mhurhangee/ep-ind-claims huggingface dataset:
An exhaust system for a gas turbine engine, comprising: an eductor system adapted to receive a primary exhaust fluid, the eductor system including a body that extends along a first axis, with a plurality of ducts spaced apart about a circumference of the body, and each of the plurality of ducts extend from the body along a second axis transverse to the first axis to define a plurality of eductor primary flow paths that terminate in a mixing chamber, and the mixing chamber is adapted to receive a secondary cooling fluid and to mix the primary exhaust fluid with the secondary cooling fluid to create a mixed fluid flow; and characterized in that it further comprises a muffler system downstream from the mixing chamber adapted to receive the mixed fluid flow from the eductor system, the muffler system including a plurality of baffles that cooperate to define a tortuous path for the mixed fluid flow and attenuate sound generated by the gas turbine engine, the plurality of baffles comprise a first baffle and a second baffle, with the tortuous path defined through an opening of the first baffle and about a perimeter of the second baffle. an eductor system adapted to receive a primary exhaust fluid, the eductor system including a body that extends along a first axis, with a plurality of ducts spaced apart about a circumference of the body, and each of the plurality of ducts extend from the body along a second axis transverse to the first axis to define a plurality of eductor primary flow paths that terminate in a mixing chamber, and the mixing chamber is adapted to receive a secondary cooling fluid and to mix the primary exhaust fluid with the secondary cooling fluid to create a mixed fluid flow; and characterized in that it further comprises a muffler system downstream from the mixing chamber adapted to receive the mixed fluid flow from the eductor system, the muffler system including a plurality of baffles that cooperate to define a tortuous path for the mixed fluid flow and attenuate sound generated by the gas turbine engine, the plurality of baffles comprise a first baffle and a second baffle, with the tortuous path defined through an opening of the first baffle and about a perimeter of the second baffle.
A wind energy installation having at least one rotor blade, and a pitch system, wherein the pitch system comprises at least one input rectifier and at least one pitch drive, wherein each rotor blade can be rotated about its longitudinal axis by a pitch drive or at least one of multiple pitch drives; each input rectifier is supplied with alternating voltage from a supply network and each pitch drive is supplied with electrical energy from the one input of the rectifier or from at least one of multiple input rectifiers, each pitch drive being connected to an emergency energy storage, wherein each pitch drive can be supplied with electrical energy by the emergency energy storage connected to it, so that the pitch system comprises at least one line voltage measuring device, each input rectifier comprises at least one semiconductor switching element which can be blocked with a current flow from the supply network into the respective input rectifier, wherein each line voltage measuring device measures the voltage of the supply network, characterized in that if the measured voltage of the supply network or a value calculated from multiple measured voltages exceeds a first voltage value, each semiconductor switching element blocks the current flow from the supply network into the respective input rectifier and each pitch drive is supplied with electrical energy from the emergency energy storage connected to it and that in the connection between the supply network and the one input rectifier or the plurality of input rectifiers, a mains contactor is arranged, wherein each input rectifier is separated through the line contactor from the supply network if the measured voltage of the supply network exceeds a second voltage value, wherein the second voltage value is greater than the first voltage value.
A battery pack, comprising a double-layer battery module bracket, an upper-layer battery module, a lower-layer battery module and a supporting mechanism; the double-layer battery module bracket comprising along a vertical direction Z: an upper plate, a lower fixing member and an upper fixing member; the lower fixing member being positioned below the upper plate and supporting the upper plate, the lower fixing member and the upper plate being configured to enclose a lower accommodating space; the upper fixing member being positioned above the lower fixing member and fixed to the upper plate, the upper fixing member and the upper plate being configured to enclose an upper accommodating space, a projection of a lower surface of the upper fixing member in the vertical direction Z and a projection of an upper surface of the lower fixing member in the vertical direction Z at least partially overlapping; the double-layer battery module bracket further comprising a fastener passing through the upper fixing member, the upper plate and the lower fixing member along the vertical direction Z within a range in which the projections in the vertical direction Z overlap, a lower portion of the fastener exposed from the lower fixing member being fixed on the supporting mechanism; the upper-layer battery module being accommodated in the upper accommodating space and supported on the upper plate; the lower-layer battery module being accommodated in the lower accommodating space; the supporting mechanism supporting the lower-layer battery module and the lower fixing member. the double-layer battery module bracket comprising along a vertical direction Z: an upper plate, a lower fixing member and an upper fixing member; the lower fixing member being positioned below the upper plate and supporting the upper plate, the lower fixing member and the upper plate being configured to enclose a lower accommodating space; the upper fixing member being positioned above the lower fixing member and fixed to the upper plate, the upper fixing member and the upper plate being configured to enclose an upper accommodating space, a projection of a lower surface of the upper fixing member in the vertical direction Z and a projection of an upper surface of the lower fixing member in the vertical direction Z at least partially overlapping; the double-layer battery module bracket further comprising a fastener passing through the upper fixing member, the upper plate and the lower fixing member along the vertical direction Z within a range in which the projections in the vertical direction Z overlap, a lower portion of the fastener exposed from the lower fixing member being fixed on the supporting mechanism; the upper-layer battery module being accommodated in the upper accommodating space and supported on the upper plate; the lower-layer battery module being accommodated in the lower accommodating space; the supporting mechanism supporting the lower-layer battery module and the lower fixing member.
A process for shaping a frozen confectionery product, the process comprising: • extruding a frozen confection from a filling means into a cavity defined by a mould block and a base; • moving the mould block relative to the base; and • removing the frozen confection from the cavity characterized in that the cross-section of the base, when viewed along the direction of relative motion of the cavity and the cutting means, is not a straight line. • extruding a frozen confection from a filling means into a cavity defined by a mould block and a base; • moving the mould block relative to the base; and • removing the frozen confection from the cavity characterized in that the cross-section of the base, when viewed along the direction of relative motion of the cavity and the cutting means, is not a straight line.
A method for receiving broadcast signals transmitted using Quadrature Amplitude Modulation/Orthogonal Frequency Division Multiplexing, QAM/OFDM, the method comprising: receiving first and second broadcast signals through first and second antennas, and demodulating at least one signal frame included in the received first and second broadcast signals by an OFDM scheme; parsing and outputting first and second signals corresponding to a Physical Layer Pipe, PLP; time deinterleaving the first and second signals; Multi-input Multi-Output, MIMO, decoding the time deinterleaved first and second signals into first and second output signals including probability information of bits, wherein the MIMO decoding is performed by using a MIMO processing matrix having a parameter, wherein the parameter is related to an angle of a rotation performed by the MIMO processing matrix, and wherein the angle is determined according to the constellations applied to the transmitted broadcast signals; generating a single stream by combining the first and second output signals; and Forward Error Correction, FEC, decoding the generated single stream to output PLP data. receiving first and second broadcast signals through first and second antennas, and demodulating at least one signal frame included in the received first and second broadcast signals by an OFDM scheme; parsing and outputting first and second signals corresponding to a Physical Layer Pipe, PLP; time deinterleaving the first and second signals; Multi-input Multi-Output, MIMO, decoding the time deinterleaved first and second signals into first and second output signals including probability information of bits, wherein the MIMO decoding is performed by using a MIMO processing matrix having a parameter, wherein the parameter is related to an angle of a rotation performed by the MIMO processing matrix, and wherein the angle is determined according to the constellations applied to the transmitted broadcast signals; generating a single stream by combining the first and second output signals; and Forward Error Correction, FEC, decoding the generated single stream to output PLP data.
A binder for a lithium-ion battery and comprising at least one vinylidene fluoride polymer and at least one acrylic copolymer comprising monomers including functional groups having an affinity for metals or able to fix on metals, characterized in that said acrylic copolymer comprises monomers including at least one type of functional group chosen from among the following groups: carboxyl, carboxylic acid anhydride, epoxy, mercapto, sulfide and phenolic and in that said vinylidene fluoride polymer is such that a solution of N-methyl-2-pyrrolidone containing 5% by weight of said vinylidene fluoride polymer has a viscosity, measured at 23°C with an imposed shear rate of 30 revolutions/min, equal to or greater than 125 mPa.s, preferably equal to or greater than 300 mPa.s, advantageously equal to or greater than 700 mPa.s, and less than 1500 mPa.s, and preferably less than 1200 mPa.s.
A valve assembly for regulating the supply of fluid from a high-pressure manifold to a working chamber of a fluid working machine, the valve assembly comprising a valve body, a primary valve (8, 10), a secondary valve (16, 20), an electromagnet and an armature, the primary valve (8, 10) comprising a face-seating primary valve member and a primary valve seat, the secondary valve (16, 20) comprising a secondary valve member moveable between a sealing position and an open position in which a path is provided through the secondary valve (16, 20) for fluid to flow between opposite sides of the primary valve member to reduce the pressure difference across the primary valve member, wherein the armature is coupled to the secondary valve member by a coupling comprising a secondary elastic member, the armature being slidable along a path extending between a first position and a second position, the second position being closer to the electromagnet than the first position, wherein, in the first position, the primary valve member is biased towards the primary valve seat and the secondary valve (16, 20) is biased towards the sealing position and, in the second position, the primary valve member is biased away from the primary valve seat the secondary valve (16, 20) is biased towards the open position, whereby the coupling between the armature and the secondary valve member is configured to enable the armature to move from the first position towards the second position without a corresponding movement of the secondary valve member, but to exert a force through the coupling between the armature and the secondary valve member to cause the secondary valve member to move and to thereby open the secondary valve (16, 20), while the armature is at a location between the first position and the second position along the said path, characterised in that the valve assembly is configured such that elastic energy stored as a result of movement of the armature from the first position is used to urge the secondary valve (16, 20) open and to urge the primary valve member to subsequently unseat from the primary valve seat.
An electric storage element comprising: a package; an external terminal including an exposed surface which is exposed to the outside from the package; a current collector which is arranged inside the package and is connected to the external terminal; and an electrode assembly which is arranged inside the package and is connected to the current collector, wherein the package includes a safe valve and a protection member covering the safe valve without pressing the safe valve, and the protection member is configured by a pedestal portion protruding from the package and a sheet portion integrated with the pedestal portion, and forms a space portion formed between the sheet portion and the safe valve and a communicating portion communicating the space portion and a periphery of the protection member, wherein the protection member has a part of the connecting portion to the package configured detachable from the package by the safe valve being opened and fluid spouting therefrom. a package; an external terminal including an exposed surface which is exposed to the outside from the package; a current collector which is arranged inside the package and is connected to the external terminal; and an electrode assembly which is arranged inside the package and is connected to the current collector, wherein the package includes a safe valve and a protection member covering the safe valve without pressing the safe valve, and the protection member is configured by a pedestal portion protruding from the package and a sheet portion integrated with the pedestal portion, and forms a space portion formed between the sheet portion and the safe valve and a communicating portion communicating the space portion and a periphery of the protection member, wherein the protection member has a part of the connecting portion to the package configured detachable from the package by the safe valve being opened and fluid spouting therefrom.
A method of detecting and/or assaying in vitro Annexin A3 in a biological sample of a mammal, said biological sample being chosen from blood or at least one of its derivatives, such as plasma and serum, wherein the biological sample is brought into contact with a first antibody and a second antibody, the first antibody being directed against the first repeat domain of Annexin A3 from said mammal and the second antibody being directed against the fourth repeat domain of Annexin A3 from said mammal.
A wireless power transfer system that performs wireless power transfer, the wireless power transfer system comprising: a power supply primary coil capable of performing the wireless power transfer; and a power supply secondary coil capable of performing the wireless power transfer between the power supply primary coil and the power supply secondary coil, wherein the power supply secondary coil contains a secondary coil wire for the wireless power transfer and forms a secondary outer shape having a projecting surface on at least a part of the secondary outer shape, and the power supply primary coil and the power supply secondary coil are capable of performing the wireless power transfer, with the projecting surface of the secondary outer shape directed to the power supply primary coil, characterized in that the projecting surface is a projecting curved surface, a gravity center point of the power supply secondary coil is offset from a curvature center of the projecting curved surface and located on a side of the projecting curved surface, the power supply primary coil contains a primary coil wire for the wireless power transfer and forms a primary outer shape having a depression in at least a part of the primary outer shape, the depression includes a first depression and a second depression located at a center of the first depression and smaller than the first depression, and the power supply primary coil and the power supply secondary coil are capable of performing the wireless power transfer, with the projecting surface of the secondary outer shape fit into the second depression of the primary outer shape. a power supply primary coil capable of performing the wireless power transfer; and a power supply secondary coil capable of performing the wireless power transfer between the power supply primary coil and the power supply secondary coil, wherein the power supply secondary coil contains a secondary coil wire for the wireless power transfer and forms a secondary outer shape having a projecting surface on at least a part of the secondary outer shape, and the power supply primary coil and the power supply secondary coil are capable of performing the wireless power transfer, with the projecting surface of the secondary outer shape directed to the power supply primary coil, characterized in that the projecting surface is a projecting curved surface, a gravity center point of the power supply secondary coil is offset from a curvature center of the projecting curved surface and located on a side of the projecting curved surface, the power supply primary coil contains a primary coil wire for the wireless power transfer and forms a primary outer shape having a depression in at least a part of the primary outer shape, the depression includes a first depression and a second depression located at a center of the first depression and smaller than the first depression, and the power supply primary coil and the power supply secondary coil are capable of performing the wireless power transfer, with the projecting surface of the secondary outer shape fit into the second depression of the primary outer shape.
Anti - theft device comprising at least two rigid half - shells, a primary one and a secondary one, that can be tighten around an elongated element having any section and provided, at one end (C2, C3) with rotating means and with closing means at the opposite end (B1, B2), characterized in that said rotating means comprise a security tamper proof hinge, said tamper proof security hinge comprising at least two male elements (2a, 2b), provided with respective heads (2a', 2b'), at the end of the primary half - shell and at least two corresponding female housings or grooves (3a', 3b') at the end of the secondary half - shell for receiving said heads (2a', 2b') of said male elements (2a, 2b).
An elevatable building for preventing flood damage including: a foundation permanently set into a ground level surface; a platform; a lifting mechanism associated with the platform, having at least one vertical shaft engageable with a driving means for raising the platform above the ground level surface and away from the foundation; a plurality of walls and a roof assembled on the platform that define a habitable space of the building; and an adaptable connection for directing utility services from the ground level toward and/or into the habitable space, wherein the adaptable connection is capable of adapting to the height from ground level of the platform when it is raised or lowered by the lifting mechanism, thereby enabling utility services to remain connected while the platform is raised above the ground level surface; characterized in that the at least one vertical shaft of the lifting mechanism is threaded, and is engageable with a drive surface that rotates the vertical shaft causing axial movement. a foundation permanently set into a ground level surface; a platform; a lifting mechanism associated with the platform, having at least one vertical shaft engageable with a driving means for raising the platform above the ground level surface and away from the foundation; a plurality of walls and a roof assembled on the platform that define a habitable space of the building; and an adaptable connection for directing utility services from the ground level toward and/or into the habitable space, wherein the adaptable connection is capable of adapting to the height from ground level of the platform when it is raised or lowered by the lifting mechanism, thereby enabling utility services to remain connected while the platform is raised above the ground level surface; characterized in that the at least one vertical shaft of the lifting mechanism is threaded, and is engageable with a drive surface that rotates the vertical shaft causing axial movement.
A mobile, portable apparatus adapted to be handheld and configured for electronic processing of blood sugar affecting factors, comprising a first central processing unit and a second central processing unit having split functionality and arranged to handle different Input and provide different Output, wherein said first CPU is configured to provide Medical and Power Management functionality, and said second CPU is configured to provide Multimedia and I/O; characterized in at least one memory having stored thereon a plurality of food units and values of at least one related blood sugar affecting parameter for respective food unit, comprising glycemic indexes and/or glycemical loads, and glycemic affecting parameters; an input unit arranged and configured to provide user input for at least one of said food units, such as a choice of one of said food units and an amount thereof; a display arranged and configured to visualize at least one of said food units for input by said user, and to visualize said at least one related blood sugar affecting parameter as summed up blood sugar affecting parameters; wherein said first central processing unit is arranged for calculation of values concerning summed up glycemic indexes and/or summed up glycemical loads, on the basis of the in advance stored values about glycemical indexes and/or glycemical load, and the glycemical affecting parameters for said respective food units input by said user input, and said amount thereof.
Flame pipe of a fired heat exchanger basically circular in cross section, having at least two inward dents in its walls, each dent having two surfaces (3, 4) which are not longitudinal to the axis of the pipe but converging to each other towards the inside of the pipe, and said two dents being positioned in opposite walls of the pipe forming a pair, characterised in that the dents of the same pair differ in depth.