mhurhangee/patent-ind-claim-en huggingface dataset:
Insulator for a medium-voltage or high-voltage overhead power line conductor comprising - an insulator body ; - a voltage contact for electrically connecting the insulator to the power line conductor; - a ground contact for electrically connecting the insulator to ground ; and - a voltage sensor , embedded in the insulator body and comprising a first plurality of discrete impedance elements , electrically connected in series between the voltage contact and the ground contact such as to be operable as a first voltage divider for dividing and sensing the voltage of the overhead power line conductor, wherein the insulator further comprises a signal processing unit for processing the sensed voltage of the overhead power line conductor , wherein the signal processing unit is embedded, at least partially, in the insulator body , characterized in that the signal processing unit is powered by a potential difference between a first input voltage and a second input voltage, wherein the first input voltage is the voltage of the overhead power line conductor versus ground , and the second input voltage differs from the first input voltage by 50 Volt or less or by 100 Volt or less. - an insulator body ; - a voltage contact for electrically connecting the insulator to the power line conductor; - a ground contact for electrically connecting the insulator to ground ; and - a voltage sensor , embedded in the insulator body and comprising a first plurality of discrete impedance elements , electrically connected in series between the voltage contact and the ground contact such as to be operable as a first voltage divider for dividing and sensing the voltage of the overhead power line conductor, wherein the insulator further comprises a signal processing unit for processing the sensed voltage of the overhead power line conductor , wherein the signal processing unit is embedded, at least partially, in the insulator body , characterized in that the signal processing unit is powered by a potential difference between a first input voltage and a second input voltage, wherein the first input voltage is the voltage of the overhead power line conductor versus ground , and the second input voltage differs from the first input voltage by 50 Volt or less or by 100 Volt or less.
A system comprising: a resonant sensor configured to be in contact with oil within an engine of a vehicle system, the sensor including electrodes and a sensing region circuit that is configured to generate electrical stimuli at different times during an operational life of the engine, each electrical stimulus having multiple different frequencies that are applied to the oil via the electrodes ; and one or more processors configured to receive multiple electrical signals from the resonant sensor , the electrical signals representative of impedance responses of the oil to the electrical stimuli, the one or more processors configured to analyze the impedance responses and determine a concentration of a polar analyte in the oil at each of the different times based on the impedance responses, the one or more processors further configured to calculate a degradation value for the engine based on the concentration of the polar analyte in the oil , wherein, responsive to the degradation value exceeding a designated degradation threshold, the one or more processors are configured to at least one of schedule maintenance for the vehicle system, provide an alert to schedule maintenance for the vehicle system, or prohibit operation of the vehicle system until maintenance is performed on the vehicle system, further wherein the one or more processors are configured to calculate the degradation value as an integral of the concentration of the polar analyte in the oil over a time period in which the electrical stimuli are applied to the oil . a resonant sensor configured to be in contact with oil within an engine of a vehicle system, the sensor including electrodes and a sensing region circuit that is configured to generate electrical stimuli at different times during an operational life of the engine, each electrical stimulus having multiple different frequencies that are applied to the oil via the electrodes ; and one or more processors configured to receive multiple electrical signals from the resonant sensor , the electrical signals representative of impedance responses of the oil to the electrical stimuli, the one or more processors configured to analyze the impedance responses and determine a concentration of a polar analyte in the oil at each of the different times based on the impedance responses, the one or more processors further configured to calculate a degradation value for the engine based on the concentration of the polar analyte in the oil , wherein, responsive to the degradation value exceeding a designated degradation threshold, the one or more processors are configured to at least one of schedule maintenance for the vehicle system, provide an alert to schedule maintenance for the vehicle system, or prohibit operation of the vehicle system until maintenance is performed on the vehicle system, further wherein the one or more processors are configured to calculate the degradation value as an integral of the concentration of the polar analyte in the oil over a time period in which the electrical stimuli are applied to the oil .
A reclosable package comprising: a first panel ; a second panel ; the first panel and the second panel joined along a first side section and a second side section ; a bottom extending between the first and second side sections ; a mouth disposed opposite the bottom and extending between the first and second side sections ; a closure member extending along the mouth, the closure member including a first fin member joined to the first panel and a second fin member joined to the second panel ; and a sealing member comprising a first flap joined to the first fin member and a second flap joined to the second fin member , the first and second flaps being joined with a peelable seal characterised in that the peelable seal is arranged to receive a shear load when the panels are moved apart. a first panel ; a second panel ; the first panel and the second panel joined along a first side section and a second side section ; a bottom extending between the first and second side sections ; a mouth disposed opposite the bottom and extending between the first and second side sections ; a closure member extending along the mouth, the closure member including a first fin member joined to the first panel and a second fin member joined to the second panel ; and a sealing member comprising a first flap joined to the first fin member and a second flap joined to the second fin member , the first and second flaps being joined with a peelable seal characterised in that the peelable seal is arranged to receive a shear load when the panels are moved apart.
A woven denim fabric comprising ring spun cotton yarns, characterized in that the cotton fibers of said yarns are combed or carded fibers and in that the twist multiple of said yarns is within a range between 2.0 and 3.4, inclusive according to formula, with 1 inch being 2.54 cm and 1 English Cotton Number being 5905 dtex: Twist Multiple = Twist i n c h E n g l i s h Cotton Number .
A blowout preventer comprising: a main housing containing a through bore ; a first chamber transverse to the through bore ; a second chamber transverse to the through bore , diametrically opposed and in the same plane with the first chamber ; and a first shearing device located in the first chamber ; characterised by a second shearing device located in the second chamber ; and a first charge and a second charge, each charge configured for activation to independently propel each respective shearing device along its respective chamber and across the through bore into the opposing chamber, such that the first and second shearing devices are adjacent each other. a main housing containing a through bore ; a first chamber transverse to the through bore ; a second chamber transverse to the through bore , diametrically opposed and in the same plane with the first chamber ; and a first shearing device located in the first chamber ; characterised by a second shearing device located in the second chamber ; and a first charge and a second charge, each charge configured for activation to independently propel each respective shearing device along its respective chamber and across the through bore into the opposing chamber, such that the first and second shearing devices are adjacent each other.
A light emitting diode driver , LED driver, comprising - a data storage for sequentially storing data of an operation of the LED driver according to a circular buffer; wherein - the LED driver is configured to - continuously monitor and store the data of the operation of the LED driver sequentially in the data storage , characterised in that the LED driver is further configured to - secure, in case a trigger occurs, at least part of the data (D1) stored in the data storage at a point in time (T1) at which the trigger occurred and corresponding to a time period (P1) before the point in time (T1) from being overwritten. - a data storage for sequentially storing data of an operation of the LED driver according to a circular buffer; wherein - the LED driver is configured to - continuously monitor and store the data of the operation of the LED driver sequentially in the data storage , - continuously monitor and store the data of the operation of the LED driver sequentially in the data storage , - secure, in case a trigger occurs, at least part of the data (D1) stored in the data storage at a point in time (T1) at which the trigger occurred and corresponding to a time period (P1) before the point in time (T1) from being overwritten.
A laser protection eyewear lens comprising: a) a lens substrate comprising an embedded wavelength filter configured to have a first filter function ; and b) a multi-layer dielectric filter applied to at least one of an inside and an outside surface of the lens substrate , the multilayer dielectric filter configured to have a second filter function having at least one center wavelength and bandwidth, characterised in that the first filter function comprises one of an edge filter function and a notch filter function, and the second filter function comprises the other of the edge filter function and the notch filter function; and the first filter function of the embedded wavelength filter and the second filter function of the multilayer dielectric filter produce a combined filter function that comprises a linear combination of the first filter function and the second filter function which attenuates light reflecting off the multi-layer dielectric filter. a) a lens substrate comprising an embedded wavelength filter configured to have a first filter function ; and b) a multi-layer dielectric filter applied to at least one of an inside and an outside surface of the lens substrate , the multilayer dielectric filter configured to have a second filter function having at least one center wavelength and bandwidth, characterised in that the first filter function comprises one of an edge filter function and a notch filter function, and the second filter function comprises the other of the edge filter function and the notch filter function; and the first filter function of the embedded wavelength filter and the second filter function of the multilayer dielectric filter produce a combined filter function that comprises a linear combination of the first filter function and the second filter function which attenuates light reflecting off the multi-layer dielectric filter.
A method in a first node capable of using multiple radio channels, wherein one or more of the multiple radio channels are occupied by the first node for its current transmission to a second node, the method comprising: sending an indication to the second node, to indicate the second node to transmit towards the first node on the one or more occupied channels during a switching period, wherein the switching period is a period between the current transmission and a continuing transmission from the first node, wherein the indication contains information to enable the second node to determine when and how long to conduct the indicated transmission of the second node towards the first node; and listening on each of one or more other channels in the multiple radio channels during the switching period, wherein one of the first node and second node is a user equipment and the other of the first node and second node is a base station. sending an indication to the second node, to indicate the second node to transmit towards the first node on the one or more occupied channels during a switching period, wherein the switching period is a period between the current transmission and a continuing transmission from the first node, wherein the indication contains information to enable the second node to determine when and how long to conduct the indicated transmission of the second node towards the first node; and listening on each of one or more other channels in the multiple radio channels during the switching period, wherein one of the first node and second node is a user equipment and the other of the first node and second node is a base station.
Head for a storage container for fluids, comprising a head body, characterised in that a through sleeve is located inside the head body, wherein a protection tube is coupled to the through sleeve in the bottom part of the head body, and a liquid level sensor is mounted in the lower part of the body, a gland coupled with a flange to an electronic junction box powered by a battery or an accumulator is located in the upper part of the body, comprising a circuit board equipped with a microcontroller and a diode gauge , and conduits terminated with a plug extend from the electronic junction box , and the head body comprises a flat coupling flange in its lower part, wherein the protection tube is perforated.
A method for continuous monitoring of a model in an interactive computer simulation station , the model comprising a plurality of interrelated parameters defining a dynamic behavior of a simulated interactive object in an interactive computer simulation when inputs are provided on one or more tangible instruments of an instrument module of the interactive computer simulation station , the method comprising: - during a diagnostic period of time of the interactive computer simulation station , performing a frequency sweep of the model, in the interactive computer simulation station , for measuring the dynamic behavior of the simulated interactive object; - during the frequency sweep, causing each of the one or more tangible instruments to be automatically mechanically moved in accordance with an input function defining an input range variation at a related frequency, the frequency sweep, upon completion, providing an actual frequency response function for the one or more tangible instruments defining the dynamic behavior; and - determining that the interactive computer simulation station requires maintenance when the dynamic behavior of the simulated interactive object, measured by the frequency sweep, is outside of a target dynamic behavior range for the simulated interactive object in the interactive computer simulation station. - during a diagnostic period of time of the interactive computer simulation station , performing a frequency sweep of the model, in the interactive computer simulation station , for measuring the dynamic behavior of the simulated interactive object; - during the frequency sweep, causing each of the one or more tangible instruments to be automatically mechanically moved in accordance with an input function defining an input range variation at a related frequency, the frequency sweep, upon completion, providing an actual frequency response function for the one or more tangible instruments defining the dynamic behavior; and - determining that the interactive computer simulation station requires maintenance when the dynamic behavior of the simulated interactive object, measured by the frequency sweep, is outside of a target dynamic behavior range for the simulated interactive object in the interactive computer simulation station.
A compound, which is an antagonist or inhibitor of osteoprotegerin binding protein (OPGbp)/receptor activator of NF-κB ligand (RANKL) binding to receptor activator of NF-κB (RANK), for use in treatment and/or prevention of male infertility in mammals; wherein said compound is immunoreactive with a RANKL or RANK and is selected from the group consisting of an antibody or antigen binding domain thereof, or said compound being selected from the group consisting of OPG, and a fusion protein comprising OPG (osteoprotegerin), such as Fc-OPG.
A composition comprising: a) a mixture of saturated aliphatic monocarboxylic acids comprising: - nonanoic acid, and - at least one ketoacid having the formula (I): CH 3 -(CH 2 ) m -C(O)-(CH 2 ) n -CH 2 -COOH wherein the sum (m+n) equals 4 or 5, with m and n which individually represent 0 or an integer selected from 1, 2, 3, 4 and 5, and b) an emulsifying agent, in which the mixture of saturated aliphatic monocarboxylic acids comprises: - 20-99% by weight, based on the total weight of nonanoic acid and at least one ketoacid having the formula (I), of nonanoic acid, and - 1-80% by weight, based on the total weight of nonanoic acid and at least one ketoacid having the formula (I), of said ketoacid having the formula (I). a) a mixture of saturated aliphatic monocarboxylic acids comprising: - nonanoic acid, and - at least one ketoacid having the formula (I): CH 3 -(CH 2 ) m -C(O)-(CH 2 ) n -CH 2 -COOH wherein the sum (m+n) equals 4 or 5, with m and n which individually represent 0 or an integer selected from 1, 2, 3, 4 and 5, and - nonanoic acid, and - at least one ketoacid having the formula (I): CH 3 -(CH 2 ) m -C(O)-(CH 2 ) n -CH 2 -COOH wherein the sum (m+n) equals 4 or 5, with m and n which individually represent 0 or an integer selected from 1, 2, 3, 4 and 5, and b) an emulsifying agent, in which the mixture of saturated aliphatic monocarboxylic acids comprises: - 20-99% by weight, based on the total weight of nonanoic acid and at least one ketoacid having the formula (I), of nonanoic acid, and - 1-80% by weight, based on the total weight of nonanoic acid and at least one ketoacid having the formula (I), of said ketoacid having the formula (I). - 20-99% by weight, based on the total weight of nonanoic acid and at least one ketoacid having the formula (I), of nonanoic acid, and - 1-80% by weight, based on the total weight of nonanoic acid and at least one ketoacid having the formula (I), of said ketoacid having the formula (I).
Control system for a technical installation, in particular a process installation or production facility, which has at least one operator station server and at least one operator station client , wherein the operator station server is designed to generate visualisation information and transmit it to the operator station client for visualisation in order to enable an operator to control and monitor the technical installation, wherein the visualisation information comprises at least one first installation image and a second installation image of the technical installation, in which digital representations of components of the technical installation and associated measurement data for operator control and monitoring of the technical installation are or can be visually displayed, characterised in that as the result of an event occurring during the visual presentation of the first installation image to the operator by the operator station client , the control system is designed to visually present the second installation image to the operator by means of the operator station client , wherein a display size of the first installation image and the second installation image are designed as different from one another, and wherein a display size of the second installation image is preferably smaller than a display size of the first installation image .
A method for forming a three-dimensional curve in a tubular product starting from a tube extending along a rectilinear longitudinal axis (x), comprising the steps of: a) performing, by means of a first bending device , a first bending operation in a bending plane passing through said longitudinal axis (x), in such a way that the tube leaving said first bending device comprises a curved portion having opposite ends (11b", 12b"), wherein the tangents (t1, t2) to the curved portion at said ends, hereinafter first tangent and second tangent, lie in said bending plane; and b) performing on the curved portion of the tube leaving said first bending device , by means of a second bending device , a second bending operation, in such a way to obtain that a bent curved portion (10b") of the tube having the tangents (t1, t2) at said ends lying in a cylindrical surface having generatrices orthogonal to a plane (A1) containing the first tangent (t1) and to a plane (A2) containing the second tangent (t2), said method being characterized in that said step a) comprises performing the first bending operation in such a way that the curved portion of the tube leaving said first bending device comprises a first curve and a second curve lying in said bending plane, wherein an inflection point is interposed between said first curve and second curve. a) performing, by means of a first bending device , a first bending operation in a bending plane passing through said longitudinal axis (x), in such a way that the tube leaving said first bending device comprises a curved portion having opposite ends (11b", 12b"), wherein the tangents (t1, t2) to the curved portion at said ends, hereinafter first tangent and second tangent, lie in said bending plane; and b) performing on the curved portion of the tube leaving said first bending device , by means of a second bending device , a second bending operation, in such a way to obtain that a bent curved portion (10b") of the tube having the tangents (t1, t2) at said ends lying in a cylindrical surface having generatrices orthogonal to a plane (A1) containing the first tangent (t1) and to a plane (A2) containing the second tangent (t2), said method being characterized in that said step a) comprises performing the first bending operation in such a way that the curved portion of the tube leaving said first bending device comprises a first curve and a second curve lying in said bending plane, wherein an inflection point is interposed between said first curve and second curve.
Industrial truck comprising - a lifting frame having a load portion for carrying a load , - a hydraulic system comprising at least one hydraulic cylinder with a piston rod and a cylinder housing , and a hydraulic unit , the at least one hydraulic cylinder acting on the lifting frame via the piston rod , - at least one sensor unit which is designed to determine an actual acceleration of the piston rod of the at least one hydraulic cylinder , - a control unit which is designed to specify a desired acceleration for the piston rod of the at least one hydraulic cylinder , to determine a control deviation of the actual acceleration determined by the at least one sensor unit from the desired acceleration and to control the acceleration of the piston rod on the basis of the determined control deviation. - a lifting frame having a load portion for carrying a load , - a hydraulic system comprising at least one hydraulic cylinder with a piston rod and a cylinder housing , and a hydraulic unit , the at least one hydraulic cylinder acting on the lifting frame via the piston rod , - at least one sensor unit which is designed to determine an actual acceleration of the piston rod of the at least one hydraulic cylinder , - a control unit which is designed to specify a desired acceleration for the piston rod of the at least one hydraulic cylinder , to determine a control deviation of the actual acceleration determined by the at least one sensor unit from the desired acceleration and to control the acceleration of the piston rod on the basis of the determined control deviation.