mhurhangee/patent-ind-claim-en huggingface dataset:
A method of commissioning a plurality of outdoor luminaires by improving spatial accuracy of positions measured by a plurality of Global Navigation Satellite System (GNSS) receivers that are placed on a respective outdoor luminaire of said plurality of luminaires and that are statically placed in a spatial configuration covering an area in which a deviation of a measured position from an actual position of each GNSS receiver is in the same direction, the method comprising: receiving the positions measured by each of the plurality of GNSS receivers in the spatial configuration; obtaining a map of planned positions of each of the plurality of GNSS receivers in the spatial configuration; comparing the spatial configuration of measured positions of the plurality of GNSS receivers with the spatial configuration of planned positions of the plurality of GNSS receivers to identify the difference between the measured positions and the planned positions; and compensating the measured positions for the difference by mapping each measured position on a respective planned position; determining an average compensated distance of the plurality of GNSS receivers based on said compensating; identifying an incorrectly placed GNSS receiver by finding a GNSS receiver exceeding said average compensated distance by a pre-determined threshold. receiving the positions measured by each of the plurality of GNSS receivers in the spatial configuration; obtaining a map of planned positions of each of the plurality of GNSS receivers in the spatial configuration; comparing the spatial configuration of measured positions of the plurality of GNSS receivers with the spatial configuration of planned positions of the plurality of GNSS receivers to identify the difference between the measured positions and the planned positions; and compensating the measured positions for the difference by mapping each measured position on a respective planned position; determining an average compensated distance of the plurality of GNSS receivers based on said compensating; identifying an incorrectly placed GNSS receiver by finding a GNSS receiver exceeding said average compensated distance by a pre-determined threshold.
An isolated non-naturally occurring protein comprising the amino acid sequence as set forth in SEQ ID NO : 1, which is the amino acid sequence of the ectodomain of VSV Indiana strain, wherein the amino acid at position 47 or at position 354, or at both positions 47 and 354, said numbering being made from the position of the first amino acid in the sequence SEQ ID NO: 1, is (are) substituted by an amino acid different from the amino acid indicated at that position in said sequence SEQ ID NO: 1, or any homologous protein derived from said protein as set forth in SEQ ID NO : 1 by substitution, addition or deletion of at least one amino acid, provided that the derived protein retains at least 70 % of identity with the amino acid sequence as set forth in SEQ ID NO : 1, and said derived protein retaining the ability to induce membrane fusion and retaining the ability to interact with LDL membrane receptor, wherein the amino acid, of said homologous protein located at a position equivalent to position 47 or to position 354, or to both positions 47 and 354 of said sequence SEQ ID NO : 1, is (are) substituted by an amino acid distinct from the amino acid indicated at that position in the sequence SEQ ID N° 1, said isolated non-naturally occurring protein retaining the ability to induce membrane fusion and being unable to interact with LDL membrane receptor. wherein the amino acid at position 47 or at position 354, or at both positions 47 and 354, said numbering being made from the position of the first amino acid in the sequence SEQ ID NO: 1, is (are) substituted by an amino acid different from the amino acid indicated at that position in said sequence SEQ ID NO: 1, or any homologous protein derived from said protein as set forth in SEQ ID NO : 1 by substitution, addition or deletion of at least one amino acid, provided that the derived protein retains at least 70 % of identity with the amino acid sequence as set forth in SEQ ID NO : 1, and said derived protein retaining the ability to induce membrane fusion and retaining the ability to interact with LDL membrane receptor, wherein the amino acid, of said homologous protein located at a position equivalent to position 47 or to position 354, or to both positions 47 and 354 of said sequence SEQ ID NO : 1, is (are) substituted by an amino acid distinct from the amino acid indicated at that position in the sequence SEQ ID N° 1, said isolated non-naturally occurring protein retaining the ability to induce membrane fusion and being unable to interact with LDL membrane receptor.
Smartcard comprising: a card body comprising at least a metal layer wherein the metal layer has a thickness of at least 1 μm; a transponder chip module disposed in the card body, the transponder chip module comprising an RFID chip and an antenna connected to the RFID chip; an opening in the metal layer for receiving the transponder chip module ; characterized by : a discontinuity in the metal layer, comprising a slit or a non-conductive stripe in form of an area in the metal layer rendered to be non-conductive, extending from the opening to a periphery of the metal layer, whereby the metal layer forms an open-loop coupling frame having two ends, thereby obviating the need for a booster antenna in the smartcard; wherein, when the transponder chip module is disposed in the opening, a portion of the metal layer overlaps a portion of the antenna. a card body comprising at least a metal layer wherein the metal layer has a thickness of at least 1 μm; a transponder chip module disposed in the card body, the transponder chip module comprising an RFID chip and an antenna connected to the RFID chip; an opening in the metal layer for receiving the transponder chip module ; characterized by : a discontinuity in the metal layer, comprising a slit or a non-conductive stripe in form of an area in the metal layer rendered to be non-conductive, extending from the opening to a periphery of the metal layer, whereby the metal layer forms an open-loop coupling frame having two ends, thereby obviating the need for a booster antenna in the smartcard; wherein, when the transponder chip module is disposed in the opening, a portion of the metal layer overlaps a portion of the antenna. a discontinuity in the metal layer, comprising a slit or a non-conductive stripe in form of an area in the metal layer rendered to be non-conductive, extending from the opening to a periphery of the metal layer, whereby the metal layer forms an open-loop coupling frame having two ends, thereby obviating the need for a booster antenna in the smartcard; wherein, when the transponder chip module is disposed in the opening, a portion of the metal layer overlaps a portion of the antenna.
Elastic bracelet with links comprising two rows of lateral links , each link of a row of lateral links being connected to a link of the other row of lateral links by two rods arranged perpendicularly to the longitudinal direction of the bracelet, and comprising at least one row of central links each articulated on two rods connected to different lateral links , the central links each comprising a tubular sleeve which is orientated parallel to the rods and which is closed on one side at least by an insert , at least one passage being arranged in the insert so as to permit the two rods on which the central link is articulated to pass through the insert, at least one of the two rods on which the central link is articulated being further urged in the direction of the other rod by at least one elastic element housed in the tubular sleeve ; characterised in that the insert comprises two passages each arranged to receive and guide one of the two rods on which the central link is articulated, at least one of the two passages being dimensioned to receive and guide said rod with a certain clearance in the longitudinal direction of the bracelet, the two passages being separated from each other by an intermediate section comprising two abutment surfaces orientated back to back and arranged to serve as stops for the two rods which pass through the insert , so as to keep these two rods spaced apart from each other, and in that said at least one elastic element is prestressed so that at least one of the two rods which pass through the insert is biased against one of the two abutment surfaces with a force at least equal to half the total weight of the bracelet.
A washing machine, comprising a permanent magnet synchronous motor M which drives, in a rotating manner, an impeller for stirring washings in a washing drum , and a control unit C which controls the motor M, wherein the control unit C comprises: a torque command generation portion for generating a torque command according to a deviation between a command value of a motor rotating speed given as a control quantity and an estimated value of the motor rotating speed; a motor driving control portion for converting a deviation between a motor current during driving and a current command value corresponding to a torque command value into motor voltage command values so as to drive the motor M; wherein a load measurement portion is arranged in the control unit C and is configured to measure amount of washings as load magnitude according to the estimated value of the motor rotating speed estimated by the speed estimation portion in a state that the command of the torque command generation portion is stopped; characterized in that the washing machine further comprises a speed estimation portion for estimating a motor rotating speed by using motor currents and motor voltages associated with the motor voltage command values. a torque command generation portion for generating a torque command according to a deviation between a command value of a motor rotating speed given as a control quantity and an estimated value of the motor rotating speed; a motor driving control portion for converting a deviation between a motor current during driving and a current command value corresponding to a torque command value into motor voltage command values so as to drive the motor M; wherein a load measurement portion is arranged in the control unit C and is configured to measure amount of washings as load magnitude according to the estimated value of the motor rotating speed estimated by the speed estimation portion in a state that the command of the torque command generation portion is stopped; characterized in that the washing machine further comprises a speed estimation portion for estimating a motor rotating speed by using motor currents and motor voltages associated with the motor voltage command values.
A compound represented by the following chemical structural formula: or a pharmaceutically acceptable salt thereof for use in treating or preventing interstitial cystitis, painful bladder syndrome, bladder pain syndrome, or chronic pelvic pain syndrome in a human subject in need thereof.
A method used for duplicate data transmission, comprising: transmitting a first indication information ; or, receiving the first indication information ; wherein the first indication information is used to indicate that a duplicate data transmission function of at least one PDCP entity is active or inactive, and/or indicate an RLC entity used for transmitting duplicate data among a plurality of RLC entities associated with the at least one PDCP entity respectively; wherein the at least one PDCP entity comprises one PDCP entity, when the at least one PDCP entity is associated with four RLC entities, a duplicate PDCP PDU is transmitted on up to 4 physical carriers; wherein the first indication information is carried in a media access control control element, MAC CE, the first indication information comprises one byte, the byte comprises a first field and a third field, the first field is used to indicate the PDCP entity, the first field comprises a DRB ID corresponding to the PDCP entity, the third field is used to indicate the RLC entity used for transmitting the duplicate data among the plurality of RLC entities associated with the PDCP entity, the third field is used to indicate that the duplicate data transmission function of the PDCP entity is active or inactive, a plurality of bits in the third field respectively correspond to the plurality of RLC entities associated with the PDCP entity, and each bit is used to indicate whether the RLC entity corresponding to each bit is used to transmit the duplicate data. transmitting a first indication information ; or, receiving the first indication information ; wherein the first indication information is used to indicate that a duplicate data transmission function of at least one PDCP entity is active or inactive, and/or indicate an RLC entity used for transmitting duplicate data among a plurality of RLC entities associated with the at least one PDCP entity respectively; wherein the at least one PDCP entity comprises one PDCP entity, when the at least one PDCP entity is associated with four RLC entities, a duplicate PDCP PDU is transmitted on up to 4 physical carriers; wherein the first indication information is carried in a media access control control element, MAC CE, the first indication information comprises one byte, the byte comprises a first field and a third field, the first field is used to indicate the PDCP entity, the first field comprises a DRB ID corresponding to the PDCP entity, the third field is used to indicate the RLC entity used for transmitting the duplicate data among the plurality of RLC entities associated with the PDCP entity, the third field is used to indicate that the duplicate data transmission function of the PDCP entity is active or inactive, a plurality of bits in the third field respectively correspond to the plurality of RLC entities associated with the PDCP entity, and each bit is used to indicate whether the RLC entity corresponding to each bit is used to transmit the duplicate data.
An offshore water production facility to be located on a body of water and comprising a floating object, at least one wind turbine, a power generator that is coupled to the wind turbine and a water production system, - the floating object comprising a plurality of buoyancy assemblies that support at least one column on which a wind turbine is mounted; - on the at least one column further a process equipment deck being mounted below an operating area of the wind turbine and above a water surface level; - the water production system being arranged on the process equipment deck, wherein the water production system is configured for subsea well water-injection and comprises an ultra-filtration unit and a membrane de-aeration unit for water to be injected. - the floating object comprising a plurality of buoyancy assemblies that support at least one column on which a wind turbine is mounted; - on the at least one column further a process equipment deck being mounted below an operating area of the wind turbine and above a water surface level; - the water production system being arranged on the process equipment deck, wherein the water production system is configured for subsea well water-injection and comprises an ultra-filtration unit and a membrane de-aeration unit for water to be injected.
A method, performed by a user equipment, UE, for wireless communication, the method comprising: receiving a message from a visited network, the message comprising an attach reject message, a tracking area update, TAU, reject message, or a service reject message; determining that the visited network is in a first temporary list of forbidden networks, wherein the first temporary list resides in UE memory, outside a subscriber identity module, SIM; determining a value of a counter associated with the visited network in response to the visited network being in the first list; incrementing the counter associated with the visited network in response to the visited network being in the first list; in response to the value of the counter being equal to a maximum counter value: deleting the visited network from the first list; and adding the visited network to a second list of forbidden networks, wherein the second list resides in the SIM: and deleting all entries in the first list in response to the SIM being removed from the UE or the UE being powered off. receiving a message from a visited network, the message comprising an attach reject message, a tracking area update, TAU, reject message, or a service reject message; determining that the visited network is in a first temporary list of forbidden networks, wherein the first temporary list resides in UE memory, outside a subscriber identity module, SIM; determining a value of a counter associated with the visited network in response to the visited network being in the first list; incrementing the counter associated with the visited network in response to the visited network being in the first list; in response to the value of the counter being equal to a maximum counter value: deleting the visited network from the first list; and adding the visited network to a second list of forbidden networks, wherein the second list resides in the SIM: and deleting all entries in the first list in response to the SIM being removed from the UE or the UE being powered off. deleting the visited network from the first list; and adding the visited network to a second list of forbidden networks, wherein the second list resides in the SIM: and deleting all entries in the first list in response to the SIM being removed from the UE or the UE being powered off.
A multi-layer packaging film comprising: - an inner layer comprising polypropylene and an anti-static agent; - an outer layer comprising polypropylene and an anti-static agent; and - an intermediate layer comprising polyethylene terephthalate or polypropylene and having an outer face facing the outer layer and an inner face facing the inner layer; wherein the intermediate layer is corona-treated on both the inner and outer faces and neither the inner nor outer layer is corona-treated. - an inner layer comprising polypropylene and an anti-static agent; - an outer layer comprising polypropylene and an anti-static agent; and - an intermediate layer comprising polyethylene terephthalate or polypropylene and having an outer face facing the outer layer and an inner face facing the inner layer;
Method for establishing a chain of vehicles with updated vehicle trust values, comprising repeating a cycle, wherein said cycle comprises the steps of: - receiving vehicle information about vehicle characteristics of a vehicle, wherein a vehicle trust value is assigned to said vehicle; - receiving detector information about said vehicle characteristics, which is based on a detection of said vehicle characteristics by at least one detector outside said vehicle, wherein a detector trust value is assigned to said detector; - assessing the correctness of said vehicle information based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; - assigning a correctness value to said vehicle information based on said assessment; - update the vehicle trust value based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; and, - processing said vehicle information using said correctness value, wherein said detector in cycle n is said vehicle with an updated vehicle trust value assigned to in cycle n-1; wherein said detector in the first cycle is a roadside unit with a high detector trust value. - receiving vehicle information about vehicle characteristics of a vehicle, wherein a vehicle trust value is assigned to said vehicle; - receiving detector information about said vehicle characteristics, which is based on a detection of said vehicle characteristics by at least one detector outside said vehicle, wherein a detector trust value is assigned to said detector; - assessing the correctness of said vehicle information based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; - assigning a correctness value to said vehicle information based on said assessment; - update the vehicle trust value based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; and, - processing said vehicle information using said correctness value, - receiving detector information about said vehicle characteristics, which is based on a detection of said vehicle characteristics by at least one detector outside said vehicle, wherein a detector trust value is assigned to said detector; - assessing the correctness of said vehicle information based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; - assigning a correctness value to said vehicle information based on said assessment; - update the vehicle trust value based on said vehicle information, said vehicle trust value, said detector information and/or said detector trust value; and, - processing said vehicle information using said correctness value, wherein said detector in cycle n is said vehicle with an updated vehicle trust value assigned to in cycle n-1; wherein said detector in the first cycle is a roadside unit with a high detector trust value.
A synchronous circuit for a material testing machine , the synchronous circuit being provided with a synchronous controller synchronizing operations of a plurality of functional units constituting the material testing machine, wherein communication paths are provided to be connected to the synchronous controller and the respective functional units , characterized in that the synchronous controller transmits a multiple synchronization signal (S) in which a plurality of synchronization signals are multiplexed to the plurality of functional units via one communication path, wherein each of the plurality of functional units is provided with extraction means and the extraction means recognize and extract the respective synchronization signals from the multiple synchronization signal (S), wherein the multiple synchronization signal (S) is a signal in which each of the plurality of synchronization signals included in the multiple synchronization signal is a multiplexed signal with a frequency as 1/integer of a closest higher frequency and a pulse width in a pulse train varies with the number of the plurality of synchronization signals included in the multiple synchronization signal.
A composition for maternal administration comprising myo-inositol and vitamin B2 and comprising vitamin B6, vitamin B12, vitamin D, and a combination of Lactobacillus and Bifidobacterium, wherein the Bifidobacterium is the Bifidobacterium lactis BB12 strain deposited as CNCM I-3446 and the Lactobacillus is the Lactobacillus rhamnosus GG strain available under the deposit number CGMCC 1.3724.