mhurhangee/patent-ind-claim-en huggingface dataset:
A camera body to which an interchangeable lens is mountable, the interchangeable lens including a focus lens and storing drive frequency information indicative of a drive frequency at which the focus lens is moved forward and backward along an optical axis, the camera body comprising: an imaging unit configured to capture a subject image at a predetermined imaging frequency; a receiving unit configured to receive an instruction as to the predetermined imaging frequency; an obtaining unit configured to obtain the drive frequency information from the interchangeable lens ; and a body controller configured to refer to the drive frequency information obtained by the obtaining unit and to control an operation of the camera body , characterized in that the body controller is configured to determine whether the drive frequency at which the focus lens can be driven, indicated by the obtained drive frequency information, corresponds to the predetermined imaging frequency indicated by the instruction received by the receiving unit , and, in accordance with a result of the determination, to cause, every time the imaging unit captures an image of one field or one frame at the predetermined imaging frequency, the interchangeable lens to perform an operation to move the focus lens forward and backward along the optical axis at the drive frequency indicated by the drive frequency information obtained by the obtaining unit . an imaging unit configured to capture a subject image at a predetermined imaging frequency; a receiving unit configured to receive an instruction as to the predetermined imaging frequency; an obtaining unit configured to obtain the drive frequency information from the interchangeable lens ; and a body controller configured to refer to the drive frequency information obtained by the obtaining unit and to control an operation of the camera body , characterized in that the body controller is configured to determine whether the drive frequency at which the focus lens can be driven, indicated by the obtained drive frequency information, corresponds to the predetermined imaging frequency indicated by the instruction received by the receiving unit , and, in accordance with a result of the determination, to cause, every time the imaging unit captures an image of one field or one frame at the predetermined imaging frequency, the interchangeable lens to perform an operation to move the focus lens forward and backward along the optical axis at the drive frequency indicated by the drive frequency information obtained by the obtaining unit .
A method comprising: sending, by a low power node , an indicator to a target low power router , wherein the indicator at least represents a request to operate the low power node at the target low power router with a prior context used at a source low power router , wherein the indicator causes the target low power router to request the prior context used at the source low power router from the source low power router ; and receiving, by the low power node , a message in response to the indicator, wherein the message at least indicates whether the low power node can operate at the target low power router with a same context that corresponds to the prior context used at the source low power router. sending, by a low power node , an indicator to a target low power router , wherein the indicator at least represents a request to operate the low power node at the target low power router with a prior context used at a source low power router , wherein the indicator causes the target low power router to request the prior context used at the source low power router from the source low power router ; and receiving, by the low power node , a message in response to the indicator, wherein the message at least indicates whether the low power node can operate at the target low power router with a same context that corresponds to the prior context used at the source low power router.
A method of manufacturing a fibre-reinforced spar cap for a wind turbine blade, the method comprising the steps of: providing a mould , fastening a first guide member and a second guide member to the mould for providing a moulding cavity in between the first and second guide members, arranging a fibre material within the moulding cavity, such that a first gap is provided between the fibre material and the first guide member, and a second gap is provided between the fibre material and second guide member, placing a vacuum foil over the fibre material and the first and second guide members, such that the vacuum foil extends into the first and second gap , inserting a first insert into the first gap on top of the vacuum foil, inserting a second insert into the second gap on top of the vacuum foil, infusing resin into the fibre material to form a resin-infused fibre material, curing the resin-infused fibre material to form the fibre-reinforced spar cap , removing the first and second inserts and the vacuum foil , and demoulding the fibre-reinforced spar cap from the mould. providing a mould , fastening a first guide member and a second guide member to the mould for providing a moulding cavity in between the first and second guide members, arranging a fibre material within the moulding cavity, such that a first gap is provided between the fibre material and the first guide member, and a second gap is provided between the fibre material and second guide member, placing a vacuum foil over the fibre material and the first and second guide members, such that the vacuum foil extends into the first and second gap , inserting a first insert into the first gap on top of the vacuum foil, inserting a second insert into the second gap on top of the vacuum foil, infusing resin into the fibre material to form a resin-infused fibre material, curing the resin-infused fibre material to form the fibre-reinforced spar cap , removing the first and second inserts and the vacuum foil , and demoulding the fibre-reinforced spar cap from the mould.
An information processing device capable of remote sharing of data, such as written contents, camera images, microphone sound or speech, and the like, with one or a plurality of other information processing devices connected to a device management server , the information processing device acting as a reference information processing device , the information processing device comprising: an acquiring unit configured to acquire device management information of the reference information processing device and the one or more other processing devices from the device management server , the device management server being configured to store the device management information, the device management information indicating respective participants associated with the other information processing devices ; a remote destination connecting unit configured to compare device management information of the reference information processing device with the device management information of the one or more of other information processing devices ; a display unit configured to display one or more of the other information processing devices as a candidate for remote connection, the one or more of the other information processing devices being determined as having device management information indicating at least one of the same participants as participants indicated in the device management information of the reference information processing device ; and a selection unit configured to prompt a user of the reference information processing device to select any of the one or more of the other information processing devices displayed as a candidate for remote connection, and wherein the remote destination connecting unit is configured to remotely connect the reference information processing device to the selected one or more of the other information processing devices . an acquiring unit configured to acquire device management information of the reference information processing device and the one or more other processing devices from the device management server , the device management server being configured to store the device management information, the device management information indicating respective participants associated with the other information processing devices ; a remote destination connecting unit configured to compare device management information of the reference information processing device with the device management information of the one or more of other information processing devices ; a display unit configured to display one or more of the other information processing devices as a candidate for remote connection, the one or more of the other information processing devices being determined as having device management information indicating at least one of the same participants as participants indicated in the device management information of the reference information processing device ; and a selection unit configured to prompt a user of the reference information processing device to select any of the one or more of the other information processing devices displayed as a candidate for remote connection, and
A heating system for an inhaler device , such as an e-cigarette or a personal vaporizer, for generating an aerosol or a vapour from a liquid (L) to be heated, the system comprising: at least one supply channel for conveying a liquid to be heated from a supply reservoir under capillary action or surface tension forces within the at least one channel ; and heating means arranged at an outlet of the at least one supply channel and configured to heat the substance as it emerges from the outlet of the at least one channel ; characterized in that the heating means comprises at least one heating element which is arranged substantially outside of the supply channel and extends across an outlet opening of the supply channel . at least one supply channel for conveying a liquid to be heated from a supply reservoir under capillary action or surface tension forces within the at least one channel ; and heating means arranged at an outlet of the at least one supply channel and configured to heat the substance as it emerges from the outlet of the at least one channel ; characterized in that the heating means comprises at least one heating element which is arranged substantially outside of the supply channel and extends across an outlet opening of the supply channel .
An engineered immune cell derived from a T-lymphocyte, a natural killer (NK) cell or a stem cell expressing at its cell surface membrane a ROR1 (NTRKR1) specific chimeric antigen receptor (CAR), wherein said CAR comprises an extra cellular ligand binding-domain comprising VH and VL from a monoclonal anti-ROR1 antibody, a hinge, a CD8α transmembrane domain and a cytoplasmic domain including a CD3 zeta signaling domain and a co-stimulatory domain from 4-1BB, wherein said extra cellular ligand binding-domain comprises: - a VH comprising the CDRs from the mouse monoclonal antibody H10 of SEQ ID NO: 54 (CDR-H1), SEQ ID NO: 55 (CDR-H2) and SEQ ID NO:56 (CDR-H3), and - a VL comprising the CDRs from the mouse monoclonal antibody H10 of SEQ ID NO: 59 (CDR-L1), SEQ ID NO: 60 (CDR-L2) and SEQ ID NO:61 (CDR-L3); or - a VH comprising the CDRs from the mouse monoclonal antibody D10 of SEQ ID NO. 28 (CDR-H1), SEQ ID NO.29 (CDR-H2) and SEQ ID NO.30 (CDR-H3), and - a VL comprising the CDRs from the mouse monoclonal antibody D10 of SEQ ID NO: 33 (CDR-L1), SEQ ID NO: 34 (CDR-L2) and SEQ ID NO: 35 (CDR-L3); and wherein expression of TCR is suppressed in said immune cell, for its use in allogeneic transplantation into a patient diagnosed with a pre-malignant or malignant cancer condition characterized by ROR1-expressing cells. - a VH comprising the CDRs from the mouse monoclonal antibody H10 of SEQ ID NO: 54 (CDR-H1), SEQ ID NO: 55 (CDR-H2) and SEQ ID NO:56 (CDR-H3), and - a VL comprising the CDRs from the mouse monoclonal antibody H10 of SEQ ID NO: 59 (CDR-L1), SEQ ID NO: 60 (CDR-L2) and SEQ ID NO:61 (CDR-L3); - a VH comprising the CDRs from the mouse monoclonal antibody D10 of SEQ ID NO. 28 (CDR-H1), SEQ ID NO.29 (CDR-H2) and SEQ ID NO.30 (CDR-H3), and - a VL comprising the CDRs from the mouse monoclonal antibody D10 of SEQ ID NO: 33 (CDR-L1), SEQ ID NO: 34 (CDR-L2) and SEQ ID NO: 35 (CDR-L3);
A fan containment case for a gas turbine engine comprising: a barrel comprising an outermost portion , an innermost portion , and an interior portion in-between the outermost portion and the innermost portion; and an outermost band of material of the outermost portion distal from a fan blade , wherein the outermost band is made of carbon fiber composite ; characterised in that the fan containment case has a first interior band , a second interior band , and a third interior band of the interior portion, wherein the first interior band is embedded and disposed between the second interior band and the third interior band, the third interior band is radially outboard from the first interior band and adjacent to the outermost band of material, the first interior band is made of one of poly p-phenylene-2,6-benzo-bisoxazole (PBO) fibre composite and dry PBO material, and the second interior band and the third interior band have a honeycomb structure and are made of one of a para-aramid and meta-aramid material; and an innermost band of material of the innermost portion is proximal to the fan blade, and adjacent to the second interior band, wherein the innermost band is made of carbon fiber composite . a barrel comprising an outermost portion , an innermost portion , and an interior portion in-between the outermost portion and the innermost portion; and an outermost band of material of the outermost portion distal from a fan blade , wherein the outermost band is made of carbon fiber composite ; characterised in that the fan containment case has a first interior band , a second interior band , and a third interior band of the interior portion, wherein the first interior band is embedded and disposed between the second interior band and the third interior band, the third interior band is radially outboard from the first interior band and adjacent to the outermost band of material, the first interior band is made of one of poly p-phenylene-2,6-benzo-bisoxazole (PBO) fibre composite and dry PBO material, and the second interior band and the third interior band have a honeycomb structure and are made of one of a para-aramid and meta-aramid material; and an innermost band of material of the innermost portion is proximal to the fan blade, and adjacent to the second interior band, wherein the innermost band is made of carbon fiber composite .
A method for classifying a tissue as being associated with a particular histological state using an ultrasound system, the steps of the method comprising: a) obtaining ultrasound echo signal data previously acquired , using the ultrasound system, from a region-of-interest that contains the tissue; b) producing at least one parametric map from the acquired ultrasound echo signal data by producing a mean power spectrum from the acquired ultrasound echo signal data using a sliding window over the region-of-interest and producing the at least one parametric map based at least in part on the mean power spectrum, the at least one parametric map having pixel values associated with a parameter computed from the acquired ultrasound echo signal data; c) computing at least one first-order statistical measure of the at least one parametric map; d) computing at least one second-order statistical measure of the at least one parametric map; and e) classifying the tissue as being associated with a particular histological state using the computed at least one first-order statistical measure and the computed at least one second-order statistical measure. a) obtaining ultrasound echo signal data previously acquired , using the ultrasound system, from a region-of-interest that contains the tissue; b) producing at least one parametric map from the acquired ultrasound echo signal data by producing a mean power spectrum from the acquired ultrasound echo signal data using a sliding window over the region-of-interest and producing the at least one parametric map based at least in part on the mean power spectrum, the at least one parametric map having pixel values associated with a parameter computed from the acquired ultrasound echo signal data; c) computing at least one first-order statistical measure of the at least one parametric map; d) computing at least one second-order statistical measure of the at least one parametric map; and e) classifying the tissue as being associated with a particular histological state using the computed at least one first-order statistical measure and the computed at least one second-order statistical measure.
Method for manipulating objects using at least two industrial robots which each comprise a manipulator arm which has a plurality of links (5a-12a, 5b-12b) following on from one another which are connected by adjustable joints which are controlled adjustably by at least one controller , wherein the one manipulator arm has a first end link and the at least one other manipulator arm has a second end link , comprising the following steps: - gripping the object with the one manipulator arm such that the object is connected to the first end link and - coupling a link (5b-12b) of the at least one other manipulator arm to one of the links (5a-12a) of the one manipulator arm , characterised in that the link (5b-12b) of the at least one other manipulator arm is coupled to one of the links (5a-12a) of the one manipulator arm by a gripping device which is connected to the link (5b-12b) of the at least one other manipulator arm and which grips the link (5a-12a) of the one manipulator arm in the coupled state of the links (5a-12a, 5b-12b). - gripping the object with the one manipulator arm such that the object is connected to the first end link and - coupling a link (5b-12b) of the at least one other manipulator arm to one of the links (5a-12a) of the one manipulator arm ,
A method for multiple-input multiple-output, MIMO, orthogonal frequency division multiplexing, OFDM, communication, the method comprising: receiving channel quality information, wherein the channel quality information is used to determine a coding rate and a modulation scheme per group of subcarriers; encoding a data stream; multiplexing the encoded data stream into a number of data streams, the number of data streams being determined based on the determined coding rate and modulation scheme, and mapping symbols of the data streams to a plurality of available spatial streams; applying a transmission coding scheme being spatial multiplexing, SM, without frequency diversity, FD, wherein one data symbol is sent per subcarrier for each spatial stream; and transmitting the plurality of available spatial streams. receiving channel quality information, wherein the channel quality information is used to determine a coding rate and a modulation scheme per group of subcarriers; encoding a data stream; multiplexing the encoded data stream into a number of data streams, the number of data streams being determined based on the determined coding rate and modulation scheme, and mapping symbols of the data streams to a plurality of available spatial streams; applying a transmission coding scheme being spatial multiplexing, SM, without frequency diversity, FD, wherein one data symbol is sent per subcarrier for each spatial stream; and transmitting the plurality of available spatial streams.
A circular cutter comprising: a connection assembly including a first extension and a first fixing head connecting with one end of the first extension , and the first fixing head having a locking hole defined on the first fixing head ; the first extension having a cavity formed on one side of the first extension , a first groove defined on a first end of the cavity , and a second groove defined on a second end of the cavity ; wherein the cavity accommodates a protection assembly , and the protection assembly includes a second extension and a second fixing head connecting with one end of the second extension , wherein the second extension has a projection and a flexible deformation section connecting with the projection , the flexible deformation section deforms, and the projection retains in the second groove of the connection assembly ; an elongated section is defined between the flexible deformation section and the second fixing head and is fixed in the first groove , the second fixing head has a first orifice corresponding to the locking hole of the connection assembly , hence a fixing assembly is rotatably connected with a cutting blade and is fixed in the locking hole of the connection assembly . a connection assembly including a first extension and a first fixing head connecting with one end of the first extension , and the first fixing head having a locking hole defined on the first fixing head ; the first extension having a cavity formed on one side of the first extension , a first groove defined on a first end of the cavity , and a second groove defined on a second end of the cavity ; wherein the cavity accommodates a protection assembly , and the protection assembly includes a second extension and a second fixing head connecting with one end of the second extension , wherein the second extension has a projection and a flexible deformation section connecting with the projection , the flexible deformation section deforms, and the projection retains in the second groove of the connection assembly ; an elongated section is defined between the flexible deformation section and the second fixing head and is fixed in the first groove , the second fixing head has a first orifice corresponding to the locking hole of the connection assembly , hence a fixing assembly is rotatably connected with a cutting blade and is fixed in the locking hole of the connection assembly .
A lithium secondary battery comprising: a cathode; an anode comprising a silicon component; a separator disposed between the cathode and the anode; and an electrolyte comprising fluoroethylene carbonate (FEC), wherein a weight ratio of the silicon to the FEC is 0.4 to 0.8, wherein the electrolyte comprises the FEC in an amount of 5% or greater and less than 10% by weight on the total weight of the electrolyte, wherein a weight ratio of the silicon to the FEC is obtained using an absolute amount of the silicon in a cell of the lithium secondary battery to an absolute amount of the FEC in the cell, wherein the absolute amount of the FEC in the cell is obtained by the following Equation 1: an absolute amount of the FEC = an amount of injection of the electrolyte × a weight ratio of the FEC relative to the total weight of the electrolyte , and wherein the absolute amount of the silicon in the cell is obtained by the following Equation 2: an absolute amount of the silicon = a loading level of the anode per unit area × an area of the anode × a content of an active material × a number of electrode stacks × a content of the silicon in the active material . a cathode; an anode comprising a silicon component; a separator disposed between the cathode and the anode; and an electrolyte comprising fluoroethylene carbonate (FEC), wherein a weight ratio of the silicon to the FEC is 0.4 to 0.8, wherein the electrolyte comprises the FEC in an amount of 5% or greater and less than 10% by weight on the total weight of the electrolyte, wherein a weight ratio of the silicon to the FEC is obtained using an absolute amount of the silicon in a cell of the lithium secondary battery to an absolute amount of the FEC in the cell, wherein the absolute amount of the FEC in the cell is obtained by the following Equation 1: an absolute amount of the FEC = an amount of injection of the electrolyte × a weight ratio of the FEC relative to the total weight of the electrolyte , and wherein the absolute amount of the silicon in the cell is obtained by the following Equation 2: an absolute amount of the silicon = a loading level of the anode per unit area × an area of the anode × a content of an active material × a number of electrode stacks × a content of the silicon in the active material .