mhurhangee/ep-ind-claims huggingface dataset:
Method for the continuous determination of the fat content of milk with varying solids concentrations, wherein said milk flows through a pipe with a variable gas load, wherein said method comprises the following steps: Determination of a value for the sound velocity and an average density value for the milk flowing in the pipe on the basis of the natural frequencies of at least two flexural vibration useful modes of measuring tubes of a density meter arranged in the pipe; Determination of a value for the static pressure in the pipe using a pressure sensor connected to the pipe; Determination of a value for the gas volume content on the basis of the value of the sound velocity, the value for the average density and the value for the pressure; Determination of a value for the density of the milk flowing in the pipe without the gas load on the basis of the value for the average density and on the basis of the value for the gas volume content; Determination of a value for the permittivity of the milk flowing in the pipe on the basis of at least a measurement of the propagation speed and/or the absorption of microwaves in the milk by means of a microwave sensor arranged in the pipe; and Calculation of the fat content on the basis of the value of the density of the milk flowing in the pipe without the gas load and of the value of the effective perm ittivity. Determination of a value for the sound velocity and an average density value for the milk flowing in the pipe on the basis of the natural frequencies of at least two flexural vibration useful modes of measuring tubes of a density meter arranged in the pipe; Determination of a value for the static pressure in the pipe using a pressure sensor connected to the pipe; Determination of a value for the gas volume content on the basis of the value of the sound velocity, the value for the average density and the value for the pressure; Determination of a value for the density of the milk flowing in the pipe without the gas load on the basis of the value for the average density and on the basis of the value for the gas volume content; Determination of a value for the permittivity of the milk flowing in the pipe on the basis of at least a measurement of the propagation speed and/or the absorption of microwaves in the milk by means of a microwave sensor arranged in the pipe; and Calculation of the fat content on the basis of the value of the density of the milk flowing in the pipe without the gas load and of the value of the effective perm ittivity.
An article of clothing for massaging and stimulating lymphatic flow of a body part of a wearer, comprising a cloth substrate and a plurality of vibrating elements, the cloth substrate comprising one or more raised structures for massaging, the vibrating elements being disposed on the cloth substrate, the article of clothing comprising a controller for controlling the vibrating elements, and at least two groups of vibrating elements being disposed on the cloth substrate such that each group comprises a plurality of vibrating elements, the article of clothing being a stocking, characterized in that each group of vibrating elements is controlled by the controller independently of each other, and in that all vibrating elements of a group are switched independently of each other. the article of clothing comprising a controller for controlling the vibrating elements, and at least two groups of vibrating elements being disposed on the cloth substrate such that each group comprises a plurality of vibrating elements, the article of clothing being a stocking, characterized in that each group of vibrating elements is controlled by the controller independently of each other, and in that all vibrating elements of a group are switched independently of each other.
A sytem, comprising: a welding torch; a welding power supply unit configured to supply power to the welding torch; a remote device coupled between the welding torch and the welding power supply unit, characterized in that the remote device is configured to detect a polarity of a welding operation; and control circuitry is configured to determine if the polarity is appropriate based on one or more welding parameters and to adjust the polarity of the welding operation. a welding torch; a welding power supply unit configured to supply power to the welding torch; a remote device coupled between the welding torch and the welding power supply unit, characterized in that the remote device is configured to detect a polarity of a welding operation; and control circuitry is configured to determine if the polarity is appropriate based on one or more welding parameters and to adjust the polarity of the welding operation.
An automobile cowl grille structure wherein a cowl grille is made of resin, and is provided to cover an upper portion of a cowl box, the cowl grille includes an upper wall portion, and a front wall portion separated from the upper wall portion and provided with a bending promotion portion for inducing bending deformation upon action of load from above, the front wall portion includes a front wall body portion, and at least one attachment piece portion extending backward from the front wall body portion and fastened to a front portion of the upper wall portion, and a weak portion for load in an upper-to-lower direction is formed by the attachment piece portion, characterized in that the attachment piece portion includes multiple attachment piece portions each formed with spacing in a vehicle width direction in a vicinity of fastening portions for the upper wall portion. an upper wall portion, and a front wall portion separated from the upper wall portion and provided with a bending promotion portion for inducing bending deformation upon action of load from above, a front wall body portion, and at least one attachment piece portion extending backward from the front wall body portion and fastened to a front portion of the upper wall portion, and
A virtual control device according to the AUTOSAR standard, having a service layer, an ECU abstraction layer, and a microcontroller abstraction layer, for securing the control software of a control device by means of reproducible tests, the virtual control device being connected to an environmental model, characterized in that the virtual control device further comprises a hardware layer set up for simulating at least one hardware component, wherein the virtual hardware component is a virtual sensor, actuator, and/or control device network, wherein the virtual hardware component is integrated in the hardware layer as a hardware component model, wherein the hardware component model calculates the associated output value for an input signal and thus the result of the simulation of the hardware component, wherein the hardware component can be simulated at different calculation rates, wherein a calculation rate of the hardware component model can be freely selected, wherein a calculation rate of the environment model during the simulation deviates from the calculation rate of the hardware component model, wherein the environment model exchanges signals with the virtual control device during the simulation, wherein a rate at which the signals are transferred between the environment model and the virtual control device is less than or equal to the calculation rate of the environment model. standard, having a service layer, an ECU abstraction layer, and a microcontroller abstraction layer, for securing the control software of a control device by means of reproducible tests, the virtual control device being connected to an environmental model, characterized in that the virtual control device further comprises a hardware layer set up for simulating at least one hardware component, wherein the virtual hardware component is a virtual sensor, actuator, and/or control device network, wherein the virtual hardware component is integrated in the hardware layer as a hardware component model, wherein the hardware component model calculates the associated output value for an input signal and thus the result of the simulation of the hardware component, wherein the hardware component can be simulated at different calculation rates, wherein a calculation rate of the hardware component model can be freely selected, wherein a calculation rate of the environment model during the simulation deviates from the calculation rate of the hardware component model, wherein the environment model exchanges signals with the virtual control device during the simulation, wherein a rate at which the signals are transferred between the environment model and the virtual control device is less than or equal to the calculation rate of the environment model.
An implant kit comprising: a screw extender including, a hollow cylindrical body (14,23) including two opposite longitudinal slots having an open end towards a distal part of the hollow cylindrical body, the distal part configured to receive a screw by an insertion in a direction of a main axis of the hollow cylindrical body, the hollow cylindrical body including an internal thread; a multi-use instrument having an external thread configured to threadably engage with the internal thread inside the hollow cylindrical body of the screw extender, the multi-use instrument including, a longitudinal outer shell; a rotatable shaft located inside the longitudinal outer shell, the rotatable shaft having a distal portion configured to engage with a screw; and a blocking mechanism configured to block a rotation of the rotatable shaft relative to the longitudinal outer shell in a blocked position and configured to allow the rotation of the rotatable shaft relative to the longitudinal outer shell in an unblocked position, wherein the blocking mechanism includes a breakable pin that laterally crosses at least a portion of the longitudinal outer shell and the rotatable shaft. a screw extender including, a hollow cylindrical body (14,23) including two opposite longitudinal slots having an open end towards a distal part of the hollow cylindrical body, the distal part configured to receive a screw by an insertion in a direction of a main axis of the hollow cylindrical body, the hollow cylindrical body including an internal thread; a multi-use instrument having an external thread configured to threadably engage with the internal thread inside the hollow cylindrical body of the screw extender, the multi-use instrument including, a longitudinal outer shell; a rotatable shaft located inside the longitudinal outer shell, the rotatable shaft having a distal portion configured to engage with a screw; and a blocking mechanism configured to block a rotation of the rotatable shaft relative to the longitudinal outer shell in a blocked position and configured to allow the rotation of the rotatable shaft relative to the longitudinal outer shell in an unblocked position, wherein the blocking mechanism includes a breakable pin that laterally crosses at least a portion of the longitudinal outer shell and the rotatable shaft. a longitudinal outer shell; a rotatable shaft located inside the longitudinal outer shell, the rotatable shaft having a distal portion configured to engage with a screw; and a blocking mechanism configured to block a rotation of the rotatable shaft relative to the longitudinal outer shell in a blocked position and configured to allow the rotation of the rotatable shaft relative to the longitudinal outer shell in an unblocked position, wherein the blocking mechanism includes a breakable pin that laterally crosses at least a portion of the longitudinal outer shell and the rotatable shaft.
Sealing element having at least one blank of a sealing sheet for construction joints, transitions, corners or similar insulation defects requiring spatial sealing, characterized in that the at least one blank is provided with a spatial shape covering the defect by at least one injection-molded plastic part.
A method for producing a bowl-shaped housing half-part provided with a copper alloy on the inside of a mercury-free button cell, comprising the steps: providing a clad composite material with a layer of nickel, a layer of copper and an intermediate layer of steel or high-grade steel, shaping of a bowl-shaped housing half-part made of the composite material, wherein the layer of nickel forms the outside and an additional layer forms the inside of the bowl-shaped housing half-part, characterized in that the composite material is provided, prior to step, on the copper side with the additional layer composed of at least one metal from the group consisting of tin, zinc, indium and bismuth or of an alloy composed of said metals, and the housing half-part, subsequent to step, is heat treated at a temperature between 200 °C and 400 °C, where the at least one metal from the group consisting of tin, zinc, indium and bismuth is alloyed with the copper of the copper layer. providing a clad composite material with a layer of nickel, a layer of copper and an intermediate layer of steel or high-grade steel, shaping of a bowl-shaped housing half-part made of the composite material, wherein the layer of nickel forms the outside and an additional layer forms the inside of the bowl-shaped housing half-part, characterized in that the composite material is provided, prior to step, on the copper side with the additional layer composed of at least one metal from the group consisting of tin, zinc, indium and bismuth or of an alloy composed of said metals, and the housing half-part, subsequent to step, is heat treated at a temperature between 200 °C and 400 °C, where the at least one metal from the group consisting of tin, zinc, indium and bismuth is alloyed with the copper of the copper layer.
Cassette intended to be provided on a rolling mill, said rolling mill comprising a retaining stand comprising two pairs of posts spaced from one another at the two ends of the stand, at least two posts of the same pair defining an access window allowing said cassette to be removed from or introduced into said retaining stand, said rolling mill comprising two working rollers, two intermediate rollers, and two bearing rollers, as well as at least one side bearing member (CP1, CP2) for each working roller, and wherein said cassette forms a self-supporting unit comprising: - a roller intended to constitute one of the two intermediate rollers of said rolling mill, - two chocks whereon are mounted the ends of said roller, - at least one support arm of said at least one side bearing member, able to laterally support one of the working rollers of the rolling mill, said support arm extending between the two chocks and being mounted pivotingly in relation to said chocks, characterised in that said cassette comprises at least one pair of support elements receiving the ends of a rotating shaft of said at least one support arm and in that the two support elements are detachably fixed, respectively, on the two chocks and in such a way as to allow for the disassembling of said at least one support arm of the chocks and/or the assembling of said at least one support arm on said chocks, without modifying the spacing between said chocks, and independently of the disassembling/assembling of said roller. - a roller intended to constitute one of the two intermediate rollers of said rolling mill, - two chocks whereon are mounted the ends of said roller, - at least one support arm of said at least one side bearing member, able to laterally support one of the working rollers of the rolling mill, said support arm extending between the two chocks and being mounted pivotingly in relation to said chocks,
A method for protection of an electronic device against attacks by fault injection, the method comprising steps of: • detection of anomalies likely to inject a fault in the electronic device or be caused by a fault injection in the electronic device, • incrementation (110, 206) of an anomaly counter (cpt_velo, cpt_tearing) as a function of the detected anomalies, • comparison (112, 208) between the anomaly counter (cpt_velo, cpt_tearing) and a first threshold (seuil_cpt_velo, seuil_cpt_tearing), • performing a protective measure (114, 210) of the electronic device when the number of counted anomalies reaches the predetermined threshold (seuil_cpt_velo, seuil_cpt_teahng), the method being characterized in that the anomaly counter (cpt_velo, cpt_tearing) is incremented (110, 206) only in case of detection of: • a number of anomalies greater than or equal to a second threshold (seuil_cpt_hist) strictly less than the first threshold (seuil_cpt_velo, seuil_cpt_tearing) over a period during which a predetermined number of predetermined implementations occurred, or • a number of predetermined implementations less than a predetermined number of predetermined implementations over a period during which a predetermined number of anomalies greater than or equal to the second threshold (seuil_cpt_hist) occurred, wherein a predetermined implementation comprises the execution of a bank transaction or an ADPU command. • detection of anomalies likely to inject a fault in the electronic device or be caused by a fault injection in the electronic device, • incrementation (110, 206) of an anomaly counter (cpt_velo, cpt_tearing) as a function of the detected anomalies, • comparison (112, 208) between the anomaly counter (cpt_velo, cpt_tearing) and a first threshold (seuil_cpt_velo, seuil_cpt_tearing), • performing a protective measure (114, 210) of the electronic device when the number of counted anomalies reaches the predetermined threshold (seuil_cpt_velo, seuil_cpt_teahng), • a number of anomalies greater than or equal to a second threshold (seuil_cpt_hist) strictly less than the first threshold (seuil_cpt_velo, seuil_cpt_tearing) over a period during which a predetermined number of predetermined implementations occurred, or • a number of predetermined implementations less than a predetermined number of predetermined implementations over a period during which a predetermined number of anomalies greater than or equal to the second threshold (seuil_cpt_hist) occurred,
A buckle comprising a buckle body including an insert groove having two upwardly facing openings, two stop portions disposed in said insert groove, and a resilient pressing arm; and two first retainers inserted into said insert groove in said buckle body via said upwardly facing openings, respectively, each of said first retainers including a resilient retaining plate biased to a retaining position to thereby abut against a respective one of said stop portions of said buckle body so as to prevent removal of a corresponding one of said first retainers from said buckle body; wherein said resilient pressing arm of said buckle body includes two actuating portions that are positioned such that, when said resilient pressing arm is pressed, each of said resilient retaining plates of said first retainers is removed from said retaining position by a respective one of said actuating portions; said buckle further comprising that said buckle body includes a first outer housing, a second outer housing, a release member disposed between said first and second outer housings, said resilient pressing arm being disposed on said release member; said buckle further comprising a biasing unit for providing a biasing force to eject said first retainers from said upwardly facing openings, respectively; said buckle characterized in that said biasing unit includes two first plate bodies each having an end, and two second plate bodies extending respectively from said ends of said first plate bodies and pressing respectively against said first retainers, said second plate bodies cooperating to provide said biasing force, said buckle body further including two positioning brackets that are disposed in said insert groove for supporting said first plate bodies, respectively.
A lubricant composition comprising a perfluoropolyether as a base oil, a fluororesin as a thickener, and a polyol ester, a urea grease and a zinc dialkyldithiophosphate as additives, wherein a content of perfluoropolyether in the lubricant composition ranges from 61 mass% to 72 mass% in the total amount of the lubricant composition; wherein a mass ratio of content of the perfluoropolyether to total content of the polyol ester and the urea grease ranges from 78/22 to 95/5; a mass ratio of content of the perfluoropolyether to content of the polyol ester ranges from 90/10 to 96.5/3.5, a mass ratio of content of the polyol ester to content of the urea grease ranges from 40/60 to 65/35, content of the fluororesin ranges from 15 mass% to 24 mass% based on a total amount of the lubricant composition, and content of the zinc dialkyldithiophosphate ranges from 0.5 mass% to 4 mass% based on the total amount of the lubricant composition.
A communication method, comprising: receiving, by an access network device, a network access request from a user equipment, sending, by the access network device, a network access request to a core network device, receiving, by the access network device, an initial context setup request from the core network device, wherein the initial context setup request comprises first information, and the first information comprises an identifier of allowed session management-network slice selection assistance information, NSSAI; wherein the session management-NSSAI comprises a slice/service type, sending, by the access network device, a radio resource control, RRC connection reconfiguration request to the user equipment, wherein the RRC connection reconfiguration request includes the first information, receiving, by the access network device, a RRC connection reconfiguration complete message from the user equipment, and sending, by the access network device, an initial context setup request complete message to the core network device. receiving, by an access network device, a network access request from a user equipment, sending, by the access network device, a network access request to a core network device, receiving, by the access network device, an initial context setup request from the core network device, wherein the initial context setup request comprises first information, and the first information comprises an identifier of allowed session management-network slice selection assistance information, NSSAI; wherein the session management-NSSAI comprises a slice/service type, sending, by the access network device, a radio resource control, RRC connection reconfiguration request to the user equipment, wherein the RRC connection reconfiguration request includes the first information, receiving, by the access network device, a RRC connection reconfiguration complete message from the user equipment, and sending, by the access network device, an initial context setup request complete message to the core network device.
Compounds of general formula I wherein R 1 denotes a group selected from R 3 and R 4 together with the nitrogen atom to which they are attached denote a group selected from and the ring denotes a group selected from the tautomers, the diastereomers, the enantiomers, the hydrates, the mixtures thereof and the salts thereof as well as the hydrates of the salts, particularly the physiologically acceptable salts thereof with inorganic or organic acids or bases. R 1 denotes a group selected from R 3 and R 4 together with the nitrogen atom to which they are attached denote a group selected from and the ring denotes a group selected from the tautomers, the diastereomers, the enantiomers, the hydrates, the mixtures thereof and the salts thereof as well as the hydrates of the salts, particularly the physiologically acceptable salts thereof with inorganic or organic acids or bases.