mhurhangee/patent-ind-claim-en huggingface dataset:
A method for verifying the primary structure of an intact or full-length protein through comparative analyses between ion clusters observed in mass spectra and a series of simulated ion clusters deduced from its putative chemical formula, the method comprising the steps of: preparing a protein sample for mass spectrometric analyses; collecting mass spectra of the protein sample; obtaining master ion cluster from a plurality of ion clusters in the massspectra; producing a series of simulated ion clusters according to the chemical formula of the protein; finding the best fit for the master ion cluster among the series of simulated ion clusters; and verifying if said best-fit simulated ion cluster corresponds to the chemical formula of the protein; wherein the master ion cluster is generated by location and summation of the plurality of ion clusters due to different charge states using computer algorithms. preparing a protein sample for mass spectrometric analyses; collecting mass spectra of the protein sample; obtaining master ion cluster from a plurality of ion clusters in the massspectra; producing a series of simulated ion clusters according to the chemical formula of the protein; finding the best fit for the master ion cluster among the series of simulated ion clusters; and verifying if said best-fit simulated ion cluster corresponds to the chemical formula of the protein; wherein the master ion cluster is generated by location and summation of the plurality of ion clusters due to different charge states using computer algorithms.
Process for preparing polyisocyanates containing iminooxadiazinedione groups, by oligomerizing at least one monomeric di- and/or triisocyanate in the presence of a) at least one catalyst, b) at least one additive (A) having a relative permittivity at 18°C to 30°C of less than 4.0, determined by the measurement method specified in the description, c) optionally further additives different from A, where the catalyst used comprises a tetraorganylammonium salt and/or tetraorganylphosphonium salt and where the anions of the tetraorganylammonium salt and/or tetraorganylphosphonium salt are selected from the group of di- and/or poly(hydrogen)fluorides ([F - × HF] m ]), where m possesses a numerical value of 0.001 to 2.000. a) at least one catalyst, b) at least one additive (A) having a relative permittivity at 18°C to 30°C of less than 4.0, determined by the measurement method specified in the description, c) optionally further additives different from A,
An electronic device (100; 200), comprising: a set of circuitry ; an antenna ; a first passive circuitry ; and a first switch (104; 202) having a first state and a second state , the first switch (104; 202) selectively operable to electrically couple the first passive circuitry across the antenna in the first state of the first switch and to electrically decouple the first passive circuitry from across the antenna in the second state of the first switch, characterized in that the set of circuity comprises a power supply circuit that provides wireless charging of a battery , in the first state of the first switch the antenna and the first passive circuitry form a passive electronic article surveillance, EAS circuit with a first resonant frequency and in the second state of the first switch the set of circuitry and the antenna form an inductive charger with a respective second resonant frequency that is different from the first resonant frequency. a set of circuitry ; an antenna ; a first passive circuitry ; and a first switch (104; 202) having a first state and a second state , the first switch (104; 202) selectively operable to electrically couple the first passive circuitry across the antenna in the first state of the first switch and to electrically decouple the first passive circuitry from across the antenna in the second state of the first switch, characterized in that the set of circuity comprises a power supply circuit that provides wireless charging of a battery , in the first state of the first switch the antenna and the first passive circuitry form a passive electronic article surveillance, EAS circuit with a first resonant frequency and in the second state of the first switch the set of circuitry and the antenna form an inductive charger with a respective second resonant frequency that is different from the first resonant frequency.
System comprising a side grid and a fastening element for fixing a component at said side grid comprising multiple rods (10.1), the fastening element comprising an upper holding section , a lower holding section and a middle section being arranged between the upper and lower holding section , wherein the upper and lower holding sections are adapted to encompass a rod (10.1) at an upper side in order to enable hanging arrangement of the fastening element on the side grid by a top-down movement and wherein the fastening element further comprises a lock portion , the lock portion being reversibly deformable between a locked and an unlocked state, the lock portion being further adapted to interact with a lower side of a rod (10.1) in the locked state in order to avoid unhooking of the fastening element in said locked state, characterized in that the lock portion has a tongue-like projection, is horizontally arranged and extends in a direction parallel to the rod (10.1) to be included in the upper hook-shaped end portion (21.1), wherein the lock portion laterally protrudes from a base portion (21.2) of the upper holding section .
An apparatus for dispensing a powdered material comprising: - a dispenser having a housing defining an inner cavity with an inlet and a dispensing opening ; - a vibrating system having a driver , the vibrating system being in communication to the dispenser to provide a continuing periodic oscillation of the dispenser ; and - a controller in communication with the driver of the vibrating system to control a frequency and an amplitude of the vibrations of the dispenser , characterized in that the apparatus further comprises - a displacement sensor coupled to the dispenser and configured to measure mechanical displacement rate of the dispenser and provide an input signal to the controller about the measured displacement rate of the dispenser , wherein the controller is configured to compare the measured displacement rate with a predetermined target displacement rate and amount of powdered material in the dispenser and to adjust the frequency and/or the amplitude of the vibrations based on the input signal from the displacement sensor such that the measured displacement rate matches the target displacement rate, wherein the dispenser has a curved channel or an elongated L-shaped channel formed between the inner cavity and the dispensing opening , and wherein the powdered material continuously flows out through the dispensing opening during vibration of the dispenser . - a dispenser having a housing defining an inner cavity with an inlet and a dispensing opening ; - a vibrating system having a driver , the vibrating system being in communication to the dispenser to provide a continuing periodic oscillation of the dispenser ; and - a controller in communication with the driver of the vibrating system to control a frequency and an amplitude of the vibrations of the dispenser , characterized in that the apparatus further comprises - a displacement sensor coupled to the dispenser and configured to measure mechanical displacement rate of the dispenser and provide an input signal to the controller about the measured displacement rate of the dispenser , wherein the controller is configured to compare the measured displacement rate with a predetermined target displacement rate and amount of powdered material in the dispenser and to adjust the frequency and/or the amplitude of the vibrations based on the input signal from the displacement sensor such that the measured displacement rate matches the target displacement rate, wherein the dispenser has a curved channel or an elongated L-shaped channel formed between the inner cavity and the dispensing opening , and wherein the powdered material continuously flows out through the dispensing opening during vibration of the dispenser .
A hearing device comprising a housing configured to be at least partially inserted into an ear canal of a user and comprising a vent , wherein the vent is configured to provide for venting between an inner region of the ear canal and an ambient environment outside the ear canal through the vent, an acoustic valve comprising a valve member configured to adjust an effective size of the vent and an actuator configured to actuate the valve member for adjustment of the effective size of the vent, an acoustic output transducer acoustically coupled to the inner region of the ear canal and configured to generate a sound output according to an audio signal supplied to the acoustic transducer, characterized by a control unit operatively connected to the actuator and the acoustic output transducer and configured to control the audio signal supplied to the acoustic output transducer such that the sound output is modified during adjustment of the valve member compared to the sound output during times with no adjustment of the valve member in a manner so as to reduce or eliminate the user's perception of sound resulting from adjustment of the valve member. a housing configured to be at least partially inserted into an ear canal of a user and comprising a vent , wherein the vent is configured to provide for venting between an inner region of the ear canal and an ambient environment outside the ear canal through the vent, an acoustic valve comprising a valve member configured to adjust an effective size of the vent and an actuator configured to actuate the valve member for adjustment of the effective size of the vent, an acoustic output transducer acoustically coupled to the inner region of the ear canal and configured to generate a sound output according to an audio signal supplied to the acoustic transducer, characterized by a control unit operatively connected to the actuator and the acoustic output transducer and configured to control the audio signal supplied to the acoustic output transducer such that the sound output is modified during adjustment of the valve member compared to the sound output during times with no adjustment of the valve member in a manner so as to reduce or eliminate the user's perception of sound resulting from adjustment of the valve member.
Oral care composition comprising: - a zinc salt having a solubility in water higher than 3.0·10 4 mg/L at 25 °C, - an isopropylmethylphenol which is o-cymen-5-ol - a glycyrrhizin derivative which is dipotassium glycyrrhizinate, and - water. - a zinc salt having a solubility in water higher than 3.0·10 4 mg/L at 25 °C, - an isopropylmethylphenol which is o-cymen-5-ol - a glycyrrhizin derivative which is dipotassium glycyrrhizinate, and - water.
An air suspension arrangement arranged to be connected between a vehicle axle and a vehicle chassis of a vehicle , said air suspension arrangement comprising a flexible bellows having an upper portion connectable to the vehicle chassis of the vehicle, and a bumper stop , characterized in that the air suspension arrangement further comprises a polymer member arranged between the bumper stop and the flexible bellows for connecting the bumper stop to the flexible bellows , wherein the polymer member is bonded to each of the bumper stop and the flexible bellows .
Method for decreasing hydrophobic particles in aqueous environment in paper or board manufacture, the method comprising: - preparing an aqueous stock comprising natural fibrous material, - feeding the stock to a wire section, where a fibrous web is formed by draining excess water through a wire, - adding a control chemical to aqueous environment at least in one dosage point between the preparation of the stock and the exit of the web from the wire section, characterised in that the hydrophobic particles are present in the aqueous environment at the time of addition of the control chemical, wherein the control chemical comprises performic acid as an equilibrium solution and the control chemical is added at least in one dosage point to the aqueous stock, which has consistency of at least 3 weight-%, in such amount that the total performic acid dosage is 0.2 - 2 kg/ton dry pulp. - preparing an aqueous stock comprising natural fibrous material, - feeding the stock to a wire section, where a fibrous web is formed by draining excess water through a wire, - adding a control chemical to aqueous environment at least in one dosage point between the preparation of the stock and the exit of the web from the wire section,
A method of expanding the operating range of a metrology system for measuring aspheric test objects comprising steps of: associating an optical wavefront propagator with a physical test object in a plurality of different relationships for conveying optical measurement wavefronts to the test object; acquiring partially overlapping optical wavefront measurements of the test object in each of the different relationships by measuring shapes of the measurement wavefronts with an optical wavefront-measuring gauge having a limited capture range of wavefront shapes; reshaping the measurement wavefront into an aspheric form with a variable optical aberrator between a limited number of the measurements in the different relationships to maintain the measurement wavefront within the capture range of the wavefront-measuring gauge; incorporating compensators representing systematic errors attributable to the variable optical aberrator, in an operation for assembling, the partially overlapping measurements into a composite measurement, and acquiring values for the compensators in the operation for reducing differences between overlapping portions of the measurements that are at least partially attributable to the reshaping of the measurement wavefront by the variable optical aberrator. associating an optical wavefront propagator with a physical test object in a plurality of different relationships for conveying optical measurement wavefronts to the test object; acquiring partially overlapping optical wavefront measurements of the test object in each of the different relationships by measuring shapes of the measurement wavefronts with an optical wavefront-measuring gauge having a limited capture range of wavefront shapes; reshaping the measurement wavefront into an aspheric form with a variable optical aberrator between a limited number of the measurements in the different relationships to maintain the measurement wavefront within the capture range of the wavefront-measuring gauge; incorporating compensators representing systematic errors attributable to the variable optical aberrator, in an operation for assembling, the partially overlapping measurements into a composite measurement, and acquiring values for the compensators in the operation for reducing differences between overlapping portions of the measurements that are at least partially attributable to the reshaping of the measurement wavefront by the variable optical aberrator.
Method for operating a heating apparatus , wherein the heating apparatus has an operating characteristic with a fixed off time (t s ) within which the heating apparatus does not react to pulsed control signals (CS) with two values and with defined pulse lengths of a control device , characterized by the steps of: - reading in and feeding an ambient temperature (T) to the control device , wherein, if the control device attempts to actuate the heating apparatus within the off time (t s ), the pulsed control signals (CS) of the control device are ignored, wherein a controller signal (S 1 ) of the control device is corrected in a defined manner in such a way that the pulse length of the pulsed control signal (CS) is shortened in a defined manner after the off time (ts) has elapsed. - reading in and feeding an ambient temperature (T) to the control device , wherein, if the control device attempts to actuate the heating apparatus within the off time (t s ), the pulsed control signals (CS) of the control device are ignored, wherein a controller signal (S 1 ) of the control device is corrected in a defined manner in such a way that the pulse length of the pulsed control signal (CS) is shortened in a defined manner after the off time (ts) has elapsed.
Lithium cobalt oxide powder for use as an active positive electrode material in lithium-ion batteries, having a d50 of more than 15 μm, a specific surface area (BET) of less than 0.2 m 2 /g, an OH - content measured by acid-base titration of an aqueous dispersion of the lithium cobalt oxide powder between 0.010 and 0.015 wt%, more preferably between 0.0125 and 0.015, said lithium cobalt oxide powder further comprising Mg as doping element with a Mg to Co atomic ratio between 0.001 and 0.05, said powder being characterized in that it has a Li to Co atomic ratio between 0.980 and 1.010 and a Li to the sum of Co and Mg atomic ratio between 0.980 and less than 1.000.
A method of delivering video content to a client device from a server , said video content comprising a sequence of segments and wherein each of the segments is encoded at a plurality of bit rates, said method comprising: a) receiving information at the client device about each segment, wherein the information comprises the bit rates, the duration, and a viewer importance parameter associated with each segment; b) estimating the network bit rate between the server and the client device; c) calculating the time available to download a first segment, using the duration of the video content buffered at the client device, the duration of said first segment, and the minimum buffer duration to avoid buffer underflow; d) determining a maximum segment bit rate in dependence on the estimated network bitrate, on the duration of said first segment, and on the time available to download; e) scaling the maximum segment bit rate by applying a rate scale factor to the determined maximum segment bit rate, wherein the rate scale factor is at least dependent on the viewer importance parameter associated with the first segment; f) identifying and selecting a bit rate for the first segment that is no greater than the scaled maximum segment bitrate; g) delivering the identified first segment to the client device; whereby, when the viewer importance parameter associated with said first segment is higher than the viewer importance parameter associated with a second segment, the identified bit rate is higher for the first segment than for the second segment. a) receiving information at the client device about each segment, wherein the information comprises the bit rates, the duration, and a viewer importance parameter associated with each segment; b) estimating the network bit rate between the server and the client device; c) calculating the time available to download a first segment, using the duration of the video content buffered at the client device, the duration of said first segment, and the minimum buffer duration to avoid buffer underflow; d) determining a maximum segment bit rate in dependence on the estimated network bitrate, on the duration of said first segment, and on the time available to download; e) scaling the maximum segment bit rate by applying a rate scale factor to the determined maximum segment bit rate, wherein the rate scale factor is at least dependent on the viewer importance parameter associated with the first segment; f) identifying and selecting a bit rate for the first segment that is no greater than the scaled maximum segment bitrate; g) delivering the identified first segment to the client device; whereby, when the viewer importance parameter associated with said first segment is higher than the viewer importance parameter associated with a second segment, the identified bit rate is higher for the first segment than for the second segment.
A method for forming a laminate structure, comprising: uniformly applying an isocyanate component to a first substrate, the isocyanate component comprising at least one isocyanate; uniformly applying a polyol component to a second substrate, the polyol component comprising at least one amine-initiated polyol comprising primary hydroxyl groups and a backbone incorporating tertiary amines, wherein the amine-initiated polyol has the structure I: wherein R 1 , R 2 , and R 3 are independently a linear or branched alkyl group; bringing the first and second substrates together, thereby mixing and reacting the isocyanate component and the polyol component to form an adhesive between the first and second substrates; and curing the adhesive to bond the first and second substrates. wherein R 1 , R 2 , and R 3 are independently a linear or branched alkyl group; bringing the first and second substrates together, thereby mixing and reacting the isocyanate component and the polyol component to form an adhesive between the first and second substrates; and curing the adhesive to bond the first and second substrates.
An electrical machine having a stator and a housing , having an electrically insulating torque support , which mechanically connects the stator to the housing , characterised in that a shaft of a rotor of the electrical machine has a flange made of electrically insulating material, wherein the flange of the shaft is connected to a flange of a bearing shaft , and the bearing shaft is received in a bearing arranged in the housing . an electrically insulating torque support , which mechanically connects the stator to the housing , characterised in that a shaft of a rotor of the electrical machine has a flange made of electrically insulating material, wherein the flange of the shaft is connected to a flange of a bearing shaft , and the bearing shaft is received in a bearing arranged in the housing .
A container inspection system, comprising: a quay crane , comprising: an inspection platform , provided with a plurality of stations; and a first hoisting component , for hoisting a container and transporting the container to at least one of the plurality of stations; and an inspection device , disposed on the inspection platform and configured to switch among the plurality of stations, to perform scanning inspection on the container on each of the plurality of stations, respectively; characterized in that : the container inspection system further comprises: a switching device, drivingly connecting with the inspection device and configured to drive the inspection device to rotate relative to the inspection platform , so that the inspection device switches from one to another of the plurality of stations. a quay crane , comprising: an inspection platform , provided with a plurality of stations; and a first hoisting component , for hoisting a container and transporting the container to at least one of the plurality of stations; and an inspection platform , provided with a plurality of stations; and a first hoisting component , for hoisting a container and transporting the container to at least one of the plurality of stations; and an inspection device , disposed on the inspection platform and configured to switch among the plurality of stations, to perform scanning inspection on the container on each of the plurality of stations, respectively; characterized in that : the container inspection system further comprises: a switching device, drivingly connecting with the inspection device and configured to drive the inspection device to rotate relative to the inspection platform , so that the inspection device switches from one to another of the plurality of stations.
Luminaire element in a luminaire for an elongate or rod-shaped lamp , the luminaire element consisting of at least two functionally and materially different regions (9; 10), the luminaire element comprising a fastening means for releasable fastening in a housing of the luminaire and being provided as an element for influencing the light emitted by the lamp, the regions (9; 10) being integrally connected to one another as a coextruded profile, a first region of the regions (9; 10) being a reflector , characterized in that an elongate opening for the lamp is provided such that an upper region of the first region extends on both sides of the elongate opening.