mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a beverage suitable for consumption from at least two ingredients (6, 18) to be dissolved and/or extracted and an amount of liquid such as water which is supplied to the ingredients, the method comprising the following steps: - a first ingredient is utilized in a first holder system; and - a second ingredient is utilized in a second holder system, wherein, the second ingredient differs from the first ingredient and in that the method further comprises the following steps: - controlling supply of a predetermined first part of the amount of liquid such as hot water utilizing a liquid supply means (36, 68) to the first holder system so that the first holder system is flowed-through with the liquid whereby the first ingredient is dissolved or extracted for obtaining a first beverage part; - controlling supply of a predetermined second part of the amount of liquid utilizing the liquid supply means (36, 68) to the second holder system so that the second holder system is flowed-through with the liquid such that the second ingredient is dissolved or extracted for obtaining a second beverage part; and - the first beverage part and the second beverage part are combined for obtaining the beverage, characterized in that first, the second part of the amount of liquid is supplied to the second holder system and, after that, the first part of the amount of liquid is supplied to the first holder system, and in that the first beverage part is also supplied from the first holder system to the second holder system and, after that, from the second holder system, is combined with the second beverage part. - a first ingredient is utilized in a first holder system; and - a second ingredient is utilized in a second holder system, - controlling supply of a predetermined first part of the amount of liquid such as hot water utilizing a liquid supply means (36, 68) to the first holder system so that the first holder system is flowed-through with the liquid whereby the first ingredient is dissolved or extracted for obtaining a first beverage part; - controlling supply of a predetermined second part of the amount of liquid utilizing the liquid supply means (36, 68) to the second holder system so that the second holder system is flowed-through with the liquid such that the second ingredient is dissolved or extracted for obtaining a second beverage part; and - the first beverage part and the second beverage part are combined for obtaining the beverage, characterized in that first, the second part of the amount of liquid is supplied to the second holder system and, after that, the first part of the amount of liquid is supplied to the first holder system, and in that the first beverage part is also supplied from the first holder system to the second holder system and, after that, from the second holder system, is combined with the second beverage part.
Contact carrier for a plug connector, for receiving at least four 'electrical crimp contacts, of which at least two are designed as signal contacts and at least a further two are designed as power contacts, wherein, for this purpose, the contact carrier has at least two signal contact receptacles and at least two power contact receptacles and is furthermore designed in multiple parts, wherein a first contact carrier part comprises the at least two signal contact receptacles and a second contact carrier part comprises at least one of the power contact receptacles, wherein a further one of the power contact receptacles is arranged as a central contact receptacle in the contact carrier, between the first and the second contact carrier part, for receiving one of the power contacts, which is a central contact, so that the entire contact carrier has a total of at least four contact receptacles (110, 120, 120'), characterized in that at least one of the two said contact carrier parts (11, 12) comprises a holder, by means of which a Y-shaped receiving slot is formed in the contact carrier so that a Y-shaped shield element can be held on the holder, by means of which shield element at least two signal contact receptacles can be separated both from each other and from the power contact receptacles (120, 120').
An additive manufacturing machine comprising a workpiece carrier system and a door, wherein the workpiece carrier system comprises a workpiece carrier and a movement system, and wherein the workpiece carrier is detachably connected to the movement system toollessly and the movement system comprises a telescopic system, wherein the movement system can move the workpiece carrier out of an interior space of the additive manufacturing machine through the open door.
Plant growing system for moving growing plants subject to positive control, the plant growing system having the following features: - a first guidance panel having a first guidance panel center and first guidance panel slots extending within said first guidance panel from an area adjacent to the first guidance panel center in an outward direction, - a further guidance panel with a further guidance panel center and further guidance panel slots providing guiding tracks for a multitude of plant holding elements, wherein said first guidance panel with said first guidance panel center and said further guidance panel with said further guidance panel center are coaxially arranged and adapted on top of each other to provide a rotation movement between each other around a common rotation axis, wherein plant openings for said plant holding elements are formed at intersections of said first guidance panel slots with said further guidance panel slots, wherein - according to a first principle said plant openings are distributed in a spiral-like pattern around said rotation axis showing a sense of rotation, wherein in said sense of rotation of said spiral-like pattern several or all spiral-adjacent plant openings are arranged at a plant opening angle (α) with respect to said rotation axis or - according to a second principle said plant openings are distributed in several circle-like patterns coaxially to said rotation axis, wherein on the same circle-like pattern several or all circle-adjacent plant openings are arranged at a plant opening angle (α) with respect to said rotation axis, characterized in that, said first guidance panel slots and said further guidance panel slots are curved such that between said spiral-adjacent or between said circle-adjacent plant openings a radially-adjacent plant opening is located in a radially outward direction on a bisecting line of said plant's opening angle (α) or deviating at an angle of less than 10°, preferably less than 8° and more preferably less than 6° from said bisecting line. - a first guidance panel having a first guidance panel center and first guidance panel slots extending within said first guidance panel from an area adjacent to the first guidance panel center in an outward direction, - a further guidance panel with a further guidance panel center and further guidance panel slots providing guiding tracks for a multitude of plant holding elements, - according to a first principle said plant openings are distributed in a spiral-like pattern around said rotation axis showing a sense of rotation, wherein in said sense of rotation of said spiral-like pattern several or all spiral-adjacent plant openings are arranged at a plant opening angle (α) with respect to said rotation axis or - according to a second principle said plant openings are distributed in several circle-like patterns coaxially to said rotation axis, wherein on the same circle-like pattern several or all circle-adjacent plant openings are arranged at a plant opening angle (α) with respect to said rotation axis,
A medical-device system, comprising: a stimulation control circuit configured to provide cardiac stimulation signals for delivery to a patient according to a set of stimulation parameters: determine a parameter update schedule indicating a timing at which to update at least a portion of the set of stimulation parameters using an atrioventricular conduction characteristic of the patient; and dynamically update at least the portion of the set of stimulation parameters according to the determined timing; wherein the stimulation control circuit is configured to determine the parameter update schedule using a variability metric of the atrioventricular conduction characteristic, and wherein the stimulation control circuit is configured to reduce a parameter update rate corresponding to a heart rate or heart rate range if the variability metric of the atrioventricular conduction characteristic values is below a variability threshold, and to increase the parameter update rate if the variability metric of the atrioventricular conduction characteristic is above the variability threshold. determine a parameter update schedule indicating a timing at which to update at least a portion of the set of stimulation parameters using an atrioventricular conduction characteristic of the patient; and dynamically update at least the portion of the set of stimulation parameters according to the determined timing; wherein the stimulation control circuit is configured to determine the parameter update schedule using a variability metric of the atrioventricular conduction characteristic, and wherein the stimulation control circuit is configured to reduce a parameter update rate corresponding to a heart rate or heart rate range if the variability metric of the atrioventricular conduction characteristic values is below a variability threshold, and to increase the parameter update rate if the variability metric of the atrioventricular conduction characteristic is above the variability threshold.
A thermosetting composition comprising: an epoxy compound of Formula: where R 1, R 2, and R 3 are independently a branched or linear C 1-6 alkylene group or oxyalkylene group, E 1, E 2, and E 3 are independently an epoxy-containing group of Formula: an organic group of Formula: where R 4 is a hydrogen atom or a methyl group, or a hydrogen atom, and a proportion of the organic group of Formula is 85 to 98 mol% to the total number of moles of E 1, E, and E 3, and a curing agent which is contained in a proportion of 0.5 to 1.5 equivalents to the epoxy group in the epoxy compound. an epoxy compound of Formula: where R 1, R 2, and R 3 are independently a branched or linear C 1-6 alkylene group or oxyalkylene group, E 1, E 2, and E 3 are independently an epoxy-containing group of Formula: an organic group of Formula: where R 4 is a hydrogen atom or a methyl group, or a hydrogen atom, and a proportion of the organic group of Formula is 85 to 98 mol% to the total number of moles of E 1, E, and E 3, and a curing agent which is contained in a proportion of 0.5 to 1.5 equivalents to the epoxy group in the epoxy compound. where R 4 is a hydrogen atom or a methyl group, or a hydrogen atom, and a proportion of the organic group of Formula is 85 to 98 mol% to the total number of moles of E 1, E, and E 3, and a curing agent which is contained in a proportion of 0.5 to 1.5 equivalents to the epoxy group in the epoxy compound.
A method of wireless communication performed by a user equipment, UE, comprising: receiving, via a first radio access technology, RAT associated with a source base station, system information that identifies a set of frequencies of a second RAT and one or more multicast or broadcast, MB services available via one or more frequencies of the set of frequencies; communicating, with the source base station or a core network device, to trigger a switch from a first multicast radio bearer, MRB, of the first RAT, to a first unicast dedicated radio bearer, DRB, of the first RAT, for reception of an MB service, of the one or more MB services, via the first RAT; transmitting, to the source base station, an indication that indicates at least one of the MB service or a frequency, of the one or more frequencies, via which the MB service is available via the second RAT; receiving, from the source base station or a target base station, an MRB configuration associated with receiving the MB service via the target base station using the second RAT; and communicating with the target base station based at least in part on switching from a second unicast DRB, of the second RAT, to a second MRB, of the second RAT, after handover from the source base station to the target base station and based at least in part on the MRB configuration. receiving, via a first radio access technology, RAT associated with a source base station, system information that identifies a set of frequencies of a second RAT and one or more multicast or broadcast, MB services available via one or more frequencies of the set of frequencies; communicating, with the source base station or a core network device, to trigger a switch from a first multicast radio bearer, MRB, of the first RAT, to a first unicast dedicated radio bearer, DRB, of the first RAT, for reception of an MB service, of the one or more MB services, via the first RAT; transmitting, to the source base station, an indication that indicates at least one of the MB service or a frequency, of the one or more frequencies, via which the MB service is available via the second RAT; receiving, from the source base station or a target base station, an MRB configuration associated with receiving the MB service via the target base station using the second RAT; and communicating with the target base station based at least in part on switching from a second unicast DRB, of the second RAT, to a second MRB, of the second RAT, after handover from the source base station to the target base station and based at least in part on the MRB configuration.
Spark-ignition engine fuel composed of the following constituents A and B, optionally the following constituents C and optionally up to 10% by weight of one or more further constituents D, wherein the sum of the contents of the constituents A, B, C and D is 100% by weight: - constituent A: dimethyl carbonate - constituent B: methyl formate or a mixture of methyl formate and dimethoxymethane, wherein the constituent B contains at least 50% by volume of methyl formate, - constituent C: ethanol, methanol or a mixture of ethanol and methanol, wherein the total content of methanol in the spark-ignition engine fuel is at most 1.75% by volume, the spark-ignition engine fuel contains at least 40% by volume and at most 70% by volume of the constituent A, the spark-ignition engine fuel contains at least 30% by volume and at most 40% by volume of the constituent B. - constituent A: dimethyl carbonate - constituent B: methyl formate or a mixture of methyl formate and dimethoxymethane, wherein the constituent B contains at least 50% by volume of methyl formate, - constituent C: ethanol, methanol or a mixture of ethanol and methanol, wherein the total content of methanol in the spark-ignition engine fuel is at most 1.75% by volume, the spark-ignition engine fuel contains at least 40% by volume and at most 70% by volume of the constituent A, the spark-ignition engine fuel contains at least 30% by volume and at most 40% by volume of the constituent B.
A method comprising: storing data associated with a plurality of frames of an audiovisual stream, wherein the data is stored in a program content data store; matching data associated with a contiguous sequence of frames of the plurality of frames to a stored segment, wherein the stored segment is previously stored in the program content data store, and wherein the stored segment is matched using a matching threshold; characterized in: adjusting the matching threshold to a lower matching threshold, wherein the lower matching threshold is associated with returning a higher number of matching frames than the matching threshold; determining a candidate segment from the contiguous sequence of frames based upon the stored segment, wherein determining includes identifying a start point and an end point for the contiguous sequence of frames by comparing data associated with frames in the contiguous sequence of frames with data associated with a corresponding frame in the stored segment, and wherein the data is compared using the lower matching threshold; and removing, from the program content data store, data associated with the candidate segment. storing data associated with a plurality of frames of an audiovisual stream, wherein the data is stored in a program content data store; matching data associated with a contiguous sequence of frames of the plurality of frames to a stored segment, wherein the stored segment is previously stored in the program content data store, and wherein the stored segment is matched using a matching threshold; characterized in: adjusting the matching threshold to a lower matching threshold, wherein the lower matching threshold is associated with returning a higher number of matching frames than the matching threshold; determining a candidate segment from the contiguous sequence of frames based upon the stored segment, wherein determining includes identifying a start point and an end point for the contiguous sequence of frames by comparing data associated with frames in the contiguous sequence of frames with data associated with a corresponding frame in the stored segment, and wherein the data is compared using the lower matching threshold; and removing, from the program content data store, data associated with the candidate segment.
Impedance limit switch for detecting a limit level of a medium, comprising: an electronics unit for generating an excitation signal; a measuring electrode and an inductor connected thereto, wherein the excitation signal can be applied to the inductor so that an oscillating circuit with an oscillating circuit signal is formed in the line between the inductor and the measuring electrode; a reference electrode, which is arranged at a distance from the measuring electrode, to which a reference potential can be applied and which, together with the measuring electrode, provides a measuring capacitance; a shield electrode disposed between and spaced from the measurement electrode and the reference electrode and forming a shield capacitance; an isolation unit connected between the measurement electrode and the shield electrode for transmitting the resonant circuit signal occurring between the inductor and the measurement electrode to the shield electrode; wherein the separating unit is configured to decouple the measuring capacitance from the screen capacitance, so that an oscillating circuit can be formed by the measuring capacitance and the inductance connected thereto, but which is independent of the screen capacitance. an electronics unit for generating an excitation signal; a measuring electrode and an inductor connected thereto, wherein the excitation signal can be applied to the inductor so that an oscillating circuit with an oscillating circuit signal is formed in the line between the inductor and the measuring electrode; a reference electrode, which is arranged at a distance from the measuring electrode, to which a reference potential can be applied and which, together with the measuring electrode, provides a measuring capacitance; a shield electrode disposed between and spaced from the measurement electrode and the reference electrode and forming a shield capacitance; an isolation unit connected between the measurement electrode and the shield electrode for transmitting the resonant circuit signal occurring between the inductor and the measurement electrode to the shield electrode; wherein the separating unit is configured to decouple the measuring capacitance from the screen capacitance, so that an oscillating circuit can be formed by the measuring capacitance and the inductance connected thereto, but which is independent of the screen capacitance.
A connector device for connection with a counter piece for establishing a mechanical and electric connection, wherein the connector device comprises: two printed circuit board elements each comprising an electrically insulating core and at least one comprising an electrically conductive structure at least partially on the respective electrically insulating core; at least one plug recess for establishing the mechanical connection with the counter piece; wherein the two printed circuit board elements are connected one to another directly, wherein the at least one plug recess is formed directly at an interface between the two adjacent printed circuit board elements and is circumferentially delimited by both of them, wherein the two printed circuit board elements are vertically stacked so that main surfaces of the two printed circuit board elements are arranged in parallel to one another, and wherein the plug recess is formed by removing material from one of the two printed circuit board elements; wherein the at least one electrically conductive structure is arranged at least partially on an exposed surface of the connector device and is configured for establishing the electric connection with the counter piece upon establishing the mechanical connection with the counter piece; and wherein each of the two printed circuit board elements is formed as a subsection of a printed circuit board. two printed circuit board elements each comprising an electrically insulating core and at least one comprising an electrically conductive structure at least partially on the respective electrically insulating core; at least one plug recess for establishing the mechanical connection with the counter piece; wherein the two printed circuit board elements are connected one to another directly, wherein the at least one plug recess is formed directly at an interface between the two adjacent printed circuit board elements and is circumferentially delimited by both of them, wherein the two printed circuit board elements are vertically stacked so that main surfaces of the two printed circuit board elements are arranged in parallel to one another, and wherein the plug recess is formed by removing material from one of the two printed circuit board elements; wherein the at least one electrically conductive structure is arranged at least partially on an exposed surface of the connector device and is configured for establishing the electric connection with the counter piece upon establishing the mechanical connection with the counter piece; and wherein each of the two printed circuit board elements is formed as a subsection of a printed circuit board.
A method for linearizing voltage transmission through a measurement transformer including a magnetic core and input and output windings (2', 2"), wherein a measurement signal is supplied to the input winding at a first frequency and an output signal is measured at the output winding (2") of the transformer, characterized in superimposing a conditioning signal to the measurement signal when the voltage of the measurement signal is so low that the transformer operates in a non-linear region, and including the steps of, - selecting a second frequency for the conditioning signal, the second frequency being different from the first frequency, - defining an amplitude value of the conditioning signal, which amplitude lies within a linear operating region of the transformer and, - supplying the conditioning signal to the input winding at the second frequency with the defined amplitude value so that the transformer operates in its linear region. - selecting a second frequency for the conditioning signal, the second frequency being different from the first frequency, - defining an amplitude value of the conditioning signal, which amplitude lies within a linear operating region of the transformer and, - supplying the conditioning signal to the input winding at the second frequency with the defined amplitude value so that the transformer operates in its linear region.