mhurhangee/ep-ind-claims huggingface dataset:
A pediatric magnetic resonance imaging system, comprising: a super conducting magnet comprising wire; an isolette including a patient section for accommodating a patient, the isolette positionable relative to the magnet; a radio frequency assembly positionable within the patient section of the isolette; and a cooling system for controlling a temperature of the wire, characterized in that the cooling system is substantially cryogen-free, in that the RF assembly is a radio frequency array comprising a plurality of coils configured for simultaneous imaging of different portions of a patient, the plurality of coils being distinct from one another; and in that the RF array further comprises a support section for supporting the patient to be imaged, the support section including an enclosed portion for receiving a head of the patient, a gantry movably coupled to the support section, wherein a first coil of the plurality of coils is coupled to the gantry, the first coil, via the gantry, being movable relative to the support section in at least two degrees of freedom, a second coil of the plurality of coils arranged within the support section, and a third coil of the plurality of coils included with the enclosed portion for imaging a head of the patient. a super conducting magnet comprising wire; an isolette including a patient section for accommodating a patient, the isolette positionable relative to the magnet; a radio frequency assembly positionable within the patient section of the isolette; and a cooling system for controlling a temperature of the wire, characterized in that the cooling system is substantially cryogen-free, in that the RF assembly is a radio frequency array comprising a plurality of coils configured for simultaneous imaging of different portions of a patient, the plurality of coils being distinct from one another; and in that the RF array further comprises a support section for supporting the patient to be imaged, the support section including an enclosed portion for receiving a head of the patient, a gantry movably coupled to the support section, wherein a first coil of the plurality of coils is coupled to the gantry, the first coil, via the gantry, being movable relative to the support section in at least two degrees of freedom, a second coil of the plurality of coils arranged within the support section, and a third coil of the plurality of coils included with the enclosed portion for imaging a head of the patient. a support section for supporting the patient to be imaged, the support section including an enclosed portion for receiving a head of the patient, a gantry movably coupled to the support section, wherein a first coil of the plurality of coils is coupled to the gantry, the first coil, via the gantry, being movable relative to the support section in at least two degrees of freedom, a second coil of the plurality of coils arranged within the support section, and a third coil of the plurality of coils included with the enclosed portion for imaging a head of the patient.
Domestic appliance (1, 2) comprising a control device for controlling the process intended for the domestic appliance, which process has predeterminable process steps having a high energy demand, and comprising an interface for bi-directional data exchange between an energy supplier and the control device, the control device being suitable for transmitting, via the interface, to the energy supplier a piece of time information about the energy demand required in the process, said information comprising the start time, the duration and the power, and being suitable for receiving, via the interface, a piece of acknowledgement information that is transmitted by the energy supplier and contains the exact start time and a guaranteed duration in which the domestic appliance (1, 2) is allowed to carry out the process step or the process steps having the high energy demand, characterised in that the process can be set by means of the control device such that the energy-intensive process step or the energy-intensive process steps run in the time specified in the acknowledgement information and the running process takes into account the available power in such a way that the desired result in terms of quality, time and other user settings is achieved, and that energy management does not take place in the above-described manner for the process steps (14, 16) having low energy demand.
A pharmaceutical composition comprising: micronized prasugrel base, starch or a starch derivative, and sodium stearyl fumarate or stearic acid, wherein the size of the micronized prasugrel base particles is below 10 μm. micronized prasugrel base, starch or a starch derivative, and sodium stearyl fumarate or stearic acid, wherein the size of the micronized prasugrel base particles is below 10 μm.
A method of strengthening paper, the method comprising the step of contacting a paper sheet in the dry end of a papermaking process with a composition, the composition comprising an amine containing polymer, the method further comprising adding starch to the paper sheet, wherein the amine containing polymer comprises one or more structural units selected from the group consisting of: formula I, salts of formula I, formula II, salts of formula II, and any combinations thereof, wherein formulas I and II are according to the following structures: wherein R can be hydrogen or alkyl; and R1, R2, R3, R4, R5, R6 are each independently selected from hydrogen, alkyl, or alkoxylalkyl, wherein at least some of the starch and the amine containing polymer contact each other only after they have contacted the paper sheet.
A capsule for the pressurized extraction of a beverage, of the type comprising a side wall extending along an axis (X-X), an inlet wall closing a first end of the side wall and an outlet wall closing a second end of the side wall, delimiting a chamber for receiving a substance for preparing a beverage, the inlet wall being provided to break under the effect of a pressurized fluid and comprising a bottom portion and an area of less resistance provided to break under the effect of a pressurized fluid at the periphery of the bottom portion, characterized in that the inlet wall comprises an axial portion extending along the axis (X-X) while coming in toward the inside of the capsule and the bottom portion is connected to an axial end of the axial portion situated toward the inside of the capsule by the area of less resistance.
A method of hanging-off a flexible elongate subsea element from a surface vessel, the method comprising: placing a hang-off insert onto a hang-off structure of the surface vessel, the hang-off insert comprising a substantially circular loop whose inner radius is defined by radially inner faces of support segments spaced circumferentially around the loop; and with the hang-off insert supported by the hang-off structure and the elongate subsea element extending through the loop, resting a laterally-protruding hang-off feature of the elongate subsea element on a substantially planar support face defined collectively by the support segments to transfer weight of the elongate subsea element suspended from the surface vessel to the hang-off structure, wherein the hang-off insert is flexible and the method comprises bending the flexible hang-off insert around the elongate subsea element to form the loop. placing a hang-off insert onto a hang-off structure of the surface vessel, the hang-off insert comprising a substantially circular loop whose inner radius is defined by radially inner faces of support segments spaced circumferentially around the loop; and with the hang-off insert supported by the hang-off structure and the elongate subsea element extending through the loop, resting a laterally-protruding hang-off feature of the elongate subsea element on a substantially planar support face defined collectively by the support segments to transfer weight of the elongate subsea element suspended from the surface vessel to the hang-off structure,
A method for the position-controlled guidance of at least two pivotably movable cantilevered arms (28, 28-1, 28-2) of an agricultural distribution machine over a ground surface, wherein a relative position of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) in relation to the ground surface is detected respectively, and, based on the detected relative position, a realignment of the at least two cantilevered arms (28, 28-1, 28-2) and/or of the distribution device by means of a pivoting motion in relation to the ground surface is carried out through autonomous regulation, wherein the autonomous regulation for at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) may be overridden by a manually specifiable regulation parameter, the manually specifiable regulation parameter being provided by way of manual control and at least temporarily lifts or stronger pivots at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) as given by the autonomous regulation, wherein the autonomous regulation is temporarily interrupted by way of manual control for at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2), wherein a positioning of the at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) is carried out in a manually controlled manner during the interruption, and wherein a desired position for the at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) in relation to the ground surface is specified in a manually controlled manner during the interruption of the autonomous regulation and is subsequently maintained in a regulated manner over a definable time interval or until the interruption of the manual control, wherein to achieve a symmetrical motion of the cantilevers, the cantilevers are operatively connected to means or to coupling elements respectively such that pivoting motions of at least one of the cantilevers (28-1 or 28-2) is symmetrically transmitted to the oppositely positioned cantilever (28-1 or 28-2) with the means, and wherein the means respectively coupling elements provide an electro-hydraulic coupling of the at least two cantilevered arms (28-1 and 28-2).
A single-molecule guide RNA comprising at least a spacer sequence that is an RNA sequence corresponding to any of SEQ ID NOs: 9837, 10417, 9823, 9834, 10413, 10883, 7381, 10775, 10431, 9800, 8278, 9825, 10437, 10445, 9893, 9799, 7388, 7364, 8391, 10428, 10429, 9796, 7427, 9821, 7384, 9858, 9878, 9874, 9798, 7433, 7403, 7430, 9827, 10791, 10436, 9866, 8287, 10804, 9786, 10788, 7412, 10800, 7373, 9817, 7377, 9875, 8290, 7937, 9900, 10802, 9789, 7932, 10406, 9829, 10444, 7399, 7426, 10446, 10877, 7921, 7933, 10410, 10874, 7371, 7892, 7929, 7428, 9815, 7435, 9832, 7432, 7924, 7383, 10430, 10443, 9838, 10776, 10415, 7386, 10882, 9849, 10792, 9803, 7380, 9806, 7391, 9879, 9902, 10463, 9836, 7398, 7441, 9841, 9828, 7396, 9790, 10794, 7893, 7438, 9880, 9870, 9804, 7431, 7936, 9791, 7362, 9891, 9793, 9913, 10439, 10419, 9869, 9892, 7439, 7415, 7420, 9906, 9788, 9810, 9871, 10409, 8293, 7359, 7360, 9907, 9912, 7358, 9851, 9881, 9797, 7406, 9813, 7366, 9914, 9842, 7390, 10873, 7361, 9792, 9863, 7442, 9818, 9822, 9850, 9867, 7397, 7416, 9860, 9894, 9890, 10434, 7418, 9898, 7369, 9883, 9901, 9908, 7930, 7444, 7405, 9910, 7935, 7414, 7401, 9865, 7421, 9895, 7411, 9909, 9896, 9884, 9861, 7404, 9848, 10403, 9856, 10408, 9885, 9816, 7422, 7363, 9864, or 9846.
A radiation detector comprising: an outer casing; at least one first detector disposed within said outer casing, said at least one first detector configured to primarily detect gamma ray radiation; at least one second detector disposed within said outer casing, said at least one second detector configured to primarily detect neutron radiation; and a computing device disposed within said outer casing and communicatively coupled to said at least one first detector and said at least one second detector, said computing device configured to: receive first data from said at least one first detector; receive second data from said at least one second detector; combine the first and second data; determine a number of neutrons and gamma rays detected based on the combined first and second data; and determine a first portion of a total energy spectrum based on the first data and a second portion of the total energy spectrum based on the second data; the radiation detector being characterised in: said outer casing comprising a doping agent adapted to convert a portion of neutrons passing through said outer casing into gamma rays; and a neutron moderator surrounding said at least one second detector. an outer casing; at least one first detector disposed within said outer casing, said at least one first detector configured to primarily detect gamma ray radiation; at least one second detector disposed within said outer casing, said at least one second detector configured to primarily detect neutron radiation; and a computing device disposed within said outer casing and communicatively coupled to said at least one first detector and said at least one second detector, said computing device configured to: receive first data from said at least one first detector; receive second data from said at least one second detector; combine the first and second data; determine a number of neutrons and gamma rays detected based on the combined first and second data; and determine a first portion of a total energy spectrum based on the first data and a second portion of the total energy spectrum based on the second data; receive first data from said at least one first detector; receive second data from said at least one second detector; combine the first and second data; determine a number of neutrons and gamma rays detected based on the combined first and second data; and determine a first portion of a total energy spectrum based on the first data and a second portion of the total energy spectrum based on the second data; said outer casing comprising a doping agent adapted to convert a portion of neutrons passing through said outer casing into gamma rays; and a neutron moderator surrounding said at least one second detector.
A drive system for a screen, comprising an actuator for rotating a winding shaft associated with the screen, and a compensating spring, the compensating spring comprising: - a first end connected to a fixed part of the actuator, and - a second end connected to a rotating part of the actuator or to the winding shaft, the drive system comprising a tubular housing enclosing the actuator and an attachment part for the first end of the compensation spring, the attachment part comprising a body of substantially cylindrical inner and outer shape, this attachment part surrounding the tubular casing and being fixed to the tubular casing in a non-rotating and non-translating manner along a central axis of the tubular casing, this system being characterised in that the attachment part comprises an opening slot allowing the attachment part to be opened by elastic deformation during a step of assembling the attachment part onto the housing. - a first end connected to a fixed part of the actuator, and - a second end connected to a rotating part of the actuator or to the winding shaft, the drive system comprising a tubular housing enclosing the actuator and an attachment part for the first end of the compensation spring, the attachment part comprising a body of substantially cylindrical inner and outer shape, this attachment part surrounding the tubular casing and being fixed to the tubular casing in a non-rotating and non-translating manner along a central axis of the tubular casing, this system being characterised in that the attachment part comprises an opening slot allowing the attachment part to be opened by elastic deformation during a step of assembling the attachment part onto the housing. the drive system comprising a tubular housing enclosing the actuator and an attachment part for the first end of the compensation spring, the attachment part comprising a body of substantially cylindrical inner and outer shape, this attachment part surrounding the tubular casing and being fixed to the tubular casing in a non-rotating and non-translating manner along a central axis of the tubular casing, this system being characterised in that the attachment part comprises an opening slot allowing the attachment part to be opened by elastic deformation during a step of assembling the attachment part onto the housing.
A tissue product having a geometric mean tensile as defined herein from 730 to 1,200 g/3" (1,200 g/7.62cm), a sheet bulk from 8.0 to 12.0 cc/g and a TS7 value as defined herein less than 10.0, wherein the tissue product is creped and is not embossed, wherein the product comprises two multi-layered plies, each ply comprising a first fibrous layer comprising cross-linked cellulosic fibers and a second fibrous layer that is substantially free from cross-linked cellulosic fibers, and wherein the product comprises from 30 to 75 percent, by weight of the product, cross-linked hardwood kraft fibers.
A switching amplifier comprising: a bidirectional buck-boost converter comprising a first terminal, a second terminal and a common terminal; wherein the bidirectional buck-boost converter is configured to operate with a load circuit connected between the first and second terminals, wherein the first terminal is connected to a first node and the second terminal is connected to a second node, and the switching amplifier being characterised in that: the bidirectional buck-boost converter is configured to be connected to a power supply providing a power supply voltage such that each of the first and the second nodes are dynamically connected to and disconnected from the power supply voltage such that the first node draws electrical energy from the power supply via the first terminal at-and-near positive voltage peaks of a differential voltage between the second node and the first node and the second node draws electrical energy from the power supply via the second terminal at-and-near negative voltage peaks of the differential voltage between the second node and the first node.
A computer implemented method for determining network quality indicators, comprising: - performing at least one communication call, between a first user, having a mobile device with a communication application installed therein which is connected to a VoIP communication service through a communication network, with at least a second user via said communication service; and - computing, based on information extracted from said at least one communication call, by means of executing an algorithm running in a processor, a quality indicator descriptive of technical conditions of said communication network used for performing the at least one communication call, wherein said information is extracted from the at least one communication call by the communication application or by the communication service and includes at least one of an identifier of the communication network used or location information of the mobile device during the communication call, and quality parameters related to the at least one communication call including at least one of: • the duration of the communication call; • an Average Call Duration, or ACD; • a Call Answer Rate, or ASR; • a numerical indication describing if the communication call being a short call; • a numerical indication score of the communication call; and • a call result indicating if the communication call has been dropped or hanged, or if other communication calls between the first user and the second user has been repeated after the communication call the method being characterized in that each one of the quality parameters used for said information has an associated weight, automatically determined or manually configured, wherein if the weight(s) is(are) automatically determined the method comprises using a machine learning algorithm to find an optimal weight, wherein the network quality indicator is computed by performing the sum of the products of each of the quality parameters used and their corresponding weight. - performing at least one communication call, between a first user, having a mobile device with a communication application installed therein which is connected to a VoIP communication service through a communication network, with at least a second user via said communication service; and - computing, based on information extracted from said at least one communication call, by means of executing an algorithm running in a processor, a quality indicator descriptive of technical conditions of said communication network used for performing the at least one communication call, • the duration of the communication call; • an Average Call Duration, or ACD; • a Call Answer Rate, or ASR; • a numerical indication describing if the communication call being a short call; • a numerical indication score of the communication call; and • a call result indicating if the communication call has been dropped or hanged, or if other communication calls between the first user and the second user has been repeated after the communication call
An extract of Monodus sp. obtained by preforming a single solvent extraction, a two-step sequential extraction or a three-step sequential extraction comprising the following steps: (a) treating said microalgae (a-1) in the single solvent extraction with a single solvent selected from the group consisting of methanol, ethanol, ethyl acetate or water, (a-2) in the two-step sequential extraction sequentially with two solvents ethyl acetate and ethanol or ethyl acetate and water, or (a-3) in the three-step sequential extraction sequentially with three solvents ethyl acetate, ethanol and water, (b) removing the dissolved extracts from the residues and (c) recovering the pure extracts from the solvent. (a) treating said microalgae (a-1) in the single solvent extraction with a single solvent selected from the group consisting of methanol, ethanol, ethyl acetate or water, (a-2) in the two-step sequential extraction sequentially with two solvents ethyl acetate and ethanol or ethyl acetate and water, or (a-3) in the three-step sequential extraction sequentially with three solvents ethyl acetate, ethanol and water, (a-1) in the single solvent extraction with a single solvent selected from the group consisting of methanol, ethanol, ethyl acetate or water, (a-2) in the two-step sequential extraction sequentially with two solvents ethyl acetate and ethanol or ethyl acetate and water, or (a-3) in the three-step sequential extraction sequentially with three solvents ethyl acetate, ethanol and water, (b) removing the dissolved extracts from the residues and (c) recovering the pure extracts from the solvent.
Drive system for a soil processing machine, in particular a soil compactor, comprising: - a combustion engine, - a power generator arrangement that can be driven by the combustion engine during power generator operation, - an energy storage arrangement which can be charged by the power generator arrangement during power generator operation, - a plurality of energy consumers which are exclusively supplied with energy by the energy storage arrangement, - a control unit for controlling the combustion engine for driving the power generator arrangement during power generator operation on the basis of a power requirement of the energy consumers. - a combustion engine, - a power generator arrangement that can be driven by the combustion engine during power generator operation, - an energy storage arrangement which can be charged by the power generator arrangement during power generator operation, - a plurality of energy consumers which are exclusively supplied with energy by the energy storage arrangement, - a control unit for controlling the combustion engine for driving the power generator arrangement during power generator operation on the basis of a power requirement of the energy consumers.