mhurhangee/ep-ind-claims huggingface dataset:
Air spinning method comprising the steps of: - preparing at least one web of textile fibers, to be fed by at least one introducer element upstream of an air spinning device, said textile fibers being man-made/synthetic fibers and possibly fibers mixed with cotton but not 100% cotton, - drawing said at least one web with at least one drawing device, - feeding said web, previously drawn, in a spinning chamber of the air spinning device, - spinning the fibers inside the spinning chamber by means of compressed air jets, so as to: - obtain a yarn comprising internal fibers surrounded by external fibers, - wherein the yarn has an overall thread count not exceeding Ne20 (295.25 dtex) and wherein the total number of internal and external fibers is less than 200, determined according to the formula given in the description, - wherein the external fibers are twisted, while the internal fibers are neutral and - wherein the working pressures, i.e. of the compressed air jets inside the spinning chamber, are between 0.45 and 0.6 MPa. - preparing at least one web of textile fibers, to be fed by at least one introducer element upstream of an air spinning device, said textile fibers being man-made/synthetic fibers and possibly fibers mixed with cotton but not 100% cotton, - drawing said at least one web with at least one drawing device, - feeding said web, previously drawn, in a spinning chamber of the air spinning device, - spinning the fibers inside the spinning chamber by means of compressed air jets, so as to: - obtain a yarn comprising internal fibers surrounded by external fibers, - wherein the yarn has an overall thread count not exceeding Ne20 (295.25 dtex) and wherein the total number of internal and external fibers is less than 200, determined according to the formula given in the description, - wherein the external fibers are twisted, while the internal fibers are neutral and - wherein the working pressures, i.e. of the compressed air jets inside the spinning chamber, are between 0.45 and 0.6 MPa.
An uninterruptible power supply, UPS, arrangement (10, 110, 210, 211) for subsea applications, comprising: - a container (20, 120) arranged and configured for subsea operation, and - the following main modules (30, 130) arranged inside said container: - at least one battery module (40, 42, 140) of a predetermined battery capacity, - at least one UPS module (50, 52, 54, 150, 500) governing the battery module, the UPS module having a predetermined UPS capacity, - at least one control module (60, 62, 160) configured for interfacing and managing the battery module and the UPS module, the UPS arrangement being arranged and configured to vary its overall capacity based on at least the number of battery and UPS modules, wherein the at least one battery module and the at least one UPS module are internally arranged such that the heat losses from the UPS module are used to heat the battery module. - a container (20, 120) arranged and configured for subsea operation, and - the following main modules (30, 130) arranged inside said container: - at least one battery module (40, 42, 140) of a predetermined battery capacity, - at least one UPS module (50, 52, 54, 150, 500) governing the battery module, the UPS module having a predetermined UPS capacity, - at least one control module (60, 62, 160) configured for interfacing and managing the battery module and the UPS module, - at least one battery module (40, 42, 140) of a predetermined battery capacity, - at least one UPS module (50, 52, 54, 150, 500) governing the battery module, the UPS module having a predetermined UPS capacity, - at least one control module (60, 62, 160) configured for interfacing and managing the battery module and the UPS module,
A flexible electrical current sensor comprising a solenoid disposed about an at least partially magnetic core, the at least partially magnetic core comprising at least one magnetic element, wherein the at least one magnetic element is configured to provide one or more regions of overlap such that a respective gap is provided in each region of overlap, each respective gap being configured such that the effective magnetic permeability of the at least partially magnetic core is maintained during flexing.
Production plant, in particular for air bending workpieces to be produced from sheet metal, comprising a bending press, in particular a press brake, comprising a machine frame and press beams (13, 16) as well as slot-shaped tool holders (19, 20) disposed and/or constructed on the press beams (13, 16), bending tools in the form of a bending punch or a bending die, a tool magazine for at least one bending tool, a first manipulation device for transporting the bending tool between the tool magazine and the tool holders (19, 20), and a second manipulation device for positioning the bending tool in a lengthways direction of the tool holder (19,20), the second manipulation device comprising at least one traction means guided via two deflection means (35, 36), on which traction means at least one pusher element is provided, the bending tool having at least one slot extending across the length of the bending tool in a direction parallel with a bending edge through which the at least one traction means is run, and the at least one slot being further dimensioned such that the at least one pusher element cannot be run through the slot, characterized in that at least one deflection means (35, 36) can be displaced transversely to the lengthways direction of the tool holder (19, 20), as a result of which the pusher element secured to a partial portion of the traction means can be moved into engagement with the bending tool.
A flake-like assemblage comprising a plurality of scattering members encapsulated in a resinous polymer, wherein a difference in refractive index between said scattering members and said polymer is greater than 0.1 and said assemblage has an aspect ratio of 2 to 250.
A vehicle headlamp comprising: a light source; a projection lens that is disposed in front of the light source and which projects light from the light source to the front; a first shield member that is disposed near a rear focal point of the projection lens and which can switch light distribution patterns between at least one of a right high beam light distribution pattern (HiCR) and a left high beam light distribution pattern (HiCL) in both of which light from the light source is partially cut off and at least one of a normal high beam light distribution pattern (HiC) in which no part of light from the light source is cut off and a low beam pattern; characterized in that a second shield member is disposed in a forward position or rearward position away from the rear focal point of the projection lens and cuts off light of a high beam which illuminates an upper area, such that a boundary between an illuminated area and an unilluminated area blurs in the upper area of the high beam. a light source; a projection lens that is disposed in front of the light source and which projects light from the light source to the front; a first shield member that is disposed near a rear focal point of the projection lens and which can switch light distribution patterns between at least one of a right high beam light distribution pattern (HiCR) and a left high beam light distribution pattern (HiCL) in both of which light from the light source is partially cut off and at least one of a normal high beam light distribution pattern (HiC) in which no part of light from the light source is cut off and a low beam pattern; characterized in that a second shield member is disposed in a forward position or rearward position away from the rear focal point of the projection lens and cuts off light of a high beam which illuminates an upper area, such that a boundary between an illuminated area and an unilluminated area blurs in the upper area of the high beam.
A spintronic wireless communication modulation system for simultaneously modulating multi-band frequency and amplitude, comprising: a plurality of spin transfer torque devices which have frequency characteristics different from each other, perform OOK modulation or multi-level ASK modulation on input data, and output multi-band OOK modulation signals or multi-band multi-level ASK modulation signals; a plurality of matching networks which match individual impedances of the plurality of spin transfer torque devices; an antenna which receives the multi-band OOK modulation signals or the multi-band multi-level ASK modulation signals from one end of the plurality of matching networks, and transmits the signals and a demultiplexer which sequentially assigns digital data continuously input in synchronization with a clock to the plurality of spin transfer torque devices. a plurality of spin transfer torque devices which have frequency characteristics different from each other, perform OOK modulation or multi-level ASK modulation on input data, and output multi-band OOK modulation signals or multi-band multi-level ASK modulation signals; a plurality of matching networks which match individual impedances of the plurality of spin transfer torque devices; an antenna which receives the multi-band OOK modulation signals or the multi-band multi-level ASK modulation signals from one end of the plurality of matching networks, and transmits the signals and a demultiplexer which sequentially assigns digital data continuously input in synchronization with a clock to the plurality of spin transfer torque devices.
A multispecific antibody of human IgG1, human IgG2, human IgG3 or human IgG4 subclass, comprising: a) a first light chain and a first heavy chain of a first antibody which specifically binds to a first antigen; and b) a second light chain and a second heavy chain of a second antibody which specifically binds to a second antigen, and wherein the variable domains VL and VH in the second light chain and second heavy chain of the second antibody are replaced by each other; and wherein in the constant domain CL of the first light chain under a) the amino acid at position 124 is substituted independently by lysine or arginine (numbering according to Kabat), and wherein in the constant domain CH1 of the first heavy chain under a) the amino acid at position 147 or the amino acid at position 213 is substituted independently by glutamic acid or aspartic acid (numbering according to Kabat EU index). a) a first light chain and a first heavy chain of a first antibody which specifically binds to a first antigen; and b) a second light chain and a second heavy chain of a second antibody which specifically binds to a second antigen, and wherein the variable domains VL and VH in the second light chain and second heavy chain of the second antibody are replaced by each other; and
A method comprising: determining one or more interactive elements in a layout of a Graphical User Interface, GUI, displayed by a computing device; obtaining audio of speech from a user of the computing device; transforming the speech to text; comparing the text with identifiers of predefined vocal commands to determine that the text does not match any of the identifiers; in response to the determination that the text does not match any of the identifiers, selecting from the one or more interactive elements in the layout of the GUI displayed by the computing device a free-text input element that is most adjacent to a focused element in the layout of the GUI, wherein the focused element comprises an interactive element that was referenced by the user of the computing device; and inputting the text to the free-text input element. determining one or more interactive elements in a layout of a Graphical User Interface, GUI, displayed by a computing device; obtaining audio of speech from a user of the computing device; transforming the speech to text; comparing the text with identifiers of predefined vocal commands to determine that the text does not match any of the identifiers; in response to the determination that the text does not match any of the identifiers, selecting from the one or more interactive elements in the layout of the GUI displayed by the computing device a free-text input element that is most adjacent to a focused element in the layout of the GUI, wherein the focused element comprises an interactive element that was referenced by the user of the computing device; and inputting the text to the free-text input element.
A pharmaceutical composition stored in a sealed manner in a container comprising a cylindrical bottle and a closure storage cap, said pharmaceutical composition comprising as active ingredients ferric complex with N-acetyl-L-aspartic casein and calcium folinate pentahydrate, the two active ingredients to be mixed together creating a single dose oral solution at the time of use, wherein the ferric complex with N-acetyl-L-aspartic casein is stored in liquid form in the cylindrical bottle and calcium folinate pentahydrate is stored in solid form in the hollow space of the closure storage cap which seals the bottle.
A temperature-control system for an NMR magnet system, comprising a permanent magnet arrangement with a central air gap for generating a homogeneous static magnetic field in a measuring volume inside the central air gap, an NMR probehead for transmitting RF pulses and receiving RF signals from a measuring sample, an H0 coil for changing the amplitude of the static magnetic field, and a shim system in the central air gap for further homogenization of the magnetic field in the measuring volume, wherein a first insulation chamber surrounds the permanent magnet arrangement so as to thermally shield it, and wherein the first insulation chamber comprises one or more means for controlling a temperature T1 of the first insulation chamber, characterized in that the shim system, the H0 coil and the NMR probehead are arranged outside the first insulation chamber in the central air gap, and in that at least one heat-conducting body is arranged between the shim system and the H0 coil on one side and the permanent magnet arrangement on the other side. a permanent magnet arrangement with a central air gap for generating a homogeneous static magnetic field in a measuring volume inside the central air gap, an NMR probehead for transmitting RF pulses and receiving RF signals from a measuring sample, an H0 coil for changing the amplitude of the static magnetic field, and a shim system in the central air gap for further homogenization of the magnetic field in the measuring volume, wherein a first insulation chamber surrounds the permanent magnet arrangement so as to thermally shield it, and wherein the first insulation chamber comprises one or more means for controlling a temperature T1 of the first insulation chamber, characterized in that the shim system, the H0 coil and the NMR probehead are arranged outside the first insulation chamber in the central air gap, and in that at least one heat-conducting body is arranged between the shim system and the H0 coil on one side and the permanent magnet arrangement on the other side.
Resonator device comprising: - a base comprising an anchor; - a vibration unit connected to said anchor; said vibration unit being configured to have a desired first vibration mode; and - said vibration unit being configured to have a second vibration mode different from said first vibration mode; - said base comprising a single anchor; wherein the first vibration mode and the second vibration mode destructively interfere at the anchor, said vibration unit, having a central portion connected to said single anchor, and being a single plate-shaped vibration element configured to provide said first vibration mode and said second vibration mode. - a base comprising an anchor; - a vibration unit connected to said anchor; - said vibration unit being configured to have a second vibration mode different from said first vibration mode; - said base comprising a single anchor;
A video encoding apparatus for subjecting a video image to motion compensated encoding, the apparatus comprising: an acquisition module configured to acquire available blocks of blocks having motion vectors from encoded blocks adjacent to a to-be-encoded block and a number of the available blocks, wherein the acquisition module acquires available blocks from available block candidates based on said candidates' block sizes, their prediction modes and the prediction mode of the to-be-encoded block, wherein the available block candidates are encoded neighbouring blocks having a motion vector; a selection module to select one selection block from the available blocks; a selection information encoding module to select one selection code table from a plurality of code tables depending on the number of the available blocks and encode selection information for specifying the selection block using the selected code table; and an image encoding module to subject the to-be-encoded block to motion compensated prediction coding using a motion vector of the selection block. an acquisition module configured to acquire available blocks of blocks having motion vectors from encoded blocks adjacent to a to-be-encoded block and a number of the available blocks, wherein the acquisition module acquires available blocks from available block candidates based on said candidates' block sizes, their prediction modes and the prediction mode of the to-be-encoded block, wherein the available block candidates are encoded neighbouring blocks having a motion vector; a selection module to select one selection block from the available blocks; a selection information encoding module to select one selection code table from a plurality of code tables depending on the number of the available blocks and encode selection information for specifying the selection block using the selected code table; and an image encoding module to subject the to-be-encoded block to motion compensated prediction coding using a motion vector of the selection block.
Method of operation for a machine with a number of position-controlled axes, - wherein a control device of the machine activates the position-controlled axes according to a subprogram while processing a system program, - wherein an end effector is moved by the activation of the position-controlled axes along a track defined by the subprogram via at least one intermediate element relative to a base body of the machine under position control, - wherein the control device checks, by means of a parameterized model of the machine before the activation of the position-controlled axes while processing the system program, whether the movement of the end effector along the track defined by the subprogram is possible without collisions, characterised in that - the control device, before the checking of the subprogram, accepts initial measured values which are characteristic for the actual configuration of the machine and - the control device, before the checking of the subprogram, determines parameters of the model on the basis of the initial measured values and parameterizes the model in accordance with the determined parameters. - wherein a control device of the machine activates the position-controlled axes according to a subprogram while processing a system program, - wherein an end effector is moved by the activation of the position-controlled axes along a track defined by the subprogram via at least one intermediate element relative to a base body of the machine under position control, - wherein the control device checks, by means of a parameterized model of the machine before the activation of the position-controlled axes while processing the system program, whether the movement of the end effector along the track defined by the subprogram is possible without collisions, - the control device, before the checking of the subprogram, accepts initial measured values which are characteristic for the actual configuration of the machine and - the control device, before the checking of the subprogram, determines parameters of the model on the basis of the initial measured values and parameterizes the model in accordance with the determined parameters.
Device for producing containers from preforms of thermoplastic material, wherein the device comprises at least one transport device with at least one transfer device for moving containers and/or preforms between a first transfer position and a second transfer position, wherein the transfer device has a holding element for holding a container and/or preform, wherein the transport device for the at least one transfer device has a separate drive device for moving the transfer device between a first transfer position and a second transfer position, characterised in that the transport device comprises a carrier plate extending at least along a transport path between the first and second transfer positions, on which the at least one transfer device is arranged and can be moved freely on the carrier plate by means of the drive device.
Bracket for a safety scaffold, the bracket having a bracket leg and a bracket angle support that can be fastened to a building side and has a first leg and a second leg, the first leg of the bracket angle support having a first bearing for receiving the bracket leg in a lockable manner, which bracket leg is supported at the end on a second bearing of the second leg of the bracket angle support, a receiving sleeve for a side protection post being associated with the bracket leg, the receiving sleeve being arranged parallel to and spaced from the bracket leg, characterized in that the first bearing is designed as a scaffold tube clamp which is connected to the first leg of the bracket angle support via a spacer.
A biodegradable, metal alloy comprising: from 0.5 weight percent to 4.0 weight percent of yttrium; from greater than zero to 1.0 weight percent of calcium; from 0.25 weight percent to 1.0 weight percent of zirconium; from 0.25 weight percent to 1.0 weight percent of silver; and a balance of magnesium, based on total weight of the alloy. from 0.5 weight percent to 4.0 weight percent of yttrium; from greater than zero to 1.0 weight percent of calcium; from 0.25 weight percent to 1.0 weight percent of zirconium; from 0.25 weight percent to 1.0 weight percent of silver; and a balance of magnesium, based on total weight of the alloy.
Motorised saw assembly with a motorised saw comprising a housing, on which a guide rail is located, and an electric drive motor driving a saw chain arranged to revolve along the guide rail, wherein the drive motor is supplied with energy by at least one battery, wherein the battery is located outside the housing of the motorised saw and connected to the drive motor via a power cable, the power cable having a first end connected to the battery at an electric connection and a second end held on the motorised saw, characterised in that the motorised saw has an elastic securing element (12, 42, 52, 62, 72, 82), wherein the securing element (12, 42, 52, 62, 72, 82) is located on the housing of the motorised saw via at least one fastening means, and wherein at least one connecting device (17, 77, 97) is provided to connect the securing element (12, 42, 52, 62, 72, 82) to a user, wherein the connecting device (17, 77, 97) has an overload protection which releases the mechanical connection between the securing element (12, 42, 52, 62, 72, 82) and the user if a maximum tensile force acting on the securing element (12, 42, 52, 62, 72, 82) is exceeded, wherein the securing element (12, 42, 52, 62, 72, 82) forms a cable module (11, 41, 51, 61, 71, 81, 91) with the power cable, and wherein the pull-out force for releasing the electric connection is lower than the maximum tensile force.