mhurhangee/ep-ind-claims huggingface dataset:
A system for adjusting an output parameter of a secondary battery, the system comprising: a voltage measurement unit, a current measurement unit, and a temperature measurement unit, configured to measure a voltage, a current, and a temperature of the secondary battery, respectively; and a control unit configured to be electrically connected with the voltage measurement unit, the current measurement unit, and the temperature measurement unit, wherein the control unit is configured to receive a measurement result from the voltage measurement unit, the current measurement unit, and the temperature measurement unit and determine a voltage, a current, and a temperature of the secondary battery during discharging of the secondary battery, to determine a state of charge of the secondary battery using the current, to determine a derating target current value from a maximum value of a predefined resistance change rate, which corresponds to the state of charge and the temperature, and from an output maintaining time, for the voltage of the secondary battery to decrease to a preset threshold voltage or lower, and to provide an output parameter comprising at least one of the derating target current value and a derating target output value determined therefrom to a control system of a load device supplied with power from the secondary battery. a voltage measurement unit, a current measurement unit, and a temperature measurement unit, configured to measure a voltage, a current, and a temperature of the secondary battery, respectively; and a control unit configured to be electrically connected with the voltage measurement unit, the current measurement unit, and the temperature measurement unit, wherein the control unit is configured to receive a measurement result from the voltage measurement unit, the current measurement unit, and the temperature measurement unit and determine a voltage, a current, and a temperature of the secondary battery during discharging of the secondary battery, to determine a state of charge of the secondary battery using the current, to determine a derating target current value from a maximum value of a predefined resistance change rate, which corresponds to the state of charge and the temperature, and from an output maintaining time, for the voltage of the secondary battery to decrease to a preset threshold voltage or lower, and to provide an output parameter comprising at least one of the derating target current value and a derating target output value determined therefrom to a control system of a load device supplied with power from the secondary battery.
Audio encoder for receiving an audio input signal and for generating a bit stream to be transmitted to a decoder, comprising: a warp parameter extractor for estimating a warp parameter sequence, wherein the warp parameter sequence comprises a sequence of warp parameters, wherein each warp parameter describes a finite length interval of the audio signal; a warp transformer for receiving the warp parameter sequence and for deriving a time warped spectral representation of the audio input signal; a perceptual model calculator for receiving the audio input signal; a warp coder for encoding the warp parameter sequence to reduce its size during a transmission of an encoded warp parameter sequence within a bit stream; an encoder for receiving the time-warped spectral representation for quantization to obtain an encoded time-warped spectral representation of the audio input signal, wherein the encoder is controlled by the perceptual model calculator; and a multiplexer for receiving and multiplexing the encoded warp parameter sequence and the encoded time-warped spectral representation of the audio input signal. a warp parameter extractor for estimating a warp parameter sequence, wherein the warp parameter sequence comprises a sequence of warp parameters, wherein each warp parameter describes a finite length interval of the audio signal; a warp transformer for receiving the warp parameter sequence and for deriving a time warped spectral representation of the audio input signal; a perceptual model calculator for receiving the audio input signal; a warp coder for encoding the warp parameter sequence to reduce its size during a transmission of an encoded warp parameter sequence within a bit stream; an encoder for receiving the time-warped spectral representation for quantization to obtain an encoded time-warped spectral representation of the audio input signal, wherein the encoder is controlled by the perceptual model calculator; and a multiplexer for receiving and multiplexing the encoded warp parameter sequence and the encoded time-warped spectral representation of the audio input signal.
A liquid detergent composition comprising: (a) an aqueous medium; (b) about 5 wt% to about 45 wt% of a surfactant system; (c) about 0.1 wt% to about 10 wt% of a builder component; (d) about 0.01 wt% to about 1 wt% of an external structuring agent, comprising particulate cellulose material containing, by dry weight, at least 60 % cellulose, 0.5-10 % pectin and 1-15 % hemicellulose, and has a volume-weighted median particle dimension within the range of 25-75 μm, as measured by laser light diffractometry; and (e) another ingredient selected from enzymes, foam stabilizers, colorants, colorant stabilizers, fragrances, anti-redeposition polymers, pH adjusting agents, pearlescers, opacifiers, viscosity modifiers, preservatives, and natural hair nutrients. (a) an aqueous medium; (b) about 5 wt% to about 45 wt% of a surfactant system; (c) about 0.1 wt% to about 10 wt% of a builder component; (d) about 0.01 wt% to about 1 wt% of an external structuring agent, comprising particulate cellulose material containing, by dry weight, at least 60 % cellulose, 0.5-10 % pectin and 1-15 % hemicellulose, and has a volume-weighted median particle dimension within the range of 25-75 μm, as measured by laser light diffractometry; and (e) another ingredient selected from enzymes, foam stabilizers, colorants, colorant stabilizers, fragrances, anti-redeposition polymers, pH adjusting agents, pearlescers, opacifiers, viscosity modifiers, preservatives, and natural hair nutrients.
A film from which a package can be produced, in particular for food, optical glasses, individual parts for bioreactors, solar panels, medical devices and pharmaceutical products, consisting of at least two plastic layers (5, 6), which are joined together in a coextrusion tool to form the film, - wherein an additive is present in one of the layers (5 or 6) in a metered quantity and in that the material pairing between the first and second layer (5, 6) has a separation plane with a low adhesion force, such that the respective first layer (13 1; 14 1) of the two layers (5, 6) facing the separation plane is formed from a polymer pairing or from incompatible polymers which have no or low adhesion forces, preferably from the material pairings polyolefin/PA, polyolefin/EVOH or polyolefin/PET, - and in that the first and second layers (5, 6) can be separated from one another in the separation plane in a non-destructive manner in such a way that the film can be divided into two film webs (11, 12) characterized in that the second layer consists of several different layers (14 1, 14 2,...14 n) and in that the first layer (14 1) facing the separation plane has a thinner wall thickness than the subsequent layers (14 2,...14 n). consisting of at least two plastic layers (5, 6), which are joined together in a coextrusion tool to form the film, - wherein an additive is present in one of the layers (5 or 6) in a metered quantity and in that the material pairing between the first and second layer (5, 6) has a separation plane with a low adhesion force, such that the respective first layer (13 1; 14 1) of the two layers (5, 6) facing the separation plane is formed from a polymer pairing or from incompatible polymers which have no or low adhesion forces, preferably from the material pairings polyolefin/PA, polyolefin/EVOH or polyolefin/PET, - and in that the first and second layers (5, 6) can be separated from one another in the separation plane in a non-destructive manner in such a way that the film can be divided into two film webs (11, 12) - wherein an additive is present in one of the layers (5 or 6) in a metered quantity and in that the material pairing between the first and second layer (5, 6) has a separation plane with a low adhesion force, such that the respective first layer (13 1; 14 1) of the two layers (5, 6) facing the separation plane is formed from a polymer pairing or from incompatible polymers which have no or low adhesion forces, preferably from the material pairings polyolefin/PA, polyolefin/EVOH or polyolefin/PET, - and in that the first and second layers (5, 6) can be separated from one another in the separation plane in a non-destructive manner in such a way that the film can be divided into two film webs (11, 12) characterized in that the second layer consists of several different layers (14 1, 14 2,...14 n) and in that the first layer (14 1) facing the separation plane has a thinner wall thickness than the subsequent layers (14 2,...14 n).
Method for operating a gas discharge lamp, wherein the gas discharge lamp has a discharge vessel, into the cavity of which two electrodes (4a, 4b) protrude, and a capacitive auxiliary ignition element, wherein - during ignition of the gas discharge lamp, a DC voltage superimposed with a high-frequency AC voltage is applied to the electrodes (4a, 4b), - the magnitude of the DC voltage is increased in a ramp-like manner over time, - the DC voltage ramp is passed through within a maximum of 1 s, - the DC voltage is adjusted to a voltage level in terms of magnitude of a maximum of 8 kV, and - the high-frequency AC voltage has a peak amplitude between 3 kV and 6 kV. - during ignition of the gas discharge lamp, a DC voltage superimposed with a high-frequency AC voltage is applied to the electrodes (4a, 4b), - the magnitude of the DC voltage is increased in a ramp-like manner over time, - the DC voltage ramp is passed through within a maximum of 1 s, - the DC voltage is adjusted to a voltage level in terms of magnitude of a maximum of 8 kV, and - the high-frequency AC voltage has a peak amplitude between 3 kV and 6 kV.
A flap fitting, in particular for an item of furniture, wherein the flap fitting can be arranged on a body, wherein the flap fitting comprises a main body, on which a supporting lever is indirectly or directly rotatably mounted, and a pivotably mounted control lever, wherein the supporting lever and the control lever can be articulated with a flap on an attachment via spaced-apart axes of rotation (61, 71), whereby a damper is provided on the attachment, which can be actuated via a movement of the supporting lever and/or the control lever during an opening movement of the flap before reaching the maximally open position, and which is formed as a linear damper having a damper housing and a piston rod held displaceably on the damper housing and the damper is pre-tensioned by a spring in an extended position, whereby a force accumulator is provided, which pre-tensions the flap in a closed position in the closing direction, characterized in that the force accumulator pre-tensions the flap in an opening range in the opening direction and that a guide, along which the damper is retractable or extendable in order to prevent lateral forces on the damper, is provided on the attachment.
Device for damping torsional oscillations, comprising: - a support able to move in rotation about an axis, - at least a first and a second pendulum mass these being axially spaced from one another and able to move with respect to the support, the first pendulum mass being positioned on a first side of the support and the second pendulum mass being positioned on a second side of the support, - two connecting members connecting the first and the second pendulum masses to pair said masses, the connecting members being angularly spaced relative to one another, each connecting member being housed in part in an opening formed in the support, and each connecting member extending angularly in the anticlockwise direction from a first (5.1) towards a second (5.2) end of said connecting member, characterized in that each connecting member is associated with an end-stop member for the travel of the pendulum masses (3, 4) with respect to the support, the end-stop member associated with one of the connecting members being closer to the first (5.1) than to the second (5.2) end of this connecting member, whereas the end-stop member associated with the other connecting member is closer to the second (5.2) than to the first (5.1) end of this other connecting member. - a support able to move in rotation about an axis, - at least a first and a second pendulum mass these being axially spaced from one another and able to move with respect to the support, the first pendulum mass being positioned on a first side of the support and the second pendulum mass being positioned on a second side of the support, - two connecting members connecting the first and the second pendulum masses to pair said masses, the connecting members being angularly spaced relative to one another, each connecting member being housed in part in an opening formed in the support, and each connecting member extending angularly in the anticlockwise direction from a first (5.1) towards a second (5.2) end of said connecting member, characterized in that each connecting member is associated with an end-stop member for the travel of the pendulum masses (3, 4) with respect to the support, the end-stop member associated with one of the connecting members being closer to the first (5.1) than to the second (5.2) end of this connecting member, whereas the end-stop member associated with the other connecting member is closer to the second (5.2) than to the first (5.1) end of this other connecting member.
An IV access device comprising: a catheter adapter from which a catheter extends distally, the catheter adapter including a wing; and a needle hub from which a needle extends distally, the needle hub being configured to be coupled to the catheter adapter such that the needle extends through the catheter; wherein the needle hub further includes a paddle grip oriented at an angle and configured to lift the wing to a corresponding angle. a catheter adapter from which a catheter extends distally, the catheter adapter including a wing; and a needle hub from which a needle extends distally, the needle hub being configured to be coupled to the catheter adapter such that the needle extends through the catheter; wherein the needle hub further includes a paddle grip oriented at an angle and configured to lift the wing to a corresponding angle.
A method of resetting a device, comprising the steps of: (a) transmitting, by the device, an error signal to a control unit; (b) receiving, by the control unit, the error signal; (c) outputting, by the control unit, an acknowledgment signal; (d) receiving, by the device, the acknowledgment signal; characterized in that the method further comprises the steps of: (e) outputting, by the device, an inquiry signal in response to the acknowledgment signal received; (f) receiving, by the control unit, the inquiry signal; (g) generating and outputting, by the control unit, a reply signal based on the inquiry signal received and based on a password stored in the control unit; (h) receiving, by the device, the reply signal; (i) generating, by the device, a comparison result based on the reply signal received, based on an information of the inquiry signal, and based on a password stored in the device; and (j) activating a reset mechanism in the device based on the comparison result. (a) transmitting, by the device, an error signal to a control unit; (b) receiving, by the control unit, the error signal; (c) outputting, by the control unit, an acknowledgment signal; (d) receiving, by the device, the acknowledgment signal; (e) outputting, by the device, an inquiry signal in response to the acknowledgment signal received; (f) receiving, by the control unit, the inquiry signal; (g) generating and outputting, by the control unit, a reply signal based on the inquiry signal received and based on a password stored in the control unit; (h) receiving, by the device, the reply signal; (i) generating, by the device, a comparison result based on the reply signal received, based on an information of the inquiry signal, and based on a password stored in the device; and (j) activating a reset mechanism in the device based on the comparison result.
A method of producing a paperboard comprising a top layer, a back layer and a middle layer, said method comprising the steps of: - forming a middle layer furnish comprising an OCC pulp, a chemithermomechanical pulp (CTMP) and broke pulp; and - forming said middle layer from said middle layer furnish, wherein, in the middle layer furnish, the amount of OCC pulp is higher than the amount of CTMP, which is higher than the amount of broke pulp as per dry weight and wherein the combined amount of OCC pulp, CTMP and broke pulp constitutes at least 88% as per dry weight of the middle layer furnish and wherein the OCC pulp constitutes more than 35% by dry weight of the middle layer furnish, the CTMP constitutes at least 25% by dry weight of the middle layer furnish and the broke pulp constitutes at least 13% by dry weight of the middle layer furnish. - forming a middle layer furnish comprising an OCC pulp, a chemithermomechanical pulp (CTMP) and broke pulp; and - forming said middle layer from said middle layer furnish, wherein, in the middle layer furnish, the amount of OCC pulp is higher than the amount of CTMP, which is higher than the amount of broke pulp as per dry weight and wherein the combined amount of OCC pulp, CTMP and broke pulp constitutes at least 88% as per dry weight of the middle layer furnish and wherein the OCC pulp constitutes more than 35% by dry weight of the middle layer furnish, the CTMP constitutes at least 25% by dry weight of the middle layer furnish and the broke pulp constitutes at least 13% by dry weight of the middle layer furnish.
A two-component curable composition comprising: a component A comprising at least one isocyanate-reactive composition, and a component B wherein component B is an isocyanate functional composition comprising: a) an isocyanate material comprising a polyisocyanate, wherein the polyisocyanate comprise polymeric diphenylmethanediisocyanate, isocyanate functional pre-polymer, or mixtures thereof, has an average isocyanate functionality of at least 2; and b) a polyvinyl acetate homopolymer; wherein the polyisocyanate has a viscosity of at least 10 mPa·sec measured on a Brookfield viscometer at 20 RPM with spindle 6 at 25°C, conditioned for at least 12 hours at 25°C with spindle 6, prior to the addition of the polyvinyl acetate homopolymer, wherein component B is a homogeneous mixture at 50°C, wherein component B has a component B viscosity in a range of 500 mPa·sec to 300,000 mPa·sec measured on a Brookfield viscometer at 20 RPM with spindle 6 at 25°C, conditioned for at least 12 hours at 25°C with RV Spindle 6, and wherein the amount of component b) ranges up to 35 weigh percent in component B. a) an isocyanate material comprising a polyisocyanate, wherein the polyisocyanate comprise polymeric diphenylmethanediisocyanate, isocyanate functional pre-polymer, or mixtures thereof, has an average isocyanate functionality of at least 2; and b) a polyvinyl acetate homopolymer; wherein the polyisocyanate has a viscosity of at least 10 mPa·sec measured on a Brookfield viscometer at 20 RPM with spindle 6 at 25°C, conditioned for at least 12 hours at 25°C with spindle 6, prior to the addition of the polyvinyl acetate homopolymer, wherein component B is a homogeneous mixture at 50°C, wherein component B has a component B viscosity in a range of 500 mPa·sec to 300,000 mPa·sec measured on a Brookfield viscometer at 20 RPM with spindle 6 at 25°C, conditioned for at least 12 hours at 25°C with RV Spindle 6, and wherein the amount of component b) ranges up to 35 weigh percent in component B.
Timepiece display mechanism including at least a first retrograde drive means for a first display member displaying a first magnitude, and a second retrograde drive means for a second display member displaying a second magnitude, said first retrograde drive means including a first drive rack arranged to exert, directly or indirectly, on a first mobile component driving said first display member, an opposite force to a resistance force exerted by a first return rack, and said second retrograde drive means including a second drive rack arranged to exert, directly or indirectly, on a second mobile component driving said second display member, an opposite force to a resistance force exerted by a second return rack, the pivot axis of said first drive rack being remote from the pivot axis of said first return rack and/or the pivot axis of said second drive rack being remote from the pivot axis of said second return rack, characterized in that said first retrograde drive means includes a first cam including a first ramp arranged to drive a first feeler arm comprised in said first drive rack in an operating stroke in a first drive direction of said first display member, and which includes, on the largest diameter of said first ramp, a threshold followed by a recess for uncoupling of said first drive rack arranged to allow said first feeler arm to return to the smallest diameter of said ramp by means of a return torque exerted indirectly on said first drive rack by said first return rack during an idle return stroke of said first return rack, and in that said first retrograde drive means is arranged to drive said second retrograde drive means by means of a click carrying a drive finger arranged to drive an input mobile component comprised in said second retrograde drive means during said idle return travel.
A nanogel comprising nanoparticles, individual and/or inter connected, having a core and a shell; wherein the nanoparticles comprise self-assembled dendritic containing polymers having a scaffold architecture of dendritic linear dendritic wherein the degree of branching of the hydrophobic segment is <1 and wherein the dendritic segments form the core and the linear hydrophilic segment forms the shell; wherein the hydrophilic segment is or comprises polyethylene glycol and the hydrophobic segments are dendritic 2,2-Bis(hydroxymethyl)propionic acid (bis-MPA) molecules modified with allyl groups; wherein the core of said nanoparticles is either anionic, cationic, hydrophilic and/or hydrophobic; and wherein the hydrophobic segments are crosslinked via said allyl groups. wherein the nanoparticles comprise self-assembled dendritic containing polymers having a scaffold architecture of dendritic linear dendritic wherein the degree of branching of the hydrophobic segment is <1 and wherein the dendritic segments form the core and the linear hydrophilic segment forms the shell; wherein the hydrophilic segment is or comprises polyethylene glycol and the hydrophobic segments are dendritic 2,2-Bis(hydroxymethyl)propionic acid (bis-MPA) molecules modified with allyl groups; wherein the core of said nanoparticles is either anionic, cationic, hydrophilic and/or hydrophobic; and wherein the hydrophobic segments are crosslinked via said allyl groups.