mhurhangee/ep-ind-claims huggingface dataset:
A method for backing up data, comprising: a terminal joining a local network created by a router by an account login mechanism; by the account login mechanism, the terminal determining whether a new file of a predetermined type exists locally on the terminal to trigger: the terminal calculating a checked value corresponding to the new file according to a predetermined algorithm if the new file of the predetermined type exists; the terminal sending a query request containing the checked value to a router connected, so as to query whether a file having the checked value is stored in the router comprising; sending the query request to the router via a logged-in account if logging in the router according to account information previously registered, such that the router queries whether the file having the checked value is stored in backup data accessible to the logged-in account; and backing up the new file to the router if determining that no file having the checked value is stored in the router according to a query result returned from the router. a terminal joining a local network created by a router by an account login mechanism; by the account login mechanism, the terminal determining whether a new file of a predetermined type exists locally on the terminal to trigger: the terminal calculating a checked value corresponding to the new file according to a predetermined algorithm if the new file of the predetermined type exists; the terminal sending a query request containing the checked value to a router connected, so as to query whether a file having the checked value is stored in the router comprising; sending the query request to the router via a logged-in account if logging in the router according to account information previously registered, such that the router queries whether the file having the checked value is stored in backup data accessible to the logged-in account; and backing up the new file to the router if determining that no file having the checked value is stored in the router according to a query result returned from the router. the terminal calculating a checked value corresponding to the new file according to a predetermined algorithm if the new file of the predetermined type exists; the terminal sending a query request containing the checked value to a router connected, so as to query whether a file having the checked value is stored in the router comprising; sending the query request to the router via a logged-in account if logging in the router according to account information previously registered, such that the router queries whether the file having the checked value is stored in backup data accessible to the logged-in account; and backing up the new file to the router if determining that no file having the checked value is stored in the router according to a query result returned from the router.
An isolated nucleic acid molecule comprising SEQ ID NO: 133 or a complement thereof; or that encodes a polypeptide comprising the amino acid sequence of SEQ ID NO: 134.
Bacterial cell-derived spontaneously shedding microvesicles for use in the treatment of cancer, wherein (a) the microvesicles are administered simultaneously or sequentially with a drug that is suppressive of the toxicity of endotoxin of the microvesicles; (b) the microvesicles are loaded with a drug that is suppressive of the toxicity of endotoxin of the microvesicles; and/or (c) the bacteria are transformed to have a modified gene involved in formation of an endotoxin so that the microvesicles are mitigated in toxicity. (a) the microvesicles are administered simultaneously or sequentially with a drug that is suppressive of the toxicity of endotoxin of the microvesicles; (b) the microvesicles are loaded with a drug that is suppressive of the toxicity of endotoxin of the microvesicles; and/or (c) the bacteria are transformed to have a modified gene involved in formation of an endotoxin so that the microvesicles are mitigated in toxicity.
An oligomer of a contiguous nucleobase sequence of a total of 7 - 12 nucleobases, wherein all of the nucleobase units of the oligomer are LNA units; and wherein at least 75% of the internucleoside linkages present between the nucleobase units of the contiguous nucleobase sequence are phosphorothioate internucleoside linkages, and wherein the oligomer is capable reducing the effective amount of a microRNA in a cell or in vivo.
A polyurethane and polyorganosiloxane foam material comprising: a) a polyurethane, wherein the polyurethane is formed from an isocyanate and a polyol; b) a polyorganosiloxane; c) a polymerization catalyst for polymerizing the polyorganosiloxane; d) a polymerization reaction initiator, said initiator being an isoprenoid compound; and e) a polymerization reaction accelerator; wherein the polyurethane and polyorganosiloxane are cross-linked in a common layer to one another using a cross-linker; and wherein the material comprises at least one foam layer comprising the polyurethane and the polyorganosiloxane. a) a polyurethane, wherein the polyurethane is formed from an isocyanate and a polyol; b) a polyorganosiloxane; c) a polymerization catalyst for polymerizing the polyorganosiloxane; d) a polymerization reaction initiator, said initiator being an isoprenoid compound; and e) a polymerization reaction accelerator;
A method in a line estimation device for estimating a characteristic impedance (Z 01, Z 02, Z 03) of a transmission medium in a communication system, the method comprising: - determining, by a test equipment having a test port with known impedance Z ref, an S 11 scattering parameter vector S 11ref [f] of the transmission medium, indexed by frequency f, the vector S 11ref [f] describing signal reflection in the transmission medium; - generating, based on Z ref and S 11ref [f], a model of reflection in the transmission medium describing signal reflection values in the transmission medium assuming observations of the transmission medium via a test port having a variable test impedance Z T; and - estimating a characteristic impedance (Z 01, Z 02, Z 03) of a section (101, 102, 103) of the transmission medium as a value of Z T which minimizes a difference between a signal reflection value of the model of reflection and a respective target reflection value of the section, the method characterised in that the estimation is performed such that to estimate a characteristic impedance Z 01 of a first section of the transmission medium, different values of the variable test impedance Z T are set in the model of reflection, and for each set value of the variable test impedance Z T, the reflection behavior of the transmission medium is observed. - determining, by a test equipment having a test port with known impedance Z ref, an S 11 scattering parameter vector S 11ref [f] of the transmission medium, indexed by frequency f, the vector S 11ref [f] describing signal reflection in the transmission medium; - generating, based on Z ref and S 11ref [f], a model of reflection in the transmission medium describing signal reflection values in the transmission medium assuming observations of the transmission medium via a test port having a variable test impedance Z T; and - estimating a characteristic impedance (Z 01, Z 02, Z 03) of a section (101, 102, 103) of the transmission medium as a value of Z T which minimizes a difference between a signal reflection value of the model of reflection and a respective target reflection value of the section, the method characterised in that the estimation is performed such that to estimate a characteristic impedance Z 01 of a first section of the transmission medium, different values of the variable test impedance Z T are set in the model of reflection, and for each set value of the variable test impedance Z T, the reflection behavior of the transmission medium is observed.
A method for traffic management in a wireless network, the method comprising: determining that a wireless backhaul connection between a donor access node and a relay access node for relaying services between the donor access node and one or more end-user wireless devices (151, 152, 153) is causing congestion in an air interface of the donor access node; wherein the congestion of the air interface is determined by the donor access node by using a physical resource block utilization, wherein a separate quality of service class identifier is assigned to the relay access node and a contribution of the wireless backhaul connection between the donor access node and the relay access node to the congestion of the air interface is determined by using the physical resource block utilization per quality of service class identifier, and transmitting, within a radio resource control reconfiguration message, an indicator of congestion to the relay access node, wherein the indicator of congestion comprises a dedicated bit in the radio resource control reconfiguration message; wherein in response to receiving the indicator of congestion, the relay access node triggers to handover said one or more end-user wireless devices (151, 152, 153) to a neighbor access node. determining that a wireless backhaul connection between a donor access node and a relay access node for relaying services between the donor access node and one or more end-user wireless devices (151, 152, 153) is causing congestion in an air interface of the donor access node; wherein the congestion of the air interface is determined by the donor access node by using a physical resource block utilization, wherein a separate quality of service class identifier is assigned to the relay access node and a contribution of the wireless backhaul connection between the donor access node and the relay access node to the congestion of the air interface is determined by using the physical resource block utilization per quality of service class identifier, and transmitting, within a radio resource control reconfiguration message, an indicator of congestion to the relay access node, wherein the indicator of congestion comprises a dedicated bit in the radio resource control reconfiguration message; wherein in response to receiving the indicator of congestion, the relay access node triggers to handover said one or more end-user wireless devices (151, 152, 153) to a neighbor access node.
A propellant-free pharmaceutical formulation for topical administration comprising micronized particles of beclometasone dipropionate as active ingredient suspended in an aqueous phase for use in the prophylaxis and/or treatment of a dermatological disease, said aqueous phase consisting of an emulsifying agent selected from the class of polysorbates in an amount comprised between 0.1 and 0.3% w/v, a sugar or a sugar alcohol as tonicity agent in an amount comprised between 5.0 and 5.2% w/v, a mixture of microcrystalline cellulose and carboxymethylcellulose sodium as thickening agent in an amount comprised between 0.5 and 1.0% w/v, one or more preservatives, and water up to 100%.
A composition for cobalt electroplating comprising (a) metal ions consisting essentially of cobalt ions, and (b) a leveling agent comprising the compound of formula L1 n p or comprising the compound of formula L3a or L3b and their salts, wherein R 1 is X 1 -CO-O-R 11; R 2, R 3, R 4 are independently selected from R 1 and (i) H, (ii) aryl, (iii) C 1 to C 10 alkyl (iv) arylalkyl, (v) alkylaryl, and (vi) -(O-C 2 H 3 R 12) m -OH, with the proviso that if one of R 2, R 3 or R 4 are selected from R 1, the other groups R 2, R 3 or R 4 are different from R 1; R 31 is selected from R 1, H, OR 32 and R 32; R 32 is selected from (i) H and (ii) C 1 to C 6 alkyl; X 1 is a divalent group selected from (i) a chemical bond (ii) aryl, (iii) C 1 to C 12 alkanediyl, which may be interrupted by O atoms, (iv) arylalkyl group -X 11 -X 12 -, (v) alkylaryl group -X 12 -X 11 -, and (vi) -(O-C 2 H 3 R 12) m O-; X 2 is (i) a chemical bond or (ii) methanediyl; R 11 is selected from H and C 1 to C 4 alkyl; R 12 is selected from H and C 1 to C 4 alkyl; X 12 is a divalent aryl group; X 11 is a divalent C 1 to C 15 alkandiyl group; A is a co-monomer selected from vinyl alcohol, which may optionally be (poly)ethyoxylated, and acrylamide; B is selected from formula L1a n is an integer from 2 to 10 000; m is an integer from 2 to 50; o is an integer from 2 to 1 000; and p is 0 or an integer from 1 to 10 000; wherein the composition is free of any dispersed particles, characterized in that the composition is free of any metal ions except cobalt ions. (a) metal ions consisting essentially of cobalt ions, and (b) a leveling agent comprising the compound of formula L1 n p or comprising the compound of formula L3a or L3b and their salts, or comprising the compound of formula L3a or L3b and their salts, R 1 is X 1 -CO-O-R 11; R 2, R 3, R 4 are independently selected from R 1 and (i) H, (ii) aryl, (iii) C 1 to C 10 alkyl (iv) arylalkyl, (v) alkylaryl, and (vi) -(O-C 2 H 3 R 12) m -OH, with the proviso that if one of R 2, R 3 or R 4 are selected from R 1, the other groups R 2, R 3 or R 4 are different from R 1; R 31 is selected from R 1, H, OR 32 and R 32; R 32 is selected from (i) H and (ii) C 1 to C 6 alkyl; X 1 is a divalent group selected from (i) a chemical bond (ii) aryl, (iii) C 1 to C 12 alkanediyl, which may be interrupted by O atoms, (iv) arylalkyl group -X 11 -X 12 -, (v) alkylaryl group -X 12 -X 11 -, and (vi) -(O-C 2 H 3 R 12) m O-; X 2 is (i) a chemical bond or (ii) methanediyl; R 11 is selected from H and C 1 to C 4 alkyl; R 12 is selected from H and C 1 to C 4 alkyl; X 12 is a divalent aryl group; X 11 is a divalent C 1 to C 15 alkandiyl group; A is a co-monomer selected from vinyl alcohol, which may optionally be (poly)ethyoxylated, and acrylamide; B is selected from formula L1a n is an integer from 2 to 10 000; m is an integer from 2 to 50; o is an integer from 2 to 1 000; and p is 0 or an integer from 1 to 10 000;
A gas turbine engine comprising: a fan bypass duct defined between a fan nacelle and core cowl of an engine core; the engine core including a cooled cooling air system configured to receive cooling air from a primary flowpath bleed within the engine core and configured to provide cooled cooling air to at least one component within the engine core; and the cooled cooling air system including an air-air heat exchanger and a spent air exhaust outlet at a radially outward surface of the core cowl; and characterized by the cooled cooling air system further comprising: a ramp feature protruding radially into said fan bypass duct upstream of said spent air exhaust outlet, and wherein the ramp feature is moveable along an axis defined by the engine core. a fan bypass duct defined between a fan nacelle and core cowl of an engine core; the engine core including a cooled cooling air system configured to receive cooling air from a primary flowpath bleed within the engine core and configured to provide cooled cooling air to at least one component within the engine core; and the cooled cooling air system including an air-air heat exchanger and a spent air exhaust outlet at a radially outward surface of the core cowl; and characterized by the cooled cooling air system further comprising: a ramp feature protruding radially into said fan bypass duct upstream of said spent air exhaust outlet, and wherein the ramp feature is moveable along an axis defined by the engine core.
A method, comprising: receiving, by a mobile terminal, a measurement configuration message from a serving base station indicating a predetermined number, a measurement event being defined based on the predetermined number of signal beams from the serving base station and the predetermined number of signal beams from a neighboring base station; measuring signal beams from the serving base station and the neighboring base station; identifying, among the measured signal beams, a first number of best signal beams from the serving base station, the first number being equal to or less than the predetermined number; identifying, among the measured signal beams, a second number of best signal beams from the neighboring base station, the second number being equal to or less than the predetermined number; determining whether the measurement event occurs based on the first number of best signal beams from the serving base station and the second number of best signal beams from the neighboring base station; and sending a measurement report to the serving base station in response to a determination that the measurement event occurs. receiving, by a mobile terminal, a measurement configuration message from a serving base station indicating a predetermined number, a measurement event being defined based on the predetermined number of signal beams from the serving base station and the predetermined number of signal beams from a neighboring base station; measuring signal beams from the serving base station and the neighboring base station; identifying, among the measured signal beams, a first number of best signal beams from the serving base station, the first number being equal to or less than the predetermined number; identifying, among the measured signal beams, a second number of best signal beams from the neighboring base station, the second number being equal to or less than the predetermined number; determining whether the measurement event occurs based on the first number of best signal beams from the serving base station and the second number of best signal beams from the neighboring base station; and sending a measurement report to the serving base station in response to a determination that the measurement event occurs.
A heated pump housing part having a tubular heating element which is thermally coupled to the housing part, a thermosensitive circuit element attached to a support member thermally coupled to the tubular heating element, wherein the support member is attached to the tubular heating element and to the housing part to which the tubular heating element is coupled, and a second thermosensitive circuit element, which is attached to a second support member thermally coupled to the tubular heating element, characterized in that the second support member is fits closely against the tubular heating element and contact with the housing part to which the tubular heating element is connected is prevented by means of an air gap, wherein respective support plates are arranged on the bottom side of each of the thermosensitive circuit elements (7a, 7b) facing the housing part, in each case between the thermosensitive circuit element (7a, 7b) and the corresponding support member (6a, 6b). a tubular heating element which is thermally coupled to the housing part, a thermosensitive circuit element attached to a support member thermally coupled to the tubular heating element, wherein the support member is attached to the tubular heating element and to the housing part to which the tubular heating element is coupled, and a second thermosensitive circuit element, which is attached to a second support member thermally coupled to the tubular heating element, characterized in that the second support member is fits closely against the tubular heating element and contact with the housing part to which the tubular heating element is connected is prevented by means of an air gap, wherein respective support plates are arranged on the bottom side of each of the thermosensitive circuit elements (7a, 7b) facing the housing part, in each case between the thermosensitive circuit element (7a, 7b) and the corresponding support member (6a, 6b).
Connector for insertion into a ventilation system, with a first nozzle and second nozzle for insertion into a respiratory gas line and for passage of the respiratory gas, and a feed arranged in the region between first nozzle and second nozzle and serving to introduce a chemical substance into the respiratory gas, characterized in that the feed is designed as an ionization region which can be equipped with a chemical substance in solid or liquid form and through at least part of which the respiratory gas flows, or which borders the respiratory gas conveyed between the first nozzle and the second nozzle, such that volatile ions of the chemical substance can be introduced into the respiratory gas, a filter being provided in the ionization region, in or on which filter the chemical substance can be positioned.
Method for running diagnostics on an oxidation catalytic converter in an exhaust line for gases emanating from an internal combustion engine, the exhaust line comprising a selective catalytic reduction member downstream from the oxidation catalytic converter in the direction wherein the gases are exhausted, the method being characterised in that it comprises: - measuring the level of nitrogen oxides downstream from the selective catalytic reduction member in the direction wherein the gases are exhausted via a single NOx sensor arranged downstream from the selective catalytic reduction member; - determining a fault of the oxidation catalytic converter on the basis of the level of nitrogen oxides measured, the fault of the oxidation catalytic converter being determined when the level of nitrogen oxides measured exceeds a predetermined nitrogen oxide fault threshold of the oxidation catalytic converter. - measuring the level of nitrogen oxides downstream from the selective catalytic reduction member in the direction wherein the gases are exhausted via a single NOx sensor arranged downstream from the selective catalytic reduction member; - determining a fault of the oxidation catalytic converter on the basis of the level of nitrogen oxides measured, the fault of the oxidation catalytic converter being determined when the level of nitrogen oxides measured exceeds a predetermined nitrogen oxide fault threshold of the oxidation catalytic converter.
A fixture for assembling that is formed from a single wire material and fixes a package IC and a heat sink, comprising: at least two spiral portions that are formed in the middle of said wire material and generate a torsion torque to give pressing pressures to said package IC and said heat sink; a first fixing portion (2, 2b, 2c) that is formed between said spiral portions of said wire material and fixes said heat sink; second fixing portions (3, 4) that are formed at both ends of said wire material, respectively, and fix said package IC; and a package IC positioning member capable of being engaged with said second (3, 4) fixing portion, wherein said package IC is fixed onto said second fixing portion (3, 4) through said positioning member; and wherein said package IC and said heat sink are brought into contact with each other and fixed by a predetermined pressing pressure by the torsion torque of said spiral portion. at least two spiral portions that are formed in the middle of said wire material and generate a torsion torque to give pressing pressures to said package IC and said heat sink; a first fixing portion (2, 2b, 2c) that is formed between said spiral portions of said wire material and fixes said heat sink; second fixing portions (3, 4) that are formed at both ends of said wire material, respectively, and fix said package IC; and a package IC positioning member capable of being engaged with said second (3, 4) fixing portion, wherein said package IC is fixed onto said second fixing portion (3, 4) through said positioning member; and wherein said package IC and said heat sink are brought into contact with each other and fixed by a predetermined pressing pressure by the torsion torque of said spiral portion.