mhurhangee/ep-ind-claims huggingface dataset:
An extraction column having a vertically aligned column body which is cylindrical at least in sections and forms a column cavity having a horizontal maximum extent, with provision in the column body of at least one first feed for an extractant, at least one second feed for the fluid to be extracted and at least one outlet for the extract mixture and at least one outlet for the raffinate, wherein a vertically aligned divider arranged within the column cavity subdivides the column cavity into a plurality of vertically aligned and horizontally divided regions (B1 to B4; B5 to B7; B8 to B12), the horizontal maximum extent (M1; M2; M3) of each region (B1 to B4; B5 to B7; B8 to B12) at each horizontal section through the column body cut by the divider being less than the horizontal maximum extent of the column cavity, the regions (B1 to B4; B5 to B7; B8 to B12) open at their upper ends into a common column head and at their lower ends into a common column bottom, where the horizontal extent of the column cavity in the region of the column head and in the region of the column bottom is not subdivided by the divider, and one of the feeds (4, 5) is disposed in the column head and the other of the feeds (5, 4) in the column bottom. a vertically aligned column body which is cylindrical at least in sections and forms a column cavity having a horizontal maximum extent, with provision in the column body of at least one first feed for an extractant, at least one second feed for the fluid to be extracted and at least one outlet for the extract mixture and at least one outlet for the raffinate, wherein a vertically aligned divider arranged within the column cavity subdivides the column cavity into a plurality of vertically aligned and horizontally divided regions (B1 to B4; B5 to B7; B8 to B12), the horizontal maximum extent (M1; M2; M3) of each region (B1 to B4; B5 to B7; B8 to B12) at each horizontal section through the column body cut by the divider being less than the horizontal maximum extent of the column cavity, the regions (B1 to B4; B5 to B7; B8 to B12) open at their upper ends into a common column head and at their lower ends into a common column bottom, where the horizontal extent of the column cavity in the region of the column head and in the region of the column bottom is not subdivided by the divider, and one of the feeds (4, 5) is disposed in the column head and the other of the feeds (5, 4) in the column bottom.
A paper sheet gathering device comprising a conveying component, a clamping component, a guiding component and a gathering component which are connected with each other in sequence; wherein the conveying component is configured for conveying the paper sheet to the clamping component; the clamping component comprises a driving shaft and a plurality of stacking wheels fixedly connected to the driving shaft, and each stacking wheel has a plurality of vanes which have equal radians, such that the paper sheet can be clamped between any two adjacent vanes and be rotationally conveyed to the guiding component; the vanes of a third stacking wheel are designed to have the same phase as that of the vanes of first and second stacking wheels; the third stacking wheel is arranged between the first stacking wheel and the second stacking wheel; the guiding component is configured for receiving the paper sheet conveyed by the clamping component, and guiding and conveying the paper sheet to the gathering component; and the gathering component is configured for gathering paper sheets conveyed by the guiding component, characterized by - a distance between tops of adjacent vanes of the first and second stacking wheels along the outer circumference is designed as p; and - the vanes of the third stacking wheel are designed to have a radian different from that of the vanes of the first and second stacking wheels, with the minimum thereof being 1/2p. - a distance between tops of adjacent vanes of the first and second stacking wheels along the outer circumference is designed as p; and - the vanes of the third stacking wheel are designed to have a radian different from that of the vanes of the first and second stacking wheels, with the minimum thereof being 1/2p.
Coupling device for attaching a power lift of a tractor to an attachment, wherein the coupling device comprises - a link mounting region having coupling units (68, 70) for the articulation of an upper link and two lower links (32, 34) of the power lift, and - an apparatus mounting region for fixing the attachment, and wherein - the coupling units (68, 70) are movably borne on a device base of the coupling device, characterized in that - the coupling units assigned to the two lower links (32, 34) are movable in a translatory manner in a transverse direction by means of a drive unit comprised by the coupling device, and - a coupling unit assigned to the upper link is movable in a translatory manner in a vertical direction running perpendicular to the transverse direction by means of a drive unit comprised by the coupling device. - a link mounting region having coupling units (68, 70) for the articulation of an upper link and two lower links (32, 34) of the power lift, and - an apparatus mounting region for fixing the attachment, and wherein - the coupling units (68, 70) are movably borne on a device base of the coupling device, characterized in that - the coupling units assigned to the two lower links (32, 34) are movable in a translatory manner in a transverse direction by means of a drive unit comprised by the coupling device, and - a coupling unit assigned to the upper link is movable in a translatory manner in a vertical direction running perpendicular to the transverse direction by means of a drive unit comprised by the coupling device.
A microwave signal transition component having a first signal conductor side and a second signal conductor side, the microwave signal transition component being arranged for transfer of microwave signals from the first signal conductor side to the second signal conductor side, wherein the microwave signal transition component is arranged to be positioned in a corresponding circuit board aperture in a printed circuit board, PCB, having a thickness, t, wherein the microwave signal transition component comprises an electrically conducting plate obtained by machining a plate aperture in a solid copper plate, a dielectric filling positioned at least partly within said plate aperture, at least one filling aperture (6; 6a, 6b) running through the dielectric filling, and, for each filling aperture (6; 6a, 6b), an electrically conducting connection (7; 7a, 7b) that at least partly is positioned within said filling aperture (6; 6a, 6b).
A method, implemented at a computer system that includes a processor, for preventing inclusion of payload data in code execution log data, the method comprising: determining that a payload data item associated with code execution log data has entropy exceeding a defined entropy threshold; identifying a particular executable code that interacted with the payload data item; and taking a preventative action that excludes the payload data item from inclusion with a record of execution of the particular executable code. determining that a payload data item associated with code execution log data has entropy exceeding a defined entropy threshold; identifying a particular executable code that interacted with the payload data item; and taking a preventative action that excludes the payload data item from inclusion with a record of execution of the particular executable code.
A package (10, 20, 30) for a dental material, comprising a compartment (11, 21) for holding a first substance of the dental material and an open reservoir (12, 22) at least partially formed by a wall of the package, the package (10, 20, 30) being adapted such that the compartment (11, 21) and the reservoir (12, 22) are connectable for fluid communication, wherein the reservoir (12, 22) accommodates a second substance of the dental material retained at a surface of the reservoir wall, wherein the reservoir (12, 22) comprises a coating in which the second substance is accommodated.
A method for use on a lighting control system that is communicatively coupled to cabin lighting (26, 40, 42, 44, 46, 48) on an aircraft to control lighting in an interior of the aircraft according to a lighting program, the method comprising: determining a departure time and an arrival time as epoch times, the departure time being adjusted for an offset from GMT at a departure location and the arrival time being adjusted for an offset from GMT at an arrival location; generating a flight time with GMT offsets based, at least in part, on subtracting the departure time from the arrival time; determining an FMS, Flight Management System, flight time that represents an expected time that the aircraft will be in flight between the departure location and the arrival location; and characterised by the method comprising: generating a simulation ratio modifier based, at least in part, on dividing the FMS flight time by the flight time with GMT offsets; applying the simulation ratio modifier to periods of a day between departure and arrival to generate scaled durations for periods of the day in a lighting program; and applying the lighting program to control the cabin lighting on the aircraft during flight according to the scaled durations. determining a departure time and an arrival time as epoch times, the departure time being adjusted for an offset from GMT at a departure location and the arrival time being adjusted for an offset from GMT at an arrival location; generating a flight time with GMT offsets based, at least in part, on subtracting the departure time from the arrival time; determining an FMS, Flight Management System, flight time that represents an expected time that the aircraft will be in flight between the departure location and the arrival location; and characterised by the method comprising: generating a simulation ratio modifier based, at least in part, on dividing the FMS flight time by the flight time with GMT offsets; applying the simulation ratio modifier to periods of a day between departure and arrival to generate scaled durations for periods of the day in a lighting program; and applying the lighting program to control the cabin lighting on the aircraft during flight according to the scaled durations. generating a simulation ratio modifier based, at least in part, on dividing the FMS flight time by the flight time with GMT offsets; applying the simulation ratio modifier to periods of a day between departure and arrival to generate scaled durations for periods of the day in a lighting program; and applying the lighting program to control the cabin lighting on the aircraft during flight according to the scaled durations.
An arrangement of a rod-shaped rotary pulse encoder and a clamping sleeve in a bore of a holder, for sensing a rotational speed of a rotor, the rotary pulse encoder having a sensor base with ports of the rotary pulse encoder and a sensor head with a measuring tip, the clamping sleeve being positioned in the bore so as to be secured against rotation and the rotary pulse encoder together with the sensor head being held in a force-fit in the clamping sleeve so as to be axially displaceable, characterised in that a first portion of the sensor head that connects to the sensor base has a non-cylinder-symmetrical cross section with a positioning surface; the clamping sleeve has at least one inward facing positioning element; the sensor head is arranged so as to be secured against rotation in the clamping sleeve due to the interaction of the positioning element and the positioning surface; and in that a further portion of the sensor head that connects to the measuring tip is of cylinder-symmetrical design. the clamping sleeve has at least one inward facing positioning element; the sensor head is arranged so as to be secured against rotation in the clamping sleeve due to the interaction of the positioning element and the positioning surface; and in that a further portion of the sensor head that connects to the measuring tip is of cylinder-symmetrical design.
Method for the location-selective sending and receiving of a signal by radio, wherein both a transmitter and a receiver are synchronized to the same time reference, and, at a time from predetermined times of the time reference, the receiver receives and demodulates a signal sent by the transmitter if the receiver has received the signal at a time among the predetermined times; having the following steps: the transmitter determines a receiving location at which the receiver is located and to which it wants to selectively send the signal, the receiving location being located within an annular receiving zone, a position of the annular receiving zone being dependent on a position of the transmitter and a signal propagation time, the transmitter alters a radial extent of the annular receiving zone by selecting the signal structure, the transmitter sends the signal; and the receiver, which is located within the annular receiving zone with the altered radial extent, receives and demodulates the signal. both a transmitter and a receiver are synchronized to the same time reference, and, at a time from predetermined times of the time reference, the receiver receives and demodulates a signal sent by the transmitter if the receiver has received the signal at a time among the predetermined times; having the following steps: the transmitter determines a receiving location at which the receiver is located and to which it wants to selectively send the signal, the receiving location being located within an annular receiving zone, a position of the annular receiving zone being dependent on a position of the transmitter and a signal propagation time, the transmitter alters a radial extent of the annular receiving zone by selecting the signal structure, the transmitter sends the signal; and the receiver, which is located within the annular receiving zone with the altered radial extent, receives and demodulates the signal. the transmitter determines a receiving location at which the receiver is located and to which it wants to selectively send the signal, the receiving location being located within an annular receiving zone, a position of the annular receiving zone being dependent on a position of the transmitter and a signal propagation time, the transmitter alters a radial extent of the annular receiving zone by selecting the signal structure, the transmitter sends the signal; and the receiver, which is located within the annular receiving zone with the altered radial extent, receives and demodulates the signal.
A computer-implemented method of managing interactive object input, the method comprising: enabling, by one or more processors, a computing device to initiate one or more functions in response to input received from an interactive object that is remote from the computing device; obtaining, by the one or more processors, movement data indicative of movement associated with a user of the interactive object, wherein the movement is detected by one sensor of the interactive object, the one sensor includes a touch sensor comprising a plurality of sensing lines integrated with the interactive object, the touch sensor includes a first surface configured to detect touch input provided by the user of the interactive object to the plurality of sensing lines, the touch sensor being further capable of detecting touch input at a second, opposite surface of the touch sensor, wherein touch input detected by the sensing lines at the second surface is associated with an unintentional touch input, and wherein sensing circuitry coupled to the plurality of sensing lines generates sensor data based on the touch input; determining, by the one or more processors, that the movement data is indicative of one or more predefined motions associated with a separation of the user from the interactive object by analyzing the sensor data; and in response to the movement data being indicative of the one or more predefined motions, disabling, by the one or more processors, the computing device from initiating the one or more functions in response to input received from the interactive object. enabling, by one or more processors, a computing device to initiate one or more functions in response to input received from an interactive object that is remote from the computing device; obtaining, by the one or more processors, movement data indicative of movement associated with a user of the interactive object, wherein the movement is detected by one sensor of the interactive object, the one sensor includes a touch sensor comprising a plurality of sensing lines integrated with the interactive object, the touch sensor includes a first surface configured to detect touch input provided by the user of the interactive object to the plurality of sensing lines, the touch sensor being further capable of detecting touch input at a second, opposite surface of the touch sensor, wherein touch input detected by the sensing lines at the second surface is associated with an unintentional touch input, and wherein sensing circuitry coupled to the plurality of sensing lines generates sensor data based on the touch input; determining, by the one or more processors, that the movement data is indicative of one or more predefined motions associated with a separation of the user from the interactive object by analyzing the sensor data; and in response to the movement data being indicative of the one or more predefined motions, disabling, by the one or more processors, the computing device from initiating the one or more functions in response to input received from the interactive object.
A method for treating pea soluble fractions, comprising: a) a step of microfiltration or centrifugation of said soluble fractions resulting in a microfiltration permeate or a centrifugation supernatant, b) followed by a step of ultrafiltration of the microfiltration permeate or of the centrifugation supernatant, resulting in an ultrafiltration permeate and an ultrafiltration retentate, c) followed by an optional step of reverse osmosis of the ultrafiltration permeate resulting in a permeate and a retentate from the reverse osmosis. a) a step of microfiltration or centrifugation of said soluble fractions resulting in a microfiltration permeate or a centrifugation supernatant, b) followed by a step of ultrafiltration of the microfiltration permeate or of the centrifugation supernatant, resulting in an ultrafiltration permeate and an ultrafiltration retentate, c) followed by an optional step of reverse osmosis of the ultrafiltration permeate resulting in a permeate and a retentate from the reverse osmosis.
Capacitor comprising the following components: - a first heating element, which is a PTC element, which comprises a ceramic material with a positive temperature coefficient with regard to resistance, - a first capacitor region, comprising: -- dielectric layers, -- internal electrodes, which are arranged between the dielectric layers, wherein the first heating element and the first capacitor region are connected together thermally conductively, wherein the dielectric layers comprise an antiferroelectric material. - a first heating element, which is a PTC element, which comprises a ceramic material with a positive temperature coefficient with regard to resistance, - a first capacitor region, comprising: -- dielectric layers, -- internal electrodes, which are arranged between the dielectric layers, -- dielectric layers, -- internal electrodes, which are arranged between the dielectric layers,
Braking device for a rail vehicle, having a brake calliper unit, which acts on a brake disc by way of a brake pad and can be secured to a bracket of a bogie of the rail vehicle by means of at least one connecting element, wherein bearing reaction forces (F 1, F 2, F 3) can be transmitted from the brake calliper unit to the bracket by way of the at least one connecting element, and wherein at least one force sensor for measuring at least one of the bearing reaction forces (F 1, F 2) is located at the bracket and/or the brake calliper unit and/or at the at least one connecting element between the bracket and the brake calliper unit in order to detect a braking torque (M B) acting on the brake disc, characterised in that the at least one connecting element is designed and/or aligned such that at least one of the bearing reaction forces (F 3) is substantially oriented through an axis of rotation of the brake disc.
Electrically conductive laserable varnish comprising - 3-8 wt.% of cellulose ester solution, the content of cellulose ester in the solution being 2-10 wt.%; - 2-10 wt.% of a conductive pigment; - 5-20% wt.% polyester resin; - 5-20 wt.% acrylate resin; - 0.5-10 wt.% magnesium silicate hydrate in powder form; - at least one wetting agent; - at least one solvent. - 3-8 wt.% of cellulose ester solution, the content of cellulose ester in the solution being 2-10 wt.%; - 2-10 wt.% of a conductive pigment; - 5-20% wt.% polyester resin; - 5-20 wt.% acrylate resin; - 0.5-10 wt.% magnesium silicate hydrate in powder form; - at least one wetting agent; - at least one solvent.
A light control method, the method performed by a light control apparatus in a user terminal, the method comprising the steps of: detecting an environmental parameter, using at least one sensor disposed on one side of a charging interface of the user terminal, wherein the environmental parameter is at least one of: magnetic field strength on the side of the charging interface of the user terminal, a distance between the charging interface of the user terminal and a charger plug, and brightness of light on the side of the charging interface of the user terminal; and enabling a lighting device disposed on another side of the charging interface when the environmental parameter falls within a preset parameter range; wherein before the detecting an environmental parameter on a side of a charging interface of a user terminal, the method further comprises the steps of: determining, according to a battery level of the user terminal, whether to detect the environmental parameter on the side of the charging interface of the user terminal; and when it is determined that the battery level of the user terminal is less than a preset first threshold, detecting the environmental parameter on the side of the charging interface of the user terminal. detecting an environmental parameter, using at least one sensor disposed on one side of a charging interface of the user terminal, wherein the environmental parameter is at least one of: magnetic field strength on the side of the charging interface of the user terminal, a distance between the charging interface of the user terminal and a charger plug, and brightness of light on the side of the charging interface of the user terminal; and enabling a lighting device disposed on another side of the charging interface when the environmental parameter falls within a preset parameter range; wherein before the detecting an environmental parameter on a side of a charging interface of a user terminal, the method further comprises the steps of: determining, according to a battery level of the user terminal, whether to detect the environmental parameter on the side of the charging interface of the user terminal; and when it is determined that the battery level of the user terminal is less than a preset first threshold, detecting the environmental parameter on the side of the charging interface of the user terminal. determining, according to a battery level of the user terminal, whether to detect the environmental parameter on the side of the charging interface of the user terminal; and when it is determined that the battery level of the user terminal is less than a preset first threshold, detecting the environmental parameter on the side of the charging interface of the user terminal.