mhurhangee/ep-ind-claims huggingface dataset:
A battery suitable for hybrid vehicle use, said battery comprising: a plurality of battery cells configured to be arranged in a layered stack and define a surface of a battery cell between adjacent battery cells, a coolant flow channel located proximate to each surface and configured to define an entrance and an exit of the coolant flow channel, wherein the entrance and the exit are proximate to an end of the battery cell; a plenum coupled to a side of the stack proximate to the end, wherein the plenum defines an intake plenum configured to fluidicly couple an intake opening of the plenum to the entrance, and defines an exhaust plenum configured to fluidicly couple an exhaust opening of the plenum to the exit, whereby coolant enters the battery via the intake opening, passes through the coolant channel to cool the battery cell, and exits the battery via the exhaust opening, the intake plenum having an intake cross section area that decreases as a distance from the intake opening increases, and the exhaust plenum having an exhaust cross section area that increases as a distance from the exhaust opening decreases, characterized in that the plenum is further configured to couple with the plurality of battery cells in a manner effective to secure the plurality of battery cells to the plenum and form the stack, and in that, the battery cell includes a tab extending from the end, and the plenum defines a slot configured to receive the tab to secure the battery cell to the plenum. a plurality of battery cells configured to be arranged in a layered stack and define a surface of a battery cell between adjacent battery cells, a coolant flow channel located proximate to each surface and configured to define an entrance and an exit of the coolant flow channel, wherein the entrance and the exit are proximate to an end of the battery cell; a plenum coupled to a side of the stack proximate to the end, wherein the plenum defines an intake plenum configured to fluidicly couple an intake opening of the plenum to the entrance, and defines an exhaust plenum configured to fluidicly couple an exhaust opening of the plenum to the exit, whereby coolant enters the battery via the intake opening, passes through the coolant channel to cool the battery cell, and exits the battery via the exhaust opening, the intake plenum having an intake cross section area that decreases as a distance from the intake opening increases, and the exhaust plenum having an exhaust cross section area that increases as a distance from the exhaust opening decreases, characterized in that the plenum is further configured to couple with the plurality of battery cells in a manner effective to secure the plurality of battery cells to the plenum and form the stack, and in that, the battery cell includes a tab extending from the end, and the plenum defines a slot configured to receive the tab to secure the battery cell to the plenum.
Vibrating system comprising: - a vibrating device; - a drive operatively connected to the vibrating device and comprising a motor; and - a foundation element to be installed in the ground or decommissioned from the ground, characterized in that the foundation element comprises a closing means arranged in the interior of the foundation element for realizing a pressure chamber in the interior of the foundation element. - a vibrating device; - a drive operatively connected to the vibrating device and comprising a motor; and - a foundation element to be installed in the ground or decommissioned from the ground, characterized in that the foundation element comprises a closing means arranged in the interior of the foundation element for realizing a pressure chamber in the interior of the foundation element.
A pressure transmitter (100, 200, 600), comprising: a metal wall (102, 202) that includes a stepped bore (108,208) therethrough with a bore shelf (110, 210, 504) facing a process pressure chamber (104,204,410); a metal header (112, 212, 604) having a stepped outer rim (114, 214) with a header shelf (116, 216), the header shelf (116, 216) comprises a protrusion extending from a surface of the header shelf (116,216), wherein the protrusion is configured to contact the bore shelf (110, 210, 504) along a contact line such that substantially all pressurization load force is transferred to the metal wall by way of the contact at contact line between the header shelf and the bore shelf when process pressure is applied; a first welded seal (130, 230) that seals the stepped outer rim (114, 214) to the stepped bore (108, 208) in the process pressure chamber (104, 204, 410); a second welded seal (132, 232) that seals the stepped outer rim (114, 214) to the stepped bore (108,208) in an electronic compartment. a metal wall (102, 202) that includes a stepped bore (108,208) therethrough with a bore shelf (110, 210, 504) facing a process pressure chamber (104,204,410); a metal header (112, 212, 604) having a stepped outer rim (114, 214) with a header shelf (116, 216), the header shelf (116, 216) comprises a protrusion extending from a surface of the header shelf (116,216), wherein the protrusion is configured to contact the bore shelf (110, 210, 504) along a contact line such that substantially all pressurization load force is transferred to the metal wall by way of the contact at contact line between the header shelf and the bore shelf when process pressure is applied; a first welded seal (130, 230) that seals the stepped outer rim (114, 214) to the stepped bore (108, 208) in the process pressure chamber (104, 204, 410); a second welded seal (132, 232) that seals the stepped outer rim (114, 214) to the stepped bore (108,208) in an electronic compartment.
A device for implanting in an opening in a septal wall in a heart of a patient, comprising: i. a first annular flange adapted to be in the left atrium of said patient's heart when deployed, said first annular flange comprising a plurality of flange segments, each of said flange segments of the first annular flange having a proximal end and a distal end; ii. a second annular flange adapted to be in the right atrium of said patient's heart when deployed, said second annular flange comprising a plurality of flange segments, each of said flange segments of the second annular flange having a proximal and a distal end, and iii. a core segment having a first diameter when deployed, said core segment defining a passage adapted to permit fluid to flow therethrough from one side of said septal wall to another side of said septal wall, wherein the proximal ends of the first annular flange and the proximal ends of the second annular flange are contiguous with and define the core segment, wherein at least one of said flange segments of said second annular flange comprises a distal end adapted to be substantially parallel with and contact the septal wall when deployed; characterised in that a subset of the plurality of flange segments of the second annular flange each comprises a strut attached thereto at attachment points and extending into said right atrium, and in that each of said struts converges at an apex. i. a first annular flange adapted to be in the left atrium of said patient's heart when deployed, said first annular flange comprising a plurality of flange segments, each of said flange segments of the first annular flange having a proximal end and a distal end; ii. a second annular flange adapted to be in the right atrium of said patient's heart when deployed, said second annular flange comprising a plurality of flange segments, each of said flange segments of the second annular flange having a proximal and a distal end, and iii. a core segment having a first diameter when deployed, said core segment defining a passage adapted to permit fluid to flow therethrough from one side of said septal wall to another side of said septal wall,
A method of removing CO 2 and O 2 from a gas comprising steps of: placing a CO 2 and O 2 remover in a container, wherein the CO 2 and O 2 remover comprises 65 to 85 weight percent (wt. %) of a nickel oxide (NiO), 5 to 20 wt. % of a magnesium oxide (MgO) and 5.9 to 18.3 wt. % of Al 2 O 3, wherein the weight ratio of the nickel oxide and the magnesium oxide (NiO/MgO) is 4 to 11, and wherein the wt. % is based on the weight of the CO 2 and O 2 remover; and passing the gas through the container. placing a CO 2 and O 2 remover in a container, wherein the CO 2 and O 2 remover comprises 65 to 85 weight percent (wt. %) of a nickel oxide (NiO), 5 to 20 wt. % of a magnesium oxide (MgO) and 5.9 to 18.3 wt. % of Al 2 O 3, wherein the weight ratio of the nickel oxide and the magnesium oxide (NiO/MgO) is 4 to 11, and wherein the wt. % is based on the weight of the CO 2 and O 2 remover; and passing the gas through the container.
A drilling fluid in the form of a water-in-oil (W/O) emulsion comprising at least components to, each being different from one another, namely at least one hydrocarbon as continuous phase, water or an aqueous solution of at least one organic and/or inorganic salt as discontinuous phase, at least one weighting agent, and at least one (meth)acrylic copolymer, wherein the (meth)acrylic copolymer contains at least one of structural units, and, which are different from one another, structural unit comprising at least one hydroxyl group and not comprising any amino groups, structural unit comprising at least one amino group and not comprising any hydroxyl groups, and structural unit comprising both at least one hydroxyl group and at least one amino group, and wherein the (meth)acrylic copolymer further contains at least one structural unit, which is different from any of structural units, and, structural unit containing the part structure wherein the symbol denotes a covalent bond of part structure to the backbone of the (meth)acrylic copolymer, and R denotes a C 4 -C 25 aliphatic residue, an aromatic C 6 -C 25 residue or an araliphatic C 7 -C 25 residue. at least one hydrocarbon as continuous phase, water or an aqueous solution of at least one organic and/or inorganic salt as discontinuous phase, at least one weighting agent, and at least one (meth)acrylic copolymer, wherein the (meth)acrylic copolymer contains at least one of structural units, and, which are different from one another, structural unit comprising at least one hydroxyl group and not comprising any amino groups, structural unit comprising at least one amino group and not comprising any hydroxyl groups, and structural unit comprising both at least one hydroxyl group and at least one amino group, and wherein the (meth)acrylic copolymer further contains at least one structural unit, which is different from any of structural units, and, structural unit containing the part structure wherein the symbol denotes a covalent bond of part structure to the backbone of the (meth)acrylic copolymer, and R denotes a C 4 -C 25 aliphatic residue, an aromatic C 6 -C 25 residue or an araliphatic C 7 -C 25 residue. structural unit comprising at least one hydroxyl group and not comprising any amino groups, structural unit comprising at least one amino group and not comprising any hydroxyl groups, and structural unit comprising both at least one hydroxyl group and at least one amino group, R denotes a C 4 -C 25 aliphatic residue, an aromatic C 6 -C 25 residue or an araliphatic C 7 -C 25 residue.
Process for decolorizing keratin material which has been colored by applying at least one amino-functionalized silicone polymer and at least one pigment, wherein a decolorizing agent which (a) contains at least one salt of a monovalent or divalent cation, and (b) has a pH of 1.0 to 4.7, is applied to the dyed keratin material and rinsed off after a reaction time. (a) contains at least one salt of a monovalent or divalent cation, and (b) has a pH of 1.0 to 4.7,
An electrode assembly for a catheter system, the electrode assembly comprising: an inner electrode basket comprising a first proximal end, a first distal end, and a first plurality of struts extending between the first proximal end and the first distal end; and an outer electrode basket comprising a second proximal end, a second distal end, and a second plurality of struts extending between the second proximal end and the second distal end, wherein the first proximal end is positioned within and is coaxial with the second proximal end and the first distal end is positioned within and coaxial with the second distal end such that the inner electrode basket is positioned within and coaxial with the outer electrode basket, wherein the inner electrode basket is angularly offset from the outer electrode basket such that the first plurality of struts and the second plurality of struts alternate about a circumference of the electrode assembly, and characterized in that each strut of the first plurality of struts and each strut of the second plurality of struts defines a respective electrode along a respective length thereof. an inner electrode basket comprising a first proximal end, a first distal end, and a first plurality of struts extending between the first proximal end and the first distal end; and an outer electrode basket comprising a second proximal end, a second distal end, and a second plurality of struts extending between the second proximal end and the second distal end, wherein the first proximal end is positioned within and is coaxial with the second proximal end and the first distal end is positioned within and coaxial with the second distal end such that the inner electrode basket is positioned within and coaxial with the outer electrode basket, wherein the inner electrode basket is angularly offset from the outer electrode basket such that the first plurality of struts and the second plurality of struts alternate about a circumference of the electrode assembly, and characterized in that each strut of the first plurality of struts and each strut of the second plurality of struts defines a respective electrode along a respective length thereof.
A composition for a hard coat for a sublimable dye-containing resin body, comprising: a trifunctional or more methacrylate monomer and/or acrylate monomer; and a mixed solvent that contains a first solvent including at least one of a glycol-based solvent and a cellosolve-based solvent, and a second solvent including lower alcohol, characterized in that a content of the first solvent relative to the mixed solvent is between 30% and 80% by weight. a trifunctional or more methacrylate monomer and/or acrylate monomer; and a mixed solvent that contains a first solvent including at least one of a glycol-based solvent and a cellosolve-based solvent, and a second solvent including lower alcohol, characterized in that a content of the first solvent relative to the mixed solvent is between 30% and 80% by weight.
A relief hologram or diffraction grating sheet comprising: a substrate film; and a formative layer formed of a relief hologram or a diffraction grating and a pressure-sensitive adhesive layer provided on the substrate film in that order, the substrate film having a Young's modulus at 1 % elongation of not less than 2,000 MPa at 25°C and a Young's modulus at 1 % elongation of not less than 350 MPa at 120°C, the formative layer having Young's modulus at 1% elongation at 25°C and the Young's modulus at 1% elongation at 120°C respectively lower than those of the substrate, the formative layer being formed by curing a a photocurable resin composition comprising an urethane-modified acrylate resin represented by the following formula: wherein five R 1 's each independently represent a hydrogen atom or a methyl group; R 2 represents a C 1 - C 16 hydrocarbon group; X and Y each represent a straight-chain or branched alkylene group; and, with the sum of a, b, c, and d being 100, a is an integer of 20 to 90, b is an integer of 0 to 50, c is an integer of 10 to 80, and d is an integer of 0 to 20. a substrate film; and a formative layer formed of a relief hologram or a diffraction grating and a pressure-sensitive adhesive layer provided on the substrate film in that order,
An intershaft seal assembly between a first shaft having a shoulder and a second shaft of a bearing compartment of an engine, the seal assembly comprising: a first seal element surrounding the first shaft, the first seal element with a first portion and a second portion,, wherein the first portion is in contact with the first shaft; a retaining element threadably engaged with the first shaft, wherein the retaining element presses the first seal element against the shoulder of the first shaft; and a plurality of seal elements, characterized in that: the second portion extends at an angle from an axial centerline of the first shaft, wherein the angle is between 30 to 60 degrees. a first seal element surrounding the first shaft, the first seal element with a first portion and a second portion,, wherein the first portion is in contact with the first shaft; a retaining element threadably engaged with the first shaft, wherein the retaining element presses the first seal element against the shoulder of the first shaft; and a plurality of seal elements, characterized in that: the second portion extends at an angle from an axial centerline of the first shaft, wherein the angle is between 30 to 60 degrees.
A wheel support mechanism comprising: a hub supported on an axle; a wheel supported on the hub; and a brake disc supported on the wheel, wherein the wheel is fastened to the hub by a hub fastening member, and the brake disc is fastened to the wheel by a disc fastening member characterised in that the disc fastening member is fastened to the wheel at a position outside the hub fastening member in a radial direction of the wheel.
A device for monitoring one or more passenger seats (51, 52, 53) of a vehicle, the device comprising: at least one sensor (2, 3) configured to monitor an occupancy status for each of the one or more seats (51, 52, 53); and a communication interface configured to receive reservation conditions for each of the one or more seats (51, 52, 53); wherein the device is configured to: display an occupancy condition for each of the one or more seats (51, 52, 53) and a reservation condition for each of the one or more seats (51, 52, 53); and determine the occupancy condition for each of the one or more seats (51, 52, 53) based on the occupancy status for each of the one or more seats (51, 52, 53) over a predefined time period. at least one sensor (2, 3) configured to monitor an occupancy status for each of the one or more seats (51, 52, 53); and a communication interface configured to receive reservation conditions for each of the one or more seats (51, 52, 53); wherein the device is configured to: display an occupancy condition for each of the one or more seats (51, 52, 53) and a reservation condition for each of the one or more seats (51, 52, 53); and determine the occupancy condition for each of the one or more seats (51, 52, 53) based on the occupancy status for each of the one or more seats (51, 52, 53) over a predefined time period.
A tooth assembly for a mulcher apparatus, comprising: a holder including a base portion adapted to be connected to the mulcher apparatus and a head portion (130; 430; 902) provided opposite the base portion, the head portion (130; 430; 902) being provided with a cutter element receiving surface and a cutter element provided to the head portion (130; 430; 902) of the holder characterized in that the cutter element receiving surface includes at least one notch portion extending from one lateral side of the head portion (130; 430; 902) to the other lateral side of the head portion (130; 430; 902 and the cutter element includes at least one cross bar engaged with the at least one notch portion of the holder, said cutter element including at least first and second pre-threaded bores, said cross bar being positioned between the at least first and second pre-threaded bores.
A control and health monitoring system comprising: a control module; at least one control component electronically coupled to the control module, the at least one control component comprising an electronic module; characterised by: an isolation rail, the at least one control component electronically coupled to the control module through the isolation rail, wherein the electronic module is in thermal communication with the isolation rail; and a thermal management unit configured and arranged to thermally condition the isolation rail. a control module; at least one control component electronically coupled to the control module, the at least one control component comprising an electronic module; characterised by: an isolation rail, the at least one control component electronically coupled to the control module through the isolation rail, wherein the electronic module is in thermal communication with the isolation rail; and a thermal management unit configured and arranged to thermally condition the isolation rail. an isolation rail, the at least one control component electronically coupled to the control module through the isolation rail, wherein the electronic module is in thermal communication with the isolation rail; and a thermal management unit configured and arranged to thermally condition the isolation rail.
Fluorescence-measuring system, having a microtitre plate (1, 31) and illumination sources for exciting sample fluorescence in the test wells through the transparent base of microtitre plate (1, 31) and, a detector system for the fluorescence light from the test wells of the microtitre plate (1, 31), which is arranged beneath the microtitre plate (1, 31) in such a way that it detects fluorescence emission from the, test wells of the microtitre plate (1, 31), at an angle outside the range of reflection of the excitation light of the illumination sources, characterized in that, the illumination sources are linear illumination sources (3, 21, 32, 41) and are each arranged on opposite sides of the microtitre plate (1, 31) and in that the transparent base of the microtitre plate (1, 31) is homogeneously illuminated directly or via deflecting mirrors at an opening angle of ≤ 30°.
A method for drying a food product, comprising steps consisting in: a) introducing the food product into an enclosure, the enclosure being defined by the tank of a mixer, and b) drying the food product present in the enclosure by applying a vacuum to the enclosure, the pressure and temperature conditions during the drying step being chosen so as to obtain the range of the phase diagram of pure water where the latter is in the gaseous state, method in which heat is applied to the product present in the enclosure when the vacuum is applied to the enclosure during the step b) so as to keep the temperature of said product constant and/or increase it during all or part of the drying by application of a vacuum to the enclosure, the heat being applied by heat transfer between at least one heat transfer fluid and the product, the heat transfer fluid circulating within a double jacket of the enclosure and/or by irradiation of said product by an electromagnetic radiation, the pressure in the enclosure being, during all or part of the step b), less than or equal to 200 mbar. a) introducing the food product into an enclosure, the enclosure being defined by the tank of a mixer, and b) drying the food product present in the enclosure by applying a vacuum to the enclosure, the pressure and temperature conditions during the drying step being chosen so as to obtain the range of the phase diagram of pure water where the latter is in the gaseous state,
Optical H + -sensor, comprising a H + -indicator material, wherein the H + -indicator material is present between a support material and a H + -permeable layered structure, the layered structure comprising an H + -permeable hydrophilic layer and an H + -permeable cation exchange layer.