signal of metalloproteins, (b) incorporating a metalloprotein into said medium, (c) contacting said medium with optical radiation, (d) obtaining an enhanced optical absorption cross-section spectrum of said metalloprotein, (e) determining from said enhanced optical absorption cross-section spectrum at least one parameter related to the one or several analytes of interest which interact with the metalloprotein. (a) providing a multiscattering medium that enhances the detection of the optical absorption cross-section signal of metalloproteins, (b) incorporating a metalloprotein into said medium, (c) contacting said medium with optical radiation, (d) obtaining an enhanced optical absorption cross-section spectrum of said metalloprotein, (e) determining from said enhanced optical absorption cross-section spectrum at least one parameter related to the one or several analytes of interest which interact with the metalloprotein.
A mobile terminal comprising: a terminal body; a display unit; a camera configured to capture an image; and a controller configured to: control the camera to capture a plurality of images by using the single camera while changing the camera at preset angles with respect to the terminal body to capture the plurality of images different from each other in response to an image capture request, wherein the plurality of images are different from each other, extract particular graphic objects from the plurality of images, wherein the particular graphic objects are separated from the plurality of images, combine the plurality of images from which the particular graphic objects are separated, and match one of the extracted particular graphic objects and the combined image to generate an image in which the one of the particular graphic objects is focused and portions excluding the one of the particular graphic objects are out of focus. a terminal body; a display unit; a camera configured to capture an image; and a controller configured to: control the camera to capture a plurality of images by using the single camera while changing the camera at preset angles with respect to the terminal body to capture the plurality of images different from each other in response to an image capture request, wherein the plurality of images are different from each other, extract particular graphic objects from the plurality of images, wherein the particular graphic objects are separated from the plurality of images, combine the plurality of images from which the particular graphic objects are separated, and match one of the extracted particular graphic objects and the combined image to generate an image in which the one of the particular graphic objects is focused and portions excluding the one of the particular graphic objects are out of focus. control the camera to capture a plurality of images by using the single camera while changing the camera at preset angles with respect to the terminal body to capture the plurality of images different from each other in response to an image capture request, wherein the plurality of images are different from each other, extract particular graphic objects from the plurality of images, wherein the particular graphic objects are separated from the plurality of images, combine the plurality of images from which the particular graphic objects are separated, and match one of the extracted particular graphic objects and the combined image to generate an image in which the one of the particular graphic objects is focused and portions excluding the one of the particular graphic objects are out of focus.
A joint retaining a first member (28;202;300) to a second member (32;212;340) to resist separation in a first direction, the joint comprising: a first recess in the first member (28;202;300), the first member (28;202;300) comprising at least a ceramic matrix composite substrate; and at least one key partially accommodated in the first recess and engaging the second member (32;212;340), the second member (32;212;340) comprising at least a metallic substrate; the first member (28;202;300) and the second member (32;212;340) encircle an axis; there are a circumferential array of said first recesses; there are a circumferential array of said keys, each partially accommodated in a respective associated said first recess; there are a circumferential array of second recesses in the second member, wherein each of said keys is partially accommodated in a respective associated said second recess; and the joint further comprises a spring in each of said second recesses biasing the key into the first recess; characterised in that the keys are spheres of a monolithic ceramic. a first recess in the first member (28;202;300), the first member (28;202;300) comprising at least a ceramic matrix composite substrate; and at least one key partially accommodated in the first recess and engaging the second member (32;212;340), the second member (32;212;340) comprising at least a metallic substrate; the first member (28;202;300) and the second member (32;212;340) encircle an axis; there are a circumferential array of said first recesses; there are a circumferential array of said keys, each partially accommodated in a respective associated said first recess; there are a circumferential array of second recesses in the second member, wherein each of said keys is partially accommodated in a respective associated said second recess; and the joint further comprises a spring in each of said second recesses biasing the key into the first recess; characterised in that the keys are spheres of a monolithic ceramic.
A direct alcohol fuel cell, DAFC, comprising a housing containing a proton exchange membrane, PEM, separating an anode section from a cathode section, which anode section and which cathode section are contained in the housing, the cathode section comprising a cathode collection element having one or more ventilation holes, which cathode collection element is electrically connected to a cathode catalyst, which cathode catalyst is in diffusive communication with a gaseous oxidant, and the anode section comprising an anode collection element electrically connected to an anode catalyst, the DAFC comprising an oleophobic filter covering the ventilation hole(s), wherein the oleophobic filter comprises an opening aligned with one of the ventilation holes. the cathode section comprising a cathode collection element having one or more ventilation holes, which cathode collection element is electrically connected to a cathode catalyst, which cathode catalyst is in diffusive communication with a gaseous oxidant, and the anode section comprising an anode collection element electrically connected to an anode catalyst, the DAFC comprising an oleophobic filter covering the ventilation hole(s), wherein the oleophobic filter comprises an opening aligned with one of the ventilation holes.
A polyamide resin obtainable through polycondensation of pentamethylene diamine, terephthalic acid and/or a derivative thereof, at least one selected from the group of adipic acid, azelaic acid, sebacic acid, undecanedioic acid, dodecanedioic acid, isophthalic acid, 1,9-diaminononane, 1,10-diaminodecane, 1,11-diaminoundecane, 1,12-diaminododecane, caprolactam, undecalactam, laurolactam, aminocaproic acid, 11-aminoundecanoic acid, 12-aminododecanoic acid, and a derivative thereof, wherein the content by weight of the repeating unit derived from the component is in the range of 10 wt% or more and 45 wt% or less of the total weight of the polymer and the content by weight of the repeating unit derived from the component is in the range of 10 wt% or more and 50 wt% or less of the total weight of the polymer, while the relative viscosity at 25°C in a 98% sulfuric acid solution with a 0.01 g/ml content is 1.5 to 4.5.
An electronic device, comprising: a substrate; a heat generating component mounted on the substrate; a heat sink structure comprising a heat sink and a deformable heat dissipation sheet; and a flat metal frame, wherein the heat dissipation sheet is in areal contact with at least part of the outer surface of the heat generating component, said outer surface being arranged opposite to the substrate, the heat sink covers a part of heat generating component with the dissipation sheet interposed therebetween, and is provided on the metal frame, and the outer surface of the heating component is a non-flat surface; characterized in that the heat sink comprises two side walls and a flat main body part attached to the metal frame, the two side walls extend from two opposite ends of the main body part to one side opposite to the metal frame, and the main body part and the two side walls abut against the outer surface with the heat dissipation sheet interposed therebetween. a substrate; a heat generating component mounted on the substrate; a heat sink structure comprising a heat sink and a deformable heat dissipation sheet; and a flat metal frame, wherein the heat dissipation sheet is in areal contact with at least part of the outer surface of the heat generating component, said outer surface being arranged opposite to the substrate, the heat sink covers a part of heat generating component with the dissipation sheet interposed therebetween, and is provided on the metal frame, and the outer surface of the heating component is a non-flat surface; characterized in that the heat sink comprises two side walls and a flat main body part attached to the metal frame, the two side walls extend from two opposite ends of the main body part to one side opposite to the metal frame, and the main body part and the two side walls abut against the outer surface with the heat dissipation sheet interposed therebetween.
An apparatus, comprising: a flexible probe having a proximal portion and a distal end, the probe adapted for insertion into a body cavity of a living subject, the probe having a distal tip at the distal end of the probe; and an assembly in the distal end of the probe, comprising: a transmitter; and a receiver receiving signals from the transmitter for sensing a position of the receiver relative to the transmitter; characterized by first and second flat spring coils (153, 155) disposed between the transmitter and the receiver, a transmitter retainer, a receiver retainer and a spacer, wherein the transmitter retainer and the receiver retainer respectively mate with external edges of the first flat spring coil and the second flat spring coil, wherein the first and second flat spring coils are held apart by the spacer which mates with internal edges of the first and second flat spring coils, wherein the first and second flat spring coils are configured to deform in response to pressure exerted on the distal tip when the distal tip engages a wall of the body cavity. a flexible probe having a proximal portion and a distal end, the probe adapted for insertion into a body cavity of a living subject, the probe having a distal tip at the distal end of the probe; and an assembly in the distal end of the probe, comprising: a transmitter; and a receiver receiving signals from the transmitter for sensing a position of the receiver relative to the transmitter; a transmitter; and a receiver receiving signals from the transmitter for sensing a position of the receiver relative to the transmitter; characterized by first and second flat spring coils (153, 155) disposed between the transmitter and the receiver, a transmitter retainer, a receiver retainer and a spacer, wherein the transmitter retainer and the receiver retainer respectively mate with external edges of the first flat spring coil and the second flat spring coil, wherein the first and second flat spring coils are held apart by the spacer which mates with internal edges of the first and second flat spring coils, wherein the first and second flat spring coils are configured to deform in response to pressure exerted on the distal tip when the distal tip engages a wall of the body cavity.
A gas turbine combustor having main nozzles each provided with an oil fuel path for passage of oil fuel and a gas fuel path (7,7a,7b) for passage of gas fuel, wherein the main nozzles each have a cylindrical central tube disposed at a center of the main nozzle and using an interior thereof as the oil fuel path, a cylindrical outer tube disposed on an outermost periphery of the main nozzle, and a support tube disposed between the central tube and the outer tube, the central tube, the outer tube and the support tube each formed independently, wherein the support tube has such an internal diameter as to form a clearance becoming an insulating air layer between the support tube and an outer periphery of the central tube, and includes a plurality of supporting portions formed on an axially upstream side and radially contacting an inner periphery of the outer tube, a plurality of groove portions formed along an axial direction between the supporting portions, and a cylindrical portion formed on an axially downstream side and having an external diameter equal to or smaller than an external diameter of the groove portions, and wherein spaces formed by the outer tube and the groove portions, and a space formed by the outer tube and the cylindrical portion are used as the gas fuel path (7,7a,7b).