mhurhangee/ep-ind-claims huggingface dataset:
A display device for the display of 2D or 3D image information, which image information consists of a plurality of picture elements and may be modified with a frame rate, characterized by: a plurality of light sources, each light source being configured to emit light modified with at least twice the frame rate, and each light source comprising a set of three laser diodes or LEDs of the three primary colors red, green, and blue; per light source one picture element modification means assigned to said light source and not to another light source; each picture element modification means having a movement element (BR, BV, LI, L) movable with at least the frame rate individually and independently from the movement element of a neighbouring picture element modification means and adapted to selectively deflect and/or cover the light emitted by the assigned light source, in order to generate per light source at least twice the number of picture elements for the display of the image information; wherein each picture element modification means has at least one movable mirror that is movable in one direction or preferably in two directions. a plurality of light sources, each light source being configured to emit light modified with at least twice the frame rate, and each light source comprising a set of three laser diodes or LEDs of the three primary colors red, green, and blue; per light source one picture element modification means assigned to said light source and not to another light source; each picture element modification means having a movement element (BR, BV, LI, L) movable with at least the frame rate individually and independently from the movement element of a neighbouring picture element modification means and adapted to selectively deflect and/or cover the light emitted by the assigned light source, in order to generate per light source at least twice the number of picture elements for the display of the image information; wherein each picture element modification means has at least one movable mirror that is movable in one direction or preferably in two directions.
Apparatus to determine and/or monitor the temperature of a medium, comprising at least a temperature sensor, a reference element for the insitu calibration and/or validation of the temperature sensor, and an electronics unit, wherein the reference element consists at least partially of a material (10, 15), for which at least one phase transition occurs at at least a first predefined phase transition temperature (T ph) in the temperature range that is relevant for the calibration of the temperature sensor, wherein the material (10, 15) remains in the solid phase for said phase transition, characterized in that the electronics unit is designed to apply an excitation signal (U dyn), which is dynamic over time, to the reference element and the temperature sensor in the form of an alternating current or an alternating voltage.
A nasal mask interface assembly comprising: a seal housing; a flexible nasal seal connected or connectable to the seal housing to define a mask cavity that is configured to, in use, receive at least a portion of a user's nose and a supply of breathable gas, the nasal seal extending between a face-contacting side and an outer side, and comprising: a contacting surface comprising an edge that defines a nose-receiving opening into the mask cavity and which is configured to seal about the user's nose; and characterized in that it comprises: an under-nose support comprising an elongate main lateral portion fixedly connected to and suspended between opposing sidewall portions of the nasal seal such that it extends laterally within the mask cavity, the elongate main lateral portion of the under-nose support having a contact surface that is oriented to contact at least a portion of the under-nose surface of the user. a seal housing; a flexible nasal seal connected or connectable to the seal housing to define a mask cavity that is configured to, in use, receive at least a portion of a user's nose and a supply of breathable gas, the nasal seal extending between a face-contacting side and an outer side, and comprising: a contacting surface comprising an edge that defines a nose-receiving opening into the mask cavity and which is configured to seal about the user's nose; and characterized in that it comprises: an under-nose support comprising an elongate main lateral portion fixedly connected to and suspended between opposing sidewall portions of the nasal seal such that it extends laterally within the mask cavity, the elongate main lateral portion of the under-nose support having a contact surface that is oriented to contact at least a portion of the under-nose surface of the user. a contacting surface comprising an edge that defines a nose-receiving opening into the mask cavity and which is configured to seal about the user's nose; and characterized in that it comprises: an under-nose support comprising an elongate main lateral portion fixedly connected to and suspended between opposing sidewall portions of the nasal seal such that it extends laterally within the mask cavity, the elongate main lateral portion of the under-nose support having a contact surface that is oriented to contact at least a portion of the under-nose surface of the user.
An electro-conductive member for electrophotography, comprising, in sequence: an electro-conductive base; an electro-conductive elastic layer; and a resin layer, wherein the elastic layer contains a cured product of an addition-curable silicone rubber mixture containing components (a) to (d), the component (a): an organopolysiloxane that contains an alkenyl group attached to a silicon atom in its molecule, the component (b): an organopolysiloxane that contains a hydrogen atom attached to a silicon atom in its molecule, the component (c): carbon black, and the component (d): spherical solid inorganic particles, wherein in the addition-curable silicone rubber mixture, the content of the component (c) is 2.0% by mass or more and 60.0% by mass or less with respect to the total mass of the component (a) and the component (b), the content of the component (d) is 0.4% by mass or more and 20.0% by mass or less with respect to the total mass of the component (a) and the component (b), and the component (d) has a number-average particle diameter of 1 μm or more and 100 μm or less, a specific gravity of 1.5 or more, and a sphericity of 0.8 or more. an electro-conductive base; an electro-conductive elastic layer; and a resin layer, wherein the elastic layer contains a cured product of an addition-curable silicone rubber mixture containing components (a) to (d), the component (a): an organopolysiloxane that contains an alkenyl group attached to a silicon atom in its molecule, the component (b): an organopolysiloxane that contains a hydrogen atom attached to a silicon atom in its molecule, the component (c): carbon black, and the component (d): spherical solid inorganic particles, the component (a): an organopolysiloxane that contains an alkenyl group attached to a silicon atom in its molecule, the component (b): an organopolysiloxane that contains a hydrogen atom attached to a silicon atom in its molecule, the component (c): carbon black, and the component (d): spherical solid inorganic particles, wherein in the addition-curable silicone rubber mixture, the content of the component (c) is 2.0% by mass or more and 60.0% by mass or less with respect to the total mass of the component (a) and the component (b), the content of the component (d) is 0.4% by mass or more and 20.0% by mass or less with respect to the total mass of the component (a) and the component (b), and the component (d) has a number-average particle diameter of 1 μm or more and 100 μm or less, a specific gravity of 1.5 or more, and a sphericity of 0.8 or more.
A tire vulcanization mold comprising a mold body (1M, 6) having an inner surface (2, 6A) for molding a tire outer surface (Ts) and at least one vent passage for the escape of gas in the mold during vulcanization, the vent passage having an inlet end and an outlet end, the inlet end being opened on the inner surface (2, 6A) of the mold body (1M, 6), the outlet end communicating with an exterior of the mold body (1M, 6), characterized in that the vent passage communicates with the inner surface (2, 6A) of the mold body (1M, 6) at an angle (Θ) of not less than 60 degrees, and less than 90 degrees with respect to a normal line perpendicular to the inner surface (2, 6A) at the inlet end and between the inner surface (2, 6A) and the exterior of the mold.
A rotating assembly, adapted for being driven by an output shaft of a grass trimmer, the rotating assembly comprising: a cutting head, capable of receiving or mounting a cutting member and rotating together with the cutting member, wherein the cutting head has a top end and defines a mounting hole through the top end for receiving a portion of the output shaft; and an anti-winding member (16, 24') positioned on the top end of the cutting head and defining a centre hole for being passed through by the output shaft, the anti-winding member being capable of rotating with the cutting head; characterized in that a top of the top end of the cutting head comprising a plurality of top ribs contacted with a bottom end of the anti-winding member, when the anti-winding member rotates with the cutting head, the plurality of top ribs being capable of generating centrifugal airflow flowing away from the cutting head. a cutting head, capable of receiving or mounting a cutting member and rotating together with the cutting member, wherein the cutting head has a top end and defines a mounting hole through the top end for receiving a portion of the output shaft; and an anti-winding member (16, 24') positioned on the top end of the cutting head and defining a centre hole for being passed through by the output shaft, the anti-winding member being capable of rotating with the cutting head; characterized in that a top of the top end of the cutting head comprising a plurality of top ribs contacted with a bottom end of the anti-winding member, when the anti-winding member rotates with the cutting head, the plurality of top ribs being capable of generating centrifugal airflow flowing away from the cutting head.
A driving control apparatus comprising: a movement control unit that is configured to control movement of a vehicle in accordance with a first movement path indicating a movement trajectory to a first target position that is a movement destination of the vehicle; and a movement path calculating unit that is configured to calculate a second movement path as a movement path to a second target position from a position after the vehicle moves from a current position of the vehicle for a predetermined period of time along the first movement path, wherein the movement control unit is configured to control movement of the vehicle to the second target position in accordance with the second movement path after causing the vehicle to move along the first movement path for the predetermined period of time; characterized in that the predetermined period of time is a period of time until the movement control of the vehicle is performed in accordance with a target steering angle after the command related to the target steering angle is output. a movement control unit that is configured to control movement of a vehicle in accordance with a first movement path indicating a movement trajectory to a first target position that is a movement destination of the vehicle; and a movement path calculating unit that is configured to calculate a second movement path as a movement path to a second target position from a position after the vehicle moves from a current position of the vehicle for a predetermined period of time along the first movement path, wherein the movement control unit is configured to control movement of the vehicle to the second target position in accordance with the second movement path after causing the vehicle to move along the first movement path for the predetermined period of time; characterized in that the predetermined period of time is a period of time until the movement control of the vehicle is performed in accordance with a target steering angle after the command related to the target steering angle is output.
A recognition system (112, 113; 512, 513, 527) for recognizing real-world toy objects from one or more images, wherein the recognition system comprises an image capturing device (112; 512, 527) and one or more processors (114; 514), and wherein the recognition system is configured to: - capture at least one image of a real-world toy object; - create one or more processed versions of the captured image; - use a classification model to predict a respective matching object identifier from each of a plurality of input images; wherein the plurality of input images are chosen from the captured image and the one or more processed images; and to - compute an aggregated predicted object identifier from the predicted matching object identifiers by combining the classification results based on the one or more processed versions of the captured image, and recognize the real-world toy object, based on the aggregated predicted object identifier. - capture at least one image of a real-world toy object; - create one or more processed versions of the captured image; - use a classification model to predict a respective matching object identifier from each of a plurality of input images; wherein the plurality of input images are chosen from the captured image and the one or more processed images; and to - compute an aggregated predicted object identifier from the predicted matching object identifiers by combining the classification results based on the one or more processed versions of the captured image, and recognize the real-world toy object, based on the aggregated predicted object identifier.
System for attaching a sanitary item, for example a lavatory pan or a urinal, to the wall of a building or a fixed frame, wherein the system comprises at least one rod having external serrations and a retaining unit having a serration section complementary to the external serrations, wherein the rod is capable of displacement in its longitudinal axis relative to the retaining unit in the direction of installation and is capable of being clamped by same relative to a movement against the direction of installation, wherein the retaining unit comprises a housing and at least two clamping surfaces (5, 6) for clamping the rod, of which at least one clamping surface is configured for axial displacement relative to the rod, wherein said clamping surface is capable of displacement by the displacement of the rod in the direction of installation from a position clamping the rod into a position releasing the rod, and of which at least one clamping surface comprises the complementary serration section, wherein at least one clamping surface (5, 6) is part of a clamping element, which is pivotably mounted in the retaining unit relative to the rod, wherein the clamping element is disposed in the housing with at least one transcurrent front opening, wherein the clamping element is in contact with the housing via pivot points, which define a pivot axis, and wherein the housing comprises at least one unlocking opening, via which the retaining unit, in particular the clamping element, is capable of being caused to pivot with a tool.
A control system for controlling a vehicle having a steering wheel for manually steering the vehicle and a steering column mechanically attached to the steering wheel, wherein the vehicle comprises an auto-steering system interfaced mechanically with the vehicle's steering column, the control system comprising: one or more hardware processors configured to: receive image data for a row (154, 182) in a field; generate visual odometry data from the image data; use the VO data to identify a position of the vehicle while moving along a path next to the row (154, 182); use the VO data to detect the vehicle reaching an end of the row (154, 182); receive global navigation satellite system (GNSS) data from a GNSS receiver identifying the end of row (154, 182) location; and adjust the VO data so the end of row (154, 182) detected from the VO data corresponds with the end of row (154, 182) location identified with the GNSS data; and control the auto-steering system using the adjusted VO data to turn the vehicle around from a first position at the end of the row (154, 182) to a second position at a start of another row (154, 182). receive image data for a row (154, 182) in a field; generate visual odometry data from the image data; use the VO data to identify a position of the vehicle while moving along a path next to the row (154, 182); use the VO data to detect the vehicle reaching an end of the row (154, 182); receive global navigation satellite system (GNSS) data from a GNSS receiver identifying the end of row (154, 182) location; and adjust the VO data so the end of row (154, 182) detected from the VO data corresponds with the end of row (154, 182) location identified with the GNSS data; and control the auto-steering system using the adjusted VO data to turn the vehicle around from a first position at the end of the row (154, 182) to a second position at a start of another row (154, 182).
Wall element having a framework of which the spaced-apart longitudinal sides (3, 4) are each formed from at least two uprights (5, 6), which uprights (5, 6) are each produced from at least one profiled portion, wherein at least one water-and rot-resistance thermal insulation material panel is provided between adjacent uprights (5, 6) and bears on both sides against an outer profile web of the adjacent profiled portions, wherein a sandy, earthy, peaty or mineral substrate is provided in the framework cavity formed between the longitudinal sides (3, 4) of the framework, which substrate bears against the inner sides of the thermal insulation material panel, wherein the wall element is designed as a green wall element and wherein planting holes are provided for this purpose in at least one of the thermal insulation material panels, through which planting holes the vegetation routed in the substrate projects outwardly beyond the thermal insulation material panels, characterized in that the thermal insulation material panels forming the longitudinal walls of the wall element bear, at their edges oriented in the vertical direction, on both sides in each case against an outer profile web of the adjacent profiled portions forming the uprights (5, 6), and in that the substrate bearing against the inner sides of the thermal insulation material panels in the framework cavity presses the thermal insulation material panels against the profile webs.
A head-up display device comprising: a first mirror; a second mirror; and a case configured to house the first mirror and the second mirror, wherein the first mirror is disposed at a position receiving external light from the second mirror, wherein the case is provided integrally with a frame-like bezel part configured to cover an outer peripheral portion of the first mirror as viewed from the second mirror side, wherein the first mirror is supported by a mirror holder configured to cover a backside of a reflective surface, and the mirror holder is connected to the case, whereby the first mirror is attached to the case, characterized in that the head-up display device is being formed with a cross optical path between the second mirror and the first mirror, and the mirror holder comprises a resin material having a heat resistance temperature lower than that of the bezel part. a first mirror; a second mirror; and a case configured to house the first mirror and the second mirror, wherein the first mirror is disposed at a position receiving external light from the second mirror, wherein the case is provided integrally with a frame-like bezel part configured to cover an outer peripheral portion of the first mirror as viewed from the second mirror side, wherein the first mirror is supported by a mirror holder configured to cover a backside of a reflective surface, and the mirror holder is connected to the case, whereby the first mirror is attached to the case, characterized in that the head-up display device is being formed with a cross optical path between the second mirror and the first mirror, and the mirror holder comprises a resin material having a heat resistance temperature lower than that of the bezel part.
A helicopter comprising a fuselage, at least one driving unit, a roll axis, at least one main rotor mounted to said fuselage and drivable by said at least one engine about a yaw axis perpendicular to said roll axis, and at least one housing mounted to said fuselage, said at least one housing extending essentially in direction of said roll axis with an offset relative to said yaw axis, wherein - an air inlet and an air outlet are provided along at least a part of a circumference of the at least one housing, said air inlet and said air outlet being formed by angularly offset and separate gaps between a first segment and a second segment of the at least one housing, the first segment and the second segment essentially extending respectively in direction of said roll axis, - at least one rotatable compressor with a plurality of airfoil blades is provided radial inside said at least one housing between said air inlet and said air outlet, said at least one rotatable compressor being drivable by said at least one driving unit about a fan axis and being covered on opposed sides by the first segment and the second segment, and - each chord of said airfoil blades is essentially radial oriented with regard to said fan axis, characterized in that the housing of the cross-flow fan is split into a front section, an aft section and/or a mid section, the front section being closest to the yaw axis, the aft section being distal to the yaw axis and the mid section being between the front section and the aft section, said front section, the aft section and/or the mid section being separately and independently from each other pivotable about the fan axis. - an air inlet and an air outlet are provided along at least a part of a circumference of the at least one housing, said air inlet and said air outlet being formed by angularly offset and separate gaps between a first segment and a second segment of the at least one housing, the first segment and the second segment essentially extending respectively in direction of said roll axis, - at least one rotatable compressor with a plurality of airfoil blades is provided radial inside said at least one housing between said air inlet and said air outlet, said at least one rotatable compressor being drivable by said at least one driving unit about a fan axis and being covered on opposed sides by the first segment and the second segment, and - each chord of said airfoil blades is essentially radial oriented with regard to said fan axis,