mhurhangee/ep-ind-claims huggingface dataset:
Method for determining adjustments to be made when assembling two or more parts together, these said parts being designed from a theoretical geometrical model allowing for this assembly, these said parts being able to exhibit geometrical defects relative to said theoretical geometrical model, these said parts comprising at least one flexible part, at least some of these said parts comprising geometrical adjustment points, this said assembly having to observe assembly conditions in terms of maximum load and displacement values, the determination of the preferred adjustments R j optimal ̲ to be carried out to make it possible to produce this assembly being made from measurements of parameters characterizing the geometry with defect, said measurements being performed during the assembly, the measured parameters consisting of geometrical deviations ( U 0, U def) at a set of points of the parts of the assembly that is sufficient to characterize the real assembly, characterized in that the measurements to be performed characterizing the geometry with defect consist: on the one hand in a measurement of geometrical deviation ( U 0) between assembly contact points, or between points where assembly conditions are to be produced, these points being respectively situated on one part of the assembly and on another part having to be assembled to the first, in an initial state of the assembly without stress, and on the other hand in a measurement of geometrical deviation ( U ref) of these same points in a state with stress. on the one hand in a measurement of geometrical deviation ( U 0) between assembly contact points, or between points where assembly conditions are to be produced, these points being respectively situated on one part of the assembly and on another part having to be assembled to the first, in an initial state of the assembly without stress, and on the other hand in a measurement of geometrical deviation ( U ref) of these same points in a state with stress.
A method of making a statin compound, comprising contacting a LovD acyltransferase substrate with a LovD acyltransferase in the presence of a thioester donor and a thiol scavenger, under conditions which yield a statin compound.
A copolymer of polyvinyl butyral-g-polylactide, wherein the copolymer is a reaction product of the polyvinyl butyral and lactide monomer polymerized to form polylactide in the presence of a catalyst, and wherein the weight ratio of polyvinyl butyral to polylactide ranges from about 1:18 to about 4:1.
A reflective material having a composite layered structure, the reflective material comprising a PET film, a PU layer, micro glass beads, another PU layer, a highly light-permeable color layer, an elastic PU layer, a metallic reflective layer, another elastic PU layer, and an adhesive layer sequentially stacked together.
An implant arranged for integration into a skeletal bone of a patient, comprising: a body and at least one end, the body being arranged to sit within a passageway formed within the bone and substantially mimic a portion of a skeletal bone; wherein the at least one end includes an enlarged portion arranged to, in use, prevent migration of the implant into the skeletal bone of a patient; wherein the enlarged portion is stepped outwardly from the body; characterized in that the enlarged portion is arranged to sit within a recess formed in an end of the skeletal bone when implanted, wherein the recess is connected to the passageway and is of a larger diameter than the passageway; and in that a portion of the at least one end is coated with a physiologically inert substance. a body and at least one end, the body being arranged to sit within a passageway formed within the bone and substantially mimic a portion of a skeletal bone; wherein the at least one end includes an enlarged portion arranged to, in use, prevent migration of the implant into the skeletal bone of a patient; wherein the enlarged portion is stepped outwardly from the body; characterized in that the enlarged portion is arranged to sit within a recess formed in an end of the skeletal bone when implanted, wherein the recess is connected to the passageway and is of a larger diameter than the passageway; and in that a portion of the at least one end is coated with a physiologically inert substance.
A haptic user interface device for a surgical simulation system, the arrangement comprising: - a frame having a fixed base, - a middle portion, rotatable around a first axis in relation to the base, - an instrument receiving portion extending along an instrument longitudinal axis and rotatable around a second axis in relation to the middle portion, the second axis being essentially perpendicular to the first axis, - an instrument having a shaft suspended by the instrument receiving portion so as to be pivotable around the first axis and the second axis, and where the instrument longitudinal axis is essentially perpendicular to the second axis and offset with respect to the second axis, and - an actuator arranged in middle portion, the actuator comprising an actuating wheel, wherein the actuator is arranged to provide force feedback to a user of the surgical simulation system when moving the instrument along the instrument longitudinal axis and where the actuating wheel is concentric with the second axis. - a frame having a fixed base, - a middle portion, rotatable around a first axis in relation to the base, - an instrument receiving portion extending along an instrument longitudinal axis and rotatable around a second axis in relation to the middle portion, the second axis being essentially perpendicular to the first axis, - an instrument having a shaft suspended by the instrument receiving portion so as to be pivotable around the first axis and the second axis, and where the instrument longitudinal axis is essentially perpendicular to the second axis and offset with respect to the second axis, and - an actuator arranged in middle portion, the actuator comprising an actuating wheel, wherein the actuator is arranged to provide force feedback to a user of the surgical simulation system when moving the instrument along the instrument longitudinal axis and where the actuating wheel is concentric with the second axis.
A vehicle underbody of a military vehicle, in particular a vehicle hull, having a floor and a side wall arranged at an angle to the floor and a mine protection for protecting a military vehicle from detonating mines, having two armor plates (2, 3) arranged at an angle to one another, characterized in that the armor plates (2, 3) are engaged with one another by means of a support connection for mutual support in the event of detonation forces occurring.
An arrangement comprising an x-ray detector arranged in conjunction with in-line x-ray focusing optics configured for manipulation of x-rays in medical transmission radiography, wherein the in-line x-ray optics comprises an array of lenses, in which the lenses cover parts of, or the entire, field of view, and in which the x-ray detector is a photon-counting detector, wherein the x-ray detector is a depth-resolving detector and said arrangement is configured to assign weights to photons by using the depth resolution of the photon-counting x-ray detector and treating the photons differently depending on the depth of interaction to compensate for chromatic aberration of the lens array and/or limited coherence of an x-ray source by the depth resolution or volumetric resolution in the x-ray detector.
A plant for controlling the delivery of a pressurized fluid in a conduit, comprising a prime mover (2; 26) which is configured to supply torque (T, T') to one or more hydraulic pumps (9a-c; 30), characterized by: - each hydraulic pump configured to supply hydraulic pressure to respective positive displacement fluid delivery systems (34a-c, 35al-cl, 35a2-c2; 22) via respective control valves (36a-c; 37a-c); - each positive displacement fluid delivery system (34a-c, 35al-cl, 35a2-c2) configured to deliver said fluid in the conduit; - first sensing means configured for sensing pressure variations in the conduit and connected to a first controller; - the first controller being configured to provide control signals to the control valves (36a-c, 37a-c) for at least one fluid delivery system and to a control system (4, 3) for the prime mover, based on said sensed pressure variations. - each hydraulic pump configured to supply hydraulic pressure to respective positive displacement fluid delivery systems (34a-c, 35al-cl, 35a2-c2; 22) via respective control valves (36a-c; 37a-c); - each positive displacement fluid delivery system (34a-c, 35al-cl, 35a2-c2) configured to deliver said fluid in the conduit; - first sensing means configured for sensing pressure variations in the conduit and connected to a first controller; - the first controller being configured to provide control signals to the control valves (36a-c, 37a-c) for at least one fluid delivery system and to a control system (4, 3) for the prime mover, based on said sensed pressure variations.
Oscillation exciter, particularly for a vibrating pile driver, comprising at least four parallel shafts (1, 2), on which two outer imbalance masses (11, 21) are respectively arranged, between which a middle imbalance mass (12, 22) is positioned, wherein the middle imbalance mass (12, 22) is respectively rotatably mounted on the shaft (1, 2) vis-à-vis the outer imbalance masses (11, 21), wherein the imbalance masses (11, 21, 12, 22) of the at least four shafts (1, 2) are combined into two imbalance groups, the imbalance masses (11, 21, 12, 22) of which are respectively synchronised with each other in a torsionally rigid manner, wherein in each of the two imbalance groups outer imbalance masses (11, 21) as well as inner imbalance masses (12, 22) are arranged and wherein a phase shifter is arranged, via which the phase position of the two imbalance groups relative to one another is adjustable, characterised in that at least one of the driving motors (M1, M2) is a hydraulic adjusting motor with a variable absorption volume and wherein a control device is arranged, which is connected to the driving motors (M1, M2) and is set up in a way that the activated absorption volume of the at least one driving motor (M1, M2) of the two imbalance groups is adjustable identically to one another and/or that the activated absorption volume of the at least one driving motor of one imbalance group vis-à-vis the activated absorption volume of the at least one driving motor of the other imbalance group is adjustable larger and/or smaller in a way that due to the difference of total torque of the at least one driving motor of the one imbalance group to the total torque of the at least one driving motor of the second imbalance group, a phase adjustment of the two imbalance groups to one another or a support of the phase shifter is effected.
A computer-readable storage medium encoded with computer-executable instructions which, when executed by a processor, perform a method for managing digital data, the method using a memory pool having an amount of sharable memory, the digital data comprising a plurality of sets of sequenced units of digital data, the method comprising: identifying a first set of units of digital data having a first sequence; identifying a second set of units of digital data having a second sequence; when a portion of the first set is to be processed contemporaneously with a portion of the second set, ascertaining a first resource consumption indicator associated with processing some of the units of digital data in the first sequence; ascertaining a second resource consumption indicator associated with processing some of the units of digital data in the second sequence; calculating a ratio of the first resource consumption indicator with respect to the second resource consumption indicator; and in accordance with the ratio, dynamically allocating (406, 407, 408) the amount of sharable memory in the memory pool between both acts associated with processing the first set and acts associated with processing the second set. identifying a first set of units of digital data having a first sequence; identifying a second set of units of digital data having a second sequence; when a portion of the first set is to be processed contemporaneously with a portion of the second set, ascertaining a first resource consumption indicator associated with processing some of the units of digital data in the first sequence; ascertaining a second resource consumption indicator associated with processing some of the units of digital data in the second sequence; calculating a ratio of the first resource consumption indicator with respect to the second resource consumption indicator; and in accordance with the ratio, dynamically allocating (406, 407, 408) the amount of sharable memory in the memory pool between both acts associated with processing the first set and acts associated with processing the second set.
Headrest for a motor vehicle seat, said headrest comprising: • two parallel metal rods, separated from one another, intended to be mounted at the top of the backrest of said seat, • a moulded plastic material casing for absorbing energy in case of impact of the head of a passenger, said casing having two conduits, coming from moulding, each of said conduits receiving one of said respective sliding rods, so as to make it possible for a height adjustment of said casing, each of said conduits being provided with a top bearing and a bottom bearing, both exerting a clamping contact on each of said rods, said headrest being characterised in that: • said bearings are moulded from a block with said conduits and have, in the periphery thereof, two opposite flexible tabs along a first direction, • each of said bearings is provided with a return spring of said corresponding tabs to said rods, said spring having a general U- or C-shape, each of the branches thereof bearing on each of said tabs so as to achieve a pinching of said rods between said tabs. • two parallel metal rods, separated from one another, intended to be mounted at the top of the backrest of said seat, • a moulded plastic material casing for absorbing energy in case of impact of the head of a passenger, said casing having two conduits, coming from moulding, each of said conduits receiving one of said respective sliding rods, so as to make it possible for a height adjustment of said casing, each of said conduits being provided with a top bearing and a bottom bearing, both exerting a clamping contact on each of said rods, • said bearings are moulded from a block with said conduits and have, in the periphery thereof, two opposite flexible tabs along a first direction, • each of said bearings is provided with a return spring of said corresponding tabs to said rods, said spring having a general U- or C-shape, each of the branches thereof bearing on each of said tabs so as to achieve a pinching of said rods between said tabs.
A method for superimposing images on a three-dimensional content, wherein a video stream is received which comprises said three-dimensional content and a depth map (DM, DM') for superimposing images on said three-dimensional content, said depth map (DM, DM') containing information about the depth of said three-dimensional content, and being inserted as an image in a frame of said video stream, the method being characterized by using said depth map (DM, DM') in the playback phase only for the superimposition of images to said three-dimensional content, said superimposition being made in a position in depth depending on said superimposition depth map (DM, DM'), and in that said depth map (DM, DM') has a smaller number of pixels than that of a two-dimensional image included in said frame and associated with said three-dimensional content.
Wire-rod and the like hot-rolling machine adapted to hot roll in parallel two or more wire-rods (b) which are fed one beside the other along respective feeding paths (p), and which comprises a plurality of roller-provided rolling units which are arranged one after the other along the wire-rods feeding paths (p), so that each roller-provided rolling unit can plastically deform all wire-rods (b) while these are fed along the respective feeding paths (p); wherein said feeding paths (p) are locally substantially rectilinear and parallel to one another; the wire-rod and the like hot-rolling machine being characterized: - in that at least a first roller-provided rolling unit comprises a plurality of rolling-mills assemblies, each of which is provided with a pair of opposite and counter-rotating rolling mills which are arranged parallel and adjacent each other, so as to define a rolling groove or throttling through which the wire-rod (b) to be hot-rolled is forced; and - in that said rolling-mills assemblies are arranged one beside the other, substantially coplanar to a corresponding reference plane locally substantially perpendicular to the feeding paths (p) of the wire-rods, so as to arrange the respective rolling groove or throttling on the lying plane of the feeding paths (p) of the wire-rods, each at the feeding path (p) of a respective wire-rod (b), and are oriented so that the rotation axes of the rolling mills of the various rolling-mills assemblies are locally substantially parallel to one another and simultaneously intersect the lying plane of the wire-rods feeding paths (p) with an inclination angle (p) greater than 5° and smaller than 85°. - in that at least a first roller-provided rolling unit comprises a plurality of rolling-mills assemblies, each of which is provided with a pair of opposite and counter-rotating rolling mills which are arranged parallel and adjacent each other, so as to define a rolling groove or throttling through which the wire-rod (b) to be hot-rolled is forced; and - in that said rolling-mills assemblies are arranged one beside the other, substantially coplanar to a corresponding reference plane locally substantially perpendicular to the feeding paths (p) of the wire-rods, so as to arrange the respective rolling groove or throttling on the lying plane of the feeding paths (p) of the wire-rods, each at the feeding path (p) of a respective wire-rod (b), and are oriented so that the rotation axes of the rolling mills of the various rolling-mills assemblies are locally substantially parallel to one another and simultaneously intersect the lying plane of the wire-rods feeding paths (p) with an inclination angle (p) greater than 5° and smaller than 85°.
A fat or oil composition, comprising: from 0.02 to 1.8 mass% of a free type triterpene alcohol; and from 0.01 to 1.4 mass% of a fatty acid ester type triterpene alcohol, from 88 to 99.5 mass% of triacylglycerol, wherein a mass ratio of the component to the component ( /) is larger than 1, and the triterpene alcohol is a tetracyclic triterpene alcohol having 30 or 31 carbon atoms. from 0.02 to 1.8 mass% of a free type triterpene alcohol; and from 0.01 to 1.4 mass% of a fatty acid ester type triterpene alcohol,
A linear prediction-based noise signal processing method, wherein the method comprises: acquiring a noise signal, and obtaining a linear prediction coefficient according to the noise signal; filtering the noise signal according to the linear prediction coefficient, to obtain a linear prediction residual signal; obtaining energy of the linear prediction residual signal according to the linear prediction residual signal; obtaining a spectral envelope of the linear prediction residual signal according to the linear prediction residual signal; obtaining a spectral detail of the linear prediction residual signal according to the spectral envelope of the linear prediction residual signal; and encoding the linear prediction coefficient, the energy of the linear prediction residual signal, the spectral detail of the linear prediction residual signal; characterized in that the spectral detail of the linear prediction residual signal is indicated by a difference between the spectral envelope of the linear prediction residual and a spectral envelope of random noise excitation. acquiring a noise signal, and obtaining a linear prediction coefficient according to the noise signal; filtering the noise signal according to the linear prediction coefficient, to obtain a linear prediction residual signal; obtaining energy of the linear prediction residual signal according to the linear prediction residual signal; obtaining a spectral envelope of the linear prediction residual signal according to the linear prediction residual signal; obtaining a spectral detail of the linear prediction residual signal according to the spectral envelope of the linear prediction residual signal; and encoding the linear prediction coefficient, the energy of the linear prediction residual signal, the spectral detail of the linear prediction residual signal; characterized in that the spectral detail of the linear prediction residual signal is indicated by a difference between the spectral envelope of the linear prediction residual and a spectral envelope of random noise excitation.
A method for transmitting feedback information by a User Equipment, UE, (301, 311, 321) in a mobile communication system, the method comprising: receiving information about at least one Channel State Information Reference Signal, CSI-RS, information about at least one Interference Measurement Resource, IMR, first information about a combination of a transmission period and an offset, and at least one CSI feedback index, wherein the at least one CSI feedback index is mapped to the information about at least one IMR and the information about at least one CSI-RS; deriving at least one CSI feedback from channel measurement and interference measurement respectively based on the information about at least one CSI-RS and the information about at least one IMR; and transmitting the at least one CSI feedback using both the first information and the at least one CSI feedback index, and wherein a priority of the at least one CSI feedback is determined based on the at least one CSI feedback index. receiving information about at least one Channel State Information Reference Signal, CSI-RS, information about at least one Interference Measurement Resource, IMR, first information about a combination of a transmission period and an offset, and at least one CSI feedback index, wherein the at least one CSI feedback index is mapped to the information about at least one IMR and the information about at least one CSI-RS; deriving at least one CSI feedback from channel measurement and interference measurement respectively based on the information about at least one CSI-RS and the information about at least one IMR; and transmitting the at least one CSI feedback using both the first information and the at least one CSI feedback index, and wherein a priority of the at least one CSI feedback is determined based on the at least one CSI feedback index.