mhurhangee/patent-ind-claim-en huggingface dataset:
Positioning system of a vehicle equipped with an electrical energy storage means in a predetermined recharging position with respect to a pad on the ground of a recharging station , wherein the pad is electrically connected to a source of electrical power, and the vehicle carrying a shoe gear connected electrically to the electrical energy storage means and which, once the vehicle is in the predetermined recharging position, is moved to come into electrical contact with the pad, comprising : - on one side among a ground side and an onboard side, a generation module of a magnetic field, a characteristic quantity of which is a function of the position with respect to a reference point of the generation module; - on the other side, a measuring module of the magnetic field, designed to measure the characteristic quantity and compare it with a reference value (B Ref ), in order to control the movement of the vehicle and stop it at a predetermined relative position with respect to the reference point, wherein the predetermined relative position corresponds to the predetermined recharging position, characterized in that the generation module of a magnetic field comprises a current loop that is arranged substantially horizontally, and is traversed by an induction current that is designed to generate the magnetic field, wherein the reference point is the geometric center of the loop, and in that the generation module of a magnetic field comprises a current loop comprises a central loop and a plurality of peripheral loops , and wherein the flow direction of the induction current in the central loop is opposed to the flow direction of the induction current in the peripheral loops. - on one side among a ground side and an onboard side, a generation module of a magnetic field, a characteristic quantity of which is a function of the position with respect to a reference point of the generation module; - on the other side, a measuring module of the magnetic field, designed to measure the characteristic quantity and compare it with a reference value (B Ref ), in order to control the movement of the vehicle and stop it at a predetermined relative position with respect to the reference point, wherein the predetermined relative position corresponds to the predetermined recharging position,
A data processing method for evaluating ride comfortability during an autonomous driving, implemented by a data processing apparatus, comprising: receiving evaluation data input by a user through a data collection port, the evaluation data comprising evaluation information of the user for each driving action of a vehicle on which the user rides; determining environmental information and vehicle driving parameters when the vehicle executes each driving action, wherein the environmental information comprises weather information, road condition information and road surface status information; and according to the evaluation information corresponding to each driving action of the vehicle, as well as the environmental information and vehicle driving parameters, training a preset deep learning algorithm model, to obtain an evaluation model for outputting ride comfortability; wherein, the determining environmental information and vehicle driving parameters when the vehicle executes each driving action, comprises: determining an execution location and an execution time when the vehicle executes each driving action; determining the environmental information and vehicle driving parameters according to the execution location and the execution time. receiving evaluation data input by a user through a data collection port, the evaluation data comprising evaluation information of the user for each driving action of a vehicle on which the user rides; determining environmental information and vehicle driving parameters when the vehicle executes each driving action, wherein the environmental information comprises weather information, road condition information and road surface status information; and according to the evaluation information corresponding to each driving action of the vehicle, as well as the environmental information and vehicle driving parameters, training a preset deep learning algorithm model, to obtain an evaluation model for outputting ride comfortability; wherein, the determining environmental information and vehicle driving parameters when the vehicle executes each driving action, comprises: determining an execution location and an execution time when the vehicle executes each driving action; determining the environmental information and vehicle driving parameters according to the execution location and the execution time. determining an execution location and an execution time when the vehicle executes each driving action; determining the environmental information and vehicle driving parameters according to the execution location and the execution time.
An axle assembly comprising: a housing assembly that receives a differential assembly and that at least partially defines a cavity that has a sump portion that receives lubricant ; an electric motor module that is mounted to the housing assembly ; a transmission module that includes: a first transmission housing that is mounted to the electric motor module and is fluidly connected to the housing assembly via a first lubricant passage ; and a second transmission housing that is mounted to the first transmission housing , wherein the first and second transmission housings cooperate to define a transmission housing cavity that receives a transmission , and a lubricant catcher is received in the transmission housing cavity , the lubricant catcher being mounted to the second transmission housing and extending from the second transmission housing toward the first transmission housing . a housing assembly that receives a differential assembly and that at least partially defines a cavity that has a sump portion that receives lubricant ; an electric motor module that is mounted to the housing assembly ; a transmission module that includes: a first transmission housing that is mounted to the electric motor module and is fluidly connected to the housing assembly via a first lubricant passage ; and a second transmission housing that is mounted to the first transmission housing , wherein the first and second transmission housings cooperate to define a transmission housing cavity that receives a transmission , and a lubricant catcher is received in the transmission housing cavity , the lubricant catcher being mounted to the second transmission housing and extending from the second transmission housing toward the first transmission housing . a first transmission housing that is mounted to the electric motor module and is fluidly connected to the housing assembly via a first lubricant passage ; and a second transmission housing that is mounted to the first transmission housing , wherein the first and second transmission housings cooperate to define a transmission housing cavity that receives a transmission , and a lubricant catcher is received in the transmission housing cavity , the lubricant catcher being mounted to the second transmission housing and extending from the second transmission housing toward the first transmission housing .
Device for detecting the characteristics of the prostate, in particular in order to identify potentially pathological conditions of the prostate itself, including: - an insertion element that is intended to be inserted through the anus into a person' s rectum, - a pressure sensor which is mounted on an expandable element and which is configured to detect the elasticity of the prostate tissues of said subject and/or at least a morphological and/or dimensional characteristic of the prostate of said subject, - said expandable element which is configured to assume a first condition, which is suitable for allowing said expandable element to be housed - wholly or mostly - in the insertion element , and a second a condition that is such as to bring said pressure sensor , mounted on said expandable element , into contact/adherence with the prostate of said subject, - an extractor means which is associated with the insertion element and which is intended to always remain, at least in part, external to the anus of said subject, - an introducer element which is configured to be inserted, at least partially, inside the anus of said subject for stabilization of the device with respect to the anus of said subject, said insertion element being slidably movable with respect to said introducer element , and characterized in that the introducer element comprises a shaped body which is internally hollow, so as to enable the sliding crossing by the insertion element inside the introducer element during introduction of the insertion element into the rectum without the insertion element coming into contact with the internal walls of the anus, and which is configured both in terms of shape and size so as to be anatomically hooked and stabilized to the anus of said subject. - an insertion element that is intended to be inserted through the anus into a person' s rectum, - a pressure sensor which is mounted on an expandable element and which is configured to detect the elasticity of the prostate tissues of said subject and/or at least a morphological and/or dimensional characteristic of the prostate of said subject, - said expandable element which is configured to assume a first condition, which is suitable for allowing said expandable element to be housed - wholly or mostly - in the insertion element , and a second a condition that is such as to bring said pressure sensor , mounted on said expandable element , into contact/adherence with the prostate of said subject, - an extractor means which is associated with the insertion element and which is intended to always remain, at least in part, external to the anus of said subject, - an introducer element which is configured to be inserted, at least partially, inside the anus of said subject for stabilization of the device with respect to the anus of said subject, said insertion element being slidably movable with respect to said introducer element ,
An apparatus for automated control of gas washout of a patient interface of a respiratory treatment apparatus comprising: a vent assembly having a variable exhaust area, the vent assembly being associated with a patient interface to vent expiratory gas, characterized in that the vent assembly includes a spherical diverter and a conduit casing that houses the spherical diverter , the spherical diverter having a flow bore (1114, 1277-1, 1277-2) for directing the expiratory gas to one or more exhaust ports of the conduit casing for venting; and an actuator to manipulate orientation of the spherical diverter to variably adjust the exhaust area with respect to the one or more exhaust ports of the conduit casing .
Compound of the general formula (I): wherein: X represents a hydrogen atom, or a halogen atom (Hal), where (Hal) is fluorine, chlorine, bromine or iodine, or a straight- or branched-chain C p (Hal) 2p+1 polyhalogenoalkyl group, where p = 1, 2, 3 or 4, (Hal) having the same meaning as indicated above; Y represents an oxygen atom, or a sulfur atom, or an N-R" radical where R" represents a hydrogen atom, an -OH radical, a straight- or branched-chain C q H 2q+1 alkyl radical, where q = 1, 2, 3 or 4 ; ()m represents a number m of methylene group(s), whose value is 1, 2 or 3 ()n represents a number n of methylene group(s), whose value is 0, 1, 2 or 3 ()r and ()s represent a number r and s respectively of methylene group(s), whose values are: r = s = 0; orr = s = 1; orr = s = 2; orr = 0 and s = 1; or lastly r = 0 and s = 2; R represents a hydrogen atom, or a straight- or branched-chain C1-C5 alkyl group, capable of carrying one or more F atoms R' represents a C3-C10 cycloalkyl capable of carrying one or more R groups and of possessing an oxygen atom, or a nitrogen atom that can be substituted by R, as well as its enantiomers or diastereoisomers and its racemics, its acid salts, its hydrates or its solvation products. X represents a hydrogen atom, or a halogen atom (Hal), where (Hal) is fluorine, chlorine, bromine or iodine, or a straight- or branched-chain C p (Hal) 2p+1 polyhalogenoalkyl group, where p = 1, 2, 3 or 4, (Hal) having the same meaning as indicated above; a hydrogen atom, or a halogen atom (Hal), where (Hal) is fluorine, chlorine, bromine or iodine, or a straight- or branched-chain C p (Hal) 2p+1 polyhalogenoalkyl group, where p = 1, 2, 3 or 4, (Hal) having the same meaning as indicated above; Y represents an oxygen atom, or a sulfur atom, or an N-R" radical where R" represents a hydrogen atom, an -OH radical, a straight- or branched-chain C q H 2q+1 alkyl radical, where q = 1, 2, 3 or 4 ; an oxygen atom, or a sulfur atom, or an N-R" radical where R" represents a hydrogen atom, an -OH radical, a straight- or branched-chain C q H 2q+1 alkyl radical, where q = 1, 2, 3 or 4 ; ()m represents a number m of methylene group(s), whose value is 1, 2 or 3 ()n represents a number n of methylene group(s), whose value is 0, 1, 2 or 3 ()r and ()s represent a number r and s respectively of methylene group(s), whose values are: r = s = 0; orr = s = 1; orr = s = 2; orr = 0 and s = 1; or lastly r = 0 and s = 2; R represents a hydrogen atom, or a straight- or branched-chain C1-C5 alkyl group, capable of carrying one or more F atoms a hydrogen atom, or a straight- or branched-chain C1-C5 alkyl group, capable of carrying one or more F atoms R' represents a C3-C10 cycloalkyl capable of carrying one or more R groups and of possessing an oxygen atom, or a nitrogen atom that can be substituted by R, as well as its enantiomers or diastereoisomers and its racemics, its acid salts, its hydrates or its solvation products.
An implantable medical device comprising: a feedthrough assembly comprising an insulator and a plurality of conducting elements extending therethrough; a case with an opening into which the feedthrough assembly is placed defining a narrow space therebetween; a braze material filling the narrow space, thereby hermetically sealing the feedthrough assembly to the case; wherein one of the feedthrough assembly and the case comprise a feature configured to securely hold the braze and in that the implantable medical device does not include a ferrule, wherein the feedthrough assembly includes a top surface, a bottom surface and metallization on at least one surface, characterized in that the metallization is configured to control the dimensions of the braze such that it is at least 254 μm (0.010 inches) below the top surface of the feedthrough assembly and at least 254 μm (0.010 inches) above a bottom surface of the feedthrough assembly. a feedthrough assembly comprising an insulator and a plurality of conducting elements extending therethrough; a case with an opening into which the feedthrough assembly is placed defining a narrow space therebetween; a braze material filling the narrow space, thereby hermetically sealing the feedthrough assembly to the case; wherein one of the feedthrough assembly and the case comprise a feature configured to securely hold the braze and in that the implantable medical device does not include a ferrule, wherein the feedthrough assembly includes a top surface, a bottom surface and metallization on at least one surface, characterized in that the metallization is configured to control the dimensions of the braze such that it is at least 254 μm (0.010 inches) below the top surface of the feedthrough assembly and at least 254 μm (0.010 inches) above a bottom surface of the feedthrough assembly.
A light-emitting device comprising: a first electrode ; a second electrode facing the first electrode ; an interlayer arranged between the first electrode and the second electrode , and comprising an emission layer; and a capping layer , wherein the emission layer comprises a first emitter, the first emitter emits first light having a first emission spectrum, the capping layer is arranged in a path on which the first light travels, an emission peak wavelength of the first light is in a range of 610 nm to 720 nm, the first emitter comprises iridium, the capping layer comprises an amine-containing compound, characterized in that a value of ratio of the refractive index to full width at half maximum (FWHM) (RRF value) of the first light extracted to the outside through the capping layer is 2.0 or more, and the RRF value is calculated by Equation 1: R(cap) / FWHM(D) x 100 wherein, in Equation 1, R(cap) is a refractive index of the amine-containing compound with respect to second light having a wavelength of the emission peak wavelength of the first light ± 33 nm, and FWHM(D) is an FWHM of a main peak in an electroluminescence (EL) spectrum of the first light extracted to the outside through the capping layer , and a unit of the FWHM(D) is nm. a first electrode ; a second electrode facing the first electrode ; an interlayer arranged between the first electrode and the second electrode , and comprising an emission layer; and a capping layer , wherein the emission layer comprises a first emitter, the first emitter emits first light having a first emission spectrum, the capping layer is arranged in a path on which the first light travels, an emission peak wavelength of the first light is in a range of 610 nm to 720 nm, the first emitter comprises iridium, the capping layer comprises an amine-containing compound, characterized in that a value of ratio of the refractive index to full width at half maximum (FWHM) (RRF value) of the first light extracted to the outside through the capping layer is 2.0 or more, and the RRF value is calculated by Equation 1: R(cap) / FWHM(D) x 100 wherein, in Equation 1, R(cap) is a refractive index of the amine-containing compound with respect to second light having a wavelength of the emission peak wavelength of the first light ± 33 nm, and FWHM(D) is an FWHM of a main peak in an electroluminescence (EL) spectrum of the first light extracted to the outside through the capping layer , and a unit of the FWHM(D) is nm.
A machine tool comprising; a cutting tool for cutting a workpiece (W), a rotating means for rotating the cutting tool and the workpiece (W) relative to each other, a feeding means for feeding the cutting tool and the workpiece (W) in a predetermined machining feeding direction; a vibration means for relatively reciprocally vibrating the cutting tool and the workpiece (W), and a control unit (C1); wherein the cutting process is carried out by a relative rotation of the workpiece (W) and the cutting tool , and feeding of the cutting tool in the machining feeding direction of the cutting tool , to thereby move the cutting tool continuously along a plurality of predetermined movement paths each having a different machining feeding direction; and characterized in that the control unit (C1) is configured to control the vibration means to: as the movement of the cutting tool changes from one movement path of two consecutive movement paths to the other movement path, stop the relative reciprocating vibration for a predetermined period from the movement starting position of the movement paths, the predetermined period being a period in which the cutting tool moves by a vibrating width of the reciprocating vibration in the moving path from a movement starting position of the moving path; and start the relative reciprocating vibration after the lapse of said predetermined period. wherein the cutting process is carried out by a relative rotation of the workpiece (W) and the cutting tool , and feeding of the cutting tool in the machining feeding direction of the cutting tool , to thereby move the cutting tool continuously along a plurality of predetermined movement paths each having a different machining feeding direction; and characterized in that the control unit (C1) is configured to control the vibration means to: as the movement of the cutting tool changes from one movement path of two consecutive movement paths to the other movement path, stop the relative reciprocating vibration for a predetermined period from the movement starting position of the movement paths, the predetermined period being a period in which the cutting tool moves by a vibrating width of the reciprocating vibration in the moving path from a movement starting position of the moving path; and start the relative reciprocating vibration after the lapse of said predetermined period. as the movement of the cutting tool changes from one movement path of two consecutive movement paths to the other movement path, stop the relative reciprocating vibration for a predetermined period from the movement starting position of the movement paths, the predetermined period being a period in which the cutting tool moves by a vibrating width of the reciprocating vibration in the moving path from a movement starting position of the moving path; and start the relative reciprocating vibration after the lapse of said predetermined period.
A robotic system comprising: a linkage coupled to a joint ; a drive or brake system coupled to the joint ; and a joint sensor configured to sense torques applied to the joint by manual efforts of a user; a manipulator coupled to linkage ; and a processor, characterized in that the processor is configured to: transmit signals to the drive or brake system so as to inhibit manual articulation of the linkage by the user from a first pose in response to a first manual effort by the user against the linkage being below a desired articulation threshold; alter the signals in response to a second manual effort by the user to articulate the linkage exceeding the desired articulation threshold, wherein the altered signals are configured to facilitate a manual movement of the linkage from the first pose toward a second pose by the user; and inhibit, in response to a mounting of a cannula to the manipulator , manual articulation of the joint by the user with the second manual effort to articulate the linkage exceeding the desired articulation threshold, wherein the mounting of the cannula is determined based on signals transmitted by the manipulator . a linkage coupled to a joint ; a drive or brake system coupled to the joint ; and a joint sensor configured to sense torques applied to the joint by manual efforts of a user; a manipulator coupled to linkage ; and a processor, characterized in that the processor is configured to: transmit signals to the drive or brake system so as to inhibit manual articulation of the linkage by the user from a first pose in response to a first manual effort by the user against the linkage being below a desired articulation threshold; alter the signals in response to a second manual effort by the user to articulate the linkage exceeding the desired articulation threshold, wherein the altered signals are configured to facilitate a manual movement of the linkage from the first pose toward a second pose by the user; and inhibit, in response to a mounting of a cannula to the manipulator , manual articulation of the joint by the user with the second manual effort to articulate the linkage exceeding the desired articulation threshold, wherein the mounting of the cannula is determined based on signals transmitted by the manipulator . transmit signals to the drive or brake system so as to inhibit manual articulation of the linkage by the user from a first pose in response to a first manual effort by the user against the linkage being below a desired articulation threshold; alter the signals in response to a second manual effort by the user to articulate the linkage exceeding the desired articulation threshold, wherein the altered signals are configured to facilitate a manual movement of the linkage from the first pose toward a second pose by the user; and inhibit, in response to a mounting of a cannula to the manipulator , manual articulation of the joint by the user with the second manual effort to articulate the linkage exceeding the desired articulation threshold, wherein the mounting of the cannula is determined based on signals transmitted by the manipulator .