mhurhangee/ep-ind-claims huggingface dataset:
Method of MR imaging of an object placed in an examination volume of a MR device, the method comprising the steps of: - generating MR signals by subjecting the object to a MR imaging sequence of at least one RF pulse and switched magnetic field gradients; - acquiring the MR signals as a plurality of temporally successive subsets, each subset comprising a number of k-space profiles with sub-sampling of k-space, wherein a k-space sampling density of each subset is below the Nyquist threshold with respect to a field-of view to be imaged, wherein all subsets cover the same pre-determined region of k-space in that the k-space profiles of each subset are evenly spread out over k-space, wherein one subset differs from another subset only in terms of the k-space locations of the individual k-space profiles, with a constant offset between the measured k-space profiles of different subsets, and wherein the subsets complement each other to form a fully sampled set of k-space profiles; - reconstructing a single-subset MR image from each subset; - computing a gradient MR image from each single-subset MR image, wherein each gradient image is computed by determining spatial derivatives of the image values of the respective single-subset MR image along at least one spatial direction so as to reduce the influence of the central region of k-space; and - detecting motion by comparing the gradient MR images with each other. - generating MR signals by subjecting the object to a MR imaging sequence of at least one RF pulse and switched magnetic field gradients; - acquiring the MR signals as a plurality of temporally successive subsets, each subset comprising a number of k-space profiles with sub-sampling of k-space, wherein a k-space sampling density of each subset is below the Nyquist threshold with respect to a field-of view to be imaged, wherein all subsets cover the same pre-determined region of k-space in that the k-space profiles of each subset are evenly spread out over k-space, wherein one subset differs from another subset only in terms of the k-space locations of the individual k-space profiles, with a constant offset between the measured k-space profiles of different subsets, and wherein the subsets complement each other to form a fully sampled set of k-space profiles; - reconstructing a single-subset MR image from each subset; - computing a gradient MR image from each single-subset MR image, wherein each gradient image is computed by determining spatial derivatives of the image values of the respective single-subset MR image along at least one spatial direction so as to reduce the influence of the central region of k-space; and - detecting motion by comparing the gradient MR images with each other.
A β-type iron silicate characterized in that the iron silicate has a fluorine content not more than 400 ppm by weight of the dry crystals, that the crystal grains have a truncated square bipyramidal morphology in an examination with a scanning electron microscope, having an SiO 2 /Al 2 O 3 (molar ratio) of 300 or more, and that the whole or part of the iron is contained in the β-type framework structure.
Power supply device for adapting mains input power to supply power for a portable device connected to the power supply device, the power supply device comprising - an input circuit for receiving the mains input power and providing input supply power, - a power switch device coupled to the input supply power, - a primary coil of a power inductance coupled to the power switch device, - an output circuit coupled to a secondary coil of the power inductance to provide the supply power for the portable device, and - a controller for controlling the power switch device according to a supply power requirement of the portable device, wherein the power supply device comprises - a measurement inductance magnetically coupled to the power inductance, and - the controller comprises a measurement input coupled to the measurement inductance for detecting a measurement signal indicative of a magnetic state of the power inductance, and the controller is arranged for detecting the supply power requirement based on the magnetic state in response to said controlling the power switch device, characterized in that the portable device being one type of different types of portable devices, and comprising a power supply input to be connected to the power supply device, which power supply input is provided with a resistive element such that, when providing a type-measurement voltage at the supply input, which type-measurement voltage is below an operational voltage required for an electronic circuit of the portable device to be operational, a type-measurement current is drawn from the power supply device indicative of the supply power requirement of the portable device, and the controller is arranged for - generating the type-measurement voltage at a supply power output of the output circuit, and - detecting the type-measurement current drawn by the portable device for determining the supply power requirement of the portable device type. - an input circuit for receiving the mains input power and providing input supply power, - a power switch device coupled to the input supply power, - a primary coil of a power inductance coupled to the power switch device, - an output circuit coupled to a secondary coil of the power inductance to provide the supply power for the portable device, and - a controller for controlling the power switch device according to a supply power requirement of the portable device, wherein the power supply device comprises - a measurement inductance magnetically coupled to the power inductance, and - the controller comprises a measurement input coupled to the measurement inductance for detecting a measurement signal indicative of a magnetic state of the power inductance, and the controller is arranged for detecting the supply power requirement based on the magnetic state in response to said controlling the power switch device, - generating the type-measurement voltage at a supply power output of the output circuit, and - detecting the type-measurement current drawn by the portable device for determining the supply power requirement of the portable device type.
A rotary valve comprising a housing with a removable housing cover, a rotor within the housing which is at least partially placeable outside the housing by detaching and displacing the housing cover away from the housing so as to enable access to an interior of the rotary valve, wherein an end portion of a shaft of the rotor is mounted in a bearing assembly supported by the housing cover, which bearing assembly comprises a first bearing and a second bearing that are adjustable in position so as to maintain the shaft of the rotor in a level orientation with reference to the housing when the housing cover is moved away from the housing, and wherein the first bearing and the second bearing are movable with respect to each other in a direction transversely to a longitudinal direction of the shaft, characterized in that at least one of the first bearing and second bearing is mounted in an adjustment flange that is transversely movable with reference to the shaft of the rotor and which is screw connected with a base flange of the housing cover.
A gas turbine engine comprising: a fan shaft; a support which supports at least a portion of the fan shaft; a gear system to drive the fan shaft, the gear system includes a gear mesh that defines a gear mesh transverse stiffness; a flexible support which at least partially supports the gear system, the flexible support defines a flexible support transverse stiffness with respect to the gear mesh transverse stiffness; and an input to the gear system, the input defining an input transverse stiffness with respect to the gear mesh transverse stiffness, characterised in that: the gear system is intermediate a compressor rotor and a shaft driven by a low pressure turbine section; and a fan rotor and the compressor rotor rotate at a common speed. a fan shaft; a support which supports at least a portion of the fan shaft; a gear system to drive the fan shaft, the gear system includes a gear mesh that defines a gear mesh transverse stiffness; a flexible support which at least partially supports the gear system, the flexible support defines a flexible support transverse stiffness with respect to the gear mesh transverse stiffness; and an input to the gear system, the input defining an input transverse stiffness with respect to the gear mesh transverse stiffness, the gear system is intermediate a compressor rotor and a shaft driven by a low pressure turbine section; and a fan rotor and the compressor rotor rotate at a common speed.
A wheeled vehicle including a brake energy recovery system (2700, 3108, 3212, 3300, 3410, 3516, 3600) comprising: a gearbox; and a first clutch mechanically coupled to an output of the gearbox; a first hydraulic pump mechanically coupled to an output of the first clutch; a first flow control valve hydraulically coupled to an inlet of the first hydraulic pump and to an outlet of the first hydraulic pump; a hydraulic accumulator hydraulically coupled to the first flow control valve; a second flow control valve hydraulically coupled to the hydraulic accumulator; a second hydraulic pump having an inlet hydraulically coupled to the second flow control valve and an outlet hydraulically coupled to the second flow control valve; a second clutch mechanically coupled to the second hydraulic pump; and a differential mechanically coupled to an output of the second clutch; characterised in that the first clutch and the second clutch each include a mechanical one way clutch comprising a variable friction clutch configured to smooth an engagement of the mechanical one way clutch. a gearbox; and a first clutch mechanically coupled to an output of the gearbox; a first hydraulic pump mechanically coupled to an output of the first clutch; a first flow control valve hydraulically coupled to an inlet of the first hydraulic pump and to an outlet of the first hydraulic pump; a hydraulic accumulator hydraulically coupled to the first flow control valve; a second flow control valve hydraulically coupled to the hydraulic accumulator; a second hydraulic pump having an inlet hydraulically coupled to the second flow control valve and an outlet hydraulically coupled to the second flow control valve; a second clutch mechanically coupled to the second hydraulic pump; and a differential mechanically coupled to an output of the second clutch; characterised in that the first clutch and the second clutch each include a mechanical one way clutch comprising a variable friction clutch configured to smooth an engagement of the mechanical one way clutch.
A light emitting diode package comprising: a first frame including a heat sink; a second frame coupled to an upper side of the first frame, the second frame including at least one pair of leads; and a molded structure for coupling the first and second frames to each other, characterized in that the second frame further includes a mount formed with a hole and in that a space is defined between the heat sink and the leads for providing a gap between the heat sink and the leads, wherein the space includes either first recesses formed in the heat sink at positions where the heat sink is overlapped with the leads or second recesses formed in the leads at positions where the leads are overlapped with the heat sink. a first frame including a heat sink; a second frame coupled to an upper side of the first frame, the second frame including at least one pair of leads; and a molded structure for coupling the first and second frames to each other,
A package for a medical device comprising: a tray (54,254) including a top surface, a bottom surface, a proximal end, a distal end, and first and second lateral sides that extend between the proximal and distal ends; a retainer sleeve (58',258') wrapped around said tray, said retainer sleeve including a top panel (140',340') covering the top surface of said tray, a bottom panel (142',342') covering the bottom surface of said tray, and a connecting panel (144',344') extending between said top and bottom panels and covering one of the first and second lateral sides of said tray; said top panel of said retaining sleeve including a proximal edge (150',350'), a distal edge (152',352'), an outer edge (154',354'), a cut (156',356') that extends inwardly from the outer edge, and an extended tab (175',375') that extends along the outer edge of said top panel and distally beyond said cut formed in the outer edge of said top panel, wherein said extended tab is tucked under said connecting panel and disposed between said connecting panel and said tray for holding said top panel in place until it is desired to move said top panel away from the top surface of said tray; and a retainer lid (56',256') covering the distal end of said top panel of said retainer sleeve and being connected with the distal end of said tray for securing the distal end of said retainer sleeve to said tray. a tray (54,254) including a top surface, a bottom surface, a proximal end, a distal end, and first and second lateral sides that extend between the proximal and distal ends; a retainer sleeve (58',258') wrapped around said tray, said retainer sleeve including a top panel (140',340') covering the top surface of said tray, a bottom panel (142',342') covering the bottom surface of said tray, and a connecting panel (144',344') extending between said top and bottom panels and covering one of the first and second lateral sides of said tray; said top panel of said retaining sleeve including a proximal edge (150',350'), a distal edge (152',352'), an outer edge (154',354'), a cut (156',356') that extends inwardly from the outer edge, and an extended tab (175',375') that extends along the outer edge of said top panel and distally beyond said cut formed in the outer edge of said top panel, wherein said extended tab is tucked under said connecting panel and disposed between said connecting panel and said tray for holding said top panel in place until it is desired to move said top panel away from the top surface of said tray; and a retainer lid (56',256') covering the distal end of said top panel of said retainer sleeve and being connected with the distal end of said tray for securing the distal end of said retainer sleeve to said tray.
A humanized anti-CD 19 binding domain, wherein said humanized anti-CD 19 binding domain comprises an amino acid sequence of an scFv selected from SEQ ID NO:1, SEQ ID NO:2, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, SEQ ID NO:8, SEQ ID NO:9, SEQ ID NO:10, SEQ ID NO:11, or SEQ ID NO:12.
A method of wrapping a food product, the method comprising: positioning a sheet of film over the food product, the film having leading and trailing edge portions (10a, 10b); lifting the food product and the film; folding the leading and trailing edge portions (10a, 10b) of the film about the food product using a downstream folding bar and an upstream folding bar during the step of lifting the food product and the film; supporting the food product by gripping the food product between an upstream and a downstream gripper; and moving a sealing bar against the downstream folding bar to seal the leading and trailing edge portions (10a, 10b) of the film about the food product, wherein the step of moving the sealing bar against the downstream folding bar includes biasing the sealing bar relative to a support for the sealing bar to accommodate variations in the size and orientation of the food product during sealing of the leading and trailing edge portions (10a, 10b) of the film about the food product. positioning a sheet of film over the food product, the film having leading and trailing edge portions (10a, 10b); lifting the food product and the film; folding the leading and trailing edge portions (10a, 10b) of the film about the food product using a downstream folding bar and an upstream folding bar during the step of lifting the food product and the film; supporting the food product by gripping the food product between an upstream and a downstream gripper; and moving a sealing bar against the downstream folding bar to seal the leading and trailing edge portions (10a, 10b) of the film about the food product, wherein the step of moving the sealing bar against the downstream folding bar includes biasing the sealing bar relative to a support for the sealing bar to accommodate variations in the size and orientation of the food product during sealing of the leading and trailing edge portions (10a, 10b) of the film about the food product.
An exhaust gas recirculation control device of an internal combustion engine, the device comprising: an EGR control valve which controls the flow rate of EGR gas and is provided in an EGR gas passage connecting an exhaust gas passage to an intake air passage; a feedback control unit which outputs a feedback control command signal to control the opening of the EGR control valve, in response to the operation conditions of the internal combustion engine; and a feed-forward control unit which outputs a feed-forward control command signal to control the opening of the EGR control valve, characterized in that the exhaust gas recirculation control device comprises: an adding unit which adds a control command signal from the feed-forward control unit to a control command signal from the feedback control unit; and a selection unit which compares an added value obtained by the adding unit with a limitation signal for the maximum opening of the EGR control valve, and selects the command signal by which the valve opening of the EGR control valve is brought to a closed side, wherein the command signal by which the valve opening of the EGR control valve is brought to an opened side is not outputted. an EGR control valve which controls the flow rate of EGR gas and is provided in an EGR gas passage connecting an exhaust gas passage to an intake air passage; a feedback control unit which outputs a feedback control command signal to control the opening of the EGR control valve, in response to the operation conditions of the internal combustion engine; and a feed-forward control unit which outputs a feed-forward control command signal to control the opening of the EGR control valve, an adding unit which adds a control command signal from the feed-forward control unit to a control command signal from the feedback control unit; and a selection unit which compares an added value obtained by the adding unit with a limitation signal for the maximum opening of the EGR control valve, and selects the command signal by which the valve opening of the EGR control valve is brought to a closed side,
Deformation device with a machine frame on which a pair of tools is arranged, wherein at least one of the tools (4, 5) is arranged on the machine frame so as to be relatively movable along a movement path and wherein end surfaces (6, 7) of the tools (4, 5) arranged opposite each other form a size-variable working gap and wherein a first optical safety device is assigned to one of the tools (4, 5), in particular to the movable tool, to secure the working gap, wherein said first optical safety device comprises a first beam source to provide a first beam bundle parallel to the end surfaces (6, 7) of the tools (4, 5) and a first light receiver to receive the first beam bundle, wherein a second optical safety device is assigned to one of the tools (4, 5), in particular to the movable tool, wherein said second safety device comprises a second beam source to provide a second beam bundle and a second light receiver to receive the second beam bundle to secure a side surface (18, 41) of the tool (4, 5) aligned normal to the movement path and bordering on the end surface (6, 7), characterised in that the second optical safety device is arranged on the machine frame or on the movable tool together with the first optical safety device and in that the optical safety devices (20, 30) are adjustable together along the movement path, wherein the second optical safety device is designed for securing a front side of the tool (4, 5) facing the user, in particular the movable tool and in that the second beam source is designed to provide beams at least in a safety area having a box-shaped extension whose largest surface is arranged at a predefinable distance to the front side of the tool (4, 5) and in that the second beam source and the second light receiver are arranged at opposing narrows sides of the safety area.
Method for winding pole stars, in particular for stators of internal rotor motors, wherein the pole stars comprise solid pole segments and are connected to one another by suitable connecting regions, wherein a unit comprising a pole star and coil holder is received by a rotatable pole star holder, a winding mandrel is docked flush against a pole segment or is positioned in an extension of a pole segment, a coil holder is moved through a least a displacement device onto a winding mandrel, the coil holder is wound on the winding mandrel and the wound coil holder is pushed again onto the pole star.
An apparatus for the manufacture and unloading of preforms for the manufacture of plastic containers, comprising a device for the injection molding of a plurality of preforms and a device for the cooling and extraction of the preforms from said molding device, said cooling and extraction device comprising a grip assembly which forms a plurality of cooling receptacles for respective preforms, means being provided for transferring the still-warm preforms from said molding device to said grip assembly, said cooling and extraction device comprising an unloading plate which supports a plurality of grip bodies which are arranged in a matrix and can be moved on command in order to engage selectively said grip assembly in order to allow the extraction of the cooled preforms from the respective receptacle and the unloading onto an unloading surface of the preforms, characterized in that it comprises a device for the selective extraction of a predetermined subset of preforms supported by said unloading plate in an orderly manner along at least one pickup direction, and means for the orderly transfer of said predetermined subset of preforms to at least one control and inspection device adapted to perform at least one control on said predetermined subset of preforms.
A foam element with a hydrophilic substance formed by cellulose and incorporated in the foam structure of the foam, wherein the foam element containing the cellulose has a reversible capacity to absorb moisture, characterised in that the cellulose is formed by a structure type based on the crystal modification of cellulose-II and that a proportion of cellulose by reference to the total weight of the foam is selected from a range with a lower limit of 0.1 % by weight, in particular 5 % by weight, and an upper limit of 10 % by weight, in particular 8.5 % by weight, and that a value of a foam moisture of the foam element is increased from an initial value of the foam moisture corresponding to an equilibrium moisture by reference to a first ambient atmosphere with a first climate based on a predefined temperature of 20 °C and relative air humidity of 55 % RH during use in a second ambient atmosphere different from the first ambient atmosphere with a second climate with a higher temperature of 23 °C and a higher relative air humidity of 93 % RH compared with the first climate and the moisture absorbed by the cellulose-II incorporated in the foam element after use in the second ambient atmosphere is evaporated after a period in the first ambient atmosphere with a duration within a range with a lower limit of 1 hour and an upper limit of 16 hours until the initial value of the foam moisture corresponding to the equilibrium moisture by reference to the first ambient atmosphere is restored again.