mhurhangee/patent-ind-claim-en huggingface dataset:
A battery state estimation method comprising: receiving sensing data of a battery; acquiring feature information by preprocessing the sensing data; selecting the preprocessed sensing data based on the feature information; and determining state information of the battery based on either one or both of the selected preprocessed sensing data and previous state information of the battery, wherein the feature information comprises any one or any combination of a data size of the preprocessed sensing data and a variance value of the preprocessed sensing data, and characterised in that selecting the preprocessed sensing data based on the feature information comprises determining, based on the feature information, whether the preprocessed sensing data is suitable for estimation of a state of the battery or whether the preprocessed sensing data is reliable. receiving sensing data of a battery; acquiring feature information by preprocessing the sensing data; selecting the preprocessed sensing data based on the feature information; and determining state information of the battery based on either one or both of the selected preprocessed sensing data and previous state information of the battery, wherein the feature information comprises any one or any combination of a data size of the preprocessed sensing data and a variance value of the preprocessed sensing data, and characterised in that selecting the preprocessed sensing data based on the feature information comprises determining, based on the feature information, whether the preprocessed sensing data is suitable for estimation of a state of the battery or whether the preprocessed sensing data is reliable.
A rolling bearing, more particularly an open-centred large rolling bearing, having two concentric bearing rings which are supported against one another in the axial direction of the rolling bearing by means of at least two thrust bearings , which are arranged on opposite end faces of a bearing ring , and in the radial direction of the rolling bearing, said bearing rings are supported against one another by several radial bearings , which are arranged on inner and outer circumferential sides of a bearing ring , wherein the bearing rings are supported against one another in the radial direction by at least three radial bearings , which are arranged on inner and outer circumferential sides of a bearing ring , characterized in that at least one of the at least three radial bearings is arranged in a bearing gap portion located between the thrust bearings (8, 9; 10, 17), which are arranged on the oppositely disposed end faces of the bearing ring, and at least one other of the at least three radial bearings is arranged in another bearing gap portion not located between any of the thrust bearings (8, 9; 10, 17).
A mold cleaning system , comprising: a laser oscillator ; a laser head adapted for irradiating a laser beam (L) provided from the laser oscillator onto a molding surface of a mold ; an arm adapted for freely moving the laser head three-dimensionally; and a control device adapted for controlling movement of the arm ; wherein a camera adapted for acquiring three-dimensional image data of a molding surface of a mold to be cleaned is provided, wherein the laser head is adapted for irradiating laser beams (L) and cleaning the molding surface while the laser head is moved along the molding surface by controlling the movement of the arm based on the image data acquired by the camera when cleaning the mold , characterized in that a laser head having a variable laser irradiation width is provided as the laser head and the control device is further adapted for presetting an appropriate laser irradiation width for each site to be cleaned, such that the sites to be cleaned are set to the preset laser irradiation width and cleaned. a laser oscillator ; a laser head adapted for irradiating a laser beam (L) provided from the laser oscillator onto a molding surface of a mold ; an arm adapted for freely moving the laser head three-dimensionally; and a control device adapted for controlling movement of the arm ;
Method for separating a fastening element from a fastening element strip having a receptacle in which the fastening element is received, wherein the fastening element defines a fastening direction in which the fastening element is provided to be driven into a substrate, wherein the method comprises the following steps: a) transporting the fastening element in a transport direction until the fastening element is arranged in a separating section , b) producing a movement of the fastening element relative to the receptacle in a separating direction until the fastening element is separated from the receptacle, characterized in that a driving element is brought into engagement with the fastening element in order to drive the fastening element into the substrate after the fastening element has been separated from the fastening element strip . a) transporting the fastening element in a transport direction until the fastening element is arranged in a separating section , b) producing a movement of the fastening element relative to the receptacle in a separating direction until the fastening element is separated from the receptacle, characterized in that a driving element is brought into engagement with the fastening element in order to drive the fastening element into the substrate after the fastening element has been separated from the fastening element strip .
A metal casting assembly for the manufacture of a turbine engine vane comprising a blade extending along a radial axis and a first cooling circuit arranged inside the blade, the first cooling circuit comprising a first cavity and a second cavity disposed downstream of the first cavity in a direction of circulation of a coolant in the blade, the first cavity and the second cavity being at least partly separated by a first radial partition having a radially internal free end which at least partly demarcates a first coolant passage connecting the first and second cavities, the assembly comprising a first core elongated along a radial height and which comprises a first wing intended to form the first cavity and a second wing intended to form the second cavity , the first and second wings being spaced apart along a substantially constant first space along a majority of their radial height and being connected at one of their first ends , the first space being intended to form the first radial separating partition between the first and second cavities of the blade , the first space being enlarged at the first ends of the first and second wings , by having a transverse section substantially in the form of a keyhole, characterised in that the assembly comprises a second core elongated along the radial height and an elongated connecting element which is at least partly accommodated in the first space enlarged in a transverse direction perpendicular to the radial height and configured to hold the second core in position with respect to the first core .
A heat not burn (HNB) consumable (1ʺʺ) comprising an aerosol-forming substrate and a downstream filter (4") having upper and lower surfaces spaced by opposing longitudinally-extending transverse surfaces wherein the filter (4") has a greater width than depth and wherein the filter (4") comprises at least one inwardly-extending air flow path (70") extending from at least one of the upper, lower or transverse surfaces towards an axial centre of the filter (4"), characterised in that the at least one air flow path (70") is defined by a channel having an opening provided on one of the surfaces .
A process for producing a catalytically active composition being a mixture of a multielement oxide comprising the elements Mo and V and at least one oxide of molybdenum, wherein the molar Mo / V ratio of the molar amounts of Mo and V present in the multielement oxide is 15 : 1 to 1 : 1 and which process comprises the process measures of - using sources of the elemental constituents of the multielement oxide to obtain an aqueous solution, or an aqueous suspension with the proviso that each of the sources passes through the state of an aqueous solution in the course of obtaining the aqueous suspension, - spray drying the aqueous solution or aqueous suspension to obtain a spray powder P, - using the spray powder P with addition of at least one pulverulent oxide S of molybdenum and optionally with addition of one or more shaping assistants and after homogeneous mixing of said constituents to form geometric shaped precursor bodies using the resulting mixture, where the at least one pulverulent oxide S of molybdenum is molybdenum dioxide, molybdenum trioxide or a mixture of molybdenum dioxide and molybdenum trioxide, and - thermally treating the geometric shaped precursor bodies to form the catalytically active composition. - using sources of the elemental constituents of the multielement oxide to obtain an aqueous solution, or an aqueous suspension with the proviso that each of the sources passes through the state of an aqueous solution in the course of obtaining the aqueous suspension, - spray drying the aqueous solution or aqueous suspension to obtain a spray powder P, - using the spray powder P with addition of at least one pulverulent oxide S of molybdenum and optionally with addition of one or more shaping assistants and after homogeneous mixing of said constituents to form geometric shaped precursor bodies using the resulting mixture, where the at least one pulverulent oxide S of molybdenum is molybdenum dioxide, molybdenum trioxide or a mixture of molybdenum dioxide and molybdenum trioxide, and - thermally treating the geometric shaped precursor bodies to form the catalytically active composition.
System comprising: - a heating device , the device comprising a plurality of heating means powered by an electric network ; - a control module for said heating device ; each heating means being powered via a power actuator , each power actuator being controlled by the control module according to at least data descriptive of a state of said electric network , so as to regulate the power of the heating means associated with said power actuator , the system being characterised in that each power actuator is associated in a unique manner with the heating means that it powers, and in that at least one power actuator is a dimmer . - a heating device , the device comprising a plurality of heating means powered by an electric network ; - a control module for said heating device ;
A current collector made from ferritic iron alloy for electrically connecting and mechanically supporting a set of individual, planar SOFC high-temperature fuel cells which comprise an anode, electrolyte and cathode, operate at temperatures of between 700°C and 900°C and are equipped with a solid electrolyte, characterized in that the ferritic iron alloy consists of, besides standard impurities, 22 to 32% by weight of Cr, 1 to 10% by weight of Mo, and 0.01 to 1.5% by weight of yttrium and/or rare earths and/or oxides thereof, optionally 0.1 to 3% by weight of one or more metals of the group consisting of Nb, Ti, Ni and Mn, remainder Fe, wherein the content of Fe is more than 68% by weight.
Headlamp for a motor vehicle, in particular front headlamp, comprising a first lighting device and a second lighting device for producing a light distribution in front of the headlamp together, wherein the first lighting device is provided for producing a static component of the light distribution and the second lighting device is provided for producing a dynamic component of the light distribution, characterized in that - the second lighting device comprises a multi-aperture projection display having an illuminant and an areal digital image generator , and an array of projection lenses , wherein the digital image generator comprises segments with a multiplicity of pixels in each segment and with a changeable division of the respective segment in transmissive and light-opaque regions and wherein each projection lens is assigned to a segment of the digital image generator such that, when the array is illuminated by the illuminant , at least some of the segments are projected in front of the headlamp by the assigned projection lenses , wherein the pitch distance (p_Dia) between adjacent segments is greater than the pitch distance (p_PL) between adjacent projection lenses , - the headlamp is configured in such a way that the digital image generator produces the dynamic component of the light distribution during operation of the headlamp in the motor vehicle by changing the division in transmissive and light-opaque regions for at least some of the segments . - the second lighting device comprises a multi-aperture projection display having an illuminant and an areal digital image generator , and an array of projection lenses , wherein the digital image generator comprises segments with a multiplicity of pixels in each segment and with a changeable division of the respective segment in transmissive and light-opaque regions and wherein each projection lens is assigned to a segment of the digital image generator such that, when the array is illuminated by the illuminant , at least some of the segments are projected in front of the headlamp by the assigned projection lenses , wherein the pitch distance (p_Dia) between adjacent segments is greater than the pitch distance (p_PL) between adjacent projection lenses , - the headlamp is configured in such a way that the digital image generator produces the dynamic component of the light distribution during operation of the headlamp in the motor vehicle by changing the division in transmissive and light-opaque regions for at least some of the segments .
A loudspeaker driver surround comprising a generally annular element of resilient material and having a central axis along which in use a diaphragm is driven, a first circumferential edge for fitment to an enclosure and a second circumferential edge for fitment to the diaphragm and/or a voice coil, with a roll surface extending between the edges which projects in the direction of the axis , wherein the roll surface has a shape formed by a plurality of axial corrugations extending generally radially with respect to the annular element between the first and second edges thereof, the corrugations being shaped and configured such that the roll surface is non-axisymmetric about the axis , and such that cross-sections of the roll surface which extend radially with respect to the annular element between the first and second edges thereof have a substantially constant length at all circumferential positions around the annular element and so that the shape of the said cross-section varies continuously between circumferential positions around the annular element , the corrugations giving the projecting roll surface an order of rotational symmetry of at least 30.
A vibration damping device for damping vibrations in electronic components comprising: a spring body extending along an elongated axis; one or more slots formed in the spring body ; a shaft extending substantially coaxially within the spring body , the shaft having an internal bore configured to extend substantially coaxially through the spring body and shaft ; and a damping mechanism configured to be positioned between an inner surface of the spring body and an outer surface of the shaft ; wherein the one or more slots may be compressed and/or elongated providing flexible movement of the spring body in an axial and radial direction, and wherein the damping mechanism provides the damping of motion from the spring body to the shaft . a spring body extending along an elongated axis; one or more slots formed in the spring body ; a shaft extending substantially coaxially within the spring body , the shaft having an internal bore configured to extend substantially coaxially through the spring body and shaft ; and a damping mechanism configured to be positioned between an inner surface of the spring body and an outer surface of the shaft ; wherein the one or more slots may be compressed and/or elongated providing flexible movement of the spring body in an axial and radial direction, and wherein the damping mechanism provides the damping of motion from the spring body to the shaft .
Device comprising at least one heat sink having at least one boundary surface facing a room , which can be brought to a temperature that is reduced in relation to a heat load, at least one surface element being arranged between the boundary surface and the room , which element is at least partially permeable to heat radiation, the surface element being arranged at a distance from the boundary surface so that an intermediate space is formed between the at least one surface element and the boundary surface , characterized in that the at least one surface element and the heat sink are enclosed by an edge compound which seals the intermediate space against the environment in an almost gas-tight manner and in that the device further contains at least one dehumidifying apparatus by means of which water can be removed from the intermediate space between the surface element and the boundary surface .
A product carrier for carrying a suspended poultry, or a split part of a poultry, in both legs or in one leg, respectively, which product carrier comprises: a plane-formed bearing element with at least one shut-off device ; and at least one recess for holding a poultry leg, and said recess comprises at least one tendon trap , characterised in that said recess is more circular than oval-shaped, when observed along an axis corresponding substantially to the axis of the poultry drumstick bone when being present in the product carrier; and wherein said recess has a relation between the ellipse major diameter and the ellipse minor diameter which is less than 1.5, when the ellipse major diameter is measured along the length of said recess and the ellipse minor diameter is measured along the width of said recess . a plane-formed bearing element with at least one shut-off device ; and at least one recess for holding a poultry leg, and said recess comprises at least one tendon trap , characterised in that said recess is more circular than oval-shaped, when observed along an axis corresponding substantially to the axis of the poultry drumstick bone when being present in the product carrier; and wherein said recess has a relation between the ellipse major diameter and the ellipse minor diameter which is less than 1.5, when the ellipse major diameter is measured along the length of said recess and the ellipse minor diameter is measured along the width of said recess .
A composition comprising: (a) 10 percent (w/w) to 30 percent (w/w) of grape extract; (b) 30 percent (w/w) to 60 percent (w/w) of sodium bicarbonate; (c) 0.01 percent (w/w) to 0.50 percent (w/w) of selenium; (d) 0.25 percent (w/w) to 2.0 percent (w/w) of a lubricant; (e) 20 percent (w/w) to 40 percent (w/w) dry organic acid; and (f) optionally, 1.0 percent (w/w) to 3.0 percent (w/w) of a binder. (a) 10 percent (w/w) to 30 percent (w/w) of grape extract; (b) 30 percent (w/w) to 60 percent (w/w) of sodium bicarbonate; (c) 0.01 percent (w/w) to 0.50 percent (w/w) of selenium; (d) 0.25 percent (w/w) to 2.0 percent (w/w) of a lubricant; (e) 20 percent (w/w) to 40 percent (w/w) dry organic acid; and (f) optionally, 1.0 percent (w/w) to 3.0 percent (w/w) of a binder.
A flexible insulation material comprising a flexible porous medium comprising fibres and defining a pore volume, and a phase change material (PCM) within the pore volume wherein the phase change material fills in the range of from 40 to 95% of the pore volume, and a remaining part of the pore volume comprises air.
A friction performance evaluation method for a rubber composition, characterized by comprising the steps of: (A) calculating a tensile stress or a compressive stress generated in a model , for which an assumed material is a rubber composition, near a projection by simulation when the model slides on a surface having the projection ; (B) determining a reference stress (Rs) on the basis of the tensile stress or the compressive stress; (C) obtaining a tensile strain (St) and a compressive strain (Sc) of the rubber composition when the reference stress (Rs) is applied to the rubber composition; and (D) comparing the tensile strain (St) and the compressive strain (Sc); wherein the step (C) includes the steps of: (C-1) subjecting a first test piece whose material is the rubber composition, to a tensile test to measure the tensile strain (St); and (C-2) subjecting a second test piece whose material is the rubber composition, to a compression test to measure the compressive strain (Sc). (A) calculating a tensile stress or a compressive stress generated in a model , for which an assumed material is a rubber composition, near a projection by simulation when the model slides on a surface having the projection ; (B) determining a reference stress (Rs) on the basis of the tensile stress or the compressive stress; (C) obtaining a tensile strain (St) and a compressive strain (Sc) of the rubber composition when the reference stress (Rs) is applied to the rubber composition; and (D) comparing the tensile strain (St) and the compressive strain (Sc); (C-1) subjecting a first test piece whose material is the rubber composition, to a tensile test to measure the tensile strain (St); and (C-2) subjecting a second test piece whose material is the rubber composition, to a compression test to measure the compressive strain (Sc).
A device for multidimensional mobilization of lumbar, pelvic, and hip joints comprising a generally concave upper surface connected to a generally convex lower surface, with a peripheral edge , wherein the generally concave upper surface has a recess to cradle a sacrum, characterised in that the generally upper concave surface of the device is approximately 15 cm (6 inches) in overall diameter (i) wherein the recess is generally ovate-trapezoidal in contour with a top base arc length (ii) of about 11 cm (4.5 inches), with an opposite bottom base arc length (iii) of about 3.8 cm (1.5 inches), with left and right side arc lengths (iv) connecting the top and bottom base arcs of about 10 cm (4 inches), with a distance (v) between the top base arc and bottom base arc of about 13 cm (5 inches), and with a depth (vi) of the indentation of the recess of 1.9 cm (3⁄4 inch) to 3.2 cm (1 1⁄4 inches).
Dialysis concentrate production assembly for producing a dialysis concentrate liquid by dissolving a dry concentrate in water, comprising a mobile interchangeable container with the dry concentrate , the interchangeable container having a discharge port and a combined port , and a stationary production system fluidically connected to the discharge port and the combined port via at least two coupling assemblies , and by which system the dry concentrate is mixed with water to obtain a liquid dialysis concentrate, at least one of the coupling assemblies has a system-side coupling body with a liquid line plug of non-circular cross section and a container-side coupling body with a complementary liquid line socket of non-circular cross section, the liquid line plug and the liquid line socket being configured such that they can be plugged together in only a single rotational position, characterized in that the production system comprises a pressure sensor fluidically coupled with a coupling assembly which comprises a system-side pressure sensor line connector and a corresponding container-side pressure sensor line socket .