mhurhangee/patent-ind-claim-en huggingface dataset:
A server-based method providing a routeback mechanism for directing a quanta of data, the server-based method performed within a message processing facility and comprising: receiving the quanta of data from a sending entity , the quanta of data comprising a destination address and content; identifying from the content a type indicator indicating the type of the content; extracting the destination address from the received quanta of data; identifying, using at least routing data and aspects of the destination address, a receiving entity; based on at least (a) a set of rules comprising delivery routes available to the sending entity, (b) the receiving entity, and (c) the type indicator, determining whether to: deliver the received quanta of data to the receiving entity; or route the received quanta of data back to the sending entity from which it was received, for delivery by that entity to the receiving entity; and delivering or routing back the received quanta of data based on the determination; wherein routing the received quanta back to the sending entity from which it was received is performed after transforming data elements of the quanta of data that are returned to the sending entity or augmenting the quanta of data with new data elements. receiving the quanta of data from a sending entity , the quanta of data comprising a destination address and content; identifying from the content a type indicator indicating the type of the content; extracting the destination address from the received quanta of data; identifying, using at least routing data and aspects of the destination address, a receiving entity; based on at least (a) a set of rules comprising delivery routes available to the sending entity, (b) the receiving entity, and (c) the type indicator, determining whether to: deliver the received quanta of data to the receiving entity; or route the received quanta of data back to the sending entity from which it was received, for delivery by that entity to the receiving entity; and deliver the received quanta of data to the receiving entity; or route the received quanta of data back to the sending entity from which it was received, for delivery by that entity to the receiving entity; and delivering or routing back the received quanta of data based on the determination; wherein routing the received quanta back to the sending entity from which it was received is performed after transforming data elements of the quanta of data that are returned to the sending entity or augmenting the quanta of data with new data elements.
An apparatus for obtaining an X-ray image having a composite field of view, comprising: - a processing unit ; wherein the processing unit is configured to obtain first X-ray image data of a portion of a region of interest of an object using an X-ray imager having an adjustable field of view set to an initial field of view state, wherein the first X-ray image data is obtained from the X-ray imager in the initial field of view state, to compare the first X-ray image data to an anatomical model, to define a boundary error region contiguous to the first X-ray image data based on the comparison of the first X-ray image data to the anatomical model, to generate an updated field of view state based on the location of the boundary error region in the region of interest, to transmit the updated field of view state to the X-ray imager, to obtain second X-ray image data of the region of interest of the object using the X-ray imager when set to the updated field of view state, and to combine the first X-ray image data and the second X-ray image data to obtain an output image of the region of interest having a composite field of view; characterised in that the anatomical model comprises a probabilistic anatomical atlas representing a plurality of anatomical elements, and the processing unit is further configured to compare portions of the first X-ray image to anatomical elements in the probabilistic anatomical atlas. - a processing unit ;
A submersible autonomous data acquisition node (N) comprising: a buoyancy system enabling variation of the node buoyancy between positive buoyancy and negative buoyancy, the buoyancy system including at least one inflatable external bladder and at least one internal reservoir containing a liquid wherein the liquid can be transferred between the at least one inflatable external bladder and the internal reservoir to vary node buoyancy by changing total displacement of the node (N), wherein the buoyancy system is operable as a buoyancy propulsion system enabling the node (N) to transit between respective seabed locations by dynamic variation of the node buoyancy between positive buoyancy and negative buoyancy, characterised in that the buoyancy system is arranged to vary node buoyancy between a positive buoyancy and a negative buoyancy to maintain the node (N) within a transit envelope below the water surface and above a seabed to facilitate the node (N) traversing along an oscillating path from a first submarine location to a second submarine location. a buoyancy system enabling variation of the node buoyancy between positive buoyancy and negative buoyancy, the buoyancy system including at least one inflatable external bladder and at least one internal reservoir containing a liquid wherein the liquid can be transferred between the at least one inflatable external bladder and the internal reservoir to vary node buoyancy by changing total displacement of the node (N), wherein the buoyancy system is operable as a buoyancy propulsion system enabling the node (N) to transit between respective seabed locations by dynamic variation of the node buoyancy between positive buoyancy and negative buoyancy, characterised in that the buoyancy system is arranged to vary node buoyancy between a positive buoyancy and a negative buoyancy to maintain the node (N) within a transit envelope below the water surface and above a seabed to facilitate the node (N) traversing along an oscillating path from a first submarine location to a second submarine location.
A monitoring device configured to monitor an energy storage device that comprises a plurality of energy storage cells connected in series, the monitoring device comprising: a balancer circuit comprising a series circuit of a resistor and a switch connected in parallel to each of the energy storage cells , the balancer circuit configured to balance voltages of the energy storage cells ; an acquisition unit configured to acquire information regarding whether a learning model is in a learning mode or in a detection mode, the learning model configured to detect a state of the energy storage device; and a change unit configured to change an operation of the balancer circuit from a predetermined state in a case where the learning model is in the learning mode. a balancer circuit comprising a series circuit of a resistor and a switch connected in parallel to each of the energy storage cells , the balancer circuit configured to balance voltages of the energy storage cells ; an acquisition unit configured to acquire information regarding whether a learning model is in a learning mode or in a detection mode, the learning model configured to detect a state of the energy storage device; and a change unit configured to change an operation of the balancer circuit from a predetermined state in a case where the learning model is in the learning mode.
A Wi-Fi based position information communicating method, comprising: a communication device mounted on a first vehicle determining whether position information of a second vehicle, whose distance to the first vehicle is shorter than a first predetermined distance, is received within a first predefined time period; if no, broadcasting position information of the first vehicle in a first 802.11 management frame; after receiving position information of a first pedestrian device from the first pedestrian device, defining a second time period; determining whether position information of a second pedestrian device is received from other vehicles in the second time period, where the distance between the second pedestrian device and the first pedestrian device is shorter than a second predetermined distance; and if no, broadcasting the position information of the first pedestrian device in a second 802.11 management frame. a communication device mounted on a first vehicle determining whether position information of a second vehicle, whose distance to the first vehicle is shorter than a first predetermined distance, is received within a first predefined time period; if no, broadcasting position information of the first vehicle in a first 802.11 management frame; after receiving position information of a first pedestrian device from the first pedestrian device, defining a second time period; determining whether position information of a second pedestrian device is received from other vehicles in the second time period, where the distance between the second pedestrian device and the first pedestrian device is shorter than a second predetermined distance; and if no, broadcasting the position information of the first pedestrian device in a second 802.11 management frame.
A spectrometer for material analysis comprising - a radiant source formed by multiple single radiation sources having different central wavelengths, for generating a measuring signal, - a measurement object containing a material to be analyzed, and - a detector for detecting said filtered measuring signals received from the measurement object , characterized in that - the spectrometer comprises only one electrically tunable Fabry-Perot filter for the band pass filtering the measuring signal by at least two pass bands for the used signal wavelength range, - the spectrometer has means for modulating each of the single radiation sources and correspondingly means for demodulating the detected signals such that the signal from each single radiation source can be distinguished from each other in the detector , and - the spectrometer has means for detecting and demodulating multiple pass bands simultaneously. - a radiant source formed by multiple single radiation sources having different central wavelengths, for generating a measuring signal, - a measurement object containing a material to be analyzed, and - a detector for detecting said filtered measuring signals received from the measurement object , characterized in that - the spectrometer comprises only one electrically tunable Fabry-Perot filter for the band pass filtering the measuring signal by at least two pass bands for the used signal wavelength range, - the spectrometer has means for modulating each of the single radiation sources and correspondingly means for demodulating the detected signals such that the signal from each single radiation source can be distinguished from each other in the detector , and - the spectrometer has means for detecting and demodulating multiple pass bands simultaneously.
A system for delivering localized therapy to a tissue structure , said system comprising: a venous catheter apparatus having a distal portion positionable at a venous drainage structure of said tissue structure , said distal portion including an occlusion device adapted to selectively substantially occlude said venous drainage structure so as to substantially isolate venous circulation of said tissue structure in a tissue structure circulatory compartment from systemic body circulation in a systemic body circulatory compartment, and a perfusion port and a drainage port , both disposed relative to said occlusion device for placement in said tissue structure circulatory compartment, and a systemic port disposed relative to said occlusion device for placement in said systemic body circulatory compartment; and characterized by a blood conditioning apparatus fluidly coupling said perfusion port , said drainage port , and said systemic port of said venous catheter apparatus , said blood conditioning apparatus being adapted for conditioning blood supplied thereto as drainage flow through said drainage port , and reperfusing at least a portion of said drainage flow through said perfusion port as conditioned retrograde perfusion flow , wherein said conditioning includes cooling said perfusion flow to less than about 35° C. a venous catheter apparatus having a distal portion positionable at a venous drainage structure of said tissue structure , said distal portion including an occlusion device adapted to selectively substantially occlude said venous drainage structure so as to substantially isolate venous circulation of said tissue structure in a tissue structure circulatory compartment from systemic body circulation in a systemic body circulatory compartment, and a perfusion port and a drainage port , both disposed relative to said occlusion device for placement in said tissue structure circulatory compartment, and a systemic port disposed relative to said occlusion device for placement in said systemic body circulatory compartment; and characterized by a blood conditioning apparatus fluidly coupling said perfusion port , said drainage port , and said systemic port of said venous catheter apparatus , said blood conditioning apparatus being adapted for conditioning blood supplied thereto as drainage flow through said drainage port , and reperfusing at least a portion of said drainage flow through said perfusion port as conditioned retrograde perfusion flow , wherein said conditioning includes cooling said perfusion flow to less than about 35° C.
Piece of furniture, comprising at least two furniture parts , more specifically a first furniture part and a second furniture part , which are interconnected by means of a connection device wherein the connection device comprises a first connection portion which is realized at least as a spreading system and which is provided in a recess in the first furniture part , and a second connection portion extending outside of the recess for cooperating with the second furniture part in this manner, wherein the connection device comprises an activation mechanism for activating the spreading system , wherein the second connection portion is realized as an insertion part, more particularly an insertion body, wherein the second connection portion is inserted in a recess in the second furniture part , wherein the first connection portion as well as the second connection portion are made as insertion portions which each are characterized by a pertaining insertion direction (R1, R2), wherein the insertion directions (R1-R2) are situated transverse to each other and preferably are situated perpendicular or almost perpendicular to each other, wherein the spreading system comprises at least two mutually rotatable parts, a first part and a second part , respectively, wherein the mutual rotation of which, in function of the realized mutual angle position, effects a spreading effect and wherein the activation mechanism is formed in that one of said mutually rotatable parts is connected to the second connection portion or to a component thereof, such that the activation mechanism can be activated by means of a rotation performed on the second connection portion , wherein the first part of the spreading system is made in one piece with the second connection portion , and wherein said rotation on the second connection portion exerts a rotation of the first part of the spreading system; characterized in that the second connection portion is configured such that after insertion of the second connection portion in said recess of the second furniture part , the spreading system can be activated by rotating the second furniture part.
A rotary cutting tool for cutting hard, brittle materials such as ceramic, glass and cemented carbide, the cutting tool comprising a hard film coated onto a tip end section of a tool body having a chip discharge groove , wherein a rake face is concavely provided in a cutting edge-side chip discharge groove formation surface constituting the chip discharge groove of the tool body , from a cutting edge and along the cutting edge , characterized in that a level-difference surface connecting the cutting edge-side chip discharge groove formation surface and the rake face is provided at a position separated from the cutting edge by a distance of from 30 um to 350 μm.
A cloud controller of a cloud computing cluster, the cloud controller comprising: a compute service module to receive a request for a new virtual machine; a communication module to receive a contention score for each compute node of a plurality of compute nodes of the cloud computing cluster, the contention score to indicate cache memory contention of the compute node; and a scheduler module to select a compute node based on the contention score; wherein the compute service module is further to schedule the new virtual machine on the selected compute node, wherein the contention score comprises a contention metric, the contention metric being a function of a number of cache misses of the compute node, wherein the contention metric comprises a rate of cache misses per reference number of instructions of the compute node, and wherein the rate of cache misses per reference number of instructions is calculated on a per-core or a per-processor basis, and combined for all processors and/or processor cores of the compute node to form an aggregate value for the compute node . a compute service module to receive a request for a new virtual machine; a communication module to receive a contention score for each compute node of a plurality of compute nodes of the cloud computing cluster, the contention score to indicate cache memory contention of the compute node; and a scheduler module to select a compute node based on the contention score; wherein the compute service module is further to schedule the new virtual machine on the selected compute node, wherein the contention score comprises a contention metric, the contention metric being a function of a number of cache misses of the compute node, wherein the contention metric comprises a rate of cache misses per reference number of instructions of the compute node, and wherein the rate of cache misses per reference number of instructions is calculated on a per-core or a per-processor basis, and combined for all processors and/or processor cores of the compute node to form an aggregate value for the compute node .
An inkjet ink composition, comprising: carbon black pigment; polyurethane; at least 50 wt% water; from 1 wt% to 12 wt% of a solvent having 1 or 2 free hydroxyl groups and 0 to 3 glycol units; and comprises co-solvent that is different than the solvent or combination of the solvents, wherein the co-solvent is present at a total content from 15 wt% to 25 wt%, and wherein the co-solvent is 1-hydroxyethyl-2-pyrrolidone, 2-pyrrolidone, or a combination thereof. carbon black pigment; polyurethane; at least 50 wt% water; from 1 wt% to 12 wt% of a solvent having 1 or 2 free hydroxyl groups and 0 to 3 glycol units; and comprises co-solvent that is different than the solvent or combination of the solvents, wherein the co-solvent is present at a total content from 15 wt% to 25 wt%, and wherein the co-solvent is 1-hydroxyethyl-2-pyrrolidone, 2-pyrrolidone, or a combination thereof.
A method for controlling an amount of reactive current provided from a wind turbine generator to a power grid during an abnormal power grid event, said wind turbine generator comprising a doubly-fed induction generator having a rotor and a stator , and a power converter coupling the rotor to the power grid, the power converter comprising a grid-side inverter , wherein the method comprises the step of balancing the reactive current provided to the power grid between a reactive stator current and a reactive grid-side inverter current , characterised in that the reactive grid-side inverter current is controlled in accordance with an overload current capability of a grid breaker receiving the reactive current provided by the grid-side inverter .
A battery pack comprising: a battery module comprising a plurality of battery cells; a case configured to accommodate the battery module therein, and comprising an upper cover ; and a fire extinguishing material , comprising a fire extinguishing liquid or fire extinguishing powder, and provided in the upper cover of the case to fall when a flame occurs; wherein the upper cover comprises a lower plate having at least one hole formed therein; a deformation layer positioned on an upper side of the lower plate and deformed by flame; and an upper plate coupled to the lower plate to cover the fire extinguishing material , wherein the fire extinguishing material is disposed on the deformation layer ; wherein the deformation layer is made of vinyl or plastic, which is a material that melts in a flame in order to allow the fire extinguishing material to fall through the hole of the lower plate when a flame occurs; wherein fixing portions are formed at both ends of the deformation layer , and stoppers in contact with the fixing portions are formed in the lower plate ; wherein the fixing portion is formed to protrude upward by having a thickness greater than that of the deformation layer ; and wherein the stoppers are formed at both ends of the lower plate and are provided such that at least a portion of the stoppers is caught by the fixing portion . a battery module comprising a plurality of battery cells; a case configured to accommodate the battery module therein, and comprising an upper cover ; and a fire extinguishing material , comprising a fire extinguishing liquid or fire extinguishing powder, and provided in the upper cover of the case to fall when a flame occurs; wherein the upper cover comprises a lower plate having at least one hole formed therein; a deformation layer positioned on an upper side of the lower plate and deformed by flame; and an upper plate coupled to the lower plate to cover the fire extinguishing material , wherein the fire extinguishing material is disposed on the deformation layer ; wherein the deformation layer is made of vinyl or plastic, which is a material that melts in a flame in order to allow the fire extinguishing material to fall through the hole of the lower plate when a flame occurs; wherein fixing portions are formed at both ends of the deformation layer , and stoppers in contact with the fixing portions are formed in the lower plate ; wherein the fixing portion is formed to protrude upward by having a thickness greater than that of the deformation layer ; and wherein the stoppers are formed at both ends of the lower plate and are provided such that at least a portion of the stoppers is caught by the fixing portion .