mhurhangee/ep-ind-claims huggingface dataset:
A service providing system comprising: an information collection means for receiving a service information acquisition request needed for providing a service from a service providing server located in an external communication network and, in response to the request, collecting node holding information held by each node device in a mobile communication network, the node holding information comprising information about data traffic held by each node device; an information generation means for generating mobile communication network information including information about a degree of congestion in the mobile communication network, based on the information about data traffic of each node device; and a communication means for transmitting the mobile communication network information to the service providing server. an information collection means for receiving a service information acquisition request needed for providing a service from a service providing server located in an external communication network and, in response to the request, collecting node holding information held by each node device in a mobile communication network, the node holding information comprising information about data traffic held by each node device; an information generation means for generating mobile communication network information including information about a degree of congestion in the mobile communication network, based on the information about data traffic of each node device; and a communication means for transmitting the mobile communication network information to the service providing server.
Transporting and storage container, which can be folded out from a folded flat, not-in-use position to an open position and whose side walls (3, 4a) can be folded inwardly to the base of a bottom tray and are arranged over walls (4, 5) of the bottom tray, wherein at least one side wall (3, 4a) and at least one wall (4, 5) of the bottom tray have connecting elements (14, 15) corresponding to one another, wherein a connecting element can be inserted with an accurate fit into the corresponding connecting element when the side wall (3, 4a) is folded out, characterised in that the transition between side wall and wall of the bottom tray on the inner surface of the container is formed as a continuous joint lip.
A laminated log structure comprising a number of horizontal superposed laminated logs, wherein the laminated logs include one or more vertical-grain-direction lamellas (120a, 120b), in which the wood grain runs substantially vertically when the laminated log lies in a horizontal plane, for limiting the settling of the laminated log structure, and at least one horizontal-grain-direction lamella (110a, 110b), in which the wood grain runs substantially horizontally when the laminated log lies in a horizontal plane, on both sides of the one or more vertical-grain-direction lamellas (120a, 120b), characterized in that the laminated logs are fastened to each other by first screws which, together with the vertical-grain-direction lamellas (120a, 120b), are arranged to bear the load of the laminated log structure, wherein said first screws are arranged to fasten to one another said at least one horizontal-grain-direction lamella (110a, 110b) of the superposed laminated logs on both sides of the one or more vertical-grain-direction lamellas (120a, 120b). at least one horizontal-grain-direction lamella (110a, 110b), in which the wood grain runs substantially horizontally when the laminated log lies in a horizontal plane, on both sides of the one or more vertical-grain-direction lamellas (120a, 120b), characterized in that the laminated logs are fastened to each other by first screws which, together with the vertical-grain-direction lamellas (120a, 120b), are arranged to bear the load of the laminated log structure, wherein said first screws are arranged to fasten to one another said at least one horizontal-grain-direction lamella (110a, 110b) of the superposed laminated logs on both sides of the one or more vertical-grain-direction lamellas (120a, 120b).
A synergistic herbicidal mixture comprising an herbicidally effective amount of (a) penoxsulam and (b) oryzalin in which the weight ratio of oryzalin to penoxsulam on an active ingredient (ai) basis is from 40:1 to 960:1.
A method of wireless communications by a wireless user equipment, UE, relay node, the method comprising: determining resources for transmission of a common reference signal, CRS, in a subframe based, at least in part, on a type of one or more channels to be transmitted in the subframe, wherein the determined resources comprise a narrowband portion of overall bandwidth allocated to the subframe, wherein narrowband resources span a length of the subframe if at least one of a physical broadcast channel, PBCH, primary synchronization signal, PSS, or secondary synchronization signal, SSS, is to be transmitted in the subframe, wherein the length spans both a control region and a data region, and narrowband resources span only a portion of a control region of the subframe if none of a physical broadcast channel, PBCH, primary synchronization signal, PSS, secondary synchronization signal, SSS, and a physical downlink control channel, PDCCH, is to be transmitted in the subframe, and transmitting the CRS using the determined resources. determining resources for transmission of a common reference signal, CRS, in a subframe based, at least in part, on a type of one or more channels to be transmitted in the subframe, wherein the determined resources comprise a narrowband portion of overall bandwidth allocated to the subframe, wherein narrowband resources span a length of the subframe if at least one of a physical broadcast channel, PBCH, primary synchronization signal, PSS, or secondary synchronization signal, SSS, is to be transmitted in the subframe, wherein the length spans both a control region and a data region, and narrowband resources span only a portion of a control region of the subframe if none of a physical broadcast channel, PBCH, primary synchronization signal, PSS, secondary synchronization signal, SSS, and a physical downlink control channel, PDCCH, is to be transmitted in the subframe, and transmitting the CRS using the determined resources.
Method for organizing graphical elements (204, 301), wherein each graphical element is associated with a contact, wherein a method comprises the following steps; - generating a graphical element (204, 301) for each contact; - associating the graphical element to the corresponding data item; - sorting the graphical elements into different categories; - displaying the graphical elements of different categories in different layers (102, 103, 104), wherein the different layers are created as concentric cylinders (401, 402, 403) such that a user perceives the graphical elements as displayed on an inner wall of the concentric cylinders (401, 402, 403); - positioning the graphical elements (204, 301) as a function of the frequency of contacts such that the most frequently selected graphical elements (204, 301) are in the main viewing direction of the user. - generating a graphical element (204, 301) for each contact; - associating the graphical element to the corresponding data item; - sorting the graphical elements into different categories; - displaying the graphical elements of different categories in different layers (102, 103, 104), wherein the different layers are created as concentric cylinders (401, 402, 403) such that a user perceives the graphical elements as displayed on an inner wall of the concentric cylinders (401, 402, 403); - positioning the graphical elements (204, 301) as a function of the frequency of contacts such that the most frequently selected graphical elements (204, 301) are in the main viewing direction of the user.
An injectable depot formulation comprising: a particle containing optically active tolvaptan as an active ingredient; and a pharmaceutically acceptable carrier for injection. a particle containing optically active tolvaptan as an active ingredient; and a pharmaceutically acceptable carrier for injection.
A surgical instrument comprising: (a) a body; (b) a shaft assembly extending distally from the body; (c) a stapling head assembly located at the distal end of the shaft assembly, wherein the stapling head assembly comprises a distal surface, wherein the stapling head assembly is operable to drive an annular array of staples through the distal surface; (d) an anvil, wherein the anvil is configured to couple with the stapling head assembly; (e) an anvil adjustment assembly, wherein the anvil adjustment assembly comprises a translating member, wherein the translating member is operable to translate relative to the body along a longitudinal axis to thereby adjust a gap distance (d) between the anvil and the distal surface of the stapling head assembly; and (f) a first indicator assembly, characterised in that the first indicator assembly comprises: (i) an array of discrete marker elements, (ii) a sensor, wherein the marker elements are configured to successively activate the sensor in response to translation of the translating member, and (iii) an indicator, wherein the indicator is configured to provide feedback indicating whether the gap distance is sized to release tissue from between the anvil and the distal surface based on activation of the sensor by the marker elements. (a) a body; (b) a shaft assembly extending distally from the body; (c) a stapling head assembly located at the distal end of the shaft assembly, wherein the stapling head assembly comprises a distal surface, wherein the stapling head assembly is operable to drive an annular array of staples through the distal surface; (d) an anvil, wherein the anvil is configured to couple with the stapling head assembly; (e) an anvil adjustment assembly, wherein the anvil adjustment assembly comprises a translating member, wherein the translating member is operable to translate relative to the body along a longitudinal axis to thereby adjust a gap distance (d) between the anvil and the distal surface of the stapling head assembly; and (f) a first indicator assembly, characterised in that the first indicator assembly comprises: (i) an array of discrete marker elements, (ii) a sensor, wherein the marker elements are configured to successively activate the sensor in response to translation of the translating member, and (iii) an indicator, wherein the indicator is configured to provide feedback indicating whether the gap distance is sized to release tissue from between the anvil and the distal surface based on activation of the sensor by the marker elements. (i) an array of discrete marker elements, (ii) a sensor, wherein the marker elements are configured to successively activate the sensor in response to translation of the translating member, and (iii) an indicator, wherein the indicator is configured to provide feedback indicating whether the gap distance is sized to release tissue from between the anvil and the distal surface based on activation of the sensor by the marker elements.
A system (100, 101, 102, 110, 220, 224) configured to: receive surveillance data from a first aircraft (10, 20); identify, from the surveillance data, aircraft maneuver data indicative of maneuvers (302, 304, 306, 308, 310, 402, 404, 406, 408, 410) of the first aircraft, wherein the aircraft maneuver data comprises data indicative of takeoff or landing maneuvers of the first aircraft, and wherein to identify the data indicative of the takeoff or landing maneuvers of the first aircraft from the surveillance data, the system is configured to identify data from the surveillance data indicative of at least one of a flare, a touchdown, and a landing roll of the first aircraft performing a landing, or at least one of a takeoff roll start, a takeoff roll, and a takeoff of the first aircraft performing a takeoff; store the aircraft maneuver data in a data store; perform one or more analyses (500, 600) of the stored aircraft maneuver data to make a determination of in-air/on-ground status transitions and in-air/on-ground status of the first aircraft; and generate an output (540, 640) to systems or functions onboard a second aircraft, the output being based on the one or more analyses of the stored aircraft maneuver data, wherein generating the output based on the one or more analyses of the stored aircraft maneuver data comprises generating a wake vortex turbulence avoidance alerting output using said determined in-air/on-ground status of the first aircraft. receive surveillance data from a first aircraft (10, 20); identify, from the surveillance data, aircraft maneuver data indicative of maneuvers (302, 304, 306, 308, 310, 402, 404, 406, 408, 410) of the first aircraft, wherein the aircraft maneuver data comprises data indicative of takeoff or landing maneuvers of the first aircraft, and wherein to identify the data indicative of the takeoff or landing maneuvers of the first aircraft from the surveillance data, the system is configured to identify data from the surveillance data indicative of at least one of a flare, a touchdown, and a landing roll of the first aircraft performing a landing, or at least one of a takeoff roll start, a takeoff roll, and a takeoff of the first aircraft performing a takeoff; store the aircraft maneuver data in a data store; perform one or more analyses (500, 600) of the stored aircraft maneuver data to make a determination of in-air/on-ground status transitions and in-air/on-ground status of the first aircraft; and generate an output (540, 640) to systems or functions onboard a second aircraft, the output being based on the one or more analyses of the stored aircraft maneuver data, wherein generating the output based on the one or more analyses of the stored aircraft maneuver data comprises generating a wake vortex turbulence avoidance alerting output using said determined in-air/on-ground status of the first aircraft.
A filter cartridge for filtering fuel or oil, the filter cartridge comprising: (a) first and second opposite end caps (50, 54); (b) a tubular extension of filter media defining an open interior volume downstream of the filter media; the filter media being secured to, and extending between the first and second end caps (50, 54); and (c) the first end cap having an air channel with an inlet and an outlet; the inlet being in communication with a volume upstream of the filter media; and the outlet being in communication with the open interior volume downstream of the filter media; (i) the channel having an average cross-sectional area of at least 0.06 mm 2 and no greater than 0.6 mm 2; characterized in that said channel has a length between the inlet and outlet of at least 10 mm. (a) first and second opposite end caps (50, 54); (b) a tubular extension of filter media defining an open interior volume downstream of the filter media; the filter media being secured to, and extending between the first and second end caps (50, 54); and (c) the first end cap having an air channel with an inlet and an outlet; the inlet being in communication with a volume upstream of the filter media; and the outlet being in communication with the open interior volume downstream of the filter media; (i) the channel having an average cross-sectional area of at least 0.06 mm 2 and no greater than 0.6 mm 2; (i) the channel having an average cross-sectional area of at least 0.06 mm 2 and no greater than 0.6 mm 2;
An ultrasonic imaging system for producing multiple different modes of images at a high acquisition frame rate comprising: an ultrasound probe having an array transducer; a beamformer coupled to the array transducer and configured to acquire frames of echo signals at a high acquisition frame rate of at least 800 Hz, wherein the frames correspond to an image field of view having a depth and width depending on the dimensions of the array transducer and/or a beam profile; a frame memory configured to store the frames of echo signals which are acquired at the high acquisition frame rate, wherein the frames comprise echo signals corresponding to the image field of view; an anatomical image processor, coupled to the frame memory, and configured to produce anatomical images from the frames of echo signals corresponding to the image field of view; a mechanical function image processor, coupled to the frame memory, and configured to produce mechanical function images from the frames of echo signals corresponding to the image field of view; a hemodynamic image processor, coupled to the frame memory, and configured to produce blood flow images from the frames of echo signals corresponding to the image field of view; and a display coupled to the three image processors and configured to display images from the three image processors simultaneously, and wherein: the anatomical image processor, the mechanical function image processor, and the hemodynamic image processor are further configured to produce images using a common group of frames. an ultrasound probe having an array transducer; a beamformer coupled to the array transducer and configured to acquire frames of echo signals at a high acquisition frame rate of at least 800 Hz, wherein the frames correspond to an image field of view having a depth and width depending on the dimensions of the array transducer and/or a beam profile; a frame memory configured to store the frames of echo signals which are acquired at the high acquisition frame rate, wherein the frames comprise echo signals corresponding to the image field of view; an anatomical image processor, coupled to the frame memory, and configured to produce anatomical images from the frames of echo signals corresponding to the image field of view; a mechanical function image processor, coupled to the frame memory, and configured to produce mechanical function images from the frames of echo signals corresponding to the image field of view; a hemodynamic image processor, coupled to the frame memory, and configured to produce blood flow images from the frames of echo signals corresponding to the image field of view; and a display coupled to the three image processors and configured to display images from the three image processors simultaneously, and wherein: the anatomical image processor, the mechanical function image processor, and the hemodynamic image processor are further configured to produce images using a common group of frames.
Assembly of an attachment means and a lining element which is arranged for lining an inner side of a wall of a cargo space of a transportation means such as a delivery car, a delivery van or a truck, wherein the attachment means is arranged for attaching the lining element to said inner side, wherein the lining element is provided with a lining element opening, and the lining element has a first principal side which, in use, is facing the inner side, and has a second principal side which, in use, is facing away from the inner side, wherein the attachment means is provided with a pressing element with a pressing side, wherein at least a part of the pressing element, in use, extends along the second principal side and presses against the second principal side, and wherein the attachment means is provided with a, preferably detachable, clamping means which is arranged to extend at least partially through the lining element opening and to be able to realise a mechanical connection with the wall of the transportation means and with the pressing element, which mechanical connection enables clamping of the lining element between the pressing element and the inner side by means of the clamping means, wherein the pressing element also has an attachment side opposite of the pressing side and, at the attachment side, is provided with at least one engagement element which is shaped as an eye and is arranged to guide therethrough a binding means such that the binding means may engage with the eye, characterised in, that the pressing element is provided at the attachment side with at least one protrusion with therein at least one recess which forms the eye of the at least one engagement element.
Device for controlling the operating point of the power train of a vehicle, characterized in that it essentially includes: - a first means or module IVC for generating, as a function of an interpretation of the will of the driver and of the state of the environment of the vehicle, a signal representative of a set point for the wheel torque immediately deliverable by the power train, - a second means or module OPF for producing the co-ordinates of an operating point of the power train chosen as a function of the signal representative of a set point for the wheel torque immediately deliverable by the power train produced by the module IVC on the one hand and as a function of a signal representative of the state of the environment of the vehicle produced by a module taking account of the environment of the vehicle, on the other hand, the operating point being determined in an optimum range of operation of the power train calculated on the basis of predetermined constraints comprising the fuel consumption, drivability constraints and pre-recorded physical constraints as limitations of the various units of the power train and the emission of pollutants; and - a third means or module COS for translating the co-ordinates of this operating point into control signals suitable for the power train. - a first means or module IVC for generating, as a function of an interpretation of the will of the driver and of the state of the environment of the vehicle, a signal representative of a set point for the wheel torque immediately deliverable by the power train, - a second means or module OPF for producing the co-ordinates of an operating point of the power train chosen as a function of the signal representative of a set point for the wheel torque immediately deliverable by the power train produced by the module IVC on the one hand and as a function of a signal representative of the state of the environment of the vehicle produced by a module taking account of the environment of the vehicle, on the other hand, the operating point being determined in an optimum range of operation of the power train calculated on the basis of predetermined constraints comprising the fuel consumption, drivability constraints and pre-recorded physical constraints as limitations of the various units of the power train and the emission of pollutants; and - a third means or module COS for translating the co-ordinates of this operating point into control signals suitable for the power train.