mhurhangee/ep-ind-claims huggingface dataset:
A method of communication to a routing address, the method performed in a computerised processing system, the method comprising: receiving (at 201) a communication request from a requester for routing to a first routing address and collecting the first routing address from the communication request; determining (at 202, 203) if the first routing address has been relinquished by a prior owner or subscriber by comparing the first routing address to a database and, if the first routing address has been relinquished by the prior owner or subscriber, retrieving information stored in the database associated with the first routing address from the database, the information comprising at least one of the name of the prior subscriber, a forwarding routing address for the prior subscriber, the type of business associated with the prior subscriber and the geographical region of the first routing address; determining service options for the first routing address based on the retrieved information and monitoring the communications request and, when ended, initiating a separate communication request to the requester after a predetermined time. receiving (at 201) a communication request from a requester for routing to a first routing address and collecting the first routing address from the communication request; determining (at 202, 203) if the first routing address has been relinquished by a prior owner or subscriber by comparing the first routing address to a database and, if the first routing address has been relinquished by the prior owner or subscriber, retrieving information stored in the database associated with the first routing address from the database, the information comprising at least one of the name of the prior subscriber, a forwarding routing address for the prior subscriber, the type of business associated with the prior subscriber and the geographical region of the first routing address; determining service options for the first routing address based on the retrieved information and monitoring the communications request and, when ended, initiating a separate communication request to the requester after a predetermined time.
A rubber composition for tire tread, the rubber composition comprising 100 parts by weight of a raw material rubber and 45 to 70 parts by weight of carbon black, the carbon black including 40 to 60 parts by weight of a first carbon black, and 5 to 15 parts by weight of a second carbon black, wherein the first carbon black has a statistical thickness surface area (STSA) value that is larger by 50 to 75 m 2 /g relative to that of the second carbon black; an oil absorption number of compressed sample (COAN) value that is larger by 5 to 30 cc/100 g relative to that of the second carbon black; an oil absorption number of sample value that is larger by 20 to 40 cc/100 g relative to that of the second carbon black; and an iodine adsorption amount value that is larger by 50 to 70 mg/g relative to that of the second carbon black.
A Power over Data Lines, PoDL, circuit configured to be connected to a first wire and a second wire of a wire pair (14, 16), the wire pair being configured to be connected to a powered device, the circuit comprising: a transceiver having a first terminal and a second terminal, the transceiver being for transmitting differential data over the first wire and the second wire and receiving differential data from the first wire and the second wire; a first AC-coupling capacitor coupled to the first terminal; a second AC-coupling capacitor coupled to the second terminal; a first common mode choke, CMC, having a first winding coupled in series between the first AC-coupling capacitor and a third terminal of the PoDL circuit for connection to the first wire, and a second winding coupled in series between the second AC-coupling capacitor and a fourth terminal of the PoDL circuit for connection to the second wire; termination circuitry connected to the third terminal and the fourth terminal, between the wire pair and the first CMC, for terminating the first wire and the second wire to reduce reflections; a first differential mode choke, DMC, connected to nodes between the first CMC and the transceiver, the first DMC having tightly coupled windings; and a second DMC connected to nodes between the first CMC and the third terminal and the fourth terminal, between the wire pair and the first CMC, the second DMC having loosely coupled windings, and the first DMC and the second DMC sharing the same core, wherein the first DMC and the second DMC are configured to be connected to a power supply (24, 36, 38). a transceiver having a first terminal and a second terminal, the transceiver being for transmitting differential data over the first wire and the second wire and receiving differential data from the first wire and the second wire; a first AC-coupling capacitor coupled to the first terminal; a second AC-coupling capacitor coupled to the second terminal; a first common mode choke, CMC, having a first winding coupled in series between the first AC-coupling capacitor and a third terminal of the PoDL circuit for connection to the first wire, and a second winding coupled in series between the second AC-coupling capacitor and a fourth terminal of the PoDL circuit for connection to the second wire; termination circuitry connected to the third terminal and the fourth terminal, between the wire pair and the first CMC, for terminating the first wire and the second wire to reduce reflections; a first differential mode choke, DMC, connected to nodes between the first CMC and the transceiver, the first DMC having tightly coupled windings; and a second DMC connected to nodes between the first CMC and the third terminal and the fourth terminal, between the wire pair and the first CMC, the second DMC having loosely coupled windings, and the first DMC and the second DMC sharing the same core, wherein the first DMC and the second DMC are configured to be connected to a power supply (24, 36, 38).
Method of aligning at least two breast images comprising the steps of - extracting in each of said breast images a relevant image part by determining a skin line in each of said breast images, and subjecting said skin line to a shape analysis procedure comprising an evaluation of a measure of convexity relative to a given tolerance value, and - aligning said relevant image parts characterized in that - said relevant part comprises convex points of said skin line, points of said skin line being classified as convex points by applying the steps of - for a first point in a set of points of said skin line considering a second point further in said set, - connecting the two points with an imaginary line, - computing the signed distance for all intermediary points on the skin line between said first and said second point with said imaginary line, - marking said first and second points as convex points if the minimum of the signed distance of all intermediate points is greater than 0. - extracting in each of said breast images a relevant image part by determining a skin line in each of said breast images, and subjecting said skin line to a shape analysis procedure comprising an evaluation of a measure of convexity relative to a given tolerance value, and - aligning said relevant image parts characterized in that - said relevant part comprises convex points of said skin line, points of said skin line being classified as convex points by applying the steps of - for a first point in a set of points of said skin line considering a second point further in said set, - connecting the two points with an imaginary line, - computing the signed distance for all intermediary points on the skin line between said first and said second point with said imaginary line, - marking said first and second points as convex points if the minimum of the signed distance of all intermediate points is greater than 0.
A compressor comprising: a casing, a screw rotor fitted in the casing, at least one economizer port (EP1, EP2) for discharging refrigerant into compression chambers formed between the casing and the screw rotor, and a control unit (30, 40) that advances timing of opening of the at least one economizer port (EP 1, EP2) to the compression chambers in accordance with increase in rotating speed of the screw rotor, characterized in that the control unit shifts positions of the at least one economizer port along an axis of the screw rotor in accordance with the rotating speed of the screw rotor. a casing, a screw rotor fitted in the casing, at least one economizer port (EP1, EP2) for discharging refrigerant into compression chambers formed between the casing and the screw rotor, and a control unit (30, 40) that advances timing of opening of the at least one economizer port (EP 1, EP2) to the compression chambers in accordance with increase in rotating speed of the screw rotor,
A method of forming an annular support structure for fastening a component of a gas turbine engine to a static part of the engine, the support structure having: a substantially frustoconical skin portion which, in use, extends inwardly from the static part; and a flange portion which extends inwardly from an inner edge of the skin portion, and to which, in use, is attached a mating flange extending outwardly from the component, the flange portion having an engagement face against which a corresponding face of the mating flange is secured, and the flange portion further having an inwardly-facing land at an outer edge of the engagement face which restrains the component against radial movement; wherein the method includes the steps of: providing a blank; flow-forming the blank over a mandrel into a near net-shape of the support structure the flow-formed near net-shape having excess material radially outwardly of the flange portion; and removing the excess material from the near net-shape to form the land and finish the support structure. a substantially frustoconical skin portion which, in use, extends inwardly from the static part; and a flange portion which extends inwardly from an inner edge of the skin portion, and to which, in use, is attached a mating flange extending outwardly from the component, the flange portion having an engagement face against which a corresponding face of the mating flange is secured, and the flange portion further having an inwardly-facing land at an outer edge of the engagement face which restrains the component against radial movement; wherein the method includes the steps of: providing a blank; flow-forming the blank over a mandrel into a near net-shape of the support structure the flow-formed near net-shape having excess material radially outwardly of the flange portion; and removing the excess material from the near net-shape to form the land and finish the support structure. providing a blank; flow-forming the blank over a mandrel into a near net-shape of the support structure the flow-formed near net-shape having excess material radially outwardly of the flange portion; and removing the excess material from the near net-shape to form the land and finish the support structure.
A base station for providing radio access to one or more mobile stations, the radio access using Code Division Multiple Access, CDMA, and providing multi-rate transmission using codes from a tree structured orthogonal multi-spreading factor sequence, the base station being configured to send a code switching request to a base station controller and to receive a code switching response from the base station controller, said base station comprising: a timing information sending unit for sending timing information to the mobile station, the timing information providing a timing of a switching from a first code used by one of the mobile stations to a target code indicated by target code information received by the mobile station, and a switching unit for switching the code used in communication with the mobile station from the first code to the target code based on the timing information, wherein, the timing information sending unit is configured to receive a code switching complete message indicating proper completion of the code switching, the code switching complete message being sent from the mobile station using the target code. a timing information sending unit for sending timing information to the mobile station, the timing information providing a timing of a switching from a first code used by one of the mobile stations to a target code indicated by target code information received by the mobile station, and a switching unit for switching the code used in communication with the mobile station from the first code to the target code based on the timing information, wherein, the timing information sending unit is configured to receive a code switching complete message indicating proper completion of the code switching, the code switching complete message being sent from the mobile station using the target code.
A method for characterizing a hydraulically-fractured hydrocarbon-bearing formation that is traversed by a well having a number of intervals, wherein intervals of the well are hydraulically isolated from one another by corresponding plugs; wherein return fluid flows back to a surface-located facility during well operations from a plurality of open intervals, the method comprising: analyzing flow characteristics of return fluid that flows from a particular interval back to a surface-located facility during well operations, wherein the particular interval the particular interval is a newly-opened well interval that is opened by plug mill-out operations; and characterizing at least one local formation property of the hydraulically-fractured formation adjacent the particular interval based on such flow characteristics, wherein the analyzing of the flow characteristics of the return fluid uses measurements of surface flow characteristics of the return fluid and the downhole pressure measurements to calculate and model return outflow from all open intervals, including the newly-opened interval, wherein the analyzing of the flow characteristics of the return fluid calculates the return outflow of the newly-opened interval by isolating the contribution of return outflow for the newly-opened interval from a previous model of return outflow from all open intervals except the newly-opened interval, wherein the previous model was determined before the newly-opened interval was milled-out; and wherein: the contribution of return outflow for the newly-opened interval is derived from incremental changes to a model over successive plug mill-out operations and corresponding intervals. analyzing flow characteristics of return fluid that flows from a particular interval back to a surface-located facility during well operations, wherein the particular interval the particular interval is a newly-opened well interval that is opened by plug mill-out operations; and characterizing at least one local formation property of the hydraulically-fractured formation adjacent the particular interval based on such flow characteristics, wherein the analyzing of the flow characteristics of the return fluid uses measurements of surface flow characteristics of the return fluid and the downhole pressure measurements to calculate and model return outflow from all open intervals, including the newly-opened interval, wherein the analyzing of the flow characteristics of the return fluid calculates the return outflow of the newly-opened interval by isolating the contribution of return outflow for the newly-opened interval from a previous model of return outflow from all open intervals except the newly-opened interval, wherein the previous model was determined before the newly-opened interval was milled-out; and
A wireless stereo headset comprising: a first headset including a speaker unit and a Bluetooth® enabled module, for converting a first sound signal received from a portable terminal into first sound and outputting the first sound; and a second headset including a speaker unit and a Bluetooth® enabled module, for converting a second sound signal received from the portable terminal into second sound and outputting the second sound, wherein, when the first headset and the second headset are used, the first headset and the second headset receive stereo sound signals from the portable terminal, and when the portable terminal receives an incoming call while the first headset and the second headset are outputting stereo sound, the outputting of the stereo sound is stopped and at least one of the first headset and the second headset outputs mono sound received from the portable terminal to perform voice communication in a mono mode wherein each of the first headset and the second headset includes an interior battery and a jack connector for connection to an electric source for charging the interior battery, and wherein each of the first headset and the second headset includes a microphone for converting a user's voice into electric signals and can enable voice communication by transmitting the electric signals to the portable terminal through the Bluetooth® enabled module (101a, 201a). a first headset including a speaker unit and a Bluetooth® enabled module, for converting a first sound signal received from a portable terminal into first sound and outputting the first sound; and a second headset including a speaker unit and a Bluetooth® enabled module, for converting a second sound signal received from the portable terminal into second sound and outputting the second sound, wherein, when the first headset and the second headset are used, the first headset and the second headset receive stereo sound signals from the portable terminal, and when the portable terminal receives an incoming call while the first headset and the second headset are outputting stereo sound, the outputting of the stereo sound is stopped and at least one of the first headset and the second headset outputs mono sound received from the portable terminal to perform voice communication in a mono mode wherein each of the first headset and the second headset includes an interior battery and a jack connector for connection to an electric source for charging the interior battery, and wherein each of the first headset and the second headset includes a microphone for converting a user's voice into electric signals and can enable voice communication by transmitting the electric signals to the portable terminal through the Bluetooth® enabled module (101a, 201a).
A method for identifying a source of abdominal pain, the method comprising: scanning a patient with a computed tomography scanner, the scanning providing data representing an abdomen of the patient; parsing the data into first and second portions representing first and second organs, wherein the parsing comprises parsing the first portion with a first machine-learnt classifier and parsing the second portion with a second machine-learnt classifier; applying one or more first deep-learnt machine-trained classifiers to the first portion of the data, the application resulting in first likelihoods of multiple causes of abdominal pain for the first organ; applying one or more second deep-learnt machine-trained classifiers to the second portion of the data, the application resulting in second likelihoods of multiple causes of abdominal pain for the second organ; and generating an image of the patient from the data, the image including a plurality of the first and second likelihoods and the respective causes. scanning a patient with a computed tomography scanner, the scanning providing data representing an abdomen of the patient; parsing the data into first and second portions representing first and second organs, wherein the parsing comprises parsing the first portion with a first machine-learnt classifier and parsing the second portion with a second machine-learnt classifier; applying one or more first deep-learnt machine-trained classifiers to the first portion of the data, the application resulting in first likelihoods of multiple causes of abdominal pain for the first organ; applying one or more second deep-learnt machine-trained classifiers to the second portion of the data, the application resulting in second likelihoods of multiple causes of abdominal pain for the second organ; and generating an image of the patient from the data, the image including a plurality of the first and second likelihoods and the respective causes.
3D screen printing system for the production of three-dimensional screen printed workpieces with a printing device for the layer-by-layer production of at least one screen printed workpiece in a plurality of printing processes and with at least one workpiece carrier for at least one screen printing workpiece, wherein the printing device comprises at least one printing table plate which is formed separately from the workpiece carrier and on which the workpiece carrier can be positioned for carrying out a printing process, an upper printing mechanism with a printing screen and a position detection device for detecting the position of the workpiece carrier, wherein the printing device is designed for fine adjustment and the fine adjustment comprising the position detection of the workpiece carrier by the position detection device and the setting of the relative position and/or relative alignment between the workpiece carrier and the printing screen dependent on the position detection.
Logic switch apparatus for managing energy sources in alternating current and connected utilities comprising: an electrical power circuit in which a first electrical power line for transfer of electric energy in alternating current is connected to an electrical load; a second electrical power line for transfer of electric energy in alternating current is connected to an electrical energy source; a third external power line for transfer of electric energy in alternating current, which is connected to an optionally public network; a programmable electronic logic unit configured to connect or disconnect the electrical power connection between said lines depending on the received programming; characterised in that it includes a connection of at least one fourth electrical power line for transfer of electric energy in alternating current, coming from an external electrical line or source, joined to the previous ones in a node of electrical connection internal to the logic switch apparatus; the electronic logic unit configured to detect the status of each of first, second, third and fourth electrical power line connected to the node with line status sensors (S1, S2, S3, S5), one for each of the first, second, third and fourth power lines, which act as disconnecting switches, of each line in alternating current afferent to said node, each of said line status sensor configured to detect electrical parameters of the corresponding power line, particularly power, and to supply the detected power to the electronic logic unit; the electronic logic unit configured to enable the transfer or collection of electrical energy from at least two of said electrical power lines, that is to say, with the node the electronic logic unit is configured to enable and to manage the bi-directional exchange of electrical energy on at least two of said lines afferent to the node; the functional parts of the apparatus: node, switches (R1, R2, R3, R5), sensors (S1, S2, S3, S5) processor of the electronic logic unit are gathered in one single logic board to which at least one digital data line (4, 6) is connected for the exchange of operating data between the local logic board and at least another logic board, similar or identical and interfaceable, present and connected for the exchange of operating data and for the bi-directional exchange of electrical energy in alternating current by means of at least one of said electrical power lines with a transfer-collection of electrical energy in alternating current.