mhurhangee/patent-ind-claim-en huggingface dataset:
Functional entity with at least two first and second separation elements that are pivotally connected to one another, of which the first separation element is connected at the front in a rotatable manner to a guiding device that comprises a guide carriage that is displaceable along a running rail , which extends with a first rail section parallel to the front of the functional entity and with a second rail section within a door compartment , into which the two separation elements are displaceable; wherein the guide carriage comprises a carriage body having a carriage head and a carriage foot which are connected to one another by a carriage beam , wherein the carriage head holds at least one support wheel and at least two guide wheels and that the carriage foot is connected in a non-rotatable manner to a first end piece of a hinge lever , whose second end piece is held rotatably by a hinge shaft at the height of or below the running rail , which hinge shaft is arranged in a guide hinge that is connected to a sidewall of the first separation element ; wherein the second separation element is held by a mounting profile which is displaceable in the door compartment along at least one auxiliary rail and/or is held vertically by a scissor assembly , and the running rail is connected by an adapter plate to a cover plate of the functional entity ; wherein the two separation elements are provided on the sides facing each other with hinges , in particular pot hinges, whose hinge levers are connected to each other by an articulated shaft , and wherein at least one clamp is connected to the articulated shaft in a form-fitting or force-fitting manner and engages in a form-fitting manner in an intermediate bracket which covers the free space between the two separation elements and is preferably provided with a holding element . wherein the guide carriage comprises a carriage body having a carriage head and a carriage foot which are connected to one another by a carriage beam , wherein the carriage head holds at least one support wheel and at least two guide wheels and that the carriage foot is connected in a non-rotatable manner to a first end piece of a hinge lever , whose second end piece is held rotatably by a hinge shaft at the height of or below the running rail , which hinge shaft is arranged in a guide hinge that is connected to a sidewall of the first separation element ; wherein the second separation element is held by a mounting profile which is displaceable in the door compartment along at least one auxiliary rail and/or is held vertically by a scissor assembly , and the running rail is connected by an adapter plate to a cover plate of the functional entity ; wherein the two separation elements are provided on the sides facing each other with hinges , in particular pot hinges, whose hinge levers are connected to each other by an articulated shaft , and wherein at least one clamp is connected to the articulated shaft in a form-fitting or force-fitting manner and engages in a form-fitting manner in an intermediate bracket which covers the free space between the two separation elements and is preferably provided with a holding element .
A computer-implemented method for embedding copyright information in tables that hold digital content, the method comprising: generating , by a computing device , a unique identifier, ID, based on copyright information associated with the digital content, wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network; identifying , by the computing device , a set of one or more attributes associated with an online table defined in a markup language definition of a webpage and rendered by a browser program displaying the webpage, wherein the set of one or more attributes associated with the online table comprises one or more of table size, cell size, row height, column width, or border style; embedding , by the computing device , the unique ID in the online table by changing one or more first attributes from the set of one or more attributes for the online table to be representative of the unique ID, wherein the embedding produces an information-embedded table that enables retrieval of the copyright information from the blockchain based on the unique ID, wherein the unique ID is invisibly embedded in values associated with the one or more first attributes, and wherein a visual difference between the online table and the information-embedded table is not apparent to an unaided human eye; allocating , by the computer device , the digital content to the information-embedded table; and distributing , by the computer device , the information-embedded table allocated with the digital content to the blockchain network. generating , by a computing device , a unique identifier, ID, based on copyright information associated with the digital content, wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network; identifying , by the computing device , a set of one or more attributes associated with an online table defined in a markup language definition of a webpage and rendered by a browser program displaying the webpage, wherein the set of one or more attributes associated with the online table comprises one or more of table size, cell size, row height, column width, or border style; embedding , by the computing device , the unique ID in the online table by changing one or more first attributes from the set of one or more attributes for the online table to be representative of the unique ID, wherein the embedding produces an information-embedded table that enables retrieval of the copyright information from the blockchain based on the unique ID, wherein the unique ID is invisibly embedded in values associated with the one or more first attributes, and wherein a visual difference between the online table and the information-embedded table is not apparent to an unaided human eye; allocating , by the computer device , the digital content to the information-embedded table; and distributing , by the computer device , the information-embedded table allocated with the digital content to the blockchain network.
One or more computing devices for creating a digital watermark, comprising: hardware logic circuitry , the hardware logic circuitry corresponding to: (a) one or more hardware processors that perform operations by executing machine-readable instructions stored in a memory; and/or (b) one or more other hardware logic components that perform operations using a task-specific collection of logic gates, the operations including: providing a file having a data structure that expresses an original mesh, the original mesh describing a three-dimensional object, the original mesh having: a plurality of vertices that have respective locations in the original mesh; a plurality of edges that connect the vertices together; and a plurality of polygonal shapes defined by the vertices and the edges; searching the data structure for at least one anomalous element of the original mesh that includes a center vertex that is connected to at least a prescribed number n of other vertices; producing a modified mesh file , including subdividing each of said one or more anomalous elements by adding a new vertex on each existing edge associated with each anomalous element, and wherein a location at which each new vertex is placed on each existing edge defines a value associated with a computer-readable code that includes a digital watermark; and storing the modified mesh file on a computer-readable medium. providing a file having a data structure that expresses an original mesh, the original mesh describing a three-dimensional object, the original mesh having: a plurality of vertices that have respective locations in the original mesh; a plurality of edges that connect the vertices together; and a plurality of polygonal shapes defined by the vertices and the edges; a plurality of vertices that have respective locations in the original mesh; a plurality of edges that connect the vertices together; and a plurality of polygonal shapes defined by the vertices and the edges; searching the data structure for at least one anomalous element of the original mesh that includes a center vertex that is connected to at least a prescribed number n of other vertices; producing a modified mesh file , including subdividing each of said one or more anomalous elements by adding a new vertex on each existing edge associated with each anomalous element, and wherein a location at which each new vertex is placed on each existing edge defines a value associated with a computer-readable code that includes a digital watermark; and storing the modified mesh file on a computer-readable medium.
A pharmaceutical composition comprising an effective amount of amorphous solid dispersion wherein the amorphous solid dispersion comprises nilotinib fumarate or nilotinib tartrate and hydroxypropyl methyl cellulose acetate succinate (HPMC-AS) as pharmaceutically acceptable carrier.
A method for transmitting a channel state information, CSI, reference signal, RS, by a base station in a wireless communication system, the method comprising: generating (S100) the CSI RS for each of eight CSI RS antenna ports; mapping (S110) the CSI RS for each of the eight CSI RS antenna ports to a subframe by selecting one resource element, RE, set from five RE sets in the subframe, wherein the subframe is included in a time division duplex, TDD, frame, wherein the subframe includes two consecutive slots, wherein each slot among the two consecutive slots includes six orthogonal frequency division multiplexing, OFDM, symbols with an extended cyclic prefix, CP, wherein the five RE sets includes one RE set located in 5 th and 6 th OFDM symbols in a first slot among the two consecutive slots, three RE sets located in 2 nd and 3 rd OFDM symbols in a second slot among the two consecutive slots, and one RE set located in 5 th and 6 th OFDM symbols in the second slot among the two consecutive slots, and wherein the 2 nd and 3 rd OFDM symbols in the second slot among the two consecutive slots are not used for cell-specific reference signal, CRS, transmission via antenna ports 2 and 3; and transmitting (S120) the CSI RS for each of the eight CSI RS antenna ports to a user equipment, UE, via each of the eight CSI RS antenna ports, wherein the selected one RE set includes four pairs of REs per subframe, wherein the four pairs of REs are separated from each other by a constant subcarrier spacing, and wherein the one RE set is selected from the five RE sets on the basis of a cell identifier, Cell ID, according to (Cell ID mod 5) + 1. generating (S100) the CSI RS for each of eight CSI RS antenna ports; mapping (S110) the CSI RS for each of the eight CSI RS antenna ports to a subframe by selecting one resource element, RE, set from five RE sets in the subframe, wherein the subframe is included in a time division duplex, TDD, frame, wherein the subframe includes two consecutive slots, wherein each slot among the two consecutive slots includes six orthogonal frequency division multiplexing, OFDM, symbols with an extended cyclic prefix, CP, wherein the five RE sets includes one RE set located in 5 th and 6 th OFDM symbols in a first slot among the two consecutive slots, three RE sets located in 2 nd and 3 rd OFDM symbols in a second slot among the two consecutive slots, and one RE set located in 5 th and 6 th OFDM symbols in the second slot among the two consecutive slots, and wherein the 2 nd and 3 rd OFDM symbols in the second slot among the two consecutive slots are not used for cell-specific reference signal, CRS, transmission via antenna ports 2 and 3; and transmitting (S120) the CSI RS for each of the eight CSI RS antenna ports to a user equipment, UE, via each of the eight CSI RS antenna ports, wherein the selected one RE set includes four pairs of REs per subframe, wherein the four pairs of REs are separated from each other by a constant subcarrier spacing, and wherein the one RE set is selected from the five RE sets on the basis of a cell identifier, Cell ID, according to (Cell ID mod 5) + 1.
A method , performed by a wireless device configured for cross-carrier scheduling in a wireless communication network, the method comprising: signalling to the network an indication that the wireless device is capable of using a reference Transmission Configuration Indication, TCI, state for a cross-carrier scheduled Physical Downlink Shared Channel, PDSCH, reception on a second serving cell, with a scheduling offset from a Physical Downlink Control Channel, PDCCH, reception from a first serving cell that scheduled the PDSCH, that is less than a predetermined delay Delta_Offset; and in response to signalling the reference TCI state capability, receiving a Medium Access Control, MAC, Control Element, CE, message from the network, the MAC CE including at least a serving cell ID field, a Transmission Configuration Indication, TCI, State ID field, and a Control Resource Set, CORESET, ID field, the indication of a TCI state to use as the reference TCI state; and determining, from a serving cell ID field of the MAC CE, whether the MAC CE message is associated with a scheduling serving cell. signalling to the network an indication that the wireless device is capable of using a reference Transmission Configuration Indication, TCI, state for a cross-carrier scheduled Physical Downlink Shared Channel, PDSCH, reception on a second serving cell, with a scheduling offset from a Physical Downlink Control Channel, PDCCH, reception from a first serving cell that scheduled the PDSCH, that is less than a predetermined delay Delta_Offset; and in response to signalling the reference TCI state capability, receiving a Medium Access Control, MAC, Control Element, CE, message from the network, the MAC CE including at least a serving cell ID field, a Transmission Configuration Indication, TCI, State ID field, and a Control Resource Set, CORESET, ID field, the indication of a TCI state to use as the reference TCI state; and determining, from a serving cell ID field of the MAC CE, whether the MAC CE message is associated with a scheduling serving cell. receiving a Medium Access Control, MAC, Control Element, CE, message from the network, the MAC CE including at least a serving cell ID field, a Transmission Configuration Indication, TCI, State ID field, and a Control Resource Set, CORESET, ID field, the indication of a TCI state to use as the reference TCI state; and determining, from a serving cell ID field of the MAC CE, whether the MAC CE message is associated with a scheduling serving cell.
Data ciphering method, said method comprising: - a step of generating a localised alteration pattern of one or more selected areas of an encoding element at least selectively transparent to luminous, infrared or ultraviolet radiation; - a step of irradiating said encoding element with a luminous, infrared or ultraviolet radiation incident on said encoding element at a first input surface , so that this optical radiation passes in the encoding element through at least one area of the encoding element , up to a second output surface ; the method being characterized in that it comprises: - a step of processing said encoding element at least selectively transparent to luminous, infrared or ultraviolet radiation, wherein in said step of processing selected areas of said at least selectively transparent encoding element are selectively altered according to said localised alteration pattern, and wherein, with said selective alteration of said selected areas a distinctive characteristic of an optical radiation incident and passing through said encoding element is varied, - said step of processing leading to a permanent modification of a characteristic of said element such to obtain a storing of a ciphered message or a ciphering key for an unencrypted message . - a step of generating a localised alteration pattern of one or more selected areas of an encoding element at least selectively transparent to luminous, infrared or ultraviolet radiation; - a step of irradiating said encoding element with a luminous, infrared or ultraviolet radiation incident on said encoding element at a first input surface , so that this optical radiation passes in the encoding element through at least one area of the encoding element , up to a second output surface ; - a step of processing said encoding element at least selectively transparent to luminous, infrared or ultraviolet radiation, wherein in said step of processing selected areas of said at least selectively transparent encoding element are selectively altered according to said localised alteration pattern, and wherein, with said selective alteration of said selected areas a distinctive characteristic of an optical radiation incident and passing through said encoding element is varied, - said step of processing leading to a permanent modification of a characteristic of said element such to obtain a storing of a ciphered message or a ciphering key for an unencrypted message .
A method comprising: receiving, by a wireless device from a base station , one or more messages indicating: a first scheduling request, SR, resource, of the base station, corresponding to at least one first logical channel; and a second SR resource, of the base station, corresponding to at least one second logical channel; triggering an SR in response to uplink resources not being available for transmission of a triggered buffer status report, BSR, wherein the triggered BSR is in response to uplink data becoming available for one of the at least one first logical channel or the at least one second logical channel; selecting between the first SR resource and the second SR resource based on which one of the at least one first logical channel and the at least one second logical channel triggered the BSR; transmitting the SR via the selected SR resource; and receiving an uplink grant for transmission of one or more transport blocks. receiving, by a wireless device from a base station , one or more messages indicating: a first scheduling request, SR, resource, of the base station, corresponding to at least one first logical channel; and a second SR resource, of the base station, corresponding to at least one second logical channel; a first scheduling request, SR, resource, of the base station, corresponding to at least one first logical channel; and a second SR resource, of the base station, corresponding to at least one second logical channel; triggering an SR in response to uplink resources not being available for transmission of a triggered buffer status report, BSR, wherein the triggered BSR is in response to uplink data becoming available for one of the at least one first logical channel or the at least one second logical channel; selecting between the first SR resource and the second SR resource based on which one of the at least one first logical channel and the at least one second logical channel triggered the BSR; transmitting the SR via the selected SR resource; and receiving an uplink grant for transmission of one or more transport blocks.
A passenger seat comprising a system for storing objects on a rear side of the passenger seat comprising: a seat back comprising a cavity ; and a divider wall disposed within the cavity , wherein the divider wall separates a lower portion of the cavity into at least two compartments including a personal electronic device compartment on a rear side of the cavity and a secondary compartment on a forward side of the cavity ; and characterized in that the passenger seat further comprises:- a moveable tray table disposed on a rear side of the passenger seat and below the system for storing objects, wherein the moveable tray table is configured to move between a stowed position and a deployed position, and wherein the divider wall separates the lower portion of the cavity into at least two compartments such that the secondary compartment includes a lower extremity that extends below a lower extremity of the personal electronic device compartment , whereby the lower extremity of the secondary compartment aligns with a portion of the moveable tray table . a seat back comprising a cavity ; and a divider wall disposed within the cavity , wherein the divider wall separates a lower portion of the cavity into at least two compartments including a personal electronic device compartment on a rear side of the cavity and a secondary compartment on a forward side of the cavity ; and characterized in that the passenger seat further comprises:- a moveable tray table disposed on a rear side of the passenger seat and below the system for storing objects, wherein the moveable tray table is configured to move between a stowed position and a deployed position, and wherein the divider wall separates the lower portion of the cavity into at least two compartments such that the secondary compartment includes a lower extremity that extends below a lower extremity of the personal electronic device compartment , whereby the lower extremity of the secondary compartment aligns with a portion of the moveable tray table .
A bending apparatus comprising: a heater that heats a forming plate to be bent; a first pin group including three or more of first pins that contact a first main surface of the forming plate; a first guide plate which supports three or more of the first pins parallel to each other and independently movably supports three or more of the first pins in a longitudinal direction of the first pins; a first movable plate that is arranged on a side opposite to the forming plate with respect to the first guide plate and on which a first mold having a first curved surface that contacts the first pin group is installed; and a first moving mechanism for moving the first movable plate relative to the first guide plate in the longitudinal direction of the first pins. a heater that heats a forming plate to be bent; a first pin group including three or more of first pins that contact a first main surface of the forming plate; a first guide plate which supports three or more of the first pins parallel to each other and independently movably supports three or more of the first pins in a longitudinal direction of the first pins; a first movable plate that is arranged on a side opposite to the forming plate with respect to the first guide plate and on which a first mold having a first curved surface that contacts the first pin group is installed; and a first moving mechanism for moving the first movable plate relative to the first guide plate in the longitudinal direction of the first pins.
An integrin targeting ligand comprising a formula selected from: or a pharmaceutically acceptable salt thereof, wherein indicates the point of connection to a an oligonucleotide-based compound.
Feedthrough, comprising at least one conductor with a cross-section (ID) in a glass or glass-ceramic material for insertion into an opening (9007.1, 9007.2, 10007.1, 10007.2) formed in a housing part of a housing, characterized in that the conductor (7003.1, 7003.2, 7003.2, 9003.1, 9003.2, 10003.1, 10003.2) has at least two sections, a first section (9005.1, 9005.2, 10005.1, 10005.2) having a first, substantially round, in particular circular cross-section with a diameter ID, wherein the first section (9005.1, 9005.2, 10005.1, 10005.2) of the conductor in the feedthrough is glazed into a glass or glass-ceramic material , and a second section (9009.1, 9009.2, 10009.1, 1009.2) having a second, non-round, in particular a substantially rectangular cross-section , wherein the conductor is integral with the first and second sections, wherein the substantially rectangular cross-section of the second section of the conductor substantially corresponds with respect to its area to the area of the substantially round cross-section of the first section of the conductor.