mhurhangee/ep-ind-claims huggingface dataset:
A material identification method with under-sampling in a pseudo dual-energy system is provided comprising: CT scanning an object under inspection, obtaining first projection data with a first tier of detectors in an array to reconstruct a CT image of the object, and obtaining second projection data with a second tier of detectors provided behind a subset of the detectors of the first tier; combining the first and second projection data to obtain dual-energy under-sampled data at a subset of respective projection angles; acquiring a photoelectric coefficient integral value and a Compton coefficient integral value from the dual-energy under-sampled data; segmenting the CT image of the object into a plurality of regions and computing a length by which the dual-energy rays cross each of the regions; computing the photoelectric coefficient and the Compton coefficient by way of dual-energy preprocessing dual-effect decomposition reconstruction method, based on the lengths of the rays crossing the regions, the photoelectric coefficient integral value and the Compton coefficient integral value; computing at least atomic number of material in each of the regions based on the photoelectric coefficient and the Compton coefficient; and identifying the material of the object based on at least the atomic number. CT scanning an object under inspection, obtaining first projection data with a first tier of detectors in an array to reconstruct a CT image of the object, and obtaining second projection data with a second tier of detectors provided behind a subset of the detectors of the first tier; combining the first and second projection data to obtain dual-energy under-sampled data at a subset of respective projection angles; acquiring a photoelectric coefficient integral value and a Compton coefficient integral value from the dual-energy under-sampled data; segmenting the CT image of the object into a plurality of regions and computing a length by which the dual-energy rays cross each of the regions; computing the photoelectric coefficient and the Compton coefficient by way of dual-energy preprocessing dual-effect decomposition reconstruction method, based on the lengths of the rays crossing the regions, the photoelectric coefficient integral value and the Compton coefficient integral value; computing at least atomic number of material in each of the regions based on the photoelectric coefficient and the Compton coefficient; and identifying the material of the object based on at least the atomic number.
Interleukin-2 (IL-2) for use in treating systemic lupus erythematosus in a human subject, wherein IL-2 is to be administered at a dose of less than 3.5 MIU/day, wherein said IL-2 is human IL-2 or an active analogue thereof, which active analogue has at least 85% amino acid identity with human IL-2, and wherein said IL-2 is to be administered at a dose of between 1 MIU/day and 3 MIU/day.
A lighting device comprising: - a luminous panel comprising a light-emitting surface, a cover surface being arranged at a distance from said light-emitting surface, and at least one lateral surface connecting said light-emitting surface and said cover surface, at least a portion of said lateral surface comprising a cavity, and - a power track being integrated inside said cavity, characterized in that the lighting device further comprises at least one auxiliary device in the form of a spotlight being connectable to said power track, wherein the cavity has beam shaping properties to provide a focused beam of light emitted by the spotlight. - a luminous panel comprising a light-emitting surface, a cover surface being arranged at a distance from said light-emitting surface, and at least one lateral surface connecting said light-emitting surface and said cover surface, at least a portion of said lateral surface comprising a cavity, and - a power track being integrated inside said cavity, characterized in that the lighting device further comprises at least one auxiliary device in the form of a spotlight being connectable to said power track, wherein the cavity has beam shaping properties to provide a focused beam of light emitted by the spotlight.
A storage battery assembly comprising: a storage battery, and a water-filling device for a storage battery comprising: a water tank containing a preset amount of water to be supplied to the storage battery, said water tank communicating with an interior of the storage battery through a path of water injection; an electromagnetic valve disposed in the path of water injection; an electrolyte level sensor disposed in the storage battery; a controller for processing detected signals of the electrolyte level sensor so as to control the electromagnetic valve to turn on or turn off, wherein when the electrolyte level detector detects that the electrolyte level is lower than a lower limit, the controller turns the electromagnetic valve on so as to inject water into the storage battery, and when the electrolyte level sensor detects that the electrolyte level is higher than an upper limit, the controller turns the electromagnetic valve off so as to stop injecting water, and wherein pressure in the water tank and pressure in the storage battery are balanced so that the water in the water tank is adaptable to flow into the storage battery due to gravitational force in the case that the electromagnetic valve is turned on, wherein the storage battery assembly is sealed from outside atmosphere. a storage battery, and a water-filling device for a storage battery comprising: a water tank containing a preset amount of water to be supplied to the storage battery, said water tank communicating with an interior of the storage battery through a path of water injection; an electromagnetic valve disposed in the path of water injection; an electrolyte level sensor disposed in the storage battery; a controller for processing detected signals of the electrolyte level sensor so as to control the electromagnetic valve to turn on or turn off, a water tank containing a preset amount of water to be supplied to the storage battery, said water tank communicating with an interior of the storage battery through a path of water injection; an electromagnetic valve disposed in the path of water injection; an electrolyte level sensor disposed in the storage battery; a controller for processing detected signals of the electrolyte level sensor so as to control the electromagnetic valve to turn on or turn off, wherein when the electrolyte level detector detects that the electrolyte level is lower than a lower limit, the controller turns the electromagnetic valve on so as to inject water into the storage battery, and when the electrolyte level sensor detects that the electrolyte level is higher than an upper limit, the controller turns the electromagnetic valve off so as to stop injecting water, and wherein pressure in the water tank and pressure in the storage battery are balanced so that the water in the water tank is adaptable to flow into the storage battery due to gravitational force in the case that the electromagnetic valve is turned on, wherein the storage battery assembly is sealed from outside atmosphere.
A method for event distribution and routing in a peer-to-peer overlay network that comprises a plurality of nodes, the method comprising: identifying a plurality of buckets on the overlay network, wherein each bucket comprises one or more nodes, respectively; identifying bucket groups, wherein each bucket group comprises a selected number of buckets, respectively; initially generating a routing table to form a dissemination tree, wherein the dissemination tree is a binary tree; distributing events based on the bucket groups; and updating the routing table based on the events. identifying a plurality of buckets on the overlay network, wherein each bucket comprises one or more nodes, respectively; identifying bucket groups, wherein each bucket group comprises a selected number of buckets, respectively; initially generating a routing table to form a dissemination tree, wherein the dissemination tree is a binary tree; distributing events based on the bucket groups; and updating the routing table based on the events.
Communication system comprising - at least one computing device, - at least one server device remotely arranged from the computing device and connectable to the computing device via a network, and - a mobile device, wherein - the computing device is configured to send a plurality of first requests to the server device at predeterminable time intervals, - the mobile device is configured to send a second request to the server device for establishing a communication connection with the computing device, - the server device is configured to send the received second request of the mobile device to the computing device in the form of a first response to one of the plurality of first requests of the computing device, - the computing device is configured to send a third request to the mobile device for establishing the communication connection with the mobile device upon receipt of the first response of the server device; and - the mobile device is configured to send a second response to the third request of the computing device for establishing the communication connection to the computing device, such that a communication connection is established between the computing device and the mobile device. - at least one computing device, - at least one server device remotely arranged from the computing device and connectable to the computing device via a network, and - a mobile device, wherein - the computing device is configured to send a plurality of first requests to the server device at predeterminable time intervals, - the mobile device is configured to send a second request to the server device for establishing a communication connection with the computing device, - the server device is configured to send the received second request of the mobile device to the computing device in the form of a first response to one of the plurality of first requests of the computing device, - the computing device is configured to send a third request to the mobile device for establishing the communication connection with the mobile device upon receipt of the first response of the server device; and - the mobile device is configured to send a second response to the third request of the computing device for establishing the communication connection to the computing device, such that a communication connection is established between the computing device and the mobile device.
A closure for the detachable connection of parts (22, 23) having - a locking pin, which has at least one first depression and means (2, 12) for connection to a first part, - a housing, - a receptacle, which is arranged in the housing and has at least one second depression and an opening into which the locking pin can be inserted, - at least one first blocking element, which is accommodated in the at least one second depression and can be brought into detachable engagement with the at least one first depression to lock the locking pin in the receptacle, - a second blocking element, which is accommodated movably in the housing and/or receptacle, and - a spring loading the second blocking element in a first direction, wherein the second blocking element can be moved, counter to the force of the spring, in a second direction opposite the first direction from a locking position, which brings the first blocking element into engagement with the at least one first depression, into a release position, in which the first blocking element can be disengaged from the at least one first depression, wherein the second blocking element has a guide contour, which effects a radial movement component of the at least one first blocking element when there is an axial force acting on the second blocking element in the first direction, and wherein the at least one first depression of the locking pin has a guide contour, which effects a radial movement component of the at least one first blocking element when there is a tensile force acting on the locking pin, characterised in that the spring is a compression spring supported on the second blocking element and on the housing, and, when the tensile force exceeds a predefined value, the at least one first blocking element is displaced radially outwards, wherein the second blocking element is moved in the second direction counter to the force of the spring, as a result of which the closure opens automatically as soon as the predefined tensile force is exceeded. - a locking pin, which has at least one first depression and means (2, 12) for connection to a first part, - a housing, - a receptacle, which is arranged in the housing and has at least one second depression and an opening into which the locking pin can be inserted, - at least one first blocking element, which is accommodated in the at least one second depression and can be brought into detachable engagement with the at least one first depression to lock the locking pin in the receptacle, - a second blocking element, which is accommodated movably in the housing and/or receptacle, and - a spring loading the second blocking element in a first direction,
A method for wireless communications by a first apparatus, comprising: outputting a first frame for transmission to a second apparatus at a first time, the first frame including an indication of an orientation of departure for a frame previously transmitted by the first apparatus; obtaining, at a second time, a second frame transmitted by the second apparatus after the transmission of the first frame; and generating a third frame for transmission to the second apparatus, the third frame including information indicating a difference between the first time and the second time and an indication of at least one of an orientation of departure of the first frame or an orientation of arrival of the second frame, wherein the first, second and third frames are fine time measurement, FTM messages exchanged in a beam refining phase only between the first apparatus and the second apparatus. outputting a first frame for transmission to a second apparatus at a first time, the first frame including an indication of an orientation of departure for a frame previously transmitted by the first apparatus; obtaining, at a second time, a second frame transmitted by the second apparatus after the transmission of the first frame; and generating a third frame for transmission to the second apparatus, the third frame including information indicating a difference between the first time and the second time and an indication of at least one of an orientation of departure of the first frame or an orientation of arrival of the second frame, wherein the first, second and third frames are fine time measurement, FTM messages exchanged in a beam refining phase only between the first apparatus and the second apparatus.
A rotating electric machine comprising: a cylindrical stator including a stator core and a stator winding; a rotor disposed inside the stator; at least one key bar disposed on an outer periphery of the stator core and extended in an axial direction of the stator; and at least one current detector disposed on the key bar and configured to measure a current flowing in the key bar, the rotating electric machine characterized by further comprising: a current processor configured to perform signal processing on data on the current measured by the at least one current detector, a vibration detector (10a, 10b, 10c) disposed on an end winding of the stator winding and configured to detect vibration of the stator winding, wherein the current processor is configured to determine vibration sparking if an instantaneous change in the current detected by the current detector is detected at the same time as an increased vibration detected by the vibration detector (10a, 10b, 10c). a cylindrical stator including a stator core and a stator winding; a rotor disposed inside the stator; at least one key bar disposed on an outer periphery of the stator core and extended in an axial direction of the stator; and at least one current detector disposed on the key bar and configured to measure a current flowing in the key bar, the rotating electric machine characterized by further comprising: a current processor configured to perform signal processing on data on the current measured by the at least one current detector, a vibration detector (10a, 10b, 10c) disposed on an end winding of the stator winding and configured to detect vibration of the stator winding, wherein the current processor is configured to determine vibration sparking if an instantaneous change in the current detected by the current detector is detected at the same time as an increased vibration detected by the vibration detector (10a, 10b, 10c). a current processor configured to perform signal processing on data on the current measured by the at least one current detector, a vibration detector (10a, 10b, 10c) disposed on an end winding of the stator winding and configured to detect vibration of the stator winding, wherein the current processor is configured to determine vibration sparking if an instantaneous change in the current detected by the current detector is detected at the same time as an increased vibration detected by the vibration detector (10a, 10b, 10c).
A method for communication between a target person and a packet reception person, wherein a package is addressed to the target person and accepted by the packet reception person for safekeeping from a delivery agent, the package comprising an identification means; characterized in that the method comprises the following steps: a. Capturing the identification means using a capture device of a first mobile device associated with the packet reception person, wherein the identification means includes communication information, and the communication information comprises information about establishing a connection to a server device, such that the first mobile device knows the necessary information for communication with the server device; b. Generating a communication dataset by the first mobile device; c. Transmitting the communication dataset to the server device based on the communication information; d. Storing the communication dataset in the server device; e. Querying the server device using a second mobile device associated with the target person; f. Transmitting the communication dataset to the second mobile device. a. Capturing the identification means using a capture device of a first mobile device associated with the packet reception person, wherein the identification means includes communication information, and the communication information comprises information about establishing a connection to a server device, such that the first mobile device knows the necessary information for communication with the server device; b. Generating a communication dataset by the first mobile device; c. Transmitting the communication dataset to the server device based on the communication information; d. Storing the communication dataset in the server device; e. Querying the server device using a second mobile device associated with the target person; f. Transmitting the communication dataset to the second mobile device.
A mobile networked device, comprising: a microclient operable to exchange data over a network; the mobile networked device further comprises: a mobile application operable to generate metadata in the mobile networked device during execution of the mobile application on the mobile networked device, wherein the mobile networked device is configured to use the generated metadata for providing application functionality and communicating the generated metadata to an application server through the microclient; and a device metadata application operable to collect the metadata generated by the mobile application, and to communicate the metadata to a remote metadata consumer through the microclient, the metadata being used for a purpose other than the specific purpose for which the metadata was generated. a microclient operable to exchange data over a network; the mobile networked device further comprises: a mobile application operable to generate metadata in the mobile networked device during execution of the mobile application on the mobile networked device, wherein the mobile networked device is configured to use the generated metadata for providing application functionality and communicating the generated metadata to an application server through the microclient; and a device metadata application operable to collect the metadata generated by the mobile application, and to communicate the metadata to a remote metadata consumer through the microclient, the metadata being used for a purpose other than the specific purpose for which the metadata was generated.
A computer implemented method for preventing a server from being attacked, the method comprising: in response to receiving a page request sent by a browser, obtaining a page URL in the page request; randomly extracting a page script from a plurality of page scripts that exist in a predetermined script library and are corresponding to the page URL, wherein different script execution parameter acquisition logic is used in the plurality of page scripts; sending the dynamically and randomly allocated page script to the browser, so that the browser executes the page script to obtain a script execution parameter; in response to receiving the page verification request sent by the browser, determining whether a page verification request is expired; in response to determining that the page verification request is expired, outputting error prompt information indicating page expiration; or in response to determining that the page verification request is unexpired, verifying whether the script execution parameter comprised in the page verification request is valid; and if the script execution parameter is invalid, rejecting the page request in response to receiving a page request sent by a browser, obtaining a page URL in the page request; randomly extracting a page script from a plurality of page scripts that exist in a predetermined script library and are corresponding to the page URL, wherein different script execution parameter acquisition logic is used in the plurality of page scripts; sending the dynamically and randomly allocated page script to the browser, so that the browser executes the page script to obtain a script execution parameter; in response to receiving the page verification request sent by the browser, determining whether a page verification request is expired; in response to determining that the page verification request is expired, outputting error prompt information indicating page expiration; or in response to determining that the page verification request is unexpired, verifying whether the script execution parameter comprised in the page verification request is valid; and if the script execution parameter is invalid, rejecting the page request