mhurhangee/ep-ind-claims huggingface dataset:
A method to generate an amplitude-based modulated wireless signal based on orthogonal frequency-division multiplexing, OFDM, to be received by at least one low-power non-coherent receiver, the method comprising: generating, by a transmitter, the amplitude-based modulated wireless signal having Peak and Flat OFDM Symbols to be transmitted to the at least one low-power non-coherent receiver through a radio interface by coding binary data generating a given bit sequence using an OFDM block structure compliant with a given communication standard, characterized in that: the given bit sequence is uniform and is pre-scrambled before being introduced to the OFDM block structure using the same bit sequence that a Scrambler of the OFDM block structure will generate, has a length equal to the length of a payload OFDM symbol according to the given communication standard, and is aligned with OFDM symbol boundaries of the communication standard, so that the entire bit sequence is encoded jointly in the same OFDM symbol, and the amplitude-based modulated wireless signal having Peak and Flat OFDM Symbols is generated using a Peak to Average Power Ratio, PAPR, of the OFDM symbols to encode information, the Peak Symbols presenting a higher PAPR than the Flat Symbols. the given bit sequence is uniform and is pre-scrambled before being introduced to the OFDM block structure using the same bit sequence that a Scrambler of the OFDM block structure will generate, has a length equal to the length of a payload OFDM symbol according to the given communication standard, and is aligned with OFDM symbol boundaries of the communication standard, so that the entire bit sequence is encoded jointly in the same OFDM symbol, and the amplitude-based modulated wireless signal having Peak and Flat OFDM Symbols is generated using a Peak to Average Power Ratio, PAPR, of the OFDM symbols to encode information, the Peak Symbols presenting a higher PAPR than the Flat Symbols.
A method for protecting a content delivery network, CDN, source station of a client, comprising: collecting an indicator parameter from a source station of a client, and collecting a dimension parameter from a CDN edge node, wherein the indicator parameter includes at least one of an IO consumption or a load consumption, and the dimension parameter includes a back-to-source bandwidth, a back-to-source request number, current connection data, back-to-source time, a back-to-source status code ratio, and a feature of an IP that requests the source station of the client; obtaining (102,103) prediction data by processing the indicator parameter and the dimension parameter; determining a source station service status, of the source station, based on the prediction data; when the source station service status is abnormal, determining different abnormal conditions, and generating a corresponding control strategy in conjunction with the collected indicator parameter and dimension parameter; and executing the control strategy, wherein obtaining (102,103) the prediction data includes: performing a calculation: a source station status value = an abnormal score of the back-to-source bandwidth + an abnormal score of the back-to-source request number + an abnormal score of the back-to-source time + an abnormal score of the back-to-source status code ratio + an abnormal score of a current source station connection number. collecting an indicator parameter from a source station of a client, and collecting a dimension parameter from a CDN edge node, wherein the indicator parameter includes at least one of an IO consumption or a load consumption, and the dimension parameter includes a back-to-source bandwidth, a back-to-source request number, current connection data, back-to-source time, a back-to-source status code ratio, and a feature of an IP that requests the source station of the client; obtaining (102,103) prediction data by processing the indicator parameter and the dimension parameter; determining a source station service status, of the source station, based on the prediction data; when the source station service status is abnormal, determining different abnormal conditions, and generating a corresponding control strategy in conjunction with the collected indicator parameter and dimension parameter; and executing the control strategy, wherein obtaining (102,103) the prediction data includes: performing a calculation: a source station status value = an abnormal score of the back-to-source bandwidth + an abnormal score of the back-to-source request number + an abnormal score of the back-to-source time + an abnormal score of the back-to-source status code ratio + an abnormal score of a current source station connection number.
An irreversible electroporation system, comprising: a user interface configured for setting IRE protocols for applying IRE pulses by electrodes of a catheter placed in contact with tissue in an organ; and a processor, characterised in that the processor is configured to: issue a notification to a user upon determining that an initial IRE protocol is expected to cause bubbles in blood; receive via the user interface, in response to the notification, user input that selects between the initial IRE protocol and an alternative protocol that is not expected to cause the bubbles; and apply the IRE pulses according to the initial IRE protocol or the alternative IRE protocol, depending on the user input. a user interface configured for setting IRE protocols for applying IRE pulses by electrodes of a catheter placed in contact with tissue in an organ; and a processor, characterised in that the processor is configured to: issue a notification to a user upon determining that an initial IRE protocol is expected to cause bubbles in blood; receive via the user interface, in response to the notification, user input that selects between the initial IRE protocol and an alternative protocol that is not expected to cause the bubbles; and apply the IRE pulses according to the initial IRE protocol or the alternative IRE protocol, depending on the user input. issue a notification to a user upon determining that an initial IRE protocol is expected to cause bubbles in blood; receive via the user interface, in response to the notification, user input that selects between the initial IRE protocol and an alternative protocol that is not expected to cause the bubbles; and apply the IRE pulses according to the initial IRE protocol or the alternative IRE protocol, depending on the user input.
A home network analysis platform in an existing home network configuration having one or more home network devices, each of said network devices being connected in the home network by means of respective network technology, the platform comprising: - a collection engine adapted for receiving information of the existing home network configuration from the one or more home network devices; - an analysis engine, adapted for analyzing said information to identify whether substantial network connectivity problems exist in the home network, and for associating said information with a problem out of a set of predetermined problems; - a communication means for communicating said problem to a user interface, such that the respective user is informed about said problem characterized in that, the home network analysis platform is a home network physical layer analysis platform in an existing home network physical layer configuration comprising twisted pair phone lines, electrical power wires and/or coax cables for in-house data transmission, wherein the collection engine is adapted for receiving information indicative for stability and performance of the existing home network physical layer configuration from the one or more home network devices. - a collection engine adapted for receiving information of the existing home network configuration from the one or more home network devices; - an analysis engine, adapted for analyzing said information to identify whether substantial network connectivity problems exist in the home network, and for associating said information with a problem out of a set of predetermined problems; - a communication means for communicating said problem to a user interface, such that the respective user is informed about said problem
A method for connecting a mobile device to an elevator system, the mobile device executing a mobile application for issuing elevator calls to the elevator system, the method comprising: determining a geographical location of the mobile device, characterized in the method further comprising: obtaining a list of buildings within a geographical range of the geographical location of the mobile device; determining if a registered building is in the list of buildings, the registered building being a building at which a user has registered with the elevator system; and automatically establishing a connection between the mobile device and the elevator system at the registered building. obtaining a list of buildings within a geographical range of the geographical location of the mobile device; determining if a registered building is in the list of buildings, the registered building being a building at which a user has registered with the elevator system; and automatically establishing a connection between the mobile device and the elevator system at the registered building.
A hot-water bottle made of plastic, with a bottle body, with a bottleneck which forms a funnel tube, with a seal for sealingly screwing into a threaded insert of the bottleneck and with a temperature indicator in the form of an overheating indicator for the liquid medium, preferably water, which is to be or has been poured in, characterized in that the temperature indicator is formed by at least one floatable insert in the liquid medium of the bottle body, which insert is made of or with a thermochromic plastic, or is formed by an area of the threaded insert in the bottleneck which, at its axially outer and/or inner exposed ring front end (18, 19) is lined with a thermochromic plastic film or is provided with a thermochromic finish at an exposed area.
A method of wireless communication, comprising: generating, at an access point, a message identifying a time period in which the access point will ignore packets from any wireless station, the message identifying a restricted access window for defining a period of time that the access point declares as reserved for a selected group of wireless stations, and the message indicating the access point will ignore any packet during the restricted access window; and transmitting the message from the access point to one or more wireless stations associated with the access point. generating, at an access point, a message identifying a time period in which the access point will ignore packets from any wireless station, the message identifying a restricted access window for defining a period of time that the access point declares as reserved for a selected group of wireless stations, and the message indicating the access point will ignore any packet during the restricted access window; and transmitting the message from the access point to one or more wireless stations associated with the access point.
An apparatus for irradiating a laser beam, comprising: a main body; a laser resonator located within the main body and configured to generate the laser beam and output the laser beam forwards; a beam barrel which is arranged in front of the laser resonator and in which a focusing lens is fixed; a beam barrel guiding unit located in front of the main body and configured to guide forward and backward movement of the beam barrel; a forward and backward moving means connected to an outer periphery of the beam barrel and configured to move the beam barrel forwards and backwards relative to an irradiation target portion in front of the beam barrel; and a window barrel which is connected to the front of the beam barrel guiding unit and allows a laser beam passing through the beam barrel to pass therethrough, wherein the window barrel includes: a window part which is located within the window barrel; and a window fixing part which is screw-connected to the window barrel in order to fix the window part, wherein a screw unit is formed on the outer periphery of the beam barrel and a screw thread is formed corresponding to the screw unit of the beam barrel on an inner surface of the forward and backward moving means to rotate the forward and backward moving means, so that the beam barrel is slidably moved forwards and backwards. a main body; a laser resonator located within the main body and configured to generate the laser beam and output the laser beam forwards; a beam barrel which is arranged in front of the laser resonator and in which a focusing lens is fixed; a beam barrel guiding unit located in front of the main body and configured to guide forward and backward movement of the beam barrel; a forward and backward moving means connected to an outer periphery of the beam barrel and configured to move the beam barrel forwards and backwards relative to an irradiation target portion in front of the beam barrel; and a window barrel which is connected to the front of the beam barrel guiding unit and allows a laser beam passing through the beam barrel to pass therethrough, wherein the window barrel includes: a window part which is located within the window barrel; and a window fixing part which is screw-connected to the window barrel in order to fix the window part, wherein a screw unit is formed on the outer periphery of the beam barrel and a screw thread is formed corresponding to the screw unit of the beam barrel on an inner surface of the forward and backward moving means to rotate the forward and backward moving means, so that the beam barrel is slidably moved forwards and backwards. a window part which is located within the window barrel; and a window fixing part which is screw-connected to the window barrel in order to fix the window part, wherein a screw unit is formed on the outer periphery of the beam barrel and a screw thread is formed corresponding to the screw unit of the beam barrel on an inner surface of the forward and backward moving means to rotate the forward and backward moving means, so that the beam barrel is slidably moved forwards and backwards.
A composition of a polyethylene glycol maleimide derivative and a polymerization inhibitor, wherein the mass ratio of the polymerization inhibitor to the polyethylene glycol maleimide derivative is 300 μg to 10 mg: 1 g, the polyethylene glycol maleimide derivative contains at least one terminal maleimide group; wherein said polymerization inhibitor is selected from one or a combination of two or more of a radical polymerization inhibitor, a phenolic polymerization inhibitor, an inorganic compound polymerization inhibitor, and an organometallic compound polymerization inhibitor; and wherein said radical polymerization inhibitor is selected from one or more of 1,1-diphenyl-2-trinitrophenylhydrazine, 4,4' -dimethoxydiphenyl oxynitride, 4,4'-dinitrodiphenyl oxynitride, di-tert-butyl oxynitride, 2,2,6,6-tetramethyl-4-hydroxylpiperidine oxynitride and benzoyl peroxide; and/or said phenolic polymerization inhibitor is selected from one or more of: hydroquinone, 4,4 '-dihydroxybiphenyl, pyrogallol and bisphenol A; and/or said inorganic compound polymerization inhibitor is selected from one or more of: ferric chloride, cuprous chloride, copper chloride, copper sulfate, titanium trichloride, titanium chloride, sodium sulfate, sodium sulfide and ammonium thiocyanate; and/or said organometallic compound polymerization inhibitor is selected from one or more of: naphthenic acid copper, chromium acetate, nickel acetate, copper dimethyldithioformate, and copper dit-butyldithiocarbamate. wherein said polymerization inhibitor is selected from one or a combination of two or more of a radical polymerization inhibitor, a phenolic polymerization inhibitor, an inorganic compound polymerization inhibitor, and an organometallic compound polymerization inhibitor; and wherein said radical polymerization inhibitor is selected from one or more of 1,1-diphenyl-2-trinitrophenylhydrazine, 4,4' -dimethoxydiphenyl oxynitride, 4,4'-dinitrodiphenyl oxynitride, di-tert-butyl oxynitride, 2,2,6,6-tetramethyl-4-hydroxylpiperidine oxynitride and benzoyl peroxide; and/or said phenolic polymerization inhibitor is selected from one or more of: hydroquinone, 4,4 '-dihydroxybiphenyl, pyrogallol and bisphenol A; and/or said inorganic compound polymerization inhibitor is selected from one or more of: ferric chloride, cuprous chloride, copper chloride, copper sulfate, titanium trichloride, titanium chloride, sodium sulfate, sodium sulfide and ammonium thiocyanate; and/or said organometallic compound polymerization inhibitor is selected from one or more of: naphthenic acid copper, chromium acetate, nickel acetate, copper dimethyldithioformate, and copper dit-butyldithiocarbamate.
A pharmaceutical composition comprising (a) a mixed metal compound according to formula M II 1-a M III a wherein M II is Mg; M III is at least one trivalent metal; and 0.98 > a ≥ 0.7; the compound contains at least one n-valent anion A n- such that the compound is charge neutral and the mixed metal compound comprises less than 15% water soluble salts by weight of the mixed metal compound after drying; and (b) a pharmaceutically acceptable carrier, diluent, excipient or adjuvant. (a) a mixed metal compound according to formula M II 1-a M III a wherein M II is Mg; M III is at least one trivalent metal; and 0.98 > a ≥ 0.7; the compound contains at least one n-valent anion A n- such that the compound is charge neutral and the mixed metal compound comprises less than 15% water soluble salts by weight of the mixed metal compound after drying; and wherein M II is Mg; M III is at least one trivalent metal; and 0.98 > a ≥ 0.7; the compound contains at least one n-valent anion A n- such that the compound is charge neutral and the mixed metal compound comprises less than 15% water soluble salts by weight of the mixed metal compound after drying; and (b) a pharmaceutically acceptable carrier, diluent, excipient or adjuvant.
A Controller Area Network CAN device comprising: a transmit data TXD input interface; a TXD output interface; a receive data RXD input interface; an RXD output interface; a traffic control system connected between the TXD input and output interfaces and between the RXD input and output interfaces, and configured to: detect the presence of CAN Flexible Data-rate FD traffic on the RXD input interface; and if the traffic control system detects the presence of CAN FD traffic on the RXD input interface, disconnect the RXD input interface from the RXD output interface and disconnect the TXD input interface from the TXD output interface and output a dominant RXD on the RXD output interface when the RXD input interface is disconnected from the RXD output interface. a transmit data TXD input interface; a TXD output interface; a receive data RXD input interface; an RXD output interface; a traffic control system connected between the TXD input and output interfaces and between the RXD input and output interfaces, and configured to: detect the presence of CAN Flexible Data-rate FD traffic on the RXD input interface; and if the traffic control system detects the presence of CAN FD traffic on the RXD input interface, disconnect the RXD input interface from the RXD output interface and disconnect the TXD input interface from the TXD output interface and output a dominant RXD on the RXD output interface when the RXD input interface is disconnected from the RXD output interface. detect the presence of CAN Flexible Data-rate FD traffic on the RXD input interface; and if the traffic control system detects the presence of CAN FD traffic on the RXD input interface, disconnect the RXD input interface from the RXD output interface and disconnect the TXD input interface from the TXD output interface and output a dominant RXD on the RXD output interface when the RXD input interface is disconnected from the RXD output interface.
A method for determining a phase for an image captured using X-ray Talbot interferometry, the method comprising the steps of: forming a demodulated image from the captured image, said demodulated image defining a plurality of wrapped phase values and a plurality of modulation values, each wrapped phase value and each modulation value being associated with at least one region in the captured image; identifying a position of an edge in the captured image using a position of a local minimum in the modulation values; characterised by: determining a position of substantial change (1021, 1022) in the wrapped phase values in the captured image, the determined position of substantial change being not too far from the identified position of the edge; and determining unwrapped phase values between the position of the edge and the determined position of the substantial change in the wrapped phase values by adjusting said unwrapped phase values by at least one cycle so as to shift a position of the substantial change in the wrapped phase values to the identified position of the edge. forming a demodulated image from the captured image, said demodulated image defining a plurality of wrapped phase values and a plurality of modulation values, each wrapped phase value and each modulation value being associated with at least one region in the captured image; identifying a position of an edge in the captured image using a position of a local minimum in the modulation values; characterised by: determining a position of substantial change (1021, 1022) in the wrapped phase values in the captured image, the determined position of substantial change being not too far from the identified position of the edge; and determining unwrapped phase values between the position of the edge and the determined position of the substantial change in the wrapped phase values by adjusting said unwrapped phase values by at least one cycle so as to shift a position of the substantial change in the wrapped phase values to the identified position of the edge.
Intermediate protection circuit for a EC-motor comprising at least identical capacitors (10a, 10b) connected in series for connecting a commutation of an EC motor for nominal operation at a rated voltage (Uzk). wherein for each capacitor (10a, 10b) connected in series a respective varistor (12a, 12b) is connected in parallel, whereby all varistors (12a, 12b) are of identical design, and the capacitors (10a, 10b) and the varistors (12a, 12b) are dimensioned such that the threshold voltage of the varistors (12a, 12b) is below the breakdown voltage of each parallel capacitor (10a, 10b), and in case of a failure of a capacitor (10a, 10b) or a varistor (12a 12b) the sum of the threshold voltages of the other varistors (12a, 12b) respectively to the remaining capacitors (10a, 10b) of parallel connected varistors (12a, 12b) is less than or equal to the nominal voltage of the intermediate protection circuit, and the sum of threshold voltages of the varistors (12a, 12b) connected in series is greater than the nominal voltage of the intermediate protection circuit characterized in that a fuse is further comprised and by means of a defined short-circuit current flows a selectively excessive current by means of the varistor, so that the fuse responds and the overall circuit is switched off as soon as a part of the rated voltage of the rated voltage at a capacitor (10a, 10b) exceeds the threshold voltage of the varistor (12a, 12b) connected in parallel.