mhurhangee/patent-ind-claim-en huggingface dataset:
A product return/replacement device for returning/replacing a product, the product return/replacement device comprising: a computer; and a printer, wherein the computer includes a reading portion which reads a product return/replacement reception code that is presented by a consumer who wants to return/replace the product and that indicates that a product return/replacement reservation is made, a communication portion which transmits the product return/replacement reception code read by the reading portion to an external product return/replacement server so as to receive a delivery code for managing a delivery status of the product from the product return/replacement server and a processor which makes the printer print a label on which the delivery code transmitted from the product return/replacement server is displayed, the consumer can stick the printed label to the product related to the return/replacement and when the reading portion reads the delivery code which is displayed on the label stuck to the product, the communication portion transmits the delivery code read by the reading portion to the external product return/replacement server. a computer; and a printer, wherein the computer includes a reading portion which reads a product return/replacement reception code that is presented by a consumer who wants to return/replace the product and that indicates that a product return/replacement reservation is made, a communication portion which transmits the product return/replacement reception code read by the reading portion to an external product return/replacement server so as to receive a delivery code for managing a delivery status of the product from the product return/replacement server and a processor which makes the printer print a label on which the delivery code transmitted from the product return/replacement server is displayed, a reading portion which reads a product return/replacement reception code that is presented by a consumer who wants to return/replace the product and that indicates that a product return/replacement reservation is made, a communication portion which transmits the product return/replacement reception code read by the reading portion to an external product return/replacement server so as to receive a delivery code for managing a delivery status of the product from the product return/replacement server and a processor which makes the printer print a label on which the delivery code transmitted from the product return/replacement server is displayed, the consumer can stick the printed label to the product related to the return/replacement and when the reading portion reads the delivery code which is displayed on the label stuck to the product, the communication portion transmits the delivery code read by the reading portion to the external product return/replacement server.
A processor-implemented method, the method comprising: receiving a first floating point operand and a second floating point operand, each having an n-bit format comprising a sign field, an exponent field, and a significand field, wherein n is a natural number; normalizing a binary value obtained by performing arithmetic operations for fields corresponding to each other in the first and second floating point operands for an n-bit multiplication operation; determining whether the normalized binary value is a number that is representable in the n-bit format or an extended normal number that is not representable in the n-bit format; according to a result of the determining, encoding the normalized binary value using an extended bit format in which an extension pin identifying whether the normalized binary value is encoded using the extended bit format is added to the n-bit format; and outputting the encoded binary value using the extended bit format, as a result of the n-bit multiplication operation between the first and second floating point operands. receiving a first floating point operand and a second floating point operand, each having an n-bit format comprising a sign field, an exponent field, and a significand field, wherein n is a natural number; normalizing a binary value obtained by performing arithmetic operations for fields corresponding to each other in the first and second floating point operands for an n-bit multiplication operation; determining whether the normalized binary value is a number that is representable in the n-bit format or an extended normal number that is not representable in the n-bit format; according to a result of the determining, encoding the normalized binary value using an extended bit format in which an extension pin identifying whether the normalized binary value is encoded using the extended bit format is added to the n-bit format; and outputting the encoded binary value using the extended bit format, as a result of the n-bit multiplication operation between the first and second floating point operands.
A catheter comprising: an elongated body including: an inner liner extending between a proximal end and a distal end, the inner liner comprising an inner liner surface that defines an inner lumen of the elongated body, wherein the inner liner includes a proximal section including the proximal end and a distal section including the distal end, wherein the distal section of the inner liner includes a liner wall defining a plurality of cuts , each cut extending only partially through the liner wall, and wherein each cut of the plurality of cuts extends from an outer surface of the liner wall radially inward towards the lumen; and an outer jacket positioned over the inner liner , wherein the outer jacket extends over the plurality of cuts , and wherein the inner liner is formed from a more lubricous material than the outer jacket . an elongated body including: an inner liner extending between a proximal end and a distal end, the inner liner comprising an inner liner surface that defines an inner lumen of the elongated body, wherein the inner liner includes a proximal section including the proximal end and a distal section including the distal end, wherein the distal section of the inner liner includes a liner wall defining a plurality of cuts , each cut extending only partially through the liner wall, and wherein each cut of the plurality of cuts extends from an outer surface of the liner wall radially inward towards the lumen; and an outer jacket positioned over the inner liner , wherein the outer jacket extends over the plurality of cuts , and wherein the inner liner is formed from a more lubricous material than the outer jacket .
A computer-implemented method, comprising: receiving , by a software service application executing on a cloud computing platform , a request for a software service provided by the software service application , the software service application being associated with a resource provision which can be used by the software service application on the cloud computing platform to provide the software service; identifying , by the software service application, a resource that is triggered by the request; determining , by the software service application, and before the resource is exhausted according to the resource provision, that the request has a security risk based on a security policy associated with the resource, wherein the security policy for the resource is associated with the resource provision of the resource on the cloud computing platform for the software service and indicates one or more usage thresholds within a configured duration that would trigger a security notification for the resource; and in response to the determining, generating , by the software service application, a security notification indicating the security risk. receiving , by a software service application executing on a cloud computing platform , a request for a software service provided by the software service application , the software service application being associated with a resource provision which can be used by the software service application on the cloud computing platform to provide the software service; identifying , by the software service application, a resource that is triggered by the request; determining , by the software service application, and before the resource is exhausted according to the resource provision, that the request has a security risk based on a security policy associated with the resource, wherein the security policy for the resource is associated with the resource provision of the resource on the cloud computing platform for the software service and indicates one or more usage thresholds within a configured duration that would trigger a security notification for the resource; and in response to the determining, generating , by the software service application, a security notification indicating the security risk.
A method for perforating a well for the enhancement of injection activities and stimulation of oil or gas production in an underground formation , said method comprising the steps of: a) loading one or more reactive shaped charges within a charge carrier , wherein said one or more reactive shaped charges comprises a liner ; b) positioning the charge carrier down a wellbore adjacent to the underground formation ; c) detonating the one or more reactive shaped charges to create a first and second explosive event, wherein the first explosive event creates one or more perforation tunnels within the adjacent formation , each of said one or more perforation tunnels surrounded by a crushed zone , and wherein the second explosive event is created by an exothermic intermetallic reaction between at least two metal components of the liner and induces at least one fracture at the tip of at least one perforation tunnel and further wherein the second explosive event expels debris from within at least one perforation tunnel to the wellbore and substantially eliminates the crushed zone ; and d) injecting a fluid into the wellbore for stimulation of production of oil or gas from the formation , wherein at least one perforation tunnel has an improved permeability as compared to the permeability with the crushed zone in place, and whereby the method reduces a fluid pressure required to initiate the step of fracturing of the underground formation as compared to detonating a charge containing a non-reactive liner. a) loading one or more reactive shaped charges within a charge carrier , wherein said one or more reactive shaped charges comprises a liner ; b) positioning the charge carrier down a wellbore adjacent to the underground formation ; c) detonating the one or more reactive shaped charges to create a first and second explosive event, wherein the first explosive event creates one or more perforation tunnels within the adjacent formation , each of said one or more perforation tunnels surrounded by a crushed zone , and wherein the second explosive event is created by an exothermic intermetallic reaction between at least two metal components of the liner and induces at least one fracture at the tip of at least one perforation tunnel and further wherein the second explosive event expels debris from within at least one perforation tunnel to the wellbore and substantially eliminates the crushed zone ; and d) injecting a fluid into the wellbore for stimulation of production of oil or gas from the formation ,
A genetically engineered cell, wherein the cell expresses an exogenous receptor specifically binding to a target antigen, exogenous CCL21, and a protein promoting the proliferation of the cell which is an IL-7R-binding protein or exogenous IL-7.
An analyte measurement device , comprising: electrical circuitry connected to a sensor interface , the electrical circuitry including a processor connected to a signal generator and a storage medium , the processor being adapted to: measure at least two analyte responsive output signals from the sample; determine at least two initial analyte concentrations from the two analyte responsive output signals ; determine a first pseudo-reference concentration from the two analyte responsive output signals , the first pseudo-reference concentration being a first substitute for true relative error; determine at least two first anchor parameters in response to the first pseudo-reference concentration , the two first anchor parameters compensating for system error; incorporate the two first anchor parameters into at least two first compensation relationships , at least one of the two first compensation relationships including Ach1_comp = Ach1initial/(1 + RECh1), Ch1 being channel 1, Ach1_comp being the anchor parameter compensated analyte concentration determined for channel 1, Ach1 initial being the initial analyte concentration determined for channel 1; determine at least two first anchor compensated analyte concentrations in response to the two initial analyte concentrations, the two first anchor parameters , and the two first compensation relationships ; determine a second pseudo-reference concentration by averaging the two first anchor compensated analyte concentrations, the second pseudo-reference concentration being a second substitute for true relative error; and report the second pseudo-reference concentration as a final compensated analyte concentration of the sample. measure at least two analyte responsive output signals from the sample; determine at least two initial analyte concentrations from the two analyte responsive output signals ; determine a first pseudo-reference concentration from the two analyte responsive output signals , the first pseudo-reference concentration being a first substitute for true relative error; determine at least two first anchor parameters in response to the first pseudo-reference concentration , the two first anchor parameters compensating for system error; incorporate the two first anchor parameters into at least two first compensation relationships , at least one of the two first compensation relationships including Ach1_comp = Ach1initial/(1 + RECh1), Ch1 being channel 1, Ach1_comp being the anchor parameter compensated analyte concentration determined for channel 1, Ach1 initial being the initial analyte concentration determined for channel 1; determine at least two first anchor compensated analyte concentrations in response to the two initial analyte concentrations, the two first anchor parameters , and the two first compensation relationships ; determine a second pseudo-reference concentration by averaging the two first anchor compensated analyte concentrations, the second pseudo-reference concentration being a second substitute for true relative error; and report the second pseudo-reference concentration as a final compensated analyte concentration of the sample.
A Withania somnifera active agent in combination with an antipsychotic active agent for use in the treatment of a negative symptom of schizophrenia or schizoaffective disorder, wherein the W. somnifera active agent is to be administered to a patient for at least four weeks in an amount of from 100 mg to 2000 mg twice daily.
A 3GPP client device for a wireless communication system , the client device being configured to perform beam/link monitoring according to a link recovery procedure if the client device is in Discontinuous reception in connected mode, C-DRX, mode operation during active time with a network access node , wherein a configured beam failure detection, BFD, timer of the link recovery procedure is a function of a periodicity of beam failure indications; characterized in that the function is based on a periodicity for radio link monitoring resources across DRX cycles and the DRX period; wherein the function is the maximum of the shortest periodicity for radio link monitoring resources across DRX cycles and the DRX period. characterized in that the function is based on a periodicity for radio link monitoring resources across DRX cycles and the DRX period; wherein the function is the maximum of the shortest periodicity for radio link monitoring resources across DRX cycles and the DRX period.
An ink composition comprising, a liquid dispersion of: Ti hydride powder having a mean particle size of less than 10.0 microns; a liquid carrier; and at least one surfactant. Ti hydride powder having a mean particle size of less than 10.0 microns; a liquid carrier; and at least one surfactant.
A method comprising: receiving , by a computing system, a response matrix that represents, in respective dimensions, responses of a given playback device under respective iterations of a sound captured by a recording device, the iterations including first iterations with respective impairments to the recording device and second iterations without the respective impairments to the recording device; determining , by the computing system, principle components representing the axes of greatest variance in the response matrix, the principle components comprising respective eigenvectors that include a component for each of the respective iterations; determining a principle-component matrix that represents a given set of the principle components; determining a teaching matrix by projecting the principle-component onto the response matrix; training a neural network that includes an output layer comprising a neuron for each of the respective impairments by iteratively providing vectors of the teaching matrix to the neural network; and storing the trained neural network on a computing system. receiving , by a computing system, a response matrix that represents, in respective dimensions, responses of a given playback device under respective iterations of a sound captured by a recording device, the iterations including first iterations with respective impairments to the recording device and second iterations without the respective impairments to the recording device; determining , by the computing system, principle components representing the axes of greatest variance in the response matrix, the principle components comprising respective eigenvectors that include a component for each of the respective iterations; determining a principle-component matrix that represents a given set of the principle components; determining a teaching matrix by projecting the principle-component onto the response matrix; training a neural network that includes an output layer comprising a neuron for each of the respective impairments by iteratively providing vectors of the teaching matrix to the neural network; and storing the trained neural network on a computing system.
A system for interfacing a ferrule with a socket comprising: a socket aligned and attached to an electrical subassembly, ESA , a cover to affix a ferrule to the socket ; and a gasket interposed between the cover and the ferrule , wherein the gasket is arranged to apply a compression force against the ferrule to secure the ferrule to the socket and to seal an interface between the cover and the socket , the system further comprising: a number of latches formed on the cover to interface with a number of catches formed on the socket ; and a number of ferrule retainers formed on the cover to couple the ferrule to the cover , wherein a distance between an interface of the latches and the catches is dimensioned such that, when the cover is coupled to the socket via the latches and the catches , the ferrule disengages from the ferrule retainers due to the ferrule interfacing with a ferrule seat defined in the socket . a socket aligned and attached to an electrical subassembly, ESA , a cover to affix a ferrule to the socket ; and a gasket interposed between the cover and the ferrule , wherein the gasket is arranged to apply a compression force against the ferrule to secure the ferrule to the socket and to seal an interface between the cover and the socket , the system further comprising: a number of latches formed on the cover to interface with a number of catches formed on the socket ; and a number of ferrule retainers formed on the cover to couple the ferrule to the cover , a number of latches formed on the cover to interface with a number of catches formed on the socket ; and a number of ferrule retainers formed on the cover to couple the ferrule to the cover ,
A system for detecting hypertension in a patient having a ventricular assist device, the ventricular assist device including an implantable blood pump , the system comprising: a controller in communication with the implantable blood pump, the controller having a processor having processing circuity, the processing circuity being configured to operate the implantable blood pump at a first pump set speed during a first period of time; measure at least one from the group consisting of a first flow rate minimum and a first current minimum during a first period of time; reduce the first pump set speed during a second period of time after the first period of time to a second pump set speed; measure at least one from the group consisting of a second flow rate minimum and a second current minimum during the second period of time; if the at least one from the group consisting of the second flow rate minimum and the second current minimum decreases during the second period of time at the second pump set speed more than a predetermined amount, the controller is configured to generate an alert indicating a presence of hypertension and optionally to increase the second pump set speed to the first pump set speed. operate the implantable blood pump at a first pump set speed during a first period of time; measure at least one from the group consisting of a first flow rate minimum and a first current minimum during a first period of time; reduce the first pump set speed during a second period of time after the first period of time to a second pump set speed; measure at least one from the group consisting of a second flow rate minimum and a second current minimum during the second period of time; if the at least one from the group consisting of the second flow rate minimum and the second current minimum decreases during the second period of time at the second pump set speed more than a predetermined amount, the controller is configured to generate an alert indicating a presence of hypertension and optionally to increase the second pump set speed to the first pump set speed.