mhurhangee/patent-ind-claim-en huggingface dataset:
A white-light interferometric measuring device , comprising: a white light source that emits a white light beam ; a beam splitter that reflects the white light beam ; an interference objective lens that collects the white light beam having reflected off the beam splitter in a direction of an optical axis and irradiates a measurement workpiece with the white light beam , the interference objective lens generating interference between a measurement light beam obtained by reflection of the white light beam off the measurement workpiece and a reference light beam obtained by branching of the white light beam to be converged on the measurement workpiece ; and polarization correcting means that corrects the white light beam to enter the interference objective lens to circularly polarized light, the polarization correcting means being arranged between the white light source and the interference objective lens , characterized in that the polarization correcting means includes a beam splitter being a non-polarizing beam splitter, and a polarizing plate and a quarter-wave plate arranged between the white light source and the beam splitter . a white light source that emits a white light beam ; a beam splitter that reflects the white light beam ; an interference objective lens that collects the white light beam having reflected off the beam splitter in a direction of an optical axis and irradiates a measurement workpiece with the white light beam , the interference objective lens generating interference between a measurement light beam obtained by reflection of the white light beam off the measurement workpiece and a reference light beam obtained by branching of the white light beam to be converged on the measurement workpiece ; and polarization correcting means that corrects the white light beam to enter the interference objective lens to circularly polarized light, the polarization correcting means being arranged between the white light source and the interference objective lens , characterized in that the polarization correcting means includes a beam splitter being a non-polarizing beam splitter, and a polarizing plate and a quarter-wave plate arranged between the white light source and the beam splitter .
A photovoltaic laminate frame system comprising: a first PV laminate having a peripheral surface and a plurality of PV cells; a room temperature vulcanizing silicone; and an elongated PV frame section comprising: a PV laminate receiver , the PV laminate receiver having an upper surface having a length and a width, a lower surface having a length and a width, the lower surface spaced apart from the upper surface, a connecting surface connecting the upper surface to the lower surface, a first flow channel exposed to permit flow of the room temperature vulcanizing silicone in the PV laminate receiver , and a laminate stop , the laminate stop integral with the PV laminate receiver , wherein a portion of the first PV laminate is positioned within the PV laminate receiver , wherein the laminate stop inhibits movement of the PV laminate towards at least one internal surface of the PV laminate receiver , wherein the photovoltaic laminate frame system is characterized in that a width of the upper surface along the upper surface length is no more than one-half of the width of the lower surface along a majority of the lower surface length, and wherein at least facing surfaces of the lower surface and the upper surface are not parallel.
A winding device for manufacturing an electrode assembly comprising: a main body portion ; a winding core for winding an electrode and a separation film; and a foreign particle remover connected to the main body portion and removing foreign particles, wherein the foreign particle remover is formed to surround the winding core while separated from the winding core , the foreign particle remover includes an inflow portion to which the electrode and the separation film are input, and the foreign particle remover is formed to have a cylindrical structure. a main body portion ; a winding core for winding an electrode and a separation film; and a foreign particle remover connected to the main body portion and removing foreign particles, wherein the foreign particle remover is formed to surround the winding core while separated from the winding core , the foreign particle remover includes an inflow portion to which the electrode and the separation film are input, and the foreign particle remover is formed to have a cylindrical structure.
A method of collecting cells comprising: contacting a histological sample affixed to a surface with a specific probe to form a bound complex comprising cells labeled with said specific probe, wherein said specific probe comprises a reactive moiety; contacting said bound complex comprising the reactive moiety with a substrate that reacts with said reactive moiety to deposit a chemical material onto the surface of said cells labeled with said specific probe, wherein said chemical material forms a barrier covering the labeled cells or subcellular structures; and applying a micropurification solution to the biological sample, wherein said micropurification solution degrades, digests, or otherwise differentially processes cells or structures not protected by the barrier; wherein: (i) said specific probe comprises an antibody, a nucleotide-based hybridization probe, an affimer, or an aptamer; (ii) said reactive moiety comprises an enzyme, with said substrate being a substrate for said enzyme; and (iii) said substrate is a chromogenic reagent that reacts with the reactive moiety to produce an insoluble chemical material. contacting a histological sample affixed to a surface with a specific probe to form a bound complex comprising cells labeled with said specific probe, wherein said specific probe comprises a reactive moiety; contacting said bound complex comprising the reactive moiety with a substrate that reacts with said reactive moiety to deposit a chemical material onto the surface of said cells labeled with said specific probe, wherein said chemical material forms a barrier covering the labeled cells or subcellular structures; and applying a micropurification solution to the biological sample, wherein said micropurification solution degrades, digests, or otherwise differentially processes cells or structures not protected by the barrier; wherein: (i) said specific probe comprises an antibody, a nucleotide-based hybridization probe, an affimer, or an aptamer; (ii) said reactive moiety comprises an enzyme, with said substrate being a substrate for said enzyme; and (iii) said substrate is a chromogenic reagent that reacts with the reactive moiety to produce an insoluble chemical material. (i) said specific probe comprises an antibody, a nucleotide-based hybridization probe, an affimer, or an aptamer; (ii) said reactive moiety comprises an enzyme, with said substrate being a substrate for said enzyme; and (iii) said substrate is a chromogenic reagent that reacts with the reactive moiety to produce an insoluble chemical material.
A computer-implemented method when executed by data processing hardware of a robot causes the data processing hardware to perform operations comprising: obtaining a topological map comprising a series of route waypoints representative of a navigation route for the robot to follow from a start location to a destination location, wherein navigation by the robot using the navigation route is constrained by a first boundary constraint for the robot , wherein the first boundary constraint for the robot is based on the series of route waypoints ; receiving image data of an environment of the robot from an image sensor; determining, using the image data and the first boundary constraint for the robot , that a route edge that connects a first route waypoint of the series of route waypoints to a second route waypoint of the series of route waypoints is at least partially blocked by an obstacle ; generating, using the image data and the topological map, an alternate waypoint and an alternate edge connecting the alternate waypoint to the first route waypoint ; and adjusting the navigation route to include the alternate waypoint and the alternate edge , the alternate waypoint and the alternate edge bypassing the route edge that is at least partially blocked by the obstacle , wherein navigation by the robot using the adjusted navigation route is constrained by a second boundary constraint for the robot , wherein the second boundary constraint for the robot is based on the alternate waypoint . obtaining a topological map comprising a series of route waypoints representative of a navigation route for the robot to follow from a start location to a destination location, wherein navigation by the robot using the navigation route is constrained by a first boundary constraint for the robot , wherein the first boundary constraint for the robot is based on the series of route waypoints ; receiving image data of an environment of the robot from an image sensor; determining, using the image data and the first boundary constraint for the robot , that a route edge that connects a first route waypoint of the series of route waypoints to a second route waypoint of the series of route waypoints is at least partially blocked by an obstacle ; generating, using the image data and the topological map, an alternate waypoint and an alternate edge connecting the alternate waypoint to the first route waypoint ; and adjusting the navigation route to include the alternate waypoint and the alternate edge , the alternate waypoint and the alternate edge bypassing the route edge that is at least partially blocked by the obstacle , wherein navigation by the robot using the adjusted navigation route is constrained by a second boundary constraint for the robot , wherein the second boundary constraint for the robot is based on the alternate waypoint .
A first terminal of a service type, wherein the first terminal is a terminal with a high priority of service that is in a group of terminals of the same service type and wherein the high priority of service is a service of which a service level is greater than a threshold, and the first terminal comprises: a first sending module , configured to send a declaration message on a first resource to a second terminal with a low priority of service that is in the group of terminals of the same service type as the first terminal, wherein the declaration message carries priority information of the first terminal and the declaration message indicates the second terminal with a low priority of service to release an occupied second resource on a condition that the priority of the low priority of service is lower than the priority information, and wherein the second resource is a resource obtained by contention by the second terminal; and an obtaining module , configured to obtain the second resource released by the second terminal. a first sending module , configured to send a declaration message on a first resource to a second terminal with a low priority of service that is in the group of terminals of the same service type as the first terminal, wherein the declaration message carries priority information of the first terminal and the declaration message indicates the second terminal with a low priority of service to release an occupied second resource on a condition that the priority of the low priority of service is lower than the priority information, and wherein the second resource is a resource obtained by contention by the second terminal; and an obtaining module , configured to obtain the second resource released by the second terminal.
An NMR probe head for insertion into a magnet bore of an NMR magnet system , wherein the NMR probe head comprises, in a coil region , an RF coil arrangement which is used to irradiate RF pulses into an NMR measurement sample and/or to receive RF signals from the NMR measurement sample and, in an NMR measurement operating state, is arranged in a measurement region around a magnetic center inside the magnet bore, wherein the NMR probe head comprises an elongated shielding tube made of electrically conductive material for shielding against external RF radiation, which shielding tube surrounds the electrical, mechanical and RF components of the NMR probe head and through which supply lines are led from a connection region arranged outside the measurement region in the NMR measurement operating state to the coil region , wherein an elongated backbone is arranged inside the shielding tube and has an inherently rigid, mechanically stiff structure having continuous bores and/or connecting channels which run substantially parallel to the longitudinal axis of the shielding tube and accommodate electrical supply lines in the connection region and lead them to the coil region , and wherein the elongated backbone has a continuously electrically conductive outer surface which leads from the connection region to the coil region characterized in that the continuous electrically conductive outer surface of the elongated backbone leading from the connection region to the coil region is connected in an electrically conductive manner to the electrically conductive inner surface of the shielding tube via electrically conductive connecting elements , and that the backbone and the shielding tube are connected to one another such that a continuous electrically conductive contour is formed that leads from the coil region to the connection region and has the function of a honeycomb vent for damping electromagnetic fields.
A capacitive transducer, comprising: a substrate having an opening in a surface thereof; a back plate facing the opening in the substrate ; a vibration electrode film facing the back plate across a space, the vibration electrode film being displaceable to have a displacement converted into a change in capacitance between the vibration electrode film and the back plate ; an airflow channel defined by a gap between a protrusion integral with the back plate and a part of the vibration electrode film, the airflow channel being configured to increase an area of air flow when the vibration electrode film deforms under pressure to move relative to the protrusion integral with the back plate and relieve the pressure applied to the vibration electrode film to serve as a pressure relief channel; and an extension formed at a periphery of a hole in the vibration electrode film defining the pressure relief channel, the extension including a slit increasing an area of the airflow channel in the hole , wherein the protrusion integral with the back plate passes through the hole in the vibration electrode film when the vibration electrode film is in a resting position. a substrate having an opening in a surface thereof; a back plate facing the opening in the substrate ; a vibration electrode film facing the back plate across a space, the vibration electrode film being displaceable to have a displacement converted into a change in capacitance between the vibration electrode film and the back plate ; an airflow channel defined by a gap between a protrusion integral with the back plate and a part of the vibration electrode film, the airflow channel being configured to increase an area of air flow when the vibration electrode film deforms under pressure to move relative to the protrusion integral with the back plate and relieve the pressure applied to the vibration electrode film to serve as a pressure relief channel; and an extension formed at a periphery of a hole in the vibration electrode film defining the pressure relief channel, the extension including a slit increasing an area of the airflow channel in the hole , wherein the protrusion integral with the back plate passes through the hole in the vibration electrode film when the vibration electrode film is in a resting position.
A measurement module for high frequency ground monitoring, comprising: at least one processor ; at least one memory including computer program code, wherein the computer program code, when executed by operation of the at least one processor, performs an operation comprising: receiving a defined system topology of a system and information on characteristics of components (110 ,110 ,110 ) in the system; calculating an expected system impedance for the system; conducting one or more measurements of actual system impedance of the system using a high frequency voltage stimulus; and comparing the one or more measurements of actual system impedance with the expected system impedance to determine adequacy of protective grounding of the system. at least one processor ; at least one memory including computer program code, wherein the computer program code, when executed by operation of the at least one processor, performs an operation comprising: receiving a defined system topology of a system and information on characteristics of components (110 ,110 ,110 ) in the system; calculating an expected system impedance for the system; conducting one or more measurements of actual system impedance of the system using a high frequency voltage stimulus; and comparing the one or more measurements of actual system impedance with the expected system impedance to determine adequacy of protective grounding of the system.
A microfluidic device comprising a tank supplying a microchannel with a first fluid (S), and a circuit in which a flow of a second fluid can be established without contact with the microchannel , wherein the circuit passes through the tank or is connected to the tank by a pipe , characterized in that the circuit comprises an on/off valve mounted in parallel with a proportional valve , the maximum opening cross-section of the proportional valve being smaller than the maximum opening cross-section of the on/off valve , these valves being controllable so as to modify the pressure applied in the tank to the first fluid (S) by the second fluid.
A two piece molded wheel comprising a spoke section and a barrel section , wherein the spoke section and barrel sections are joined at the drop center of the wheel, and wherein the spoke section and barrel sections have complementary mating surfaces, wherein both the spoke section and the barrel section include a respective beadhump ; the mating surface of the barrel is configured to circumferentially surround at least a portion of the mating surface of the spoke section, characterized in that : the mating surface of the barrel section has a stop configured to abut against a leading edge of the spoke section mating surface when the spoke section and barrel section are joined. both the spoke section and the barrel section include a respective beadhump ; the mating surface of the barrel is configured to circumferentially surround at least a portion of the mating surface of the spoke section, characterized in that : the mating surface of the barrel section has a stop configured to abut against a leading edge of the spoke section mating surface when the spoke section and barrel section are joined.
A manipulable toy comprising: a spherical body removably captured between a base and an attachment member ; at least one fastener directly coupling the base and attachment member together; a depression disposed on the base shaped to receive a first portion of the spherical body therein in a first assembled configuration; an opening between a portion of the base and the attachment member exposing a second portion of the spherical body that is captured between the base and the attachment member; and wherein the attachment member includes a cavity that receives a third portion of the spherical body in the first assembled configuration; the at least one fastener is manually manipulable to permit the attachment member, the base, and the spherical body to be completely separated from one another; and wherein the base comprises at least one of: a vehicular body; and a figure body. a spherical body removably captured between a base and an attachment member ; at least one fastener directly coupling the base and attachment member together; a depression disposed on the base shaped to receive a first portion of the spherical body therein in a first assembled configuration; an opening between a portion of the base and the attachment member exposing a second portion of the spherical body that is captured between the base and the attachment member; and wherein the attachment member includes a cavity that receives a third portion of the spherical body in the first assembled configuration; the at least one fastener is manually manipulable to permit the attachment member, the base, and the spherical body to be completely separated from one another; and wherein the base comprises at least one of: a vehicular body; and a figure body. a vehicular body; and a figure body.
Method for automatically braking a vehicle when the vehicle approaches a tow bar in an area surrounding the vehicle, wherein image data of a camera of the vehicle is received , the image data is analysed by means of an image processing algorithm and characterized in that an emergency braking assistance function of the vehicle is activated if a trailer tow bar is detected at a predefined distance from the trailer coupling of the vehicle from the analysis of the image data.