mhurhangee/ep-ind-claims huggingface dataset:
An aircraft seat frame with enhanced dynamic response, comprising: a frame beam member, the frame beam member comprising: a tubular volume including at least one wall with a first plurality of undulations and a second plurality of undulations alternatingly arranged and extending radially outward along a length of the tubular volume, the first plurality of undulations and the second plurality of undulations being configured to allow the tubular volume to absorb energy of a compressive load applied during a flight scenario through local bending of the first plurality of undulations and the second plurality of undulations, the first plurality of undulations being configured to have a first curvature when unloaded, the first plurality of undulations being configured to have a second curvature when the compressive load is applied, the second curvature being greater than the first curvature, the second plurality of undulations being configured to have a third curvature when unloaded, the first curvature being greater than the third curvature by which the first plurality of undulations are configured to deform prior to the second plurality of undulations, the frame beam member being one of a plurality of frame beam members of the aircraft seat frame, the plurality of frame beam members being configured to couple to a plurality of joints of the aircraft seat frame, at least one joint of the plurality of joints or at least one frame beam member of the plurality of frame beam members being configured to couple to an aircraft body. a tubular volume including at least one wall with a first plurality of undulations and a second plurality of undulations alternatingly arranged and extending radially outward along a length of the tubular volume, the first plurality of undulations and the second plurality of undulations being configured to allow the tubular volume to absorb energy of a compressive load applied during a flight scenario through local bending of the first plurality of undulations and the second plurality of undulations, the first plurality of undulations being configured to have a first curvature when unloaded, the first plurality of undulations being configured to have a second curvature when the compressive load is applied, the second curvature being greater than the first curvature, the second plurality of undulations being configured to have a third curvature when unloaded, the first curvature being greater than the third curvature by which the first plurality of undulations are configured to deform prior to the second plurality of undulations, the frame beam member being one of a plurality of frame beam members of the aircraft seat frame, the plurality of frame beam members being configured to couple to a plurality of joints of the aircraft seat frame, at least one joint of the plurality of joints or at least one frame beam member of the plurality of frame beam members being configured to couple to an aircraft body.
A method for the production of lithiumhydroxide-containing aqueous solutions, wherein a contaminated, lithium-salt-containing, aqueous diluate is separated electrodialytically by means of at least one electrodialysis cell, by its transport through ion-exchange membranes, said ion-exchange membranes being arranged in the electrodialysis cell, by the driving force of an electrical field, into a lithiumhydroxide-containing aqueous concentrate and an acid, wherein diluate, concentrate and acid are carried in three independent process streams in a continuous circuit, characterized in that the process stream of the concentrate is directed through a unit for filtration.
A method of evaluating downhole cuttings entrained in a downhole fluid in a borehole intersecting an earth formation, the method comprising: conveying at least one acoustic sensor (202, 208) in the borehole; using the at least one acoustic sensor (202, 208) to produce information indicative of a parameter of interest relating to downhole cuttings in the borehole reflecting an emitted acoustic wave; and processing the information using at least one processor (142, 193) to estimate the parameter of interest; wherein the parameter of interest comprises at least one of: i) average particle size of the downhole cuttings; ii) distribution of particle sizes; and iii) quantitative indicator of shape of the downhole cuttings. conveying at least one acoustic sensor (202, 208) in the borehole; using the at least one acoustic sensor (202, 208) to produce information indicative of a parameter of interest relating to downhole cuttings in the borehole reflecting an emitted acoustic wave; and processing the information using at least one processor (142, 193) to estimate the parameter of interest; wherein the parameter of interest comprises at least one of: i) average particle size of the downhole cuttings; ii) distribution of particle sizes; and iii) quantitative indicator of shape of the downhole cuttings.
Method for stiffening a curved sheet-metal panel in which a flat cardboard panel is applied to the concave face of the curved sheet-metal panel, characterised by the following steps: a) a series of parallel cuts that pass partially through the thickness of the cardboard panel are made in that face of the cardboard panel that is intended to be applied to the concave face of the sheet-metal panel, b) a series of adhesive strips that each cover said parallel cuts are applied to said face of the cardboard panel, c) said face, provided with said adhesive strips, of the cardboard panel is applied to the concave face of the sheet-metal panel. a) a series of parallel cuts that pass partially through the thickness of the cardboard panel are made in that face of the cardboard panel that is intended to be applied to the concave face of the sheet-metal panel, b) a series of adhesive strips that each cover said parallel cuts are applied to said face of the cardboard panel, c) said face, provided with said adhesive strips, of the cardboard panel is applied to the concave face of the sheet-metal panel.
Use of a composition comprising: - between 1 and 15% by weight of functionalised polyglycerol(s), - between 25 and 94% by weight of biopolymer(s), that is biodegradable and/or bio-sourced polymers, a biodegradable polymer being a polymer that degrades by the action of microorganisms in the form of CO 2, water and a new biomass, and a bio-sourced polymer being a polymer obtained completely or in part from renewable resources, - between 5 and 60% by weight of flour(s) obtained from plant carbon, a flour obtained from plant carbon being a flour obtained from grains as well as lignocellulose flour, in composite materials for improving the melt flow rate and the heat resistance thereof. - between 1 and 15% by weight of functionalised polyglycerol(s), - between 25 and 94% by weight of biopolymer(s), that is biodegradable and/or bio-sourced polymers, a biodegradable polymer being a polymer that degrades by the action of microorganisms in the form of CO 2, water and a new biomass, and a bio-sourced polymer being a polymer obtained completely or in part from renewable resources, - between 5 and 60% by weight of flour(s) obtained from plant carbon, a flour obtained from plant carbon being a flour obtained from grains as well as lignocellulose flour, in composite materials for improving the melt flow rate and the heat resistance thereof.
Array antenna, comprising - an antenna base plate having multiple radiating elements arranged in a regular grid, a main beam of the array antenna being electronically pivotable, and - a dielectric WAIM (Wide Angle Impedance Match) layer arranged in front of the radiating elements for impedance matching at large pivot angles, which maintains a low but well-defined distance from the antenna elements of the array antenna, - the WAIM layer covering all the radiating elements, spacers being machined out of the material of the WAIM layer in a regular grid, the grid of the spacers corresponding to the grid of the radiating elements, characterized in that WAIM layer and spacers together form an integral monolithic workpiece, and wherein the spacers are arranged in the interspaces between the individual radiating elements. - an antenna base plate having multiple radiating elements arranged in a regular grid, a main beam of the array antenna being electronically pivotable, and - a dielectric WAIM (Wide Angle Impedance Match) layer arranged in front of the radiating elements for impedance matching at large pivot angles, which maintains a low but well-defined distance from the antenna elements of the array antenna, - the WAIM layer covering all the radiating elements,
An electric cylinder comprising: an outer cylinder including, on one end side, a fixing section for fixing to an attachment place; a rod configured to be capable of expanding and contracting in an axis direction from an opening on the one end side of the outer cylinder; a bearing provided on another end side and on an inside of the outer cylinder; a rotating shaft rotatably supported by the bearing and drivable to rotate by a driving force of a motor; a screw mechanism configured to convert a rotational motion of the rotating shaft into a linear motion of the rod and transmit the linear motion; and a distortion detecting unit for detecting a load in the axis direction applied to a portion between an attachment position of the bearing and the fixing section, characterized in that the distortion detecting unit is provided in a position between a position on an outer circumference of the outer cylinder where the bearing is provided and the fixing section, wherein the outer cylinder includes at least two or more division members (51, 52) that can be divided and combined, and the distortion detecting unit is provided in one division member among the two or more division members. an outer cylinder including, on one end side, a fixing section for fixing to an attachment place; a rod configured to be capable of expanding and contracting in an axis direction from an opening on the one end side of the outer cylinder; a bearing provided on another end side and on an inside of the outer cylinder; a rotating shaft rotatably supported by the bearing and drivable to rotate by a driving force of a motor; a screw mechanism configured to convert a rotational motion of the rotating shaft into a linear motion of the rod and transmit the linear motion; and a distortion detecting unit for detecting a load in the axis direction applied to a portion between an attachment position of the bearing and the fixing section, characterized in that the distortion detecting unit is provided in a position between a position on an outer circumference of the outer cylinder where the bearing is provided and the fixing section, wherein the outer cylinder includes at least two or more division members (51, 52) that can be divided and combined, and the distortion detecting unit is provided in one division member among the two or more division members.
A joint sealing tape for sealing a joint between a first component and a second component, comprising an elongate carrier and at least two separate sealing elements (3, 3') of a predetermined width (c) that are arranged on one face of the carrier so as to extend in the longitudinal direction of the carrier adjacently and at distance from one another, and which each have two opposite broad faces and two narrow faces which extend transversely to the broad faces and connect said broad faces, the sealing elements (3, 3') being arranged so as to have one broad face on the carrier, characterized in that the sealing elements (3, 3') are in each case fixedly connected to the carrier only over part of the broad face thereof, the parts of the sealing elements (3, 3') that are fixedly connected to the carrier each forming an outer region, and the parts which are not fixedly connected to the carrier each forming an inner region, the inner regions facing one another but being at a distance from one another.
A sound-wave imaging method including at least: - one emission step during which a first array of transducers is caused to emit at least one ultrasound excitation wave presenting a certain central emission frequency fc and focused on at least one target point in a target medium, and said excitation wave is caused to pass through a reverberant medium prior to reaching the target medium, and - a step of receiving echoes emitted by the target medium in response to the excitation wave, in order to image at least one portion of said target medium, the method being characterized in that during the emission step, a reverberant solid object is used as the reverberant medium, with each transducer of the first array being secured thereto, said reverberant solid object being adapted to give rise to multiple reflections of the excitation wave that passes therethrough and to cause an impulse wave of duration 1/fc entering into said solid object to lead to sound emission to the target medium taking place over a duration of not less than 10/fc. - one emission step during which a first array of transducers is caused to emit at least one ultrasound excitation wave presenting a certain central emission frequency fc and focused on at least one target point in a target medium, and said excitation wave is caused to pass through a reverberant medium prior to reaching the target medium, and - a step of receiving echoes emitted by the target medium in response to the excitation wave, in order to image at least one portion of said target medium,
Bottle crate for receiving beverage bottles and/or beverage bottle packs, comprising a bottom for receiving the beverage bottles and/or beverage bottle packs as well as a circumferential frame formed by two mutually opposite long sidewalls (2, 3) and two mutually opposite short sidewalls, wherein all sidewalls (2, 3, 4) of the frame have a height of 240 mm to 260 mm, characterized in that the frame and the bottom are formed in one piece and the bottom is arranged in a raised manner relative to the bottom side of the circumferential frame, wherein the vertical distance between the bottom side of the frame and the top side of the bottom is 25 mm to 60 mm, wherein the short sidewalls have a thickness of 7 mm to 12 mm and the long sidewalls (2, 3) have a thickness of 17 mm to 22 mm in sections and a thickness of 10 mm to 15 mm in the rest, wherein the sections of the long sidewalls (2, 3) having the larger thickness directly adjoin the short sidewalls, wherein these sections have a summarized length of 22 mm and wherein a section having a smaller thickness of 18 mm is arranged between two sections having a larger thickness.
A method for isolating monosaccharides and/or saccharide oligomers from a solution further comprising water and a molten salt hydrate, said method comprising the step of adding to the solution an effective amount of an anti-solvent selected from the group consisting of ketones having four or more carbon atoms; ethers; alkanenitriles; and mixtures thereof, thereby precipitating at least the saccharide oligomers from the solution.
An isolated polypeptide having at least 85% sequence identity to the amino acid sequence as set forth in SEQ ID NO: 4, wherein the polypeptide comprises 23 repeating units derived from the C-terminal domain of toxin B of Clostridium difficile.
Method for producing containers from thermally conditioned preforms of thermoplastic material, wherein a preform is arranged in a mould, is stretched by a stretching rod and a blowing gas which is introduced into the preform, wherein after the forming of the container and with the start of a reduction of the pressure and/or after a predefined period of time after the start of the reduction of the pressure of the blowing gas arranged in the container, a base of the container is cooled by a purging gas, characterised in that the purging gas is directed onto the base with a plurality of pulsed purging gas pulses at continuously decreasing pressure in the container.
A process for gasification of organic solid materials in a fluidised bed reactor by means of a circulating gas flow containing solid fluidised material particles, comprising: a.-) supplying fuel through at least one inlet for feeding organic solid, b.-) providing a catalytic agent or mixture thereof with inert material through an inlet, c.-) introducing a fluidising agent through an inlet, d.-) distributing the fluidising agent, and e.-) producing the outflow of the product stream through the top of the reactor transverse to a cylindrical section thereof by means of an outlet element, characterised in that reactor comprises a body defined by a cylindrical body wherein said the at least one inlet is located, an air box or plenum wherein inlet is located, and a bottom with a frustoconical section interposed between cylindrical body and a air box or plenum, wherein the fluidising agent is distributed through frustoconical section, wherein there is a distributor grid provided with a plurality of outlet holes or tuyere-type diffusers, being portion with a frustoconical section defined by an upper base, a lower base and an angle β corresponding slope of frustoconical section with respect to a longitudinal axis of cylindrical body, the upper part of frustoconical section being the larger diameter of the truncated cone, which is equal to the diameter of the cylindrical body, wherein radius (R base) of the lower base of the reactor is equal to the height (h) of the frustoconical section and the height (h 2) of the inlet for feeding organic solid, measured in meters, from the junction of the cylindrical body with the frustoconical section is equal to the sine of angle β measured in degrees. a.-) supplying fuel through at least one inlet for feeding organic solid, b.-) providing a catalytic agent or mixture thereof with inert material through an inlet, c.-) introducing a fluidising agent through an inlet, d.-) distributing the fluidising agent, and e.-) producing the outflow of the product stream through the top of the reactor transverse to a cylindrical section thereof by means of an outlet element,
Composition for chemically modifying the internal region of a hair shaft, wherein the composition comprises: i. an ethylenic monomer having a molecular weight of 500 g/mole or less; ii. a cation and an anion; wherein the cation is selected from the group consisting of inorganic cations having a charge density of 0.05 charge/picometre or more; iii. a cosmetically acceptable carrier; wherein the composition has a pH of from 4.0 to 6.9. i. an ethylenic monomer having a molecular weight of 500 g/mole or less; ii. a cation and an anion; wherein the cation is selected from the group consisting of inorganic cations having a charge density of 0.05 charge/picometre or more; iii. a cosmetically acceptable carrier;
An acoustic loudspeaker comprising a cabinet extending along a direction, and at least one speaker mounted on the cabinet, the speaker comprising a frame, and a membrane adapted to emit sound waves, the membrane being movable relative to the chassis along an acoustic axis of the speaker, the cabinet defining a first axis perpendicular to the direction, and a second axis perpendicular to the direction and to the first axis, the acoustic loudspeaker being intended to be used at least in a first configuration, wherein the first axis is substantially vertical, and a second configuration, wherein the second axis is substantially vertical, the speaker being movable with respect to the cabinet in rotation around an axis of rotation between a first position, intended to be occupied when the acoustic loudspeaker is in the first configuration and wherein the acoustic axis defines with the second axis a first angle (α1) less than 30° in absolute value, and a second position, intended to be occupied when the acoustic loudspeaker is in the second configuration and wherein the axis acoustic defines with the first axis a second angle (α2) less than 30° in absolute value, the axis of rotation defining with the first axis a third angle (β1) comprised between 40° and 50° in absolute value, and with the second axis a fourth angle (β2) comprised between 40° and 50° in absolute value.
A toothbrush (100, 130, 160) having a light source comprising: a brush including a battery, a source of light (117, 131) with a wavelength in the range of 400nm to 500nm, electronics (110, 111) coupled to the battery and the source of light to supply electricity from the battery to the source at current and voltage that is adapted to cause the source to emit a light, the brush including a handle (114, 153) and a distal end (118, 134); the distal end including bristles (113, 132) mounted on the distal end and the source of light, the distal end being equipped with a first electrical contact (116, 133, 152, 162) accessible on a first exterior surface, characterised by at least a portion of the handle being equipped with a second electrical contact (115, 151, 161) accessible on a second exterior surface, the first and the second electrical contacts being connected to the electronics, said electronics being adapted to determine whenever the distal end is outside the environment of the mouth, and permit activation of the source of light only when the source of light is inside the mouth of the user and a current loop is completed through the first and second electrical contacts and the body of the user. a brush including a battery, a source of light (117, 131) with a wavelength in the range of 400nm to 500nm, electronics (110, 111) coupled to the battery and the source of light to supply electricity from the battery to the source at current and voltage that is adapted to cause the source to emit a light, the brush including a handle (114, 153) and a distal end (118, 134); the distal end including bristles (113, 132) mounted on the distal end and the source of light, the distal end being equipped with a first electrical contact (116, 133, 152, 162) accessible on a first exterior surface, characterised by at least a portion of the handle being equipped with a second electrical contact (115, 151, 161) accessible on a second exterior surface, the first and the second electrical contacts being connected to the electronics, said electronics being adapted to determine whenever the distal end is outside the environment of the mouth, and permit activation of the source of light only when the source of light is inside the mouth of the user and a current loop is completed through the first and second electrical contacts and the body of the user.