mhurhangee/ep-ind-claims huggingface dataset:
A near-field communication terminal, comprising: a second near-field communication region, wherein the second near-field communication region comprises a first subregion and a second subregion, wherein the near-field communication terminal is a terminal with a capacitive touch screen comprising a plurality of detection channels, and the detection channels of the capacitive touch screen are divided into the first subregion and the second subregion, and wherein each one of the plurality of detection channels has both a driving function and a sensing function; wherein the second subregion is configured to detect, independently or cooperatively with the first subregion, a distance between a first near-field communication region of another terminal and the second near-field communication region, and to establish communication with the first near-field communication region when the distance is within a preset distance; wherein the second subregion of the second near-field communication region comprises a prompt identifier to prompt a user to move the first near-field communication region of the other terminal to the second subregion when determining that the distance is within the preset distance. a second near-field communication region, wherein the second near-field communication region comprises a first subregion and a second subregion, wherein the near-field communication terminal is a terminal with a capacitive touch screen comprising a plurality of detection channels, and the detection channels of the capacitive touch screen are divided into the first subregion and the second subregion, and wherein each one of the plurality of detection channels has both a driving function and a sensing function; wherein the second subregion is configured to detect, independently or cooperatively with the first subregion, a distance between a first near-field communication region of another terminal and the second near-field communication region, and to establish communication with the first near-field communication region when the distance is within a preset distance; wherein the second subregion of the second near-field communication region comprises a prompt identifier to prompt a user to move the first near-field communication region of the other terminal to the second subregion when determining that the distance is within the preset distance.
An apparatus for estimating a trajectory of a tool, the apparatus comprising: a memory configured to store instructions; and a processor configured to execute the instructions stored in the memory to: receive a task to be performed by the tool on a target object: receive a grayscale image and a depth image of the target object based on an image that contains the target object; estimate (110, S330) a tool trajectory for performing the task, by processing the grayscale image and the depth image in separate streams, via a pixels-to-plans neural network that is trained based on a labeled tool trajectory that is generated from a three dimensional, 3D, model of the target object; receive a camera-to-tool calibration value that indicates a relative position of the camera in relation to a position of the tool, and transform (232, S340) the tool trajectory in a camera frame to a tool trajectory in a tool frame, based on the camera-to-tool calibration value, wherein the estimated tool trajectory is a tool trajectory from a position of a camera that captures the grayscale image and the depth image. a memory configured to store instructions; and a processor configured to execute the instructions stored in the memory to: receive a task to be performed by the tool on a target object: receive a grayscale image and a depth image of the target object based on an image that contains the target object; estimate (110, S330) a tool trajectory for performing the task, by processing the grayscale image and the depth image in separate streams, via a pixels-to-plans neural network that is trained based on a labeled tool trajectory that is generated from a three dimensional, 3D, model of the target object; receive a camera-to-tool calibration value that indicates a relative position of the camera in relation to a position of the tool, and transform (232, S340) the tool trajectory in a camera frame to a tool trajectory in a tool frame, based on the camera-to-tool calibration value, receive a task to be performed by the tool on a target object: receive a grayscale image and a depth image of the target object based on an image that contains the target object; estimate (110, S330) a tool trajectory for performing the task, by processing the grayscale image and the depth image in separate streams, via a pixels-to-plans neural network that is trained based on a labeled tool trajectory that is generated from a three dimensional, 3D, model of the target object; receive a camera-to-tool calibration value that indicates a relative position of the camera in relation to a position of the tool, and transform (232, S340) the tool trajectory in a camera frame to a tool trajectory in a tool frame, based on the camera-to-tool calibration value, wherein the estimated tool trajectory is a tool trajectory from a position of a camera that captures the grayscale image and the depth image.
A rigging system for a sailboat comprising: - a mast that extends substantially vertical from a hull; - a boom that extends substantially horizontal from the mast; wherein the rigging system further comprises: - a substantially arcuate vang tube extending between the mast and the boom to resist relative force and/or moment of the boom towards the mast, wherein a convex side of the actuate vang tube faces an intersection of the boom and the mast and wherein the vang tube is located above the boom; wherein in use the arcuate vang tube is configured to support at least part of a sail. - a mast that extends substantially vertical from a hull; - a boom that extends substantially horizontal from the mast; wherein the rigging system further comprises: - a substantially arcuate vang tube extending between the mast and the boom to resist relative force and/or moment of the boom towards the mast,
A telecommunication filter arrangement comprising a first filter cell (T1, S1a, S1b) and a second filter cell (T2, S2a, S2b) coupled in cascade between a first filter port (L1a, L1b) and a second filter port (L2a, L2b), each filter cell comprising a transformer (T 1; T2) and said filter arrangement further comprising a parallel capacitor at the junction point of the two transformers and coupled between the windings (S1a, S1b; S2a, S2b) of each of said transformers, characterized in that said telecommunication filter arrangement further comprises a current sensing device (Z1; Z2) coupled between said first filter port (L1a, L1b) and said first filter cell (T1, S1a, S1b) and to an input of a current sensing circuit (SC1; SC2; SC3) arranged for detecting a current exceeding a threshold level due to a POTS transient and adapted to couple additional components (R1a; R1b; S1c, R3) to the windings (S1a, S1b) of the transformer of said first filter cell, wherein the coupling is such that an order of the filter is changed, in that said first filter port comprises a first filter terminal (L1a) and a second filter terminal (L1b), and in that said filter arrangement further comprises a filter capacitor coupled between the first (L1a) and the second (L1b) filter terminal. each filter cell comprising a transformer (T 1; T2) and said filter arrangement further comprising a parallel capacitor at the junction point of the two transformers and coupled between the windings (S1a, S1b; S2a, S2b) of each of said transformers,
A laundry treatment apparatus comprising: a tub; a drum configured to rotate within the tub and to contain laundry therein, the drum being formed of a metallic material; and an induction module provided at an outer circumferential surface of the tub, configured to generate an electromagnetic field to heat the drum and comprising a base housing mounted on the outer circumferential surface of the tub and a module cover mounted on the base housing, wherein the base housing comprises a plurality of fixing ribs protruding upwardly and a coil slot formed by the plurality of fixing ribs and a wire wound and fitted into the coil slot so that the base housing accommodates a coil defined by the coil slot and the wire therein, characterized in that the coil comprises a plurality of straight portions (71a, 71b) and curved portions, the plurality of straight portions (71a, 71b) comprise first and second straight portions which are extended along a rotational axis of the drum and third and fourth straight portions which are provided perpendicular to the first or the second straight portion, the curved portions are formed at a point at which one of the first and the second straight portions meets one of the third and the fourth straight portions, and a radius of curvature of the wire at a position close to a center of the coil in the curved portions is the same as a radius of curvature of the wire at a position distant from the center of the coil in the curved portions. a tub; a drum configured to rotate within the tub and to contain laundry therein, the drum being formed of a metallic material; and an induction module provided at an outer circumferential surface of the tub, configured to generate an electromagnetic field to heat the drum and comprising a base housing mounted on the outer circumferential surface of the tub and a module cover mounted on the base housing, wherein the base housing comprises a plurality of fixing ribs protruding upwardly and a coil slot formed by the plurality of fixing ribs and a wire wound and fitted into the coil slot so that the base housing accommodates a coil defined by the coil slot and the wire therein, characterized in that the coil comprises a plurality of straight portions (71a, 71b) and curved portions, the plurality of straight portions (71a, 71b) comprise first and second straight portions which are extended along a rotational axis of the drum and third and fourth straight portions which are provided perpendicular to the first or the second straight portion, the curved portions are formed at a point at which one of the first and the second straight portions meets one of the third and the fourth straight portions, and a radius of curvature of the wire at a position close to a center of the coil in the curved portions is the same as a radius of curvature of the wire at a position distant from the center of the coil in the curved portions.
Cylinder liner for the covering of the cylindrical wall of a cylinder of an internal combustion engine, the liner having an internal wall intended for guiding a piston forward and an external wall intended for supporting on the cylindrical wall of the cylinder, the internal and external walls of the cylinder liner being substantially co-cylindrical and delimiting between them an upper edge of the liner intended to receive at least one part of a cylinder head seal, wherein the external wall of the cylinder liner comprises a conic upper part, characterised in that the external wall of the cylinder liner is provided with striations, apart from the upper part, which is smooth such that the metal of the cylinder unit can slide over the external wall of the liner when it is dilated.
A method of supporting multiple data stores for an integrated access system and identity system, comprising the steps of: receiving, from an object used by an application to access a data store, a request at a database manager of said integrated access system and identity system, said integrated access system and identity system supporting a plurality of data stores, each data store having an associated agent for interacting with the data store and an associated profile representing configuration information for the data store, there being a one-to-one mapping between a profile and an agent; determining (174,176) which data stores can service a particular data access by the database manager consulting the profiles; creating (178, 180), by the database manager, a proxy with one or more pointers to agents for said data stores that can service said particular data access; accessing (182, 184, 186) one or more of said data stores by the proxy communicating with the appropriate agents for said data stores that can service said particular data access and said appropriate agents performing said particular data access; returning, by said appropriate agents, results to the proxy; and reporting (194, 198), by the proxy, the results to the object, and the proxy terminating. receiving, from an object used by an application to access a data store, a request at a database manager of said integrated access system and identity system, said integrated access system and identity system supporting a plurality of data stores, each data store having an associated agent for interacting with the data store and an associated profile representing configuration information for the data store, there being a one-to-one mapping between a profile and an agent; determining (174,176) which data stores can service a particular data access by the database manager consulting the profiles; creating (178, 180), by the database manager, a proxy with one or more pointers to agents for said data stores that can service said particular data access; accessing (182, 184, 186) one or more of said data stores by the proxy communicating with the appropriate agents for said data stores that can service said particular data access and said appropriate agents performing said particular data access; returning, by said appropriate agents, results to the proxy; and reporting (194, 198), by the proxy, the results to the object, and the proxy terminating.
Vehicle rear-view side mirror which uses direct and/or combined type optical systems including a mirror and/or a video camera, comprising a housing that includes a functional signal module with at least one transparent external surface, said functional signal module including a support part of a light source and one reflecting surface, and emits at least one signal towards the front, side, and rear of the rear-view mirror and vehicle with respect to the driving direction, projecting said functional signal module light rearwards through a zone of said external surface located at a side end from the vehicle's bodywork, wherein said functional signal module provides a bi-functional signal:, a forward projection area, or front spot, that complements the vehicle's front signals; and, a combined area to the side and rear that complements the side and rear signals; characterized in that the functional signal module comprises transparent light guiding optical bodies which are transparent and which are light directors, positioned between the emitters (30, 95) of said light source and the external surface and separated by a distance greater than 1 mm, and with at least one light input and said optical bodies comprise at least one prism (7, 155), and/or one etched surface and have different forms and sections, producing at least a concentrator and/or diffuser and/or multiplier effect, or a combination thereof, creating a diamond or indirect flashing effect.
A shaving cartridge for connection to a handle, said shaving cartridge comprising: a) a blade unit having an upper surface and a lower surface wherein said unit further comprises a plurality of blades and a cam is on the lower surface; and b) a frame secured to and surrounding said blade unit, said frame comprising a periphery that further comprises a front edge portion, a rear edge portion, and perpendicularly disposed lateral right and left edge portions (46, 48); c) a pivoting hood joined to said frame at said lateral right and left edge portions (46, 48) by opposing arms that create a pivoting axis forward of said blade unit and within said frame, wherein said pivoting hood further comprises a biasing member (55, 255, 355) having a cam following surface and that extends from said pivoting hood to act on the cam on the lower surface of said blade unit, wherein said biasing member comprises a spring-biased plunger. a) a blade unit having an upper surface and a lower surface wherein said unit further comprises a plurality of blades and a cam is on the lower surface; and b) a frame secured to and surrounding said blade unit, said frame comprising a periphery that further comprises a front edge portion, a rear edge portion, and perpendicularly disposed lateral right and left edge portions (46, 48); c) a pivoting hood joined to said frame at said lateral right and left edge portions (46, 48) by opposing arms that create a pivoting axis forward of said blade unit and within said frame, wherein said pivoting hood further comprises a biasing member (55, 255, 355) having a cam following surface and that extends from said pivoting hood to act on the cam on the lower surface of said blade unit,
A process for destructuring a cellulose pulp comprising the steps of: a) mixing an alkaline aqueous solution comprising: - SiO 2, Na 2 O in a ratio in the range from 1:1 to 4:1; - polyhydroxy components having a high molecular weight in the range from 200'000 to 650'000 g/mol in the form of fibres, wherein more than 50% of the fibres have a diameter with a size greater than or equal to 50 μm; - lignins having a molecular weight in the range from 800 to 80'000 g/mol, wherein the ratio in weight of SiO 2 and Na 2 O to polyhydroxy components and lignins is from 4:100 to 8:100; b) mixing at room temperature and ambient pressure for a time in the range from 2 to 6 months. a) mixing an alkaline aqueous solution comprising: - SiO 2, Na 2 O in a ratio in the range from 1:1 to 4:1; - polyhydroxy components having a high molecular weight in the range from 200'000 to 650'000 g/mol in the form of fibres, wherein more than 50% of the fibres have a diameter with a size greater than or equal to 50 μm; - lignins having a molecular weight in the range from 800 to 80'000 g/mol, wherein the ratio in weight of SiO 2 and Na 2 O to polyhydroxy components and lignins is from 4:100 to 8:100; - SiO 2, Na 2 O in a ratio in the range from 1:1 to 4:1; - polyhydroxy components having a high molecular weight in the range from 200'000 to 650'000 g/mol in the form of fibres, wherein more than 50% of the fibres have a diameter with a size greater than or equal to 50 μm; - lignins having a molecular weight in the range from 800 to 80'000 g/mol, b) mixing at room temperature and ambient pressure for a time in the range from 2 to 6 months.
An image processing apparatus, comprising: an input/output unit configured to obtain a captured image of an area around a vehicle equipped with a fuel cell; and a controller configured to perform object recognition processing by using the captured image and to determine, depending on the object recognized by the object recognition processing, whether or not to limit discharge of water produced from electric power generation by the fuel cell out of the vehicle, wherein the controller determines, when at least one of a person, a crossing, an intersection, a manhole and a curved travel path recognized by the object recognition processing and the vehicle have a first positional relationship, or when a width of the travel path recognized by the object recognition processing is less than a predetermined value, that discharge of water should be limited characterized in that when a gutter or a drainage system recognized by the object recognition processing and the vehicle have a second positional relationship, the controller stops determination that discharge of water should be limited. an input/output unit configured to obtain a captured image of an area around a vehicle equipped with a fuel cell; and a controller configured to perform object recognition processing by using the captured image and to determine, depending on the object recognized by the object recognition processing, whether or not to limit discharge of water produced from electric power generation by the fuel cell out of the vehicle, wherein the controller determines, when at least one of a person, a crossing, an intersection, a manhole and a curved travel path recognized by the object recognition processing and the vehicle have a first positional relationship, or when a width of the travel path recognized by the object recognition processing is less than a predetermined value, that discharge of water should be limited characterized in that when a gutter or a drainage system recognized by the object recognition processing and the vehicle have a second positional relationship, the controller stops determination that discharge of water should be limited.
An electron multiplier assembly (10, 10') for use in a gas electron multiplier detector, comprising: a first electrode plate, said first electrode plate comprising a first electrode layer (12, 12') and a first plurality of through-holes (16, 16') extending through said first electrode plate; and a second electrode plate, said second electrode plate comprising a second electrode layer (14, 14') and a second plurality of through-holes (18, 18') extending through said second electrode plate, wherein said second plurality of through-holes (18, 18') are aligned with said first plurality of through-holes (16, 16'); wherein a gap extends between said first electrode plate and said second electrode plate, and wherein the electron multiplier assembly is characterised in that in a region of said gap said first electrode plate is supported on said second electrode plate only by means of a plurality of spacer elements, wherein at least part of said spacer elements comprise an inwardly directed groove formed in a side surface of said spacer elements. a first electrode plate, said first electrode plate comprising a first electrode layer (12, 12') and a first plurality of through-holes (16, 16') extending through said first electrode plate; and a second electrode plate, said second electrode plate comprising a second electrode layer (14, 14') and a second plurality of through-holes (18, 18') extending through said second electrode plate, wherein said second plurality of through-holes (18, 18') are aligned with said first plurality of through-holes (16, 16'); wherein a gap extends between said first electrode plate and said second electrode plate, and wherein the electron multiplier assembly is characterised in that in a region of said gap said first electrode plate is supported on said second electrode plate only by means of a plurality of spacer elements, wherein at least part of said spacer elements comprise an inwardly directed groove formed in a side surface of said spacer elements.