mhurhangee/ep-ind-claims huggingface dataset:
A vehicle stability control device mounted on a vehicle, comprising: a yaw moment generation device that generates a yaw moment; and a control device that uses the yaw moment generation device to perform vehicle stability control, wherein a variation yaw moment generated by acceleration or deceleration and a turn performed simultaneously is expressed as a function of a longitudinal acceleration (A x) and a lateral acceleration (A y), each of a longitudinal force and a lateral force of a tire of the vehicle has non-linear load dependency, and the variation yaw moment when assuming that the load dependency is linear is a first variation yaw moment, characterized in that the variation yaw moment considering the non-linear load dependency is a second variation yaw moment that is expressed as a product of the first variation yaw moment and a correction gain (GainE), in the vehicle stability control, the control device controls the yaw moment generation device to generate a counter yaw moment (M zc) counteracting the second variation yaw moment, based on the longitudinal acceleration (A x), the lateral acceleration (A y), and the correction gain (GainE), the correction gain (GainE) is expressed as a function of the longitudinal acceleration (A x) and the lateral acceleration (A y), and the control device calculates the correction gain (GainE) by using the longitudinal acceleration (A x) and the lateral acceleration (A y). a yaw moment generation device that generates a yaw moment; and a control device that uses the yaw moment generation device to perform vehicle stability control, wherein a variation yaw moment generated by acceleration or deceleration and a turn performed simultaneously is expressed as a function of a longitudinal acceleration (A x) and a lateral acceleration (A y), each of a longitudinal force and a lateral force of a tire of the vehicle has non-linear load dependency, and the variation yaw moment when assuming that the load dependency is linear is a first variation yaw moment, characterized in that the variation yaw moment considering the non-linear load dependency is a second variation yaw moment that is expressed as a product of the first variation yaw moment and a correction gain (GainE), in the vehicle stability control, the control device controls the yaw moment generation device to generate a counter yaw moment (M zc) counteracting the second variation yaw moment, based on the longitudinal acceleration (A x), the lateral acceleration (A y), and the correction gain (GainE), the correction gain (GainE) is expressed as a function of the longitudinal acceleration (A x) and the lateral acceleration (A y), and the control device calculates the correction gain (GainE) by using the longitudinal acceleration (A x) and the lateral acceleration (A y).
A method of retreading a tire, the method comprising: providing a tire casing having a casing profile with at least one casing groove, said at least one casing groove having a casing groove depth and a casing groove shape; providing a tire tread having a substantially smooth profile on a back side and at least one tread groove on a front side, the at least one tread groove having an initial tread groove depth (di), the substantially smooth profile on the back side of the tire tread having no discontinuities; aligning the tire tread on the tire casing to produce a tire assembly, wherein the substantially smooth profile on the back side of the tire tread faces the tire casing and wherein the at least one tread groove on the front side of the tire tread aligns with the at least one casing groove; curing the tire assembly under pressure such that the back side of the tire tread conforms to at least a portion of the casing profile whereby the at least one tread groove conforms to the casing groove depth and the casing groove shape such that a final depth (d f) of the tread groove is greater than the initial tread groove depth (d i). providing a tire casing having a casing profile with at least one casing groove, said at least one casing groove having a casing groove depth and a casing groove shape; providing a tire tread having a substantially smooth profile on a back side and at least one tread groove on a front side, the at least one tread groove having an initial tread groove depth (di), the substantially smooth profile on the back side of the tire tread having no discontinuities; aligning the tire tread on the tire casing to produce a tire assembly, wherein the substantially smooth profile on the back side of the tire tread faces the tire casing and wherein the at least one tread groove on the front side of the tire tread aligns with the at least one casing groove; curing the tire assembly under pressure such that the back side of the tire tread conforms to at least a portion of the casing profile whereby the at least one tread groove conforms to the casing groove depth and the casing groove shape such that a final depth (d f) of the tread groove is greater than the initial tread groove depth (d i).
An aqueous coating composition comprising at least one cathodically depositable binder and optionally at least one crosslinking agent, for at least partly coating an electrically conductive substrate with an electrocoat material, characterized in that the coating composition comprises a total amount of at least 30 ppm of bismuth, based on the total weight of the coating composition, and in that the coating composition comprises at least one phosphorus-containing compound blocked with at least one amine of the general formula, in which R 1 and R 2 each independently of one another are a C 1-18 aliphatic radical, are a C 3-12 cycloaliphatic radical, are a C 3-12 cycloaliphatic radical bridged via a C 1-10 aliphatic group, or are an aryl or heteroaryl radical bridged via a C 1-10 aliphatic group, and R 3 is H, a C 1-18 aliphatic radical, a C 3-12 cycloaliphatic radical, a C 3-12 cycloaliphatic radical bridged via a C 1-10 aliphatic group, or an aryl or heteroaryl radical bridged via a C 1-10 aliphatic group. at least one cathodically depositable binder and optionally at least one crosslinking agent, R 1 and R 2 each independently of one another are a C 1-18 aliphatic radical, are a C 3-12 cycloaliphatic radical, are a C 3-12 cycloaliphatic radical bridged via a C 1-10 aliphatic group, or are an aryl or heteroaryl radical bridged via a C 1-10 aliphatic group, and R 3 is H, a C 1-18 aliphatic radical, a C 3-12 cycloaliphatic radical, a C 3-12 cycloaliphatic radical bridged via a C 1-10 aliphatic group, or an aryl or heteroaryl radical bridged via a C 1-10 aliphatic group.
An arrangement for detecting colour changes in fluids, particularly milk or products derived from milk, comprising an optical arrangement for detecting the intensities of certain colour frequencies, said optical arrangement being arranged for coupling to a container adapted to carry a fluid, characterised in that said optical arrangement includes a white light emitter and a detector arranged to detect light from fluid contained in said container and to generate signals representing the detected intensity of red light, blue light, green light and white light, said optical arrangement further including a processor connected to said detector and arranged to receive said signals and to calculate values representing the ratio of detected red light to detected white light, the ratio of detected blue light to detected white light and the ratio of detected green light to detected white light, to compare the ratios obtained with reference values and to generate a signal when the results of said comparison indicate that said ratios differ from said reference values.
An in-vehicle fuel cell system for mounting in a vehicle, the in-vehicle fuel cell system comprising: a fuel cell (1, 2), an auxiliary machine (67, 65) configured to exchange a gas with the fuel cell (67,65); and an auxiliary machine structure configured to accommodate the auxiliary machine (67, 65), characterized in that the fuel cell (1, 2) includes a first fuel cell fixed to an upper surface of the auxiliary machine structure and a second fuel cell fixed to a lower surface of the auxiliary machine structure, and the first fuel cell and the second fuel cell are fixable, via the auxiliary machine structure, to a skeleton member (B1F, B1R) of the vehicle disposed at substantially the same position in a height direction as the auxiliary machine structure. a fuel cell (1, 2), an auxiliary machine (67, 65) configured to exchange a gas with the fuel cell (67,65); and an auxiliary machine structure configured to accommodate the auxiliary machine (67, 65), characterized in that the fuel cell (1, 2) includes a first fuel cell fixed to an upper surface of the auxiliary machine structure and a second fuel cell fixed to a lower surface of the auxiliary machine structure, and the first fuel cell and the second fuel cell are fixable, via the auxiliary machine structure, to a skeleton member (B1F, B1R) of the vehicle disposed at substantially the same position in a height direction as the auxiliary machine structure.
Apparatus for taking up blood and separating blood components such as blood plasma, as a sample liquid, comprising a feed device for taking up the blood and a membrane for separating blood components as the sample liquid, a channel which takes up the sample liquid by capillary forces and a fill device for filling the channel with sample liquid in an inlet or feed region of the channel, characterised in that the membrane has a convex shape, and the apex of the convex shape projects into the filling device in the direction of filling, and in that the membrane rests on the base of the fill device in a central region, or in that the distance of the apex of the membrane from the base of the filling device is from 10 to 25 micrometres, and therefore sample liquid emerging from the lower face of the membrane wets the base directly.
A magnetic resonance imaging magnet assembly (102, 102') configured for supporting a subject within an imaging zone, wherein the magnetic resonance imaging magnet assembly comprises: - a magnetic resonance imaging magnet, wherein the magnetic resonance imaging magnet is configured for generating a main magnetic field with the imaging zone; - an optical image generator configured for generating a two-dimensional image; - an optical waveguide bundle configured for coupling to the optical image generator; - a two-dimensional display comprising pixels, wherein each of the pixels comprises a diffusor (602, 602'), wherein the diffusor is a diffusor plate, wherein each of the pixels is optically coupled to at least one optical waveguide selected from the optical waveguide bundle, wherein the at least one optical waveguide of each of the pixels is configured for illuminating the diffusor, wherein the optical waveguide bundle and the two-dimensional display are configured for displaying the two-dimensional image. - a magnetic resonance imaging magnet, wherein the magnetic resonance imaging magnet is configured for generating a main magnetic field with the imaging zone; - an optical image generator configured for generating a two-dimensional image; - an optical waveguide bundle configured for coupling to the optical image generator; - a two-dimensional display comprising pixels, wherein each of the pixels comprises a diffusor (602, 602'), wherein the diffusor is a diffusor plate, wherein each of the pixels is optically coupled to at least one optical waveguide selected from the optical waveguide bundle, wherein the at least one optical waveguide of each of the pixels is configured for illuminating the diffusor, wherein the optical waveguide bundle and the two-dimensional display are configured for displaying the two-dimensional image.
A turbine blade comprising: an airfoil having an airfoil cross-section and extending radially; a platform disposed radially inward from the airfoil; a root member disposed radially inward from the platform and having a decreased width as it is directed radially inward; a plurality of dovetails (1431, 1432, 1433, 1434) formed on both circumferential sides of the root member and each having a contact surface formed on a radially outer surface thereof, the plurality of dovetails (1431, 1432, 1433, 1434) being arranged radially in sequence; and a groove part formed on at least one axial side of the root member, the groove part being recessed inwardly of the root member and extending circumferentially therein, wherein the groove part is formed at a height corresponding to a radially outermost dovetail in the root member, characterized in that the groove part further comprises a planar portion having a flat surface formed in at least a portion thereof, wherein the planar portion is a deepest recessed portion of the groove part into the root member. an airfoil having an airfoil cross-section and extending radially; a platform disposed radially inward from the airfoil; a root member disposed radially inward from the platform and having a decreased width as it is directed radially inward; a plurality of dovetails (1431, 1432, 1433, 1434) formed on both circumferential sides of the root member and each having a contact surface formed on a radially outer surface thereof, the plurality of dovetails (1431, 1432, 1433, 1434) being arranged radially in sequence; and a groove part formed on at least one axial side of the root member, the groove part being recessed inwardly of the root member and extending circumferentially therein, wherein the groove part is formed at a height corresponding to a radially outermost dovetail in the root member, characterized in that the groove part further comprises a planar portion having a flat surface formed in at least a portion thereof, wherein the planar portion is a deepest recessed portion of the groove part into the root member.
Capsule containing beverage ingredient, such as tea leaves, configured for preparing a beverage, such as tea, by injection of hot water therein and comprising: - a housing for storing said beverage ingredient, said housing comprising: - a container part - a front opened side, - a rim extending from the front opened side, and - a front cover and/or a wall closing the front opened side of the housing, and - the housing presenting a cross section varying from the back side to the front side from a circular section to a globally triangular section - with smooth rounded corners - respectively, and characterised in that: - the housing is made of plastic material, and - the container part comprises a stacking border rising from the rim and from the external surface of the container part, said stacking border forming a line surrounding the front opened side and said line of the stacking border being discontinued. - a housing for storing said beverage ingredient, said housing comprising: - a container part - a front opened side, - a rim extending from the front opened side, and - a container part - a front opened side, - a rim extending from the front opened side, and - a front cover and/or a wall closing the front opened side of the housing, and - the housing presenting a cross section varying from the back side to the front side from a circular section to a globally triangular section - with smooth rounded corners - respectively, and - the housing is made of plastic material, and - the container part comprises a stacking border rising from the rim and from the external surface of the container part, said stacking border forming a line surrounding the front opened side and said line of the stacking border being discontinued.
A window comprising an inner sash (71, 72, 710, 720) and outer sash (23, 24, 231, 241; 43, 44, 431, 441) installed in a frame structure (111, 112), between which inner sash and outer sash there is an intermediate space and where the outer sash (23, 24, 231, 241; 43, 44, 431, 441) comprises an outer pane of insulation glass unit of the outer sash and an inner pane of insulation glass unit of the outer sash, wherby - over its load-bearing portion, the outer sash (23, 24, 73, 74; 43, 44, 431, 441) comprises a 15-24 mm high (h) pane rebate, which is essentially even, and has no raising (i=0) on the edge on the side of the outer pane of the outer sash and has a raising (i>0) on the edge on the side of the inner pane of the outer sash; and - the outer pane of the outer sash and the inner pane of the outer sash, where the surface areas of the panes are essentially equally large, are fastened on all their edges to the outer sash (23, 24, 231, 241; 43, 44, 431, 441) by means of glazing wedges and adhesive bonding (610, 611) at the pane rebate; characterized in that: adhesive bonding (610, 611) is carried out on the edge on the side of the inner pane of the outer sash only by means of double-sided tape and beside the glazing wedges by means of bulk adhesive applied between the outer pane and the outer sash (23, 24, 231, 241; 43, 44, 431, 441), in which case the outer pane of the outer sash leaves the front side of the outer sash (23, 24, 231, 241; 43, 44, 431, 441) free. - over its load-bearing portion, the outer sash (23, 24, 73, 74; 43, 44, 431, 441) comprises a 15-24 mm high (h) pane rebate, which is essentially even, and has no raising (i=0) on the edge on the side of the outer pane of the outer sash and has a raising (i>0) on the edge on the side of the inner pane of the outer sash; and - the outer pane of the outer sash and the inner pane of the outer sash, where the surface areas of the panes are essentially equally large, are fastened on all their edges to the outer sash (23, 24, 231, 241; 43, 44, 431, 441) by means of glazing wedges and adhesive bonding (610, 611) at the pane rebate; characterized in that: adhesive bonding (610, 611) is carried out on the edge on the side of the inner pane of the outer sash only by means of double-sided tape and beside the glazing wedges by means of bulk adhesive applied between the outer pane and the outer sash (23, 24, 231, 241; 43, 44, 431, 441), in which case the outer pane of the outer sash leaves the front side of the outer sash (23, 24, 231, 241; 43, 44, 431, 441) free.
A method for extracting rare-earth metals from phosphogypsum comprising leaching REM into solution, wherein the leaching is carried out by recrystallization of hemihydrate or anhydrite of calcium sulphate into dihydrate of calcium sulphate with a soluble calcium salt at concentration of 0.075-3.75 M (in terms of Ca 2 +) and strong acid (pK a <0) at concentration of 0.2-8.0 M (in terms of H +).
An operating method for the installation or maintenance of a driving device for a screen, including at least one winding shaft driven by at least one electromechanical actuator (14, 14A, 14B) between at least one wound position and one unwound position, the device being provided with at least one incline detecting unit associated with at least one reference axis (28, 128), the method being characterized by a detection of a static incline of the reference axis (28, 128) by the detection unit, the reference axis being connected to the actuator (14, 14A, 14B) or to the winding shaft.
An electrolyte suitable for use in an electrochemical flow cell, said electrolyte comprising aqueous hydrogen bromide and a liquid complex composed of at least one of 1-alkyl-2-alkyl pyridinium halide, 1-alkyl-3-alkyl pyridinium halide or 1-alkyl-3-alkyl imidazolium halide combined with one or more bromine molecules.
An optical receiver comprising: a photodiode (220, 420) configured to generate an electrical signal based on a received optical out-of-band signal; a plurality of current mirror circuits (331, 333, 230, 430) configured to extract a voltage differential signal that represents a modulated out-of-band data signal based on the electrical signal; a limiting amplifier circuit (150, 250, 350, 450) configured to receive the voltage differential signal and to apply a gain to the voltage differential signal to generate an amplified signal that includes the modulated out-of-band data signal; and a demodulation circuit (260, 460) electrically coupled to the limiting amplifier circuit and configured to demodulate the modulated out-of-band data signal included in the amplified signal. a photodiode (220, 420) configured to generate an electrical signal based on a received optical out-of-band signal; a plurality of current mirror circuits (331, 333, 230, 430) configured to extract a voltage differential signal that represents a modulated out-of-band data signal based on the electrical signal; a limiting amplifier circuit (150, 250, 350, 450) configured to receive the voltage differential signal and to apply a gain to the voltage differential signal to generate an amplified signal that includes the modulated out-of-band data signal; and a demodulation circuit (260, 460) electrically coupled to the limiting amplifier circuit and configured to demodulate the modulated out-of-band data signal included in the amplified signal.
A vehicle comprising a seat, the seat (10, 10b) comprising: a seat base portion; a seat back portion rotatable with respect to the seat base portion between a first position, in which the seat back portion is substantially upright, and a second position, in which a back surface of the seat back portion is substantially horizontal, and a projecting portion extending from an edge of the seat back portion that is at a lower end of the seat back portion when in the first position, the projecting portion having a surface that is contiguous with the back surface of the seat back portion, wherein the projecting portion is configured to rotate with the seat back portion such that in the second position the projecting portion extends rearwards of the seat base portion and the back surface of the seat back portion and the surface of the projecting portion together form a table surface, wherein the seat further comprises at least one selectively extending portion (80a, 80b), the extending portion (80a, 80b) being configured to further extend the table surface, wherein the vehicle further comprises at least one further seat (10a, 10c), the further seat (10a, 10c) being provided adjacent to the seat such that the seat and further seat (10a, 10c) are in a row, characterised in that the extending portion (80a, 80b) when deployed extends behind the further seat (10a, 10c). a seat base portion; a seat back portion rotatable with respect to the seat base portion between a first position, in which the seat back portion is substantially upright, and a second position, in which a back surface of the seat back portion is substantially horizontal, and a projecting portion extending from an edge of the seat back portion that is at a lower end of the seat back portion when in the first position, the projecting portion having a surface that is contiguous with the back surface of the seat back portion, wherein the projecting portion is configured to rotate with the seat back portion such that in the second position the projecting portion extends rearwards of the seat base portion and the back surface of the seat back portion and the surface of the projecting portion together form a table surface, wherein the seat further comprises at least one selectively extending portion (80a, 80b), the extending portion (80a, 80b) being configured to further extend the table surface, wherein the vehicle further comprises at least one further seat (10a, 10c), the further seat (10a, 10c) being provided adjacent to the seat such that the seat and further seat (10a, 10c) are in a row, characterised in that the extending portion (80a, 80b) when deployed extends behind the further seat (10a, 10c).