mhurhangee/patent-ind-claim-en huggingface dataset:
A drug formulation comprising a drug for use in a method of treating a posterior ocular disorder in a human subject in need thereof, the method comprising, non-surgically administering an effective amount of the drug formulation to the suprachoroidal space (SCS) of the eye of the human subject in need of treatment of the posterior ocular disorder, wherein the non-surgical administration is performed with a microneedle instrument having a needle with a diameter of 28 gauge or smaller, wherein the drug comprises triamcinolone, wherein upon administration, the drug formulation flows away from the insertion site and is substantially localized to the posterior segment of the eye.
A gas turbine engine for an aircraft comprising: an engine core comprising a turbine , a compressor , and a core shaft connecting the turbine to the compressor, the engine core comprising an inlet upstream of the compressor and an exhaust nozzle at a downstream outlet of the turbine ; a fan located upstream of the engine core inlet; a rotating machine ; and a set of exhaust nozzle vanes spanning the exhaust nozzle , the turbine comprising a first row of turbine blades upstream of the exhaust nozzle vanes and a second row of turbine blades downstream of the exhaust nozzle guide vanes , each of the exhaust nozzle guide vanes comprising a passage configured to direct airflow downstream from the first row of turbine blades towards the second row of turbine blades; characterized in that the rotating machine is connected to the second row of turbine blades via a gearbox or a clutch. an engine core comprising a turbine , a compressor , and a core shaft connecting the turbine to the compressor, the engine core comprising an inlet upstream of the compressor and an exhaust nozzle at a downstream outlet of the turbine ; a fan located upstream of the engine core inlet; a rotating machine ; and a set of exhaust nozzle vanes spanning the exhaust nozzle , the turbine comprising a first row of turbine blades upstream of the exhaust nozzle vanes and a second row of turbine blades downstream of the exhaust nozzle guide vanes , each of the exhaust nozzle guide vanes comprising a passage configured to direct airflow downstream from the first row of turbine blades towards the second row of turbine blades; characterized in that the rotating machine is connected to the second row of turbine blades via a gearbox or a clutch.
Coil carrier for an electromagnetic switch of a starting device , - having a cavity which is enclosed by a carrier wall for the winding of a coil wire , which carrier wall extends in an axial direction from a first end wall to a second end wall , - having at least one separating body which protrudes radially, and extends in a circumferential direction, on that side of the carrier wall which is averted from the cavity , - wherein the respective separating body has a recess which separates a first separating body end of the separating body from a second separating body end of the separating body in a circumferential direction, - wherein the separating body has an axially running body width which decreases along the circumferential direction. characterized in that the body width decreases in continuous fashion in a circumferential direction between one of the separating body ends and the other separating body end . - having a cavity which is enclosed by a carrier wall for the winding of a coil wire , which carrier wall extends in an axial direction from a first end wall to a second end wall , - having at least one separating body which protrudes radially, and extends in a circumferential direction, on that side of the carrier wall which is averted from the cavity , - wherein the respective separating body has a recess which separates a first separating body end of the separating body from a second separating body end of the separating body in a circumferential direction, - wherein the separating body has an axially running body width which decreases along the circumferential direction.
A method, comprising: capturing image data of an interactive environment; processing the image data to identify and track the location of a glove interface object and the location of a peripheral device in the interactive environment; tracking the location of fingertip portions of the glove interface object with respect to a wrist portion of the glove interface object by activating a plurality of glove emitters positioned on the wrist portion of the glove interface object ; using a plurality of proximity sensors positioned at fingertip portions of the glove interface object to determine a proximity of the fingertip portions to the glove emitters; in response to determining a location of the glove interface object within a predefined distance of the peripheral device , activating a plurality of peripheral emitters positioned at the peripheral device, and transitioning, from using the proximity sensors to determine the proximity of the fingertip portions to the glove emitters, to using the proximity sensors to determine a proximity of the fingertip portions to the peripheral emitters. capturing image data of an interactive environment; processing the image data to identify and track the location of a glove interface object and the location of a peripheral device in the interactive environment; tracking the location of fingertip portions of the glove interface object with respect to a wrist portion of the glove interface object by activating a plurality of glove emitters positioned on the wrist portion of the glove interface object ; using a plurality of proximity sensors positioned at fingertip portions of the glove interface object to determine a proximity of the fingertip portions to the glove emitters; in response to determining a location of the glove interface object within a predefined distance of the peripheral device , activating a plurality of peripheral emitters positioned at the peripheral device, and transitioning, from using the proximity sensors to determine the proximity of the fingertip portions to the glove emitters, to using the proximity sensors to determine a proximity of the fingertip portions to the peripheral emitters.
An intravenous catheter introducer for medical use comprising: a body ; a frontal attachment disposed in transverse sliding engagement with a front part of the body ; a hub tube assembly releasably supported by the frontal attachment ; a rearwardly biased needle holder assembly seated in the frontal attachment , the needle holder assembly comprising a base , a tubular needle holder , an insertion needle projecting forwardly from the base through the hub tube assembly , and a biasing element offset laterally from the tubular needle holder ; wherein the body further comprises a needle retraction cavity that is offset laterally from a longitudinal axis through the insertion needle prior to needle retraction. a body ; a frontal attachment disposed in transverse sliding engagement with a front part of the body ; a hub tube assembly releasably supported by the frontal attachment ; a rearwardly biased needle holder assembly seated in the frontal attachment , the needle holder assembly comprising a base , a tubular needle holder , an insertion needle projecting forwardly from the base through the hub tube assembly , and a biasing element offset laterally from the tubular needle holder ; wherein the body further comprises a needle retraction cavity that is offset laterally from a longitudinal axis through the insertion needle prior to needle retraction.
An alloy having an iron base, the alloy consisting of, by weight: 0.8 to 2.5 percent carbon; 12 to 58 percent chromium; 7 to 9 percent manganese; 4 to 5 percent silicon; 4 to 6 percent nickel; 0.08 to 0.2 percent nitrogen; the balance being iron plus incidental impurities. 0.8 to 2.5 percent carbon; 12 to 58 percent chromium; 7 to 9 percent manganese; 4 to 5 percent silicon; 4 to 6 percent nickel; 0.08 to 0.2 percent nitrogen; the balance being iron plus incidental impurities.
A heating device comprising: a rotating member having an endless form; a heater disposed inside a loop of the rotating member ; a pressing member disposed opposite the rotating member ; a nip formation member contacting an inner circumferential surface of the rotating member to form a nip (SN) between the pressing member and the rotating member ; a first temperature sensor configured to detect a temperature of the nip formation member ; and a second temperature sensor configured to detect a temperature of the rotating member , wherein the heater radiates light; the rotating member has a light receiving surface which is irradiated with the light from the heater; the nip formation member has a light receiving surface which is irradiated with the light from the heater, wherein the first temperature sensor is disposed downstream from the nip (SN) in a rotation direction of the rotating member , wherein the second temperature sensor is disposed downstream from the first temperature sensor in the rotation direction of the rotating member , and wherein the heater is controlled based on a difference in values detected by the first temperature sensor and the second temperature sensor . a rotating member having an endless form; a heater disposed inside a loop of the rotating member ; a pressing member disposed opposite the rotating member ; a nip formation member contacting an inner circumferential surface of the rotating member to form a nip (SN) between the pressing member and the rotating member ; a first temperature sensor configured to detect a temperature of the nip formation member ; and a second temperature sensor configured to detect a temperature of the rotating member , wherein the heater radiates light; the rotating member has a light receiving surface which is irradiated with the light from the heater; the nip formation member has a light receiving surface which is irradiated with the light from the heater, wherein the first temperature sensor is disposed downstream from the nip (SN) in a rotation direction of the rotating member , wherein the second temperature sensor is disposed downstream from the first temperature sensor in the rotation direction of the rotating member , and wherein the heater is controlled based on a difference in values detected by the first temperature sensor and the second temperature sensor .
A combined cooling and heating system connectable to a district cooling grid comprising a feed conduit and a return conduit , the combined cooling and heating system comprising: a local heating system being configured to heat a building and comprising a heat pump comprising a first heat exchanger having a heat pump inlet connectable to the return conduit of the district cooling grid and a heat pump outlet connectable to the feed conduit of the district cooling grid , the heat pump inlet and the heat pump outlet forming part of a first heat pump circuit ; a local cooling system being configured to absorb heat from a building and comprising a heat exchanger having a heat exchanger inlet connectable to the feed conduit of the district cooling grid and a heat exchanger outlet connectable to the return conduit of the district cooling grid , the heat exchanger inlet and the heat exchanger outlet forming part of a second heat exchanger circuit ; wherein the heat pump outlet is connected to the heat exchanger inlet and the heat exchanger outlet is connected to the heat pump inlet . a local heating system being configured to heat a building and comprising a heat pump comprising a first heat exchanger having a heat pump inlet connectable to the return conduit of the district cooling grid and a heat pump outlet connectable to the feed conduit of the district cooling grid , the heat pump inlet and the heat pump outlet forming part of a first heat pump circuit ; a local cooling system being configured to absorb heat from a building and comprising a heat exchanger having a heat exchanger inlet connectable to the feed conduit of the district cooling grid and a heat exchanger outlet connectable to the return conduit of the district cooling grid , the heat exchanger inlet and the heat exchanger outlet forming part of a second heat exchanger circuit ; wherein the heat pump outlet is connected to the heat exchanger inlet and the heat exchanger outlet is connected to the heat pump inlet .
A method comprising: configuring a predictive system model with a plurality of component models (204A-N) to correspond with a modeled state of a mechanical system , wherein the predictive system model is a reduced order model derived from one or more higher-fidelity design models of the mechanical system ; capturing, in an observed history , observed conditions of the mechanical system from sensor data of a sensor system ; setting an observed condition of the mechanical system recorded in the observed history relating to a detected failure and/or abnormal condition of the mechanical system as a targeted mode ; applying a set of perturbation inputs to one or more of the component models to produce a plurality of prediction results generated by the predictive system model ; comparing the prediction results to the targeted mode of the mechanical system, the targeted mode defining a target/goal state to be achieved; and capturing in a memory system a set of configuration parameters of the mechanical system in combination with one or more of the perturbation inputs that most closely results in the prediction results matching the targeted mode of the mechanical system, wherein the set of configuration parameters and perturbation inputs are captured in a failure mode definition to reproduce the observed condition. configuring a predictive system model with a plurality of component models (204A-N) to correspond with a modeled state of a mechanical system , wherein the predictive system model is a reduced order model derived from one or more higher-fidelity design models of the mechanical system ; capturing, in an observed history , observed conditions of the mechanical system from sensor data of a sensor system ; setting an observed condition of the mechanical system recorded in the observed history relating to a detected failure and/or abnormal condition of the mechanical system as a targeted mode ; applying a set of perturbation inputs to one or more of the component models to produce a plurality of prediction results generated by the predictive system model ; comparing the prediction results to the targeted mode of the mechanical system, the targeted mode defining a target/goal state to be achieved; and capturing in a memory system a set of configuration parameters of the mechanical system in combination with one or more of the perturbation inputs that most closely results in the prediction results matching the targeted mode of the mechanical system, wherein the set of configuration parameters and perturbation inputs are captured in a failure mode definition to reproduce the observed condition.
Discharge head for a liquid dispenser for discharge of cosmetic products, having the following features: a. the discharge head has a base which is to be fastened to a liquid store , and b. the base has a coupling device , in particular in the form of a thread or a latching coupling device, for coupling to the liquid store , and c. the discharge head has a sponge carrier with a sponge receptacle in which a sponge is arranged, characterized by the additional features: d. the sponge carrier is able to be displaced in a translationally guided manner in relation to the base , and e. the sponge carrier has a hollow connecting piece within which there is provided a liquid channel which connects the liquid store to the sponge receptacle , and f. the discharge head has an outlet valve which is assigned to the liquid channel and which can be opened by displacement of the sponge carrier in the direction of the base , such that liquid can flow freely from the liquid store into the sponge receptacle . a. the discharge head has a base which is to be fastened to a liquid store , and b. the base has a coupling device , in particular in the form of a thread or a latching coupling device, for coupling to the liquid store , and c. the discharge head has a sponge carrier with a sponge receptacle in which a sponge is arranged, characterized by the additional features: d. the sponge carrier is able to be displaced in a translationally guided manner in relation to the base , and e. the sponge carrier has a hollow connecting piece within which there is provided a liquid channel which connects the liquid store to the sponge receptacle , and f. the discharge head has an outlet valve which is assigned to the liquid channel and which can be opened by displacement of the sponge carrier in the direction of the base , such that liquid can flow freely from the liquid store into the sponge receptacle . d. the sponge carrier is able to be displaced in a translationally guided manner in relation to the base , and e. the sponge carrier has a hollow connecting piece within which there is provided a liquid channel which connects the liquid store to the sponge receptacle , and f. the discharge head has an outlet valve which is assigned to the liquid channel and which can be opened by displacement of the sponge carrier in the direction of the base , such that liquid can flow freely from the liquid store into the sponge receptacle .
A fabric-based item , comprising: a band of stretchable fabric having a ring shape with a central opening configured to surround a body part of a user; at least one conductive strand in the stretchable fabric that is configured to form an inductive wireless power receiving coil that runs continuously around the band of stretchable fabric and surrounds the central opening; and power receiving circuitry that is coupled to the stretchable fabric and that is configured to receive wireless power using the inductive wireless power receiving coil . a band of stretchable fabric having a ring shape with a central opening configured to surround a body part of a user; at least one conductive strand in the stretchable fabric that is configured to form an inductive wireless power receiving coil that runs continuously around the band of stretchable fabric and surrounds the central opening; and power receiving circuitry that is coupled to the stretchable fabric and that is configured to receive wireless power using the inductive wireless power receiving coil .
A method of preparing a compound of formula wherein Q is an optionally substituted N-containing heterocyclyl or optionally substituted N-containing heteroaryl, and Y is a lower alkyl group; said method comprising: a) treating a compound of formula with a chlorinating agent which is thionyl chloride under conditions sufficient to obtain a compound of formula a') treating the compound of formula from step a) with a non-nucleophilic base and lower alkyl N,N-lower dialkyl aminoacrylate to obtain a compound of formula a") wherein R and R' are independently lower alkyl; reacting the compound of formula from step (a') with a lower alkylamine under conditions sufficient to form a compound of formula wherein R is lower alkyl, b) reducing the nitro group of the compound of formula from step (a") to obtain a compound of formula c) treating the compound of formula from step (b) with 2-indanone and a suitable reducing agent under conditions sufficient to obtain a compound of formula d) hydrolysing the compound of formula from step (c) to obtain a compound of formula ; and e) reacting a compound of formula with an acid activating agent and QH, under conditions sufficient to obtain a compound of formula , and wherein the term "lower alkyl" denotes alkane groups missing one hydrogen and containing from one to six carbon atoms. a) treating a compound of formula with a chlorinating agent which is thionyl chloride under conditions sufficient to obtain a compound of formula a') treating the compound of formula from step a) with a non-nucleophilic base and lower alkyl N,N-lower dialkyl aminoacrylate to obtain a compound of formula a") wherein R and R' are independently lower alkyl; reacting the compound of formula from step (a') with a lower alkylamine under conditions sufficient to form a compound of formula wherein R is lower alkyl, b) reducing the nitro group of the compound of formula from step (a") to obtain a compound of formula c) treating the compound of formula from step (b) with 2-indanone and a suitable reducing agent under conditions sufficient to obtain a compound of formula d) hydrolysing the compound of formula from step (c) to obtain a compound of formula ; and e) reacting a compound of formula with an acid activating agent and QH, under conditions sufficient to obtain a compound of formula , and wherein the term "lower alkyl" denotes alkane groups missing one hydrogen and containing from one to six carbon atoms.
A method performed by a shared Radio Network Node, RNN, for managing overload in at least one core network , wherein the shared RNN is a RNN comprising resources and handling radio resources that are shared between multiple sharing operators, wherein the shared RNN is configured to serve a wireless device , wherein the wireless device and the shared RNN are configured to operate in a wireless communications network connected to the at least one core network , and wherein the method is characterized by: - receiving a connection request from the wireless device , wherein the connection request comprises a mapping parameter configured to map to a Mobility Management Entity, MME, comprised in the at least one core network and connected to the shared RNN , wherein the MME is logically partitioned into several MMEs and configured to support multiple MME Codes, MMECs, each of which MMECs is pointing at a sharing operator out of the multiple sharing operators, and wherein the mapping parameter comprises an MMEC configured to map to one of the MMECs supported by the MME ; and - rejecting or redirecting the connection request when the MMEC configured to map to one of the MMECs supported by the MME is associated with an overload action. - receiving a connection request from the wireless device , wherein the connection request comprises a mapping parameter configured to map to a Mobility Management Entity, MME, comprised in the at least one core network and connected to the shared RNN , wherein the MME is logically partitioned into several MMEs and configured to support multiple MME Codes, MMECs, each of which MMECs is pointing at a sharing operator out of the multiple sharing operators, and wherein the mapping parameter comprises an MMEC configured to map to one of the MMECs supported by the MME ; and - rejecting or redirecting the connection request when the MMEC configured to map to one of the MMECs supported by the MME is associated with an overload action.