mhurhangee/ep-ind-claims huggingface dataset:
A tire inflation system comprising: a pressurized gas source that provides a pressurized gas for inflating a tire; and a first seal that at least partially defines a connection passage that fluidly connects the pressurized gas source to the tire, wherein the first seal includes: an annular mounting portion that extends around an axis; characterised by: an annular lip portion that extends from the annular mounting portion, wherein the annular lip portion has a sealing side and a non-sealing side disposed opposite the sealing side; wherein the first seal inhibits leakage of the pressurized gas when the sealing side faces away from the annular mounting portion and the first seal enables leakage of the pressurized gas when the annular lip portion is rolled such that at least a portion of the sealing side faces toward the annular mounting portion. a pressurized gas source that provides a pressurized gas for inflating a tire; and a first seal that at least partially defines a connection passage that fluidly connects the pressurized gas source to the tire, wherein the first seal includes: an annular mounting portion that extends around an axis; characterised by: an annular lip portion that extends from the annular mounting portion, wherein the annular lip portion has a sealing side and a non-sealing side disposed opposite the sealing side; an annular mounting portion that extends around an axis; characterised by: an annular lip portion that extends from the annular mounting portion, wherein the annular lip portion has a sealing side and a non-sealing side disposed opposite the sealing side; an annular lip portion that extends from the annular mounting portion, wherein the annular lip portion has a sealing side and a non-sealing side disposed opposite the sealing side; wherein the first seal inhibits leakage of the pressurized gas when the sealing side faces away from the annular mounting portion and the first seal enables leakage of the pressurized gas when the annular lip portion is rolled such that at least a portion of the sealing side faces toward the annular mounting portion.
A method for securing an integrated circuit during the production thereof, said method including the following steps: - delimitation of said integrated circuit in a first surface area called standard area and in a second surface area called safety area, - random degradation of an interconnection structure of said safety area by the introduction of a contaminating element configured to randomly deteriorate a portion of the interconnections thus forming a physical unclonable function modelled by a random electrical continuity interrogatable by a challenge-response authentication protocol, and said method being characterised by the following step: - application of a voltage which is higher than a read voltage to break down fragile partial interconnections. - delimitation of said integrated circuit in a first surface area called standard area and in a second surface area called safety area, - random degradation of an interconnection structure of said safety area by the introduction of a contaminating element configured to randomly deteriorate a portion of the interconnections thus forming a physical unclonable function modelled by a random electrical continuity interrogatable by a challenge-response authentication protocol, and said method being characterised by the following step: - application of a voltage which is higher than a read voltage to break down fragile partial interconnections.
A path control system comprising: a network including a communication device for communicating via a radio link that uses adaptive modulation; and a path control device for predicting a future modulation mode for the radio link and setting a communication path for the network based on a predicted mode that is the predicted modulation mode; wherein the path control device is configured to determine the predicted mode for the radio link based on a history of modulation modes previously used by the radio link or on a history of information indicative of an electric wave environment of the radio link; and wherein when the predicted mode is determined, the predicted mode is determined using statistical distribution information based on the history of the modulation modes or on the history of the information indicative of the electric wave environment. a network including a communication device for communicating via a radio link that uses adaptive modulation; and a path control device for predicting a future modulation mode for the radio link and setting a communication path for the network based on a predicted mode that is the predicted modulation mode; wherein the path control device is configured to determine the predicted mode for the radio link based on a history of modulation modes previously used by the radio link or on a history of information indicative of an electric wave environment of the radio link; and wherein when the predicted mode is determined, the predicted mode is determined using statistical distribution information based on the history of the modulation modes or on the history of the information indicative of the electric wave environment.
Thread guide unit for drawing off a thread out of a rotor of a spinning position of an open-end spinning machine with a draw-off tube and a compressed air nozzle, wherein a thread outlet element is provided and a mouth of the compressed air nozzle is formed as a gap between the draw-off tube and the thread outlet element, characterized in that the compressed air nozzle is arranged with a component that is tangential to the mouth and/or air directing elements are provided in the area of the mouth for generating an air vortex, whereas the air directing elements can be assigned to the draw-off tube and/or the thread outlet element.
A flashing lamp comprising: an LED module serving as a light source; a light distribution unit; a housing having an opening; and a light transmissive cover, wherein the LED module and the light distribution unit are disposed inside the housing, the light distribution unit is disposed on a light emission side of the LED module, the light transmissive cover is disposed over the opening of the housing, the LED module comprises: an LED-mounting board; a plurality of LED rows (P1-Pn); and an adjusting unit adapted to adjust the flashing of the plurality of LED rows, wherein the plurality of LED rows are mounted on one surface of the LED-mounting board, each of the plurality of LED rows is a row in which a plurality of LEDs are electrically connected in series, and the plurality of LED rows are electrically connected to each other in parallel, characterised in that the flashing lamp is configured such that, when at least one LED row of all the LED rows fails to illuminate, the adjusting unit is adapted to extend a flashing time of each LED of remaining LED rows to maintain an effective luminous intensity of the entire plurality of LED rows within a predetermined range. an LED module serving as a light source; a light distribution unit; a housing having an opening; and a light transmissive cover, wherein the LED module and the light distribution unit are disposed inside the housing, the light distribution unit is disposed on a light emission side of the LED module, the light transmissive cover is disposed over the opening of the housing, the LED module comprises: an LED-mounting board; a plurality of LED rows (P1-Pn); and an adjusting unit adapted to adjust the flashing of the plurality of LED rows, wherein an LED-mounting board; a plurality of LED rows (P1-Pn); and an adjusting unit adapted to adjust the flashing of the plurality of LED rows, wherein the plurality of LED rows are mounted on one surface of the LED-mounting board, each of the plurality of LED rows is a row in which a plurality of LEDs are electrically connected in series, and the plurality of LED rows are electrically connected to each other in parallel, characterised in that the flashing lamp is configured such that, when at least one LED row of all the LED rows fails to illuminate, the adjusting unit is adapted to extend a flashing time of each LED of remaining LED rows to maintain an effective luminous intensity of the entire plurality of LED rows within a predetermined range.
An apparatus comprising: a first supply rail (VDDA); a second supply rail; a third supply rail (VBST); a first capacitor that is coupled between the first and second supply rails (VDDA, VSS); a second capacitor that is coupled to at least one of the first and third supply rails (VDDA, VBST); an input circuit that is coupled between the first and second supply rails (VDDA, VSS) and that is configured to receive an enable signal, wherein the input circuit is configured to source a first current (ICKT); a replica circuit that is configured to receive the enable signal and that is configured to generate a second current (IRPL) that is a replica of the first current (ICKT), wherein the replica circuit comprises a first transistor having a first electrode, a second electrode, and a control electrode, wherein the second electrode of the first transistor is coupled to the second supply rail, and wherein the control electrode of the first transistor is configured to receive the enable signal; and a current mirror (Q3, Q4) that is coupled to the third supply rail (VBST), the first supply rail (VDDA), and the first electrode of the first transistor, the current mirror (Q3, Q4) configured to mirror the second current (IRPL) and to provide a third current (IBST) to the input circuit. a first supply rail (VDDA); a second supply rail; a third supply rail (VBST); a first capacitor that is coupled between the first and second supply rails (VDDA, VSS); a second capacitor that is coupled to at least one of the first and third supply rails (VDDA, VBST); an input circuit that is coupled between the first and second supply rails (VDDA, VSS) and that is configured to receive an enable signal, wherein the input circuit is configured to source a first current (ICKT); a replica circuit that is configured to receive the enable signal and that is configured to generate a second current (IRPL) that is a replica of the first current (ICKT), wherein the replica circuit comprises a first transistor having a first electrode, a second electrode, and a control electrode, wherein the second electrode of the first transistor is coupled to the second supply rail, and wherein the control electrode of the first transistor is configured to receive the enable signal; and a current mirror (Q3, Q4) that is coupled to the third supply rail (VBST), the first supply rail (VDDA), and the first electrode of the first transistor, the current mirror (Q3, Q4) configured to mirror the second current (IRPL) and to provide a third current (IBST) to the input circuit.
An assay device comprising: a first fluid-impervious member; a second fluid-impervious member; an interposing member disposed between said first fluid-impervious member and said second fluid-impervious member; a micro-lateral flow path with a volume of not less than 1 μl and not more than 1,000 μl having a distal end portion, wherein said micro-lateral flow path is constituted of two fluid-impervious members (12, 20) and said interposing member; a porous medium positioned near the distal end portion of said micro-lateral flow path; and a fluid-impervious space positioned between said micro-flow path and said porous medium; wherein said porous medium is held between said first fluid-impervious member and said second fluid-impervious member; wherein said micro-lateral flow path and said fluid-impervious space are disposed between said first fluid-impervious member and said second fluid-impervious member; and wherein said first fluid-impervious member, said interposing member and said second fluid-impervious member are stacked on each other. a first fluid-impervious member; a second fluid-impervious member; an interposing member disposed between said first fluid-impervious member and said second fluid-impervious member; a micro-lateral flow path with a volume of not less than 1 μl and not more than 1,000 μl having a distal end portion, wherein said micro-lateral flow path is constituted of two fluid-impervious members (12, 20) and said interposing member; a porous medium positioned near the distal end portion of said micro-lateral flow path; and a fluid-impervious space positioned between said micro-flow path and said porous medium; wherein said porous medium is held between said first fluid-impervious member and said second fluid-impervious member; wherein said micro-lateral flow path and said fluid-impervious space are disposed between said first fluid-impervious member and said second fluid-impervious member; and wherein said first fluid-impervious member, said interposing member and said second fluid-impervious member are stacked on each other.
Pneumatic vehicle tyre having sidewalls and having at least one hatching area or a hatched area element on at least one sidewall, wherein the hatching area or the area element has a multiplicity of hatching ribs (2, 2', 2") running next to one another and having two lateral flanks (3a, 3'a, 3"a, 3b, 3'b, 3"b), wherein the one lateral flank (3a, 3'a, 3"a) of the hatching ribs (2, 2', 2") has a surface finish which differs from that on the other lateral flank (3b, 3'b, 3"b) of the hatching ribs (2, 2', 2"), and wherein the surface finish of at least one lateral flank (3a, 3'a, 3"a) of the hatching ribs (2, 2', 2") is a three-dimensional structure, characterized in that the three-dimensional structure covers the lateral flank of the respective hatching rib (2, 2', 2"), or in that the three-dimensional structure consists of a multiplicity of additional ribs which run parallel to one another and at right angles to the extent of the hatching ribs and which have a width (b 2) at their base of in particular 0.1 mm to 0.5 mm. characterized in that the three-dimensional structure covers the lateral flank of the respective hatching rib (2, 2', 2"), or in that the three-dimensional structure consists of a multiplicity of additional ribs which run parallel to one another and at right angles to the extent of the hatching ribs and which have a width (b 2) at their base of in particular 0.1 mm to 0.5 mm.
A heat exchanger for cooling a fluid for an internal combustion engine, in particular of a motor vehicle and/or a rail vehicle, in particular a gas cooler for cooling a gas, in particular in the form of an exhaust gas and/or a charge air and/or similar gas mixtures, having: an inner tube part with at least one first channel and an outer tube part, wherein at least one web is arranged on at least one of the two, the inner tube part or the outer tube part, the web extending to the respective other one of the two tube parts, the inner tube part or the outer tube part, in order to form at least one second channel which is arranged between the inner and the outer tube part (1, 2), wherein the at least one first channel in the inner tube part is fluidly connected to an entry opening of a manifold via a fluid connection, characterised in that the at least one web with the fluid connection has a cross-section across the axis of the tube parts which is wider than a cross-section of a further web across the axis of the tube parts, in particular without fluid connection, and wherein the fluid connection goes through the at least one web. an inner tube part with at least one first channel and an outer tube part, wherein at least one web is arranged on at least one of the two, the inner tube part or the outer tube part, the web extending to the respective other one of the two tube parts, the inner tube part or the outer tube part, in order to form at least one second channel which is arranged between the inner and the outer tube part (1, 2), wherein the at least one first channel in the inner tube part is fluidly connected to an entry opening of a manifold via a fluid connection, characterised in that the at least one web with the fluid connection has a cross-section across the axis of the tube parts which is wider than a cross-section of a further web across the axis of the tube parts, in particular without fluid connection, and wherein the fluid connection goes through the at least one web.
A monitoring system mountable on a vehicle comprising: an image capture unit including a pair of image capture devices (6a, 6b) disposed side by side in a horizontal direction to capture an image of an object ahead of the vehicle, the image capture unit fixable on an exterior frame of the vehicle; a distance calculator (11, 12, 13) configured to calculate a distance between the vehicle and the object ahead of the vehicle based on a signal transmitted from the pair of the image capture devices (6a, 6b); and a signal generator to generate a control signal to control the vehicle based on a signal transmitted from the distance calculator (11, 12, 13),and characterized by a casing constituted to be formed integrally with a roof of vehicle, wherein the image capture unit is fixable in the casing constituted to be formed at a space between the roof and the headlining of the vehicle, wherein the image capture unit including the pair of image capture devices (6a, 6b) is settable in the casing that is formed integrally with an exterior frame of the vehicle. an image capture unit including a pair of image capture devices (6a, 6b) disposed side by side in a horizontal direction to capture an image of an object ahead of the vehicle, the image capture unit fixable on an exterior frame of the vehicle; a distance calculator (11, 12, 13) configured to calculate a distance between the vehicle and the object ahead of the vehicle based on a signal transmitted from the pair of the image capture devices (6a, 6b); and a signal generator to generate a control signal to control the vehicle based on a signal transmitted from the distance calculator (11, 12, 13),and characterized by a casing constituted to be formed integrally with a roof of vehicle, wherein the image capture unit is fixable in the casing constituted to be formed at a space between the roof and the headlining of the vehicle, wherein the image capture unit including the pair of image capture devices (6a, 6b) is settable in the casing that is formed integrally with an exterior frame of the vehicle.
Household appliance, having a Lambda probe with a probe heater, characterised in that - an electronic activation system is arranged upstream of the Lambda probe or the Lambda probe has an electronic activation system, - the electronic activation system has a step-down converter, - the electronic activation system including the step-down converter can be supplied with a supply voltage, - an output voltage of the step-down converter is applied as a probe voltage (U out) to a probe heater of the Lambda probe and - the step-down converter can be operated in continuous transmission mode. - an electronic activation system is arranged upstream of the Lambda probe or the Lambda probe has an electronic activation system, - the electronic activation system has a step-down converter, - the electronic activation system including the step-down converter can be supplied with a supply voltage, - an output voltage of the step-down converter is applied as a probe voltage (U out) to a probe heater of the Lambda probe and - the step-down converter can be operated in continuous transmission mode.
An antiperspirant composition with a pH in the range of 3 to 7 comprising (i) A titanium compound chelated by alkanolamine having the chemical formula: TiN a b (NH 2) c O d e (CH 2) m (CH 3) n Formula 1 where a, b and c each independently have a value of from 0 to 3; d and e each independently have a value from 0 to 10; m has a value from 1 to 18; n has a value from 0 to 9; wherein a+b+c has a value from 1 to 3; d+e has a value from 4 to 10 and m+n has a value from 1 to 18; (ii) a mineral acid; (iii) a carboxylic acid comprising at least two groups, one of which is a carboxylic acid group and the others may be a carboxylic acid group or a hydroxyl group; or a salt thereof and (iv) a topically acceptable carrier, wherein the mole ratio of the titanium compound to carboxylic acid is in the range of 1:0.01 to 1:5. (i) A titanium compound chelated by alkanolamine having the chemical formula: TiN a b (NH 2) c O d e (CH 2) m (CH 3) n Formula 1 where a, b and c each independently have a value of from 0 to 3; d and e each independently have a value from 0 to 10; m has a value from 1 to 18; n has a value from 0 to 9; wherein a+b+c has a value from 1 to 3; d+e has a value from 4 to 10 and m+n has a value from 1 to 18; where a, b and c each independently have a value of from 0 to 3; d and e each independently have a value from 0 to 10; m has a value from 1 to 18; n has a value from 0 to 9; wherein a+b+c has a value from 1 to 3; d+e has a value from 4 to 10 and m+n has a value from 1 to 18; (ii) a mineral acid; (iii) a carboxylic acid comprising at least two groups, one of which is a carboxylic acid group and the others may be a carboxylic acid group or a hydroxyl group; or a salt thereof and (iv) a topically acceptable carrier, wherein the mole ratio of the titanium compound to carboxylic acid is in the range of 1:0.01 to 1:5.
A welding power supply unit, comprising: an outer enclosure having a plurality of sides that encompass internal components of the welding power supply unit; a roll cage assembly having a plurality of roll bars (42, 44, 46, 48, 62, 64, 66, 68), wherein each roll bar is disposed generally parallel with, but not adjacent to, an edge (52, 56, 58, 60, 70, 74, 76, 78) of a side of the outer enclosure and external to the outer enclosure; and a plurality of fastening mechanisms (80, 82, 84, 86, 92, 94, 96, 98) attached to the outer enclosure and securing the roll cage assembly to the outer enclosure, characterized in that at least two of the roll bars (42, 44, 46, 48, 62, 64, 66, 68) are associated with handle portions that rotate with respect to the respective roll bar, wherein said handle portions comprise a stop mechanism configured to constrain rotation of the handle portion between a horizontal position parallel with and adjacent to a top side of the outer enclosure and a vertical position generally perpendicular to the top side of the outer enclosure, and wherein each handle portion comprises an extruded tubular aluminum bracket or a die cast aluminum bracket disposed around its respective roll bar (42, 44, 46, 48, 62, 64, 66, 68). an outer enclosure having a plurality of sides that encompass internal components of the welding power supply unit; a roll cage assembly having a plurality of roll bars (42, 44, 46, 48, 62, 64, 66, 68), wherein each roll bar is disposed generally parallel with, but not adjacent to, an edge (52, 56, 58, 60, 70, 74, 76, 78) of a side of the outer enclosure and external to the outer enclosure; and a plurality of fastening mechanisms (80, 82, 84, 86, 92, 94, 96, 98) attached to the outer enclosure and securing the roll cage assembly to the outer enclosure, at least two of the roll bars (42, 44, 46, 48, 62, 64, 66, 68) are associated with handle portions that rotate with respect to the respective roll bar, wherein said handle portions comprise a stop mechanism configured to constrain rotation of the handle portion between a horizontal position parallel with and adjacent to a top side of the outer enclosure and a vertical position generally perpendicular to the top side of the outer enclosure, and wherein each handle portion comprises an extruded tubular aluminum bracket or a die cast aluminum bracket disposed around its respective roll bar (42, 44, 46, 48, 62, 64, 66, 68).