mhurhangee/ep-ind-claims huggingface dataset:
A supervision circuit for supervising an organic light emitting diode device, the supervision circuit comprising - a detection circuit for detecting a failure state of the organic light emitting diode device and for generating, in response to a detected failure state that has a duration equal to or larger than a time-interval, a decision signal, the failure state being a short circuit defect, and - a switching circuit for, in response to the decision signal, bypassing the organic light emitting diode device. - a detection circuit for detecting a failure state of the organic light emitting diode device and for generating, in response to a detected failure state that has a duration equal to or larger than a time-interval, a decision signal, the failure state being a short circuit defect, and - a switching circuit for, in response to the decision signal, bypassing the organic light emitting diode device.
A thermoelectric device comprising: a hot shoe; a cold shoe extending about said hot shoe; and a plurality of heat conducting members located between said shoes, said members each contain a thermoelectric material and extend outwardly from said hot shoe to said cold shoe such that: - said plurality of heat conducting members are compressed between said hot shoe and said cold shoe in response to greater thermal expansion of said hot shoe relative to said cold shoe during operation of said thermoelectric device, or - the hot shoe, the cold shoe and the plurality of heat conducting members are configured to thermally expand at substantially the same rate during heating; wherein said cold shoe includes a first portion and a second portion, each having a cylindrical shape, said first portion and said second portion of said cold shoe being aligned with one another and axially spaced to define an annular slot between said first portion of said cold shoe and said second portion of said cold shoe. a hot shoe; a cold shoe extending about said hot shoe; and a plurality of heat conducting members located between said shoes, said members each contain a thermoelectric material and extend outwardly from said hot shoe to said cold shoe such that: - said plurality of heat conducting members are compressed between said hot shoe and said cold shoe in response to greater thermal expansion of said hot shoe relative to said cold shoe during operation of said thermoelectric device, or - the hot shoe, the cold shoe and the plurality of heat conducting members are configured to thermally expand at substantially the same rate during heating; - said plurality of heat conducting members are compressed between said hot shoe and said cold shoe in response to greater thermal expansion of said hot shoe relative to said cold shoe during operation of said thermoelectric device, or - the hot shoe, the cold shoe and the plurality of heat conducting members are configured to thermally expand at substantially the same rate during heating; wherein said cold shoe includes a first portion and a second portion, each having a cylindrical shape, said first portion and said second portion of said cold shoe being aligned with one another and axially spaced to define an annular slot between said first portion of said cold shoe and said second portion of said cold shoe.
Control electronics for activating an electric heating element of an electric heating device, in particular an auxiliary heater of a motor vehicle, - with a printed circuit board comprising an electrically conductive core made from a material containing metal, - with an electric switch for activating the heating element, which is arranged on the core, characterised in that - the switch comprises an electric output terminal for electrical connection to the heating element, which is electrically insulated from the core, - the switch comprises an electric input terminal, which is electrically insulated from the core. - with a printed circuit board comprising an electrically conductive core made from a material containing metal, - with an electric switch for activating the heating element, which is arranged on the core, - the switch comprises an electric output terminal for electrical connection to the heating element, which is electrically insulated from the core, - the switch comprises an electric input terminal, which is electrically insulated from the core.
A casting bar for delivering a foam-producing reaction mixture to a surface comprising: an inlet; a bore formed along a length of the casting bar and in fluid communication with the inlet; and orifices in the casting bar on a side facing the surface; characterised in that a cross-section of the bore is substantially circular near the inlet and gradually becomes substantially elliptical as it approaches an end away from the inlet. an inlet; a bore formed along a length of the casting bar and in fluid communication with the inlet; and orifices in the casting bar on a side facing the surface; characterised in that a cross-section of the bore is substantially circular near the inlet and gradually becomes substantially elliptical as it approaches an end away from the inlet.
A brake actuator, including a braking member, the braking member including a direct current motor and a braking pad, the motor comprising a shaft and being configured to movably drive the braking pad during rotation of the shaft, the actuator being characterised in that it includes a calculator configured to: - measure, over time, a current consumed by the motor and a voltage across terminals of the motor; - implement a Kalman filter to calculate, from the current and voltage measured, a filtered current consumed by the motor and a filtered speed of rotation of the shaft of the motor; - calculate, from the value of the filtered current consumed by the motor and the value of the filtered speed of rotation of the shaft of the motor, a braking application force which is produced by the actuator; - control switching off the motor when the calculated value of the braking application force reaches a predetermined set point. the motor comprising a shaft and being configured to movably drive the braking pad during rotation of the shaft, the actuator being characterised in that it includes a calculator configured to: - measure, over time, a current consumed by the motor and a voltage across terminals of the motor; - implement a Kalman filter to calculate, from the current and voltage measured, a filtered current consumed by the motor and a filtered speed of rotation of the shaft of the motor; - calculate, from the value of the filtered current consumed by the motor and the value of the filtered speed of rotation of the shaft of the motor, a braking application force which is produced by the actuator; - control switching off the motor when the calculated value of the braking application force reaches a predetermined set point. - measure, over time, a current consumed by the motor and a voltage across terminals of the motor; - implement a Kalman filter to calculate, from the current and voltage measured, a filtered current consumed by the motor and a filtered speed of rotation of the shaft of the motor; - calculate, from the value of the filtered current consumed by the motor and the value of the filtered speed of rotation of the shaft of the motor, a braking application force which is produced by the actuator; - control switching off the motor when the calculated value of the braking application force reaches a predetermined set point.
An apparatus for a portable electronic device comprising: a housing component having a receiving area configured to receive a speaker, wherein the housing component is configured to form a substantially sealed air space back cavity acoustically coupled to the speaker, the back cavity being elongate and having its longest length along a first direction, wherein the housing component comprises a dividing structure positioned to divide the back cavity into two air mass holding sections (72a, 72b) which are less elongate, in the first direction, than the back cavity as a whole and which have lengths along the first direction that are less than the length of the back cavity as a whole along the first direction, and wherein the dividing structure comprises an angled elongate wall forming an angled joint between the two air mass holding sections (72a, 72b) and the angled elongate wall comprises a plurality of apertures where the plurality of apertures are configured to permit travel of sound waves through the plurality of apertures between the two air mass holding sections (72a, 72b) wherein at least one of the size, location and shape of the plurality of apertures is configured to enable tuning of the speaker. a housing component having a receiving area configured to receive a speaker, wherein the housing component is configured to form a substantially sealed air space back cavity acoustically coupled to the speaker, the back cavity being elongate and having its longest length along a first direction, wherein the housing component comprises a dividing structure positioned to divide the back cavity into two air mass holding sections (72a, 72b) which are less elongate, in the first direction, than the back cavity as a whole and which have lengths along the first direction that are less than the length of the back cavity as a whole along the first direction, and wherein the dividing structure comprises an angled elongate wall forming an angled joint between the two air mass holding sections (72a, 72b) and the angled elongate wall comprises a plurality of apertures where the plurality of apertures are configured to permit travel of sound waves through the plurality of apertures between the two air mass holding sections (72a, 72b) wherein at least one of the size, location and shape of the plurality of apertures is configured to enable tuning of the speaker.
A cosmetic container comprising: an outer container including a first accommodating portion; an inner container detachably coupled to an inner side of the first accommodating portion of the outer container and including a second accommodating portion accommodating an impregnation member impregnated with a cosmetic material; and a coupling portion coupled to a circumference of the second accommodating portion and including a first fixing portion extending downward from one side of an upper surface of the coupling portion toward an inner side of the second accommodating portion to prevent the impregnation member from coming out of the second accommodating portion, wherein the coupling portion further includes a second fixing portion spaced outward from a front end of the first fixing portion and pressing an area of an upper surface of the impregnation member, which is different from an area of the upper surface of the impregnation member pressed by the first fixing portion, to fix the impregnation member, wherein the second fixing portion protrudes further downward toward the inner side of the second accommodating portion than the first fixing portion, and the coupling portion is coupled to the first edge portion of the inner container and presses or supports at least a partial area of the impregnation member, which is accommodated in the second accommodating portion and is formed in a ring shape that has an open central portion so that the impregnation member is exposed to the outside through the open upper surface of the second accommodating portion. an outer container including a first accommodating portion; an inner container detachably coupled to an inner side of the first accommodating portion of the outer container and including a second accommodating portion accommodating an impregnation member impregnated with a cosmetic material; and a coupling portion coupled to a circumference of the second accommodating portion and including a first fixing portion extending downward from one side of an upper surface of the coupling portion toward an inner side of the second accommodating portion to prevent the impregnation member from coming out of the second accommodating portion, wherein the coupling portion further includes a second fixing portion spaced outward from a front end of the first fixing portion and pressing an area of an upper surface of the impregnation member, which is different from an area of the upper surface of the impregnation member pressed by the first fixing portion, to fix the impregnation member, wherein the second fixing portion protrudes further downward toward the inner side of the second accommodating portion than the first fixing portion, and the coupling portion is coupled to the first edge portion of the inner container and presses or supports at least a partial area of the impregnation member, which is accommodated in the second accommodating portion and is formed in a ring shape that has an open central portion so that the impregnation member is exposed to the outside through the open upper surface of the second accommodating portion.
An end effector for use with a surgical stapler, the end effector comprising: a staple cartridge comprising a plurality of staples, wherein said plurality of staples comprises a first staple and a second staple, and wherein said second staple is obliquely oriented relative to said first staple; and an anvil comprising a staple-forming surface, wherein said staple-forming surface comprises a plurality of pockets defined in said staple-forming surface and a non-forming portion that extends around the pockets, wherein each staple in the staple cartridge is aligned with a pocket in said staple-forming surface, characterised in that said pockets cover more than 50% of said staple-forming surface. a staple cartridge comprising a plurality of staples, wherein said plurality of staples comprises a first staple and a second staple, and wherein said second staple is obliquely oriented relative to said first staple; and an anvil comprising a staple-forming surface, wherein said staple-forming surface comprises a plurality of pockets defined in said staple-forming surface and a non-forming portion that extends around the pockets, wherein each staple in the staple cartridge is aligned with a pocket in said staple-forming surface, characterised in that said pockets cover more than 50% of said staple-forming surface.
A culture medium comprising a carbapenem, a carbapenemase activator which is a divalent cation, and a M-type penicillin, wherein said M-type penicillin is selected from the group consisting of cloxacillin, dicloxacillin, flucloxacillin, oxacillin, methicillin, nafcillin and mixtures thereof, and wherein said divalent cation is zinc.
A valving arrangement including a valve body mounting a spool valve, said spool valve being movable along a first axis to fluidly connect a first fluid port of said valve body with a second fluid port of said valve body through a generally cylindrical valve port in said valve body connecting said first fluid port and said second fluid port, said valve body second fluid port having a spatial shape, characterised in that the spatial shape includes symmetrically spaced longitudinal flow plenums extending generally in a plane perpendicular to said first axis, said plenums being transversely joined by a transverse flow chamber, said second port having a blind end and a throttled end with outlet ports for said plenums.
A modified adeno-associated virus capsid protein comprising a muscle-targeting peptide insertion between two consecutive amino acids of the capsid protein sequence and without any modification of the capsid protein amino acid sequence upstream and downstream of the insertion site, wherein the targeting peptide comprises the sequence SEQ ID NO: 1 and a sequence of small amino-acids at the N-terminal and C-terminal ends of SEQ ID NO: 1, and wherein the insertion site is into the variable region IV, V or VIII of the AAV capsid protein sequence.
A method for determining haptic localization on a human body, comprising: - receiving at least one haptic effect to be associated with at least one haptic event occurring in multimedia content, the haptic event derived from an audio event from the multimedia content; - determining at least one portion of the human body on which to apply the at least one haptic effect by using a time difference of arrival of the sound of said audio event from an audio source point to points on a human body model representing the human body; and - stimulating said at least one portion of the human body according to said at least one haptic effect. - receiving at least one haptic effect to be associated with at least one haptic event occurring in multimedia content, the haptic event derived from an audio event from the multimedia content; - determining at least one portion of the human body on which to apply the at least one haptic effect by using a time difference of arrival of the sound of said audio event from an audio source point to points on a human body model representing the human body; and - stimulating said at least one portion of the human body according to said at least one haptic effect.
A light transmission path for a spectrometer, comprising: a first liquid crystal Fabry-Pérot filter element having a first bandpass filter characteristic for light being polarized in a predetermined direction based on a first voltage applied at the first liquid crystal Fabry-Pérot filter element; and a second liquid crystal Fabry-Pérot filter element having a second bandpass filter characteristic for light being polarized in the predetermined direction based on a second voltage applied at the second liquid crystal Fabry-Pérot filter element; wherein the first and second liquid crystal Fabry-Pérot filter elements (140a, 140b) are interconnected and configured to shift the first and second bandpass filter characteristics to each other to form a common bandpass filter characteristic of the light transmission path according to a difference between the first and second voltages, characterized in that each of the first and second liquid crystal Fabry-Pérot filter elements (140a, 140b) comprises a first plane end surface and a second plane end surface connected to a respective optical fiber, wherein the first plane end surface and the second plane end surface are arranged parallel to each other adapted to only transmit the polarized light. a first liquid crystal Fabry-Pérot filter element having a first bandpass filter characteristic for light being polarized in a predetermined direction based on a first voltage applied at the first liquid crystal Fabry-Pérot filter element; and a second liquid crystal Fabry-Pérot filter element having a second bandpass filter characteristic for light being polarized in the predetermined direction based on a second voltage applied at the second liquid crystal Fabry-Pérot filter element; wherein the first and second liquid crystal Fabry-Pérot filter elements (140a, 140b) are interconnected and configured to shift the first and second bandpass filter characteristics to each other to form a common bandpass filter characteristic of the light transmission path according to a difference between the first and second voltages, characterized in that each of the first and second liquid crystal Fabry-Pérot filter elements (140a, 140b) comprises a first plane end surface and a second plane end surface connected to a respective optical fiber, wherein the first plane end surface and the second plane end surface are arranged parallel to each other adapted to only transmit the polarized light.
A magnetic arrangement for detecting a relative movement and/or relative position of a first and a second object relative to each other in six components, notably three displacements and three angular rotations in and respectively about the three axes of the Cartesian coordinate system, comprising at least six sensor units for detecting the three displacements and the three angular rotations, wherein each sensor unit comprises at least one magnet (16, 18) and one magnetoresistive sensor (6, 8), wherein the at least one magnet (16, 18) of the sensor unit is movable relative to the magnetoresistive sensor (6, 8) of the sensor unit, and wherein each sensor unit has a sensor direction (7, 9), wherein the magnetoresistive sensor (6, 8) measures a position of the at least one magnet (16, 18) along the sensor direction (7, 9), characterized in that the magnetoresistive sensors (6, 8) are one-dimensional sensors, and a first and a second group is provided, each comprising at least three sensor units, wherein the sensor directions (7, 9) of the sensor units of the first group are essentially perpendicularly to the sensor directions (7, 9) of the sensor units of the second group and interact with respective correspondingly oriented, opposite magnets.
A nutritional composition, wherein the nutritional composition comprises a growing-up milk or an infant formula, comprising: a protein source, a carbohydrate source, and a lipid source, wherein the lipid source comprises a creamer composition, the creamer composition further comprising a vegetable oil blend comprising up to 15% by weight of saturated fatty acids, 45 to 75% by weight of monounsaturated fatty acids, 15 to 45 % by weight of polyunsaturated fatty acids, and 0.1% to 3 % by weight of trans fatty acids, wherein the vegetable oil blend further comprises 45 to 75% by weight of oleic acid, 10 to 40% by weight linoleic acid and 1 to 15% by weight of α-linolenic acid; and further wherein the nutritional composition comprises: 0.5 to 5 g of palmitic acid, 0.5 to 2 g of stearic acid, 1 to 10 g of oleic acid, 0.5 to 8 g of linoleic acid, 0.1 to 2 g α-linolenic acid, and 25 to 200 mg of docosahexaenoic acid per 100 g of the nutritional composition. a protein source, a carbohydrate source, and a lipid source, wherein the lipid source comprises a creamer composition, the creamer composition further comprising a vegetable oil blend comprising up to 15% by weight of saturated fatty acids, 45 to 75% by weight of monounsaturated fatty acids, 15 to 45 % by weight of polyunsaturated fatty acids, and 0.1% to 3 % by weight of trans fatty acids, wherein the vegetable oil blend further comprises 45 to 75% by weight of oleic acid, 10 to 40% by weight linoleic acid and 1 to 15% by weight of α-linolenic acid; and further wherein the nutritional composition comprises: 0.5 to 5 g of palmitic acid, 0.5 to 2 g of stearic acid, 1 to 10 g of oleic acid, 0.5 to 8 g of linoleic acid, 0.1 to 2 g α-linolenic acid, and 25 to 200 mg of docosahexaenoic acid per 100 g of the nutritional composition. 0.5 to 5 g of palmitic acid, 0.5 to 2 g of stearic acid, 1 to 10 g of oleic acid, 0.5 to 8 g of linoleic acid, 0.1 to 2 g α-linolenic acid, and 25 to 200 mg of docosahexaenoic acid per 100 g of the nutritional composition.