mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a memory; a communication circuit; anda processor, wherein the memory stores instructions which, when executed, cause the processor to: receive a message, using the communication circuit, from an external electronic device, the message including a blockchain address corresponding to a blockchain account and an identifier corresponding to at least one blockchain transaction related to the blockchain address, obtain blockchain transaction information related to the identifier from a node included in a blockchain network related to the blockchain address, using the communication circuit, based on a request for remitting cryptocurrency to the blockchain address, when the blockchain transaction information obtained from the node corresponds to the blockchain address, remit the cryptocurrency to the blockchain address via the blockchain network, using the communication circuit, and when the blockchain transaction information obtained from the node does not correspond to the blockchain address, refrain from remitting the cryptocurrency to the blockchain address via the blockchain network. a memory; a communication circuit; anda processor, wherein the memory stores instructions which, when executed, cause the processor to: receive a message, using the communication circuit, from an external electronic device, the message including a blockchain address corresponding to a blockchain account and an identifier corresponding to at least one blockchain transaction related to the blockchain address, obtain blockchain transaction information related to the identifier from a node included in a blockchain network related to the blockchain address, using the communication circuit, based on a request for remitting cryptocurrency to the blockchain address, when the blockchain transaction information obtained from the node corresponds to the blockchain address, remit the cryptocurrency to the blockchain address via the blockchain network, using the communication circuit, and when the blockchain transaction information obtained from the node does not correspond to the blockchain address, refrain from remitting the cryptocurrency to the blockchain address via the blockchain network. receive a message, using the communication circuit, from an external electronic device, the message including a blockchain address corresponding to a blockchain account and an identifier corresponding to at least one blockchain transaction related to the blockchain address, obtain blockchain transaction information related to the identifier from a node included in a blockchain network related to the blockchain address, using the communication circuit, based on a request for remitting cryptocurrency to the blockchain address, when the blockchain transaction information obtained from the node corresponds to the blockchain address, remit the cryptocurrency to the blockchain address via the blockchain network, using the communication circuit, and when the blockchain transaction information obtained from the node does not correspond to the blockchain address, refrain from remitting the cryptocurrency to the blockchain address via the blockchain network.
Method of producing an X-ray aperture (4; 4a, 4b) comprising the following steps: a) introducing a through pinhole into a single crystal aperture body, such that the single crystal aperture body forms a circumferential continuous edge for delimiting an X-ray beam, from which edge the pinhole widens like a funnel in a first area in a direction towards an outlet opening, wherein electric discharge machining and/or cold laser ablation is/are used for introducing the pinhole, b) removing material from the surface of the aperture body at least in the area of the edge and of the first area through ion etching. a) introducing a through pinhole into a single crystal aperture body, such that the single crystal aperture body forms a circumferential continuous edge for delimiting an X-ray beam, from which edge the pinhole widens like a funnel in a first area in a direction towards an outlet opening, wherein electric discharge machining and/or cold laser ablation is/are used for introducing the pinhole, b) removing material from the surface of the aperture body at least in the area of the edge and of the first area through ion etching.
Pressure-control valve, with a primary passage which may be supplied with a primary pressure, also with a secondary passage allowing the tapping of a controlled secondary pressure and leading to a secondary port, and with a valve member controlling the throughflow between the primary passage and the secondary passage and the position of which is preset by a control member interacting with it and forming a movable wall section of a control chamber in fluidic connection with the secondary passage and acted upon by a secondary pressure-presetting force, wherein for fluidic connection between the control chamber and the secondary passage there are provided two connecting passages (47, 48) connected parallel to one another, wherein there is inserted in the one first connecting passage a non-return valve allowing a fluid flow into the control chamber, and the other second connecting passage defines a flow cross-section which is functionally parallel-connected and constantly open, and smaller than the flow cross-section of the first connecting passage which is made free with the non-return valve open, characterised in that the two connecting passages (47, 48) are connected to the secondary passage via a common tapping passage, wherein the common tapping passage leads into the secondary passage at a tap hole which is arranged with clearance from the peripheral wall of the secondary passage and at the same time is oriented with the same alignment as the secondary port in the direction to the secondary port.
A method for identifying respiratory events whereby a sound signal and a motion signal, which are generated during respiration, are recorded by means of a wireless sensor equipped with a microphone sensor (301, 302) and a motion sensor; signals from sensors are converted into a digital data stream by means of a microcontroller; the digital data stream is sent to a monitoring station by means of a wireless transmission module; the digital data stream from the wireless sensor is received in the monitoring station and characterised in that the digital data representing the sound and motion signals are pre-filtered; in a segmentation module, the data representing the sound signal are divided into time windows and transformed to a frequency domain and then the signal is divided into segments corresponding to respiratory episodes on the basis of signal changes in the frequency domain in the time windows of the sound signal for specific sound signal frequencies; input vectors are created containing sound signal parameters in the time domain and in the frequency domain, statistical parameters specified on the basis of historical data as well as motion signals parameters in the time domain and then the input vector containing sound signal parameters is fed into the inputs of an assembly of at least three independent and different detection modules which have been designed to generate a signal classifying a respiratory event on the basis of the sound signal, as well as the vector containing motion signal parameters is fed into the input of a motion signals classification module which has been designed to generate a motion/position classification signal; the data obtained at the output of the respiratory event classification module and the motion classification module are fed into an inference module at the output of which a respiratory event identification signal is output.
An apparatus for transmitting a plurality of information signals (301-i) in accordance with cyclic time-division multiplexing, comprising: an estimator configured to estimate, for each of the information signals (301-i), a data rate (r i [n]; r[f(i;n+1)]) with which the information signal probably will be encoded within a time slice (B i [n+1]; B[f(i;n+1)]) which follows the current time slice (B i [n]; B[f(i;n)]); and a processor configured to determine, for each of the information signals (301-i) and on the basis of the estimated data rate (r i [n]; r[f(i;n+1)]), a relative waiting time (delta-T) which indicates an estimated starting time (T̃ i [n + 1]) of the subsequent time slice (B i [n+1]) of the information signal (301-i), characterized by a time-slice structurer configured to assign an actual starting time (T i [n+1]; T[f(i;n+1)) to each of the following time slices (B i [n+1]; B[f(i;n+1)]) on the basis of an actual data rate (r eff,i [n]; r eff [f(i;n+1)]) for the information signal (301-i), it being possible for the actual data rate (r eff,i [n]; r eff [f(i;n+1)]) to deviate from a data rate (r i [n]; r[f(i;n+1)]) estimated by the estimator, and that each of the actual starting times (T i [n+1]; T[f(i;n+1)) of the subsequent time slices being larger than or equal to the respectively estimated starting time (T̃ i [n + 1]). an estimator configured to estimate, for each of the information signals (301-i), a data rate (r i [n]; r[f(i;n+1)]) with which the information signal probably will be encoded within a time slice (B i [n+1]; B[f(i;n+1)]) which follows the current time slice (B i [n]; B[f(i;n)]); and a processor configured to determine, for each of the information signals (301-i) and on the basis of the estimated data rate (r i [n]; r[f(i;n+1)]), a relative waiting time (delta-T) which indicates an estimated starting time (T̃ i [n + 1]) of the subsequent time slice (B i [n+1]) of the information signal (301-i), characterized by a time-slice structurer configured to assign an actual starting time (T i [n+1]; T[f(i;n+1)) to each of the following time slices (B i [n+1]; B[f(i;n+1)]) on the basis of an actual data rate (r eff,i [n]; r eff [f(i;n+1)]) for the information signal (301-i), it being possible for the actual data rate (r eff,i [n]; r eff [f(i;n+1)]) to deviate from a data rate (r i [n]; r[f(i;n+1)]) estimated by the estimator, and that each of the actual starting times (T i [n+1]; T[f(i;n+1)) of the subsequent time slices being larger than or equal to the respectively estimated starting time (T̃ i [n + 1]).
Sliding door leaf system for closing or opening an entrance composed of one or more door leaves and of means for removably fastening said one or more door leaves to one or more carriages of the system slidably mounted on at least one overhead track of the system, said fastening means comprising a lower fastening element connectable to said one or more door leaves by securing means and an upper fastening element projecting underneath said carriage, the lower end of said upper fastening element having such a shape that it has upper abutment surfaces having at least one horizontal direction component and said lower fastening element having a fastening seat composed of a housing recess with a lateral opening for the introduction of said upper fastening element and with lower abutment surfaces that have at least one horizontal direction component and that are intended to be engaged with the corresponding upper abutment surfaces of the lower end of said upper fastening element, which lower abutment surfaces of said fastening seat are composed of a stop element movable along the vertical direction by adjusting means such to adjust the gap between the door leaf and said overhead track, it being possible to reach and to operate such adjusting means from the lower part of said lower fastening element characterized in that said stop element is slidably mounted on vertical guides and said adjusting means are composed of a threaded vertical through hole provided into said stop element and of a threaded rod inserted into said through hole such that the rotation of the threaded rod about its own longitudinal axis causes said stop element to be moved in the vertical direction, and said threaded rod at the top is secured to a fixed outer part of said fastening seat such that it can rotate about its longitudinal axis and at the bottom it passes into a through hole in said fixed outer part of said fastening seat such that it is possible to reach and operate it from the lower surface of said lower fastening element.
A composite material made of a textile fibrous product having a coating comprising from 5% by weight to 100% by weight of applied material, based on the raw composition of the fibrous product, wherein the material comprises from 20 to 100% by weight of polymers based on ethylenically polymerizable monomers having a glass transition temperature of at least 60 °C, from 0 to 80% by weight of cross-linking components; and from 0 to 20% by weight of other additives; in a mineral matrix. from 20 to 100% by weight of polymers based on ethylenically polymerizable monomers having a glass transition temperature of at least 60 °C, from 0 to 80% by weight of cross-linking components; and from 0 to 20% by weight of other additives; in a mineral matrix.
A suture anchor for locking a suture relative to a hard tissue, the suture anchor comprising a pin portion having a distal end with a smaller cross section than the rest of the anchor, a material having thermoplastic properties being arranged at least partly around a pin portion circumference and, for holding the suture, a suture conduit at the distal end of the pin portion, characterized in that the suture conduit comprises at least two eyelets and consists of a material which is plastically deformable or becomes plastically deformable under the influence of energy transmitted into the anchor and that the suture anchor is designed such that the suture running along the anchor length in a suture groove extending in axial direction along the pin portion can be threaded through the two eyelets and by collapse of the distal suture conduit or the distal end of the pin, the suture is locked or clamped.
An assembly for lifting a lower eyelid, characterised by the assembly comprising: a mounting plate configured for coupling to a facial bone; an eyelid support member; and an elongate shaft configured to extend between and couple the mounting plate to the eyelid support member. a mounting plate configured for coupling to a facial bone; an eyelid support member; and an elongate shaft configured to extend between and couple the mounting plate to the eyelid support member.
A multi-color cosmetic packaging tin, comprising a base, a bottom cover, a middle sleeve, a screw sleeve, a core post and an upper cover, wherein the base being cylindrical in shape; a plurality of chutes uniformly formed on the upper end of the cylindrical wall of the base along the axial direction; a spline disposed on the outerwall of the lower end of the cylindrical wall of the base; the bottom cover being a blind end cylinder; grooves radially formed in the cylindrical opening of the bottom cover; a spline disposed on the inner wall of the bottom cover; the middle sleeve being cylindrical in shape; a button disposed in the middle of the cylindrical body of the middle sleeve; upper clamping rings and lower clamping rings respectively disposed on outerwalls of upper and lower ends of the cylindrical body of the middle sleeve; the screw sleeve being cylindrical in shape; a rebate radially formed on the inner wall of one end of the screw sleeve; a breach formed on the rebate; a spiral groove formed on the inner wall of the screw sleeve; a beginning end of the spiral groove disposed at the breach; the core post being a cylinder formed by a plurality of hollow bodies; chutes formed on outer cambered surfaces of a plurality of the hollow bodies respectively; slide blocks embedded into the chutes; springs disposed between the slide blocks and outerwalls of the hollow bodies; the upper cover being a covered cylinder; grooves radially formed in the cylindrical opening of the upper cover; a rib formed on the inner wall of the upper cover; the base sleeved in the bottom cover; the screw sleeve sleeved in the middle sleeve and the breach on the screw sleeve matched with the button on the middle sleeve; the middle sleeve provided with the screw sleeve sleeved on the base and the lower clamping rings of the middle sleeve clamped with the grooves in the bottom cover; the core post sleeved in the base and a plurality of the slide blocks formed in respective chutes in the base correspondingly; the upper cover disposed on the middle sleeve provided with the screw sleeve; and the grooves in the upper cover clamped with the upper clamping rings of the middle sleeve.
A charging monitor, comprising: a switch that is disposed between a load section having a storage battery and an external AC power supply supplying a current to the load section via a plurality of lines (L1, L2) and interrupts the supply of the current from the external AC power supply to the load section; a current detection circuit that outputs a detection signal corresponding to a difference in level between currents flowing through the lines (L1, L2); a suppression circuit (231, 234) that suppresses a DC component contained in the detection signal; a filter circuit that filters a plurality of frequency components contained in the detection signal so that attenuation increases as a frequency becomes high; a rectifier smoothing circuit that rectifies and smoothens an output signal obtained when the detection signal passes through the filter circuit and the suppression circuit; and an electric leakage determination circuit that detects an electric leakage and shuts off the switch when the level of the signal smoothened by the rectifier smoothing circuit exceeds a preset reference level, characterised in that a frequency characteristic of the filter circuit is set so as to correspond to a relationship between a freauency of the current flowing through a human body and a current value perceived by the human. a switch that is disposed between a load section having a storage battery and an external AC power supply supplying a current to the load section via a plurality of lines (L1, L2) and interrupts the supply of the current from the external AC power supply to the load section; a current detection circuit that outputs a detection signal corresponding to a difference in level between currents flowing through the lines (L1, L2); a suppression circuit (231, 234) that suppresses a DC component contained in the detection signal; a filter circuit that filters a plurality of frequency components contained in the detection signal so that attenuation increases as a frequency becomes high; a rectifier smoothing circuit that rectifies and smoothens an output signal obtained when the detection signal passes through the filter circuit and the suppression circuit; and an electric leakage determination circuit that detects an electric leakage and shuts off the switch when the level of the signal smoothened by the rectifier smoothing circuit exceeds a preset reference level, characterised in that a frequency characteristic of the filter circuit is set so as to correspond to a relationship between a freauency of the current flowing through a human body and a current value perceived by the human.
A fuel cell system comprising: a fuel cell configured to be supplied with an anode gas and a cathode gas and generate electric power; a compressor configured to supply the cathode gas to the fuel cell; a turbine configured to be supplied with a cathode discharged gas discharged from the fuel cell and generate power; an electric motor connected to the compressor and the turbine and configured to perform power running and regeneration; a cooler configured to cool the cathode gas that is supplied from the compressor to the fuel cell; a bypass passage configured to supply the cathode gas from an upstream side of the cooler by bypassing the cooler and the fuel cell; a bypass valve disposed in the bypass passage; and a control unit configured to control the bypass valve based on a load requirement of the system, characterized by a combustor disposed between the fuel cell and the turbine and configured to mix and combust the cathode gas and the anode gas, wherein the turbine is configured to be supplied with a cathode discharged gas discharged from the fuel cell, the bypass passage is configured to supply the cathode gas to the combustor, and the control unit is configured to, when the load requirement of the system is equal to or greater than a predetermined output at which an inlet temperature of the turbine has reached an allowable upper limit temperature, increase an opening degree of the bypass valve according to an increase in the load requirement of the system. a fuel cell configured to be supplied with an anode gas and a cathode gas and generate electric power; a compressor configured to supply the cathode gas to the fuel cell; a turbine configured to be supplied with a cathode discharged gas discharged from the fuel cell and generate power; an electric motor connected to the compressor and the turbine and configured to perform power running and regeneration; a cooler configured to cool the cathode gas that is supplied from the compressor to the fuel cell; a bypass passage configured to supply the cathode gas from an upstream side of the cooler by bypassing the cooler and the fuel cell; a bypass valve disposed in the bypass passage; and a control unit configured to control the bypass valve based on a load requirement of the system, characterized by a combustor disposed between the fuel cell and the turbine and configured to mix and combust the cathode gas and the anode gas, wherein the turbine is configured to be supplied with a cathode discharged gas discharged from the fuel cell, the bypass passage is configured to supply the cathode gas to the combustor, and the control unit is configured to, when the load requirement of the system is equal to or greater than a predetermined output at which an inlet temperature of the turbine has reached an allowable upper limit temperature, increase an opening degree of the bypass valve according to an increase in the load requirement of the system.
A method of treating a surface of an object comprising a rubber material, wherein the object being a bladder for use in a process for making a vehicle tyre, the method comprising: - subjecting the surface to a gas at a low pressure at which the gas is susceptible of forming a plasma, wherein the gas is a fluorine gas and - causing the gas to form a plasma. - subjecting the surface to a gas at a low pressure at which the gas is susceptible of forming a plasma, wherein the gas is a fluorine gas and - causing the gas to form a plasma.