mhurhangee/patent-ind-claim-en huggingface dataset:
A method of probing a network between a probe node and a destination node , wherein the network comprises - a further node , wherein the further node is an end point; - a connection between the probe node and the destination node ; - a connection between the probe node and the further node ; - and a connection between the further node and the destination node ; the method comprising: - selecting the further node to be a forwarding node and ensuring packet forwarding at the forwarding node; - selecting the probe node to be a redirecting node and changing the routing rules at the redirecting node by making the IP address of the further node a gateway for the destination IP address of the destination node so that packets going from the probe node to the destination node are routed to the forwarding node, or selecting the destination node to be the redirecting node and changing the routing rules at the redirecting node by making the IP address of the further node a gateway for the destination IP address of the probe node so that packets going from the destination node to the probe node are routed to the forwarding node; - transmitting a probe packet between the probe node and the destination node or vice versa, so that the probe packet travels between the probe node and the destination node via the forwarding node; and - changing the routing rules at the redirecting node back after probing. - a further node , wherein the further node is an end point; - a connection between the probe node and the destination node ; - a connection between the probe node and the further node ; - and a connection between the further node and the destination node ; - selecting the further node to be a forwarding node and ensuring packet forwarding at the forwarding node; - selecting the probe node to be a redirecting node and changing the routing rules at the redirecting node by making the IP address of the further node a gateway for the destination IP address of the destination node so that packets going from the probe node to the destination node are routed to the forwarding node, or selecting the destination node to be the redirecting node and changing the routing rules at the redirecting node by making the IP address of the further node a gateway for the destination IP address of the probe node so that packets going from the destination node to the probe node are routed to the forwarding node; - transmitting a probe packet between the probe node and the destination node or vice versa, so that the probe packet travels between the probe node and the destination node via the forwarding node; and - changing the routing rules at the redirecting node back after probing.
A method of operating a storage device including a plurality of memory blocks (MB1, MB2, MB3) of a memory device, the method comprising: receiving a data write request (WREQ) and target data (WDAT) to be written (S200); assigning the target data (WDAT) to a stream selected from a plurality of streams using a data classifier (313; 344) that is configured to select the stream from the plurality of streams based on a data property of the target data (S300), the data property being associated with a regularity of the target data or a pattern of the target data; and writing the target data into a memory block selected from the plurality of memory blocks (MB 1, MB2, MB3), wherein the memory block has been assigned to the stream to which the target data has been assigned (S400), wherein assigning the target data to one of the plurality of streams includes, assigning the target data to a first stream selected from the plurality of streams on condition of determining that a plurality of data bits of the target data have said regularity (S323) or said pattern (S333), and assigning the target data to a second stream selected from the plurality of streams on condition of determining that the plurality of data bits of the target data does not have said regularity (S325) or said pattern (S335). receiving a data write request (WREQ) and target data (WDAT) to be written (S200); assigning the target data (WDAT) to a stream selected from a plurality of streams using a data classifier (313; 344) that is configured to select the stream from the plurality of streams based on a data property of the target data (S300), the data property being associated with a regularity of the target data or a pattern of the target data; and writing the target data into a memory block selected from the plurality of memory blocks (MB 1, MB2, MB3), wherein the memory block has been assigned to the stream to which the target data has been assigned (S400), wherein assigning the target data to one of the plurality of streams includes, assigning the target data to a first stream selected from the plurality of streams on condition of determining that a plurality of data bits of the target data have said regularity (S323) or said pattern (S333), and assigning the target data to a second stream selected from the plurality of streams on condition of determining that the plurality of data bits of the target data does not have said regularity (S325) or said pattern (S335).
Floorboards provided with a mechanical locking system comprising a locking strip protruding from a first edge of a first floorboard , wherein the locking strip is provided with a locking element configured to cooperate with a locking groove at a lower side of a second edge of a second floorboard for locking the first edge and the second edge in a horizontal direction, and wherein the first edge or the second edge is provided with a tongue (8; 13) configured to cooperate with a tongue groove (9; 14) at the other of the first or the second edge for locking the first edge and the second edge in a vertical direction, wherein the first edge and the second edge are configured to be assembled by a vertical downward motion of the second edge towards the first edge , characterised in that said second edge is provided with a calibrating groove adjacent said locking groove and being open towards the locking groove , the calibrating groove being adapted to allow the second edge to be pushed towards a sub-floor on which the floorboards are adapted to be arranged to a position wherein the tongue (8; 13) can enter into engagement with the tongue groove (9; 14).
A method for wireless communication at a wireless device (105-b), comprising: identifying a set of bit locations of a polar code for encoding an input vector based at least in part on a reliability order of the bit locations, wherein the input vector comprises a set of payload bits and a set of error detecting check bits; mapping bits of the input vector to respective bit locations of the set of the bit locations, wherein the mapping comprises mapping the bits of the input vector to the respective bit locations of the set of the bit locations based at least in part on a decoding order of the set of the bit locations; performing an encoding operation according to the mapped input vector to generate a codeword, wherein performing the encoding operation includes applying a recipient-specific masking operation to a subset of bits of the input vector that is mapped to a most reliable subset of the set of the bit locations, wherein the subset of bits of the input vector comprises at least one bit of the set of payload bits; and transmitting the codeword to a second wireless device (105-c). identifying a set of bit locations of a polar code for encoding an input vector based at least in part on a reliability order of the bit locations, wherein the input vector comprises a set of payload bits and a set of error detecting check bits; mapping bits of the input vector to respective bit locations of the set of the bit locations, wherein the mapping comprises mapping the bits of the input vector to the respective bit locations of the set of the bit locations based at least in part on a decoding order of the set of the bit locations; performing an encoding operation according to the mapped input vector to generate a codeword, wherein performing the encoding operation includes applying a recipient-specific masking operation to a subset of bits of the input vector that is mapped to a most reliable subset of the set of the bit locations, wherein the subset of bits of the input vector comprises at least one bit of the set of payload bits; and transmitting the codeword to a second wireless device (105-c).
A special-effects fogger, particularly for theater use, comprising a fog generator having a heating element, a fog fluid being vaporized by the heating element, as well as at least one ultrasonic vaporizer in a housing at the bottom of a main mixing chamber , whereby the fog generated by the fog generator can be conducted into the main mixing chamber , and further a baffle wall being provided in the main mixing chamber near an outlet port , characterized in that a premixing chamber is also provided into which an air stream generated by a fan and the fog generated by the fog generator can be conducted via respective intake ports , and in that the premixing chamber is connected by a transfer port to the main mixing chamber , the transfer port being in the main mixing chamber opposite the baffle wall .
An aircraft turbine engine , comprising a gas generator comprising at least one annular gas flow duct , the duct being defined by two annular casings, respectively external and internal , extending one around the other and connected together by at least one tubular arm for the passage of a lubricating oil line , characterised in that the line comprises a first fixed section secured to the external casing , a second fixed section secured to a piece of equipment of the turbine engine capable of moving or vibrating during operation relative to said casings , and an intermediate section connecting said first and second sections this intermediate section having a generally elongated shape and comprising opposite longitudinal ends which are each engaged and adapted to swivel and/or slide in ends of said first and second sections .
A rotatable lifting device for people with reduced mobility, the device being adapted to occupy at least the following two positions: - a lower position in which a platform is arranged at a first level in a vertical direction and in a first angular position about a vertical axis; - a high position in which the platform is arranged at a second level, located above the first level along the vertical axis, and in a second angular position around the vertical axis; this device being characterised in that it comprises: - a base with a cavity ; - a rotation frame mounted in the cavity of the base so that it can rotate about a vertical axis; - a platform comprising a horizontal plate and a guardrail which extends in a plane substantially perpendicular to the horizontal plate , this platform being on the one hand mounted so as to be movable in vertical translation on the rotation frame and on the other hand being fixed in rotation to the rotation frame ; the rotation frame comprising at least one lifting arm extending parallel to and opposite the railing , the lifting arm comprising a lifting pulley above the horizontal plate , a lifting device being mounted on the rotating frame and comprising a flexible link which passes through the lifting pulley and is connected to the platform . - a lower position in which a platform is arranged at a first level in a vertical direction and in a first angular position about a vertical axis; - a high position in which the platform is arranged at a second level, located above the first level along the vertical axis, and in a second angular position around the vertical axis; this device being characterised in that it comprises: - a base with a cavity ; - a rotation frame mounted in the cavity of the base so that it can rotate about a vertical axis; - a platform comprising a horizontal plate and a guardrail which extends in a plane substantially perpendicular to the horizontal plate , this platform being on the one hand mounted so as to be movable in vertical translation on the rotation frame and on the other hand being fixed in rotation to the rotation frame ; - a base with a cavity ; - a rotation frame mounted in the cavity of the base so that it can rotate about a vertical axis; - a platform comprising a horizontal plate and a guardrail which extends in a plane substantially perpendicular to the horizontal plate , this platform being on the one hand mounted so as to be movable in vertical translation on the rotation frame and on the other hand being fixed in rotation to the rotation frame ; the rotation frame comprising at least one lifting arm extending parallel to and opposite the railing , the lifting arm comprising a lifting pulley above the horizontal plate , a lifting device being mounted on the rotating frame and comprising a flexible link which passes through the lifting pulley and is connected to the platform .
A method for a user equipment, UE, generating a buffer status report, BSR, the method comprising: receiving logical channel configuration information from a network, the logical channel configuration information including information related to a plurality of numerologies mapped to each logical channel; when the BSR is triggered, calculating a buffer size of each numerology based on the logical channel configuration information; generating a BSR including buffer size information of at least one numerology in decreasing order of numerology priority regardless of a logical channel priority considered in the buffer size of the numerology, wherein the buffer size information includes a plurality of buffer size values, wherein buffer size value of a first numerology having a highest numerology priority is first included in the BSR, and followed by buffer size value of a second numerology having a next highest numerology priority; and transmitting the BSR to the network. receiving logical channel configuration information from a network, the logical channel configuration information including information related to a plurality of numerologies mapped to each logical channel; when the BSR is triggered, calculating a buffer size of each numerology based on the logical channel configuration information; generating a BSR including buffer size information of at least one numerology in decreasing order of numerology priority regardless of a logical channel priority considered in the buffer size of the numerology, wherein the buffer size information includes a plurality of buffer size values, wherein buffer size value of a first numerology having a highest numerology priority is first included in the BSR, and followed by buffer size value of a second numerology having a next highest numerology priority; and transmitting the BSR to the network.
Method to prepare a filler with a hyaluronic acid base comprising the following steps: A) crosslinking the hyaluronic acid by mixing the following components in a reaction chamber: water, hyaluronic acid (HA), a solution of alkali metal hydroxide, a crosslinking agent chosen from polyethylene glycol diglycidyl ether (PEG DE), polypropylene glycol diglycidyl ether (PPG DE) and polytetramethylene glycol diglycidyl ether, the mixing time being comprised between 10 and 40 minutes; B) a neutralization step in which the gel of crosslinked HA obtained from the crosslinking step A) is put in contact with a neutralization solution comprising the following components: water, hydrochloric acid HCl, a buffer agent, lidocaine or derivatives thereof as an anesthetic agent; wherein in said crosslinking step A) the reaction mixture is subjected to an ultrasound treatment for a time comprised between 5 and 15 minutes. A) crosslinking the hyaluronic acid by mixing the following components in a reaction chamber: water, hyaluronic acid (HA), a solution of alkali metal hydroxide, a crosslinking agent chosen from polyethylene glycol diglycidyl ether (PEG DE), polypropylene glycol diglycidyl ether (PPG DE) and polytetramethylene glycol diglycidyl ether, the mixing time being comprised between 10 and 40 minutes; B) a neutralization step in which the gel of crosslinked HA obtained from the crosslinking step A) is put in contact with a neutralization solution comprising the following components: water, hydrochloric acid HCl, a buffer agent, lidocaine or derivatives thereof as an anesthetic agent;
A method for interfacing an input control device (102;C1,C2,C3,C4;402;602;1270;1314;1403) with a computer program executing at a base computing device, the method comprising: sending a command from the base computing device to the input control device; generating a visual cue at a spherical section of the input control device in response to the command sent from the base computing device, the visual cue providing at least one of user feedback and input for the computer program; determining whether the visual cue provides input for the computer program; and when the visual cue provides input for the computer program, the method comprises: capturing an image of the input control device at the base computing device; processing the visual cue at the base computing device based on the captured image of the input control device; and updating a state of an object being processed by the computer program in response to the input for the computer program, the updating used to drive interactivity with the computer program via the input control device. sending a command from the base computing device to the input control device; generating a visual cue at a spherical section of the input control device in response to the command sent from the base computing device, the visual cue providing at least one of user feedback and input for the computer program; determining whether the visual cue provides input for the computer program; and when the visual cue provides input for the computer program, the method comprises: capturing an image of the input control device at the base computing device; processing the visual cue at the base computing device based on the captured image of the input control device; and updating a state of an object being processed by the computer program in response to the input for the computer program, the updating used to drive interactivity with the computer program via the input control device. capturing an image of the input control device at the base computing device; processing the visual cue at the base computing device based on the captured image of the input control device; and updating a state of an object being processed by the computer program in response to the input for the computer program, the updating used to drive interactivity with the computer program via the input control device.
First and second complex for use in treating B cell malignancies, inflammatory disorders and autoimmune diseases with B cell involvement in a patient: (i) said first complex comprising a targeting moiety and a morpholino and said treatment involving contacting the B-cell population of said patient with said first complex; and (ii) said second complex comprising a copolymer carrier and one or more morpholinos and said treatment involving contacting the B-cell population of said patient with said second complex; wherein the contacting of the cells with the first complex and the second complex induces apoptosis of the cells, wherein the morpholino of the first complex and the one or more morpholinos of the second complex are complementary, wherein the targeting moiety is specific for the CD20 receptor. (i) said first complex comprising a targeting moiety and a morpholino and said treatment involving contacting the B-cell population of said patient with said first complex; and (ii) said second complex comprising a copolymer carrier and one or more morpholinos and said treatment involving contacting the B-cell population of said patient with said second complex;
A system for testing a combustion arrester , the system comprising: an upstream chamber that defines an upstream volume and includes an ignition port configured to receive an ignition source ; a downstream chamber that defines a downstream volume ; and the combustion arrester between the upstream chamber and the downstream chamber; wherein the upstream chamber defines a convergent duct that converges toward the combustion arrester and terminates at the combustion arrester, such that the upstream chamber includes a hierarchical series of modular upstream shell sections that at least partially define the upstream volume and the convergent duct . an upstream chamber that defines an upstream volume and includes an ignition port configured to receive an ignition source ; a downstream chamber that defines a downstream volume ; and the combustion arrester between the upstream chamber and the downstream chamber; wherein the upstream chamber defines a convergent duct that converges toward the combustion arrester and terminates at the combustion arrester, such that the upstream chamber includes a hierarchical series of modular upstream shell sections that at least partially define the upstream volume and the convergent duct .
A diffuser case assembly for a gas turbine engine comprising: an inner diffuser case ; and an outer diffuser case ; characterised by a fairing disposed circumferentially about a longitudinal axis , the fairing defining a plurality of passages circumferentially spaced apart and forming at least a portion of a fluid path (C) between a compressor and a combustor of a gas turbine engine; and a diffuser frame comprising a plurality of struts , each of the plurality of struts disposed between a pair of adjacent passages of the plurality of passages ; wherein the diffuser frame couples the inner diffuser case to the outer diffuser case . an inner diffuser case ; and an outer diffuser case ; characterised by a fairing disposed circumferentially about a longitudinal axis , the fairing defining a plurality of passages circumferentially spaced apart and forming at least a portion of a fluid path (C) between a compressor and a combustor of a gas turbine engine; and a diffuser frame comprising a plurality of struts , each of the plurality of struts disposed between a pair of adjacent passages of the plurality of passages ; wherein the diffuser frame couples the inner diffuser case to the outer diffuser case .