mhurhangee/ep-ind-claims huggingface dataset:
A method for determining clock jitter-induced error, comprising: obtaining at each cycle of a clock signal, a first sample of a periodic analog reference signal, the first sample including a sample error resulting at least in part from jitter-induced timing error of the clock signal; the method characterised by: obtaining, from a numerically controlled oscillator, for each respective cycle of the clock signal, a substantially jitter-free second sample of a discrete-time analog representation of the periodic analog reference signal, each of the first and second samples corresponding to the same respective cycle of the clock signal; determining for each cycle of the clock signal a respective difference between each of the first and second samples, the difference indicative of timing error of the respective cycle of the clock signal; and converting the difference to a digital representation, representative of the sample error. obtaining at each cycle of a clock signal, a first sample of a periodic analog reference signal, the first sample including a sample error resulting at least in part from jitter-induced timing error of the clock signal; obtaining, from a numerically controlled oscillator, for each respective cycle of the clock signal, a substantially jitter-free second sample of a discrete-time analog representation of the periodic analog reference signal, each of the first and second samples corresponding to the same respective cycle of the clock signal; determining for each cycle of the clock signal a respective difference between each of the first and second samples, the difference indicative of timing error of the respective cycle of the clock signal; and converting the difference to a digital representation, representative of the sample error.
System of management of manufacturing operation items in a production line, wherein, in the production line, production machines and associated processes of subsystems have to be managed and wherein a productive based operation item is defined as a manufacturing of a piece of a product at a stage of the production line and a non productive based operation item can consist in providing a maintenance of said stage of the production line without any physical intervention on the product per se, the system is further characterised by - a module which is adapted to store one of productive based operation items (PO1, PO2,...) as header of a group list (L1, L2,...) in relation to a manufacturing sub-system (SS1, SS2,...), - and which is further adapted to store for each productive based operation item at least one non-productive based operation item (NP011, NP012,...; NP021, NP022,...;...) as content of the corresponding group list, so that a hierarchically subdivision of productive/non-productive operation items in a plurality of group lists is provided in order to input them on a processing unit in a standard form. - a module which is adapted to store one of productive based operation items (PO1, PO2,...) as header of a group list (L1, L2,...) in relation to a manufacturing sub-system (SS1, SS2,...), - and which is further adapted to store for each productive based operation item at least one non-productive based operation item (NP011, NP012,...; NP021, NP022,...;...) as content of the corresponding group list, so that a hierarchically subdivision of productive/non-productive operation items in a plurality of group lists is provided in order to input them on a processing unit in a standard form.
A diagnostic ECG system for visually displaying a visualization of a size of a myocardial infarction, wherein the size of the myocardial infarct is the area of a heart that has been debilitated by an infarct, the diagnostic ECG system comprising: a bull's eye graph comprising plural segments, the segments of the regions of the bull's eye graph being associated with anatomical regions of the heart; a source of a plurality of ECG lead signals, which are associated to segments of the bull's eye graph; and an ECG analysis module responsive to the ECG lead signals which is configured to determine predefined characteristics of the ECG lead signals and to identify ECG lead signals having abnormal characteristics indicative of myocardial infarction on the basis of predetermined rule-based criteria; wherein the system is configured to visually distinguish segments of the bull's eye graph which are associated to ECG lead signals having abnormal characteristics from other segments of the bull's eye graph to thereby provide a visualization of the size of a myocardial infarction. a bull's eye graph comprising plural segments, the segments of the regions of the bull's eye graph being associated with anatomical regions of the heart; a source of a plurality of ECG lead signals, which are associated to segments of the bull's eye graph; and an ECG analysis module responsive to the ECG lead signals which is configured to determine predefined characteristics of the ECG lead signals and to identify ECG lead signals having abnormal characteristics indicative of myocardial infarction on the basis of predetermined rule-based criteria; wherein the system is configured to visually distinguish segments of the bull's eye graph which are associated to ECG lead signals having abnormal characteristics from other segments of the bull's eye graph to thereby provide a visualization of the size of a myocardial infarction.
A centralizer for use in a wellbore, comprising: a body for disposing around a periphery of a downhole tubular, the body having a plurality of bow springs biased toward an expanded position (Px) and a pair of end rings (11a,b) connecting the bow springs, characterised in that the centralizer further comprises: an indentation or row of indentation segments formed in a surface of and along a length of each bow spring and operable to reduce a stiffness of the centralizer as the bow springs move from the expanded position (Px) to a restricted position (Pr). a body for disposing around a periphery of a downhole tubular, the body having a plurality of bow springs biased toward an expanded position (Px) and a pair of end rings (11a,b) connecting the bow springs, characterised in that the centralizer further comprises: an indentation or row of indentation segments formed in a surface of and along a length of each bow spring and operable to reduce a stiffness of the centralizer as the bow springs move from the expanded position (Px) to a restricted position (Pr).
A system for providing power to a powered device "PD" in a Power over Ethernet "PoE" system, comprising: a PD probing circuit for determining first and second response voltage signals produced in response to respective first and second detection current signals supplied over an Ethernet link to a device being probed, and a control circuit, configured for: controlling the PD probing circuit to supply over the Ethernet link the second detection current signal having a value greater than a value of the first detection current signal if a value of the first response voltage signal does not exceed a threshold value, and determining that a short circuit condition is detected if a detection value defined by a ratio of a difference between values of the second response voltage signal and the first response voltage signal to a difference between values of the second detection current signal and the first detection current signal is in a first predetermined range, and determining that a Network Interface Card connected to the Ethernet link is detected if the detection value is in a second predetermined range outside of the first predetermined range. a PD probing circuit for determining first and second response voltage signals produced in response to respective first and second detection current signals supplied over an Ethernet link to a device being probed, and a control circuit, configured for: controlling the PD probing circuit to supply over the Ethernet link the second detection current signal having a value greater than a value of the first detection current signal if a value of the first response voltage signal does not exceed a threshold value, and determining that a short circuit condition is detected if a detection value defined by a ratio of a difference between values of the second response voltage signal and the first response voltage signal to a difference between values of the second detection current signal and the first detection current signal is in a first predetermined range, and determining that a Network Interface Card connected to the Ethernet link is detected if the detection value is in a second predetermined range outside of the first predetermined range. controlling the PD probing circuit to supply over the Ethernet link the second detection current signal having a value greater than a value of the first detection current signal if a value of the first response voltage signal does not exceed a threshold value, and determining that a short circuit condition is detected if a detection value defined by a ratio of a difference between values of the second response voltage signal and the first response voltage signal to a difference between values of the second detection current signal and the first detection current signal is in a first predetermined range, and determining that a Network Interface Card connected to the Ethernet link is detected if the detection value is in a second predetermined range outside of the first predetermined range.
Alkaline phosphatase for use in a method to treat sepsis-associated acute kidney disease injury (SA-AKI) in a subject in need thereof, comprising administering an effective amount of AP to said subject, wherein (i) the subject has an eGFR (estimated glomerular filtration rate) < 60 ml/min prior to the treatment with AP, (ii) the AP is administered in at least one 500 U/kg to 2,000 U/kg dose, and (iii) the administration of the AP results in an increase in renal function. (i) the subject has an eGFR (estimated glomerular filtration rate) < 60 ml/min prior to the treatment with AP, (ii) the AP is administered in at least one 500 U/kg to 2,000 U/kg dose, and (iii) the administration of the AP results in an increase in renal function.
Connector element (100a to 100g) for a high-current and/or high-voltage plug type connector in motor vehicle technology, comprising a housing which is constructed in the manner of a pin receptacle, and at least one electrical pin contact element (1a to 1g) for a high-current and/or high-voltage plug type connector in motor vehicle technology, having a free end and having a base which is spaced apart from the free end for fixing the pin contact element (1a to 1g) in the plug type connector, wherein an electrically insulating contact protection member extends as far as the free end so as to form an outer face of a contact protection portion (9, 9') of the pin contact element (1a to 1g), wherein the at least one pin contact element (1a to 1g) is/are at least partially surrounded by a contact protection collar of the connector element (100a to 100g), which collar has, for the pin contact element (1a to 1g), at least one opening (106, 107) in which the at least one contact protection member is located, wherein the at least one contact protection collar is integrally formed with a bottom of the housing, and wherein the at least one contact protection member extends along two opposing sides of the pin contact element (1a to 1g), characterized in that the electrically insulating contact protection member extends from the base of the pin contact element (1a to 1g) and is integrally formed with a bottom of the housing.
A fuel injection control apparatus of a compression self-igniting internal combustion engine in which at least a main injection and an auxiliary injection performed prior to the main injection can be performed as an operation of fuel injection from a fuel injection valve, the fuel injection control apparatus comprising: a fuel injection control means for executing a high-efficiency fuel injection control operation for controlling an injection timing and an injection amount of the main injection and the auxiliary injection so that a timing at which a rate of heat production due to combustion of fuel injected in the auxiliary injection is maximal, a start timing of combustion of fuel injected in the main injection, and a timing at which a piston moving back and forth in a cylinder reaches compression top dead center are substantially the same. a fuel injection control means for executing a high-efficiency fuel injection control operation for controlling an injection timing and an injection amount of the main injection and the auxiliary injection so that a timing at which a rate of heat production due to combustion of fuel injected in the auxiliary injection is maximal, a start timing of combustion of fuel injected in the main injection, and a timing at which a piston moving back and forth in a cylinder reaches compression top dead center are substantially the same.
A needle filter apparatus (10 VI - 10 X) comprising: a filter housing (14, 14 VIII - 14 X) having a first end and a second end and having portions defining a filter chamber (11, 11 VIII, 11 IX); a filter media secured in the filter chamber; an inlet port (24, 24 VIII - 24 X) extending from the first end of the filter housing wherein the inlet port has portions defining a channel in fluid communication with the filter chamber; a syringe-receiving neck (12 VI - 12 X) extending from the second end of the filter housing, wherein the neck has portions defining a neck chamber (17 VI, 17, 17 1X, 17 X) in fluid communication with the filter chamber; and, a needle-sealing stopper secured in the syringe-receiving neck; the needle filter apparatus being characterized by: the syringe-receiving neck being formed with a neck elbow, wherein the neck elbow changes an angle or an orientation of an opening of the syringe-receiving neck relative to the filter housing, wherein the neck elbow has an elbow inner wall for a syringe needle inserted into the syringe-receiving neck and into the needle-sealing stopper to register against, wherein the needle-sealing stopper is secured in a distal portion of the syringe-receiving neck downstream from the neck elbow. a filter housing (14, 14 VIII - 14 X) having a first end and a second end and having portions defining a filter chamber (11, 11 VIII, 11 IX); a filter media secured in the filter chamber; an inlet port (24, 24 VIII - 24 X) extending from the first end of the filter housing wherein the inlet port has portions defining a channel in fluid communication with the filter chamber; a syringe-receiving neck (12 VI - 12 X) extending from the second end of the filter housing, wherein the neck has portions defining a neck chamber (17 VI, 17, 17 1X, 17 X) in fluid communication with the filter chamber; and, a needle-sealing stopper secured in the syringe-receiving neck; the needle filter apparatus being characterized by: the syringe-receiving neck being formed with a neck elbow, wherein the neck elbow changes an angle or an orientation of an opening of the syringe-receiving neck relative to the filter housing, wherein the neck elbow has an elbow inner wall for a syringe needle inserted into the syringe-receiving neck and into the needle-sealing stopper to register against, wherein the needle-sealing stopper is secured in a distal portion of the syringe-receiving neck downstream from the neck elbow. a needle-sealing stopper secured in the syringe-receiving neck; the needle filter apparatus being characterized by: the syringe-receiving neck being formed with a neck elbow, wherein the neck elbow changes an angle or an orientation of an opening of the syringe-receiving neck relative to the filter housing, wherein the neck elbow has an elbow inner wall for a syringe needle inserted into the syringe-receiving neck and into the needle-sealing stopper to register against, wherein the needle-sealing stopper is secured in a distal portion of the syringe-receiving neck downstream from the neck elbow.
A method, comprising: determining, in a mobile device, a pairing opportunity with an apparatus and causing a message to be transmitted to a server, the message comprising a string generated in response to the determining of the pairing opportunity; receiving, in the mobile device, from the server an indication as a response to the message, and at least in part based on the indication, causing, in the mobile device, the mobile device to participate in pairing the mobile device with the apparatus, whereby the string is generated, in the mobile device, using a processor, at least in part based on a cryptographic exchange involving generation of a shared secret between the mobile device and the apparatus wherein the string is not communicated between the mobile device and the apparatus, and in that the message comprises an identifier of a user account the mobile device is associated with, and in that the apparatus is associated with the user account before the determining. determining, in a mobile device, a pairing opportunity with an apparatus and causing a message to be transmitted to a server, the message comprising a string generated in response to the determining of the pairing opportunity; receiving, in the mobile device, from the server an indication as a response to the message, and at least in part based on the indication, causing, in the mobile device, the mobile device to participate in pairing the mobile device with the apparatus, whereby the string is generated, in the mobile device, using a processor, at least in part based on a cryptographic exchange involving generation of a shared secret between the mobile device and the apparatus wherein the string is not communicated between the mobile device and the apparatus, and in that the message comprises an identifier of a user account the mobile device is associated with, and in that the apparatus is associated with the user account before the determining.
A method of operating a portable terminal having a dual Subscriber Identity Module card, the method comprising: displaying a message regarding whether to set a dual SIM active function; detecting an input for selecting an area included in the message; and confirming a setting of the dual SIM active function upon the selection of the area included in the message, wherein the dual SIM active function includes at least one of a call waiting function and a call forwarding function provided by the portable terminal capable of having two SIM cards, said call waiting function comprising holding a call to a SIM card while a phone number assigned to that SIM card of the two SIM cards inserted in the portable terminal is busy, and said call forwarding function comprising forwarding an incoming call to one of said SIM cards to the other SIM card in case at least one predetermined condition stored in a storage unit of said terminal is met. displaying a message regarding whether to set a dual SIM active function; detecting an input for selecting an area included in the message; and confirming a setting of the dual SIM active function upon the selection of the area included in the message, wherein the dual SIM active function includes at least one of a call waiting function and a call forwarding function provided by the portable terminal capable of having two SIM cards, said call waiting function comprising holding a call to a SIM card while a phone number assigned to that SIM card of the two SIM cards inserted in the portable terminal is busy, and said call forwarding function comprising forwarding an incoming call to one of said SIM cards to the other SIM card in case at least one predetermined condition stored in a storage unit of said terminal is met.
A touch sensitive element, comprising: an electroactive layer which is formed of electroactive polymer and has a positive coefficient of thermal expansion; an electrode which is disposed on at least one surface of the electroactive layer; and a hard coating layer which comprises a crystalized transparent ceramic material, is disposed to be in contact with the electroactive layer and the electrode, and has a negative coefficient of thermal expansion. an electroactive layer which is formed of electroactive polymer and has a positive coefficient of thermal expansion; an electrode which is disposed on at least one surface of the electroactive layer; and a hard coating layer which comprises a crystalized transparent ceramic material, is disposed to be in contact with the electroactive layer and the electrode, and has a negative coefficient of thermal expansion.
Mesterolone for use in the treatment and prevention treatment of disorders associated with the deficiency in dihydrotestosterone in woman, wherein the mesterolone is administered orally in amounts between 5 and 25 mg per day.
A switch (101; 401; 501) comprising: a rocker (102; 402; 502) configured to perform rocking movement between an ON position and an OFF position and being operable to turn said switch (101; 401; 501) ON/OFF, said rocker (102; 402; 502) being provided with at least a peripheral light transmitting portion, an intermediate cover (104; 504) for providing pivotal connection to said rocker (102; 402; 502), an insert (105; 405; 505) provided with electrical terminals for establishing electrical connection with an external power supply, a control PCB (109;...; 809) electrically connected to said insert (105; 405; 505), and at least an illuminating means (110;...; 810) operatively connected to said control PCB (109;...; 809) and being adapted to emit light through the peripheral light transmitting portion of said rocker (102; 402; 502), said illuminating means (110;...; 810) being configured to assume an elevated position or a depressed position relative to said switch's frontal plane, characterized in that the insert (105; 405; 505) is adapted to be actuated by said rocker (102; 402; 502) for making or breaking an electric circuit, the control PCB (109;...; 809) and the illuminating means (110;...; 810) are provided in an electronic module (103; 403; 503) movably disposed within said switch (101; 401; 501), the illuminating means (110;...; 810) is provided along one edge of said electronic module (103; 403; 503) and configured to assume the elevated position or the depressed position relative to said switch's frontal plane in response to the movement of the electronic module (103; 403; 503), and said electronic module (103; 403; 503) further comprises an electronic module casing for housing said control PCB (109;...; 809), wherein the movement of said electronic module (103; 403; 503) is controlled by the rocking movement of the rocker (102; 402; 502) and the light emitted from said illuminating means (110;...; 810) emerges through said light transmitting portion of the rocker (102; 402; 502) only when said electronic module (103; 403; 503) assumes its elevated position. a rocker (102; 402; 502) configured to perform rocking movement between an ON position and an OFF position and being operable to turn said switch (101; 401; 501) ON/OFF, said rocker (102; 402; 502) being provided with at least a peripheral light transmitting portion, an intermediate cover (104; 504) for providing pivotal connection to said rocker (102; 402; 502), an insert (105; 405; 505) provided with electrical terminals for establishing electrical connection with an external power supply, a control PCB (109;...; 809) electrically connected to said insert (105; 405; 505), and at least an illuminating means (110;...; 810) operatively connected to said control PCB (109;...; 809) and being adapted to emit light through the peripheral light transmitting portion of said rocker (102; 402; 502), said illuminating means (110;...; 810) being configured to assume an elevated position or a depressed position relative to said switch's frontal plane,