mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining a high-density platooning driving maneuver, comprising the steps of selecting a high-density platooning closing maneuver time , selecting a high-density platooning opening maneuver time , and testing the selected high-density platooning closing and opening maneuvers times with at least one test criterion, said test criterion comprising a test in terms of energy consumption , under consideration of a predicted quality of service profile of a vehicle-to-vehicle communication link (PC5) for the communication between the platoon members (PV1 to PL) and if said selected high-density platooning closing and opening maneuver times do not fulfill the test criterion, waiting a time period and performing the steps of selecting a high-density platooning closing maneuver time and selecting a high-density platooning opening maneuver time anew, and testing the newly selected high-density platooning closing and opening maneuver times with said test criterion.
A lighting device for a headlamp of a vehicle at least comprising - an array of light sources , consisting of first and second light sources being mounted within the same flat or curved plane, and - a projecting optical system arranged to project light emitted by the light sources in a forward direction of the lighting device, wherein at least one shifting element is arranged in front of said first light sources, said shifting element generating real or virtual emission positions of the light of said first light sources shifted towards or away from said projecting optical system with respect to emission positions of said second light sources, and characterized in that the second light sources are for providing a lighting function of illumination of a road, said lighting function being a main function of illumination obtained by focusing the second light sources to a common image plane, and the first light sources are for providing a different lighting function of a sharp projection of a signature or light pattern at at least one distance ahead of the lighting device, said different lighting function obtained by focusing the shifted emission positions of the light of said first light sources to at least one further image plane, such further image plane being different from the common image plane of the second light sources.. - an array of light sources , consisting of first and second light sources being mounted within the same flat or curved plane, and - a projecting optical system arranged to project light emitted by the light sources in a forward direction of the lighting device,
Vibration damper comprising - a damper tube which is at least partially filled with damping fluid and in which a piston rod is movable back and forth, wherein a working piston is movable jointly with the piston rod , by means of which working piston the interior space of the damper tube is divided into a piston-rod-side working space and a piston-rod-remote working space , - a damping module for the frequency-dependent control of a comfort bypass which is formed between the piston-rod-side working space and the piston-rod-remote working space and which comprises a comfort path via which damping fluid can be caused to flow hydraulically in parallel with respect to the flow through the working piston , - a control piston which is received, such that it can perform stroke movements, in the damping module and which, remote from the piston rod, delimits a pressure chamber arranged in the damping module , wherein the pressure chamber comprises at least one inlet , characterized in that the damping module comprises a damping module housing, with a housing cover arranged at the piston rod side and with a housing pot arranged remote from the piston rod, comprises the control piston and comprises at least one first disk valve assembly , wherein the at least one first disk valve assembly , in the comfort path with the housing cover , forms a comfort valve, and the at least one first disk valve assembly comprises at least one bypass control valve via which, bypassing the comfort valve, damping fluid can be caused to flow via a bypass control path hydraulically in parallel with respect to the flow through the working piston , wherein the bypass control valve is controlled by means of the stroke of the control piston . - a damper tube which is at least partially filled with damping fluid and in which a piston rod is movable back and forth, wherein a working piston is movable jointly with the piston rod , by means of which working piston the interior space of the damper tube is divided into a piston-rod-side working space and a piston-rod-remote working space , - a damping module for the frequency-dependent control of a comfort bypass which is formed between the piston-rod-side working space and the piston-rod-remote working space and which comprises a comfort path via which damping fluid can be caused to flow hydraulically in parallel with respect to the flow through the working piston , - a control piston which is received, such that it can perform stroke movements, in the damping module and which, remote from the piston rod, delimits a pressure chamber arranged in the damping module , wherein the pressure chamber comprises at least one inlet ,
A method of processing data, using a data processor , according to a first predetermined function (F), the method comprising: receiving an encoded amount of data (E(D)), wherein the encoded amount of data is an amount of data (D) that has been encoded using an error control code;and processing the encoded amount of data (E(D)) using a second predetermined (F T ) function to generate an output; wherein the second predetermined function (F T ) corresponds to the first predetermined function (F) in that the result of processing, with the second predetermined function (F T ), an amount of data encoded using the error control code equals the result of encoding with the error control code the result of processing the amount of data with the first predetermined function (F). receiving an encoded amount of data (E(D)), wherein the encoded amount of data is an amount of data (D) that has been encoded using an error control code;and processing the encoded amount of data (E(D)) using a second predetermined (F T ) function to generate an output; wherein the second predetermined function (F T ) corresponds to the first predetermined function (F) in that the result of processing, with the second predetermined function (F T ), an amount of data encoded using the error control code equals the result of encoding with the error control code the result of processing the amount of data with the first predetermined function (F).
A composition comprising a thermoplastic polyisocyanate polyaddition product and a flame retardant, and the composition does not comprise melamine cyanuric acid, wherein the polyaddition product is obtained by reacting a. a substance reactive with isocyanate b. a polyisocyanate c. a chain extender eventually in the presence of d. a catalyst e. an additive wherein the flame retardant comprises a phosphinate. a. a substance reactive with isocyanate b. a polyisocyanate c. a chain extender eventually in the presence of d. a catalyst e. an additive
An aircraft door for closing an opening in a fuselage of an aircraft in a closed position and for providing access to the aircraft through the opening in the fuselage in a fully open position, comprising: a door frame with a door frame bracket ; a door leaf with stiffening structures ; a support arm assembly , comprising: a first fork-shaped end , and a second fork-shaped end ; a first connecting element that connects the first fork-shaped end of the support arm assembly with the stiffening structures and comprises: a first adjustment unit that is adapted for adjusting the position of the door leaf relative to the door frame along a first axis (x); and a second connecting element that connects the second fork-shaped end of the support arm assembly with the door frame bracket and comprises: a second adjustment unit that is adapted for adjusting the position of the door leaf relative to the door frame along a second axis (z) that is perpendicular to the first axis (x). a door frame with a door frame bracket ; a door leaf with stiffening structures ; a support arm assembly , comprising: a first fork-shaped end , and a second fork-shaped end ; a first fork-shaped end , and a second fork-shaped end ; a first connecting element that connects the first fork-shaped end of the support arm assembly with the stiffening structures and comprises: a first adjustment unit that is adapted for adjusting the position of the door leaf relative to the door frame along a first axis (x); and a second connecting element that connects the second fork-shaped end of the support arm assembly with the door frame bracket and comprises: a second adjustment unit that is adapted for adjusting the position of the door leaf relative to the door frame along a second axis (z) that is perpendicular to the first axis (x).
A method for cleaning fibers from a contaminated article, the method comprising: providing a contaminated article comprising contaminates and at least one of fibers and filaments, wherein the contaminated article is a non-woven article comprising pulp fibers and at least one of polymeric fibers and polymeric filaments, and wherein the contaminates are selected from the group consisting of oils, greases, solvents, and lubricants; adding a plurality of magnetic particles to a first solution; pulping the contaminated article to separate the at least one of fibers and filaments from the contaminated article to provide dissociated pulped fibers, wherein pulping the contaminated article to separate the at least one of fibers and filaments from the contaminated article to provide dissociated pulped fibers occurs in the first solution after the plurality of magnetic particles are added to the first solution; applying a magnetic field to the suspension including the dissociated pulped fibers; removing at least some of the plurality of magnetic particles and at least some of the contaminates from the suspension; and drying the dissociated pulped fibers to provide clean fibers. providing a contaminated article comprising contaminates and at least one of fibers and filaments, wherein the contaminated article is a non-woven article comprising pulp fibers and at least one of polymeric fibers and polymeric filaments, and wherein the contaminates are selected from the group consisting of oils, greases, solvents, and lubricants; adding a plurality of magnetic particles to a first solution; pulping the contaminated article to separate the at least one of fibers and filaments from the contaminated article to provide dissociated pulped fibers, wherein pulping the contaminated article to separate the at least one of fibers and filaments from the contaminated article to provide dissociated pulped fibers occurs in the first solution after the plurality of magnetic particles are added to the first solution; applying a magnetic field to the suspension including the dissociated pulped fibers; removing at least some of the plurality of magnetic particles and at least some of the contaminates from the suspension; and drying the dissociated pulped fibers to provide clean fibers.
A method for preparing a nucleic acid for sequencing, the method comprising: forming a droplet comprising a nucleic acid molecule hybridized to short fragments with ends comprising adapters and a plurality of adapter-specific barcoded primers that identify the droplet; performing a reaction with the plurality of barcoded primers in the droplet to generate in the droplet barcoded templates that are complementary to different regions along the nucleic acid molecule; and releasing the barcoded templates from the droplet. forming a droplet comprising a nucleic acid molecule hybridized to short fragments with ends comprising adapters and a plurality of adapter-specific barcoded primers that identify the droplet; performing a reaction with the plurality of barcoded primers in the droplet to generate in the droplet barcoded templates that are complementary to different regions along the nucleic acid molecule; and releasing the barcoded templates from the droplet.
A polishing composition, comprising a) a cationic abrasive comprising alumina, silica, titania, zirconia, a co-formed product thereof, or a mixture thereof, wherein the cationic abrasive comprises terminal groups of formula (I): -O m -X-(CH 2 ) n -Y (I), in which m is an integer from 1 to 3; n is an integer from 1 to 10; X is Al, Si, Ti, or Zr; and Y is a cationic amino or thiol group; b) an acid or base; and c) water; wherein the polishing composition has a pH of about 2 to about 7 and is substantially free of a halide salt, and wherein the polishing composition has a first rate of removal of silicon oxide or polysilicon, a second rate of removal of silicon nitride, and a ratio of the first rate to the second rate is at least about 2:1. a) a cationic abrasive comprising alumina, silica, titania, zirconia, a co-formed product thereof, or a mixture thereof, wherein the cationic abrasive comprises terminal groups of formula (I): -O m -X-(CH 2 ) n -Y (I), in which m is an integer from 1 to 3; n is an integer from 1 to 10; X is Al, Si, Ti, or Zr; and Y is a cationic amino or thiol group; b) an acid or base; and c) water; wherein the polishing composition has a pH of about 2 to about 7 and is substantially free of a halide salt, and wherein the polishing composition has a first rate of removal of silicon oxide or polysilicon, a second rate of removal of silicon nitride, and a ratio of the first rate to the second rate is at least about 2:1.
An automated brick laying system , said automated brick laying system including mortar application means for allowing mortar to be applied to a brick in use, brick gripping means for allowing at least one brick to be gripped in use, and platform means comprising several support arms which provide pre-defined pathways of movement along which the mortar application means and/or brick gripping means are movable, wherein the mortar application means and the brick gripping means are movably mounted on said support arms to undergo linear and sliding movement therealong and also to be independently movable relative to the platform means in use, and wherein at least one of said support arms is provided in each of an X-axis direction, a Y-axis direction and a Z-axis direction to provide the separate and pre-defined pathways of movement along which the mortar application means and/or brick gripping means can undergo the sliding and linear movement, drive means are provided on or associated with the mortar application means and/or brick gripping means to allow movement of the same along the pre-defined pathways of movement; one or more of said support arms is movably mounted on one or more further of said support arms , wherein further drive means are provided on or associated with the brick gripping means , such that the brick gripping means can undergo movement about pre-defined pitch, roll and yaw axes corresponding to rotational movement about the X axis direction, Z axis direction, and Y axis direction respectively; wherein the drive means and further drive means are at least six separate drive means provided for use with the brick gripping means , three drive means to allow the linear movement along the X, Y and Z axes and three further drive means to allow the rotational movement in the pitch, roll and yaw axes.
A composition for synergistically attracting noxious arthropods which comprises a combination of p-anisaldehyde and ethyl nicotinate.
A machine learning device configured to learn a control condition for a magnetic bearing device that comprises a magnetic bearing having a plurality of electromagnets (51 to 54) configured to apply an electromagnetic force to a shaft , the machine learning device comprising: a learning unit ; a state variable acquisition unit configured to acquire a state variable including at least one parameter correlating with a position of the shaft; and an evaluation data acquisition unit configured to acquire evaluation data including at least one parameter from among a measured value of the position of the shaft, a target value of the position of the shaft, and a parameter correlating with a deviation from the target value, characterized in that : the evaluation data is a deviation of a detected value of the position of the shaft relative to the target value of the position of the shaft; the machine learning device further comprises an updating unit configured to update a learning state of the learning unit by using the evaluation data; and the learning unit is configured to learn the control condition in accordance with an output of the updating unit. a learning unit ; a state variable acquisition unit configured to acquire a state variable including at least one parameter correlating with a position of the shaft; and an evaluation data acquisition unit configured to acquire evaluation data including at least one parameter from among a measured value of the position of the shaft, a target value of the position of the shaft, and a parameter correlating with a deviation from the target value, characterized in that : the evaluation data is a deviation of a detected value of the position of the shaft relative to the target value of the position of the shaft; the machine learning device further comprises an updating unit configured to update a learning state of the learning unit by using the evaluation data; and the learning unit is configured to learn the control condition in accordance with an output of the updating unit. the evaluation data is a deviation of a detected value of the position of the shaft relative to the target value of the position of the shaft; the machine learning device further comprises an updating unit configured to update a learning state of the learning unit by using the evaluation data; and the learning unit is configured to learn the control condition in accordance with an output of the updating unit.
A photoconversion device comprising a transparent substrate and a first light transmissive electrical contact overlaying the transparent substrate, a first charge blocking layer , an absorption layer comprising and active organic photosensitive material , a second charge blocking layer overlying the active organic photosensitive material, a second light transmissive electrical contact and a multilayer structure in this order, wherein the multilayer structure comprises at least two layers of different dielectric materials with different index of refraction and wherein the thickness of each layer is between 5 and 500 nm and two adjacent layers in have different refractive indexes, characterized in that the multilayer structure comprises five layers of MoO3 and MgF2 in an alternating fashion or six layers of LiF and MoO3 in an alternating fashion.
Split mould specially designed to be used in a moulding apparatus for moulding at least one undercut pot including a bottom wall as well as a side wall closed onto itself and connected to the bottom wall , the side wall and the bottom wall including an internal surface defining a pot interior as well as an external surface opposite to the internal surface, the pot further comprising an opening giving access to the pot interior, said opening being suitable for being covered by a top fastener to isolate the pot interior, the opening extending along a horizontal plane (H) and defining a vertical direction (Z), perpendicular to the horizontal plane (H), passing through a barycentre of the opening, and oriented from the bottom wall towards the opening, the external surface of the side wall of the pot having a non-symmetrical undercut shape revolving about the vertical direction (Z), said external surface having at least one vertical mould release plane (P) such that an undercut value of the pot at respective lateral ends of the pot, of maximum lateral spacing of the external surface with respect to the vertical mould release plane (P), is less than a maximum undercut value of the pot over the circumference of the external surface of the pot, the split mould including a first sub-mould and a second sub-mould , said sub-moulds being suitable for being moved along a mould release direction (D) between a closed position wherein the first sub-mould and the second sub-mould are in mutual contact and an open position wherein said sub-moulds are distant from one another, said first sub-mould and second sub-mould forming at least one internal cavity in the closed position of the mould, said at least one cavity being defined by an internal cavity surface comprising an internal surface of the first sub-mould and an internal surface of the second sub-mould , the cavity being open at the location of a top surface of the split mould, by a top opening extending along a horizontal plane (H) comprising the mould release direction (D), the top opening defining a vertical direction of the cavity (Z), perpendicular to the horizontal plane (H), passing via a barycentre of said top opening, and oriented from a cavity bottom towards the top opening, the split mould being characterised in that the internal cavity surface in the closed position has a non-symmetrical undercut shape revolving about the vertical direction (Z), said internal surface having at least one vertical mould release plane (P) comprising the vertical direction (Z) as well as the mould release direction (D) and being such that an undercut value of the mould at respective lateral ends of the internal cavity of the mould, of maximum lateral spacing of the internal surface with respect to the vertical mould release plane (P), is less than a maximum undercut value of the mould over the circumference of the internal surface of the internal cavity.