mhurhangee/patent-ind-claim-en huggingface dataset:
A kit for use in forming a two layer oral care system on a tooth for providing an oral care agent to the tooth , wherein the kit comprises: - a first composition for forming a first layer on the tooth, the first composition comprising: - a first polymer matrix an oral care agent and a first solvent, the first polymer matrix and the oral care agent are soluble in the first solvent; wherein the first composition can be dried/cured by evaporating the first solvent during or after its application as the first layer; and - a separate, second composition for forming a second layer on the first layer , wherein the second composition is a fluid comprising a liquid carrier different from the first solvent, the second composition comprising: - a second polymer matrix and a second solvent different from the first solvent; the oral care agent and the first polymer matrix being insoluble in the second solvent and the second polymer matrix being insoluble in the first solvent; wherein the second composition can be dried/cured by evaporating the second solvent during or after its application as the second layer. - a first composition for forming a first layer on the tooth, the first composition comprising: - a first polymer matrix an oral care agent and a first solvent, the first polymer matrix and the oral care agent are soluble in the first solvent; wherein the first composition can be dried/cured by evaporating the first solvent during or after its application as the first layer; and - a first polymer matrix an oral care agent and a first solvent, the first polymer matrix and the oral care agent are soluble in the first solvent; wherein the first composition can be dried/cured by evaporating the first solvent during or after its application as the first layer; and - a separate, second composition for forming a second layer on the first layer , wherein the second composition is a fluid comprising a liquid carrier different from the first solvent, the second composition comprising: - a second polymer matrix and a second solvent different from the first solvent; - a second polymer matrix and a second solvent different from the first solvent;
An acoustic damper for a gas turbine combustor, the acoustic damper comprising: a first low porosity layer section formed in a liner of the gas turbine combustor, the first low porosity layer section having a first arrangement of elongated generally S-shaped slots formed therein, each of the elongated generally S-shaped slots of the first arrangement having a major axis (X MAJOR ), the major axes of a first plurality of the elongated generally S-shaped slots of the first arrangement being generally perpendicular to the major axes of a second plurality of the elongated generally S-shaped slots of the first arrangement , wherein the first low porosity layer section is directly surrounded by a portion of the liner having one or more cooling apertures therein; a first housing having a first plurality of feed apertures , the first housing being coupled to the first low porosity layer section thereby defining a first cavity , air outside the first housing being configured to flow through at least a portion of the first plurality of feed apertures in the first housing and through at least a portion of the first arrangement of elongated generally S-shaped slots in the first low porosity layer section , thereby transforming a first range of frequencies of acoustic energy into thermal energy and aiding in providing an acoustic dampening effect on the first range of frequencies of acoustic energy for the gas turbine combustor during operation thereof. a first low porosity layer section formed in a liner of the gas turbine combustor, the first low porosity layer section having a first arrangement of elongated generally S-shaped slots formed therein, each of the elongated generally S-shaped slots of the first arrangement having a major axis (X MAJOR ), the major axes of a first plurality of the elongated generally S-shaped slots of the first arrangement being generally perpendicular to the major axes of a second plurality of the elongated generally S-shaped slots of the first arrangement , wherein the first low porosity layer section is directly surrounded by a portion of the liner having one or more cooling apertures therein; a first housing having a first plurality of feed apertures , the first housing being coupled to the first low porosity layer section thereby defining a first cavity , air outside the first housing being configured to flow through at least a portion of the first plurality of feed apertures in the first housing and through at least a portion of the first arrangement of elongated generally S-shaped slots in the first low porosity layer section , thereby transforming a first range of frequencies of acoustic energy into thermal energy and aiding in providing an acoustic dampening effect on the first range of frequencies of acoustic energy for the gas turbine combustor during operation thereof.
An ophthalmic device inspection system , comprising: a support structure , wherein the system is supported by the support structure and collectively defines a single apparatus; a processor ; a memory component communicatively coupled to the processor ; a measurement device communicatively coupled to the processor , wherein the measurement device includes a cuvette ; a center thickness (CT) gauge including a test mount and a test probe communicatively coupled to the processor ; and a data display device communicatively coupled to the processor ; wherein the processor is configured to identify a defect of an ophthalmic device qualified by a human user and quantify the defect by measuring the defect relative to an overlay, wherein the overlay defines a fixed standard quality criteria for the ophthalmic device. a support structure , wherein the system is supported by the support structure and collectively defines a single apparatus; a processor ; a memory component communicatively coupled to the processor ; a measurement device communicatively coupled to the processor , wherein the measurement device includes a cuvette ; a center thickness (CT) gauge including a test mount and a test probe communicatively coupled to the processor ; and a data display device communicatively coupled to the processor ; wherein the processor is configured to identify a defect of an ophthalmic device qualified by a human user and quantify the defect by measuring the defect relative to an overlay, wherein the overlay defines a fixed standard quality criteria for the ophthalmic device.
An engine start control system for a saddle-ride type vehicle, comprising: an integrated starter generator rotating in synchrony with a crankshaft of an engine (E) and driving a forward rotation and a reverse rotation of the crankshaft , and a control unit configured for controlling the integrated starter generator , a motor angle sensor for detecting a rotation angle of the integrated starter generator , the control unit is configured for determining on the basis of the motor angle sensor output the motor rotation direction of the integrated starter generator , and the control unit is configured to operate the integrated starter generator to drive the reverse rotation of the crankshaft after the engine (E) has stopped, characterized in that : the control unit is configured for deriving a motor rotation-direction signal on the basis of the motor angle sensor output and of the determined motor rotation direction at every time the integrated starter generator rotates 10 degrees, wherein rotation-direction signal is incremented during forward rotation of the crankshaft and inversely decremented during reverse rotation of the crankshaft , the control unit is configured to maintain reverse rotation drive during a predetermined time period until the rotation direction signal has been successively decremented three times (t4) after the start (t1) of the reverse rotation state of the crankshaft caused by the integrated starter generator and until the rotation-direction signal is incremented (t7). an integrated starter generator rotating in synchrony with a crankshaft of an engine (E) and driving a forward rotation and a reverse rotation of the crankshaft , and a control unit configured for controlling the integrated starter generator , a motor angle sensor for detecting a rotation angle of the integrated starter generator , the control unit is configured for determining on the basis of the motor angle sensor output the motor rotation direction of the integrated starter generator , and the control unit is configured to operate the integrated starter generator to drive the reverse rotation of the crankshaft after the engine (E) has stopped, characterized in that : the control unit is configured for deriving a motor rotation-direction signal on the basis of the motor angle sensor output and of the determined motor rotation direction at every time the integrated starter generator rotates 10 degrees, wherein rotation-direction signal is incremented during forward rotation of the crankshaft and inversely decremented during reverse rotation of the crankshaft , the control unit is configured to maintain reverse rotation drive during a predetermined time period until the rotation direction signal has been successively decremented three times (t4) after the start (t1) of the reverse rotation state of the crankshaft caused by the integrated starter generator and until the rotation-direction signal is incremented (t7).
A polycarbonate diol, comprising a repeating unit represented by the following formula (A) and a terminal hydroxyl group, wherein 90 to 100 mol% of the repeating units represented by formula (A) are repeating units represented by the following formula (B) and/or (C), an amount of the repeating units represented by formula (B) is 10 to 90 mol% based on total repeating units represented by formula (A), 90 mol% or more of a total amount of terminal groups is terminal groups represented by the following formula (B-E) and/or (C-E), and the polycarbonate diol satisfies the following expression (i): wherein R represents a divalent aliphatic or alicyclic hydrocarbon having 2 to 15 carbon atoms, wherein A means formula (A), wherein A means formula (A), C − E / B − E calculated by NMR > alkali hydrolysis HDL/BDL wherein (C-E)/(B-E) calculated by NMR is a molar ratio between the terminal groups represented by formula (C-E) and the terminal groups represented by formula (B-E) measured by nuclear magnetic resonance (NMR), and alkali hydrolysis HDL/BDL is a molar ratio between 1,6-hexanediol (HDL) and 1,4-butanediol (BDL) obtained by alkali hydrolysis of the polycarbonate diol. 90 to 100 mol% of the repeating units represented by formula (A) are repeating units represented by the following formula (B) and/or (C), an amount of the repeating units represented by formula (B) is 10 to 90 mol% based on total repeating units represented by formula (A), 90 mol% or more of a total amount of terminal groups is terminal groups represented by the following formula (B-E) and/or (C-E), and the polycarbonate diol satisfies the following expression (i): wherein R represents a divalent aliphatic or alicyclic hydrocarbon having 2 to 15 carbon atoms, wherein A means formula (A), wherein A means formula (A), C − E / B − E calculated by NMR > alkali hydrolysis HDL/BDL wherein (C-E)/(B-E) calculated by NMR is a molar ratio between the terminal groups represented by formula (C-E) and the terminal groups represented by formula (B-E) measured by nuclear magnetic resonance (NMR), and alkali hydrolysis HDL/BDL is a molar ratio between 1,6-hexanediol (HDL) and 1,4-butanediol (BDL) obtained by alkali hydrolysis of the polycarbonate diol.
An air-flow generating device comprising: a motor ; a housing supporting the motor; a passageway coupled to the housing and defining a passageway axis between a first opening and a second opening ; a fan assembly including a first axial fan having a first plurality of blades extending radially outwardly from a first hub, and a second axial fan having a second plurality of blades extending radially outwardly from a second hub; a transmission assembly operably coupling the first axial fan and the second axial fan to the motor, the transmission assembly including a transmission shaft rotatable about a transmission axis , the transmission axis being substantially orthogonal to the passageway axis; and an actuator operable to pivot the fan assembly about the transmission axis between a first condition, in which the first axial fan is positioned proximate the first opening, and a second condition, in which the second axial fan is positioned proximate the first opening. a motor ; a housing supporting the motor; a passageway coupled to the housing and defining a passageway axis between a first opening and a second opening ; a fan assembly including a first axial fan having a first plurality of blades extending radially outwardly from a first hub, and a second axial fan having a second plurality of blades extending radially outwardly from a second hub; a transmission assembly operably coupling the first axial fan and the second axial fan to the motor, the transmission assembly including a transmission shaft rotatable about a transmission axis , the transmission axis being substantially orthogonal to the passageway axis; and an actuator operable to pivot the fan assembly about the transmission axis between a first condition, in which the first axial fan is positioned proximate the first opening, and a second condition, in which the second axial fan is positioned proximate the first opening.
A low-load operation method for operating a reciprocating uniflow-scavenged dual-fuel two-stroke large diesel engine comprising a cylinder in which a piston is arranged movable to and fro between a top dead center corresponding to a crank angle of 0° or 360°, respectively, and a bottom dead center corresponding to a crank angle of 180° and having an outlet valve which is hydraulically actuable via a valve hydraulic system at a predefined opening pressure by means of a hydraulic medium, characterized in that in a low-load range between 0% and 25% of a maximum engine load the internal combustion engine is operated in a gas mode, wherein the crank angle for opening the exhaust valve of the internal combustion engine is reduced from a normal crank angle for opening the exhaust valve in a load range above 25% of the maximum engine load, to a value between 15° and 90°, and wherein in the low-load range the crank angle for opening the exhaust valve is reduced with decreasing load.
A memory apparatus, comprising: an interconnect in a first dielectric above a substrate ; a structure above the interconnect, wherein the structure comprises a diffusion barrier material, wherein the structure substantially covers the interconnect; a resistive random-access memory, RRAM, device coupled to the interconnect, the RRAM device comprising: a first electrode on a portion of the structure ; a stoichiometric layer comprising metal and oxygen on the first electrode ; a non-stoichiometric layer , as an oxygen exchange layer, comprising the metal and oxygen on the stoichiometric layer ; a second electrode comprising a barrier material on the non-stoichiometric layer ; and a third electrode on the second electrode ; and a spacer directly adjacent to the RRAM device , wherein the spacer comprises a second dielectric. an interconnect in a first dielectric above a substrate ; a structure above the interconnect, wherein the structure comprises a diffusion barrier material, wherein the structure substantially covers the interconnect; a resistive random-access memory, RRAM, device coupled to the interconnect, the RRAM device comprising: a first electrode on a portion of the structure ; a stoichiometric layer comprising metal and oxygen on the first electrode ; a non-stoichiometric layer , as an oxygen exchange layer, comprising the metal and oxygen on the stoichiometric layer ; a second electrode comprising a barrier material on the non-stoichiometric layer ; and a third electrode on the second electrode ; and a first electrode on a portion of the structure ; a stoichiometric layer comprising metal and oxygen on the first electrode ; a non-stoichiometric layer , as an oxygen exchange layer, comprising the metal and oxygen on the stoichiometric layer ; a second electrode comprising a barrier material on the non-stoichiometric layer ; and a third electrode on the second electrode ; and a spacer directly adjacent to the RRAM device , wherein the spacer comprises a second dielectric.
An information processing apparatus , comprising: a communication section configured to communicate with a terminal using a near field wireless communication; and a processor configured to set a first communication mode to be used for authentication of the terminal as a communication mode of the communication section, and change the communication mode from the first communication mode to a second communication mode different from the first communication mode in response to success in the authentication of the terminal, characterized in that the first communication mode is a reader/writer mode, and the second communication mode is either a card emulation mode or a P2P mode, the information processing apparatus further comprises a storage section configured to store data in which identification information used for the authentication is associated with information indicating an authority assigned to a user identified by the identification information, and the processor sets either the card emulation mode or the P2P mode as the second communication mode according to the authority. a communication section configured to communicate with a terminal using a near field wireless communication; and a processor configured to set a first communication mode to be used for authentication of the terminal as a communication mode of the communication section, and change the communication mode from the first communication mode to a second communication mode different from the first communication mode in response to success in the authentication of the terminal, characterized in that the first communication mode is a reader/writer mode, and the second communication mode is either a card emulation mode or a P2P mode, the information processing apparatus further comprises a storage section configured to store data in which identification information used for the authentication is associated with information indicating an authority assigned to a user identified by the identification information, and the processor sets either the card emulation mode or the P2P mode as the second communication mode according to the authority.
A method for producing low molecular weight polytetrafluoroethylene, comprising: irradiating polytetrafluoroethylene to provide low molecular weight polytetrafluoroethylene having a melt viscosity of 1 × 10 2 to 7 × 10 5 Pa·s at 380°C, determined by heating a 2 g sample at 380°C for five minutes in advance and then keeping this sample at this temperature under a load of 0.7 MPa using a flow tester (Shimadzu Corp.) and a 2φ-8L die in conformity with ASTM D1238; pulverizing the low molecular weight polytetrafluoroethylene; and heating the low molecular weight polytetrafluoroethylene pulverized in the step , wherein the heating is performed at a temperature of 100 to 300°C, wherein both the polytetrafluoroethylene and the low molecular weight polytetrafluoroethylene are in the form of powder. irradiating polytetrafluoroethylene to provide low molecular weight polytetrafluoroethylene having a melt viscosity of 1 × 10 2 to 7 × 10 5 Pa·s at 380°C, determined by heating a 2 g sample at 380°C for five minutes in advance and then keeping this sample at this temperature under a load of 0.7 MPa using a flow tester (Shimadzu Corp.) and a 2φ-8L die in conformity with ASTM D1238; pulverizing the low molecular weight polytetrafluoroethylene; and heating the low molecular weight polytetrafluoroethylene pulverized in the step , wherein the heating is performed at a temperature of 100 to 300°C, wherein both the polytetrafluoroethylene and the low molecular weight polytetrafluoroethylene are in the form of powder.
A fastening assembly comprising: first and second seating members each having a through opening; a spherical rod end comprising a spherical member and an integrally threaded shaft , the spherical member disposed between the first and second seating members and having a through opening that is substantially coaxial with the through openings in the first and second seating members , the through opening in the spherical member and in the first and second seating members forming substantially coaxial through openings; and a partially threaded fastener for passing through the substantially coaxial through openings to secure the spherical rod end by clamping the first and second seating members on opposite sides of the spherical member in facing relation forming a seat therefor, wherein the first and second seating members each include cylindrical sections that are opposed to one another, and annular sections that are formed substantially at the center of the cylindrical sections and extend radially inward from the ends of the cylindrical sections , wherein inner peripheral edges of the annular sections define the through openings of the first and second seating members and the second seating member has a pair of anti-rotation tabs with free ends extending toward and radially outside the first seating member . first and second seating members each having a through opening; a spherical rod end comprising a spherical member and an integrally threaded shaft , the spherical member disposed between the first and second seating members and having a through opening that is substantially coaxial with the through openings in the first and second seating members , the through opening in the spherical member and in the first and second seating members forming substantially coaxial through openings; and a partially threaded fastener for passing through the substantially coaxial through openings to secure the spherical rod end by clamping the first and second seating members on opposite sides of the spherical member in facing relation forming a seat therefor, wherein the first and second seating members each include cylindrical sections that are opposed to one another, and annular sections that are formed substantially at the center of the cylindrical sections and extend radially inward from the ends of the cylindrical sections , wherein inner peripheral edges of the annular sections define the through openings of the first and second seating members and the second seating member has a pair of anti-rotation tabs with free ends extending toward and radially outside the first seating member .