mhurhangee/patent-ind-claim-en huggingface dataset:
A pair of sliding parts having sliding faces (S) that slide with respect to each other, in which at least the sliding face on one side includes a dimple group formed by arranging plural dimples , wherein the dimples are arranged in such a manner that a radial-direction coordinate average of center coordinates of the dimples of the dimple group is smaller than a sliding radius of the sliding face (S), the sliding radius of the sliding face being equal to the average of an inside radius (Ri) of the sliding face (S) and an outside radius (Ro) of the sliding face (S), the dimple group is formed by an aligned dimple group formed by arranging and aligning the plural dimples in order, and the aligned dimple group is formed by arranging plural sub dimple groups in a concentric manner, the sub dimple groups (21a, 21b, 21c; 31a, 31b, 31c; 41a, 41b, 41c) being respectively formed by arranging the plural dimples in forms of rings, characterized in that the sub dimple groups (21a, 21b, 21c; 31a, 31b, 31c; 41a, 41b, 41c) are arranged in such a manner that a radial gap between the sub dimple groups (21a, 21b, 21c; 31a, 31b, 31c; 41a, 41b, 41c) arranged in a concentric manner is gradually increased toward the radially outside. the dimples are arranged in such a manner that a radial-direction coordinate average of center coordinates of the dimples of the dimple group is smaller than a sliding radius of the sliding face (S), the sliding radius of the sliding face being equal to the average of an inside radius (Ri) of the sliding face (S) and an outside radius (Ro) of the sliding face (S), the dimple group is formed by an aligned dimple group formed by arranging and aligning the plural dimples in order, and the aligned dimple group is formed by arranging plural sub dimple groups in a concentric manner, the sub dimple groups (21a, 21b, 21c; 31a, 31b, 31c; 41a, 41b, 41c) being respectively formed by arranging the plural dimples in forms of rings, characterized in that the sub dimple groups (21a, 21b, 21c; 31a, 31b, 31c; 41a, 41b, 41c) are arranged in such a manner that a radial gap between the sub dimple groups (21a, 21b, 21c; 31a, 31b, 31c; 41a, 41b, 41c) arranged in a concentric manner is gradually increased toward the radially outside.
A method, comprising: detecting, with a detector array comprising a plurality of individual detectors each configured with a first number of energy bins, photons generated by an x-ray source and attenuated by a subject to be imaged; generating a first dataset, for a virtual detector array comprising a combination of individual detectors and macro-detectors, by selectively aggregating a subset of the individual detectors into the macro-detectors with a second number of energy bins; generating a second dataset, for an augmented detector array comprising the plurality of individual detectors each configured with the second number of energy bins, by up-sampling the first dataset; and reconstructing an image of the subject from the second dataset. detecting, with a detector array comprising a plurality of individual detectors each configured with a first number of energy bins, photons generated by an x-ray source and attenuated by a subject to be imaged; generating a first dataset, for a virtual detector array comprising a combination of individual detectors and macro-detectors, by selectively aggregating a subset of the individual detectors into the macro-detectors with a second number of energy bins; generating a second dataset, for an augmented detector array comprising the plurality of individual detectors each configured with the second number of energy bins, by up-sampling the first dataset; and reconstructing an image of the subject from the second dataset.
A flexible display apparatus comprising: a flexible display ; a sensor configured to sense (S1910)a bending of the flexible display and a touch manipulation on the flexible display ; and a controller configured to determine (S1920) a screen activation region (231-235) and a screen inactivation region from among a plurality of display regions of the flexible display which are divided by a bending line formed by the sensed bending, wherein the screen inactivation region is an inactivated region of the flexible display and wherein the controller is configured to display (S1930) a predetermined screen on the screen activation region (231-235); characterised in that the controller is configured to, in response to receiving a user input to touch and drag the bending line, change a size of the screen activation region (231-235) according to the dragged bending line. a flexible display ; a sensor configured to sense (S1910)a bending of the flexible display and a touch manipulation on the flexible display ; and a controller configured to determine (S1920) a screen activation region (231-235) and a screen inactivation region from among a plurality of display regions of the flexible display which are divided by a bending line formed by the sensed bending, wherein the screen inactivation region is an inactivated region of the flexible display and wherein the controller is configured to display (S1930) a predetermined screen on the screen activation region (231-235); characterised in that the controller is configured to, in response to receiving a user input to touch and drag the bending line, change a size of the screen activation region (231-235) according to the dragged bending line.
A flexible barbell for enhancing weight lifting exercises comprising: an elongated tube comprising a center and ends; at least one flexible bar arranged inside said elongated tube wherein said flexible bar has a rectangular shape with a cross-section having a minor axis and a major axis, whereby the cross-section has larger extension in a direction of the major axis, and is capable of rotating in relation to said elongated tube ; and weights attached to said elongated tube near said ends; wherein said elongated tube is configured to bend relative to a tangent (T) to said center in response to said center of said flexible barbell being moved in use. an elongated tube comprising a center and ends; at least one flexible bar arranged inside said elongated tube wherein said flexible bar has a rectangular shape with a cross-section having a minor axis and a major axis, whereby the cross-section has larger extension in a direction of the major axis, and is capable of rotating in relation to said elongated tube ; and weights attached to said elongated tube near said ends; wherein said elongated tube is configured to bend relative to a tangent (T) to said center in response to said center of said flexible barbell being moved in use.
A targeted structure-specific particulate-based delivery system comprising: (a) a nanoparticle having a diameter of 120nm, 130nm, 140nm, 150nm, 160nm, 170nm, 180nm or 190nm; (b) a polyethylene glycol (PEG) polymer coating on the surface of the nanoparticle having a surface density of at least 0.1 PEG molecule per nm 2 and a PEG corona with a density of about 0.01 to about 0.10 g/cm 3 and configured to avoid non-specific binding to extracellular matrix and to penetrate the extracellular matrix; (c) an Fn14 monoclonal antibody or fragment thereof conjugated on a surface of the nanoparticle and configured to promote specific binding to a cell surface molecule expressed by a target cell; and (d) a therapeutic agent in or on the nanoparticle. (a) a nanoparticle having a diameter of 120nm, 130nm, 140nm, 150nm, 160nm, 170nm, 180nm or 190nm; (b) a polyethylene glycol (PEG) polymer coating on the surface of the nanoparticle having a surface density of at least 0.1 PEG molecule per nm 2 and a PEG corona with a density of about 0.01 to about 0.10 g/cm 3 and configured to avoid non-specific binding to extracellular matrix and to penetrate the extracellular matrix; (c) an Fn14 monoclonal antibody or fragment thereof conjugated on a surface of the nanoparticle and configured to promote specific binding to a cell surface molecule expressed by a target cell; and (d) a therapeutic agent in or on the nanoparticle.
An ophthalmological imaging device comprising: an objective lens ; an interference optical system that is configured to divide light (L0) from a light source into measurement light (LS) and reference light (LR), to cause the measurement light (LS) to become incident on a subject's eye (E) via the objective lens , and to detect interference light (LC) between the reference light (LR) and return light of the measurement light (LS) that has exited from the subject's eye (E) and passed through the objective lens ; an image forming unit that is configured to form an image of the subject's eye (E) based on a detection result of the interference light (LC) which are acquired by the interference optical system; an optical member that is capable of being disposed in an optical path of the measurement light (LS), and absorbs the measurement light (LS); and an analyzer that analyzes a first detection result of the interference light (LC) which are acquired by the interference optical system while the optical member is in a state of being disposed in the optical path, and a second detection result of the interference light (LC) which are acquired by the interference optical system while the optical member is in a state of having been removed from the optical path, characterised in that the analyzer is configured to eliminate noise in the second detection result or in an image based on the second detection result by analyzing the second detection result and the first detection result and subtracting the first detection result from the second detection result. an objective lens ; an interference optical system that is configured to divide light (L0) from a light source into measurement light (LS) and reference light (LR), to cause the measurement light (LS) to become incident on a subject's eye (E) via the objective lens , and to detect interference light (LC) between the reference light (LR) and return light of the measurement light (LS) that has exited from the subject's eye (E) and passed through the objective lens ; an image forming unit that is configured to form an image of the subject's eye (E) based on a detection result of the interference light (LC) which are acquired by the interference optical system; an optical member that is capable of being disposed in an optical path of the measurement light (LS), and absorbs the measurement light (LS); and an analyzer that analyzes a first detection result of the interference light (LC) which are acquired by the interference optical system while the optical member is in a state of being disposed in the optical path, and a second detection result of the interference light (LC) which are acquired by the interference optical system while the optical member is in a state of having been removed from the optical path, characterised in that the analyzer is configured to eliminate noise in the second detection result or in an image based on the second detection result by analyzing the second detection result and the first detection result and subtracting the first detection result from the second detection result.
A method for performing a performance measurement on a packet flow (PF) transmitted along a path through a packet switched communication network (CN), said method comprising: a) generating a flow of artificial packets (APF) having predefined packet lengths; b) aggregating said flow of artificial packets (APF) with said packet flow (PF) at a node (N1) of said communication network (CN) located along said path, so as to provide an aggregated packet flow (PF') which is transmitted along at least a length of said path starting from said node (N1); c) at a first measurement point (MP1) located along said length of said path, identifying said artificial packets based on said predefined packet lengths and providing a first raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); d) at a second measurement point (MP2) located along said length of said path, identifying said artificial packets based on said predefined packet lengths and providing a second raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); and e) performing a performance measurement of said packet flow (PF) using said first and second raw performance measurements. a) generating a flow of artificial packets (APF) having predefined packet lengths; b) aggregating said flow of artificial packets (APF) with said packet flow (PF) at a node (N1) of said communication network (CN) located along said path, so as to provide an aggregated packet flow (PF') which is transmitted along at least a length of said path starting from said node (N1); c) at a first measurement point (MP1) located along said length of said path, identifying said artificial packets based on said predefined packet lengths and providing a first raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); d) at a second measurement point (MP2) located along said length of said path, identifying said artificial packets based on said predefined packet lengths and providing a second raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); and e) performing a performance measurement of said packet flow (PF) using said first and second raw performance measurements.
A polypropylene composition comprising: as component , a propylene (co)polymer containing 0 to 0.5% by weight of an ethylene-derived unit; and as component , an ethylene/propylene copolymer containing 65 to 85% by weight of an ethylene-derived unit; wherein the polypropylene composition satisfies the following requirements: 1) the Mw/Mn value of xylene insolubles (XI) of the composition as measured by GPC is in the range of 6 to 20, 2) the weight ratio of component to component is in the range of 70:30 to 85:15, 3) the intrinsic viscosity of xylene solubles (XSIV) of the composition is in the range of 1.0 to 3.0 dl/g, 4) the MFR (at 230°C under a load of 2.16 kg) of the composition is in the range of 3 to 15 g/10 min. as component , a propylene (co)polymer containing 0 to 0.5% by weight of an ethylene-derived unit; and as component , an ethylene/propylene copolymer containing 65 to 85% by weight of an ethylene-derived unit; wherein the polypropylene composition satisfies the following requirements: 1) the Mw/Mn value of xylene insolubles (XI) of the composition as measured by GPC is in the range of 6 to 20, 2) the weight ratio of component to component is in the range of 70:30 to 85:15, 3) the intrinsic viscosity of xylene solubles (XSIV) of the composition is in the range of 1.0 to 3.0 dl/g, 4) the MFR (at 230°C under a load of 2.16 kg) of the composition is in the range of 3 to 15 g/10 min. 1) the Mw/Mn value of xylene insolubles (XI) of the composition as measured by GPC is in the range of 6 to 20, 2) the weight ratio of component to component is in the range of 70:30 to 85:15, 3) the intrinsic viscosity of xylene solubles (XSIV) of the composition is in the range of 1.0 to 3.0 dl/g, 4) the MFR (at 230°C under a load of 2.16 kg) of the composition is in the range of 3 to 15 g/10 min.
A method, comprising: transmitting a first signal utilizing a first X-phase path with a X-phase mixer of a transmitter , wherein the first signal has X phases; measuring an image distortion level in connection with the first signal; and setting a duty ratio of a local oscillator of the transmitter based on the measurement for reducing a distortion in connection with a transmission of a second signal utilizing a second Y-phase path with a Y-phase mixer of the transmitter , wherein the second signal has Y phases and X and Y are integers with X unequal to Y, the X-phase mixer and the Y-phase mixer are driven by the local oscillator . transmitting a first signal utilizing a first X-phase path with a X-phase mixer of a transmitter , wherein the first signal has X phases; measuring an image distortion level in connection with the first signal; and setting a duty ratio of a local oscillator of the transmitter based on the measurement for reducing a distortion in connection with a transmission of a second signal utilizing a second Y-phase path with a Y-phase mixer of the transmitter , wherein the second signal has Y phases and X and Y are integers with X unequal to Y, the X-phase mixer and the Y-phase mixer are driven by the local oscillator .
A beverage preparation system with a preparation unit for preparing a beverage, with a display panel defining a screen space, and having integrated therewith a touch sensitive panel and with a control unit for controlling the preparation unit with user guidance obtained from the touch sensitive panel and for providing visual feedback to the display panel , the touch sensitive panel being arranged for generating a position signal (xp, yp) indicative for a position pointed to, the control unit being operable in one of a set of potential operational modes, comprising a tuning mode (M2) wherein the user is enabled to tune a beverage recipe, in which tuning mode (M2) the control unit causes the display panel to display a holder with a filling corresponding to a beverage recipe as well as with one or more soft-buttons in its interior, the one or more soft-buttons comprising at least one soft-button that is movable in a first control direction (y), wherein the control unit is configured for controlling a relative contribution of an ingredient in the beverage to be prepared, and therewith controlling a composition of said beverage, in accordance with the position of the at least one soft-button in said first control direction and for providing additional information in the form of an appearance of the filling of said holder, to the user indicative of a setting for said composition as controlled in accordance with the position of the at least one soft-button in said first control direction characterized in that in said tuning mode (M2) the filling of the holder is displayed with a plurality of parts representative for a plurality of ingredients and comprising at least a first part with a first appearance and a second part with a second appearance that occupy respective fractions of said filling indicative for respective amounts of a first ingredient and a second ingredient of said plurality of ingredients in the beverage to be prepared and wherein the appearance of the filling is adapted by adapting a position of a boundary between the first and the second part in the first control direction.
Assembly for arrangement on the fitting side of a window casement or a door wing, with a fitting part to be fixed on the wing, wherein the fitting part comprises a receiving space for rotatably receiving at least the frontal end of a bearing bolt arranged or to be arranged on the frame of the window or the door, the fitting part being provided with an adjustment screw movable along an adjustment axis for adjusting a position of the fitting part relative to the bearing bolt , with an accessory part with an intermediate portion and a securing portion , wherein the intermediate portion is configured to be arranged between a frontal end of the adjustment screw and the frontal end of the bearing bolt , wherein the securing portion is secured against rotation on the fitting part , wherein in a state before mounting of the accessory part the intermediate portion and the securing portion are connected to each other, and wherein in a mounted state of the accessory part the intermediate part is detached from the securing portion and is movable together with the adjustment screw along the adjustment axis , wherein in the state before mounting of the accessory part , the intermediate portion and the securing portion are coherently bonded to each other and a connecting area between the intermediate portion and the securing portion is formed as a predetermined breaking point , characterized in that the securing portion is configured for engagement in an external thread of the adjustment screw .
A method for processing data, characterized in that : when a terminal is in a dormant state, keeping providing a working power supply for a subscriber identity module card and one or more specified electronic devices within the terminal (S11), so that the subscriber identity module card and the one or more specified electronic devices keep in a working state; the subscriber identity module card collecting and storing working data of the specified electronic device (S12); and when the terminal quits from the dormant state, extracting the working data (S13). when a terminal is in a dormant state, keeping providing a working power supply for a subscriber identity module card and one or more specified electronic devices within the terminal (S11), so that the subscriber identity module card and the one or more specified electronic devices keep in a working state; the subscriber identity module card collecting and storing working data of the specified electronic device (S12); and when the terminal quits from the dormant state, extracting the working data (S13).
Centrifugal pump having at least one hydrodynamic sliding bearing arrangement , wherein each sliding bearing arrangement comprises at least one element connected to a shaft for conjoint rotation therewith and at least one stationary mating element , wherein the element is provided with a carbon layer, wherein the carbon layer is an amorphous carbon layer and the mating element comprises a graphite-containing material, characterized in that the amorphous carbon layer is a tetrahedral hydrogen-free amorphous carbon layer, wherein the mean roughness value R a of the carbon layer is less than 0.7 um and the mating element consists of graphite to an extent of more than 70% by weight.
Method for implementing a limestone-carbon dioxide cycle in iron and steel production comprising the steps of: (a) providing (S101) calcium oxide-containing slag from the iron and steel production process in at least one dissolving tank ; (b) causing (S102) the slag to contact process water and dissolve the calcium oxide by forming calcium hydroxide; (c) conveying (S103) the calcium hydroxide and process water to a reaction tank ; (d) introducing (S104), with agitation , purified carbon dioxide-containing production offgas into the reaction tank to form calcium carbonate; and (e) conveying (S105) the formed calcium carbonate and process water to at least one settling basin so that the formed calcium carbonate settles in the at least one settling basin, characterized in that : the settling basin comprises a granular lime bed so that the formed calcium carbonate attaches to the granular lime and limestone is formed. (a) providing (S101) calcium oxide-containing slag from the iron and steel production process in at least one dissolving tank ; (b) causing (S102) the slag to contact process water and dissolve the calcium oxide by forming calcium hydroxide; (c) conveying (S103) the calcium hydroxide and process water to a reaction tank ; (d) introducing (S104), with agitation , purified carbon dioxide-containing production offgas into the reaction tank to form calcium carbonate; and (e) conveying (S105) the formed calcium carbonate and process water to at least one settling basin so that the formed calcium carbonate settles in the at least one settling basin,