mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus configured for communicating with other communication apparatuses in a network, wherein the communication apparatus and the other communication apparatuses are configured to communicate with each other during a synchronization period, DWO, of a predetermined length which comes at a predetermined time interval, the communication apparatus comprising: search means configured for searching for communication apparatuses among the other communication apparatuses each of which can execute, as a proxy of the communication apparatus, at least one of transmission processing and reception processing of a wireless communication signal; obtaining means configured for obtaining information indicating an appearance frequency of periods during which each communication apparatus among the communication apparatuses detected by the search of the search means can transmit and/or receive the wireless communication signal; and selection means configured for selecting, from the communication apparatuses detected by the search of the search means, a communication apparatus for executing the processing as the proxy of the communication apparatus based on the obtained information. search means configured for searching for communication apparatuses among the other communication apparatuses each of which can execute, as a proxy of the communication apparatus, at least one of transmission processing and reception processing of a wireless communication signal; obtaining means configured for obtaining information indicating an appearance frequency of periods during which each communication apparatus among the communication apparatuses detected by the search of the search means can transmit and/or receive the wireless communication signal; and selection means configured for selecting, from the communication apparatuses detected by the search of the search means, a communication apparatus for executing the processing as the proxy of the communication apparatus based on the obtained information.
A method of displaying call information in a mobile communication terminal, the method comprising: when a call occurs (205,235), the step of updating and storing (250,255) a call information according to a type of the occurred call; when a user requests the call information, the step of displaying a list of the stored call information indicating the type of the occurred call and a corresponding counterpart, and grouping the number of calls occurred consecutively with respect to the corresponding counterpart, wherein the type of the occurred call includes dialled, received or missed call; the step of displaying (330, 340) a detailed list according to an input by the user, wherein the list of stored call information comprises the type of the occurred call with respect to each counterpart, updated according to a time of occurrence and the detailed list comprises information of one type of the occurred call according to each unique counterpart, wherein updating and storing the call information comprises counting the accumulated number of occurrences, determining that the accumulated number of occurrences exceeds a predetermined threshold and deleting the call information related to the counterpart corresponding to the earliest time of occurrence of the call. when a call occurs (205,235), the step of updating and storing (250,255) a call information according to a type of the occurred call; when a user requests the call information, the step of displaying a list of the stored call information indicating the type of the occurred call and a corresponding counterpart, and grouping the number of calls occurred consecutively with respect to the corresponding counterpart, wherein the type of the occurred call includes dialled, received or missed call; the step of displaying (330, 340) a detailed list according to an input by the user, wherein the list of stored call information comprises the type of the occurred call with respect to each counterpart, updated according to a time of occurrence and the detailed list comprises information of one type of the occurred call according to each unique counterpart, wherein updating and storing the call information comprises counting the accumulated number of occurrences, determining that the accumulated number of occurrences exceeds a predetermined threshold and deleting the call information related to the counterpart corresponding to the earliest time of occurrence of the call.
A method of decompressing and upmixing a compressed and downmixed, composite audio signal, comprising the steps: receiving a compressed representation E of a total mix signal C, a compressed representation Ec(Δ) of a residual signal Δ, and a set of compressed representations {E(Bi)} of respective audio object signals {Bi}, wherein the compressed representation E of the total mix signal C is the compressed representation E of a total mix signal C that comprises a base signal A having been mixed with a set of audio object signals {Bi}; wherein the set of compressed representations {E(Bi)} of audio object signals {Bi} includes at least one compressed representation of a corresponding object signal Bi; decompressing the compressed representation E of the total mix signal C to obtain an approximate total mix signal Q; decompressing the compressed representation Ec(Δ) of the residual signal Δ to obtain a reconstructed residual signal Rc(Δ); decompressing the set of compressed representations {E(Bi)} of audio object signals {Bi} to obtain a set of reconstructed object signals {Q(Bi)}, said set having one or more reconstructed object signals Q(Bi) as members; subtractively mixing the approximate total mix signal Q and the complete set of reconstructed object signals {Q(Bi)} to obtain a first approximation Q' of the base signal A; and subtractively mixing the reconstructed residual signal Rc(Δ) with the first approximation Q' of the base signal A, to obtain an improved approximation Qc of the base signal. receiving a compressed representation E of a total mix signal C, a compressed representation Ec(Δ) of a residual signal Δ, and a set of compressed representations {E(Bi)} of respective audio object signals {Bi}, wherein the compressed representation E of the total mix signal C is the compressed representation E of a total mix signal C that comprises a base signal A having been mixed with a set of audio object signals {Bi}; wherein the set of compressed representations {E(Bi)} of audio object signals {Bi} includes at least one compressed representation of a corresponding object signal Bi; decompressing the compressed representation E of the total mix signal C to obtain an approximate total mix signal Q; decompressing the compressed representation Ec(Δ) of the residual signal Δ to obtain a reconstructed residual signal Rc(Δ); decompressing the set of compressed representations {E(Bi)} of audio object signals {Bi} to obtain a set of reconstructed object signals {Q(Bi)}, said set having one or more reconstructed object signals Q(Bi) as members; subtractively mixing the approximate total mix signal Q and the complete set of reconstructed object signals {Q(Bi)} to obtain a first approximation Q' of the base signal A; and subtractively mixing the reconstructed residual signal Rc(Δ) with the first approximation Q' of the base signal A, to obtain an improved approximation Qc of the base signal.
A cable configured for providing electric power from a power source to an electronic mobile device, the cable having a first connector at a first end of the cable for connecting the cable to the mobile device and having a second connector at a second end for connecting the cable to the power source, wherein the cable comprises a memory module between the first and the second end configured for backup of data from the mobile device to the memory module, characterised in that the cable does not include a charger, desktop holder, or power supply; and wherein the cable is an USB cable and the first connector is a USB connector or its variants including USB OTG and the second connector is a USB connector, wherein the cable and the memory module are - configured for bidirectional transfer of data between the memory module and the mobile device through the first connector; - and further configured for a combination of backup of data from the mobile device to the memory module through the first connector and restore of these backed up data back to the mobile device directly from the memory module through the first connector; - and further configured for a combination of backup of data from the mobile device to the memory module through the first connector and transfer of these backed up data to another mobile device directly from the memory module through the first connector. - configured for bidirectional transfer of data between the memory module and the mobile device through the first connector; - and further configured for a combination of backup of data from the mobile device to the memory module through the first connector and restore of these backed up data back to the mobile device directly from the memory module through the first connector; - and further configured for a combination of backup of data from the mobile device to the memory module through the first connector and transfer of these backed up data to another mobile device directly from the memory module through the first connector.
A process for the recrystallization of a compound of formula (I-S) comprising STEP A: dissolving a compound of formula (I-S) in an organic solvent, wherein the organic solvent is isopropyl acetate; STEP B: adding water to the mixture prepared in STEP A; wherein the amount of water added is preferably in an amount in the range of from 1.0 to 2.0 molar equivalents; STEP C: heating the mixture of STEP B to a temperature in the range of from 60°C to 65°C; STEP D: cooling the mixture prepared in STEP C; to yield a precipitate of the compound of formula (I-S). STEP A: dissolving a compound of formula (I-S) in an organic solvent, wherein the organic solvent is isopropyl acetate; STEP B: adding water to the mixture prepared in STEP A; wherein the amount of water added is preferably in an amount in the range of from 1.0 to 2.0 molar equivalents; STEP C: heating the mixture of STEP B to a temperature in the range of from 60°C to 65°C; STEP D: cooling the mixture prepared in STEP C; to yield a precipitate of the compound of formula (I-S).
A method of creating a fragmentation pattern on a warhead, characterized by the steps of: applying to the interior of the warhead a coating comprising a photosensitive material; selectively curing a portion of the photosensitive material with light from a light source according to a predefined fragmentation pattern; and removing the uncured portion of the photosensitive material. applying to the interior of the warhead a coating comprising a photosensitive material; selectively curing a portion of the photosensitive material with light from a light source according to a predefined fragmentation pattern; and removing the uncured portion of the photosensitive material.
A method of providing an edge sealing of a glass material in the process of providing a glass sheet assembly for a vacuum insulated glass unit comprising paired glass sheets (1a, 1b) separated by support structures maintaining a gap between said paired glass sheets (1a, 1b), wherein the method comprises: providing one or more tempered glass sheets (1a, 1b), heating a glass material to soften the glass material, applying the heated, softened glass material at said one or more glass sheets (1a, 1b) by means of a nozzle to provide an edge sealing for sealing the gap between the paired glass sheets (1a, 1b), by means of one or more heaters locally heating a zone of the tempered glass sheet or sheets (1a, 1b) where the heated, softened glass material is applied to provide the edge sealing, so as to increase the temperature of said zone compared to the surrounding part of the glass sheet or sheets (1a, 1b) comprising the heated zone, wherein said local heating of the zone is provided prior to applying said heated, softened glass material for the edge sealing, and wherein the heated, softened glass material is applied at the heated zone, and wherein the glass material is heated to a temperature above 300°C by means of one or more heating arrangements (4,7) and applied at substantially that temperature. providing one or more tempered glass sheets (1a, 1b), heating a glass material to soften the glass material, applying the heated, softened glass material at said one or more glass sheets (1a, 1b) by means of a nozzle to provide an edge sealing for sealing the gap between the paired glass sheets (1a, 1b), by means of one or more heaters locally heating a zone of the tempered glass sheet or sheets (1a, 1b) where the heated, softened glass material is applied to provide the edge sealing, so as to increase the temperature of said zone compared to the surrounding part of the glass sheet or sheets (1a, 1b) comprising the heated zone, wherein said local heating of the zone is provided prior to applying said heated, softened glass material for the edge sealing, and wherein the heated, softened glass material is applied at the heated zone, and wherein the glass material is heated to a temperature above 300°C by means of one or more heating arrangements (4,7) and applied at substantially that temperature.
A fuel tank for a vehicle, the tank comprising at least one tensioned internal flexible link (16, 16a; 16; 16a-d) linked to at least two tank wall portions (12a, 12b) distant from each other, so as to prevent the wall portions from moving apart from each other, the tank comprising a plurality of attachment means (18a-h) to attach the link (16, 16a; 16; 16a-d) to the wall portions (12a, 12b), characterized in that the attachment means (18a-h) comprises a collar welded to an internal wall portion (12a, 12b) by means of a pad having an annular shape with a circular aperture, the collar having a foot, a ring and a stem having two ends rigidly fixed to the foot and the ring respectively and extending through the circular aperture of the pad, the foot being large enough to be retained by the pad against the internal wall portion (12a, 12b).
A probe for the continuous monitoring in real time of parameters of interest directly in the ground comprising: a substrate with two faces, at least one conductive material track arranged on at least one of the at least two faces of the substrate, with a zone adapted to act as an electrical contact terminal outside of the probe, a conductive region with reference electrode functions arranged on one of the faces of the substrate, with a zone adapted to act as an electrical contact terminal outside of the probe, at least one passivating material layer arranged such that it partially covers the at least one conductive material track and leaves at least two free zones (12, 13) thereof, one of said free zones corresponding to the electrical contact terminal of the at least one conductive material track, and at least one sensor element sensitive to at least one of the parameters of interest to be monitored in the ground, deposited in at least one of the free zones of the at least one conductive material track wherein the at least one conductive track and the conductive region is metallic or non metallic, these non metallic selected from: inks and graphite composites, conductive polymers or conductive nanomaterials and characterized in that the one conductive region occupies one of the faces of the substrate in its entirety. a substrate with two faces, at least one conductive material track arranged on at least one of the at least two faces of the substrate, with a zone adapted to act as an electrical contact terminal outside of the probe, a conductive region with reference electrode functions arranged on one of the faces of the substrate, with a zone adapted to act as an electrical contact terminal outside of the probe, at least one passivating material layer arranged such that it partially covers the at least one conductive material track and leaves at least two free zones (12, 13) thereof, one of said free zones corresponding to the electrical contact terminal of the at least one conductive material track, and at least one sensor element sensitive to at least one of the parameters of interest to be monitored in the ground, deposited in at least one of the free zones of the at least one conductive material track wherein the at least one conductive track and the conductive region is metallic or non metallic, these non metallic selected from: inks and graphite composites, conductive polymers or conductive nanomaterials and characterized in that the one conductive region occupies one of the faces of the substrate in its entirety.
A subsea umbilical comprising an outer sheath, a core enclosed by the outer sheath and comprising a plurality of helically wound umbilical components, and a tape wound between the outer sheath and the core, characterized in that the tape comprises a plurality of rigid elements which provide raised formations extending more than 0.5mm above the remainder of the tape, and adapted to press into or against the outer sheath and the core when subject to loading.
Sole of a vacuum-cleaner nozzle, comprising at least one suction channel for aspiration of the floor, delimited at the front and rear by scraping edges (11, 12), characterised in that the sole comprises means limiting the force for moving the sole forward on the floor, interacting with means for regulating a pair consisting of the pressure and the air flow aspirated by the suction channel by predetermining a pressure drop in the air passing under the front scraping edge, the scraping edges (11, 12) defining a scraping plane, and the means for regulating a pair consisting of the pressure and the air flow aspirated in the suction channel comprising a sealing flat included in the scraping plane and delimited by the front scraping edge, and the means limiting the force for moving the sole forward on the floor comprising a front leading bevel arranged in front of the sealing flat forming with the scraping plane an angle of less than 20°.
A method by a pipe control node for managing network resources that are used to transport network traffic, the method comprising: allocating network resources to a virtual pipe for transporting a plurality of multimedia streams through a network; monitoring utilization of the network resources by the plurality of multimedia streams transported through the virtual pipe relative to the network resources allocated to the virtual pipe; and managing the network resources that are used by the plurality of multimedia streams transported through the virtual pipe in response to the monitored utilization, managing the network resources comprising: constraining the network resources used by each of the multimedia streams transported through the virtual pipe in response to a combined utilization of the network resources by the multimedia streams exceeding a defined threshold level. allocating network resources to a virtual pipe for transporting a plurality of multimedia streams through a network; monitoring utilization of the network resources by the plurality of multimedia streams transported through the virtual pipe relative to the network resources allocated to the virtual pipe; and managing the network resources that are used by the plurality of multimedia streams transported through the virtual pipe in response to the monitored utilization, managing the network resources comprising: constraining the network resources used by each of the multimedia streams transported through the virtual pipe in response to a combined utilization of the network resources by the multimedia streams exceeding a defined threshold level.
A fuel delivery system for an aircraft, the fuel delivery system comprising: a pump; a fuel metering device located downstream of the pump; and a fuel spill loop from the fuel metering device to a discharge point at a location upstream of the pump; wherein the fuel metering device regulates the fuel flow to a combustor and directs surplus fuel delivered by the pump through the fuel spill loop, and wherein the pump comprises a variable capacity pump to control the volume of fuel delivered to the fuel metering device independently of the engine operating conditions, the fuel delivery system further comprising a variable flow restrictor to control the pressure of the fuel flow delivered to the fuel metering device. a pump; a fuel metering device located downstream of the pump; and a fuel spill loop from the fuel metering device to a discharge point at a location upstream of the pump; wherein the fuel metering device regulates the fuel flow to a combustor and directs surplus fuel delivered by the pump through the fuel spill loop, and wherein the pump comprises a variable capacity pump to control the volume of fuel delivered to the fuel metering device independently of the engine operating conditions, the fuel delivery system further comprising a variable flow restrictor to control the pressure of the fuel flow delivered to the fuel metering device.
An orally disintegrating nicotine tablet for fast onset nicotine craving relief comprising a pressed powder formulation, the formulation comprising nicotine and a pH regulating agent, wherein the orally disintegrating nicotine tablet is designed to release the content of nicotine within a period of 60 seconds in contact with oral saliva and the orally disintegrating nicotine tablet is designed to release the content of pH regulating agent within a period of 60 seconds in contact with oral saliva, wherein the orally disintegrating nicotine tablet comprises at least one polyol, wherein the polyol comprises more than 40% by weight of the orally disintegrating nicotine tablet, wherein the at least one polyol is selected from the list consisting of sorbitol, erythritol, xylitol, maltitol, mannitol, lactitol, and isomalt, wherein the orally disintegrating nicotine tablet comprises nicotine in an amount of at least 0.5 mg, wherein the nicotine is provided as free base nicotine or nicotine salt, wherein the pH regulating agent is an alkaline buffering agent, and wherein the nicotine is without carrier. wherein the orally disintegrating nicotine tablet comprises at least one polyol, wherein the polyol comprises more than 40% by weight of the orally disintegrating nicotine tablet, wherein the at least one polyol is selected from the list consisting of sorbitol, erythritol, xylitol, maltitol, mannitol, lactitol, and isomalt, wherein the orally disintegrating nicotine tablet comprises nicotine in an amount of at least 0.5 mg, wherein the nicotine is provided as free base nicotine or nicotine salt, wherein the pH regulating agent is an alkaline buffering agent, and wherein the nicotine is without carrier.
Method of production of a flow (M ECH) of hot water at a desired temperature (T ECH) starting from tap water, by a heat pump including a condenser capable of heating tap water using a refrigerant fluid which is condensed there and an evaporator in which grey water circulates capable of condensing said refrigerant fluid, said grey water being stored upstream of said evaporator in a reservoir fed by used warm water obtained by mixing hot water and tap water, the method including a step of obtaining (520; 720) at least one temperature among the temperature (T EV) of the tap water and the temperature of the used warm water (T UTIL), characterized in that it also includes a step of adjusting (540; 730) the flow rate of grey water (M EG) leaving said reservoir and entering into said evaporator as a function of the at least one temperature (T EV, T UTIL).