mhurhangee/patent-ind-claim-en huggingface dataset:
A contrast-amplifying carrier (SAC) for observing a sample (ECH, ECD), comprising a transparent substrate (SS) bearing at least one absorbent coating suitable for behaving as an antireflection coating when it is illuminated at normal incidence at an illumination wavelength λ through said substrate and when the face of said coating opposite said substrate is in contact with a medium referred to as a transparent ambient medium (ME), the refractive index n 3 of which is lower than that of the refractive index n 0 of said substrate, characterized in that said absorbent coating comprises: an absorbent sublayer at said illumination wavelength λ and which exhibits, when it is illuminated at normal incidence at this same wavelength, a reflection extinction by destructive interference, referred to as the contrast sublayer (SCC), deposited on the surface of said transparent substrate; and an absorbent layer referred to as sensitive layer (CS), distinct from said contrast sublayer and comprising between 1 and 5 sheets of at least one two-dimensional material. an absorbent sublayer at said illumination wavelength λ and which exhibits, when it is illuminated at normal incidence at this same wavelength, a reflection extinction by destructive interference, referred to as the contrast sublayer (SCC), deposited on the surface of said transparent substrate; and an absorbent layer referred to as sensitive layer (CS), distinct from said contrast sublayer and comprising between 1 and 5 sheets of at least one two-dimensional material.
A method for determining damage to a rotating machine or components thereof, wherein the rotating machine includes a gearbox, the method comprising the steps of: calculating one or more damage coefficients by determining damage under rated operating conditions and determining damage under one or more field operating conditions of the same duration, wherein determining damage under field operating conditions includes: monitoring one or more loads acting on the gearbox by monitoring outputs of one or more condition monitoring sensors placed in or on the gearbox at predetermined locations; and based on said outputs, calculating damage caused by the one or more loads using a meta-model, the meta-model being constructed by obtaining a number of data samples from a gearbox model prior to the start of gearbox operation and determining an underlying trend using response surface methodology, wherein the one or more damage coefficients are a function of the damage under rated operating conditions and the damage under the one or more field operating conditions of the same duration; providing data relating to one or more operating conditions ; and determining damage as a function of the one or more operating conditions and the one or more damage coefficients corresponding to the one or more operating conditions . monitoring one or more loads acting on the gearbox by monitoring outputs of one or more condition monitoring sensors placed in or on the gearbox at predetermined locations; and based on said outputs, calculating damage caused by the one or more loads using a meta-model, the meta-model being constructed by obtaining a number of data samples from a gearbox model prior to the start of gearbox operation and determining an underlying trend using response surface methodology, wherein the one or more damage coefficients are a function of the damage under rated operating conditions and the damage under the one or more field operating conditions of the same duration; providing data relating to one or more operating conditions ; and determining damage as a function of the one or more operating conditions and the one or more damage coefficients corresponding to the one or more operating conditions .
A method of making a building element having two large faces, comprising: - providing one or more sheets adapted to form a first and a second large face , respectively, at least one of the large faces carrying spacing elements for providing a desired thickness of the building element ; - providing a first supply device for supplying pad members ; - providing a first feeding wheel adapted for receiving pad members from the supply device ; and - rotating the first feeding wheel to fetch a first one of the pad members from the supply device in a first position, and, - rotating the feeding wheel further to a second position in which the pad member is transferred to a predetermined position on the sheet , wherein in said predetermined position, the width (wp) of the pad member being less than half of the width (Ws) of the sheet , preferably the width (wp) of said pad member not exceeding 15% of the width (Ws) of said sheet . - providing one or more sheets adapted to form a first and a second large face , respectively, at least one of the large faces carrying spacing elements for providing a desired thickness of the building element ; - providing a first supply device for supplying pad members ; - providing a first feeding wheel adapted for receiving pad members from the supply device ; and - rotating the first feeding wheel to fetch a first one of the pad members from the supply device in a first position, and, - rotating the feeding wheel further to a second position in which the pad member is transferred to a predetermined position on the sheet , wherein in said predetermined position, the width (wp) of the pad member being less than half of the width (Ws) of the sheet , preferably the width (wp) of said pad member not exceeding 15% of the width (Ws) of said sheet .
A photosensitive composition comprising a Fischer-type carbene ruthenium metathesis catalyst admixed or dissolved within a polymerizable material matrix comprising at least one unsaturated organic precursor, each organic precursor having at least one alkene or one alkyne bond, wherein the ruthenium carbene catalyst can be activated by irradiation by light having at least one wavelength in a range of from 150 to 800 nm.
A computer system for monitoring operations of one or more fields, comprising: a database for storing agricultural data including yield and field data related to the one or more fields; and at least one processing unit coupled to the database , the at least one processing unit being configured to: monitor operations of the one or more fields, store the agricultural data based on the monitoring, characterized in that the at least one processing unit is further configured to: automatically determine whether a correlation between yield data and different variables or parameters of the agricultural data each affecting the one or more fields exceeds a threshold, and identify a category of issues that have potentially caused the correlation based on the agricultural data. a database for storing agricultural data including yield and field data related to the one or more fields; and at least one processing unit coupled to the database , the at least one processing unit being configured to: monitor operations of the one or more fields, store the agricultural data based on the monitoring, monitor operations of the one or more fields, store the agricultural data based on the monitoring, characterized in that the at least one processing unit is further configured to: automatically determine whether a correlation between yield data and different variables or parameters of the agricultural data each affecting the one or more fields exceeds a threshold, and identify a category of issues that have potentially caused the correlation based on the agricultural data. automatically determine whether a correlation between yield data and different variables or parameters of the agricultural data each affecting the one or more fields exceeds a threshold, and identify a category of issues that have potentially caused the correlation based on the agricultural data.
A robot control apparatus comprising: a power supply board including a power supply circuit; and a driving board including a driving circuit for driving a robot with electric power supplied from the power supply board , a control board including a control circuit for controlling the robot , characterized in that in a thickness direction of the power supply board , a distance between a surface of the power supply board , on which the power supply circuit is provided, and a surface of the driving board , on which the driving circuit is provided, is smaller than a maximum height of the power supply board , and the control board and the driving board are disposed within a range in a height direction of a maximum height portion of the power supply board . a power supply board including a power supply circuit; and a driving board including a driving circuit for driving a robot with electric power supplied from the power supply board , a control board including a control circuit for controlling the robot , characterized in that in a thickness direction of the power supply board , a distance between a surface of the power supply board , on which the power supply circuit is provided, and a surface of the driving board , on which the driving circuit is provided, is smaller than a maximum height of the power supply board , and the control board and the driving board are disposed within a range in a height direction of a maximum height portion of the power supply board .
Architectural assembly composed of wall elements made of concrete filled with conductive particles, with a conductive mesh forming shielding against electromagnetic radiation, where said wall elements consist of a panel 1 of concrete filled with conductive particles, said panel having no conductive mesh for electromagnetic shielding, characterized in that at least one of the faces is provided with a skin 2, 3 consisting of a conductive mesh for electromagnetic shielding, which mesh is embedded or not embedded in a finishing material, said conductive mesh having meshes of less than 30 x 30 millimeters.
A method of wireless communication performed by a user equipment, UE , the method comprising: identifying a length of a filler signal based at least in part on a parameter of the filler signal configured by a base station ; transmitting the filler signal of the identified length to reserve access to a shared radio frequency, RF, spectrum band, the filler signal transmitted during a transmission gap that occurs between a downlink, DL, transmission and an uplink, UL, transmission in time division duplex, TDD; and transmitting the UL transmission on the reserved shared RF spectrum band subsequent to the transmission of the filler signal . identifying a length of a filler signal based at least in part on a parameter of the filler signal configured by a base station ; transmitting the filler signal of the identified length to reserve access to a shared radio frequency, RF, spectrum band, the filler signal transmitted during a transmission gap that occurs between a downlink, DL, transmission and an uplink, UL, transmission in time division duplex, TDD; and transmitting the UL transmission on the reserved shared RF spectrum band subsequent to the transmission of the filler signal .
A method for emergency call of a terminal , characterized in that the method comprises: detecting, by the terminal , a user initiates an emergency call in response to an operation in a locked state of the terminal; obtaining, by the terminal , current geographical location information of the terminal ; and presenting, by the terminal , the current geographical location information on a screen of the terminal , wherein a presentation form comprises at least one of the following: a text form and a map form; wherein the presenting the current geographical location information on the screen comprises: displaying a thumbnail view on the screen , wherein the thumbnail view comprises the current geographical location information; receiving a first user operation, wherein the first user operation is used to instruct the terminal to display a detailed view, and the detailed view comprises the current geographical location information; displaying the detailed view on the screen . detecting, by the terminal , a user initiates an emergency call in response to an operation in a locked state of the terminal; obtaining, by the terminal , current geographical location information of the terminal ; and presenting, by the terminal , the current geographical location information on a screen of the terminal , wherein a presentation form comprises at least one of the following: a text form and a map form; wherein the presenting the current geographical location information on the screen comprises: displaying a thumbnail view on the screen , wherein the thumbnail view comprises the current geographical location information; receiving a first user operation, wherein the first user operation is used to instruct the terminal to display a detailed view, and the detailed view comprises the current geographical location information; displaying the detailed view on the screen . displaying a thumbnail view on the screen , wherein the thumbnail view comprises the current geographical location information; receiving a first user operation, wherein the first user operation is used to instruct the terminal to display a detailed view, and the detailed view comprises the current geographical location information; displaying the detailed view on the screen .
A faucet, comprising: a base configured to detachably mount to a mounting surface; a sleeve coupled to the base , the sleeve extending upward from the base ; a handle body disposed around the sleeve and configured to rotate relative to the base about a longitudinal axis (LA) defined by the handle body ; a handle extending outwardly from a side of the handle body , the handle extending along a radial axis (RA), which extends radially relative to the longitudinal axis (LA); a first valve having at least a portion disposed within the base ; a second valve ; and a spout configured to receive and output water; wherein the handle rotates with the handle body about the longitudinal axis (LA) to control the first valve ; characterized in that the second valve has at least a portion disposed within the handle ; and the handle is rotatable relative to the handle body about the radial axis (RA) to control the second valve . a base configured to detachably mount to a mounting surface; a sleeve coupled to the base , the sleeve extending upward from the base ; a handle body disposed around the sleeve and configured to rotate relative to the base about a longitudinal axis (LA) defined by the handle body ; a handle extending outwardly from a side of the handle body , the handle extending along a radial axis (RA), which extends radially relative to the longitudinal axis (LA); a first valve having at least a portion disposed within the base ; a second valve ; and a spout configured to receive and output water; wherein the handle rotates with the handle body about the longitudinal axis (LA) to control the first valve ; characterized in that the second valve has at least a portion disposed within the handle ; and the handle is rotatable relative to the handle body about the radial axis (RA) to control the second valve .
A method for managing the movement of a vehicle configured for transporting a load comprising a ball and a support structure cooperating with said ball , wherein the ball represents the single point of contact with the ground (S) and is configured for moving the vehicle with respect to the ground (S), the method comprising the steps of: - measuring at least one parameter relative to the position of the vehicle with respect to the ground (S) by means of at least one sensor positioned on the vehicle ; - processing the measurement of said parameter in a first subsystem which represents the pattern of the vehicle along the vertical plane yz which divides the vehicle in its front and rear halves and in a second subsystem which represents the pattern of the vehicle along the vertical plane xz, orthogonal to plane yz, which divides the vehicle in its right and left halves; - estimating a dynamic state of the vehicle based on the processing of at least said parameter and calculating control information through a control module ; and - implementing at least one mechanism in response to the calculation of the control information to maintain the vehicle in an equilibrium state, said mechanism being coupled with the ball ; characterized in that the processing of the measurement of the parameter in the first and in the second subsystem takes place in a parallel and synchronized manner. - measuring at least one parameter relative to the position of the vehicle with respect to the ground (S) by means of at least one sensor positioned on the vehicle ; - processing the measurement of said parameter in a first subsystem which represents the pattern of the vehicle along the vertical plane yz which divides the vehicle in its front and rear halves and in a second subsystem which represents the pattern of the vehicle along the vertical plane xz, orthogonal to plane yz, which divides the vehicle in its right and left halves; - estimating a dynamic state of the vehicle based on the processing of at least said parameter and calculating control information through a control module ; and - implementing at least one mechanism in response to the calculation of the control information to maintain the vehicle in an equilibrium state, said mechanism being coupled with the ball ;
A method of manufacturing a workpiece fixture , for supporting a workpiece in a precision manufacturing process; the method comprising: providing a generic material fixture and a sheet material supported on the generic material fixture; and characterised by the following steps: precision processing the sheet material to form support blades (116, 118 616, 618) for a target workpiece fixture ; each support blade having a support locus ; the support locus of at least one said support blade having at least one interstice , wherein each interstice is a gap or break in a generally continuous support locus, giving rise to a clearance between the workpiece and the workpiece support fixture ; and constructing a target workpiece fixture comprising the support blades; wherein the support loci together define a workpiece support and wherein the or each interstice is positioned based on where a target pattern and the support loci coincide. providing a generic material fixture and a sheet material supported on the generic material fixture; and characterised by the following steps: precision processing the sheet material to form support blades (116, 118 616, 618) for a target workpiece fixture ; each support blade having a support locus ; the support locus of at least one said support blade having at least one interstice , wherein each interstice is a gap or break in a generally continuous support locus, giving rise to a clearance between the workpiece and the workpiece support fixture ; and constructing a target workpiece fixture comprising the support blades; wherein the support loci together define a workpiece support and wherein the or each interstice is positioned based on where a target pattern and the support loci coincide. precision processing the sheet material to form support blades (116, 118 616, 618) for a target workpiece fixture ; each support blade having a support locus ; the support locus of at least one said support blade having at least one interstice , wherein each interstice is a gap or break in a generally continuous support locus, giving rise to a clearance between the workpiece and the workpiece support fixture ; and constructing a target workpiece fixture comprising the support blades; wherein the support loci together define a workpiece support and wherein the or each interstice is positioned based on where a target pattern and the support loci coincide.
An apparatus comprising: at least one first arrangement providing a radiation which includes at least one first electro-magnetic radiation directed to a sample and at least one second electro-magnetic radiation directed to a reference, wherein a wavelength of the radiation provided by the at least one first arrangement varies over time; and at least one second arrangement capable of detecting an interference signal between at least one third radiation associated with the at least one first radiation and at least one fourth radiation associated with the at least one second radiation, wherein the at least one second arrangement is capable of obtaining at least one signal associated with at least one phase of at least one frequency component of the interference signal over less than an entire sweep of the wavelength, and comparing the at least one phase to at least one particular information. at least one first arrangement providing a radiation which includes at least one first electro-magnetic radiation directed to a sample and at least one second electro-magnetic radiation directed to a reference, wherein a wavelength of the radiation provided by the at least one first arrangement varies over time; and at least one second arrangement capable of detecting an interference signal between at least one third radiation associated with the at least one first radiation and at least one fourth radiation associated with the at least one second radiation,
An apparatus, comprising: a balloon catheter having a distal end; a scaffold crimped to the balloon ; and a sheath (20, 30; 230; 250) disposed over the scaffold and including a constraining sheath (30; 230; 250) and a protecting sheath , wherein the constraining sheath (30; 230; 250) and the protecting sheath extend beyond the catheter distal end; wherein the constraining sheath (30; 230; 250) includes a first tube connected to a second tube, the first tube having a first diameter and the second tube having a second diameter greater than the first diameter, a cylindrical portion forms the second diameter, and the cylindrical portion has a length about equal to a length of the scaffold ; and wherein the apparatus is configured for being passed through a mammalian body only after the constraining and protecting sheaths (30; 230; 250, 20) are removed. a balloon catheter having a distal end; a scaffold crimped to the balloon ; and a sheath (20, 30; 230; 250) disposed over the scaffold and including a constraining sheath (30; 230; 250) and a protecting sheath , wherein the constraining sheath (30; 230; 250) and the protecting sheath extend beyond the catheter distal end; wherein the constraining sheath (30; 230; 250) includes a first tube connected to a second tube, the first tube having a first diameter and the second tube having a second diameter greater than the first diameter, a cylindrical portion forms the second diameter, and the cylindrical portion has a length about equal to a length of the scaffold ; and wherein the apparatus is configured for being passed through a mammalian body only after the constraining and protecting sheaths (30; 230; 250, 20) are removed.
A therapeutic device comprising: an endoscope channel ; and an electrode inserted into a human body through the endoscope channel, wherein the electrode destroys a target cell in the human body through voltage application, and the electrode includes a first optical fiber and a second optical fiber for detecting the degree of destruction of the target cell through impedance measurement, wherein the electrode has optical fiber holes to improve accuracy of the impedance measurement between the first optical fiber and the second optical fiber . an endoscope channel ; and an electrode inserted into a human body through the endoscope channel, wherein the electrode destroys a target cell in the human body through voltage application, and the electrode includes a first optical fiber and a second optical fiber for detecting the degree of destruction of the target cell through impedance measurement, wherein the electrode has optical fiber holes to improve accuracy of the impedance measurement between the first optical fiber and the second optical fiber .