mhurhangee/ep-ind-claims huggingface dataset:
A solid oxide cell operating method, wherein the SOC can at least be operated in a SOEC operating mode, characterized in that in the SOEC operating mode, the SOC is run at a thermoneutral operating point, wherein the SOC is regulated at the operating point by a pulse-width modulation of the supplied electrical power with a period duration T of a pulse, which is less than the time which the reagents need to pass a stack active region of the SOC and a duty cycle is specified as a function of a measured temperature of the SOC.
An actuator comprising an electric motor having cogging torque, and a controller configured to control operation of the electric motor and determine a motor position of the electric motor, wherein the controller comprises a circuit configured to control the electric motor to drive an actuated part of a Heating, Ventilating, and Air Conditioning system to a target position and maintain a current motor position by determining from a set of stable positions (P1, P2) defined by the cogging torque a selected stable position (P1, P2) closest to the current motor position, and controlling a motor torque of the electric motor to maintain the motor position within a defined range (R1, R2) around the selected stable position (P1, P2).
A computer program comprising instructions which, when the program is executed by a computer, cause the a computer to execute a process for sensing a change in a state of an object or an environment represented by multidimensional time series data measured by a sensor based on an attractor generated therefrom, comprising: reading, from a storage, multidimensional time series data that includes values of sets of time series data at each of times included in a first period; generating an attractor containing a plurality of points, each of the plurality of points representing values of the sets of time series data at a time included in the first period; generating, by performing a persistent homology process on the attractor, barcode data of each hole dimension, wherein a hole indicates an element in a homology group and the barcode data indicates a birth radius and a death radius of a hole for each hole dimension; generating Betti number sequence data from the barcode data, wherein the Betti number sequence data represents a relationship between an interval between the birth radius and the death radius, and a Betti number representing a number of holes for each hole dimension; characterized by calculating a distance between the generated Betti number sequence data and another Betti number sequence data that is generated for a second period that is a predetermined time before the first period; and outputting, when the distance is equal to or larger than a predetermined value, information indicating that a change in a state that is represented by the multidimensional time series data has occurred during the first period. reading, from a storage, multidimensional time series data that includes values of sets of time series data at each of times included in a first period; generating an attractor containing a plurality of points, each of the plurality of points representing values of the sets of time series data at a time included in the first period; generating, by performing a persistent homology process on the attractor, barcode data of each hole dimension, wherein a hole indicates an element in a homology group and the barcode data indicates a birth radius and a death radius of a hole for each hole dimension; generating Betti number sequence data from the barcode data, wherein the Betti number sequence data represents a relationship between an interval between the birth radius and the death radius, and a Betti number representing a number of holes for each hole dimension; characterized by calculating a distance between the generated Betti number sequence data and another Betti number sequence data that is generated for a second period that is a predetermined time before the first period; and outputting, when the distance is equal to or larger than a predetermined value, information indicating that a change in a state that is represented by the multidimensional time series data has occurred during the first period.
Clamping band roll with a wound clamping band, which has the following components: - a flexible, strip-shaped carrier, - at least one flat first magnetic element on a first flat side of the carrier and at least one flat second magnetic element on the first flat side of the carrier, wherein the first magnetic element and the second magnetic element are arranged on the carrier, leaving a free space strip extending in the longitudinal direction of the carrier, and wherein the first magnetic element and/or the second magnetic element each comprise flexible magnetic strips (1, 2) which extend in the longitudinal direction of the carrier, - optionally at least one adhesive element on a second flat side of the carrier, wherein the clamping band is wound in a winding direction in which the first magnetic element and the second magnetic element in the clamping band roll are each arranged radially inwards with respect to the carrier. - a flexible, strip-shaped carrier, - at least one flat first magnetic element on a first flat side of the carrier and at least one flat second magnetic element on the first flat side of the carrier, wherein the first magnetic element and the second magnetic element are arranged on the carrier, leaving a free space strip extending in the longitudinal direction of the carrier, and wherein the first magnetic element and/or the second magnetic element each comprise flexible magnetic strips (1, 2) which extend in the longitudinal direction of the carrier, wherein the first magnetic element and the second magnetic element are arranged on the carrier, leaving a free space strip extending in the longitudinal direction of the carrier, and wherein the first magnetic element and/or the second magnetic element each comprise flexible magnetic strips (1, 2) which extend in the longitudinal direction of the carrier, - optionally at least one adhesive element on a second flat side of the carrier,
A bicycle transport container, particularly a bicycle transport box, comprising an outer container, particularly an outer box, and a base element, arranged within the outer container, for holding a bicycle frame, particularly with the rear wheel mounted, wherein the base element comprises a bottom element supported on a bottom portion of the outer container, wherein the outer container comprises an openable side portion so that the base element together with the preferably pre-assembled bicycle can be laterally pulled out from the outer container, and characterized in that the base element comprises an inside-leg measurement system for adjusting a seat height of a bicycle saddle, comprising a base element comprising a vertically extending slot, a seat height scale arranged, at least on one side, laterally of the slot on a surface of the base element, and a measuring element comprising a guiding projection, adapted to be inserted into the slot, for vertical displacement of the measuring element in the slot, and comprising a measuring projection, connected to the guiding projection, for measuring an inside leg height. an outer container, particularly an outer box, and a base element, arranged within the outer container, for holding a bicycle frame, particularly with the rear wheel mounted, wherein the base element comprises a bottom element supported on a bottom portion of the outer container, wherein the outer container comprises an openable side portion so that the base element together with the preferably pre-assembled bicycle can be laterally pulled out from the outer container, and characterized in that the base element comprises an inside-leg measurement system for adjusting a seat height of a bicycle saddle, comprising a base element comprising a vertically extending slot, a seat height scale arranged, at least on one side, laterally of the slot on a surface of the base element, and a measuring element comprising a guiding projection, adapted to be inserted into the slot, for vertical displacement of the measuring element in the slot, and comprising a measuring projection, connected to the guiding projection, for measuring an inside leg height.
Automatic impedance-matching method for a radiofrequency reception chain comprising: an antenna, an amplifier and a configurable impedance-matching network arranged between said antenna and an input of said amplifier, the method comprising the following steps: a) acquiring at least one measurement of the gain of the reception chain and of the noise level at the output of the amplifier; and b) tuning said matching network according to said measurements; characterized in that said step b) comprises the following sub-steps: b1) determining an impedance (Z S) seen from the input of the amplifier on the basis of the measurements from step a); b2) calculating an impedance (Z ANT) of the antenna on the basis of the impedance determined in the preceding sub-step and of the transfer function of the impedance-matching network; and b3) tuning said matching network so as to perform impedance matching between the antenna and the amplifier. a) acquiring at least one measurement of the gain of the reception chain and of the noise level at the output of the amplifier; and b) tuning said matching network according to said measurements; b1) determining an impedance (Z S) seen from the input of the amplifier on the basis of the measurements from step a); b2) calculating an impedance (Z ANT) of the antenna on the basis of the impedance determined in the preceding sub-step and of the transfer function of the impedance-matching network; and b3) tuning said matching network so as to perform impedance matching between the antenna and the amplifier.
A method of canceling an offset of a signal conditioning circuit coupled to an input of a multi-stage analog-to-digital converter, ADC, circuit, the method comprising: sampling an analog input signal and the offset; performing, by a first stage of the ADC circuit, a first conversion on the sampled analog input signal and offset; shorting an input of the signal conditioning circuit to determine its offset before it is subtracted from the sum of the sampled analog input signal and the offset; concurrently canceling the offset by subtracting the offset from the sum of the sampled analog input signal and the offset and amplifying a residue of the sampled analog input signal; performing, by a second stage of the ADC circuit, a second conversion on the residue of the sampled analog input signal; and generating a digital output signal representing the sampled analog input signal. sampling an analog input signal and the offset; performing, by a first stage of the ADC circuit, a first conversion on the sampled analog input signal and offset; shorting an input of the signal conditioning circuit to determine its offset before it is subtracted from the sum of the sampled analog input signal and the offset; concurrently canceling the offset by subtracting the offset from the sum of the sampled analog input signal and the offset and amplifying a residue of the sampled analog input signal; performing, by a second stage of the ADC circuit, a second conversion on the residue of the sampled analog input signal; and generating a digital output signal representing the sampled analog input signal.
Mounting device for a hydraulic oil-air cooler, having cooling elements, preferably comprising aluminium plates and rods, which are flowed through by the hydraulic oil and are combined to form a parallelepiped assembly, and a box-shaped hydraulic oil distributor section, which distributor section extends over the one end side of the assembly, and a box-shaped header section for cooled hydraulic oil, which header section extends over the other end side of the assembly, the mounting device being configured in the form of a cast aluminium block, characterized in that the cast aluminium block is fastened releasably on one side to a mounting rail of the box-shaped header section and can be connected on the other side to a hydraulic oil container which receives the cooled hydraulic oil, the mounting device having a connector for a hydraulic oil suction line and, furthermore, being equipped with separate connectors (12, 13, 14, 15) which are configured for connecting the mounting device to at least one leakage oil circuit, an equalizing container and a vent valve.
A method of producing a toner comprising toner particles containing a binder resin composed of a non-crystalline polyester resin having a crosslinking structure and a crystalline polyester resin, the method comprising steps of: a process to form an oil phase liquid by dissolving or dispersing a non-crystalline polyester resin having a polymerizable unsaturated double bond and a crystalline polyester resin in an organic solvent, a process to form an aqueous dispersion liquid of oil droplets of the oil phase liquid by dispersing the oil phase liquid in an aqueous medium, a process to form oil droplets containing the non-crystalline polyester resin having a crosslinking structure by adding a water-soluble radical polymerization initiator to the aqueous dispersion liquid of oil droplets, and an organic solvent removing process to form toner particles by removing organic solvent. a process to form an oil phase liquid by dissolving or dispersing a non-crystalline polyester resin having a polymerizable unsaturated double bond and a crystalline polyester resin in an organic solvent, a process to form an aqueous dispersion liquid of oil droplets of the oil phase liquid by dispersing the oil phase liquid in an aqueous medium, a process to form oil droplets containing the non-crystalline polyester resin having a crosslinking structure by adding a water-soluble radical polymerization initiator to the aqueous dispersion liquid of oil droplets, and an organic solvent removing process to form toner particles by removing organic solvent.
A balloon dilator (10,20), comprising: an expandable balloon; a core wire which extends through the expandable balloon; and a single visual marker band positioned at a geometric center within the balloon, and a first radio-opaque marker band placed distal to the distal tip of the expandable balloon, a second radio-opaque marker band is placed proximal to the proximal tip of the expandable balloon characterized in that the single visual marker band is selectively reflective for a specific wavelength of light that is used in narrow band imaging. an expandable balloon; a core wire which extends through the expandable balloon; and a single visual marker band positioned at a geometric center within the balloon, and a first radio-opaque marker band placed distal to the distal tip of the expandable balloon, a second radio-opaque marker band is placed proximal to the proximal tip of the expandable balloon characterized in that the single visual marker band is selectively reflective for a specific wavelength of light that is used in narrow band imaging.
Method for generating an item of sensor information dependent on a speed using a speed sensor which is configured to output speed pulses at predetermined angular positions of a physical encoder field (30, 32) rotating at the speed, comprising: - generating a digital angle signal dependent on the angular position of the physical encoder field (30, 32), and - outputting a predetermined number of most significant bits of the digital angle signal as sensor information, if the speed determined on the basis of the speed pulses undershoots a predetermined value, wherein the most significant bits of a current digital value of the angle signal are transmitted at regular intervals of time between the actual speed pulses instead of or in addition to an item of state information as sensor information. - generating a digital angle signal dependent on the angular position of the physical encoder field (30, 32), and - outputting a predetermined number of most significant bits of the digital angle signal as sensor information, if the speed determined on the basis of the speed pulses undershoots a predetermined value, wherein the most significant bits of a current digital value of the angle signal are transmitted at regular intervals of time between the actual speed pulses instead of or in addition to an item of state information as sensor information.
A mass spectrometer comprising: a quadrupole mass analyzer configured to eject a quantity of ions; and an ion detection system for a detecting the quantity of ions exiting from the mass analyzer of the mass spectrometer, the ion detection system comprising: (a) photon generating means configured to receive the quantity of ions and to generate a quantity of photons that is proportional to the quantity of ions; characterized in that the ion detection system further comprises a (b) a light collection lens (112, 271, 281) optically coupled to the photon generating means and configured to transmit a beam of the generated photons; (c) line focusing means (71a, 120a, 121a, 273, 275, 285) operable to focus at least a first portion of the beam to a line; and (d) a linear array of photo-detectors (132a, 134) configured to detect a variation of the quantity of generated photons along the focused line. a quadrupole mass analyzer configured to eject a quantity of ions; and an ion detection system for a detecting the quantity of ions exiting from the mass analyzer of the mass spectrometer, the ion detection system comprising: (a) photon generating means configured to receive the quantity of ions and to generate a quantity of photons that is proportional to the quantity of ions; characterized in that the ion detection system further comprises a (b) a light collection lens (112, 271, 281) optically coupled to the photon generating means and configured to transmit a beam of the generated photons; (c) line focusing means (71a, 120a, 121a, 273, 275, 285) operable to focus at least a first portion of the beam to a line; and (d) a linear array of photo-detectors (132a, 134) configured to detect a variation of the quantity of generated photons along the focused line. (b) a light collection lens (112, 271, 281) optically coupled to the photon generating means and configured to transmit a beam of the generated photons; (c) line focusing means (71a, 120a, 121a, 273, 275, 285) operable to focus at least a first portion of the beam to a line; and (d) a linear array of photo-detectors (132a, 134) configured to detect a variation of the quantity of generated photons along the focused line.
A mattress cover assembly for use with a mattress supported upon an adjustable foundation, the adjustable foundation including first and second movable frame (112, 108) portions, the mattress cover assembly comprising: a cover in which the mattress is at least partially positionable, the cover including a head portion apt to coincide with a head of the mattress and a foot portion apt to coincide with a foot of the mattress; and a first pocket located at the head portion of the cover, the firs t movable frame portion being at least partially receivable in the first pocket for securing the head portion of the cover to the first movable frame portion; the mattress cover assembly further comprising a second pocket located at the foot portion of the cover, wherein the second movable frame portion (1 12) of the adjustable foundation is at least partially receivable in the second pocket for securing the foot portion of the cover to the second movable frame portion, wherein the first pocket defines a first opening facing the foot portion of the cover, and wherein the first movable frame portion is insertable into sai first opening, wherein the second pocket defines a second opening facing the head portion of the cover, and wherein the second movable frame portion is insertable into the second opening, characterised in that it further comprises a closure device coupled to one of the first and second pockets (92, 100) for selectively opening the one of the first and second pockets to facilitate insertion of the corresponding one of the first and second movable frame portions (1 12, 108). a cover in which the mattress is at least partially positionable, the cover including a head portion apt to coincide with a head of the mattress and a foot portion apt to coincide with a foot of the mattress; and a first pocket located at the head portion of the cover, the firs t movable frame portion being at least partially receivable in the first pocket for securing the head portion of the cover to the first movable frame portion; the mattress cover assembly further comprising a second pocket located at the foot portion of the cover, wherein the second movable frame portion (1 12) of the adjustable foundation is at least partially receivable in the second pocket for securing the foot portion of the cover to the second movable frame portion, wherein the first pocket defines a first opening facing the foot portion of the cover, and wherein the first movable frame portion is insertable into sai first opening, wherein the second pocket defines a second opening facing the head portion of the cover, and wherein the second movable frame portion is insertable into the second opening, it further comprises a closure device coupled to one of the first and second pockets (92, 100) for selectively opening the one of the first and second pockets to facilitate insertion of the corresponding one of the first and second movable frame portions (1 12, 108).