mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting display comprising: an image display unit comprising a plurality of pixels; a plurality of parallel pixel power lines comprising first pixel power lines VDD1 and second pixel power lines VDD2 arranged to transmit pixel-driving voltages to the plurality of pixels, wherein the first pixel power lines are not in electrical contact with the second pixel power lines inside the image display unit; and a first power supply line for providing the pixel-driving voltages connected to the first pixel power lines at a first side of the image display unit and a second power supply line for providing the pixel-driving voltages connected to the second pixel power lines at a second side of the image display unit that is opposite the first side, wherein the light emitting elements of adjacent pixels of the same colour from among the plurality of pixels included in the image display unit are coupled to different ones of the power supply lines via respective ones of the pixel power lines and the pixel-driving voltages provided by the first and second power supply lines are voltages of the same level. an image display unit comprising a plurality of pixels; a plurality of parallel pixel power lines comprising first pixel power lines VDD1 and second pixel power lines VDD2 arranged to transmit pixel-driving voltages to the plurality of pixels, wherein the first pixel power lines are not in electrical contact with the second pixel power lines inside the image display unit; and a first power supply line for providing the pixel-driving voltages connected to the first pixel power lines at a first side of the image display unit and a second power supply line for providing the pixel-driving voltages connected to the second pixel power lines at a second side of the image display unit that is opposite the first side, wherein the light emitting elements of adjacent pixels of the same colour from among the plurality of pixels included in the image display unit are coupled to different ones of the power supply lines via respective ones of the pixel power lines and the pixel-driving voltages provided by the first and second power supply lines are voltages of the same level.
A seat back assembly comprising: a first support structure, the first support structure being made of a foam material and being configured to provide a support structure against which the upper body and/or back of a user rests in use, characterised in that the first support structure comprises first and second regions, wherein the moulded density and thickness of the first region is different to the moulded density and thickness of the second region, and wherein the first region is provided at a position corresponding to the lower back of an occupant in use, and the second region is provided at a position corresponding to the upper back of an occupant in use.
An operating element (1, 13), in particular a joystick, with tilt haptics for a motor vehicle, comprising a tiltably supported lever with one primary (2, 14) lever arm and at least one secondary (5, 10, 17) lever arm, and with mechanical end stops for limiting the range of movement of the secondary lever arm and with at least one of permanent magnets, characterized in that two secondary lever arms (5, 10) are arranged at right angles to one another, and that one magnet, respectively, of each permanent magnet pair (6, 11, 18) is disposed on each secondary lever arm (5, 10, 17) and one magnet (7, 12, 19), respectively, of each permanent magnet pair (6, 11, 18) is disposed in a fixed position in the operating element in such a manner that unlike poles of the magnets (6, 7, 11, 12, 18, 19) are located opposite and at a distance apart from one another when the operating element (1, 13) is in a center position.
Alignment aid for a camera system of cameras with exchangeable objectives comprising: a holder with a plurality of connecting pieces, each implemented for connecting or clamping with a camera housing and/or objective, wherein the holder is implemented such that the connecting pieces or holder modules of the holder, where the connecting pieces are held rigidly or merely at rotation axes, are held rigidly with respect to one another along at least one common spatial direction, characterized in that the connecting pieces are objective/camera housing interface connecting pieces for connecting with one counterpart each of a camera housing or an objective, or connecting pieces (38; 100) for fitting or clamping with an objective/camera housing interface between the objective and the camera housing of a respective camera. a holder with a plurality of connecting pieces, each implemented for connecting or clamping with a camera housing and/or objective, wherein the holder is implemented such that the connecting pieces or holder modules of the holder, where the connecting pieces are held rigidly or merely at rotation axes, are held rigidly with respect to one another along at least one common spatial direction, characterized in that the connecting pieces are objective/camera housing interface connecting pieces for connecting with one counterpart each of a camera housing or an objective, or connecting pieces (38; 100) for fitting or clamping with an objective/camera housing interface between the objective and the camera housing of a respective camera.
An idling control apparatus (20, 21, 22) for a vehicle, comprising: an engine; and a motor, both of the engine and the motor being mutually linked with each other, and the idling control apparatus (20, 21, 22) performing an idling revolution speed control to maintain an engine speed (Ne) at a predetermined target idling speed during an idling drive and being arranged to enable a switching between an engine idling mode in which the idling revolution speed control through the engine is carried out and a motor idling mode in which the idling revolution speed control through the motor is carried out, characterized in that the idling control apparatus (20, 21, 22) is arranged to more largely retard a firing timing of the engine in the motor idling mode with respect to the firing timing of the engine in the engine idling mode, during the idling drive in a predetermined engine cold state. an engine; and a motor, both of the engine and the motor being mutually linked with each other, and the idling control apparatus (20, 21, 22) performing an idling revolution speed control to maintain an engine speed (Ne) at a predetermined target idling speed during an idling drive and being arranged to enable a switching between an engine idling mode in which the idling revolution speed control through the engine is carried out and a motor idling mode in which the idling revolution speed control through the motor is carried out, characterized in that the idling control apparatus (20, 21, 22) is arranged to more largely retard a firing timing of the engine in the motor idling mode with respect to the firing timing of the engine in the engine idling mode, during the idling drive in a predetermined engine cold state.
A wind turbine comprising a nacelle, the nacelle having a substantially longitudinal extension, a height extension and a width extension, comprising a front end, a rear end, a bottom part, a top part and side parts, and being adapted to house a number of wind turbine components, which wind turbine components are supported by an internal support structure, the support structure comprising at least - a main foundation which is positioned at the front end of the nacelle, the main foundation comprising a first side facing a side part of the nacelle and a second side facing an opposite side part of the nacelle, and - a rear frame which is connected to the main foundation at one end and extends from the main foundation towards the rear end of the nacelle, characterised in that both the first and the second side (15, 17) of the main foundation comprising at least one foundation connection area, the foundation connection area being positioned where the rear frame is connected to the main foundation, the foundation connection area comprising at least a first face and a second face, the second face being displaced in a longitudinal direction, a height direction and/or a width direction of the nacelle in relation to a position of the first face on the main foundation, and the rear frame comprises at least two longitudinal frame elements (20, 21) extending from the main foundation and backwards towards the rear end, each longitudinal frame elements (20, 21) comprising at least one frame connection area comprising a first frame face and a second frame face, and the first frame face being aligned with the first face of the foundation connection area of the main foundation, and the second frame face being aligned with the second face of the foundation connection area of the main foundation when being connected to both the first and the second side of the main foundation via connections at least via the first face and the second face, respectively, of the foundation connection areas. - a main foundation which is positioned at the front end of the nacelle, the main foundation comprising a first side facing a side part of the nacelle and a second side facing an opposite side part of the nacelle, and - a rear frame which is connected to the main foundation at one end and extends from the main foundation towards the rear end of the nacelle, characterised in that both the first and the second side (15, 17) of the main foundation comprising at least one foundation connection area, the foundation connection area being positioned where the rear frame is connected to the main foundation,
A percussion apparatus, including: - a body comprising a piston cylinder, - a striking piston mounted so as to be displaced alternately inside the piston cylinder, and arranged to strike a tool, - at least one guide bearing comprising a guide surface configured to guide the striking piston during displacements of the striking piston in the piston cylinder, a functional clearance being provided between the guide surface and the striking piston, - a high pressure fluid supply circuit and a low pressure circuit, wherein the at least one guide bearing includes a centering device configured to center the striking piston in the piston cylinder, the centering device comprising: - a plurality of centering chambers formed in the guide surface of the at least one guide bearing and distributed around the striking piston, each centering chamber being fluidly connected to the high pressure fluid supply circuit, and - a plurality of discharge grooves formed in the guide surface of the at least one guide bearing, each discharge groove being located proximate to at least one of the centering chambers and being fluidly connected to the low pressure circuit, the plurality of discharge grooves including at least two discharge grooves which are annular and which extend around the striking piston and respectively on either side of the centering chambers. - a body comprising a piston cylinder, - a striking piston mounted so as to be displaced alternately inside the piston cylinder, and arranged to strike a tool, - at least one guide bearing comprising a guide surface configured to guide the striking piston during displacements of the striking piston in the piston cylinder, a functional clearance being provided between the guide surface and the striking piston, - a high pressure fluid supply circuit and a low pressure circuit, - a plurality of centering chambers formed in the guide surface of the at least one guide bearing and distributed around the striking piston, each centering chamber being fluidly connected to the high pressure fluid supply circuit, and - a plurality of discharge grooves formed in the guide surface of the at least one guide bearing, each discharge groove being located proximate to at least one of the centering chambers and being fluidly connected to the low pressure circuit, the plurality of discharge grooves including at least two discharge grooves which are annular and which extend around the striking piston and respectively on either side of the centering chambers.
A secondary battery internal temperature estimation device that estimates an internal temperature of a secondary battery, the device comprising: an estimation means configured to estimate an internal temperature of a secondary battery on the basis of a relational equation showing a relationship between an external temperature and the internal temperature of the secondary battery; a calculation means configured to calculate element values of an equivalent circuit of the secondary battery; a determination means configured to determine a coefficient of the relational equation on the basis of the element values of the equivalent circuit calculated by the calculation means; and an application means configured to apply the coefficient obtained by the determination means to the relational equation; wherein the estimation means is configured to estimate the internal temperature of the secondary battery on the basis of the relational equation to which the coefficient has been applied by the application means; the equivalent circuit of the secondary battery comprises a solution resistance, a reaction resistance, and an electric double layer capacity; and the determination means is configured to determine the coefficient of the relational equation on the basis of one or a plurality of element values of the solution resistance, the reaction resistance, and the electric double layer capacity. an estimation means configured to estimate an internal temperature of a secondary battery on the basis of a relational equation showing a relationship between an external temperature and the internal temperature of the secondary battery; a calculation means configured to calculate element values of an equivalent circuit of the secondary battery; a determination means configured to determine a coefficient of the relational equation on the basis of the element values of the equivalent circuit calculated by the calculation means; and an application means configured to apply the coefficient obtained by the determination means to the relational equation; wherein the estimation means is configured to estimate the internal temperature of the secondary battery on the basis of the relational equation to which the coefficient has been applied by the application means; the equivalent circuit of the secondary battery comprises a solution resistance, a reaction resistance, and an electric double layer capacity; and the determination means is configured to determine the coefficient of the relational equation on the basis of one or a plurality of element values of the solution resistance, the reaction resistance, and the electric double layer capacity.
A method for precipitating nanoparticles by mixing a precursor fluid with a second fluid at higher temperature than the precursor fluid, the method comprising: flowing the precursor fluid into a mixing reactor through a first fluid conduit, introducing the second fluid to the first fluid conduit via a second fluid conduit which extends into the first fluid conduit, the second fluid conduit having an opening for introducing the second fluid into the first fluid conduit, wherein the second fluid comprises superheated water, characterised by the second fluid conduit extending into the first fluid conduit in a direction substantially perpendicular to the direction of flow in the first fluid conduit.
A method for determining states of a system by means of an estimation filter, comprising: determining, by the estimation filter, of first state values by calculating mean values of respective probability distributions for each of the states; calculating, by the estimation filter, a probability for deviation for the case that the first state values deviate from the actual states of the system; measuring the states of the system as state data; and then, if the probability for deviation is larger than a threshold, correcting the first state values by means of the state data. determining, by the estimation filter, of first state values by calculating mean values of respective probability distributions for each of the states; calculating, by the estimation filter, a probability for deviation for the case that the first state values deviate from the actual states of the system; measuring the states of the system as state data; and then, if the probability for deviation is larger than a threshold, correcting the first state values by means of the state data.
A computer implemented method comprising: receiving, by a first security microservice, a first channel data encapsulation packet (500, 710, 716) encapsulating a first encapsulation context and a first encapsulated data; performing a security service on the first encapsulated data using the first encapsulation context; transmitting, by the first security microservice, a second channel data encapsulation packet (500, 716, 722) to a second security microservice, wherein the second channel encapsulation packet comprises a request for security services; receiving, by the first security microservice, a response from the second security microservice comprising a second security microservice context, a second security microservice timestamp, and a second security microservice load; generating, by the first security microservice, a timestamp and a load; and transmitting, by the first security microservice, a response to the first channel data encapsulation packet; wherein the response includes the timestamp and load generated by the first security microservice, wherein the timestamps represent the duration of processing performed by the first and second microservices and the load generated by the first security microservice and the second load represent the loading of the first and second microservices during the time the request for security services was processed, and wherein the timestamps and loads are recorded to be used in load balancing decisions for future security service requests. receiving, by a first security microservice, a first channel data encapsulation packet (500, 710, 716) encapsulating a first encapsulation context and a first encapsulated data; performing a security service on the first encapsulated data using the first encapsulation context; transmitting, by the first security microservice, a second channel data encapsulation packet (500, 716, 722) to a second security microservice, wherein the second channel encapsulation packet comprises a request for security services; receiving, by the first security microservice, a response from the second security microservice comprising a second security microservice context, a second security microservice timestamp, and a second security microservice load; generating, by the first security microservice, a timestamp and a load; and transmitting, by the first security microservice, a response to the first channel data encapsulation packet; wherein the response includes the timestamp and load generated by the first security microservice, wherein the timestamps represent the duration of processing performed by the first and second microservices and the load generated by the first security microservice and the second load represent the loading of the first and second microservices during the time the request for security services was processed, and wherein the timestamps and loads are recorded to be used in load balancing decisions for future security service requests.
Applicator device for applying a fluid or pasty product to keratin fibres, including an elongate core extending according to a longitudinal axis XX and spikes embedded at a first end on the exterior surface of the core, the second ends of said spikes being free, wherein all or some of the spikes are provided on their exterior surface with at least one protuberance or hook placed at a distance D from the first end of a respective one of the at least some of the spikes, the distance D being less than around 75% of the length of respective one of the spikes, the distance D being not the same from one of the respective one of the spikes to another of the respective one of the spikes, the distance D of a respective one of the spikes localized at the centre of the elongate core being greater than the distance D of another respective one of the spikes localized at the ends of said elongated core, the spikes having different lengths, shorter at the two ends and longer in the middle area of said elongate core, said protuberance or hook being provided at different distances D on the respective one of the spikes and being positioned substantially at the same distance from the free ends of the spikes, characterized in that there is a single protuberance or hook on all of said respective ones of the spikes.
Method for producing polyoxymethylene dimethyl ether by introducing (i) a formaldehyde source and (ii) at least one compound of the formula H 3 C-O-R where R is H or -(CH 2 O) x -CH 3 with x being 0 or 1 as reactants into a reactive distillation unit and reacting them to give polyoxymethylene dimethyl ether, wherein the method produces polyoxymethylene dimethyl ether exclusively in the reactive distillation unit and the reactive distillation unit comprises one or more reaction zones, each accommodating a catalyst, and one or more distillative separation zones. (i) a formaldehyde source and (ii) at least one compound of the formula H 3 C-O-R where R is H or -(CH 2 O) x -CH 3 with x being 0 or 1 as reactants into a reactive distillation unit and reacting them to give polyoxymethylene dimethyl ether, wherein the method produces polyoxymethylene dimethyl ether exclusively in the reactive distillation unit and the reactive distillation unit comprises one or more reaction zones, each accommodating a catalyst, and one or more distillative separation zones. R is H or -(CH 2 O) x -CH 3 with x being 0 or 1 as reactants into a reactive distillation unit and reacting them to give polyoxymethylene dimethyl ether, wherein the method produces polyoxymethylene dimethyl ether exclusively in the reactive distillation unit and the reactive distillation unit comprises one or more reaction zones, each accommodating a catalyst, and one or more distillative separation zones.