mhurhangee/ep-ind-claims huggingface dataset:
Multiphase converter comprising precisely four electrical phases, which are each drivable by a switching means, comprising four coupling means (100 to 106; 150 to 156), which couple in each case one phase to precisely one other phase, characterized in that two turns (110 to 116; 120; 122; 130; 132) are provided per phase (11 to 16) and at least one of the coupling means (100 to 106; 150 to 156) has at least one means (80 to 89) for influencing a magnetic leakage flux.
A device (100,200) for closing a wound, comprising: a flexible base strip (110,210) having a bottom surface coated with an adhesive to adhere to one side of a wound, a top surface opposite the bottom surface, an inner edge and an outer edge; a plurality of bridging links (120,220) integrated with the base strip in axially-spaced relation, said bridging links extending transversely from said inner edge; each of said bridging links movable about a hinge region between a first, storage position wherein said bridging links are folded over the top surface of the base strip and a second, extended position wherein said bridging links extend outwardly from said inner edge; said bridging links each having a first, engaging surface and a second surface opposite the engaging surface, said first engaging surface having an attachment region for attaching to another top surface of another base strip when said another base strip is placed on an opposite side of the wound and the bridging links are in said extended position; characterised in that said hinge region comprises a partially flexible material capable of stabilising the orientation of said bridging links in an intermediate angular position between said first and said second positions. a flexible base strip (110,210) having a bottom surface coated with an adhesive to adhere to one side of a wound, a top surface opposite the bottom surface, an inner edge and an outer edge; a plurality of bridging links (120,220) integrated with the base strip in axially-spaced relation, said bridging links extending transversely from said inner edge; each of said bridging links movable about a hinge region between a first, storage position wherein said bridging links are folded over the top surface of the base strip and a second, extended position wherein said bridging links extend outwardly from said inner edge; said bridging links each having a first, engaging surface and a second surface opposite the engaging surface, said first engaging surface having an attachment region for attaching to another top surface of another base strip when said another base strip is placed on an opposite side of the wound and the bridging links are in said extended position; characterised in that said hinge region comprises a partially flexible material capable of stabilising the orientation of said bridging links in an intermediate angular position between said first and said second positions.
A plastic film, including: a supporting substrate; a first coating layer which is formed on one side of the supporting substrate and has an elastic modulus of 1,500 MPa or less; a second coating layer which is formed on another side of the supporting substrate and has an elastic modulus of 2,000 MPa or more; and a fourth coating layer located between the supporting substrate and the second coating layer, wherein an elastic modulus of the fourth coating layer is equal to or lower than the elastic modulus of the second coating layer, wherein the elastic modulus means a value measured according to ASTM D882. a supporting substrate; a first coating layer which is formed on one side of the supporting substrate and has an elastic modulus of 1,500 MPa or less; a second coating layer which is formed on another side of the supporting substrate and has an elastic modulus of 2,000 MPa or more; and a fourth coating layer located between the supporting substrate and the second coating layer, wherein an elastic modulus of the fourth coating layer is equal to or lower than the elastic modulus of the second coating layer, wherein the elastic modulus means a value measured according to ASTM D882.
An apparatus comprising: (a) a shaft having a proximal end and a distal end, wherein the shaft has a first outer cross-sectional dimension; (b) an expandable dilation member positioned proximal to the distal end of the shaft, wherein the dilation member is operable to transition between a non-expanded configuration and an expanded configuration, wherein the dilation member is sized to pass through a passageway associated with drainage of a paranasal sinus or a Eustachian tube when the dilation member is in the non-expanded configuration; and (c) a bulbous tip positioned at the distal end of the shaft, wherein the bulbous tip is distal to the dilation member, wherein the bulbous tip has a second outer cross-sectional dimension, wherein the second outer cross-sectional dimension is larger than the first outer cross-sectional dimension, wherein the bulbous tip is removably secured to the distal end of the shaft; and characterised in that the shaft further comprises a weakened portion configured to facilitate breaking of the bulbous tip away from the distal end of the shaft. (a) a shaft having a proximal end and a distal end, wherein the shaft has a first outer cross-sectional dimension; (b) an expandable dilation member positioned proximal to the distal end of the shaft, wherein the dilation member is operable to transition between a non-expanded configuration and an expanded configuration, wherein the dilation member is sized to pass through a passageway associated with drainage of a paranasal sinus or a Eustachian tube when the dilation member is in the non-expanded configuration; and (c) a bulbous tip positioned at the distal end of the shaft, wherein the bulbous tip is distal to the dilation member, wherein the bulbous tip has a second outer cross-sectional dimension, wherein the second outer cross-sectional dimension is larger than the first outer cross-sectional dimension, wherein the bulbous tip is removably secured to the distal end of the shaft; and
Polymer composition comprising: (a) 40.0 - 70.0 wt% of poly(butylene terephthalate); (b) 5.0 - 25.0 wt% of glass fibres; (c) 10.0 - 25.0 wt% of a polymer comprising moieties derived from acrylonitrile, butadiene and styrene; and (d) 1.0 - 10.0 wt% of a polymer comprising moieties derived from ethylene, methyl (meth)acrylate and glycidyl (meth)acrylate with regard to the total weight of the polymer composition. (a) 40.0 - 70.0 wt% of poly(butylene terephthalate); (b) 5.0 - 25.0 wt% of glass fibres; (c) 10.0 - 25.0 wt% of a polymer comprising moieties derived from acrylonitrile, butadiene and styrene; and (d) 1.0 - 10.0 wt% of a polymer comprising moieties derived from ethylene, methyl (meth)acrylate and glycidyl (meth)acrylate with regard to the total weight of the polymer composition.
A subscriber unit for wireless communications, comprising: a receiver configured to monitor control information in each of a plurality of first time intervals, wherein each of the plurality of first time intervals is equal to a slot and a second time interval is divided into the first time intervals and is defined by a plurality of slots; wherein the control information includes forward traffic channel allocation information and reverse traffic channel allocation information, and wherein the control information in each first time interval is received in less than or equal to a slot, the receiver configured to decode forward traffic data in at least one of the plurality of first time intervals in accordance with receiving forward traffic channel allocation information for the subscriber unit associated with at least one of the plurality of first time intervals; and a transmitter configured to transmit reverse traffic data in one of the plurality of first time intervals in accordance with the reverse traffic channel allocation information for the subscriber unit. a receiver configured to monitor control information in each of a plurality of first time intervals, wherein each of the plurality of first time intervals is equal to a slot and a second time interval is divided into the first time intervals and is defined by a plurality of slots; wherein the control information includes forward traffic channel allocation information and reverse traffic channel allocation information, and wherein the control information in each first time interval is received in less than or equal to a slot, the receiver configured to decode forward traffic data in at least one of the plurality of first time intervals in accordance with receiving forward traffic channel allocation information for the subscriber unit associated with at least one of the plurality of first time intervals; and a transmitter configured to transmit reverse traffic data in one of the plurality of first time intervals in accordance with the reverse traffic channel allocation information for the subscriber unit.
A construction consisting of: a sintered polycrystalline super-hard layer having mutually opposite reinforced boundaries, each of which is bonded to a respective reinforcement structure, wherein at least one of the reinforcement structures consists of any of molybdenum (Mo), niobium (Nb), tantalum (Ta), tungsten and rhenium (Re) in elemental metallic form or included in an alloy, intermetallic material or a chemical compound; the super-hard layer comprising polycrystalline diamond material or polycrystalline cubic boron nitride (PCBN) material; the construction configured such that the equivalent circle diameter of each reinforced boundary is at least ten times the mean thickness of the super-hard layer between them; the reinforcement structures being substantially free of material having a melting point of less than 2,000 degrees Celsius, at least adjacent the reinforced boundaries; and in which each reinforcement structure is substantially free of sinter promotion material for the super-hard layer, at least adjacent the respective reinforced boundary. a sintered polycrystalline super-hard layer having mutually opposite reinforced boundaries, each of which is bonded to a respective reinforcement structure, wherein at least one of the reinforcement structures consists of any of molybdenum (Mo), niobium (Nb), tantalum (Ta), tungsten and rhenium (Re) in elemental metallic form or included in an alloy, intermetallic material or a chemical compound; the super-hard layer comprising polycrystalline diamond material or polycrystalline cubic boron nitride (PCBN) material; the construction configured such that the equivalent circle diameter of each reinforced boundary is at least ten times the mean thickness of the super-hard layer between them; the reinforcement structures being substantially free of material having a melting point of less than 2,000 degrees Celsius, at least adjacent the reinforced boundaries; and in which each reinforcement structure is substantially free of sinter promotion material for the super-hard layer, at least adjacent the respective reinforced boundary.
An assembly for mounting a display including a plurality of elevated portions, the assembly comprising: a bracket defining a first plurality of through holes and a second plurality of through holes; a frame, wherein the display is partially enclosed within a cavity defined by the bracket and the frame; a plurality of pistons, each of the plurality of pistons passing through a corresponding one of the first plurality of through holes and resting against one of the plurality of elevated portions of the display; and a plurality of compression members, each of the plurality of compression members located proximate a corresponding one of the plurality of pistons; characterised by: a plurality of shoulder screws, each of the plurality of shoulder screws passing through a corresponding one of the second plurality of through holes and into the display, wherein the shoulder screws secure the display to the bracket such that movement of the display is restricted to a single direction normal to a surface of the display; and a glass panel connected to the frame and located adjacent to the display such that the plurality of pistons and the plurality of compression members press the display against the glass panel in the directed normal to the surface of the display. a bracket defining a first plurality of through holes and a second plurality of through holes; a frame, wherein the display is partially enclosed within a cavity defined by the bracket and the frame; a plurality of pistons, each of the plurality of pistons passing through a corresponding one of the first plurality of through holes and resting against one of the plurality of elevated portions of the display; and a plurality of compression members, each of the plurality of compression members located proximate a corresponding one of the plurality of pistons; a plurality of shoulder screws, each of the plurality of shoulder screws passing through a corresponding one of the second plurality of through holes and into the display, wherein the shoulder screws secure the display to the bracket such that movement of the display is restricted to a single direction normal to a surface of the display; and a glass panel connected to the frame and located adjacent to the display such that the plurality of pistons and the plurality of compression members press the display against the glass panel in the directed normal to the surface of the display.
Method for automatically preparing a fluid sample for detection and measurement of micro-organisms and/or biological substances using an automatic sample preparation module, the method comprising the steps of: - obtaining a sample to be analyzed from a fluid or fluid stream through an inlet valve to a conduit loop, wherein the conduit loop comprises a cross-flow filter; - circulating the sample in the conduit loop using a pump wherein the fluid passes through the cross-flow filter in a longitudinal direction; - adding buffer fluid to the conduit loop to force the sample fluid through the filter, wherein part of the sample fluid flows to a waste container and micro-organisms and biological substances are retained in the circulating fluid by the crossflow-filter; - adding a colouring agent to the fluid in the conduit loop; - mixing the fluid and the colouring agent by circulating the fluid in the conduit loop for a certain amount of time; - removing excess colouring agent using buffer fluid to obtain a clear fluid containing coloured micro-organisms or biological substances; - transporting the fluid sample to a detector; - detecting micro-organisms or biological substances in the fluid sample. - obtaining a sample to be analyzed from a fluid or fluid stream through an inlet valve to a conduit loop, wherein the conduit loop comprises a cross-flow filter; - circulating the sample in the conduit loop using a pump wherein the fluid passes through the cross-flow filter in a longitudinal direction; - adding buffer fluid to the conduit loop to force the sample fluid through the filter, wherein part of the sample fluid flows to a waste container and micro-organisms and biological substances are retained in the circulating fluid by the crossflow-filter; - adding a colouring agent to the fluid in the conduit loop; - mixing the fluid and the colouring agent by circulating the fluid in the conduit loop for a certain amount of time; - removing excess colouring agent using buffer fluid to obtain a clear fluid containing coloured micro-organisms or biological substances; - transporting the fluid sample to a detector; - detecting micro-organisms or biological substances in the fluid sample.
An active semi-levered landing gear for use in an aircraft, comprising: a main strut attached to a bogie beam, the main strut comprising a main strut oleo-pneumatic chamber having a chamber pressure and a main strut piston; and a pressure boost mechanism comprising a first fluid portion having a first fluid portion pressure, and a second fluid portion having a second fluid portion pressure, wherein the first fluid portion is selectively coupled with the main strut oleo-pneumatic, chamber, wherein an increase in the second fluid portion pressure increases the first fluid portion pressure, and wherein the increase in the first fluid portion pressure increases the chamber pressure to extend a length of the main strut piston to an extended length to provide a longer main strut and an increased aircraft height above ground during a takeoff phase of operation, wherein the pressure boost mechanism further comprises a piston disposed between the first fluid portion and the second fluid portion that fluidically separates the first fluid portion from the second fluid portion, characterized in that the piston comprises a vent configured to reduce cross contamination of the first fluid and the second fluid across the piston. a main strut attached to a bogie beam, the main strut comprising a main strut oleo-pneumatic chamber having a chamber pressure and a main strut piston; and a pressure boost mechanism comprising a first fluid portion having a first fluid portion pressure, and a second fluid portion having a second fluid portion pressure, wherein the first fluid portion is selectively coupled with the main strut oleo-pneumatic, chamber,
A method for operating a gas turbine engine comprising a gearbox and a power turbine coupled to the gearbox, the method comprising: obtaining, via a sensor or a virtual sensor, a value of a first torque at a location proximate to or within the gearbox; determining a second torque at the power turbine based on the value of the first torque; determining a power at the power turbine based on the second torque; and controlling operation of the engine based on the power. obtaining, via a sensor or a virtual sensor, a value of a first torque at a location proximate to or within the gearbox; determining a second torque at the power turbine based on the value of the first torque; determining a power at the power turbine based on the second torque; and controlling operation of the engine based on the power.
Furniture with a furniture body, on which at least one sliding door (3, 4) is held so as to be displaceable along a running rail via at least one running part, and a guide rail which is fixed to the furniture body and along which at least one guide part (15, 25) held on the sliding door (3, 4) is displaceable, wherein the guide part (15, 25) is held displaceably on a mounting element (16, 16') which is fixed on the sliding door (3, 4), wherein the guide part (15, 25) is biased relative to the mounting element (16, 16') via at least one spring element, characterised in that the at least one spring element comprises a bendable spring web which is movable along a curve guide, wherein the at least one spring web of the spring element is formed on the guide part (15, 25) and the at least one curve guide is formed on the mounting element (16, 16'), or the at least one spring web is formed on the mounting element (16, 16') and the curve guide is formed on the guide part (15, 25).
An optical device comprising: a laser diode for outputting a laser light having a predetermined wavelength; wherein the laser diode is arranged to output a blue light, a polarization separator for transmitting a first polarized light of the blue light and reflecting a second polarized light of the blue lignt; a wheel comprising a wavelength conversion unit (433a, 433b) for converting a wavelength of the second polarized light of the blue light reflected by the polarization separator such that the second polarized light of the blue light is converted in wavelength into a green light and a red light and a transmission unit (434a, 434b) for transmitting the second polarized light of the blue light; a polarization converter (444, 446) for converting the light transmitted through the wheel into the first polarized light and outputting the converted first polarized light to the wheel; and an optical output unit for outputting the first polarized light from the polarization converter and the light converted in wavelength and reflected by the wheel, and wherein the polarization converter comprises a prism coated with a retarder layer, and when the second polarized light of the blue light reflected by the polarization separator is incident upon the wheel, the wheel reflects the green light and the red light and transmits the blue light. a laser diode for outputting a laser light having a predetermined wavelength; wherein the laser diode is arranged to output a blue light, a polarization separator for transmitting a first polarized light of the blue light and reflecting a second polarized light of the blue lignt; a wheel comprising a wavelength conversion unit (433a, 433b) for converting a wavelength of the second polarized light of the blue light reflected by the polarization separator such that the second polarized light of the blue light is converted in wavelength into a green light and a red light and a transmission unit (434a, 434b) for transmitting the second polarized light of the blue light; a polarization converter (444, 446) for converting the light transmitted through the wheel into the first polarized light and outputting the converted first polarized light to the wheel; and an optical output unit for outputting the first polarized light from the polarization converter and the light converted in wavelength and reflected by the wheel, and wherein the polarization converter comprises a prism coated with a retarder layer, and when the second polarized light of the blue light reflected by the polarization separator is incident upon the wheel, the wheel reflects the green light and the red light and transmits the blue light.
A tilt switch having an open state and a closed state and comprising an electronics assembly (3, 4), and a combined supply and output stage configured such that the assembly (3, 4) is supplied in both states, characterized in that the supply and output stage has a supply pin and a switching output and is adapted to offer high resistance in the open state while allowing residual current to pass between the supply pin and the switching output and low resistance in the closed state while allowing residual voltage to drop between the supply pin and the switching output.
A system for cryptographic processing, comprising: message unit (1, 7, 12) for providing a first message representation (3, 6, 11), wherein the first message representation is a representation of a message; key unit for providing a key representation (4, 9, 14), wherein the key representation is an encrypted representation of a first key of a first cryptographic algorithm and a second key of a second cryptographic algorithm, wherein the first cryptographic algorithm is different from the second cryptographic algorithm; step unit (5, 10, 15) for performing a step of the first cryptographic algorithm and a step of the second cryptographic algorithm based on the first message representation (3, 6, 11) and the key representation, to obtain a second message representation (6, 11, 16), wherein the second message representation is an encrypted representation of a result of the step of the first cryptographic algorithm and a result of the step of the second cryptographic algorithm. message unit (1, 7, 12) for providing a first message representation (3, 6, 11), wherein the first message representation is a representation of a message; key unit for providing a key representation (4, 9, 14), wherein the key representation is an encrypted representation of a first key of a first cryptographic algorithm and a second key of a second cryptographic algorithm, wherein the first cryptographic algorithm is different from the second cryptographic algorithm; step unit (5, 10, 15) for performing a step of the first cryptographic algorithm and a step of the second cryptographic algorithm based on the first message representation (3, 6, 11) and the key representation, to obtain a second message representation (6, 11, 16), wherein the second message representation is an encrypted representation of a result of the step of the first cryptographic algorithm and a result of the step of the second cryptographic algorithm.