mhurhangee/ep-ind-claims huggingface dataset:
A pod assembly for use in an aircraft, the assembly comprising: a seat having a seat bottom and a seat back, a shell that at least partially surrounds the seat, wherein the shell includes a front wall and at least one side wall (22, 24), and a bed associated with the front wall of the shell, wherein the bed is movable between a stowed position where the bed is folded and a deployed position where the bed is unfolded and generally flat, wherein the bed deploys from the front wall toward the seat and is supported by the shell and is at least partially supported by the side wall (22, 24) of the shell in the deployed position; and a video monitor movable between a deployed position where it is positioned adjacent the front wall and a stowed position where it is not adjacent to the front wall, and wherein the video monitor must be moved to the stowed position in order to move the bed from the stowed position to the deployed position. a seat having a seat bottom and a seat back, a shell that at least partially surrounds the seat, wherein the shell includes a front wall and at least one side wall (22, 24), and a bed associated with the front wall of the shell, wherein the bed is movable between a stowed position where the bed is folded and a deployed position where the bed is unfolded and generally flat, wherein the bed deploys from the front wall toward the seat and is supported by the shell and is at least partially supported by the side wall (22, 24) of the shell in the deployed position; and a video monitor movable between a deployed position where it is positioned adjacent the front wall and a stowed position where it is not adjacent to the front wall, and wherein the video monitor must be moved to the stowed position in order to move the bed from the stowed position to the deployed position.
Motor vehicle door latch, with a latch housing (1, 2), and with at least one lever (3, 4) located in the latch housing (1, 2), whereby at least one axis anchored in the latch housing (1, 2) is provided for to house the lever, whereby the latch housing (1, 2) and the axis demonstrate corresponding and interlocking angular contours (11, 12, 13, 14), whereby the latch housing (1, 2) engages into a pertaining step groove (9, 10) in the axis with a step contour (7, 8) encircling a gateway opening for the axis, characterized in that the step contour (7, 8) demonstrates a radially external basic contour and at least one radially internal protruding contour, whereby a step groove (9, 10) is equipped with a radially external basic groove incorporating the basic contour and a radially internal protruding groove for the protruding contour and the basic contour and the protruding contour of the step contour (7, 8) are equipped with an inclined edge respectively in the junction from a primarily horizontal contour edge respectively to a primarily vertical contour edge and the basic groove and the protruding groove are equipped with an inclined mounting corresponding to the respective inclined edge and the basic groove and the protruding groove demonstrate a primarily horizontal mounting for the respectively horizontal contour edge and a primarily vertical mounting for the vertical contour edge.
A liquid crystal display, comprising: a first substrate; a second substrate overlapping the first substrate; a liquid crystal layer positioned between the first substrate and the second substrate and including a plurality of liquid crystal molecules; a first alignment layer positioned between the first substrate and the liquid crystal layer; a second alignment layer positioned between the second substrate and the liquid crystal layer; and a plurality of protrusions (15, 25) positioned at at least one of between the first alignment layer and the liquid crystal layer and between the second alignment layer and the liquid crystal layer, wherein at least one among the plurality of protrusions (15, 25) includes a polymer of a reactive mesogen, and the reactive mesogen is represented by Chemical Formula 1: wherein, in Chemical Formula 1, P a and P b are independently an acrylate group or a methacrylate group, A 1 includes in which at least one hydrogen connected to a carbon ring is unsubstituted or substituted with one selected from a group including F, Cl, and Br, A 2 includes any one of in which at least one hydrogen connected to the carbon ring is unsubstituted or substituted with one selected from the group including F, Cl, and Br, and n is a natural number of 2 to 5. a first substrate; a second substrate overlapping the first substrate; a liquid crystal layer positioned between the first substrate and the second substrate and including a plurality of liquid crystal molecules; a first alignment layer positioned between the first substrate and the liquid crystal layer; a second alignment layer positioned between the second substrate and the liquid crystal layer; and a plurality of protrusions (15, 25) positioned at at least one of between the first alignment layer and the liquid crystal layer and between the second alignment layer and the liquid crystal layer, P a and P b are independently an acrylate group or a methacrylate group, A 1 includes in which at least one hydrogen connected to a carbon ring is unsubstituted or substituted with one selected from a group including F, Cl, and Br, A 2 includes any one of in which at least one hydrogen connected to the carbon ring is unsubstituted or substituted with one selected from the group including F, Cl, and Br, and n is a natural number of 2 to 5.
A wireless communication apparatus comprising: an antenna including an antenna element (161, 162); a fixing member formed of an electric conductor and configured to fix the antenna; an electric supply unit electrically connected to the antenna and configured to supply electric power to the antenna; and an outer housing formed of an electric conductor and configured to enclose the antenna, the fixing member, and the electric supply unit, the outer housing having an opening for allowing electromagnetic waves from the antenna to radiate outward from the outer housing, wherein the antenna is disposed at a position closer to the opening of the outer housing than to the fixing member, and the electric supply unit and a first region (1611, 1621) of the antenna element that is positioned on the electric supply unit side of the antenna element are disposed at a position closer to the fixing member than a second region (1612, 1622) of the antenna element including an open end portion (161A, 162A) of the antenna element positioned on an opposite side of the antenna element to the electric supply unit. an antenna including an antenna element (161, 162); a fixing member formed of an electric conductor and configured to fix the antenna; an electric supply unit electrically connected to the antenna and configured to supply electric power to the antenna; and an outer housing formed of an electric conductor and configured to enclose the antenna, the fixing member, and the electric supply unit, the outer housing having an opening for allowing electromagnetic waves from the antenna to radiate outward from the outer housing, wherein the antenna is disposed at a position closer to the opening of the outer housing than to the fixing member, and the electric supply unit and a first region (1611, 1621) of the antenna element that is positioned on the electric supply unit side of the antenna element are disposed at a position closer to the fixing member than a second region (1612, 1622) of the antenna element including an open end portion (161A, 162A) of the antenna element positioned on an opposite side of the antenna element to the electric supply unit.
A pressure regulator comprising a deformable capped cylinder disposed between a cap and a housing member, an inlet, and an outlet, wherein the deformable capped cylinder is configured to deform in response to an inlet pressure of the inlet and an outlet pressure of the outlet, wherein the pressure regulator is fluidically connected to a gas-generating apparatus and at least one of the inlet and outlet pressure is a pressure of the gas-generating apparatus, wherein the deformable capped cylinder defines a channel therein through which a fluid can selectively pass from the inlet through said channel and to the outlet, wherein the deformable capped cylinder comprises an upper end proximate to the inlet and a lower end proximate to the outlet, and wherein the lower end is larger than the upper end, and wherein the deformable capped cylinder comprises an angled support adjacent to the lower end.
An isopropyl alcohol-producing Escherichia coli comprising an isopropyl alcohol production system, wherein an activity of transcriptional repressor GntR is inactivated to improve the efficiency of production of isopropyl alcohol, and the isopropyl alcohol-producing Escherichia coli comprises a group of auxiliary enzymes having an enzyme activity expression pattern with which isopropyl alcohol production capacity achieved by the inactivation of the GntR activity is maintained or enhanced, wherein the enzyme activity expression pattern of the group of auxiliary enzymes is selected from the group consisting of: maintenance of wild-type activities of glucose-6-phosphate isomerase (Pgi) activity, glucose-6-phosphate 1-dehydrogenase (Zwf) activity and phosphogluconate dehydrogenase (Gnd) activity; inactivation of glucose-6-phosphate isomerase (Pgi) activity and enhancement of glucose-6-phosphate 1-dehydrogenase (Zwf) activity; and inactivation of glucose-6-phosphate isomerase (Pgi) activity, enhancement of glucose-6-phosphate 1-dehydrogenase (Zwf) activity and inactivation of phosphogluconate dehydrogenase (Gnd) activity, and wherein the isopropyl alcohol production system is constituted by enzyme genes of acetoacetate decarboxylase, isopropyl alcohol dehydrogenase, CoA transferase and thiolase. maintenance of wild-type activities of glucose-6-phosphate isomerase (Pgi) activity, glucose-6-phosphate 1-dehydrogenase (Zwf) activity and phosphogluconate dehydrogenase (Gnd) activity; inactivation of glucose-6-phosphate isomerase (Pgi) activity and enhancement of glucose-6-phosphate 1-dehydrogenase (Zwf) activity; and inactivation of glucose-6-phosphate isomerase (Pgi) activity, enhancement of glucose-6-phosphate 1-dehydrogenase (Zwf) activity and inactivation of phosphogluconate dehydrogenase (Gnd) activity, and
An attachment for dust collection for cutting machining, comprising: a bearing used as a rotation mechanism, and a dust collection enclosure, rotatably configured by being fixed to the rotation mechanism, for enclosing at least part of a tool; wherein a gap for checking a machining state is provided in the dust collection enclosure, wherein the dust collection enclosure is adapted to rotate together with the rotation mechanism in a direction corresponding to a relative motion direction with respect to a workpiece, in a feeding operation through contact with the workpiece, when the leading end of the dust collection enclosure is in contact with the workpiece and the tool is displaced in a feeding direction, so that on account of frictional forces between the workpiece and the dust collection enclosure, the dust collection enclosure rotates, and wherein the dust collection enclosure has a shape in which part of a side face of a tubular structure is cut, or a tubular shape of non-constant height. a bearing used as a rotation mechanism, and a dust collection enclosure, rotatably configured by being fixed to the rotation mechanism, for enclosing at least part of a tool; wherein a gap for checking a machining state is provided in the dust collection enclosure, wherein the dust collection enclosure is adapted to rotate together with the rotation mechanism in a direction corresponding to a relative motion direction with respect to a workpiece, in a feeding operation through contact with the workpiece, when the leading end of the dust collection enclosure is in contact with the workpiece and the tool is displaced in a feeding direction, so that on account of frictional forces between the workpiece and the dust collection enclosure, the dust collection enclosure rotates, and wherein the dust collection enclosure has a shape in which part of a side face of a tubular structure is cut, or a tubular shape of non-constant height.
Capsule for preparing a beverage from a powdery or granular raw material, provided with a body of polymeric material comprising a seat suitable for containing the powdery or granular raw material, wherein: - said seat comprises an opening provided with a first edge sealed by a first foil impermeable to fluids; - a collection chamber is divided from said seat by means of a bottom wall having a second edge projecting in the longitudinal direction, said edge being sealed with a second foil impermeable to fluids; - said body is made of plastic material impermeable to fluids, in particular to gases and even more particularly to atmospheric oxygen; said capsule being characterized by comprising a permeable foil provided between the first foil and the top edge, said permeable foil covering the opening. - said seat comprises an opening provided with a first edge sealed by a first foil impermeable to fluids; - a collection chamber is divided from said seat by means of a bottom wall having a second edge projecting in the longitudinal direction, said edge being sealed with a second foil impermeable to fluids; - said body is made of plastic material impermeable to fluids, in particular to gases and even more particularly to atmospheric oxygen;
An apparatus for detecting binauralization of an audio signal, the apparatus comprising: a feature extractor that is configured to receive an input audio signal, and that is configured to extract a plurality of features from the input audio signal; a classifier that is configured to receive the plurality of features extracted by the feature extractor, that is configured to perform a classification of the plurality of features, and that is configured to generate a result based on the classification, wherein the result indicates a probability that the input audio signal is a binaural signal versus a stereo signal; a virtualizer that is configured to receive the input audio signal, and that is configured to perform virtualization on the input audio signal to generate a binaural audio signal; and a mixer that is configured to receive the input audio signal, the binaural audio signal and the result, and that is configured to mix the input audio signal and the binaural audio signal, according to the result, to generate an output audio signal, wherein when the result indicates that the input audio signal is the stereo signal, the output audio signal corresponds to the binaural audio signal, and wherein when the result indicates that the input audio signal is the binaural signal, the output audio signal corresponds to the input audio signal. a feature extractor that is configured to receive an input audio signal, and that is configured to extract a plurality of features from the input audio signal; a classifier that is configured to receive the plurality of features extracted by the feature extractor, that is configured to perform a classification of the plurality of features, and that is configured to generate a result based on the classification, wherein the result indicates a probability that the input audio signal is a binaural signal versus a stereo signal; a virtualizer that is configured to receive the input audio signal, and that is configured to perform virtualization on the input audio signal to generate a binaural audio signal; and a mixer that is configured to receive the input audio signal, the binaural audio signal and the result, and that is configured to mix the input audio signal and the binaural audio signal, according to the result, to generate an output audio signal, wherein when the result indicates that the input audio signal is the stereo signal, the output audio signal corresponds to the binaural audio signal, and wherein when the result indicates that the input audio signal is the binaural signal, the output audio signal corresponds to the input audio signal.
A submerged combustion melting system comprising: a submerged combustion melter including: a housing having one or more side walls, a floor, and a ceiling which at least partially define a melt chamber; one or more main burners positioned along the floor of the housing; and the submerged combustion melter further includes an oxygen/gas pre-heat burner system, the preheat burner system arranged such that a flame from the preheat burner system is directed downward into the melt chamber, characterized in that the pre-heat burner system is removably attached to one or more sidewalls or the ceiling, and the preheat burner system includes an inner gas passage extending to a gas outlet on a first side, an outer oxygen passage concentric with the gas passage and a spark igniter within the inner gas passage, the igniter having a tip at or near the first side, wherein the tip includes a central electrode and the igniter is configured to generate a high voltage spark between the central electrode and a wall of the gas passage to provide the ignition source for the preheat burner system. a housing having one or more side walls, a floor, and a ceiling which at least partially define a melt chamber; one or more main burners positioned along the floor of the housing; and the submerged combustion melter further includes an oxygen/gas pre-heat burner system, the preheat burner system arranged such that a flame from the preheat burner system is directed downward into the melt chamber, characterized in that the pre-heat burner system is removably attached to one or more sidewalls or the ceiling, and the preheat burner system includes an inner gas passage extending to a gas outlet on a first side, an outer oxygen passage concentric with the gas passage and a spark igniter within the inner gas passage, the igniter having a tip at or near the first side, wherein the tip includes a central electrode and the igniter is configured to generate a high voltage spark between the central electrode and a wall of the gas passage to provide the ignition source for the preheat burner system.
A method for detecting sensor error in a system having a plurality of subsystems and a number of sensors associated with said subsystems, each sensor producing at least one respective sensor output, the method including the steps of: identifying a plurality of system equations, or expressions, based on principles of the subsystems, which relate the expected sensor outputs of two or more of said sensors to each other, said principles being one or more of: engineering relationships, physical relationships, and empirically derived rules; deducing the degree of reliability of each of said sensor outputs based on whether the or each system equation involving said sensor output is satisfied or not and the known degree of reliability of other sensor outputs in said system equation; and assigning a trustworthiness level to each of said sensor outputs based on said deduction, wherein the deducing step comprises ordering the system equations based on the number of signals involved and the trustworthiness of those signals and working through the equations in said order starting with the equation with the most signals and the highest degree of reliability. identifying a plurality of system equations, or expressions, based on principles of the subsystems, which relate the expected sensor outputs of two or more of said sensors to each other, said principles being one or more of: engineering relationships, physical relationships, and empirically derived rules; deducing the degree of reliability of each of said sensor outputs based on whether the or each system equation involving said sensor output is satisfied or not and the known degree of reliability of other sensor outputs in said system equation; and assigning a trustworthiness level to each of said sensor outputs based on said deduction, wherein the deducing step comprises ordering the system equations based on the number of signals involved and the trustworthiness of those signals and working through the equations in said order starting with the equation with the most signals and the highest degree of reliability.
Device for apportioning a traction torque and/or a traction force to the wheels of a motor vehicle, of the type comprising at least two axles, characterized in that it comprises: - means (22, 24) for estimating a torque condition and/or traction force by executing a dynamic model of the ground contact system as a parabola of equal longitudinal and transverse grip; - means for estimating a limit condition for traction torque and/or force in a cornering situation comprising a means for calculating a maximum permitted yawing moment (M FXmax), which is determined as a function of the driving situation, on the basis of dynamic vehicle data and of the wishes of the driver; and - means for limiting a traction torque and/or force between several wheels of the vehicle as a function of the condition estimated by the means (22, 24) for estimating a traction torque and/or force condition and of the limit condition formulated by the means for estimating a limit traction torque and/or force condition in a cornering situation. - means (22, 24) for estimating a torque condition and/or traction force by executing a dynamic model of the ground contact system as a parabola of equal longitudinal and transverse grip; - means for estimating a limit condition for traction torque and/or force in a cornering situation comprising a means for calculating a maximum permitted yawing moment (M FXmax), which is determined as a function of the driving situation, on the basis of dynamic vehicle data and of the wishes of the driver; and - means for limiting a traction torque and/or force between several wheels of the vehicle as a function of the condition estimated by the means (22, 24) for estimating a traction torque and/or force condition and of the limit condition formulated by the means for estimating a limit traction torque and/or force condition in a cornering situation.
A filter paper for producing an aqueous extract comprising long fiber pulp having the following properties: - a basis weight of more than 9,0 g/m 2 and less than 13,5 g/m 2, - a density of more than 280 kg/m 3 and less than 350 kg/m 3, - a roughness of more than 700 ml/min and less than 1300 ml/min, - a bending resistance in the machine direction of more than 50 mN and less than 75 mN, and - an air permeability of more than 17000 cm/(min-kPa) and less than 26000 cm/(min-kPa), - the filter paper being either free from abacá fibres and sisal fibres or, if abacá fibres and/or sisal fibres are present, they constitute in total less than 20% of the paper pulp. - a basis weight of more than 9,0 g/m 2 and less than 13,5 g/m 2, - a density of more than 280 kg/m 3 and less than 350 kg/m 3, - a roughness of more than 700 ml/min and less than 1300 ml/min, - a bending resistance in the machine direction of more than 50 mN and less than 75 mN, and - an air permeability of more than 17000 cm/(min-kPa) and less than 26000 cm/(min-kPa), - the filter paper being either free from abacá fibres and sisal fibres or, if abacá fibres and/or sisal fibres are present, they constitute in total less than 20% of the paper pulp.
A satellite multibeam (F1, F2, F3, F4) telecommunication system comprising at least one satellite provided with at least one high-power amplifier, a digital processor, and means for implementing forward link beam hopping, without return link beam hopping, characterised in that the digital processor is configured to digitise the return link beams and to aggregate them, the bandwidth of the return link beams (F1, F2, F3, F4) being proportional to the temporal distribution on the forward link beams (F1, F2, F3, F4).