mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication, the method comprising receiving, at a first device, a reference channel and a target channel, the reference channel including a set of reference samples, and the target channel including a set of target samples; determining, at the first device, a variation between a first mismatch value and a second mismatch value, the first mismatch value indicative of an amount of temporal mismatch between a first reference sample of the set of reference samples and a first target sample of the set of target samples, the second mismatch value indicative of an amount of temporal mismatch between a second reference sample of the set of reference samples and a second target sample of the set of target samples; interpolating, at the first device, a portion of the set of target samples based on the variation to generate a set of estimated samples; replacing, at the first device, the portion of the set of target samples with the set of estimated samples to generate an adjusted set of target samples; generating, at the first device, at least one encoded channel based on the set of reference samples and the adjusted set of target samples; and transmitting the at least one encoded channel from the first device to a second device.
An apparatus, in particular a flight simulator, a motion simulator or an orientation simulator for spatial movement at least one person and in particular for simulating the effects of acceleration, wherein a holding device is provided for holding a person in the area of a center , - wherein the holding device is mounted on a carriage by means of a movement device , - wherein the carriage can be moved along a main horizontal support and in particular can be moved linearly, - wherein the main support is mounted to be rotatable about a main vertical axis of rotation , driveable and is optionally driven by a main drive , - wherein the main support has a first main arm and a second main arm , - wherein the two main arms extend radially outward in opposite directions away from the main axis of rotation , - wherein the center can be moved between a first outer maximum position and a second outer maximum position by moving the carriage along a path of travel on the main support , - wherein the carriage is arranged on the first main arm in the first outer maximum position of the center , - and wherein the carriage is arranged on the second main arm in the second outer maximum position of the center , characterized in that the normal distance between the first outer maximum position of the center and the main axis of rotation is greater than the normal distance between the second outer maximum position of the center and the main axis of rotation . - wherein the holding device is mounted on a carriage by means of a movement device , - wherein the carriage can be moved along a main horizontal support and in particular can be moved linearly, - wherein the main support is mounted to be rotatable about a main vertical axis of rotation , driveable and is optionally driven by a main drive , - wherein the main support has a first main arm and a second main arm , - wherein the two main arms extend radially outward in opposite directions away from the main axis of rotation , - wherein the center can be moved between a first outer maximum position and a second outer maximum position by moving the carriage along a path of travel on the main support , - wherein the carriage is arranged on the first main arm in the first outer maximum position of the center , - and wherein the carriage is arranged on the second main arm in the second outer maximum position of the center ,
A peritoneal dialysis machine having at least one receptacle for fixing one or more sections of a hose set for conducting dialysis solution from and/or to the patient, wherein at least a first pivot axis (S1) is provided, about which the receptacle can be pivoted from a first position to a second position, wherein the peritoneal dialysis machine comprises at least one element and the receptacle is arranged directly at the element by means of a holder , wherein the first pivot axis (S1) is located at the element and the holder can be pivoted about the first pivot axis (S1), wherein the peritoneal dialysis machine comprises at least one housing, on which a second pivot axis (S2) which does not extend in parallel to the first pivot axis (S1) is arranged and about which the element with the receptacle arranged thereon, and the holder connected with the receptacle arranged thereon can be rotated relative to the housing, characterized in that a holding mechanism in the type of latching device is present, and the latching device is configured in the type of a spring-loaded protrusion and an associated receptacle for the spring-loaded protrusion in such a way that these allow a pivoting of the holder from the first to the second position only when a force that acts on the holder, or the receptacle , exceeds a threshold value, whereby the protrusion is pushed-in against the spring force and the receptacle is pivoted.
Fabrication method of a volatile substance dispensing device comprising: - welding a membrane layer , a separation layer and a removable barrier layer onto a container of the volatile substance; being the membrane layer adapted to progressively diffuse the volatile substance into ambient atmosphere; and preventing the barrier layer the diffusion of the volatile substance; characterized in that the method further comprises: - cutting at least one perimetral cleavage in the membrane layer ; and - filling at least partially the at least one perimetral cleavage with plastic blocking means preventing the diffusion of the volatile substance. - welding a membrane layer , a separation layer and a removable barrier layer onto a container of the volatile substance; being the membrane layer adapted to progressively diffuse the volatile substance into ambient atmosphere; and preventing the barrier layer the diffusion of the volatile substance; - cutting at least one perimetral cleavage in the membrane layer ; and - filling at least partially the at least one perimetral cleavage with plastic blocking means preventing the diffusion of the volatile substance.
Security element comprising a diffraction element diffracting in reflection , wherein the diffraction element comprises a diffraction structure for which a diffraction geometry defined by a nominal exposure direction and a nominal detection direction relative to the diffraction structure , in which a nominal exposure direction of the light intended for diffraction encloses an acute angle with a nominal detection direction , under which the reflectively diffracted light can be detected, at a point of incidence on or in the diffraction element , the nominal exposure direction designating the direction relative to the diffraction structure along which the light intended for diffraction can be detected along which light must impinge on the diffraction structure so that this impinging light is diffracted by the diffraction structure as the reflectively diffracted light, the directions of the nominal exposure direction and nominal detection direction with respect to the diffraction element and the diffraction structure embodied therein being determined by means of the impingement location on or in the diffraction structure, to which the nominal exposure direction points and from which the nominal detection direction emanates, and in each case two angles can be indicated in a coordinate system linked to the diffraction structure , the origin of which coincides with the point of incidence , wherein the one acute angle is less than 10 degrees or preferably less than 5 degrees or even more preferably less than 3 degrees, wherein the diffraction pattern is formed as a volume reflection hologram, wherein the diffraction element has a reflectively diffracting additional diffraction structure , the additional diffraction structure having an additional diffraction geometry , in which an additional nominal exposure direction of the light causing diffraction and an additional nominal detection direction , under which the additionally reflectively diffracted light can be detected, enclose an angle at the point of incidence which is greater than the one acute angle .
A transmitter comprising: a global transmission encoder , accepting input data to be partitioned_across two or more sub-channels of a communications channel and generating a set of reduced-modulus sub-channel transmit data, the two or more sub-channels each comprising a plurality of signal lines; communications sub-systems for each of the two or more sub-channels, each comprising: a data history pre-coder , accepting a respective one of the set of reduced-modulus sub-channel transmit data from the global transmission encoder and producing sub-channel transmit data based on the reduced modulus sub-channel transmit data and a prior codeword such that a signaling transition is provided by not retransmitting a given codeword in adjacent signaling intervals; a data encoder encoding the sub-channel transmit data into codewords of a vector signaling code; and, a driver producing physical signals representing the vector signaling code on the communications sub-channel. a global transmission encoder , accepting input data to be partitioned_across two or more sub-channels of a communications channel and generating a set of reduced-modulus sub-channel transmit data, the two or more sub-channels each comprising a plurality of signal lines; communications sub-systems for each of the two or more sub-channels, each comprising: a data history pre-coder , accepting a respective one of the set of reduced-modulus sub-channel transmit data from the global transmission encoder and producing sub-channel transmit data based on the reduced modulus sub-channel transmit data and a prior codeword such that a signaling transition is provided by not retransmitting a given codeword in adjacent signaling intervals; a data encoder encoding the sub-channel transmit data into codewords of a vector signaling code; and, a driver producing physical signals representing the vector signaling code on the communications sub-channel. a data history pre-coder , accepting a respective one of the set of reduced-modulus sub-channel transmit data from the global transmission encoder and producing sub-channel transmit data based on the reduced modulus sub-channel transmit data and a prior codeword such that a signaling transition is provided by not retransmitting a given codeword in adjacent signaling intervals; a data encoder encoding the sub-channel transmit data into codewords of a vector signaling code; and, a driver producing physical signals representing the vector signaling code on the communications sub-channel.
A coupling assembly for an air conditioning unit of a vehicle, comprising a tubular component on which a first and a second shoulder are formed extending radially outwards and delimiting a mounting area , a coupling component for coupling the tubular component to a receiving part , wherein the coupling component constitutes a separate component mounted on the tubular component at said mounting area, and wherein the coupling component is securable to the receiving part by means of a clamp that engages in slots formed in the receiving part and in the coupling component , wherein the coupling component consists of a collar which encircles the tubular component and comprises a plurality of elastic tongues that extend axially forward and radially inwards and are configured to engage in said mounting area of the tubular component at the first shoulder , and an inner shoulder configured to abut axially against said second shoulder, the assembly being characterized in that said inner shoulder is made of a less rigid material than the material of the coupling component . a tubular component on which a first and a second shoulder are formed extending radially outwards and delimiting a mounting area , a coupling component for coupling the tubular component to a receiving part , wherein the coupling component constitutes a separate component mounted on the tubular component at said mounting area, and wherein the coupling component is securable to the receiving part by means of a clamp that engages in slots formed in the receiving part and in the coupling component , wherein the coupling component consists of a collar which encircles the tubular component and comprises a plurality of elastic tongues that extend axially forward and radially inwards and are configured to engage in said mounting area of the tubular component at the first shoulder , and an inner shoulder configured to abut axially against said second shoulder, the assembly being characterized in that said inner shoulder is made of a less rigid material than the material of the coupling component .
A pigment composition comprising: at least one pigment selected from the group consisting of a perinone-based pigment and a perylene-based pigment; water; a resin having a constitutional unit represented by Formula 1; and at least one compound selected from the group consisting of a phthalimide compound having a carboxyalkyl group and a naphthalimide compound having a carboxyalkyl group, in which the resin having a constitutional unit represented by Formula 1 is an acrylic resin, in Formula 1, R 1 represents a hydrogen atom or a methyl group, L 2 represents -C(=O)O-, -OC(=O)-, or -C(=O)NR 2 -, R 2 represents a hydrogen atom or an alkyl group having 1 to 6 carbon atoms, and R 3 represents an alkyl group having 6 or more carbon atoms. at least one pigment selected from the group consisting of a perinone-based pigment and a perylene-based pigment; water; a resin having a constitutional unit represented by Formula 1; and at least one compound selected from the group consisting of a phthalimide compound having a carboxyalkyl group and a naphthalimide compound having a carboxyalkyl group, in which the resin having a constitutional unit represented by Formula 1 is an acrylic resin, in Formula 1, R 1 represents a hydrogen atom or a methyl group, L 2 represents -C(=O)O-, -OC(=O)-, or -C(=O)NR 2 -, R 2 represents a hydrogen atom or an alkyl group having 1 to 6 carbon atoms, and R 3 represents an alkyl group having 6 or more carbon atoms.
A method of determining, by a computer, an output vector comprising at least an output variable, said output vector defining corrections to be applied to at least a feature of a second process for manufacturing a semiconductor integrated circuit, said method comprising: - Obtaining a first series of values of an input vector for a first process for manufacturing the same semiconductor integrated circuit at a first plurality of points of a first layout, said input vector comprising at least an input variable; - Obtaining a second series of values of the at least a component of the input vector for the second process at one of the same first plurality of points on the first layout and a second plurality of points on a second layout; characterized in that the method further comprises: - Determining values of a state vector comprising at least a state variable, said state vector representative of a state of differences between the first and the second series of values of the input vector; - Obtaining by a direct calculation the output vector for the series of values of the state vector. - Obtaining a first series of values of an input vector for a first process for manufacturing the same semiconductor integrated circuit at a first plurality of points of a first layout, said input vector comprising at least an input variable; - Obtaining a second series of values of the at least a component of the input vector for the second process at one of the same first plurality of points on the first layout and a second plurality of points on a second layout; - Determining values of a state vector comprising at least a state variable, said state vector representative of a state of differences between the first and the second series of values of the input vector; - Obtaining by a direct calculation the output vector for the series of values of the state vector.
A dual detector comprising a detection head including: - an inductive sensor, and - a ground-penetrating radar comprising a transmitting antenna and a receiving antenna , the detector being characterized in that the transmitting antenna and the receiving antenna have a thickness (e) less than or equal to one micron in order to limit the interactions with the inductive sensor . - an inductive sensor, and - a ground-penetrating radar comprising a transmitting antenna and a receiving antenna , the detector being characterized in that the transmitting antenna and the receiving antenna have a thickness (e) less than or equal to one micron in order to limit the interactions with the inductive sensor .
A system for dispensing towels , the system comprising: a container configured to receive a roll of towels, the container including a handle configured to be grasped by a user; characterised in that : the system further comprises a bracket configured to mount to a support surface, the bracket engaging the handle to alternately suspend the container from the support surface in a first orientation and in a second orientation that is different than the first orientation. a container configured to receive a roll of towels, the container including a handle configured to be grasped by a user; characterised in that : the system further comprises a bracket configured to mount to a support surface, the bracket engaging the handle to alternately suspend the container from the support surface in a first orientation and in a second orientation that is different than the first orientation.
Communication device (10; 10a) for a diagnostic system of a motor vehicle, having a housing that has a housing section , connectable to an on-vehicle mating connector, with connecting pins and connection regions for the mating connector, having at least one circuit carrier in the form of a printed circuit board for arranging electronic components , having a first antenna in the form of a mobile radio antenna and having a second antenna in the form of a navigation antenna, wherein the at least one printed circuit board extends perpendicularly with respect to a direction of installation , defined by the connection regions of the connecting pins , of the housing section , that the two antennas are arranged on the side of the at least one printed circuit board that is remote from the connecting pins , and that the first antenna comprises a first transmitting and receiving area and is arranged at an end region of the housing that is opposite the connecting pins , characterized in that a through-opening (46; 46a) bounded by a through-element (45; 45a) is produced in the housing between the two antennas in a direction that runs parallel to the at least one printed circuit board .
Polymerization composition for manufacturing a hybrid material for plastic scintillation detection comprising: - monomers, oligomers or their mixtures intended to form at least one constituent polymer of a polymeric matrix; - a liquid fluorescent mixture comprising, in a molar concentration with respect to the total number of moles of primary fluorophore in the liquid fluorescent mixture; i) from 95.6 molar% to 99.1 molar% of a main primary fluorophore consisting of naphthalene; and ii) from 0.9 molar% to 4.4 molar% of an additional primary fluorophore, the centroid of the light absorption spectrum and of the fluorescence emission spectrum of which respectively have a wavelength comprised between 250 nm and 340 nm and comprised between 330 nm and 380 nm, the fluorescence decay constant of which is comprised between 1 ns and 10 ns and the fluorescence quantum yield in a nonpolar solvent of which is comprised between 0.2 and 1. - monomers, oligomers or their mixtures intended to form at least one constituent polymer of a polymeric matrix; - a liquid fluorescent mixture comprising, in a molar concentration with respect to the total number of moles of primary fluorophore in the liquid fluorescent mixture; i) from 95.6 molar% to 99.1 molar% of a main primary fluorophore consisting of naphthalene; and ii) from 0.9 molar% to 4.4 molar% of an additional primary fluorophore, the centroid of the light absorption spectrum and of the fluorescence emission spectrum of which respectively have a wavelength comprised between 250 nm and 340 nm and comprised between 330 nm and 380 nm, the fluorescence decay constant of which is comprised between 1 ns and 10 ns and the fluorescence quantum yield in a nonpolar solvent of which is comprised between 0.2 and 1. i) from 95.6 molar% to 99.1 molar% of a main primary fluorophore consisting of naphthalene; and ii) from 0.9 molar% to 4.4 molar% of an additional primary fluorophore, the centroid of the light absorption spectrum and of the fluorescence emission spectrum of which respectively have a wavelength comprised between 250 nm and 340 nm and comprised between 330 nm and 380 nm, the fluorescence decay constant of which is comprised between 1 ns and 10 ns and the fluorescence quantum yield in a nonpolar solvent of which is comprised between 0.2 and 1.