mhurhangee/ep-ind-claims huggingface dataset:
An additive delivery system comprising: a base cap (250, 1250) for mounting the additive delivery system on a container of base liquid; a spout cooperatively associated with the base cap; a base liquid flow path (10.1, 10.2, 10.3, 10.4); a base liquid flow valve (320, 1320) disposed in the base liquid flow path; an additive flow path (20.1, 20.2); an additive adjustment valve (300, 1300) disposed in the additive flow path; the base liquid flow path and additive flow path communicating with a mixing section; and a dispensing closure valve (600, 1600) in communication with the mixing section, wherein the dispensing closure valve comprises a closure base (630, 1630) for engaging the spout, a closure valve disposed on the closure base and a valve retainer (670, 1670) secured to the closure base and retaining the closure valve on the closure base, characterised in that the closure valve comprises a slit valve (690, 1690). a base cap (250, 1250) for mounting the additive delivery system on a container of base liquid; a spout cooperatively associated with the base cap; a base liquid flow path (10.1, 10.2, 10.3, 10.4); a base liquid flow valve (320, 1320) disposed in the base liquid flow path; an additive flow path (20.1, 20.2); an additive adjustment valve (300, 1300) disposed in the additive flow path; the base liquid flow path and additive flow path communicating with a mixing section; and a dispensing closure valve (600, 1600) in communication with the mixing section, wherein the dispensing closure valve comprises a closure base (630, 1630) for engaging the spout, a closure valve disposed on the closure base and a valve retainer (670, 1670) secured to the closure base and retaining the closure valve on the closure base, characterised in that the closure valve comprises a slit valve (690, 1690).
A system for carbon dioxide removal from the circulatory system of a patient, comprising a medical device for providing extracorporeal lung assist [ECLA] treatment to the patient through extracorporeal removal of CO2 from the patient's blood, and at least one control unit (22A-22C) for controlling the operation of the medical device so as to control a degree of CO2 removal obtained by the ECLA treatment, characterised in that the control unit is configured to control the operation of the medical device based on a bioelectric signal indicative of the patient's efforts to breathe. a medical device for providing extracorporeal lung assist [ECLA] treatment to the patient through extracorporeal removal of CO2 from the patient's blood, and at least one control unit (22A-22C) for controlling the operation of the medical device so as to control a degree of CO2 removal obtained by the ECLA treatment, characterised in that the control unit is configured to control the operation of the medical device based on a bioelectric signal indicative of the patient's efforts to breathe.
An electronic cigarette atomizing core, comprising an ultrasonic atomizing sheet, an elastic insulating gasket and an electrode assembly that are stacked in sequence from top to bottom; the electrode assembly comprises a first electrode and a second electrode; a plurality of bosses are formed on an upper surface of the elastic insulating gasket, and the elastic insulating gasket supports the ultrasonic atomizing sheet via the bosses; characterized in that: a first electrical connection end is disposed on an upper surface of the ultrasonic atomizing sheet, and a second electrical connection end is disposed on a lower surface of the ultrasonic atomizing sheet; the first electrode is electrically conducted to the second electrical connection end, and the second electrode is electrically conducted to the first electrical connection end; a propping post for abutting against the second electrical connection end of the ultrasonic atomizing sheet is disposed in the middle of the elastic insulating gasket, and the propping post is connected to the elastic insulating gasket by an elastic arm. a first electrical connection end is disposed on an upper surface of the ultrasonic atomizing sheet, and a second electrical connection end is disposed on a lower surface of the ultrasonic atomizing sheet; the first electrode is electrically conducted to the second electrical connection end, and the second electrode is electrically conducted to the first electrical connection end; a propping post for abutting against the second electrical connection end of the ultrasonic atomizing sheet is disposed in the middle of the elastic insulating gasket, and the propping post is connected to the elastic insulating gasket by an elastic arm.
A system for treating a tissue site, comprising: an instrument assembly including a housing, an instrument guide member and an instrument, the instrument guide member having an exposed end, wherein the instrument assembly is self-contained in that the instrument guide member and instrument are included within at least a portion of the housing; a body (300, 400, 520) having a length and configured to receive the instrument assembly, wherein the housing of the instrument assembly includes one or more attachment members configured to removably attach the instrument assembly to the body (300, 400, 520), and wherein the body (300, 400, 520) includes a receiving member configured to receive the one or more attachment members and a portion of the instrument disposed within the instrument guide member; and an actuator member (350, 450, 550) disposed within the body (300, 400, 520) and configured to linearly oscillate the instrument within the instrument guide member a fixed distance past the exposed end of the instrument guide member. an instrument assembly including a housing, an instrument guide member and an instrument, the instrument guide member having an exposed end, wherein the instrument assembly is self-contained in that the instrument guide member and instrument are included within at least a portion of the housing; a body (300, 400, 520) having a length and configured to receive the instrument assembly, wherein the housing of the instrument assembly includes one or more attachment members configured to removably attach the instrument assembly to the body (300, 400, 520), and wherein the body (300, 400, 520) includes a receiving member configured to receive the one or more attachment members and a portion of the instrument disposed within the instrument guide member; and an actuator member (350, 450, 550) disposed within the body (300, 400, 520) and configured to linearly oscillate the instrument within the instrument guide member a fixed distance past the exposed end of the instrument guide member.
Secondary part which defines a magnetic path for a primary part of a linear motor and contains: - a spacer member; - yoke plates which configure two legs and which are configured for fastening to the spacer member such that said yoke plates lying opposite one another extend perpendicularly to the magnetic path, and wherein the two yoke plates: - on the respective internal side thereof are configured for receiving a multiplicity of permanent magnets; - on the respective external side thereof have a reinforcement structure which in the direction of the magnetic path is formed by a periodic variation in the thickness of the plate; characterized in that - the spacer member has a number of assembly points which are configured for fastening the secondary part in an application, wherein local minimums of the reinforcement structure in the direction of the magnetic path overlap with the assembly points; and - each period of the reinforcement structure has a reinforcement element, the width of the latter decreasing along the height of the respective leg. - a spacer member; - yoke plates which configure two legs and which are configured for fastening to the spacer member such that said yoke plates lying opposite one another extend perpendicularly to the magnetic path, and wherein the two yoke plates: - on the respective internal side thereof are configured for receiving a multiplicity of permanent magnets; - on the respective external side thereof have a reinforcement structure which in the direction of the magnetic path is formed by a periodic variation in the thickness of the plate; characterized in that - on the respective internal side thereof are configured for receiving a multiplicity of permanent magnets; - on the respective external side thereof have a reinforcement structure which in the direction of the magnetic path is formed by a periodic variation in the thickness of the plate; - the spacer member has a number of assembly points which are configured for fastening the secondary part in an application, wherein local minimums of the reinforcement structure in the direction of the magnetic path overlap with the assembly points; and - each period of the reinforcement structure has a reinforcement element, the width of the latter decreasing along the height of the respective leg.
A method for controlling a power source comprising a first converter for converting an input voltage (U E) to an intermediate circuit voltage (U ZK, U ZK1), an intermediate circuit capacitor and a second converter for converting the intermediate circuit voltage (U ZK, U ZK1) to an output voltage (U A), wherein a process is controlled at the output of the second converter, and at least one parameter and/or its value for controlling the intermediate circuit voltage (U ZK, U ZK1) for the first converter is predefined by a digital process controller depending on an event, the instant of which is known to the process controller, at the output, characterized in that a set value is predefined by the process controller at a calculated instant prior to the event, and the intermediate circuit voltage (U ZK, U ZK1) is adapted up until this instant.
Floor threshold for a sliding door, having a threshold profile on which a running rail for the sliding door is provided on an upper side, wherein the threshold profile has, spaced from the running rail, a drainage channel with a bottom sloping downwards towards an outer side, and the drainage channel is bounded on the side facing the running rail by an upwardly projecting step and on the outside by an upwardly projecting web, in which a plurality of drainage openings are formed, via which the floor can be drained, characterized in that the drainage channel of the threshold profile is covered on an upper side by a first cover with openings for drainage and a second cover for fixing a fixed panel.
A dual stage positioning and switching system, which comprises at least a base, a first object stage positioning unit disposed on said base for a first workstation, and a second object stage positioning unit for a second workstation; each of said object stage positioning units comprising at least a supporting structure (2a/2b), an X-direction guide bar (30a/30b), a Y-direction guide bar (31a/31b), and a motion positioning detector (50a, 51a/50b,51b), said supporting structure (2a/2b) comprises an object stage connector (21a/21b), and an object stage (20a/20b) moving relative to said object stage connector (21a/21b); said object stage positioning unit further comprising a driver (22a/22b) connecting to said object stage connector (21a/21b) and driving said connector (21a/21b) to move along said X-direction guide bar (30a/30b); said X-direction guide bars (30a, 30b) being positioned on and movable along said Y-direction guide bars (31a, 31b), characterized in that said system further comprises an object stage connector for transitional use during a switching process, which is positioned on one side of said base; further characterized in that the system is configured such that during the switching process, the supporting structure of the second object stage positioning unit can be connected to the object stage connector for transitional use and also connected to the supporting structure of the first object stage positioning unit such that the supporting structures (2a, 2b) and the object stage connector for transitional use are located on a central axis of the base so that the object stage can move from the object stage connector of the supporting structure of the second object stage positioning unit to the object stage connector for transitional use and the object stage of the supporting structure of the first object stage positioning unit can be moved to the object stage connector of the supporting structure of the second object stage positioning unit.
A method for direction finding comprising the following steps: a) Scanning incoming signals, b) Analyzing the incoming signals, wherein eigenvalues of the incoming signals are determined, c) Depending on the step of analysing, evaluating the number of signal emitters emitting an incoming signal within at least one frequency band, characterized by the step d) Determining a quality criterion for the incoming signals within the at least one frequency band wherein the quality criterion indicates the reliability of the evaluated number. a) Scanning incoming signals, b) Analyzing the incoming signals, wherein eigenvalues of the incoming signals are determined, c) Depending on the step of analysing, evaluating the number of signal emitters emitting an incoming signal within at least one frequency band, characterized by the step d) Determining a quality criterion for the incoming signals within the at least one frequency band wherein the quality criterion indicates the reliability of the evaluated number.
A method for detecting tampering of one of a plurality of pieces of content key information in a target apparatus, which stores at least one piece of encrypted domain key information in a first area and a plurality of pieces of encrypted content key information each associated with any one of the at least one piece of encrypted domain key information in a second area different from the first area, the method comprising the steps of: encrypting (FIG. 8) a plurality of pieces of content key information, including the piece of content key information, using a piece of domain key information, with a chain encryption technique; extracting (ST203-6) encrypted check values from the plurality of pieces of encrypted content key information to obtain a plurality of extracted data; concatenating the plurality of extracted data to obtain check value concatenated data (ST203-7); performing a hash calculation with respect to the check value concatenated data to obtain a calculated chain hash value (ST203-8); decrypting encrypted domain key information comprising a domain key and domain key management information, extracting a chain hash value from the domain key management information, comparing the chain hash value extracted from the domain key management information with the calculated chain hash value, detecting a tampering in case a mismatch in the comparison of the extracted chain hash value with the calculated chain hash value is found. encrypting (FIG. 8) a plurality of pieces of content key information, including the piece of content key information, using a piece of domain key information, with a chain encryption technique; extracting (ST203-6) encrypted check values from the plurality of pieces of encrypted content key information to obtain a plurality of extracted data; concatenating the plurality of extracted data to obtain check value concatenated data (ST203-7); performing a hash calculation with respect to the check value concatenated data to obtain a calculated chain hash value (ST203-8); decrypting encrypted domain key information comprising a domain key and domain key management information, extracting a chain hash value from the domain key management information, comparing the chain hash value extracted from the domain key management information with the calculated chain hash value, detecting a tampering in case a mismatch in the comparison of the extracted chain hash value with the calculated chain hash value is found.
A medical system, comprising: a filtration system capable of filtering a water stream; a water purification system comprising a microfluidic heat exchange system comprising a fluid flow pathway that includes a water inlet, a heater region comprising at least one heater, a residence chamber, a heat exchange section, and a water outlet, the heat exchange system capable of purifying the water stream in a non-batch process by maintaining the water stream in the residence chamber at or above pasteurization temperature for a period of time effective to pasteurize the water stream; a mixing system capable of producing a stream of dialysate from mixing one or more dialysate components with the water stream in a non-batch process; and a dialyzer system, comprising a dialyzer capable of being fluidly coupled to the stream of dialysate and a blood stream, the dialyzer having a membrane separating the stream of dialysate from the blood stream, the membrane facilitating dialysis of the blood stream; a plurality of pumps capable of pumping the stream of dialysate across the dialyzer; and a controller operatively coupled to the plurality of pumps, the controller capable of controlling a flow rate of the dialysate stream through one or more of the plurality of pumps to perform ultrafiltration, hemodiafiltration, or both, on the blood stream while the blood stream is undergoing dialysis. a filtration system capable of filtering a water stream; a water purification system comprising a microfluidic heat exchange system comprising a fluid flow pathway that includes a water inlet, a heater region comprising at least one heater, a residence chamber, a heat exchange section, and a water outlet, the heat exchange system capable of purifying the water stream in a non-batch process by maintaining the water stream in the residence chamber at or above pasteurization temperature for a period of time effective to pasteurize the water stream; a mixing system capable of producing a stream of dialysate from mixing one or more dialysate components with the water stream in a non-batch process; and a dialyzer system, comprising a dialyzer capable of being fluidly coupled to the stream of dialysate and a blood stream, the dialyzer having a membrane separating the stream of dialysate from the blood stream, the membrane facilitating dialysis of the blood stream; a plurality of pumps capable of pumping the stream of dialysate across the dialyzer; and a controller operatively coupled to the plurality of pumps, the controller capable of controlling a flow rate of the dialysate stream through one or more of the plurality of pumps to perform ultrafiltration, hemodiafiltration, or both, on the blood stream while the blood stream is undergoing dialysis.
Capacitor system, comprising: a first capacitor and a second capacitor having the same capacitance; a current limiter; wherein - a first terminal of the first capacitor and a first terminal of the second capacitor are connectable to a first busbar; - the second terminal of the first capacitor is coupled to a first terminal of the current limiter;, characterized in that - the second terminal of the second capacitor is coupled to a second terminal of the current limiter and - the current limiter has at least one third terminal connectable to a second busbar; and in that the current limiter comprises a first inductive element and a second inductive element having the same inductance and being magnetically coupled with opposite polarity. a first capacitor and a second capacitor having the same capacitance; a current limiter; wherein - a first terminal of the first capacitor and a first terminal of the second capacitor are connectable to a first busbar; - the second terminal of the first capacitor is coupled to a first terminal of the current limiter;, characterized in that - the second terminal of the second capacitor is coupled to a second terminal of the current limiter and - the current limiter has at least one third terminal connectable to a second busbar; and in that the current limiter comprises a first inductive element and a second inductive element having the same inductance and being magnetically coupled with opposite polarity. - a first terminal of the first capacitor and a first terminal of the second capacitor are connectable to a first busbar; - the second terminal of the first capacitor is coupled to a first terminal of the current limiter;, characterized in that - the second terminal of the second capacitor is coupled to a second terminal of the current limiter and - the current limiter has at least one third terminal connectable to a second busbar; and in that the current limiter comprises a first inductive element and a second inductive element having the same inductance and being magnetically coupled with opposite polarity.
A light emitting diode package, comprising: - a housing; - at least one light emitting diode chip configured to be disposed in the housing; - a first phosphor configured to be excited by the at least one light emitting diode chip to emit green light, wherein a peak wavelength of the green light of the first phosphor ranges from 520 to 570 nm; and - a second phosphor configured to be excited by the at least one light emitting diode chip to emit red light, wherein a peak wavelength of the red light of the second phosphor ranges from 610 to 650 nm, wherein white light is formed by a synthesis of light emitted from the light emitting diode chip, the first phosphor, and the second phosphor, the second phosphor is a phosphor having a chemical formula of A 2 MF 6:Mn 4+, the A is one of Li, Na, K, Rb, Ce, and NH 4, and the M is one of Si, Ti, Nb, and Ta, and characterized in that the Mn 4+ of the second phosphor has a range of the number of moles of 0.02 to 0.035 times of M. - a housing; - at least one light emitting diode chip configured to be disposed in the housing; - a first phosphor configured to be excited by the at least one light emitting diode chip to emit green light, wherein a peak wavelength of the green light of the first phosphor ranges from 520 to 570 nm; and - a second phosphor configured to be excited by the at least one light emitting diode chip to emit red light, wherein a peak wavelength of the red light of the second phosphor ranges from 610 to 650 nm,
Secondary liquid container for a motor vehicle, in particular a washing liquid container, with a filler pipe which is connected to the container and with a filling bleed line running approximately parallel to the filler pipe, the filler pipe and the filling bleed line being connected to the container via a single filling and bleeding connection, filling and bleeding being provided via one common connection cross section, wherein the filler pipe comprises a connection piece which is adapted cross-sectionally to the filling and bleeding connection, and wherein the connection piece forms a convergence of the filler pipe and of the filling bleed line to one common connection cross section characterized in that the filling bleed line is routed in the connection piece as far as the mouth cross section of the said connection piece separately from the filler pipe.
A vinyl alcohol-based copolymer, comprising a first repeating unit derived from an olefin; a second repeating unit represented by the following Chemical Formula 1 containing a hydroxyl group; and a third repeating unit represented by the following Chemical Formula 2 containing a cyanoalkyloxy group; wherein the third repeating unit is comprised in an amount of 2 mol% or more and less than 10 mol% with respect to 100 mol% of a total amount of the second repeating unit and the third repeating unit: in Chemical Formula 2, L is C 1-10 alkylene. a first repeating unit derived from an olefin; a second repeating unit represented by the following Chemical Formula 1 containing a hydroxyl group; and a third repeating unit represented by the following Chemical Formula 2 containing a cyanoalkyloxy group; wherein the third repeating unit is comprised in an amount of 2 mol% or more and less than 10 mol% with respect to 100 mol% of a total amount of the second repeating unit and the third repeating unit: in Chemical Formula 2, L is C 1-10 alkylene.