mhurhangee/patent-ind-claim-en huggingface dataset:
A synthesis filter bank, comprising: - a transform module which is configured to receive a plurality of input signals, perform a discrete Fourier transform or an inverse discrete Fourier transform to transform the plurality of input signals, and output a plurality of transformed signals, - a plurality of filter modules designed from a prototype filter having a symmetric impulse response, and implementing power complementary polyphase components using a 2x2 lattice structure or a 2x2 structure based on lifting steps, wherein the filter modules are coupled to the transform module, and wherein each filter module of the plurality of filter modules is configured to receive two transformed signals from the transform module, process the two received transformed signals and output two processed signals, and - a parallel-to-serial module which is coupled to the plurality of filter modules and which is configured to receive the processed signals from the plurality of filter modules, combine the received processed signals and output a combined signal; wherein for each of the plurality of filter modules one of the two processed signals is complex conjugated before it is received by the parallel-to-serial module; and wherein for each even time index a negative sign is applied to one of the two processed signals before it is received by the parallel-to-serial module. - a transform module which is configured to receive a plurality of input signals, perform a discrete Fourier transform or an inverse discrete Fourier transform to transform the plurality of input signals, and output a plurality of transformed signals, - a plurality of filter modules designed from a prototype filter having a symmetric impulse response, and implementing power complementary polyphase components using a 2x2 lattice structure or a 2x2 structure based on lifting steps, wherein the filter modules are coupled to the transform module, and wherein each filter module of the plurality of filter modules is configured to receive two transformed signals from the transform module, process the two received transformed signals and output two processed signals, and - a parallel-to-serial module which is coupled to the plurality of filter modules and which is configured to receive the processed signals from the plurality of filter modules, combine the received processed signals and output a combined signal;
A method of applying a coating to a web using a system comprising a supply valve , a bypass valve , a nozzle , a web lifter and a controller to control said supply valve , said bypass valve and said nozzle , said method comprising: - inputting to said controller the reference positions on said web where said supply valve is to open and close; - inputting to said controller the reference positions on said web where said bypass valve is to open and close; - inputting to said controller the reference positions on said web where said web lifter is to be actuated to move said web toward and away from said nozzle ; - moving said web past said nozzle ; - tracking the position of said web ; and - using said controller to control said supply valve , said bypass valve , said nozzle and said web lifter based on said inputted reference positions to deposit said coating on said web . - inputting to said controller the reference positions on said web where said supply valve is to open and close; - inputting to said controller the reference positions on said web where said bypass valve is to open and close; - inputting to said controller the reference positions on said web where said web lifter is to be actuated to move said web toward and away from said nozzle ; - moving said web past said nozzle ; - tracking the position of said web ; and - using said controller to control said supply valve , said bypass valve , said nozzle and said web lifter based on said inputted reference positions to deposit said coating on said web .
A toe box protector for sneakers which can be removably inserted into a toe box of a sneaker to prevent the upper surface of the toe box from creasing, the toe box protector comprising a central portion defining a front part of the toe box protector and, adjacent thereto, first and second opposite wing portions which extend rearwardly of the central portion from respective opposite sides of the central portion and define a rear part of the toe box protector , wherein the central portion and the first and second opposite wing portions define an upper edge of the toe box protector , which upper edge is shaped and configured to be disposed adjacent to the instep, and along opposite sides of the instep, of a user's foot, and a lower edge of the toe box protector , which lower edge is shaped and configured to be disposed around at least a portion of the toes, the inside edge of the user's foot, and the outside edge of the user's foot, wherein the central portion and the first and second opposite wing portions comprise a sandwich structure comprising an outer layer comprising flexible cellular foam , an inner layer comprising flexible cellular foam and an intermediate core layer comprising a reinforcement layer of solid polymeric material, wherein the intermediate core layer has a lower edge which is spaced inwardly from the lower edge of the toe box protector , whereby the lower edge of the toe box protector comprises a two layer structure in the form of a peripheral flexible unreinforced lower band in which the outer layer is bonded directly to the inner layer .
Speaking valve at least comprising a housing and a closing means , wherein the housing comprises an insertion part and a hood-shaped or dome-shaped cover part with a breathing opening , wherein the cover part can be arranged on the insertion part , wherein the closing means comprises an outer ring , a sealing means and at least one mounting , wherein the sealing means is attached to the outer ring by means of the mounting , wherein an inner wall of the cover part comprises a cover thread and the cover part forms a valve seat for the abutment of the sealing means and the breathing opening can be closed by means of the sealing means .
A nozzle for fire protection with water droplets having droplet sizes diameters less than 1mm, wherein the nozzle consisting of a body with a central cavity having an open inlet- port and one or multiple cylindrically shaped cavities having a first end and an end surface opposite the openings, which cylindrically shaped cavities are connected to the central cavity via one or more openings opening into said first end, and with cross section areas less than that of the cylindrical cavity, and where there is one centrally located opening in the cylindrical cavity end surface opposite the openings into the central cavity wherein one or more of the cylindrical cavities have one or more openings to the central cavity, which openings only have internal surface angles that are not in parallel with the centreline of the corresponding cylindrical cavity .
An elevator system , having: a drive , a cabin , which is operatively connected with the drive and by means of the drive can be driven along a path of travel, a plurality of safety function components (9a-p) for purposes of providing safety functions at various positions within the elevator system , a safety monitoring system for purposes of monitoring all the safety function components (9a-p), wherein the safety monitoring system has a plurality of safety monitoring units , wherein the safety monitoring units have an input interface for purposes of reading in data or signals, and at least some of the safety monitoring units of the safety monitoring system are connected with one another via data exchange channels ; and wherein the safety monitoring units of the safety monitoring system are organised in the form of a master-slave hierarchy, wherein one of the safety monitoring units is designed as a master unit, and at least one of the safety monitoring units (13a-d) is designed as a slave unit, characterised in that , at least one slave unit (13a-d) has a data processing unit for purposes of processing the data or signals into control signals, and an output interface for purposes of outputting the control signals to an activatable safety function component (9a-p) assigned to the respective safety monitoring unit , which can actively influence a current operating condition within the elevator system . a drive , a cabin , which is operatively connected with the drive and by means of the drive can be driven along a path of travel, a plurality of safety function components (9a-p) for purposes of providing safety functions at various positions within the elevator system , a safety monitoring system for purposes of monitoring all the safety function components (9a-p), wherein the safety monitoring system has a plurality of safety monitoring units , wherein the safety monitoring units have an input interface for purposes of reading in data or signals, and at least some of the safety monitoring units of the safety monitoring system are connected with one another via data exchange channels ; and wherein the safety monitoring units of the safety monitoring system are organised in the form of a master-slave hierarchy, wherein one of the safety monitoring units is designed as a master unit, and at least one of the safety monitoring units (13a-d) is designed as a slave unit, characterised in that , at least one slave unit (13a-d) has a data processing unit for purposes of processing the data or signals into control signals, and an output interface for purposes of outputting the control signals to an activatable safety function component (9a-p) assigned to the respective safety monitoring unit , which can actively influence a current operating condition within the elevator system .
A resin composition comprising: at least one compound C1 having (i) two terminal alkyne functional groups selected from the group consisting of propargyl, butynyl and pentynyl, and (ii) one functional carbonate group; and at least one compound C2 having at least two thiol functional groups. at least one compound C1 having (i) two terminal alkyne functional groups selected from the group consisting of propargyl, butynyl and pentynyl, and (ii) one functional carbonate group; and (i) two terminal alkyne functional groups selected from the group consisting of propargyl, butynyl and pentynyl, and (ii) one functional carbonate group; and at least one compound C2 having at least two thiol functional groups.
A method of controlling radio transmission in a wireless communication network, the method comprising: a radio device (100, 101; 800; 1100; 1200) receiving a radio transmission on a carrier frequency; and while receiving the radio transmission, the radio device (100, 101; 800; 1100; 1200) transmitting an indication that the carrier frequency is currently in use by the radio transmission to the radio device (100, 101; 800; 1100; 1200), characterised by Z the indication further Z indicating Z radio resources which are available for a radio transmission to the radio device (100, 101; 800; 1100; 1200). a radio device (100, 101; 800; 1100; 1200) receiving a radio transmission on a carrier frequency; and while receiving the radio transmission, the radio device (100, 101; 800; 1100; 1200) transmitting an indication that the carrier frequency is currently in use by the radio transmission to the radio device (100, 101; 800; 1100; 1200), characterised by Z the indication further Z indicating Z radio resources which are available for a radio transmission to the radio device (100, 101; 800; 1100; 1200).
A point of sale system that selectively operates in an unsecure mode and a secure mode, comprising: an applications microprocessor programmed to generate a set of data packets; a discrete microcontroller communicatively coupled with the applications microprocessor and configured to instantiate a filter; wherein the filter is configured to, when operating in the unsecure mode: (i) filter the set of data packets from the applications microprocessor , and (ii) allow a subset of data packets from the set of data packets to pass through based on a whitelist for the filter; and a near field communication front end communicatively coupled with: (i) the discrete microcontroller , and (ii) an antenna for transmitting a near field communication signal via the antenna ; wherein the near field communication signal is based on information from the subset of data packets. an applications microprocessor programmed to generate a set of data packets; a discrete microcontroller communicatively coupled with the applications microprocessor and configured to instantiate a filter; wherein the filter is configured to, when operating in the unsecure mode: (i) filter the set of data packets from the applications microprocessor , and (ii) allow a subset of data packets from the set of data packets to pass through based on a whitelist for the filter; and (i) filter the set of data packets from the applications microprocessor , and (ii) allow a subset of data packets from the set of data packets to pass through based on a whitelist for the filter; and a near field communication front end communicatively coupled with: (i) the discrete microcontroller , and (ii) an antenna for transmitting a near field communication signal via the antenna ; wherein the near field communication signal is based on information from the subset of data packets.
A method for identifying inhibitors of the primary nucleation of the amyloid-beta aggregation, with the steps: a) A-beta species is provided in solution and buffer, respectively; b) the amyloid-beta aggregation is determined; characterized in that c) two units A-beta monomer (1-40) and/or A-beta monomer (1-42) having a linker arranged between the A-beta monomers are selected as A-beta species, wherein a peptide linker with the sequence (Gly x -Ser y ) n is selected as linker, with x = 1-4, y = 1 and n = 1-10, and wherein the linker has 10 to 90% of the number of amino acids such as the linked A-beta species, and wherein the linker is arranged between the C-terminus of the first A-beta monomer and the N-terminus of the second A-beta monomer, and wherein a peptide linker with flexible conformation is selected as linker, and wherein a peptide is selected as linker located between the two units of the A-beta monomers, which peptide reduces the lag phase of the amyloid-beta aggregation by at least 50% compared to the lag phase when aggregating the corresponding unlinked monomers, d) a fluorescent dye for the detection of the amyloid formation is added to the solution and buffer, respectively, and the increase in the fluorescence signal is measured as evidence of the amyloid-beta aggregation, e) an inhibitor to be tested is added and is evaluated as positive if it limits the level of the fluorescence signal or slows down the temporal rise in the fluorescence signal. a) A-beta species is provided in solution and buffer, respectively; b) the amyloid-beta aggregation is determined; characterized in that c) two units A-beta monomer (1-40) and/or A-beta monomer (1-42) having a linker arranged between the A-beta monomers are selected as A-beta species, wherein a peptide linker with the sequence (Gly x -Ser y ) n is selected as linker, with x = 1-4, y = 1 and n = 1-10, and wherein the linker has 10 to 90% of the number of amino acids such as the linked A-beta species, and wherein the linker is arranged between the C-terminus of the first A-beta monomer and the N-terminus of the second A-beta monomer, and wherein a peptide linker with flexible conformation is selected as linker, and wherein a peptide is selected as linker located between the two units of the A-beta monomers, which peptide reduces the lag phase of the amyloid-beta aggregation by at least 50% compared to the lag phase when aggregating the corresponding unlinked monomers, d) a fluorescent dye for the detection of the amyloid formation is added to the solution and buffer, respectively, and the increase in the fluorescence signal is measured as evidence of the amyloid-beta aggregation, e) an inhibitor to be tested is added and is evaluated as positive if it limits the level of the fluorescence signal or slows down the temporal rise in the fluorescence signal.
A power control circuit connectable to a non-critical load adapted to receive a mains power supply , the power control circuit including a series reactive power controller and a shunt reactive power controller for absorbing and delivering power thereby enabling the power control circuit to absorb power from and deliver power to the mains power supply to stabilize a mains frequency of the mains power supply , wherein the power is active, wherein the power control circuit is designed to maintain the mains power supply at a nominal mains frequency characterized in that the power control circuit is configured such that a difference between a frequency feedback and a reference mains frequency, which is the nominal mains frequency, is fed to a frequency controller , wherein said frequency controller is configured to control the series reactive power controller and the shunt reactive power controller to decrease a voltage across the load if the mains frequency is lower than the nominal mains frequency and to increase the voltage across the load if the mains frequency is higher than the nominal mains frequency, wherein the series reactive power controller is connected in series with the mains power supply and the non-critical load , and the shunt reactive power controller is connected in parallel across the series reactive power controller and the non-critical load , and wherein the series reactive power controller and the shunt reactive power controller are interconnected through a power transfer connection, wherein the power transfer connection includes an energy storage element, and wherein the energy storage element is a capacitor connected in parallel across both the series reactive power controller and the shut reactive power controller .
A method performed by a terminal in a wireless communication system, the method comprising: receiving configuration information on a channel state information reference signal, CSI-RS, the configuration information including information on a transmission bandwidth of the CSI-RS; identifying a transmission bandwidth of a synchronization signal block, SSB; and receiving the SSB and the CSI-RS, wherein in case that the SSB and the CSI-RS are configured to be allocated in an orthogonal frequency division multiplexing, OFDM, symbol and the CSI-RS is for reporting reference signal received power, RSRP, information by channel state information, CSI, reporting, the transmission bandwidth of the SSB and the transmission bandwidth of the CSI-RS are not overlapped and the SSB and CSI-RS are assumed to be quasi-collocated in spatial reception parameters. receiving configuration information on a channel state information reference signal, CSI-RS, the configuration information including information on a transmission bandwidth of the CSI-RS; identifying a transmission bandwidth of a synchronization signal block, SSB; and receiving the SSB and the CSI-RS, wherein in case that the SSB and the CSI-RS are configured to be allocated in an orthogonal frequency division multiplexing, OFDM, symbol and the CSI-RS is for reporting reference signal received power, RSRP, information by channel state information, CSI, reporting, the transmission bandwidth of the SSB and the transmission bandwidth of the CSI-RS are not overlapped and the SSB and CSI-RS are assumed to be quasi-collocated in spatial reception parameters.
Handling device for handling an object by means of manual control of the handling device by an operator , comprising a sensor apparatus and an evaluating apparatus , wherein the sensor apparatus comprises sensors for detecting the position of the handling device and movement data of the handling device in the form of measured values, and wherein the evaluating apparatus is designed to generate handling instructions for the operator by evaluating the detected measured values, characterized in that an output apparatus is provided for outputting the handling instructions in the form of optical signals to the operator , wherein the output apparatus comprises a display element for displaying the handling instructions in the form of a movement path for the handling of the object . and wherein the evaluating apparatus is designed to generate handling instructions for the operator by evaluating the detected measured values, characterized in that an output apparatus is provided for outputting the handling instructions in the form of optical signals to the operator , wherein the output apparatus comprises a display element for displaying the handling instructions in the form of a movement path for the handling of the object .
An ultrasonic scalpel bit, comprising a bit tip , a bit bar and a bit body , one end of the bit bar being connected to the bit tip , and the other end of the bit bar being connected to one end of the bit body , wherein - a main body of the bit tip is of a flat sheet structure , an upper and a lower face of which respectively form an upper bit ridge and a lower bit ridge of the bit tip ; - a protrusion is formed at a front end of the upper bit ridge ; - the upper bit ridge has a thickness greater than that of the lower bit ridge ; - the protrusion is smooth and free of edges; - the upper bit ridge has a thickness greater than that of the flat sheet structure ; - a front end of the bit tip is provided with a front-end bit blade ; and - the protrusion extends beyond the front-end bit blade in the direction of the front end of the upper bit ridge ; characterized in that the front-end bit blade linearly extends perpendicular to the direction of extension of the upper bit ridge and perpendicular to the direction of extension of the lower bit ridge , wherein the lower bit ridge of the bit tip transitions to the front-end bit blade forming a right angle. - a main body of the bit tip is of a flat sheet structure , an upper and a lower face of which respectively form an upper bit ridge and a lower bit ridge of the bit tip ; - a protrusion is formed at a front end of the upper bit ridge ; - the upper bit ridge has a thickness greater than that of the lower bit ridge ; - the protrusion is smooth and free of edges; - the upper bit ridge has a thickness greater than that of the flat sheet structure ; - a front end of the bit tip is provided with a front-end bit blade ; and - the protrusion extends beyond the front-end bit blade in the direction of the front end of the upper bit ridge ;