mhurhangee/ep-ind-claims huggingface dataset:
Method for checking the accuracy of a representation of image data on a display means used in a security-relevant or security-critical area, in which the representation of image data is generated and displayed from an image description and the accuracy of the representation of image data is checked on the basis of the image description, wherein dynamic data of a railway system is taken into account when the image description is generated, characterised in that the image description is integrated into the representation of the image data and for checking purposes is read out from the representation of the image data. in which the representation of image data is generated and displayed from an image description and the accuracy of the representation of image data is checked on the basis of the image description, wherein dynamic data of a railway system is taken into account when the image description is generated, characterised in that the image description is integrated into the representation of the image data and for checking purposes is read out from the representation of the image data.
A stem structure of a ship comprising a single-screw-vessel-type stem, symmetrical with respect to a hull centerline and narrowing gradually towards an aft end, equipped with: an overlapping propeller propulsion device comprising a pair of right and left propellers (1, 2) disposed such that: the propeller shaft centers (3, 4) thereof are respectively located near centers of right and left bilge vortices; the rotational direction of at least one of the propellers (1, 2) is set to a direction opposite the bilge vortex, that is, it is set to outward turning; the propellers (1, 2) are provided close to each other such that the rotary surfaces thereof do not touch each other when viewed in plan view; and the propellers (1, 2) are formed such that the rakes thereof incline so as to be away from each other, characterized in that within an area of at least 0.4 times the propeller radius in a vertical direction from the propeller shaft center, the shape of the stem on a waterline is sharpened such that: an inclination angle (α) of the sides of the aft end portion of the stern with respect to the hull centerline is 15 degrees.or less, and; the width between the aftwards extensions of the sides, when projected to a line through the aftmost end of the stern, is 600 mm or less. an overlapping propeller propulsion device comprising a pair of right and left propellers (1, 2) disposed such that: the propeller shaft centers (3, 4) thereof are respectively located near centers of right and left bilge vortices; the rotational direction of at least one of the propellers (1, 2) is set to a direction opposite the bilge vortex, that is, it is set to outward turning; the propellers (1, 2) are provided close to each other such that the rotary surfaces thereof do not touch each other when viewed in plan view; and the propellers (1, 2) are formed such that the rakes thereof incline so as to be away from each other, the propeller shaft centers (3, 4) thereof are respectively located near centers of right and left bilge vortices; the rotational direction of at least one of the propellers (1, 2) is set to a direction opposite the bilge vortex, that is, it is set to outward turning; the propellers (1, 2) are provided close to each other such that the rotary surfaces thereof do not touch each other when viewed in plan view; and the propellers (1, 2) are formed such that the rakes thereof incline so as to be away from each other, characterized in that within an area of at least 0.4 times the propeller radius in a vertical direction from the propeller shaft center, the shape of the stem on a waterline is sharpened such that: an inclination angle (α) of the sides of the aft end portion of the stern with respect to the hull centerline is 15 degrees.or less, and; the width between the aftwards extensions of the sides, when projected to a line through the aftmost end of the stern, is 600 mm or less. an inclination angle (α) of the sides of the aft end portion of the stern with respect to the hull centerline is 15 degrees.or less, and; the width between the aftwards extensions of the sides, when projected to a line through the aftmost end of the stern, is 600 mm or less.
An adhesive comprising: (i) a polymer component which contains, in polymerized form, at least 65 wt% of propylene, based on the total weight of the polymer; (ii) at least one nucleator selected from sorbitol derivatives; and (iii) a functionalized wax which is a wax grafted with at least one olefinically unsaturated dicarboxylic anhydride of less than 12 carbon atoms and which has a heat of melting greater than 50 J/g. (i) a polymer component which contains, in polymerized form, at least 65 wt% of propylene, based on the total weight of the polymer; (ii) at least one nucleator selected from sorbitol derivatives; and (iii) a functionalized wax which is a wax grafted with at least one olefinically unsaturated dicarboxylic anhydride of less than 12 carbon atoms and which has a heat of melting greater than 50 J/g.
A disposable cartridge for cooperating with a platform for monitoring and controlling the state of at least a cell culture located within a cell culture chamber, characterized in that it comprises: a duct network comprising at least one fluid inlet and fluid outlet through which said duct network is configured to be in fluid communication with the interior of the cell culture chamber, this duct network being configured for circulating at least one fluid therein, a first sensor connected to the duct network, the first sensor being configured for measuring at least a first fluid parameter, a second sensor connected to the duct network, the second sensor being configured for measuring at least a second fluid parameter regardless of the first sensor, the second fluid parameter being different from the first fluid parameter, and flow control means for selectively controlling the flow of fluid circulating through the duct network towards the first sensor or the second sensor or both sensors (5, 6), wherein the first sensor and second sensor are respectively configured for connecting with at least one processing means (15, 16) of the platform so that both first and second sensor control the state of at least one fluid coming from the cell culture chamber and circulating through the duct network, and the fluid to be circulated in the duct network is a medium, or cells suspended in a medium, or a sample of any of the above, and the medium is a liquid medium and/or a culture medium. a duct network comprising at least one fluid inlet and fluid outlet through which said duct network is configured to be in fluid communication with the interior of the cell culture chamber, this duct network being configured for circulating at least one fluid therein, a first sensor connected to the duct network, the first sensor being configured for measuring at least a first fluid parameter, a second sensor connected to the duct network, the second sensor being configured for measuring at least a second fluid parameter regardless of the first sensor, the second fluid parameter being different from the first fluid parameter, and flow control means for selectively controlling the flow of fluid circulating through the duct network towards the first sensor or the second sensor or both sensors (5, 6), the first sensor and second sensor are respectively configured for connecting with at least one processing means (15, 16) of the platform so that both first and second sensor control the state of at least one fluid coming from the cell culture chamber and circulating through the duct network, and the fluid to be circulated in the duct network is a medium, or cells suspended in a medium, or a sample of any of the above, and the medium is a liquid medium and/or a culture medium.
A variable nozzle device, comprising: an annular nozzle passage formed by a gap between two opposing wall members; and at least one vane extending in said nozzle passage and being rotatably supported by a shaft that is rotatable around a shaft axis of rotation; wherein said vane is a unitary sheet of material curved to form an outer surface in the shape of an aerodynamic profile, the vane having a first sheet portion and a second sheet portion, each sheet portion extending from a leading edge of the vane to a trailing edge of the vane on an opposite side of the vane from the other sheet portion, said vane being attached to the shaft; wherein the second sheet portion extends closer to the shaft axis of rotation than the first sheet portion; wherein the shaft is configured to rotate the vane through a range of vane orientations between a fully open position and a fully closed position; and wherein an aerodynamic center of pressure of the vane is positioned with respect to the axis of the shaft such that, with the vane at the fully closed position, the aerodynamic center of pressure is radially outward from its position with the vane at the fully open position. an annular nozzle passage formed by a gap between two opposing wall members; and at least one vane extending in said nozzle passage and being rotatably supported by a shaft that is rotatable around a shaft axis of rotation; wherein said vane is a unitary sheet of material curved to form an outer surface in the shape of an aerodynamic profile, the vane having a first sheet portion and a second sheet portion, each sheet portion extending from a leading edge of the vane to a trailing edge of the vane on an opposite side of the vane from the other sheet portion, said vane being attached to the shaft; wherein the second sheet portion extends closer to the shaft axis of rotation than the first sheet portion; wherein the shaft is configured to rotate the vane through a range of vane orientations between a fully open position and a fully closed position; and wherein an aerodynamic center of pressure of the vane is positioned with respect to the axis of the shaft such that, with the vane at the fully closed position, the aerodynamic center of pressure is radially outward from its position with the vane at the fully open position.
A labelling machine for dispensing labels derivable from a web travelling along a feed path and applying the labels to articles travelling along an article path, said labelling machine comprising: - a web supply reel; - means for unwinding the web off the supply reel and for feeding the web along the feed path towards an affixing station of the labelling machine, at which the labels are sequentially applied to the articles sequentially arriving thereat; - driving means for controlling the advancement along the feed path of the web from which the labels are derivable in accordance with the advancement along the article path of the articles to which the labels are to be applied; and - web tension control means selectively actuatable to exert on said supply reel a torque directed against the unwinding sense of said web; characterised in that said web tension control means are configured to respond to a variation in the linear velocity of said web at said unwinding means with a corresponding variation in the torque exerted on said supply reel such as to maintain the web tension within a predetermined range. - a web supply reel; - means for unwinding the web off the supply reel and for feeding the web along the feed path towards an affixing station of the labelling machine, at which the labels are sequentially applied to the articles sequentially arriving thereat; - driving means for controlling the advancement along the feed path of the web from which the labels are derivable in accordance with the advancement along the article path of the articles to which the labels are to be applied; and - web tension control means selectively actuatable to exert on said supply reel a torque directed against the unwinding sense of said web;
An image processing device (100, 200) comprising: an image acquisition unit configured to acquire a far-infrared image, a near-infrared image, and a visible light image, wherein each of the far-infrared image, the near-infrared image, and the visible light image corresponds to a common object; a determination unit configured to determine a first imaging condition of image capture of each of the far-infrared image, the near-infrared image, and the visible light image; and a generation unit (160, 260) configured to determine a first filter configuration that comprises an arrangement of filter taps, wherein the filter taps correspond to pixels from each of the far-infrared image, the near-infrared image, and the visible light image, and to generate a color image based on filtration of each of the far-infrared image, the near-infrared image, and the visible light image, wherein the filtration is based on the first filter configuration, and wherein the generation unit is configured to determine the first filter configuration based on the first imaging condition. an image acquisition unit configured to acquire a far-infrared image, a near-infrared image, and a visible light image, wherein each of the far-infrared image, the near-infrared image, and the visible light image corresponds to a common object; a determination unit configured to determine a first imaging condition of image capture of each of the far-infrared image, the near-infrared image, and the visible light image; and a generation unit (160, 260) configured to determine a first filter configuration that comprises an arrangement of filter taps, wherein the filter taps correspond to pixels from each of the far-infrared image, the near-infrared image, and the visible light image, and to generate a color image based on filtration of each of the far-infrared image, the near-infrared image, and the visible light image, to determine a first filter configuration that comprises an arrangement of filter taps, wherein the filter taps correspond to pixels from each of the far-infrared image, the near-infrared image, and the visible light image, and to generate a color image based on filtration of each of the far-infrared image, the near-infrared image, and the visible light image, wherein the filtration is based on the first filter configuration, and wherein the generation unit is configured to determine the first filter configuration based on the first imaging condition.
A method for monitoring for a surge condition, comprising: detecting a surge condition through vibration signals measured at at least one location in a turbomachine, wherein detecting a surge condition includes: determining a ratio-metric indicator, R BR, by comparing a blade frequency band, Ω B, to a reference frequency band, Ω R; and is characterised by calculating a surge score, SS, with the following equation: SS = R BR − R μ R σ wherein R μ is a sample mean of a set of ratio-metric indicators and R σ is a sample standard deviation of a set of ratio-metric indicators; and determining whether a surge condition exists based on the surge score. detecting a surge condition through vibration signals measured at at least one location in a turbomachine, wherein detecting a surge condition includes: determining a ratio-metric indicator, R BR, by comparing a blade frequency band, Ω B, to a reference frequency band, Ω R; and is characterised by calculating a surge score, SS, with the following equation: SS = R BR − R μ R σ wherein R μ is a sample mean of a set of ratio-metric indicators and R σ is a sample standard deviation of a set of ratio-metric indicators; and determining whether a surge condition exists based on the surge score. determining a ratio-metric indicator, R BR, by comparing a blade frequency band, Ω B, to a reference frequency band, Ω R; and is characterised by calculating a surge score, SS, with the following equation: SS = R BR − R μ R σ wherein R μ is a sample mean of a set of ratio-metric indicators and R σ is a sample standard deviation of a set of ratio-metric indicators; and determining whether a surge condition exists based on the surge score.
A solid catalyst system comprising a chromium compound, an aluminium alkoxide compound, a nitrogen containing compound and a silicon oxide support, wherein the aluminium alkoxide compound has the formula (R 1) 2 -Al-OR 2 wherein R 1 is selected from C1-C8 alkyl groups and OR 2 is selected from C1-C8 alkoxyl groups and wherein the nitrogen containing compound is a cycloalkylamine compound having the general formula: R 3 -NH2, wherein R 3 is selected from C3-C8 cycloalkyl groups. wherein the aluminium alkoxide compound has the formula (R 1) 2 -Al-OR 2 wherein R 1 is selected from C1-C8 alkyl groups and OR 2 is selected from C1-C8 alkoxyl groups and wherein the nitrogen containing compound is a cycloalkylamine compound having the general formula: R 3 -NH2, wherein R 3 is selected from C3-C8 cycloalkyl groups.
A directional antenna array, comprising: - a rectangular waveguide with two feeds (103, 104), the guide extending along a longitudinal axis (Oy), said rectangular waveguide comprising: • a fixed portion with two lateral faces (402, 403) facing each other and an upper face joining the two lateral faces orthogonally, and • a bottom part placed between the two lateral faces and forming the lower face of the waveguide; - a plurality of radiating elements placed regularly along said longitudinal axis on the fixed portion of the waveguide, the directional antenna array being characterised in that the bottom part of the rectangular waveguide is movable translationally in a direction of movement (Oz) parallel to the lateral faces, the maximum distance between the bottom part and the upper face being smaller than the distance between the lateral faces. - a rectangular waveguide with two feeds (103, 104), the guide extending along a longitudinal axis (Oy), said rectangular waveguide comprising: • a fixed portion with two lateral faces (402, 403) facing each other and an upper face joining the two lateral faces orthogonally, and • a bottom part placed between the two lateral faces and forming the lower face of the waveguide; • a fixed portion with two lateral faces (402, 403) facing each other and an upper face joining the two lateral faces orthogonally, and • a bottom part placed between the two lateral faces and forming the lower face of the waveguide; - a plurality of radiating elements placed regularly along said longitudinal axis on the fixed portion of the waveguide,
A method for recommending personalized content, the method comprising: receiving a user identification data from a user device (111, 113, 115); querying a database for acquiring a user preference, wherein the user preference is provided for the serving system to obtain one or more digital contents that are consistent with the user preference as recommended personalized content; grouping the one or more digital contents according to location data corresponding to each of the digital contents; rendering one or more thumbnail images representing one or more groups of digital contents within a geographic range; providing the one or more thumbnail images to the user device (111, 113, 115), and displaying the one or more thumbnail images on a thumbnail display area of an application interface in the user device (111, 113, 115); wherein, when a user selects one of the thumbnail images, the application interface switches to the geographic range represented by the selected thumbnail image, and the serving system provides one or more linking points within the geographic range and displays one or more linking icons corresponding to the one or more linking points on the application interface; wherein, each of the linking points within the geographic range links to addresses of the one or more digital contents that the serving system recommends in the database as recommended personalized content; and when the linking point links to multiple digital contents, the multiple digital contents are played in sequence by the application interface of the user device by selection of the linking point. receiving a user identification data from a user device (111, 113, 115); querying a database for acquiring a user preference, wherein the user preference is provided for the serving system to obtain one or more digital contents that are consistent with the user preference as recommended personalized content; grouping the one or more digital contents according to location data corresponding to each of the digital contents; rendering one or more thumbnail images representing one or more groups of digital contents within a geographic range; providing the one or more thumbnail images to the user device (111, 113, 115), and displaying the one or more thumbnail images on a thumbnail display area of an application interface in the user device (111, 113, 115); wherein, when a user selects one of the thumbnail images, the application interface switches to the geographic range represented by the selected thumbnail image, and the serving system provides one or more linking points within the geographic range and displays one or more linking icons corresponding to the one or more linking points on the application interface; wherein, each of the linking points within the geographic range links to addresses of the one or more digital contents that the serving system recommends in the database as recommended personalized content; and when the linking point links to multiple digital contents, the multiple digital contents are played in sequence by the application interface of the user device by selection of the linking point.