mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a receiving end, the method comprising: receiving an identifier of a directory structure file of a file folder from a sending end, the identifier is a hashcode being generated from the directory structure file using a message digest algorithm; determining whether the directory structure file exists in the receiving end based at least in part on the identifier of the directory structure file; if it is determined that the directory structure file does not exist in the receiving end, receiving the directory structure file from the sending end, the directory structure file having one or more properties associated with the file folder; determining one or more files in the file folder that are to be requested from the sending end by comparing the directory structure file with files stored in the receiving end; sending a file acquisition request to the sending end; and receiving the one or more files from the sending end. receiving an identifier of a directory structure file of a file folder from a sending end, the identifier is a hashcode being generated from the directory structure file using a message digest algorithm; determining whether the directory structure file exists in the receiving end based at least in part on the identifier of the directory structure file; if it is determined that the directory structure file does not exist in the receiving end, receiving the directory structure file from the sending end, the directory structure file having one or more properties associated with the file folder; determining one or more files in the file folder that are to be requested from the sending end by comparing the directory structure file with files stored in the receiving end; sending a file acquisition request to the sending end; and receiving the one or more files from the sending end.
An apparatus for monitoring an ambient environment of a wind turbine, the apparatus comprising: a cooling system comprising first and second heat exchangers , and a fluid circuit arranged to enable coolant to flow between the first and second heat exchangers; and characterized by a processor configured to: monitor one or more operational parameters of the cooling system; measure an efficiency of the cooling system based on the monitored one or more operational parameters; and calculate a liquid water content of the ambient environment based on the measured efficiency of the cooling system. a cooling system comprising first and second heat exchangers , and a fluid circuit arranged to enable coolant to flow between the first and second heat exchangers; and characterized by a processor configured to: monitor one or more operational parameters of the cooling system; measure an efficiency of the cooling system based on the monitored one or more operational parameters; and calculate a liquid water content of the ambient environment based on the measured efficiency of the cooling system. monitor one or more operational parameters of the cooling system; measure an efficiency of the cooling system based on the monitored one or more operational parameters; and calculate a liquid water content of the ambient environment based on the measured efficiency of the cooling system.
A sector-shaped section of a continuous casting machine for heavy reduction of a solidified terminal of a continuously cast slab, comprising an upper frame, a lower frame, an upper driving roller, a lower driving roller, a left driven roller set, a right driven roller set, a screw-down gear and clamping cylinders which are positioned on the sector-shaped section of the continuous casting machine, characterized in that the clamping cylinders are used for clamping the upper frame and the lower frame and keeping the upper frame and the lower frame at a set interval; the upper driving roller is connected with the screw-down gear; the upper driving roller is connected to the upper frame through an upper bearing base; the lower driving roller is connected to the lower frame through a lower bearing base; the left driven roller set and the right driven roller set are respectively positioned on two sides of the driving rollers; the left driven roller set is used for clamping the cast slab before reduction; the right driven roller set is used for clamping the cast slab after reduction; and the diameter ratio of the driving rollers to the driven rollers is 1.1:1-2:1; wherein the opening degrees of the right driven roller set and the driving rollers are identical with the thickness of the cast slab after reduction; wherein the opening degree of the left driven roller set is identical with the thickness of the cast slab before reduction; wherein the driving rollers are integrated and manufactured through an integral forming process.
An M2M device for M2M server handover, the device comprising: a processor ; and a memory coupled with the processor , the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: bootstrapping the M2M device to a first M2M server ; requesting, by the M2M device , that the first M2M server fetch data associated with the device from a second M2M server , wherein the second M2M server was previously bootstrapped to the M2M device ; and characterized by providing to the first M2M server , by the M2M device , a handover token, the handover token indicating that the first M2M server is authorized to retrieve the data associated with the M2M device from the second M2M server . a processor ; and a memory coupled with the processor , the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: bootstrapping the M2M device to a first M2M server ; requesting, by the M2M device , that the first M2M server fetch data associated with the device from a second M2M server , wherein the second M2M server was previously bootstrapped to the M2M device ; and characterized by providing to the first M2M server , by the M2M device , a handover token, the handover token indicating that the first M2M server is authorized to retrieve the data associated with the M2M device from the second M2M server . bootstrapping the M2M device to a first M2M server ; requesting, by the M2M device , that the first M2M server fetch data associated with the device from a second M2M server , wherein the second M2M server was previously bootstrapped to the M2M device ; and characterized by providing to the first M2M server , by the M2M device , a handover token, the handover token indicating that the first M2M server is authorized to retrieve the data associated with the M2M device from the second M2M server .
System for a vehicle , the system comprising at least one detector for radiation in the visible and / or the infrared portion of the electromagnetic spectrum; at least one sensor , the at least one sensor including at least one sensor for vibration and / or acceleration; characterised by a control and evaluation unit connected to the at least one detector and the at least one sensor , configured to receive and evaluate signals from the at least one detector ; and the control and evaluation unit further configured to activate the at least one sensor if the control and evaluation unit determines from the signals received from the at least one detector that an entity is approaching the vehicle . at least one detector for radiation in the visible and / or the infrared portion of the electromagnetic spectrum; at least one sensor , the at least one sensor including at least one sensor for vibration and / or acceleration; characterised by a control and evaluation unit connected to the at least one detector and the at least one sensor , configured to receive and evaluate signals from the at least one detector ; and the control and evaluation unit further configured to activate the at least one sensor if the control and evaluation unit determines from the signals received from the at least one detector that an entity is approaching the vehicle .
A computer-implemented medical data processing method for planning a position of an electric stimulation device for neurostimulation of at least two target regions (TV1, ..., TVN) disposed in an anatomical body part of a patient's body, the electric stimulation device comprising at least two electric contacts, the method comprising executing, on at least one processor of at least one computer , steps of: a) acquiring (S1.1), at the at least one processor, medical image data describing a digital image of the anatomical body part, wherein the anatomical body part contains at least two target regions (TV1, ..., TVN); b) determining (S1.2), by the at least one processor and based on the medical image data, target position data describing a position of each target region (TV1, ..., TVN) in the anatomical body part; c) acquiring (S1.3), at the at least one processor, electric stimulation device geometry data describing a distance between the at least two contacts of the electric stimulation device ; d) determining (S1.4), by the at least one processor and based on the target position data, target distance data describing a distance between each pair of the at least two target regions (TV1, ..., TVN); e) determining (S1.5), by the at least one processor and based on the target position data and the target distance data and the electric stimulation device geometry data, electric stimulation device position data describing a stimulation position which is a relative position between the at least two target regions (TV1, ..., TVN) and the electric stimulation device which allows for stimulation of the at least two target regions (TV1, ..., TVN) by the electric stimulation device . a) acquiring (S1.1), at the at least one processor, medical image data describing a digital image of the anatomical body part, wherein the anatomical body part contains at least two target regions (TV1, ..., TVN); b) determining (S1.2), by the at least one processor and based on the medical image data, target position data describing a position of each target region (TV1, ..., TVN) in the anatomical body part; c) acquiring (S1.3), at the at least one processor, electric stimulation device geometry data describing a distance between the at least two contacts of the electric stimulation device ; d) determining (S1.4), by the at least one processor and based on the target position data, target distance data describing a distance between each pair of the at least two target regions (TV1, ..., TVN); e) determining (S1.5), by the at least one processor and based on the target position data and the target distance data and the electric stimulation device geometry data, electric stimulation device position data describing a stimulation position which is a relative position between the at least two target regions (TV1, ..., TVN) and the electric stimulation device which allows for stimulation of the at least two target regions (TV1, ..., TVN) by the electric stimulation device .
A Zed-type belt tensioner comprising: a spring case defining a cavity ; an arm having at its first end an arm arbor and at its second end a pulley mounted thereto, wherein the arm arbor is disposed within the cavity and has a body with an outer surface and an inner surface defining a housing for receiving a spring ; wherein the first end is rotatable about the first axis (A) to move the second end into engagement with a belt ; wherein the pulley experiences a hub load during engagement with the belt ; and characterized by a spring seated within the housing and having a first end coupling the spring to the arm arbor and a second end coupling the spring to a cap , wherein the tensioner applies a biasing force via the spring in the tensioning direction (T) against the belt; and a supplemental force element positioned between the cap and the arm that urges the arm toward the spring case or between the arm and the spring case that urges the arm toward the cap, wherein the supplemental force element is a spring having waves or coils at a location to apply a force opposite the hub load to counteract the hub load, wherein the force is an axial force non-uniformly applied across a surface of the arm and is concentrated at a predetermined portion of the surface of the arm selected to counteract the hub load, thereby reducing cocking of the arm . a spring case defining a cavity ; an arm having at its first end an arm arbor and at its second end a pulley mounted thereto, wherein the arm arbor is disposed within the cavity and has a body with an outer surface and an inner surface defining a housing for receiving a spring ; wherein the first end is rotatable about the first axis (A) to move the second end into engagement with a belt ; wherein the pulley experiences a hub load during engagement with the belt ; and characterized by a spring seated within the housing and having a first end coupling the spring to the arm arbor and a second end coupling the spring to a cap , wherein the tensioner applies a biasing force via the spring in the tensioning direction (T) against the belt; and a supplemental force element positioned between the cap and the arm that urges the arm toward the spring case or between the arm and the spring case that urges the arm toward the cap, wherein the supplemental force element is a spring having waves or coils at a location to apply a force opposite the hub load to counteract the hub load, wherein the force is an axial force non-uniformly applied across a surface of the arm and is concentrated at a predetermined portion of the surface of the arm selected to counteract the hub load, thereby reducing cocking of the arm .
A heat conductive sheet comprising a thermoplastic resin that is liquid at a temperature of 23 °C and a particulate carbon material having an average particle diameter of 0.1 μm or more and 300 μm or less, and having a thermal resistance value under a pressure of 0.05 MPa of 0.20 °C/W or less.
A complex comprising an MHC class I HLA-C molecule and a peptide capable of activating NK cell-mediated immunity, the peptide comprising or consisting of the amino acid sequence X n AX 2 X 1 , wherein X n is an amino acid sequence of between 5 and 12 residues, and X 1 is any amino acid; or leucine or isoleucine; and X 2 is alanine, threonine, tryptophan, or serine. X n is an amino acid sequence of between 5 and 12 residues, and X 1 is any amino acid; or leucine or isoleucine; and X 2 is alanine, threonine, tryptophan, or serine.
Antioxidant-containing expandable resin particles comprising composite resin particles containing 100 to 400 parts by mass of polystyrene-based resin relative to 100 parts by mass of polypropylene-based resin, and a blowing agent and an antioxidant contained in the composite resin particles, wherein: the polypropylene-based resin is abundantly present on the surface of the composite resin particles and poorly present at the center of the particles, the polypropylene-based resin being present on the surface of the composite resin particles at 51 to 85% and the polystyrene-based resin being present on the surface of the composite resin particles at 15 to 49%, measured by ATR infrared spectroscopic analysis in accordance with the section '<Ratio (%) of polypropylene-based resin/polystyrene-based resin on the surface of composite resin particles>' of the specification; and the composite resin particles contain 150 to 1500 ppm of antioxidant. the polypropylene-based resin is abundantly present on the surface of the composite resin particles and poorly present at the center of the particles, the polypropylene-based resin being present on the surface of the composite resin particles at 51 to 85% and the polystyrene-based resin being present on the surface of the composite resin particles at 15 to 49%, measured by ATR infrared spectroscopic analysis in accordance with the section '<Ratio (%) of polypropylene-based resin/polystyrene-based resin on the surface of composite resin particles>' of the specification; and the composite resin particles contain 150 to 1500 ppm of antioxidant.
A system comprising: a plurality of antenna panels comprising an array of antenna elements including at least two antenna elements separated by a spacing more than a half wavelength, the plurality of antenna panels are configurable to be spatially arranged and oriented with respect to one another to measure radar returns of an observation domain for a target; an optical sensor having a field of view overlapping the observation domain and for measuring an optical image; and at least one data processor forming part of at least one computing system, wherein the at least one data processor is adapted to receive data characterizing the optical image and the radar returns and adapted to determine a spatial location of the target using the data characterizing the optical image, wherein the system is characterized in that the at least one data processor is further adapted to determine a sparsity constraint using the determined spatial location of the target and to construct a radar return image of the target using the determined sparsity constraint, wherein the spatial location of the target defines empty voxels and voxels in which the target is present. a plurality of antenna panels comprising an array of antenna elements including at least two antenna elements separated by a spacing more than a half wavelength, the plurality of antenna panels are configurable to be spatially arranged and oriented with respect to one another to measure radar returns of an observation domain for a target; an optical sensor having a field of view overlapping the observation domain and for measuring an optical image; and at least one data processor forming part of at least one computing system, wherein the at least one data processor is adapted to receive data characterizing the optical image and the radar returns and adapted to determine a spatial location of the target using the data characterizing the optical image, wherein the system is characterized in that the at least one data processor is further adapted to determine a sparsity constraint using the determined spatial location of the target and to construct a radar return image of the target using the determined sparsity constraint, wherein the spatial location of the target defines empty voxels and voxels in which the target is present.
A triggering device comprising: a firing pin configured to impact a primer ; a linkage ; and a barrel valve mechanically coupled to the firing pin via the linkage, wherein the valve selectively allows output from firing of the primer to pass to an output port of the triggering device based on movement of the firing pin acting through the linkage to rotate open the valve. a firing pin configured to impact a primer ; a linkage ; and a barrel valve mechanically coupled to the firing pin via the linkage, wherein the valve selectively allows output from firing of the primer to pass to an output port of the triggering device based on movement of the firing pin acting through the linkage to rotate open the valve.
Wastewater management system for vehicles, comprising a toilet sub-system, the toilet sub-system comprising: a toilet ; and a housing associated with the toilet , the housing including a macerator pumping arrangement including a macerator and a pump , the macerator including a plurality of macerating knives , and at least one motor for driving the pump and the macerator , characterized in that the pump being an air pump providing positive pressure in a macerator chamber to pump waste from the macerator chamber and J Z the at least one motor includes a first motor and a second motor , the plurality of macerating knives driven by the first motor and the air pump driven by the second motor, wherein the macerator pumping arrangement further comprises a controller for alternately controlling the motors to operate the macerator pumping arrangement in a macerating mode and a pumping mode to thereby reduce noise, such that in the macerating mode the first motor first drives the macerating knives to macerate the waste and subsequently in the pumping mode the waste is pumped out of the macerating chamber by a positive pressure provided by the pump. a toilet ; and a housing associated with the toilet , the housing including a macerator pumping arrangement including a macerator and a pump , the macerator including a plurality of macerating knives , and at least one motor for driving the pump and the macerator , characterized in that the pump being an air pump providing positive pressure in a macerator chamber to pump waste from the macerator chamber and J Z the at least one motor includes a first motor and a second motor , the plurality of macerating knives driven by the first motor and the air pump driven by the second motor, wherein the macerator pumping arrangement further comprises a controller for alternately controlling the motors to operate the macerator pumping arrangement in a macerating mode and a pumping mode to thereby reduce noise, such that in the macerating mode the first motor first drives the macerating knives to macerate the waste and subsequently in the pumping mode the waste is pumped out of the macerating chamber by a positive pressure provided by the pump.
A safety apparatus comprising: at least one moving mass; at least one energy absorbing member ; and when the at least one moving mass reaches a predefined threshold, the at least one energy absorbing member engages and applies a retarding force on movement of the at least one moving mass, transferring kinetic energy from the at least one moving mass into work energy by plastic deformation of a material associated with the at least one energy absorbing member ; and characterised in that plastic deformation is by: methods selected from: wire drawing, deep drawing, and combinations thereof; or by extrusion using a material that re-crystallises at room temperature; or by extrusion using a material that becomes deformable under energy loading thereby absorbing kinetic energy and imposing the retarding force; or by friction welding; or by controlled buckling in the form of torsional deformation through the act of twisting a wire, rod or bar, where the wire rod or bar buckles in a predetermined manner to absorb kinetic energy and impose the retarding force. at least one moving mass; at least one energy absorbing member ; and when the at least one moving mass reaches a predefined threshold, the at least one energy absorbing member engages and applies a retarding force on movement of the at least one moving mass, transferring kinetic energy from the at least one moving mass into work energy by plastic deformation of a material associated with the at least one energy absorbing member ; and characterised in that plastic deformation is by: methods selected from: wire drawing, deep drawing, and combinations thereof; or by extrusion using a material that re-crystallises at room temperature; or by extrusion using a material that becomes deformable under energy loading thereby absorbing kinetic energy and imposing the retarding force; or by friction welding; or by controlled buckling in the form of torsional deformation through the act of twisting a wire, rod or bar, where the wire rod or bar buckles in a predetermined manner to absorb kinetic energy and impose the retarding force. methods selected from: wire drawing, deep drawing, and combinations thereof; or by extrusion using a material that re-crystallises at room temperature; or by extrusion using a material that becomes deformable under energy loading thereby absorbing kinetic energy and imposing the retarding force; or by friction welding; or by controlled buckling in the form of torsional deformation through the act of twisting a wire, rod or bar, where the wire rod or bar buckles in a predetermined manner to absorb kinetic energy and impose the retarding force.