mhurhangee/patent-ind-claim-en huggingface dataset:
A non-aqueous dentifrice composition comprising a source of fluoride ions sufficient to provide 500 to 2000ppm fluoride; 2% to 8% by weight of an alkaline earth metal acetate salt and/or an alkaline earth metal nitrate salt, 0.3% to 1.0% by weight a carboxyvinyl polymer and 35% to 75% by weight of a humectant selected from the group consisting of glycerine, sorbitol, propylene glycol and mixtures thereof.
A method for generating an authentication token, the method comprising: obtaining (s302, s352, s382, s402) a first request message that comprises: i) first value, and ii) second value; and using (s304, s354, s384, s404) the first request message to generate an authentication token; and characterized in that using the first request message to generate the authentication token comprises: i) generating a data structure comprising the first request message; ii) encoding the data structure to produce an encoded data structure; and iii) using the encoded data structure to generate the authentication token. obtaining (s302, s352, s382, s402) a first request message that comprises: i) first value, and ii) second value; and i) first value, and ii) second value; and using (s304, s354, s384, s404) the first request message to generate an authentication token; and characterized in that using the first request message to generate the authentication token comprises: i) generating a data structure comprising the first request message; ii) encoding the data structure to produce an encoded data structure; and iii) using the encoded data structure to generate the authentication token. i) generating a data structure comprising the first request message; ii) encoding the data structure to produce an encoded data structure; and iii) using the encoded data structure to generate the authentication token.
An integrated plant for making propene oxide, comprising a unit for producing hydrogen peroxide by an anthraquinone process and a unit for making propene oxide from propene and hydrogen peroxide, the unit for producing hydrogen peroxide comprising a) a hydrogenator for hydrogenating a working solution, containing an alkylanthraquinone, an alkyltetrahydroanthraquinone or both, with hydrogen, b) an oxidizer for oxidizing hydrogenated working solution with an oxygen containing gas, and c) an extraction column for extracting hydrogen peroxide from oxidized working solution, and the unit for making propene oxide from propene and hydrogen peroxide comprising d) an epoxidation reactor with a feed conduit for hydrogen peroxide connected to the unit for producing hydrogen peroxide and a fixed bed of an epoxidation catalyst comprising a titanium zeolite, and e) a work-up section for separating propene oxide and optionally solvent from an epoxidation reaction mixture, characterized in that the integrated plant comprises an air compressor driven by a backpressure steam turbine , a conduit connecting an outlet of the air compressor with the oxidizer of the unit for producing hydrogen peroxide, and a conduit connecting the steam outlet of the backpressure steam turbine with a heat exchanger of a distillation column of the work-up section of the unit for making propene oxide. a) a hydrogenator for hydrogenating a working solution, containing an alkylanthraquinone, an alkyltetrahydroanthraquinone or both, with hydrogen, b) an oxidizer for oxidizing hydrogenated working solution with an oxygen containing gas, and c) an extraction column for extracting hydrogen peroxide from oxidized working solution, and the unit for making propene oxide from propene and hydrogen peroxide comprising d) an epoxidation reactor with a feed conduit for hydrogen peroxide connected to the unit for producing hydrogen peroxide and a fixed bed of an epoxidation catalyst comprising a titanium zeolite, and e) a work-up section for separating propene oxide and optionally solvent from an epoxidation reaction mixture,
A jounce bumper for mounting in a vehicle suspension system, the vehicle suspension system having a shock absorber with a cylinder and a piston rod , the jounce bumper comprising: a nose having a predetermined inner diameter and a predetermined outer diameter, the nose having a spherical or elliptical shape, the nose having an inner surface defining a bore , the bore configured to receive the piston rod , the nose having an undercut formed on the inner surface , the undercut being rectangular in cross section, the undercut creating an ununiformed thickness between the predetermined inner diameter and the predetermined outer diameter so as to provide improved handling characteristics of the jounce bumper ; and the undercut includes a generally planar surface extending around an entire inner diameter (ID) of the jounce bumper . a nose having a predetermined inner diameter and a predetermined outer diameter, the nose having a spherical or elliptical shape, the nose having an inner surface defining a bore , the bore configured to receive the piston rod , the nose having an undercut formed on the inner surface , the undercut being rectangular in cross section, the undercut creating an ununiformed thickness between the predetermined inner diameter and the predetermined outer diameter so as to provide improved handling characteristics of the jounce bumper ; and the undercut includes a generally planar surface extending around an entire inner diameter (ID) of the jounce bumper .
Method for compressing a Higher Order Ambisonics HOA signal representation ( C ( l )), said method including: - estimating dominant directions; - decomposing the HOA signal representation into a number of dominant directional signals ( X ( l )) in time domain and related direction information ( Ω DOM ( l ), and a residual ambient component in HOA domain ( C A ( l )), wherein said residual ambient component represents the difference between said HOA signal representation ( C ( l )) and a representation ( C DIR ( l ) ) of said dominant directional signals ( X( l ) ) ; - compressing said residual ambient component by reducing its order as compared to its original order; - transforming said residual ambient HOA component ( C A,RED ( l )) of reduced order to the spatial domain; - perceptually encoding said dominant directional signals and said transformed residual ambient HOA component. - estimating dominant directions; - decomposing the HOA signal representation into a number of dominant directional signals ( X ( l )) in time domain and related direction information ( Ω DOM ( l ), and a residual ambient component in HOA domain ( C A ( l )), wherein said residual ambient component represents the difference between said HOA signal representation ( C ( l )) and a representation ( C DIR ( l ) ) of said dominant directional signals ( X( l ) ) ; - compressing said residual ambient component by reducing its order as compared to its original order; - transforming said residual ambient HOA component ( C A,RED ( l )) of reduced order to the spatial domain; - perceptually encoding said dominant directional signals and said transformed residual ambient HOA component.
A medical system , comprising: a medical device having a plurality of planar windings , wherein the plurality of planar windings includes an electrically conductive portion ; and an electrical pulse generator coupled to the electrically conductive portion , the electrical pulse generator programmed to deliver pulsed, high voltage biphasic electroporation pulses to the electrically conductive portion to induce irreversible electroporation of cardiac tissue, the biphasic electroporation pulses including energy at an output voltage between 200 to 2000 volts at a pulse width of 5μs and an interpulse interval of 20 μs, the biphasic electroporation pulses including a series of pulse trains, with each train having 40 pulses.
A device for data security, comprising: a memory including a plurality of memory banks including a first memory bank and a second memory bank , wherein at least a portion of data is interleaved amongst at least two of the plurality of memory banks ; and a security complex that is configured to prevent access to at least one of the plurality of memory banks while a debug mode or recovery mode is occurring accomplished by a hardware prevention by a configuration of hardware elements or other hardware features, and to prevent access to at least one of the plurality of memory banks during normal boot starting with initial boot until a verification by the security complex is successful, wherein the verification by the security complex includes the security complex verifying a signature. a memory including a plurality of memory banks including a first memory bank and a second memory bank , wherein at least a portion of data is interleaved amongst at least two of the plurality of memory banks ; and a security complex that is configured to prevent access to at least one of the plurality of memory banks while a debug mode or recovery mode is occurring accomplished by a hardware prevention by a configuration of hardware elements or other hardware features, and to prevent access to at least one of the plurality of memory banks during normal boot starting with initial boot until a verification by the security complex is successful, wherein the verification by the security complex includes the security complex verifying a signature.
A method for cooling and/or lubricating a piston and/or the barrel of a cylinder of a reciprocating-piston internal combustion engine, wherein lubricant is fed, in particular injected, to the piston by way of a nozzle device, wherein at least one interruption phase (P) is provided during the multi-stroke, in particular the four-stroke, working cycle of the reciprocating-piston internal combustion engine, during which interruption phase a feed of lubricant to the piston by way of the nozzle device is interrupted, characterized in that the interruption phase (P) lies within a piston upward movement and begins and ends during a piston upward movement.
A chemical core for an oxygen generator , the chemical core being capable on ignition of producing oxygen by chemical reaction; wherein the chemical core comprises a first cylindrical portion , a tapered portion , and a second cylindrical portion of smaller cross-sectional area than the first cylindrical portion ; wherein the tapered portion is positioned between the first cylindrical portion and the second cylindrical portion ; and wherein a first end of the chemical core has a larger cross-sectional area than a second end of the chemical core such that the ratio of the cross-sectional area of the first end to the cross-sectional area of the second end is 1.20:1 or more. wherein the chemical core comprises a first cylindrical portion , a tapered portion , and a second cylindrical portion of smaller cross-sectional area than the first cylindrical portion ; wherein the tapered portion is positioned between the first cylindrical portion and the second cylindrical portion ; and wherein a first end of the chemical core has a larger cross-sectional area than a second end of the chemical core such that the ratio of the cross-sectional area of the first end to the cross-sectional area of the second end is 1.20:1 or more.
An ice-maker comprising: a cold-air hole for receiving cold air; an upper tray having a plurality of hemispherical upper chambers defined therein; a lower tray pivotably disposed below the upper tray , wherein the lower tray has a plurality of lower chambers defined therein and is pivotable, with respect to the upper tray , between an open position and a closed position respectively, wherein in the closed position the lower tray is connected to the upper tray to define a plurality of ice chambers , wherein each ice chamber is configured to form spherical ice therein and comprises one lower chamber and one upper chamber connected with each other; a driver for pivoting the lower tray ; characterized by at least one shield formed at an upper face of the upper tray and corresponding to at least one of the ice chambers , wherein the shield is configured to reduce a flow of the cold-air towards the at least one corresponding ice chamber ; wherein the corresponding ice chamber at which the shield is formed is located closest to the cold-air hole ; and wherein the plurality of ice chambers comprises at least one ice chamber corresponding to which none of the at least one shield is formed, and wherein the one ice chamber corresponding to which none of the at least one shield is formed is located farther away from the cold-air hole than the ice chamber corresponding to which the shield is formed. a cold-air hole for receiving cold air; an upper tray having a plurality of hemispherical upper chambers defined therein; a lower tray pivotably disposed below the upper tray , wherein the lower tray has a plurality of lower chambers defined therein and is pivotable, with respect to the upper tray , between an open position and a closed position respectively, wherein in the closed position the lower tray is connected to the upper tray to define a plurality of ice chambers , wherein each ice chamber is configured to form spherical ice therein and comprises one lower chamber and one upper chamber connected with each other; a driver for pivoting the lower tray ; characterized by at least one shield formed at an upper face of the upper tray and corresponding to at least one of the ice chambers , wherein the shield is configured to reduce a flow of the cold-air towards the at least one corresponding ice chamber ; wherein the corresponding ice chamber at which the shield is formed is located closest to the cold-air hole ; and wherein the plurality of ice chambers comprises at least one ice chamber corresponding to which none of the at least one shield is formed, and wherein the one ice chamber corresponding to which none of the at least one shield is formed is located farther away from the cold-air hole than the ice chamber corresponding to which the shield is formed.
A composition comprising an angiotensin system inhibitor or a beta-adrenergic receptor blocker, for use in a method of reducing the incidence, delaying the onset, and/or reducing the severity of heart dysfunction and/or heart failure in a subject, the method comprising administering the composition to the subject before, at the time of, or after myocardial infarction and performing repeated remote ischemic conditioning (RIC) regimens on a subject having a myocardial infarction, wherein a first RIC regimen is performed during the myocardial infarction and subsequent RIC regimens are performed daily after the first RIC regimen.
A method of establishing wireless backhaul link, characterized by being performed by a new radio, NR, wireless backhaul base station , and comprising: measuring (S101) signal quality of a first wireless backhaul link between the NR wireless backhaul base station and a first NR donor base station being accessed by the NR wireless backhaul base station; starting (S102), if the signal quality of the first wireless backhaul link is less than a link reselection threshold for the NR wireless backhaul base station, to search for a second NR donor base station ; if the second NR donor base station is found, measuring (S103) signal quality of a second wireless backhaul link between the NR wireless backhaul base station and the second NR donor base station; initiating (S104), if the signal quality of the second wireless backhaul link being greater than a first threshold continues for a duration exceeding a first time length, a random access request to the second NR donor base station and establishing the second wireless backhaul link with the second NR donor base station; and disconnecting (S105), if the signal quality of the first wireless backhaul link being less than the link reselection threshold continues for a duration exceeding a second time length, the first wireless backhaul link with the first NR donor base station and transmitting data through the second backhaul link with the second NR donor base station. measuring (S101) signal quality of a first wireless backhaul link between the NR wireless backhaul base station and a first NR donor base station being accessed by the NR wireless backhaul base station; starting (S102), if the signal quality of the first wireless backhaul link is less than a link reselection threshold for the NR wireless backhaul base station, to search for a second NR donor base station ; if the second NR donor base station is found, measuring (S103) signal quality of a second wireless backhaul link between the NR wireless backhaul base station and the second NR donor base station; initiating (S104), if the signal quality of the second wireless backhaul link being greater than a first threshold continues for a duration exceeding a first time length, a random access request to the second NR donor base station and establishing the second wireless backhaul link with the second NR donor base station; and disconnecting (S105), if the signal quality of the first wireless backhaul link being less than the link reselection threshold continues for a duration exceeding a second time length, the first wireless backhaul link with the first NR donor base station and transmitting data through the second backhaul link with the second NR donor base station.
A method for providing an applet service capability, comprising: receiving (S101) an operation accessing request sent by an applet merchant though an applet management platform, wherein the operation accessing request comprises an applet token, an applet identifier and an operation accessing type; characterized in that , performing (S102, S202) authentication on the operation accessing request based on the applet token and the applet identifier through the applet management platform; in response to passing the authentication, parsing (S304) the operation accessing type from the operation accessing request; obtaining (S305) an applet service authority corresponding to the operation accessing request from an applet public capability unit in the applet management platform based on the operation accessing type; and providing (S306) the applet service authority corresponding to the operation accessing request for the applet merchant, such that the applet merchant obtains the applet service capability corresponding to the applet service authority. receiving (S101) an operation accessing request sent by an applet merchant though an applet management platform, wherein the operation accessing request comprises an applet token, an applet identifier and an operation accessing type; characterized in that , performing (S102, S202) authentication on the operation accessing request based on the applet token and the applet identifier through the applet management platform; in response to passing the authentication, parsing (S304) the operation accessing type from the operation accessing request; obtaining (S305) an applet service authority corresponding to the operation accessing request from an applet public capability unit in the applet management platform based on the operation accessing type; and providing (S306) the applet service authority corresponding to the operation accessing request for the applet merchant, such that the applet merchant obtains the applet service capability corresponding to the applet service authority.
An analogue of Stichodactyla helianthus toxin ShK comprising an ShK toxin polypeptide and an N -terminal extension comprising an amino acid sequence according to formula (I): (I) a -X -4 X -3 X -2 X -1 - b (SEQ ID NO: 3), wherein X -4 is D, E or other negatively-charged amino acid or derivative thereof, X -3 is E, I, L, S, V, W or a tryptophan derivative, X -2 is S or T, X -1 is S or T , a is absent or a first additional moiety, and b is absent or a second additional moiety, wherein the analogue is capable of blocking the activation of potassium channels Kv 1.3. X -4 is D, E or other negatively-charged amino acid or derivative thereof, X -3 is E, I, L, S, V, W or a tryptophan derivative, X -2 is S or T, X -1 is S or T , a is absent or a first additional moiety, and b is absent or a second additional moiety,
A session management method, comprising: learning , by a session management function, SMF, network element, of whether a first condition is met, wherein the first condition comprises: a first location of a user equipment, UE, is outside a service area, SA, of a local area data network, LADN; and when the first condition is met, stopping , by the SMF network element, data transmission of an LADN packet data unit, PDU, session of the LADN, and maintaining, by the SMF network element, a resource of the LADN PDU session, wherein the LADN PDU session is used for the UE to access the LADN; wherein the stopping , by the SMF network element, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session, comprises: enabling, by the SMF network element, a release timer; stopping, by the SMF, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session before the release timer expires; when the release timer expires, if the SMF finds that the UE is outside the SA of the LADN, triggering, by the SMF network element, to release the LADN PDU session. learning , by a session management function, SMF, network element, of whether a first condition is met, wherein the first condition comprises: a first location of a user equipment, UE, is outside a service area, SA, of a local area data network, LADN; and when the first condition is met, stopping , by the SMF network element, data transmission of an LADN packet data unit, PDU, session of the LADN, and maintaining, by the SMF network element, a resource of the LADN PDU session, wherein the LADN PDU session is used for the UE to access the LADN; wherein the stopping , by the SMF network element, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session, comprises: enabling, by the SMF network element, a release timer; stopping, by the SMF, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session before the release timer expires; when the release timer expires, if the SMF finds that the UE is outside the SA of the LADN, triggering, by the SMF network element, to release the LADN PDU session. enabling, by the SMF network element, a release timer; stopping, by the SMF, the data transmission of the LADN PDU session of the LADN, and maintaining, by the SMF network element, the resource of the LADN PDU session before the release timer expires; when the release timer expires, if the SMF finds that the UE is outside the SA of the LADN, triggering, by the SMF network element, to release the LADN PDU session.
A catheter extension set , comprising: a distal end , comprising a luer adapter configured to couple to a catheter adapter ; a proximal end , comprising a blood collection device ; and an extension tube extending between the distal end and the proximal end , characterized in that an inner surface of the extension tube comprises an absorbent material or an indicator tube comprising a plurality of markers , wherein blood within the extension tube is configured to flow proximate the absorbent material or through the indicator tube . a distal end , comprising a luer adapter configured to couple to a catheter adapter ; a proximal end , comprising a blood collection device ; and an extension tube extending between the distal end and the proximal end , characterized in that an inner surface of the extension tube comprises an absorbent material or an indicator tube comprising a plurality of markers , wherein blood within the extension tube is configured to flow proximate the absorbent material or through the indicator tube .