mhurhangee/ep-ind-claims huggingface dataset:
A derivative of N-desulfated glycosaminoglycan characterized in that said derivative comprises the following structures: wherein each R 2 can be SO 3 - or H; wherein each R 3 can be SO 3 - or H; and wherein each R 4 can be SO 3 - or H. wherein each R 2 can be SO 3 - or H; wherein each R 3 can be SO 3 - or H; and wherein each R 4 can be SO 3 - or H.
A method of cancelling interference from a received signal having signal contributions from multiple users (102, 104, 106), the method comprising: partially decoding a first codeword obtained from the received signal and transmitted by a first user via a first signal, wherein the partial decoding comprises treating one or more unavailable coded bits of the first codeword as punctured bits and decoding the first codeword based on the one or more punctured coded bits and estimates of the remaining coded bits; reconstructing the first signal based on the partial decoding of the first codeword; cancelling the reconstructed first signal from the received signal to yield a reduced-interference signal; and at least partially decoding a second codeword obtained from the reduced-interference signal and transmitted by the first user or a second user via a second signal. partially decoding a first codeword obtained from the received signal and transmitted by a first user via a first signal, wherein the partial decoding comprises treating one or more unavailable coded bits of the first codeword as punctured bits and decoding the first codeword based on the one or more punctured coded bits and estimates of the remaining coded bits; reconstructing the first signal based on the partial decoding of the first codeword; cancelling the reconstructed first signal from the received signal to yield a reduced-interference signal; and at least partially decoding a second codeword obtained from the reduced-interference signal and transmitted by the first user or a second user via a second signal.
Method for cutting pieces from a strip of material wound in a coil, method wherein one unwinds continuously said strip of material to move it in a same direction of movement at a predetermined speed, one cuts said pieces as said strip of material moves continuously using a cutting head that is moved linearly in an orthonormal plane parallel to said strip of material, along a transversal axis and along a longitudinal axis that corresponds to the direction of movement of said strip of material, both linear movements (X-Y) being combined to move said cutting head along any path contained in said orthonormal plane, and one evacuates said parts after cutting, characterized in that the movement stroke of said cutting head in the transversal axis covers the width of the strip of material, wherein one determines the path of the cutting head according to the contour of said pieces to be cut so as to nest said pieces to be cut in the width of the strip of material, in that one synchronizes the movement speed of said cutting head and the movement speed of said strip of material according to said path determined for the cutting head, and in that the movement speed of said strip of material is continuous and modulated according to the contour of the parts to be cut.
Chair, in particular office chair, with a seat, a backrest and a frame with a support column, wherein the seat is fastened via a bearing to the upper end of the support column, wherein the bearing is formed by a bellows cylinder which is connected to the upper end of the support column and the underside of the seat, characterised in that the bellows cylinder is mounted in a cage.
A method for communicating information in a communication network, the method comprising: performing using at least one processor, functions comprising: receiving a medium access control, MAC, protocol data unit; determining a sequence number value for said received MAC protocol data unit; utilizing the sequence number value to generate a packet number value; generating a nonce value based on said determined sequence number; decrypting at least a portion of said received MAC protocol data unit based on said determined sequence number value, said generated packet number value, and/or said generated nonce value; generating adjusted state information for MAC protocol data unit reception based on said decrypting, wherein said adjusted state information comprises one or more receiver scorecard values and/or receiver buffer values and/or other state information such as replay counters; and storing said adjusted state information in a memory (508, 518). performing using at least one processor, functions comprising: receiving a medium access control, MAC, protocol data unit; determining a sequence number value for said received MAC protocol data unit; utilizing the sequence number value to generate a packet number value; generating a nonce value based on said determined sequence number; decrypting at least a portion of said received MAC protocol data unit based on said determined sequence number value, said generated packet number value, and/or said generated nonce value; generating adjusted state information for MAC protocol data unit reception based on said decrypting, receiving a medium access control, MAC, protocol data unit; determining a sequence number value for said received MAC protocol data unit; utilizing the sequence number value to generate a packet number value; generating a nonce value based on said determined sequence number; decrypting at least a portion of said received MAC protocol data unit based on said determined sequence number value, said generated packet number value, and/or said generated nonce value; generating adjusted state information for MAC protocol data unit reception based on said decrypting,
A fluid concentration device for concentrating fluids comprising particulate material dispersed in a liquid medium by removal of a proportion of the liquid medium, the device comprising an outer bag formed of an impermeable material, an inner bag fastened to, and suspended within, the outer bag and formed of a permeable material, and characterised in that the fluid concentration device comprises a port in the outer bag for introducing fluid into the cavity between the outer and inner bags, wherein the permeable material allows the liquid medium, but not the particulate material, to pass into the inner bag, and the inner bag contains an absorbent material for holding the liquid medium in the inner bag.
Magnetometer with optical pumping, comprising a cell filled with an atomic gas and a detector configured to output a signal carrying information about an alignment state of atoms of the atomic gas in the cell, further comprising an optical source able to output a single linearly polarised light beam used as pump and probe, characterized in that it comprises a collimator arranged to collimate the single light beam before it illuminates the cell and a mirror arranged to reflect the single collimated light beam after it has passed through the cell such that the single collimated light beam makes a multipass through the cell by illuminating the same region of the cell several times.
An image processing apparatus comprising: a first conveying path for conveying a sheet through, a second conveying path for conveying a sheet conveyed through the first conveying path, a detection means (315, 317) configured to detect a jam of a sheet; a locking control means configured, based on the detection means detecting a particular jam occurred on both of the first and second conveying paths, to lock a particular cover so as not to be opened; and a display control means configured to display a particular screen for notifying a user that the particular cover is locked in a case where the detection means detects a jam occurred on both of the first and second conveying paths, wherein, in a case where the display control means changes a display to a moving image indicating how to remove a jam from the particular screen displayed in accordance with a detection the particular jam both in the first path and the second path, the display control means performs control to play the moving image without waiting for a user's instruction to play the moving image, and in a case where the display control means displays a moving image indicating how to remove a jam in accordance with a detection of a jam either in the first path or the second path without displaying the particular screen, the display control means performs control to wait for the user's instruction to play the moving image before playing the moving image. a first conveying path for conveying a sheet through, a second conveying path for conveying a sheet conveyed through the first conveying path, a detection means (315, 317) configured to detect a jam of a sheet; a locking control means configured, based on the detection means detecting a particular jam occurred on both of the first and second conveying paths, to lock a particular cover so as not to be opened; and a display control means configured to display a particular screen for notifying a user that the particular cover is locked in a case where the detection means detects a jam occurred on both of the first and second conveying paths, wherein, in a case where the display control means changes a display to a moving image indicating how to remove a jam from the particular screen displayed in accordance with a detection the particular jam both in the first path and the second path, the display control means performs control to play the moving image without waiting for a user's instruction to play the moving image, and in a case where the display control means displays a moving image indicating how to remove a jam in accordance with a detection of a jam either in the first path or the second path without displaying the particular screen, the display control means performs control to wait for the user's instruction to play the moving image before playing the moving image.
A method of processing radioactive waste, comprising the steps of: a) placing the waste substantially at the centre of a container made of a material that confines radionuclides, and b) casting a hardening material that confines radionuclides into the container, characterized in that, the radioactive waste being dosing, the method is remotely operated, and in that the hardening material of step b) is self-compacting. a) placing the waste substantially at the centre of a container made of a material that confines radionuclides, and b) casting a hardening material that confines radionuclides into the container, characterized in that, the radioactive waste being dosing, the method is remotely operated, and in that the hardening material of step b) is self-compacting.
An optical element comprising: a substrate; and a light-shielding film on a part of the periphery of the substrate, the light-shielding film containing a cured epoxy resin formed by curing a compound having an epoxy group and an amine-based curing agent, a coloring agent, inorganic particles having a refractive index of 2.2 or more, and silica particles, wherein the inorganic particles have a number average particle size d p in the range of 10 nm to 100 nm, the silica particles have a number average particle size d Si in the range of 50 nm to 350 nm, and the inorganic particles and the silica particles satisfy the following relationship: 40 nm ≤ d Si − d p ≤ 330 nm, and the average concentration of the inorganic particles in a part of the light-shielding film, the part having a thickness of 15 nm from the interface between the substrate and the light-shielding film is 1.1 to 1.5 times as high as the average concentration of the inorganic particles in the light-shielding film. a substrate; and a light-shielding film on a part of the periphery of the substrate, the light-shielding film containing a cured epoxy resin formed by curing a compound having an epoxy group and an amine-based curing agent, a coloring agent, inorganic particles having a refractive index of 2.2 or more, and silica particles, wherein the inorganic particles have a number average particle size d p in the range of 10 nm to 100 nm, the silica particles have a number average particle size d Si in the range of 50 nm to 350 nm, and the inorganic particles and the silica particles satisfy the following relationship: 40 nm ≤ d Si − d p ≤ 330 nm, and the average concentration of the inorganic particles in a part of the light-shielding film, the part having a thickness of 15 nm from the interface between the substrate and the light-shielding film is 1.1 to 1.5 times as high as the average concentration of the inorganic particles in the light-shielding film.
A system for monitoring a generator, said system comprising: a first current transformer; a computing device coupled to receive signals from said first current transformer, said computing device programmed to: determine when a spark has occurred in the generator collector assembly based at least in part on the received signals from said first current transformer; generate an indication that a spark has occurred in a generator collector assembly; and generate a flashover alert based at least in part on the indication that a spark has occurred in the generator collector assembly, characterized in that the first current transformer is placed around a first exciter cable connected to the generator collector assembly. a first current transformer; a computing device coupled to receive signals from said first current transformer, said computing device programmed to: determine when a spark has occurred in the generator collector assembly based at least in part on the received signals from said first current transformer; generate an indication that a spark has occurred in a generator collector assembly; and generate a flashover alert based at least in part on the indication that a spark has occurred in the generator collector assembly, characterized in that the first current transformer is placed around a first exciter cable connected to the generator collector assembly. determine when a spark has occurred in the generator collector assembly based at least in part on the received signals from said first current transformer; generate an indication that a spark has occurred in a generator collector assembly; and generate a flashover alert based at least in part on the indication that a spark has occurred in the generator collector assembly, characterized in that the first current transformer is placed around a first exciter cable connected to the generator collector assembly.
Assembly for damping switching movements, having a housing which spatially surrounds at least one piston and which at least partially spatially surrounds at least one rod, wherein the rod is mounted so as to be movable relative to the housing, and the at least one piston delimits a first fluid volume which is directly or indirectly fluidically connected via at least one throughflow opening to at least one second fluid volume, wherein the at least one rod is of hollow tubular form at one end and spatially surrounds the first fluid volume, and wherein the at least one piston is guided in the hollow tubular end of the at least one rod, wherein, between the housing and the at least one rod, there is arranged a hollow sleeve in which the hollow tubular end of the at least one rod is guided, characterized in that provision is made of throughflow openings in the sleeve. between the housing and the at least one rod, there is arranged a hollow sleeve in which the hollow tubular end of the at least one rod is guided, characterized in that provision is made of throughflow openings in the sleeve.
Support system of a slender article in a geometry-detecting machine of the slender article, comprising a plurality of vertical constraint points with which said slender article is in contact with, characterised in that said vertical constraint points are coupled in pairs by interconnection arms in turn comprising a constraint joint (3, 5) provided with a universal joint mechanism which determines, for said arms, two rotational degrees of freedom (32, 34) along two orthogonal axes passing in the proximity of the longitudinal axis of the article, said constraint joints (3, 5) being themselves similarly coupled in pairs until converging, in a multiple-layer sequence, towards a single constraint point.
A photovoltaic device comprising a PIN structure in which a p-type hole transporting layer is carried by a substrate and a perovskite layer and an n-type electron transporting layer are arranged in sequence on the p-type layer, and a light transmissive electrically conductive layer provided on top of the n-type electron transporting layer to form a light receiving top surface, characterised in that between the n-type electron transporting layer and the light transmissive conductive layer there is provided an interfacial structure comprising two inorganic electrically insulative layers (6, 8) having a layer of a conductive material therebetween, wherein the inorganic electrically insulative layers (6, 8) comprise a material having a band gap of greater than 4.5 eV and the layer of a conductive material comprises a material having a band gap of less than the band gap of the electrically insulative layers (6, 8) wherein each electrically insulative layer (6, 8) forms a type-1 offset junction with the layer of conductive material
A vacuum switchgear comprising: a casing; a vacuum switch, enclosed in the casing, comprising a metal vessel covered with a solid insulator, the surface of the insulator being covered with a conductive layer to be earthed, and a pair of a movable electrode (122, 123) and a fixed electrode (111, 115) to constitute a main circuit of a switch section, enclosed in the metal vessel; a first condenser connected to a terminal on the solid insulator; a first electric connecting means disposed to the casing and connected to the first condenser for detecting a voltage of the metal vessel; and a voltage indicator that is adapted to indicate a status of vacuum in the metal vessel based on the detected voltage, when the voltage indicator is connected to the first connecting means, characterized in that the vacuum switchgear further comprises a second connecting means disposed to the casing and connected to a second condenser, which is connected to a coupling condenser, and the voltage indicator is adapted to indicate a status of power application to the main circuit based on a voltage applied to the second connecting means, when the voltage indicator is connected to the second connecting means. a casing; a vacuum switch, enclosed in the casing, comprising a metal vessel covered with a solid insulator, the surface of the insulator being covered with a conductive layer to be earthed, and a pair of a movable electrode (122, 123) and a fixed electrode (111, 115) to constitute a main circuit of a switch section, enclosed in the metal vessel; a first condenser connected to a terminal on the solid insulator; a first electric connecting means disposed to the casing and connected to the first condenser for detecting a voltage of the metal vessel; and a voltage indicator that is adapted to indicate a status of vacuum in the metal vessel based on the detected voltage, when the voltage indicator is connected to the first connecting means, characterized in that the vacuum switchgear further comprises a second connecting means disposed to the casing and connected to a second condenser, which is connected to a coupling condenser, and the voltage indicator is adapted to indicate a status of power application to the main circuit based on a voltage applied to the second connecting means, when the voltage indicator is connected to the second connecting means.
A position indicator designed to send to a position detecting device a plurality of signal blocks successively, each of the plurality of signal blocks including: a continuous signal for position detection; a first modulated signal acquired by modulating a carrier wave by one of a plurality of divided information parts constituting first information unique to the position indicator and different from the information assigned to any other position indicator; and a second modulated signal acquired by modulating the carrier wave by second information acquired from signals supplied to one or more control terminals (P2,..., P5) or from a voltage status of the one or more control terminals (P2,..., P5), wherein the position indicator sends the entire first information by sending the plurality of signal blocks. a continuous signal for position detection; a first modulated signal acquired by modulating a carrier wave by one of a plurality of divided information parts constituting first information unique to the position indicator and different from the information assigned to any other position indicator; and a second modulated signal acquired by modulating the carrier wave by second information acquired from signals supplied to one or more control terminals (P2,..., P5) or from a voltage status of the one or more control terminals (P2,..., P5),
A rubber product which is selected from the group consisting of a tire, a rubber crawler, a seismic isolation device and a hose, and is produced using a rubber composition comprising: a rubber component (a) containing a multicomponent copolymer that contains a conjugated diene unit, a non-conjugated olefin unit, and an aromatic vinyl unit; and a tackifier (b). a rubber component (a) containing a multicomponent copolymer that contains a conjugated diene unit, a non-conjugated olefin unit, and an aromatic vinyl unit; and a tackifier (b).
Domestic appliance for preparing food, having a muffle which has a side wall (9, 10) in which a recess (14 to 17) is formed in which a bushing (18, 19) is arranged, wherein a carrier frame for a food carrier and/or a pull-out system can be inserted into the bushing (18, 19), characterised in that the bushing (18, 19) is formed from a ceramic material.
A power converter device for converting power from a mains power supply to power a solid state lighting load, the device comprising: a converter comprising a half-bridge inverter and a resonant converter, the half-bridge inverter being configured as a boost inverter and comprising a plurality of switches (221, 222), the resonant converter comprising a resonant capacitor (241, 441), a control circuit configured to control a mains input current (im) and an output current (io) of the device independently by providing a switching signal (S_HB) to the plurality of switches in the half-bridge inverter, the switching signal having a duty cycle, a frequency and a cycle skipping duty cycle, characterized in that, the control circuit is configured to provide the switching signal in dependence of one or more threshold signals, wherein one threshold signal, the second threshold signal (vC0sw), represents a difference between a capacitor voltage measured at the resonant capacitor and a reference capacitor voltage (vC0ref), and is received as input by a signal generator circuit within the control circuit to generate the half-bridge control signal (S_HB). a converter comprising a half-bridge inverter and a resonant converter, the half-bridge inverter being configured as a boost inverter and comprising a plurality of switches (221, 222), the resonant converter comprising a resonant capacitor (241, 441), a control circuit configured to control a mains input current (im) and an output current (io) of the device independently by providing a switching signal (S_HB) to the plurality of switches in the half-bridge inverter, the switching signal having a duty cycle, a frequency and a cycle skipping duty cycle, characterized in that, the control circuit is configured to provide the switching signal in dependence of one or more threshold signals, wherein one threshold signal, the second threshold signal (vC0sw), represents a difference between a capacitor voltage measured at the resonant capacitor and a reference capacitor voltage (vC0ref), and is received as input by a signal generator circuit within the control circuit to generate the half-bridge control signal (S_HB).