mhurhangee/ep-ind-claims huggingface dataset:
A speech recognition method, which is performed by a speech recognition device, comprising: obtaining a speech signal; recognizing the speech signal according to a speech recognition algorithm, to obtain n candidate recognition results, the candidate recognition results comprising text information corresponding to the speech signal, and n being an integer greater than 1; determining a target result from among the n candidate recognition results according to a selection rule selected from among m selection rules, the selection rule having an execution sequence of j, the target result being a candidate recognition result that has a highest matching degree with the speech signal from among the n candidate recognition results, m being an integer greater than 1, and an initial value of j being 1; and determining the target result from among the n candidate recognition results according to a selection rule having an execution sequence of j+1 based on the target result not being identified according to the selection rule having the execution sequence of j. obtaining a speech signal; recognizing the speech signal according to a speech recognition algorithm, to obtain n candidate recognition results, the candidate recognition results comprising text information corresponding to the speech signal, and n being an integer greater than 1; determining a target result from among the n candidate recognition results according to a selection rule selected from among m selection rules, the selection rule having an execution sequence of j, the target result being a candidate recognition result that has a highest matching degree with the speech signal from among the n candidate recognition results, m being an integer greater than 1, and an initial value of j being 1; and determining the target result from among the n candidate recognition results according to a selection rule having an execution sequence of j+1 based on the target result not being identified according to the selection rule having the execution sequence of j.
A method comprising: discovering at a first apparatus a further apparatus; establishing between the first apparatus and a further apparatus a security association; requesting, by the first apparatus, a certificate comprising at least one identifier associated with the first apparatus from at least one network node, the first apparatus comprising a user equipment, the identifier being based on a shared secret of the security association; receiving at the first apparatus the certificate from the at least one network node; and forwarding the certificate to the further apparatus; receiving a further certificate from the further apparatus, the further certificate comprising at least one further identifier associated with the further apparatus; authenticating the further apparatus based on the further certificate by checking the further certificate comprises the shared secret of the security association. discovering at a first apparatus a further apparatus; establishing between the first apparatus and a further apparatus a security association; requesting, by the first apparatus, a certificate comprising at least one identifier associated with the first apparatus from at least one network node, the first apparatus comprising a user equipment, the identifier being based on a shared secret of the security association; receiving at the first apparatus the certificate from the at least one network node; and forwarding the certificate to the further apparatus; receiving a further certificate from the further apparatus, the further certificate comprising at least one further identifier associated with the further apparatus; authenticating the further apparatus based on the further certificate by checking the further certificate comprises the shared secret of the security association.
A method for preparing superabsorbent polymer comprising the steps of: conducting crosslinking polymerization of water soluble ethylenically unsaturated monomers having acid groups of which at least a part are neutralized, in the presence of an internal crosslinking agent comprising a compound represented by the following Chemical Formula, and inorganic material, to form a hydrogel polymer; drying the hydrogel polymer to form a base resin powder; and additionally crosslinking the surface of the base resin powder in the presence of a surface crosslinking agent to form a surface crosslink layer: in the Chemical Formula 1, R 1 is a divalent organic group derived from C1-10 alkane, and R 2 is hydrogen or a methyl group. conducting crosslinking polymerization of water soluble ethylenically unsaturated monomers having acid groups of which at least a part are neutralized, in the presence of an internal crosslinking agent comprising a compound represented by the following Chemical Formula, and inorganic material, to form a hydrogel polymer; drying the hydrogel polymer to form a base resin powder; and additionally crosslinking the surface of the base resin powder in the presence of a surface crosslinking agent to form a surface crosslink layer: in the Chemical Formula 1, R 1 is a divalent organic group derived from C1-10 alkane, and R 2 is hydrogen or a methyl group.
A system for supplying respiratory gas in a flow-controlled manner comprising at least one ventilation device having at least one respiratory gas source for generating a respiratory gas flow and comprising at least one control device, wherein the control device is suitable and designed for generating at least one defined respiratory gas flow for ventilation by means of the ventilation device, characterized in that the control device is suitable and designed for monitoring at least one parameter characteristic of a pressure by means of at least one sensor device, and in that the parameter characterizes the pressure at which the ventilation device admits the respiratory gas stream for maintaining the defined respiratory gas flow in order to counterbalance breathing activity of the patient, and in that the control device is suitable and designed for registering a course of the parameter over time as a pressure profile and to determine at least one characteristic variable that is characteristic of the breathing activity of the patient based on the pressure profile, characterized in that the system comprises at least one humidification device for humidifying the respiratory gas stream and/or at least one heating device for heating the respiratory gas stream, wherein the control device is suitable and designed for setting humidification and/or heating of the respiratory gas stream depending on the pressure profile and, in particular, for regulating it/them to a target temperature and/or target humidity of the respiratory gas flow.
An in vitro method for the isolation of non-embryonic female germline stem cells and/or female germline stem cell progenitors, said method comprising the steps of: a) sectioning of ovarian tissue; b) labelling the perimeter of the female germline stem cells and/or female germline stem cell progenitors within the tissue with an identifying marker; and c) isolating the female germline stem cells and/or female germline stem cell progenitors, wherein step c) comprises applying laser pulses to the perimeter of the female germline stem cells and/or female germline stem cell progenitors; and adhering the female germline stem cells and/or female germline stem cell progenitors to a capture substrate. a) sectioning of ovarian tissue; b) labelling the perimeter of the female germline stem cells and/or female germline stem cell progenitors within the tissue with an identifying marker; and c) isolating the female germline stem cells and/or female germline stem cell progenitors,
An optical terminal (500;600) for use in a passive optical network, comprising: an optical I/O module (501;601) for sending and receiving optical data packets along an optical fibre (115,116); an electrical I/O module (502;602) for sending and receiving electrical data packets via an electrical connection; a signal converter (503;603) operatively connected to the optical and electrical I/O modules for converting the data packets between optical and electrical formats; and a controller (504;604) for controlling the operation of the I/O modules and the signal converter, the controller being configured to: detect a failure of a primary data path in the optical network; and initiate an automatic protection switch to a secondary data path for optical data packets; characterised in that the controller is further configured to generate traffic flow update messages to be sent upstream, each traffic flow update message containing, as a source address, a MAC address of a client device downstream of the terminal. an optical I/O module (501;601) for sending and receiving optical data packets along an optical fibre (115,116); an electrical I/O module (502;602) for sending and receiving electrical data packets via an electrical connection; a signal converter (503;603) operatively connected to the optical and electrical I/O modules for converting the data packets between optical and electrical formats; and a controller (504;604) for controlling the operation of the I/O modules and the signal converter, the controller being configured to: detect a failure of a primary data path in the optical network; and initiate an automatic protection switch to a secondary data path for optical data packets; characterised in that the controller is further configured to generate traffic flow update messages to be sent upstream, each traffic flow update message containing, as a source address, a MAC address of a client device downstream of the terminal. detect a failure of a primary data path in the optical network; and initiate an automatic protection switch to a secondary data path for optical data packets; characterised in that the controller is further configured to generate traffic flow update messages to be sent upstream, each traffic flow update message containing, as a source address, a MAC address of a client device downstream of the terminal.
A personal air filter device, comprising: (a) a housing having a forward end vent and a rearward end vent; (b) a mouthpiece in communication with the forward end vent; and, (c) a filter within the housing between the forward end vent and rearward end vent, for filtering air passing through the housing, being characterised in that the device further comprises, (d) a resonant cavity formed within the housing, the resonant cavity capable of amplifying a user's respiration sound when respirating through the device. (a) a housing having a forward end vent and a rearward end vent; (b) a mouthpiece in communication with the forward end vent; and, (c) a filter within the housing between the forward end vent and rearward end vent, for filtering air passing through the housing, being characterised in that the device further comprises, (d) a resonant cavity formed within the housing, the resonant cavity capable of amplifying a user's respiration sound when respirating through the device.
Cooking oven comprising at least two entities made of sheet metal (2, 3), each sheet metal entity (2, 3) comprising at least one surface carrying an enamel layer, specifically a vitreous enamel layer, said enamelled sheet metal entities (2, 3) overlapping each other and a screw connection for grounding and coupling said sheet metal entities (2, 3), wherein a ground element is at least indirectly coupled with one of said enamelled sheet metal entities (2, 3) for grounding said stack of enamelled sheet metal entities (2, 3), wherein at least one screw with a screw shaft (5.1) is provided through said enamelled sheet metal entities (2, 3), wherein the screw is at least indirectly electrically coupled with the ground element and said screw shaft (5.1) comprises a thread for providing an electric coupling between the enamelled sheet metal entities (2, 3).
Use of a combination of alkyl benzene sulphonate surfactant, hydrolytic enzyme and an alkaline source in a solid detergent composition having a pH from 10 to 13 as measured at 25°C and 10% aqueous concentration in deionised water for inactivating microorganisms on a textile article during a laundering process wherein the hydrolytic enzyme comprises a serine protease and wherein the solid detergent composition does not contain a peroxygen bleach and wherein the alkaline source comprises from 10 wt.% to 40 wt.% sodium carbonate and wherein the wash liquor prepared by adding the solid detergent composition in water has an alkaline source concentration ranging from 200 ppm to 2500 ppm.
Direct current power supply device (1, 21, 41) with a fuel cell block (3, 23, 43) and a switch-off protection device (5, 25) with an electrical resistor (11, 31, 51) which can be connected in parallel to the fuel cell block (3, 23, 43) characterised in that a control facility is provided, through which the feed of a first operating gas to the fuel cell block (3, 23, 43) and the feed of a second operating gas to the fuel cell block (3, 23, 43) can be interrupted as a function of the partial pressure of the first operating gas in the fuel cell block (3, 23, 43).
An RFID-enabled utility device interface unit configured to receive measurements from a utility meter, the meter interface unit comprising: (a) a main power source that is not a radiofrequency induction power source; (b) a memory storage device comprising a plurality of memory addresses in non-volatile memory connected to receive power from the main power source, and configured to periodically record a measurement from the utility meter in the non-volatile memory when powered by the main power source; and (c) an RFID connected to the memory storage device to read the memory storage device and to provide radiofrequency induction power to the memory storage device, configured so as to provide the radiofrequency induction power to the memory storage device in response to a signal from an interrogator, configured to transmit the measurement that is recorded on the memory storage device in response to a signal from the interrogator, and wherein the RFID is configured to receive a signal from the interrogator that designates a memory address as write-protected against the recordation of any data not transmitted by an interrogator. (a) a main power source that is not a radiofrequency induction power source; (b) a memory storage device comprising a plurality of memory addresses in non-volatile memory connected to receive power from the main power source, and configured to periodically record a measurement from the utility meter in the non-volatile memory when powered by the main power source; and (c) an RFID connected to the memory storage device to read the memory storage device and to provide radiofrequency induction power to the memory storage device, configured so as to provide the radiofrequency induction power to the memory storage device in response to a signal from an interrogator, configured to transmit the measurement that is recorded on the memory storage device in response to a signal from the interrogator, and wherein the RFID is configured to receive a signal from the interrogator that designates a memory address as write-protected against the recordation of any data not transmitted by an interrogator.
A method for manufacturing a building panel comprising: heating perlite ore in an expansion furnace to produce coarse and medium expanded perlite and by-product perlite fines; pneumatically transporting the coarse and medium expanded perlite and by-product perlite fines to a separator at which the coarse and medium expanded perlite is separated from the by-product perlite fines; pneumatically transporting the by-product perlite fines from which the coarse and medium expanded perlite has been separated past the separator to a collection device at which the by-product perlite fines are collected; recombining the coarse and medium expanded perlite separated at the separator with essentially the entirety of the by-product perlite fines collected at the collection device;adding additional perlite fines to the recombined coarse and medium expanded perlite and by-product perlite fines; and applying to machinery for the manufacture of building panels, the recombined coarse and medium expanded perlite and by-product perlite fines to which the additional perlite fines have been added. heating perlite ore in an expansion furnace to produce coarse and medium expanded perlite and by-product perlite fines; pneumatically transporting the coarse and medium expanded perlite and by-product perlite fines to a separator at which the coarse and medium expanded perlite is separated from the by-product perlite fines; pneumatically transporting the by-product perlite fines from which the coarse and medium expanded perlite has been separated past the separator to a collection device at which the by-product perlite fines are collected; recombining the coarse and medium expanded perlite separated at the separator with essentially the entirety of the by-product perlite fines collected at the collection device;adding additional perlite fines to the recombined coarse and medium expanded perlite and by-product perlite fines; and applying to machinery for the manufacture of building panels, the recombined coarse and medium expanded perlite and by-product perlite fines to which the additional perlite fines have been added.
A method for providing an in vitro human skin equivalent expressing a heterologous antimicrobial polypeptide comprising: a) providing immortalized keratinocytes selected from the group consisting of NIKS cells and cells derived from NIKS cells and an expression vector comprising a DNA sequence encoding an antimicrobial polypeptide operably linked to a regulatory sequence, wherein said antimicrobial polypeptide is human beta-defensin or a fragment thereof; b) introducing said expression vector to said host cells; and c) culturing said host cells to form an in vitro human skin equivalent comprising stratified squamous epithelia that expresses the antimicrobial polypeptide, wherein said in vitro human skin equivalent is characterized in having correct tissue architecture including the formation of desmosomes, hemidesmosomes, and basal lamina and exhibits antimicrobial activity. a) providing immortalized keratinocytes selected from the group consisting of NIKS cells and cells derived from NIKS cells and an expression vector comprising a DNA sequence encoding an antimicrobial polypeptide operably linked to a regulatory sequence, wherein said antimicrobial polypeptide is human beta-defensin or a fragment thereof; b) introducing said expression vector to said host cells; and c) culturing said host cells to form an in vitro human skin equivalent comprising
Ceiling or wall flush-mounted housing for receiving a light source, comprising a base element, a wall element adjoining the base element, and a support element which is designed opposite the base element and extends from the wall element on the side facing away from the base element, the wall element having a thread at least on its inside, characterised in that the housing is made in one piece of metal and the thread is pressed from the outside as a bead directly into the wall element of the flush-mounted housing and extends into the inner wall side as a bead, wherein the bead is formed in the start or end region with a gradually increasing or decreasing depth.
A terminal, configured to be operable in a radio communication system according to the 3GPP standard, the terminal comprising: a transmitting unit that transmits a result of a measurement of a secondary cell; and a control unit that determines, when the terminal transmits the result of the measurement in a predetermined time period that is set according to a power class of the terminal, that the secondary cell is a known cell. a transmitting unit that transmits a result of a measurement of a secondary cell; and a control unit that determines, when the terminal transmits the result of the measurement in a predetermined time period that is set according to a power class of the terminal, that the secondary cell is a known cell.
A computer-implemented method comprising: receiving (554, 702), by a credential issuer computer (110, 200, 510), a request to issue a credential for a communication device (130, 400, 530), the request including a communication device public key associated with the communication device and information identifying a user account; determining, by the credential issuer computer, an account identifier of the user account, based on the information identifying the user account; determining (556, 704), by the credential issuer computer, the credential to issue to the communication device by querying a token vault that stores mappings of account identifiers and tokens assigned to the account identifiers, wherein the credential comprises a token that is a substitute for the account identifier; provisioning (562, 706), by the credential issuer computer, the credential to the communication device; generating, by the credential issuer computer, a payload derived from hashing the credential and the communication device public key; storing, by the credential issuer computer, the payload in a record of a blockchain; and synchronizing (558, 712), by the credential issuer computer, the record to other network nodes on the blockchain. receiving (554, 702), by a credential issuer computer (110, 200, 510), a request to issue a credential for a communication device (130, 400, 530), the request including a communication device public key associated with the communication device and information identifying a user account; determining, by the credential issuer computer, an account identifier of the user account, based on the information identifying the user account; determining (556, 704), by the credential issuer computer, the credential to issue to the communication device by querying a token vault that stores mappings of account identifiers and tokens assigned to the account identifiers, wherein the credential comprises a token that is a substitute for the account identifier; provisioning (562, 706), by the credential issuer computer, the credential to the communication device; generating, by the credential issuer computer, a payload derived from hashing the credential and the communication device public key; storing, by the credential issuer computer, the payload in a record of a blockchain; and synchronizing (558, 712), by the credential issuer computer, the record to other network nodes on the blockchain.
Glove which on its palm has at least one region (3, 4, 5) having at least two ribs (3.1-3.6, 4.1-4.7, 5.1-5.7) which form an angle α in the range 0 ≤ α < 25° to one another, characterized in that in each case one region (4, 5) is provided in the region of the proximal phalanx and the middle phalanx of the little finger and the ribs (4.1-4.7) have a basic direction of extension in the direction of the little finger.
A self-driven centrifugal separator for removal of particulate matter from fluid, the separator comprising a substantially cylindrical vessel for rotatably mounting on to a central inlet tube, the vessel having a base provided with outlet nozzles, an upper cover connected to the base to define an internal chamber, and a separation cone mounted in the chamber and providing a frusto-conical wall subdividing the chamber into upper and lower regions, the separation cone having an inner rim in the vicinity of the inlet tube and an opening at or adjacent said inner rim to allow fluid to pass from the upper to the lower region of the chamber in use of the separator and also having a periphery which is lower than the inner rim and in contact with an interior surface of the vessel, characterised in that the separation cone is connected to the upper cover by a releasable snap fit arrangement.