mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a busbar, in particular a laminated busbar, configured for mounting an electronic component, in particular a passive electronic component such as a capacitor, on the busbar, comprising: - providing a first conductive layer made from aluminum, - providing a first connector element for connecting the first conductive layer and the electronic component, wherein the first connector element is at least partially covered with nickel and/or tin characterized in: - creating a bond, in particular a laser welding seam, between the first conductive layer and the first connector element by laser welding. - providing a first conductive layer made from aluminum, - providing a first connector element for connecting the first conductive layer and the electronic component, wherein the first connector element is at least partially covered with nickel and/or tin characterized in: - creating a bond, in particular a laser welding seam, between the first conductive layer and the first connector element by laser welding.
A method at a Diameter signalling router, DSR, for routing Diameter messages between multiple Diameter message processors, wherein said multiple Diameter message processors are comprised by the DSR, the method comprising: receiving, at an ingress Diameter message processor associated with the DSR, a Diameter message from a peer Diameter element, wherein the peer Diameter element is a Diameter node; at the ingress Diameter message processor, using application routing data to determine whether processing of the Diameter message by a Diameter application is required; in response to determining that Diameter application processing is required, forwarding the Diameter message to a Diameter message processor hosting a Diameter application identified by the application routing data for processing; and in response to determining that Diameter application processing is not required, forwarding the Diameter message to an egress Diameter message processor associated with the DSR, wherein the Diameter application is a local application that is hosted by the DSR. receiving, at an ingress Diameter message processor associated with the DSR, a Diameter message from a peer Diameter element, wherein the peer Diameter element is a Diameter node; at the ingress Diameter message processor, using application routing data to determine whether processing of the Diameter message by a Diameter application is required; in response to determining that Diameter application processing is required, forwarding the Diameter message to a Diameter message processor hosting a Diameter application identified by the application routing data for processing; and in response to determining that Diameter application processing is not required, forwarding the Diameter message to an egress Diameter message processor associated with the DSR, wherein the Diameter application is a local application that is hosted by the DSR.
Method for purifying organic liquids comprising the following steps: (a) bringing an organic liquid into contact with methanesulphonic acid; (b) removing the methanesulphonic acid from the organic liquid, wherein the organic liquid comprises at least one fatty acid ester, and wherein the methanesulphonic acid is used in pure form, as aqueous solution thereof or in the form of a liquid composition comprising methanesulphonic acid. (a) bringing an organic liquid into contact with methanesulphonic acid; (b) removing the methanesulphonic acid from the organic liquid,
A blade outer air seal assembly, for a gas turbine engine, comprising: a blade outer air seal having a plurality of segments extending circumferentially about an axis and mounted in a carrier; at least two of the plurality of segments having a first wall, a second wall and a base portion extending from the first wall to the second wall; and an intersegment seal having a curved surface; wherein the blade outer air seal assembly is characterised by: the first wall and the second wall extending along an axial length of the segment and circumferentially spaced from one another, the base portion extending circumferentially outward past the first and second walls (120, 122) to form first and second sealing surfaces (125, 127); and wherein the curved surface engages with the first and second sealing surfaces (125, 127) between the at least two segments. a blade outer air seal having a plurality of segments extending circumferentially about an axis and mounted in a carrier; at least two of the plurality of segments having a first wall, a second wall and a base portion extending from the first wall to the second wall; and an intersegment seal having a curved surface; wherein the blade outer air seal assembly is characterised by: the first wall and the second wall extending along an axial length of the segment and circumferentially spaced from one another, the base portion extending circumferentially outward past the first and second walls (120, 122) to form first and second sealing surfaces (125, 127); and wherein the curved surface engages with the first and second sealing surfaces (125, 127) between the at least two segments. the first wall and the second wall extending along an axial length of the segment and circumferentially spaced from one another, the base portion extending circumferentially outward past the first and second walls (120, 122) to form first and second sealing surfaces (125, 127); and wherein the curved surface engages with the first and second sealing surfaces (125, 127) between the at least two segments.
A method of an ultra wide band, UWB, transmitter for generating a modulated signal, comprising: encoding the phase of a bit sequence based on a reference bit sequence and a spreading code by using a differential spreading encoder of the UWB transmitter; generating a plurality of pulses associated with the bit sequence based on the encoded phase of the bit sequence by using a pulse generator of the UWB transmitter, wherein the number of the plurality of pulses is equal to the length of the bit sequence; and generating a modulated signal by differentially modulated phase shift keying, DMPSK, modulating the number of pulses using a phase of a differential data symbol by using a DMPSK modulator of the UWB transmitter. encoding the phase of a bit sequence based on a reference bit sequence and a spreading code by using a differential spreading encoder of the UWB transmitter; generating a plurality of pulses associated with the bit sequence based on the encoded phase of the bit sequence by using a pulse generator of the UWB transmitter, wherein the number of the plurality of pulses is equal to the length of the bit sequence; and generating a modulated signal by differentially modulated phase shift keying, DMPSK, modulating the number of pulses using a phase of a differential data symbol by using a DMPSK modulator of the UWB transmitter.
An apparatus for predicting an eye position, comprising: an eye position tracker configured to determine detected position information of an eye of a user, the detected position information being a coordinate value of an actual position of the eye of the user; and an eye position predictor configured to generate prediction position information of the eye of the user at a target time, the prediction position information being a coordinate value of a predicted position of the eye of the user, wherein: the eye position predictor generates the prediction position information based on variations of the detected position information during a sample time interval, each variation of the detected position information being a difference between two adjacent samples of the detected position information; and the eye position predictor is configured to calculate a weighted average value of the variations, and generate the prediction position information based on the weighted average value. an eye position tracker configured to determine detected position information of an eye of a user, the detected position information being a coordinate value of an actual position of the eye of the user; and an eye position predictor configured to generate prediction position information of the eye of the user at a target time, the prediction position information being a coordinate value of a predicted position of the eye of the user, wherein: the eye position predictor generates the prediction position information based on variations of the detected position information during a sample time interval, each variation of the detected position information being a difference between two adjacent samples of the detected position information; and the eye position predictor is configured to calculate a weighted average value of the variations, and generate the prediction position information based on the weighted average value. the eye position predictor generates the prediction position information based on variations of the detected position information during a sample time interval, each variation of the detected position information being a difference between two adjacent samples of the detected position information; and the eye position predictor is configured to calculate a weighted average value of the variations, and generate the prediction position information based on the weighted average value.
A method of delivering addressable assets to subscribers using communication media, wherein each subscriber has a user equipment device, UED (102, 202, 204, 302, 304), remote from and in operative communication with an asset decisioning system (106, 206, 306, 402), the method comprising the steps of: establishing (502, 504, 506, 508), at the asset decisioning system, information regarding an asset set, the asset set including one or more assets for scheduling for delivery to particular subscribers during one or more asset delivery opportunities associated with programming of a programming network; instructing a UED associated with one of the subscribers to store assets of the asset set at a memory structure (103, 303, 305) of the UED; receiving, at the asset decisioning system, prior to an identified asset delivery opportunity, an indication of assets stored at the memory structure of the UED, wherein the stored assets are acquired by the UED from an asset download system that is independent from the asset decisioning system, the assets being selectively stored based on the instructing, wherein said identified asset delivery opportunity is an asset delivery opportunity, occurring within delivered programming of said programming network, that is presented by UEDs of multiple network subscribers; and subsequent to said receiving, transmitting, from the asset decisioning system, a playlist to the UED that instructs the UED to playback one or more assets of the stored assets during said identified asset delivery opportunity. establishing (502, 504, 506, 508), at the asset decisioning system, information regarding an asset set, the asset set including one or more assets for scheduling for delivery to particular subscribers during one or more asset delivery opportunities associated with programming of a programming network; instructing a UED associated with one of the subscribers to store assets of the asset set at a memory structure (103, 303, 305) of the UED; receiving, at the asset decisioning system, prior to an identified asset delivery opportunity, an indication of assets stored at the memory structure of the UED, wherein the stored assets are acquired by the UED from an asset download system that is independent from the asset decisioning system, the assets being selectively stored based on the instructing, wherein said identified asset delivery opportunity is an asset delivery opportunity, occurring within delivered programming of said programming network, that is presented by UEDs of multiple network subscribers; and subsequent to said receiving, transmitting, from the asset decisioning system, a playlist to the UED that instructs the UED to playback one or more assets of the stored assets during said identified asset delivery opportunity.
A downhole assembly for insertion into a borehole comprising an articulated mandrel (2,3), a passive and an active damping mechanism operating on said mandrel (2,3).
A system, comprising: two or more pairs of electrodes, wherein (i) the electrodes comprise linear strips (22a, 22b), (ii) the electrodes in each pair are parallel with one another, and (iii) the pairs are not parallel with one another, the electrodes disposed over a distal end of a catheter for insertion into a heart of a patient; and a processor, which is configured to: receive electrophysiological signals acquired by the pairs of electrodes; and based on a timing of the received EP signals, calculate a local direction at which the received EP signals propagate in the heart. two or more pairs of electrodes, wherein (i) the electrodes comprise linear strips (22a, 22b), (ii) the electrodes in each pair are parallel with one another, and (iii) the pairs are not parallel with one another, the electrodes disposed over a distal end of a catheter for insertion into a heart of a patient; and a processor, which is configured to: receive electrophysiological signals acquired by the pairs of electrodes; and based on a timing of the received EP signals, calculate a local direction at which the received EP signals propagate in the heart. receive electrophysiological signals acquired by the pairs of electrodes; and based on a timing of the received EP signals, calculate a local direction at which the received EP signals propagate in the heart.
Method for characterisation of shallow junctions for use in semiconductor devices, the method comprising: a. providing a substrate comprising a shallow junction at a first main surface of said substrate, said shallow junction being formed substantially parallel to said first main surface, wherein said shallow junction has a depth smaller than 50 nm; b. providing a dielectric layer on top of said first main surface, wherein said dielectric layer has a thickness within the range of 10 to 100 nm; c. defining a predetermined area of said dielectric layer and of the underlying substrate, and iterating a combination of the following iterated steps for at least two times: - providing and determining a value of a respective charge on said predetermined area of said dielectric layer by means of a discharge means; - measuring a corresponding junction photovoltage for said predetermined area; d. deriving at least one of a measure of an average hole/electron mobility or a measure of a dose of active dopants for said predetermined area of said substrate, from said respective charges and said corresponding junction photo voltages. a. providing a substrate comprising a shallow junction at a first main surface of said substrate, said shallow junction being formed substantially parallel to said first main surface, wherein said shallow junction has a depth smaller than 50 nm; b. providing a dielectric layer on top of said first main surface, wherein said dielectric layer has a thickness within the range of 10 to 100 nm; c. defining a predetermined area of said dielectric layer and of the underlying substrate, and iterating a combination of the following iterated steps for at least two times: - providing and determining a value of a respective charge on said predetermined area of said dielectric layer by means of a discharge means; - measuring a corresponding junction photovoltage for said predetermined area; - providing and determining a value of a respective charge on said predetermined area of said dielectric layer by means of a discharge means; - measuring a corresponding junction photovoltage for said predetermined area; d. deriving at least one of a measure of an average hole/electron mobility or a measure of a dose of active dopants for said predetermined area of said substrate, from said respective charges and said corresponding junction photo voltages.
A savoury concentrate comprising the following components: a) 22-85 wt.% inorganic salt; b) 2-60 wt.% fat; c) 0.8-8 wt.% of gellan gum; d) 0-25 wt.% of glutamate component selected from glutamic acid, edible glutamate salts and combinations thereof; e) 0-25 w.% starch component selected from native starch, pregelatinised starch, maltodextrin, modified starch and combinations thereof; f) 0-20 wt.% of sugar selected from monosaccharides, disaccharides and combinations thereof; g) 0-45 wt.% of vegetable matter selected from vegetables, herbs, spices and combinations thereof; h) 0-10 wt.% water; wherein the components a) to e) together constitute at least 55 wt.% of the savoury concentrate and wherein the components a) to h) together constitute at least 75 wt.% of the savoury concentrate. a) 22-85 wt.% inorganic salt; b) 2-60 wt.% fat; c) 0.8-8 wt.% of gellan gum; d) 0-25 wt.% of glutamate component selected from glutamic acid, edible glutamate salts and combinations thereof; e) 0-25 w.% starch component selected from native starch, pregelatinised starch, maltodextrin, modified starch and combinations thereof; f) 0-20 wt.% of sugar selected from monosaccharides, disaccharides and combinations thereof; g) 0-45 wt.% of vegetable matter selected from vegetables, herbs, spices and combinations thereof; h) 0-10 wt.% water;
A PDC element protective system comprising a mask configured to protect a non-leached portion of a leached polycrystalline diamond compact element during a leaching process, said mask formed from or coated with polytetrafluoroethylene (PTFE), characterized in that: the mask comprises an inner cavity configured to be larger than the dimensions of the PDC element for accommodating the PDC element; and the mask comprises a contact band configured to contact the PDC element during leaching and to prevent movement of a leaching agent via capillary action. the mask comprises an inner cavity configured to be larger than the dimensions of the PDC element for accommodating the PDC element; and the mask comprises a contact band configured to contact the PDC element during leaching and to prevent movement of a leaching agent via capillary action.
A ferromagnetic semiconductor of group IV, comprising at least one magnetic element chosen from the group formed by manganese, iron, cobalt, nickel and chromium, said semiconductor forming a thin film and having a Curie temperature of 350 K or higher, preferably of 400 K or higher, and characterized in that said semiconductor has a matrix depleted in this magnetic element or these magnetic elements, within which matrix a discontinuous phase, which is rich in this magnetic element or these magnetic elements and is ferromagnetic up to said Curie temperature, is formed so as to generate a lateral modulation of the composition of said semiconductor in the plane of said thin film.
A kit (66, 10) comprising a hinge and a screw, said hinge comprising first and second straps (60, 61) pivotably coupled to a cylinder having a hollow threaded channel therein; and said screw comprising a head; an elongated stem comprising a threaded first portion adjacent to the head and a non-threaded second portion extending from the threaded first portion and a breakaway therebetween, wherein the breakaway releasably couples the first threaded portion of the elongated stem to the non-threaded second portion of the elongated stem, wherein the non-threaded second portion of the elongated stem is alignable with the hollow threaded channel and the hinge, and wherein the non-threaded second portion of the elongated stem is insertable into the hollow threaded channel in the hinge so that the threaded first portion of the elongated stem catches at least one of the threads of the hollow threaded channel of the hinge, wherein a diameter (W 3) of the non-threaded second portion is smaller than a diameter (W 2) of the threaded first portion of the elongated stem and wherein the screw is adapted to be hand-manipulable by a user in that the user is able to pull the threaded first portion of the screw into the hollow threaded channel as the non-threaded second portion is removed from the hollow threaded channel by the user pulling the non-threaded second portion of the elongated stem which extends out of the hollow threaded channel of the hinge after insertion of the non-threaded second portion into the hollow threaded channel. said hinge comprising first and second straps (60, 61) pivotably coupled to a cylinder having a hollow threaded channel therein; and said screw comprising a head; an elongated stem comprising a threaded first portion adjacent to the head and a non-threaded second portion extending from the threaded first portion and a breakaway therebetween, wherein the breakaway releasably couples the first threaded portion of the elongated stem to the non-threaded second portion of the elongated stem, wherein the non-threaded second portion of the elongated stem is alignable with the hollow threaded channel and the hinge, and wherein the non-threaded second portion of the elongated stem is insertable into the hollow threaded channel in the hinge so that the threaded first portion of the elongated stem catches at least one of the threads of the hollow threaded channel of the hinge, wherein a diameter (W 3) of the non-threaded second portion is smaller than a diameter (W 2) of the threaded first portion of the elongated stem and wherein the screw is adapted to be hand-manipulable by a user in that the user is able to pull the threaded first portion of the screw into the hollow threaded channel as the non-threaded second portion is removed from the hollow threaded channel by the user pulling the non-threaded second portion of the elongated stem which extends out of the hollow threaded channel of the hinge after insertion of the non-threaded second portion into the hollow threaded channel.