mhurhangee/ep-ind-claims huggingface dataset:
A transmission terminal for transmitting video data and display data of a screen shared with another transmission terminal to the other transmission terminal via a predetermined relay apparatus, the transmission terminal being characterized by comprising: a storage unit configured to store relay apparatus information of the relay apparatus to which the transmission terminal, authenticated by a transmission managing system which manages data transmission carried out between the transmission terminal and the other transmission terminal via the relay apparatus, transmits the video data; a receive unit configured to receive the display data from an external input apparatus connected to the transmission terminal, the display data that is displayed on the external input apparatus and is the display data of the screen shared with the other transmission terminal; and a transmitting unit configured to transmit the display data received by the receive unit to the relay apparatus indicated by the relay apparatus information stored in the storage unit. a storage unit configured to store relay apparatus information of the relay apparatus to which the transmission terminal, authenticated by a transmission managing system which manages data transmission carried out between the transmission terminal and the other transmission terminal via the relay apparatus, transmits the video data; a receive unit configured to receive the display data from an external input apparatus connected to the transmission terminal, the display data that is displayed on the external input apparatus and is the display data of the screen shared with the other transmission terminal; and a transmitting unit configured to transmit the display data received by the receive unit to the relay apparatus indicated by the relay apparatus information stored in the storage unit.
Use of a triol as an additive to dimethyl sulfoxide (DMSO), to lower the crystallization point of the latter, characterized by the fact that the additive to DMSO is glycerol.
A method for synthesising gold-silver core-shell nanoparticles, from a colloidal aqueous solution of gold seeds with a surfactant, the gold-silver core-shell nanoparticles being made from anisotropic gold seeds, characterised in that the method successively comprises: - a step of incubating the colloidal aqueous solution containing gold seeds with a surfactant, into a water and DMSO solvent mixture, for a first given duration; to modify organisation of the surfactant and assembling of gold seeds; - a step of adding a surfactant into the previous resulting mixture; - a step of heating the resulting mixture for a second given duration; - a step of adding a silver precursor and a reducing agent into the resulting mixture, to perform silver deposition onto the gold seeds, in a so-called main step, for a third given duration; - a step of extracting nanoparticles. - a step of incubating the colloidal aqueous solution containing gold seeds with a surfactant, into a water and DMSO solvent mixture, for a first given duration; to modify organisation of the surfactant and assembling of gold seeds; - a step of adding a surfactant into the previous resulting mixture; - a step of heating the resulting mixture for a second given duration; - a step of adding a silver precursor and a reducing agent into the resulting mixture, to perform silver deposition onto the gold seeds, in a so-called main step, for a third given duration; - a step of extracting nanoparticles.
An image reading apparatus adapted to perform a scan operation of a carriage (120, 301) including an optical system part for reading a document image, the apparatus comprising: a control unit configured to execute stop processing to stop scanning of the carriage during the scan operation; an acquisition unit configured to acquire information on the stop processing executed by said control unit; and a correction unit (109, 110) configured to correct a restart position of the carriage based on the information acquired by said acquisition unit for a document image reading after the stop processing by said control unit, wherein said control unit is arranged near a standby position of the carriage and has a thermal influence on the carriage, and the carriage is warmed up by heat from said control unit when the carriage stays at the standby position of the carriage and the carriage is cooled down when the carriage moves apart from the standby position in the scan operation, characterized by being configured such that said acquisition unit acquires at least one of a time until first stop processing occurs after a start of the scan operation, a time elapsed after activating the image reading apparatus, a stop processing count after the start of the scan operation, and a stop time of the carriage. a control unit configured to execute stop processing to stop scanning of the carriage during the scan operation; an acquisition unit configured to acquire information on the stop processing executed by said control unit; and a correction unit (109, 110) configured to correct a restart position of the carriage based on the information acquired by said acquisition unit for a document image reading after the stop processing by said control unit, wherein said control unit is arranged near a standby position of the carriage and has a thermal influence on the carriage, and the carriage is warmed up by heat from said control unit when the carriage stays at the standby position of the carriage and the carriage is cooled down when the carriage moves apart from the standby position in the scan operation, characterized by being configured such that said acquisition unit acquires at least one of a time until first stop processing occurs after a start of the scan operation, a time elapsed after activating the image reading apparatus, a stop processing count after the start of the scan operation, and a stop time of the carriage.
A bicycle wheel supporting assembly provided with a caliper brake on the rim incorporated into the structure of the supporting assembly, said caliper brake including two actuating arms and two caliper support arms, characterized in that each actuating arm associated with a caliper support arm is articulated in a recess (1 a) of the structure of the support assembly while being movable between a first operating position retracted inside the structure and a second position for access to the caliper support arm.
A wear assembly for an earth working equipment, comprising a base on the earth working equipment and a ground-engaging wear member comprising a front working portion and a rear mounting portion, the rear mounting portion including a rear end and a cavity that opens rearward in the rear end for receiving the base, the base having an opening extending transversely through the base and a recess about the opening on one wall of the base for receiving a retainer (20, 120) of a lock to secure the wear member to the base, the cavity being defined by cavity walls (15, 17), at least a first of the cavity walls including (i) a hole for receiving a lock body (18, 118) to engage the retainer (20, 120), and (ii) a slot that opens in the rear end and in the hole to receive a key of the retainer, characterized by the slot including a pair of spaced, opposing and parallel bearing surfaces (135, 137) to bear against complementary surfaces (131, 133) on the key to prevent turning of the retainer in the recess when the lock is being installed.
A method for receiving a transmission indication signal, applied to terminal side, comprising: receiving the transmission indication signal on a part of time-frequency resources occupied by the network device, wherein the time-frequency resource occupied by the network device is unlicensed band resource, the transmission indication signal is used to indicate that the network device successfully occupies the idle channel, so as to instruct the terminal to perform the corresponding terminal behaviors according to the terminal behavior indication information, the terminal behavior indication information is pre-allocated to the terminal by a network device, the terminal behavior indication information is used to indicate the terminal behavior, and the terminal behavior indication information is used to instruct the terminal to perform at least one of following behaviors: monitoring physical downlink control channel, PDCCH; channel state information, CSI, measurement; radio resource management, RRM, measurement; beam management measurement; radio link monitoring; and beam failure detection. monitoring physical downlink control channel, PDCCH; channel state information, CSI, measurement; radio resource management, RRM, measurement; beam management measurement; radio link monitoring; and beam failure detection.
A polymeric film, comprising: a polymer matrix; and at least one of a discrete RSNO adduct or a polymeric RSNO adduct introduced into the polymeric matrix by solvent evaporation; wherein the discrete RSNO adduct is S-nitroso-N-acetylpenicillamine (SNAP) or a SNAP derivative or the polymeric RSNO adduct is a polymer possessing an appended SNAP species, wherein the SNAP derivative is SNAP modified to have an alkyl group comprising more than two carbons attached to the amine group and/or an alkyl group or sugar attached to the free carboxyl group, and wherein the at least one of the discrete RSNO adduct or the polymeric RSNO adduct is capable of releasing nitric oxide, and wherein the polymer matrix is a polyurethane polymer matrix, a silicone rubber polymer matrix, or a copolymer matrix of polyurethane and silicone rubber; the polymeric film to exhibit stability under dry conditions at 37°C and prolonged and controllable NO release rates, when exposed to moisture or light capable of photolyzing an RSNO bond, for a predetermined amount of time from the at least one of the discrete RSNO adduct or the polymeric RSNO adduct. a polymer matrix; and at least one of a discrete RSNO adduct or a polymeric RSNO adduct introduced into the polymeric matrix by solvent evaporation; wherein the discrete RSNO adduct is S-nitroso-N-acetylpenicillamine (SNAP) or a SNAP derivative or the polymeric RSNO adduct is a polymer possessing an appended SNAP species, wherein the SNAP derivative is SNAP modified to have an alkyl group comprising more than two carbons attached to the amine group and/or an alkyl group or sugar attached to the free carboxyl group, and wherein the at least one of the discrete RSNO adduct or the polymeric RSNO adduct is capable of releasing nitric oxide, and wherein the polymer matrix is a polyurethane polymer matrix, a silicone rubber polymer matrix, or a copolymer matrix of polyurethane and silicone rubber; the polymeric film to exhibit stability under dry conditions at 37°C and prolonged and controllable NO release rates, when exposed to moisture or light capable of photolyzing an RSNO bond, for a predetermined amount of time from the at least one of the discrete RSNO adduct or the polymeric RSNO adduct.
A radiation treatment planning system for preparing treatment planning information for carrying out charged particle therapy, the radiation treatment planning system comprising: an input unit with which an operator inputs a prescription dose and an irradiation angle; an arithmetic unit which is configured to prepare the treatment planning information by determining irradiation conditions in such a manner as to bring a dose distribution calculated based on the result of the input from the input unit closer to the prescription dose, and a display unit which is configured to display the treatment,planning information; wherein the arithmetic unit is configured to set, per spot for radiation irradiation, an amount of change in density near a beam transmission path as an index which represents the degree of demand for irradiation amount suppression, the degree of demand determined by the radiation irradiation point, and the arithmetic unit further is configured to determine the irradiation conditions using the index. an input unit with which an operator inputs a prescription dose and an irradiation angle; an arithmetic unit which is configured to prepare the treatment planning information by determining irradiation conditions in such a manner as to bring a dose distribution calculated based on the result of the input from the input unit closer to the prescription dose, and a display unit which is configured to display the treatment,planning information; wherein the arithmetic unit is configured to set, per spot for radiation irradiation, an amount of change in density near a beam transmission path as an index which represents the degree of demand for irradiation amount suppression, the degree of demand determined by the radiation irradiation point, and the arithmetic unit further is configured to determine the irradiation conditions using the index.
A method for collecting and managing event data of a vehicle, performed by one or more computing systems, the method comprising: acquiring event data by receiving a first message from the vehicle, the first message containing a first certificate and event data, the event data having being recorded by an event data recorder equipped in the vehicle, and the first certificate being one of a plurality of short-term certificates assigned to the vehicle; anonymizing the acquired event data with a pseudonym extracted from the first certificate; storing the anonymized event data in a first database; acquiring the first certificate and a second certificate by receiving a second message containing the first certificate, used in the first message, and the second certificate, the second certificate being a long-term certificate assigned to the vehicle; associating the first certificate with the second certificate by associating a unique identifier of the vehicle contained in the second certificate and the pseudonym contained in the first certificate; and storing the first certificate and the second certificate associated with the first certificate in a second database. acquiring event data by receiving a first message from the vehicle, the first message containing a first certificate and event data, the event data having being recorded by an event data recorder equipped in the vehicle, and the first certificate being one of a plurality of short-term certificates assigned to the vehicle; anonymizing the acquired event data with a pseudonym extracted from the first certificate; storing the anonymized event data in a first database; acquiring the first certificate and a second certificate by receiving a second message containing the first certificate, used in the first message, and the second certificate, the second certificate being a long-term certificate assigned to the vehicle; associating the first certificate with the second certificate by associating a unique identifier of the vehicle contained in the second certificate and the pseudonym contained in the first certificate; and storing the first certificate and the second certificate associated with the first certificate in a second database.
Connecting apparatus for connecting a shield clamp to a rail element, it being possible for the connecting apparatus to be attached to the rail element in an attaching direction, with a first latching element with a first latching limb and with a second latching element with a second latching limb, the first latching element and the second latching element extending parallel to one another at least in sections along a movement direction and being connected to one another in such a way that the first latching element and the second latching element can be moved along the movement direction with respect to one another, in order to connect the connecting apparatus to the rail element via the latching elements (10, 11) in a positively locking manner, or to detach the said connecting apparatus from the rail element, characterized in that the connecting apparatus is manufactured as a single-piece component.
Method for manufacturing a flexible heater comprising a resistive track enclosed in two sheets of electrically insulating plastic material, said track comprising electrical connections to which electrical wires are connected, the method comprising the steps of: ▪ enclosing the resistive track in the two sheets of electrically insulating plastic material ▪ connecting the electrical wires to the exposed electrical connections of the resistive track ▪ putting an open mould around the connection area once the wires are connected ▪ injecting a liquid casting formulation into said mould ▪ curing said composition ▪ removing the mould. ▪ enclosing the resistive track in the two sheets of electrically insulating plastic material ▪ connecting the electrical wires to the exposed electrical connections of the resistive track ▪ putting an open mould around the connection area once the wires are connected ▪ injecting a liquid casting formulation into said mould ▪ curing said composition ▪ removing the mould.
A pharmaceutical composition for use in a method for preventing or treating amyotrophic lateral sclerosis, the composition containing, as an active ingredient, two or more isoforms of hepatocyte growth factor or a polynucleotide encoding the isoforms, wherein the two or more isoforms of HGF include full-length HGF (flHGF), comprising the amino acid sequence of SEQ ID NO: 1, and deleted variant HGF (dHGF), comprising the amino acid sequence of SEQ ID NO: 2.
Device for applying inserts on sheet supports, particularly on skins, fabrics, clothes, or similar products, comprising: • a first support for a press having a constraining portion configured for rigidly engaging a bed of the press and a housing portion having a plurality of seats; • a second support for a press having a respective auxiliary constraining portion configured for engaging an element of the press and an auxiliary housing portion having a predetermined number of auxiliary seats, the first and second supports (2, 7) being relatively movable towards/away from each other along a displacement direction; • a plurality of inserts to be applied on the sheet support; and • a predetermined number of constraining elements associable to said predetermined number of auxiliary seats of the auxiliary housing portion of the second auxiliary support and configured for being constrained, in use, to the inserts, characterized in that the device for applying inserts further comprises a plurality of retaining elements, each having an external outline configured for being housed in a respective seat of the housing portion of the first support, and a respective receiving seat for removably receiving one of said inserts. • a first support for a press having a constraining portion configured for rigidly engaging a bed of the press and a housing portion having a plurality of seats; • a second support for a press having a respective auxiliary constraining portion configured for engaging an element of the press and an auxiliary housing portion having a predetermined number of auxiliary seats, the first and second supports (2, 7) being relatively movable towards/away from each other along a displacement direction; • a plurality of inserts to be applied on the sheet support; and • a predetermined number of constraining elements associable to said predetermined number of auxiliary seats of the auxiliary housing portion of the second auxiliary support and configured for being constrained, in use, to the inserts,
A method by performed by a user equipment, UE, in a wireless communication system, the method comprising: acquiring random access configuration information including information of random access configuration index indicating a preamble format among a plurality of formats identifying a delta-preamble value, corresponding to a random access preamble transmit power offset, based on the preamble format and a subcarrier spacing, and determining transmission power for physical random access channel, PRACH, based on the identified delta-preamble value. acquiring random access configuration information including information of random access configuration index indicating a preamble format among a plurality of formats identifying a delta-preamble value, corresponding to a random access preamble transmit power offset, based on the preamble format and a subcarrier spacing, and determining transmission power for physical random access channel, PRACH, based on the identified delta-preamble value.
A method for operating serially connected electrolysis cells of Hall-Héroult type for production of aluminium, where electrical current is led into one first cell via an anode arrangement arranged in the upper part of the cell, through an electrical conducting electrolyte and a horizontal cathode, and further to an anode arrangement of a neighbouring cell via a bus bar system, with anode beams (2, 3), the cells comprising a horizontal cathode structure of an electronic conducting material and further having horizontal collector bars embedded therein, where current is conducted out of the cathode by at least one horizontal end of said collector bar(s), via connections (7, 9) of at least one of collector bus bars (10, 12), and further to the said anode arrangement of the neighbouring cell via one or more risers and anode beams (2, 3), wherein electric current is led out of the cell via at least one vertical current outlet at an intermediate position, wherein, the at least one vertical current outlet is connected with connection(s) to one intermediate collector bus bar where said intermediate collector bus bar being connected to the upstream collector bus bar by at least one bus bar element positioned beneath the cathode shell, the cells being arranged in a side by side manner.