mhurhangee/ep-ind-claims huggingface dataset:
A brake device for a vehicle comprising actual operation amount detection means (Sd) that detects an actual amount of operation of a brake pedal by a driver, a master cylinder that generates a fluid pressure corresponding to the actual amount of operation of the brake pedal, a brake actuator that is driven by a motor according to the actual amount of operation, and a wheel cylinder (26, 27, 30, 31) that is actuated by a brake fluid pressure generated by the master cylinder or the brake actuator, the wheel cylinder (26, 27, 30, 31) being capable of being actuated independently from the fluid pressure generated by the master cylinder by actuation of the brake actuator in a state in which a cut-off valve (32, 33) for cutting off communication between the master cylinder and the wheel cylinder (26, 27, 30, 31) is closed, wherein the brake device comprises a motor rotation angle detection means (Sf) which detects a rotation angle of the motor of the brake actuator; actual brake fluid pressure detection means (Sb, Sc) that detects an actual brake fluid pressure generated by the brake actuator; deterioration determination means that discriminates a plurality of deterioration states including at least functional deterioration of a fluid path downstream of the cut-off valve (32, 33) based on an actual amount of actuation of the brake actuator and the actual brake fluid pressure; and control means that controls the brake actuator in different modes according to a deterioration state discriminated by the deterioration determination means, characterized in that the brake device further comprises actual stroke amount detection means (Se) that detects an actual stroke amount of the brake actuator, wherein the deterioration means discriminates the plurality of deterioration states based on a relationship between the actual stroke amount of the brake actuator as detected by the actual stroke amount detection means (Se) and the detected actual brake fluid pressure (Sb, Sc) generated by the brake actuator, wherein the deterioration determination means does not carry out determination of deterioration in a state in which the actual stroke amount of actuation is equal to or less than a predetermined value.
A method for unlocking a screen by using a fingerprint sensor, wherein the method comprises: detecting a finger pressing or touching on the fingerprint sensor; sending a first notification to a control chip and concurrently sending a second notification to a display driver chip of a screen; completing, by the display driver chip according to the second notification, preparation work before the screen is turned on, wherein the preparation work is for turning on the screen, and the preparation work comprises power-on, resetting, and register initialization; verifying, by the control chip according to the first notification, fingerprint information collected by the fingerprint sensor and prestored fingerprint information; and if the verification succeeds, unlocking the screen and turning on the screen; and if the verification fails, the screen is not unlocked and the screen is not turned on, and previous preparation work of the display driver chip is cancelled. detecting a finger pressing or touching on the fingerprint sensor; sending a first notification to a control chip and concurrently sending a second notification to a display driver chip of a screen; completing, by the display driver chip according to the second notification, preparation work before the screen is turned on, wherein the preparation work is for turning on the screen, and the preparation work comprises power-on, resetting, and register initialization; verifying, by the control chip according to the first notification, fingerprint information collected by the fingerprint sensor and prestored fingerprint information; and if the verification succeeds, unlocking the screen and turning on the screen; and if the verification fails, the screen is not unlocked and the screen is not turned on, and previous preparation work of the display driver chip is cancelled.
A microlubrication system for a machining unit having a rotating spindle, comprising a) a rotary feedthrough, via which compressed air and lubricant can be fed to the rotating spindle of the machining unit in order to combine them in a mixing chamber close to a tool, and b) a metering valve, with which the quantity of the lubricant fed can be metered, c) the rotary feedthrough and/or the metering valve are designed as smart components, characterized in that d) the metering valve has an associated sensor and control unit having a dedicated microprocessor, which can independently detect and evaluate the operating state of the metering valve, and in that e) the sensor and control unit has a circuit, with which the current profile across a magnet coil of the metering valve during opening of the metering valve can be detected, wherein the microprocessor can evaluate said current profile in order to determine a lubricant pressure bearing against the metering valve and/or the viscosity of the lubricant. a) a rotary feedthrough, via which compressed air and lubricant can be fed to the rotating spindle of the machining unit in order to combine them in a mixing chamber close to a tool, and b) a metering valve, with which the quantity of the lubricant fed can be metered, c) the rotary feedthrough and/or the metering valve are designed as smart components, d) the metering valve has an associated sensor and control unit having a dedicated microprocessor, which can independently detect and evaluate the operating state of the metering valve, and in that e) the sensor and control unit has a circuit, with which the current profile across a magnet coil of the metering valve during opening of the metering valve can be detected, wherein the microprocessor can evaluate said current profile in order to determine a lubricant pressure bearing against the metering valve and/or the viscosity of the lubricant.
An industrial process for preparing an aqueous suspension of steroidal anti-inflammatory agent comprising a dispersing agent, a suspension agent, and one or more excipients chosen from the group consisting of antimicrobial agents, chelating agents, iso-osmotic agents, antioxidant agents, and mixtures thereof, characterised in that it comprises the following successive steps of: a) preparing in a reactor a dispersion comprising - water, - all said one or more excipients; - the dispersing agent which is a hydrophilic nonionic surfactant, and - the steroidal anti-inflammatory agent as particles; b) adding to the dispersion obtained following step a), the suspension agent as such in this same reactor; c) optionally, diluting, by adding water in this same reactor, and/or adjusting the pH of said suspension obtained following step b), and recovering the aqueous suspension. a) preparing in a reactor a dispersion comprising - water, - all said one or more excipients; - the dispersing agent which is a hydrophilic nonionic surfactant, and - the steroidal anti-inflammatory agent as particles; - water, - all said one or more excipients; - the dispersing agent which is a hydrophilic nonionic surfactant, and - the steroidal anti-inflammatory agent as particles; b) adding to the dispersion obtained following step a), the suspension agent as such in this same reactor; c) optionally, diluting, by adding water in this same reactor, and/or adjusting the pH of said suspension obtained following step b), and recovering the aqueous suspension.
A method of optimizing power consumption of a wireless communication device comprising: providing a plurality of battery powered modules that are carried by a user and together operate as a single wireless communication device; detecting, by a power monitoring application within a first module of the plurality of battery powered modules, a battery reserve power level of the first module of the single wireless communication device; transferring, by a power control application within the first module, a processing function from the first module to a second module of the plurality of battery powered modules of the single wireless communication device based upon the detected battery reserve power level of the first module; comparing a reserve power level among the plurality of modules; prioritizing the plurality of battery powered modules based upon the relative battery reserve power levels of each of the plurality of battery powered modules; determining a difference in remaining operating time for each of the plurality of battery powered modules based on the priority; and communicating using the single wireless communication device based on the remaining operating time. providing a plurality of battery powered modules that are carried by a user and together operate as a single wireless communication device; detecting, by a power monitoring application within a first module of the plurality of battery powered modules, a battery reserve power level of the first module of the single wireless communication device; transferring, by a power control application within the first module, a processing function from the first module to a second module of the plurality of battery powered modules of the single wireless communication device based upon the detected battery reserve power level of the first module; comparing a reserve power level among the plurality of modules; prioritizing the plurality of battery powered modules based upon the relative battery reserve power levels of each of the plurality of battery powered modules; determining a difference in remaining operating time for each of the plurality of battery powered modules based on the priority; and communicating using the single wireless communication device based on the remaining operating time.
Blow moulding, filling and closing method for producing a filled and sealed as well as storable container product, in particular in the form of a vial product, which, formed from a plastic material, has a single-layer container or vial wall and, when the product is put into use by exposing at least one removal opening, allows the product contents to be removed, in particular for oral use, wherein the capacity of the container product for the filling material to be held and stored, in particular in the form of a liquid, is less than 50 ml, characterised in that plastic materials which are suitable for the method are selected which, in cooperation with the container contents, are neutral in taste and/or odour or are substantially neutral in taste and/or odour before and when the product is put into use and this neutrality is also maintained over a prolonged storage period; in that aromatic polyester polymers and/or polyester copolymers and/or blends of these materials are used as plastic materials for the products to be manufactured; and in that a polyethylene furanoate or a polyethylene terephthalate and copolymers and/or blends thereof are used at least in part as the respective aromatic polyester polymer. wherein the capacity of the container product for the filling material to be held and stored, in particular in the form of a liquid, is less than 50 ml, characterised in that plastic materials which are suitable for the method are selected which, in cooperation with the container contents, are neutral in taste and/or odour or are substantially neutral in taste and/or odour before and when the product is put into use and this neutrality is also maintained over a prolonged storage period; in that aromatic polyester polymers and/or polyester copolymers and/or blends of these materials are used as plastic materials for the products to be manufactured; and in that a polyethylene furanoate or a polyethylene terephthalate and copolymers and/or blends thereof are used at least in part as the respective aromatic polyester polymer.
A heating and/or hot water heating system, comprising a heating circuit and a heat pump circuit, wherein the heat pump circuit has a heat exchanging device arranged to transfer heat from the heat pump circuit to the heating circuit, wherein the heating circuit comprises a heating loop with heating flow and heating return, a hot water loop with hot water flow and hot water return, and an adjustable mixer, wherein the mixer is arranged to split a volumetric flow through the heating circuit at least between the heating system flow and the hot water flow, wherein the heat exchanging device has a first heat exchanger and a second heat exchanger in series therewith, wherein the second heat exchanger is arranged to transfer heat to the heating circuit upstream of the mixer, and wherein the first heat exchanger is arranged to transfer heat to the hot water flow downstream of the mixer, wherein the first heat exchanger is designed as a desuperheater and the second heat exchanger as a condenser, characterised in that the desuperheater is designed as a heat pipe, thermosiphon and/or heatpipe between the heat pump circuit and the hot water loop and the condenser is designed as a plate heat exchanger, wherein a pressure drop across the first heat exchanger is less than a pressure drop across the second heat exchanger. a heating circuit and a heat pump circuit, wherein the heat pump circuit has a heat exchanging device arranged to transfer heat from the heat pump circuit to the heating circuit, wherein the heating circuit comprises a heating loop with heating flow and heating return, a hot water loop with hot water flow and hot water return, and an adjustable mixer, wherein the mixer is arranged to split a volumetric flow through the heating circuit at least between the heating system flow and the hot water flow, wherein the heat exchanging device has a first heat exchanger and a second heat exchanger in series therewith, wherein the second heat exchanger is arranged to transfer heat to the heating circuit upstream of the mixer, and wherein the first heat exchanger is arranged to transfer heat to the hot water flow downstream of the mixer, wherein the first heat exchanger is designed as a desuperheater and the second heat exchanger as a condenser, characterised in that the desuperheater is designed as a heat pipe, thermosiphon and/or heatpipe between the heat pump circuit and the hot water loop and the condenser is designed as a plate heat exchanger, wherein a pressure drop across the first heat exchanger is less than a pressure drop across the second heat exchanger.
A liquid crystal composition which comprises a polymerizable liquid crystal material comprising a multifunctional polymerizable liquid crystal compound and a non-liquid crystal compound comprising at least four functional groups capable of reacting with the polymerizable liquid crystal compound and which is configured to form a layer, of which a surface hardness is 1H or more, by being cured in an aligned state, wherein a weight ratio of the multifunctional polymerizable liquid crystal compound in the polymerizable liquid crystal material is 45 weight% or more and the non-liquid crystal compound is comprised at 5 parts by weight or less relative to 100 parts by weight of the polymerizable liquid crystal material, wherein the polymerizable liquid crystal material further comprises a monofunctional polymerizable liquid crystal compound, the multifunctional polymerizable liquid crystal compound comprises a liquid crystal compound having two polymerizable functional groups and a liquid crystal compound having three or more polymerizable functional groups, and a weight ratio of the liquid crystal compound having three or more polymerizable functional groups in the liquid crystal material is 8 weight% or more.
An image data processing method for spatially registering two image data sets, comprising: obtaining two different four-dimensional image data sets, each comprising image data representative of a time series of three dimensional image frames of a common anatomical region; identifying for each four-dimensional image data set a respective three-dimensional motion vector indicative of motion of an identified three-dimensional sub-region which exhibits maximal spatial displacement through the course of at least a part of the respective time series of three dimensional image frames comprised in the four-dimensional image data set; performing a rotation and translation of one or both of the four-dimensional image data sets such as to bring their respective three-dimensional motion vectors into alignment; and performing a further transformation of one or both of the image data sets having aligned three-dimensional motion vectors, based on an image registration procedure, such as to bring the two image data sets into spatial registration. obtaining two different four-dimensional image data sets, each comprising image data representative of a time series of three dimensional image frames of a common anatomical region; identifying for each four-dimensional image data set a respective three-dimensional motion vector indicative of motion of an identified three-dimensional sub-region which exhibits maximal spatial displacement through the course of at least a part of the respective time series of three dimensional image frames comprised in the four-dimensional image data set; performing a rotation and translation of one or both of the four-dimensional image data sets such as to bring their respective three-dimensional motion vectors into alignment; and performing a further transformation of one or both of the image data sets having aligned three-dimensional motion vectors, based on an image registration procedure, such as to bring the two image data sets into spatial registration.
An implantable stimulator device, comprising: a plurality of electrodes; at least one first current source configured to produce at least one current; a first plurality of switches coupled to the at least one first current source, wherein the first plurality of switches are selectable to distribute the at least one current to one or more of the electrodes; a second plurality of switches, wherein the second plurality of switches are selectable to distribute the at least one current from one or more of the electrodes; and monitoring circuitry configured to measure at least one first voltage, each at least one first voltage comprising a voltage only across one of the first switches, and at least one second voltage, each at least one second voltage comprising a voltage only across one of the second switches, and wherein the monitoring circuitry is further configured to determine whether a failure condition has occurred by assessing the at least one first voltage and the at least one second voltage. a plurality of electrodes; at least one first current source configured to produce at least one current; a first plurality of switches coupled to the at least one first current source, wherein the first plurality of switches are selectable to distribute the at least one current to one or more of the electrodes; a second plurality of switches, wherein the second plurality of switches are selectable to distribute the at least one current from one or more of the electrodes; and monitoring circuitry configured to measure at least one first voltage, each at least one first voltage comprising a voltage only across one of the first switches, and at least one second voltage, each at least one second voltage comprising a voltage only across one of the second switches, and at least one first voltage, each at least one first voltage comprising a voltage only across one of the first switches, and at least one second voltage, each at least one second voltage comprising a voltage only across one of the second switches, and wherein the monitoring circuitry is further configured to determine whether a failure condition has occurred by assessing the at least one first voltage and the at least one second voltage.
A method for displaying a desired separation of an own-ship from an aircraft, comprising: displaying a longitudinal scale (500, 600) comprising: displaying a desired flight path; displaying a position of the own-ship in relation to the desired flight path; displaying a position of the aircraft in relation to the desired flight path, the position being determined from aircraft related parameters transmitted by the aircraft; displaying a symbol on the desired flight path indicating a desired separation of the aircraft from the own-ship; and displaying a portion of the desired flight path in a different format to indicate at least one of a change in heading and altitude for the desired flight path. displaying a longitudinal scale (500, 600) comprising: displaying a desired flight path; displaying a position of the own-ship in relation to the desired flight path; displaying a position of the aircraft in relation to the desired flight path, the position being determined from aircraft related parameters transmitted by the aircraft; displaying a symbol on the desired flight path indicating a desired separation of the aircraft from the own-ship; and displaying a portion of the desired flight path in a different format to indicate at least one of a change in heading and altitude for the desired flight path. displaying a desired flight path; displaying a position of the own-ship in relation to the desired flight path; displaying a position of the aircraft in relation to the desired flight path, the position being determined from aircraft related parameters transmitted by the aircraft; displaying a symbol on the desired flight path indicating a desired separation of the aircraft from the own-ship; and displaying a portion of the desired flight path in a different format to indicate at least one of a change in heading and altitude for the desired flight path.
Method for producing one or more olefins and one or more carboxylic acids, in which one or more paraffins is or are subjected to oxidative dehydrogenation, characterized in that a reactor having a plurality of reaction zones (11, 12, 13) is used for the oxidative dehydrogenation, in that a gas mixture comprising the one or more paraffins is successively passed through the reaction zones (11, 12, 13), and in that at least two of the plurality of reaction zones (11, 12, 13) have a catalyst of the same catalyst type and are subjected to varying temperature influences, catalysts of the same catalyst type being catalysts with the same basic formulation, which are provided in different concentrations or contents per unit volume.