mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising a tread, only a single carcass ply, a first bead portion which is triangular shaped or at least substantially triangular shaped, and a second bead portion, wherein the radially inner portion or end of the carcass ply is secured between the first bead portion and the second bead portion, wherein the second bead portion comprises or is formed of multiple stacked strips each comprising two or more parallel reinforcements, characterized in that the carcass ply has no ply turnup and in that the first bead portion is on the axially inner side of the carcass ply and the second bead portion is on the axially outer side of the carcass ply.
Method of receiving an optical signal comprising: - a step of coherent detection of said optical signal, delivering a multicarrier signal received, and - a step of processing said multicarrier signal received, comprising a step of estimating a frequency shift affecting said multicarrier signal received with respect to a corresponding emission multicarrier signal, said shift being strictly greater than the inter-carrier spacing of said emission multicarrier signal, characterized in that said estimating step implements two substeps comprising: - a substep of determining the integer part of the frequency shift, equal to a multiple of said inter-carrier spacing; - a substep of determining the fractional part of the frequency shift, equal to a fraction of said inter-carrier spacing; and in that said substep of determining the integer part of the frequency shift implements a measurement, in the spectral domain, of a shift between the position of a residual optical carrier of said emission multicarrier signal, whose frequency corresponds to an emission frequency of said optical signal, after combining the in-phase and quadrature components of said emission multicarrier signal, and the position of the corresponding residual optical carrier in said multicarrier signal received. - a step of coherent detection of said optical signal, delivering a multicarrier signal received, and - a step of processing said multicarrier signal received, comprising a step of estimating a frequency shift affecting said multicarrier signal received with respect to a corresponding emission multicarrier signal, - a substep of determining the integer part of the frequency shift, equal to a multiple of said inter-carrier spacing; - a substep of determining the fractional part of the frequency shift, equal to a fraction of said inter-carrier spacing;
A kit for obtaining a module of a sofa-like, chair or armchair furniture article, comprising at least one base with a seat extending over a geometric seating plane, and at least one backrest or armrest component comprising a body defining an inner side adapted to face a user sitting on said seat, said base and said component being adapted to be mutually connected through mutual connection means arranged on at least a peripheral segment of said seat and on a corresponding lower side of said body, the kit being characterized in that said connection means comprise: a bar having a generally oval crosswise section, arranged along said peripheral segment of said seat, and exposed at an upper side, a lower side and an outer side, said section having a major axis (Z') orthogonal or close to orthogonal with respect to said seating plane; and a claw arrangement comprising: - a tubular member arranged along said lower side of said body, having a C-shaped crosswise section, forming a bore opened through a slit at the inner side, said crosswise section being generally oval to substantially match the section of said bar at least over said upper, outer and lower sides, - and a wing projecting inwards from a lower side of said tubular member; said tubular member being configured in an elastically deformable fashion; whereby said at least one component is adapted to be mounted on said base by first setting said inner side close to said seat and housing said bar inside the bore of said tubular member through said slit, and then by rotating the component to a mounting position in which a tight coupling between the bore and the bar is obtained, causing the two respective oval sections to match, and said wing abuts against a lower face of said seat.
Window frame for a composite window (1; 1') or a composite window door, with a block frame body (21; 21') and a frame trim (22; 22') that is attached to the frame body to form an intermediate free space, wherein the block frame body (21; 21') possesses a plurality of block frame elements (21a, 21 b; 21 a', 21b') that are connected to one another in a corner area in pairs, and wherein the frame trim (22; 22') possesses a plurality of trim components (22a, 22b; 22a', 22b'), of which each two meet each other in a corner area of the window frame, wherein a sealing component (25; 25') is arranged in the intermediate free space between the block frame body (21; 21') and the frame trim (22; 22') in a corner area of the window frame formed by a lower block frame element (21a; 21a') in the installed location and an adjacent lateral block frame element (21b; 21b'), wherein the sealing component (25; 25') extends at least from the corner area away from the lateral block frame element (21b; 21b'), and wherein the sealing component (25; 25') is designed in the shape of an angled component, characterised in that, the sealing component (25; 25') possesses arms (25a, 25b; 25a', 25b') that extend in the direction of the trim components (22a, 22b; 22a', 22b') that meet in the respective corner area, wherein the sealing component (25; 25') extends from the outer corner area of the frame trim (22; 22') in a direction away from, in the assembled state, the lateral window soffit and from the lateral block frame element (21b; 21b') by a predetermined degree into the area of a windowsill, wherein the whole covered area can thereby be sealed, not by a deflector plate etc. that serves as a windowsill.
A process for preparing diisocyanates by reacting the corresponding diamines with a stoichiometric excess of phosgene in at least one reaction zone, wherein the reaction conditions are selected so that at least the reaction components diamine, diisocyanate and phosgene are gaseous under these conditions and at least one diamine-comprising gas stream and at least one phosgene-comprising gas stream are fed into the reaction zone, with the mass fraction of chlorine in the phosgene-comprising stream before mixing with the amine-comprising stream being less than 1000 ppm by weight.
A hybrid vehicle provided with an EV mode in which the hybrid vehicle runs without using an engine and an HV mode in which the hybrid vehicle runs using a combination of the engine and a motor, the hybrid vehicle comprising a controller configured to set an output upper limit for the motor and configured to adjust an output of the motor to the output upper limit or less in accordance with a vehicle speed and an accelerator position, wherein, during running in the EV mode, the controller is configured to: set an increase of the accelerator position from a first accelerator position to a switching accelerator position, at which a switch to the HV mode is to be made, as a first increase when the output of the motor has reached the output upper limit at the first accelerator position; set an increase of the accelerator position from a second accelerator position to the switching accelerator position as a second increase when the output of the motor has reached the output upper limit at the second accelerator position which is larger than the first accelerator position, the second increase being smaller than the first increase; and decrease a ratio of a motor output increase relative to an accelerator operation increase in an accelerator position range from an accelerator position at which the output of the motor has reached the output upper limit to the switching accelerator position than in an accelerator position range before the output of the motor has reached the output upper limit. set an increase of the accelerator position from a first accelerator position to a switching accelerator position, at which a switch to the HV mode is to be made, as a first increase when the output of the motor has reached the output upper limit at the first accelerator position; set an increase of the accelerator position from a second accelerator position to the switching accelerator position as a second increase when the output of the motor has reached the output upper limit at the second accelerator position which is larger than the first accelerator position, the second increase being smaller than the first increase; and decrease a ratio of a motor output increase relative to an accelerator operation increase in an accelerator position range from an accelerator position at which the output of the motor has reached the output upper limit to the switching accelerator position than in an accelerator position range before the output of the motor has reached the output upper limit.
An aggregate zeolitic adsorbent based on LSX zeolite crystals having a mean number diameter of between 0.1 μm and 4 μm, a Si/AI atomic ratio=1.00±0.05, whereof at least 90% of the exchangeable cationic sites are occupied either by barium ions or by barium ions and potassium ions, characterized in that the mechanical strength measured by the Shell series SMS1417-74 method adapted to the aggregates having a size smaller than 1.6 mm is greater than or equal to 2 MPa.
An ultraviolet light-emitting device comprising: a substrate having an Al u Ga 1-u N top surface, wherein 0.4 ≤ u ≤ 1.0; an active, light-emitting device structure disposed over the substrate, the device structure comprising a multiple-quantum well layer comprising a plurality of periods each comprising a strained Al x Ga 1-x N barrier and a strained Al y Ga 1-y N quantum well, x and y being different by an amount facilitating confinement of charge carriers in the multiple-quantum well layer; an electron blocking layer disposed over the multiple-quantum well layer, the electron blocking layer comprising Al v Ga 1-v N, wherein v > y and v > x; a graded Al z Ga 1-z N layer disposed over the electron blocking layer, a composition of the graded layer being graded in Al concentration z such that the Al concentration z decreases in a direction away from the light-emitting device structure; a p-doped Al w Ga 1-w N cap layer disposed over the graded layer, wherein 0 ≤w ≤0.2; and a metallic contact disposed over the Al w Ga 1-w N cap layer and comprising at least one metal, wherein the graded layer has a compositional gradient, characterised in that: at an interface between the graded layer and the electron blocking layer, the Al concentration z of the graded layer is less than the Al concentration v of the electron blocking layer by an amount no less than 0.1 and by an amount no more than 0.55; and the graded layer is undoped. a substrate having an Al u Ga 1-u N top surface, wherein 0.4 ≤ u ≤ 1.0; an active, light-emitting device structure disposed over the substrate, the device structure comprising a multiple-quantum well layer comprising a plurality of periods each comprising a strained Al x Ga 1-x N barrier and a strained Al y Ga 1-y N quantum well, x and y being different by an amount facilitating confinement of charge carriers in the multiple-quantum well layer; an electron blocking layer disposed over the multiple-quantum well layer, the electron blocking layer comprising Al v Ga 1-v N, wherein v > y and v > x; a graded Al z Ga 1-z N layer disposed over the electron blocking layer, a composition of the graded layer being graded in Al concentration z such that the Al concentration z decreases in a direction away from the light-emitting device structure; a p-doped Al w Ga 1-w N cap layer disposed over the graded layer, wherein 0 ≤w ≤0.2; and a metallic contact disposed over the Al w Ga 1-w N cap layer and comprising at least one metal, wherein the graded layer has a compositional gradient, characterised in that: at an interface between the graded layer and the electron blocking layer, the Al concentration z of the graded layer is less than the Al concentration v of the electron blocking layer by an amount no less than 0.1 and by an amount no more than 0.55; and the graded layer is undoped. at an interface between the graded layer and the electron blocking layer, the Al concentration z of the graded layer is less than the Al concentration v of the electron blocking layer by an amount no less than 0.1 and by an amount no more than 0.55; and the graded layer is undoped.
A pharmaceutical formulation comprising a GLP-1 analog in a concentration from 0.1mg/ml to 25mg/ml, a buffer with pH from 7.5 to 9.0, polysorbate 80 at a concentration from 0.001% to 0.5% (m/v), poloxamer 188 at a concentration from 0.001% to 0.5% (m/v), xylitol at a concentration from 0.5% to 10% (m/v), and a preservative in a concentration from 0.1mg/ml to 10 mg/ml; wherein the GLP-1 analog is selected from the group consisting of GLP-1 or its mutant, GLP-1 -amide or its mutant, GLP-1 or its mutant, and GLP-1 derivatives which is chemically modified by introducing an organic substituent e.g. ester, alkyl or lipophilic group on one or more amino acid residues of the above peptide or its mutant thereof; and wherein the term "mutant" designates the peptide GLP-1, GLP-1 -amide or GLP-1 wherein one or more amino acid residues of the peptide have been substituted by another amino acid residue and/or wherein one or more amino acid residues of the peptide have been deleted and/or wherein one or more amino acid residues have been added to the peptide, and wherein the mutant is a peptide GLP-1, GLP-1 - amide or GLP-1 wherein 6 or less amino acids have been substituted and/or added and/or deleted.
A support system of an air-conditioning apparatus comprising an air-conditioning apparatus, a highly functional mobile phone, and a terminal, and that allows to support the air-conditioning apparatus through the highly functional mobile phone and the terminal connected to an Internet, wherein the highly functional mobile phone comprises a camera and is configured to take an image of the air-conditioning apparatus and to transmit it through the Internet, the terminal is equipped with a screen and is configured to display on said screen a projected image of said image; and to transmit a content of a state of the air-conditioning apparatus and an outline of dealing with the content, based on the projected image displayed on the screen, to the highly functional mobile phone through the Internet, and the highly functional mobile phone is configured to display the content of the state of the air-conditioning apparatus and the outline of dealing with the content that has been transmitted from the terminal through the Internet on a screen of the highly functional mobile phone.
A foldable transport cart comprising - two front wheels (611, 612) and a rear wheel, each wheel (611, 612, 620) being attached to - a wheel tube (311, 312, 320), the end of the wheel tubes furthest from their respective wheel (611, 612, 620) being pivotally connected to - a central cage, - a first portion (311.1, 312.1, 320.1) of the wheel tubes (311, 312, 320) being pivotally connected by a connecting rod (411, 412, 420) to a main tube inserted at least partially into the central cage, said main tube being capable of translational movement relative to the central cage along a central axis forming the bisector of the two front wheel tubes (311, 312), wherein the wheel tubes (311, 312, 320) and the main tube are reversibly movable between a folded and an extended position, and - a support member adapted to receive a load and connected to the main tube or the cage, characterised in that the support member is connected to the main tube or the cage, characterised - in that he centres of rotation of the three wheels (611, 612, 620) form an isosceles triangle in the extended position of the carriage, the rear wheel being in the position of the main apex of said triangle defining an angle of less than 60 degrees, and - in that the carriage in the extended position substantially assumes a geometrical shape of a pyramidal structure based on said isosceles triangle and inclined backwards in the extended position of the carriage. - two front wheels (611, 612) and a rear wheel, each wheel (611, 612, 620) being attached to - a wheel tube (311, 312, 320), the end of the wheel tubes furthest from their respective wheel (611, 612, 620) being pivotally connected to - a central cage, - a first portion (311.1, 312.1, 320.1) of the wheel tubes (311, 312, 320) being pivotally connected by a connecting rod (411, 412, 420) to a main tube inserted at least partially into the central cage, said main tube being capable of translational movement relative to the central cage along a central axis forming the bisector of the two front wheel tubes (311, 312), wherein the wheel tubes (311, 312, 320) and the main tube are reversibly movable between a folded and an extended position, and - a support member adapted to receive a load and connected to the main tube or the cage, characterised in that the support member is connected to the main tube or the cage, - in that he centres of rotation of the three wheels (611, 612, 620) form an isosceles triangle in the extended position of the carriage, the rear wheel being in the position of the main apex of said triangle defining an angle of less than 60 degrees, and - in that the carriage in the extended position substantially assumes a geometrical shape of a pyramidal structure based on said isosceles triangle and inclined backwards in the extended position of the carriage.
A display panel, comprising: a first substrate; a second substrate facing the first substrate; a sealant layer between the first substrate and the second substrate sealing the first substrate and the second substrate together to form a cell; and a first conductive line layer comprising a first continuous conductive line configured to detect a crack in the sealant layer, wherein the first conductive line layer is in contact with the sealant layer; and at least one bonding lead in a driver integrated circuit bonding area, the at least one bonding lead being electrically connected to the first conductive line layer, characterized in that the line width of the first conductive line layer is approximately 1/200 to approximately 1/50 of the width of the sealant layer; the line thickness of the first conductive line layer is approximately 1/20 to approximately 1/5 of the thickness of the sealant layer; the display panel further comprises a second conductive line layer comprising a second continuous conductive line configured to detect a crack in the display panel, wherein the second conductive line layer is in the peripheral area of the display panel, and the projection of the sealant layer on the first substrate is substantially non-overlapping with that of the second conductive line layer; and the display panel further comprises two lead wires (6, 6') respectively connected to two terminals of the first conductive line layer, wherein each of the two lead wires (6, 6') electrically connects the first conductive line layer to the second conductive line layer. a first substrate; a second substrate facing the first substrate; a sealant layer between the first substrate and the second substrate sealing the first substrate and the second substrate together to form a cell; and a first conductive line layer comprising a first continuous conductive line configured to detect a crack in the sealant layer, wherein the first conductive line layer is in contact with the sealant layer; and at least one bonding lead in a driver integrated circuit bonding area, the at least one bonding lead being electrically connected to the first conductive line layer, characterized in that the line width of the first conductive line layer is approximately 1/200 to approximately 1/50 of the width of the sealant layer; the line thickness of the first conductive line layer is approximately 1/20 to approximately 1/5 of the thickness of the sealant layer; the display panel further comprises a second conductive line layer comprising a second continuous conductive line configured to detect a crack in the display panel, wherein the second conductive line layer is in the peripheral area of the display panel, and the projection of the sealant layer on the first substrate is substantially non-overlapping with that of the second conductive line layer; and the display panel further comprises two lead wires (6, 6') respectively connected to two terminals of the first conductive line layer, wherein each of the two lead wires (6, 6') electrically connects the first conductive line layer to the second conductive line layer.
A method of operating a power supply comprising supply lines and a varistor interconnected with said supply lines to shunt surges on said supply lines, said method comprising: sensing a surge on said supply lines; protecting downstream components from said surge by clamping said surge by way of said varistor; sensing each said surge, and determining a cumulative count of surges shunted by said varistor; and providing an indicator of a count reflecting surges shunted by said varistor, as indicated by said cumulative count, characterized by sensing surges of different voltage amplitudes, and determining counts of surges of said different voltage amplitudes, wherein the cumulative count is determined by a weighted sum of the counts of surges of said different voltage amplitudes or a collection of the individual counts of surges of said different voltage amplitudes, and wherein said provided indicator of count reflects a likelihood of a next surge causing a failure of the varistor. sensing a surge on said supply lines; protecting downstream components from said surge by clamping said surge by way of said varistor; sensing each said surge, and determining a cumulative count of surges shunted by said varistor; and providing an indicator of a count reflecting surges shunted by said varistor, as indicated by said cumulative count, characterized by sensing surges of different voltage amplitudes, and determining counts of surges of said different voltage amplitudes, wherein the cumulative count is determined by a weighted sum of the counts of surges of said different voltage amplitudes or a collection of the individual counts of surges of said different voltage amplitudes, and wherein said provided indicator of count reflects a likelihood of a next surge causing a failure of the varistor.