mhurhangee/patent-ind-claim-en huggingface dataset:
A turboshaft or turboprop aeroengine having a compressor inlet system , comprising: an inlet duct for directing an air flow to a compressor ; and an inlet splitter moveable between a stowed position, in which the splitter is disposed substantially out of the air flow so that the inlet duct provides substantially only one passage to the compressor , and a deployed position in which the splitter is disposed in the inlet duct to divide the inlet duct into at least two passages to the compressor , wherein at least one surface of the splitter exposed to the air flow includes an acoustic treatment configured to reduce aeroengine noise; wherein the splitter acoustic treatment is tuned substantially for attenuating a first noise frequency, an inner surface of the inlet duct comprises at least one acoustic treatment area tuned substantially for attenuating a second noise frequency different from the first noise frequency, and the at least one acoustic treatment area of the inner surface of the inlet duct is covered by the splitter when the splitter is in the stowed position and is exposed when the splitter is in the deployed position. an inlet duct for directing an air flow to a compressor ; and an inlet splitter moveable between a stowed position, in which the splitter is disposed substantially out of the air flow so that the inlet duct provides substantially only one passage to the compressor , and a deployed position in which the splitter is disposed in the inlet duct to divide the inlet duct into at least two passages to the compressor , wherein at least one surface of the splitter exposed to the air flow includes an acoustic treatment configured to reduce aeroengine noise; wherein the splitter acoustic treatment is tuned substantially for attenuating a first noise frequency, an inner surface of the inlet duct comprises at least one acoustic treatment area tuned substantially for attenuating a second noise frequency different from the first noise frequency, and the at least one acoustic treatment area of the inner surface of the inlet duct is covered by the splitter when the splitter is in the stowed position and is exposed when the splitter is in the deployed position.
A power management integrated circuit, PMIC, comprising: circuitry configured to output a voltage signal on a power output line; a peak detector implemented within the PMIC configured to monitor current associated with the voltage signal for an occurrence of a glitch; and additional circuitry configured to output a signal from the PMIC representing the occurrence of the glitch. circuitry configured to output a voltage signal on a power output line; a peak detector implemented within the PMIC configured to monitor current associated with the voltage signal for an occurrence of a glitch; and additional circuitry configured to output a signal from the PMIC representing the occurrence of the glitch.
A transparent multilayer film comprising: a plurality of layers comprising, a polymer A layer comprising polymer A; and a polymer B layer comprising polymer B adjacent to the polymer A layer, wherein at least one of: a differential solubility parameter (Δδ AB ) of polymer A towards polymer B is equal to or less than 2.2 MPa 1/2 ; and a differential solubility parameter (Δδ BA ) of polymer B towards polymer A is equal to or less than 2.2 MPa 1/2 ; wherein the multilayer film comprises greater than 250 layers; wherein the transparent multilayer film has a direct transmission of light at a wavelength in the range of 360 nanometers to 750 nanometers of at least 70%, (measured as disclosed on page 14) and wherein a total Thickness of the transparent multilayer film is greater than or equal to 70 micrometers. a plurality of layers comprising, a polymer A layer comprising polymer A; and a polymer B layer comprising polymer B adjacent to the polymer A layer, wherein at least one of: a differential solubility parameter (Δδ AB ) of polymer A towards polymer B is equal to or less than 2.2 MPa 1/2 ; and a differential solubility parameter (Δδ BA ) of polymer B towards polymer A is equal to or less than 2.2 MPa 1/2 ; a polymer A layer comprising polymer A; and a polymer B layer comprising polymer B adjacent to the polymer A layer, wherein at least one of: a differential solubility parameter (Δδ AB ) of polymer A towards polymer B is equal to or less than 2.2 MPa 1/2 ; and a differential solubility parameter (Δδ BA ) of polymer B towards polymer A is equal to or less than 2.2 MPa 1/2 ; a differential solubility parameter (Δδ AB ) of polymer A towards polymer B is equal to or less than 2.2 MPa 1/2 ; and a differential solubility parameter (Δδ BA ) of polymer B towards polymer A is equal to or less than 2.2 MPa 1/2 ; wherein the multilayer film comprises greater than 250 layers; wherein the transparent multilayer film has a direct transmission of light at a wavelength in the range of 360 nanometers to 750 nanometers of at least 70%, (measured as disclosed on page 14) and wherein a total Thickness of the transparent multilayer film is greater than or equal to 70 micrometers.
A universal serial bus, USB, doorbell dongle configured for use with a doorbell , the USB doorbell dongle comprising: a wireless communication module configured to receive inbound data delivered from the doorbell to the USB doorbell dongle via a network device and to send outbound data to the network device, the outbound data comprising identifying information related to the USB doorbell dongle; a processor configured to process the inbound data; a microphone ; a speaker ; and a button ; wherein the processor is further configured to transmit a notifying signal to the speaker in response to a ring signal received from the doorbell via the network device; wherein the speaker is configured to emit an audio ringtone in response to the notifying signal received from the processor; and wherein the USB doorbell dongle is configured to, when the button is pressed, activate the microphone to open audio communication between a user at the USB doorbell dongle and a visitor at the doorbell via the network device. a wireless communication module configured to receive inbound data delivered from the doorbell to the USB doorbell dongle via a network device and to send outbound data to the network device, the outbound data comprising identifying information related to the USB doorbell dongle; a processor configured to process the inbound data; a microphone ; a speaker ; and a button ; wherein the processor is further configured to transmit a notifying signal to the speaker in response to a ring signal received from the doorbell via the network device; wherein the speaker is configured to emit an audio ringtone in response to the notifying signal received from the processor; and wherein the USB doorbell dongle is configured to, when the button is pressed, activate the microphone to open audio communication between a user at the USB doorbell dongle and a visitor at the doorbell via the network device.
A switch assembly comprising: a first blade having a first contact within an enclosed cavity; and a second blade having a second contact within the enclosed cavity, the first and second contacts operable to make or break contact with one another in response to a magnetic field; and a coating formed over each of the first and second contacts, the coating comprising: a base conductive layer ; a second conductive layer formed over the base conductive layer , characterised in that the second conductive layer is a copper layer; and a tungsten-copper layer formed over the second conductive layer . a first blade having a first contact within an enclosed cavity; and a second blade having a second contact within the enclosed cavity, the first and second contacts operable to make or break contact with one another in response to a magnetic field; and a coating formed over each of the first and second contacts, the coating comprising: a base conductive layer ; a second conductive layer formed over the base conductive layer , characterised in that the second conductive layer is a copper layer; and a tungsten-copper layer formed over the second conductive layer . a base conductive layer ; a second conductive layer formed over the base conductive layer , characterised in that the second conductive layer is a copper layer; and a tungsten-copper layer formed over the second conductive layer .
A method for monitoring heart rates of a user wearing a heart rate measurement device configured to detect biometric signals of the user, each at a first time interval, the method comprising, each time when a biometric signal is to be detected: detecting (S20, S30; S200, S300) one biometric signal of the user and a distance signal reflecting and corresponding to a degree of fitness between the heart rate measurement device and skin of the user; obtaining (S40; S400) a heart rate value based on the one biometric signal, and determining whether the heart rate value is desirable based on the distance signal; and keeping (S50; S500) the heart rate value if the heart rate value is determined to be desirable, or discarding (S60, S70, S80, S90: S600, S700, S800, S900) the heart rate value if otherwise, the method further comprising, prior to the detecting one biometric signal of the user and a distance signal reflecting and corresponding to a degree of fitness between the heart rate measurement device and skin of the user: collecting (S10; S 100) physiological information of the user; determining (S10; S100) whether a body of the user is in a state of movement based on the physiological information; and sending (S80; S800) an action instruction to the heart rate measurement device to adjust the degree of fitness between the heart rate measurement device and the skin of the user if the body of the user is determined to be in the state of movement. detecting (S20, S30; S200, S300) one biometric signal of the user and a distance signal reflecting and corresponding to a degree of fitness between the heart rate measurement device and skin of the user; obtaining (S40; S400) a heart rate value based on the one biometric signal, and determining whether the heart rate value is desirable based on the distance signal; and keeping (S50; S500) the heart rate value if the heart rate value is determined to be desirable, or discarding (S60, S70, S80, S90: S600, S700, S800, S900) the heart rate value if otherwise, the method further comprising, prior to the detecting one biometric signal of the user and a distance signal reflecting and corresponding to a degree of fitness between the heart rate measurement device and skin of the user: collecting (S10; S 100) physiological information of the user; determining (S10; S100) whether a body of the user is in a state of movement based on the physiological information; and sending (S80; S800) an action instruction to the heart rate measurement device to adjust the degree of fitness between the heart rate measurement device and the skin of the user if the body of the user is determined to be in the state of movement. collecting (S10; S 100) physiological information of the user; determining (S10; S100) whether a body of the user is in a state of movement based on the physiological information; and sending (S80; S800) an action instruction to the heart rate measurement device to adjust the degree of fitness between the heart rate measurement device and the skin of the user if the body of the user is determined to be in the state of movement.
A conductive polymer solution having a conductive polymer and a solvent, wherein the conductive polymer comprises a pi-conjugated conductive polymer, a polyanion with which the pi-conjugated conductive polymer is doped, and an oxirane or oxetane group-containing compound that reacts with an anion making no contribution to the dope in the polyanion, characterized in that the oxirane or oxetane group-containing compound is needed to increase the acidity derived from the anion in a range of pH acidity between 2.0 to 6.0, and the solution has a pH in the range of 2.0 to 6.0. the conductive polymer comprises a pi-conjugated conductive polymer, a polyanion with which the pi-conjugated conductive polymer is doped, and an oxirane or oxetane group-containing compound that reacts with an anion making no contribution to the dope in the polyanion, characterized in that the oxirane or oxetane group-containing compound is needed to increase the acidity derived from the anion in a range of pH acidity between 2.0 to 6.0, and the solution has a pH in the range of 2.0 to 6.0.
A workpiece support assembly for supporting and aligning a plurality of singulated workpieces in a printing operation, the workpiece support assembly comprising an assembly body and a plurality of support members mounted on the assembly body which each support a workpiece in use, each support member comprising: a base mounted on the assembly body , and a head unit for supporting a workpiece thereon, characterised in that each support member further comprises an actuation mechanism for moving the head unit relative to the base , wherein the actuation mechanism comprises a parallel kinematic system having at least three drive units (15, 41, 93, 95A-D) each directly acting on the head unit , such that the actuation mechanism is selectively operative to move the head unit relative to the base to cause a translation of the head unit parallel to a plane, a rotation of the head unit about an axis orthogonal to that plane, or a combination of said translation and said rotation. a base mounted on the assembly body , and a head unit for supporting a workpiece thereon, characterised in that each support member further comprises an actuation mechanism for moving the head unit relative to the base , wherein the actuation mechanism comprises a parallel kinematic system having at least three drive units (15, 41, 93, 95A-D) each directly acting on the head unit , such that the actuation mechanism is selectively operative to move the head unit relative to the base to cause a translation of the head unit parallel to a plane, a rotation of the head unit about an axis orthogonal to that plane, or a combination of said translation and said rotation.
A corrosion protection composition for coating surfaces, the composition having a first and a second filling component, the weight ratio of the first filler component and the second filling component being between 0.4 and 1.2 based on the total composition, - the first filling component having carbon platelets and a nanostructure component , the nanostructure component being selected from the group of nanotubes, nanowires and nanofibers, - the second filling component having a polymer matrix , - the carbon platelets and/or the carbon nanostructure component having a silane functionalization or a polyether functionalization, the degree of functionalization being 5% to 90%, particularly 10% to 60% and further preferably 20% to 40%. - the first filling component having carbon platelets and a nanostructure component , the nanostructure component being selected from the group of nanotubes, nanowires and nanofibers, - the second filling component having a polymer matrix , - the carbon platelets and/or the carbon nanostructure component having a silane functionalization or a polyether functionalization, the degree of functionalization being 5% to 90%, particularly 10% to 60% and further preferably 20% to 40%.
A belt comprising: - a cover layer and opposing continuous tooth section defining an outer surface; - a cross-linked elastomeric body ; and, - a tensile reinforcement section disposed between the cover layer and the cross-linked elastomeric body ; wherein the continuous tooth section is comprised of a plurality of tooth structures; wherein each tooth of the plurality of tooth structures comprises a tooth flank , a land , and an easement area between the tooth flank and the land ; wherein the easement area has a progressively decreasing radial thickness from the tooth flank to the land ; characterised in that the belt is a spliced belt having a splice positioned in one tooth structure between a pair of corresponding lands ; and, in that the splice comprises a pair of looped cords extending from ends of the tensile reinforcement section, a pair of glad hand connectors disposed between the pair of looped cords , a clamp disposed over the pair of glad hand connectors and the pair of looped cords on a side of the belt comprising the cover layer , and a bottom clamp disposed on an end of the one tooth, wherein a clamp connector extends through the clamp and between the pair of glad hand connectors , and wherein the clamp connector securely engages the bottom clamp . - a cover layer and opposing continuous tooth section defining an outer surface; - a cross-linked elastomeric body ; and, - a tensile reinforcement section disposed between the cover layer and the cross-linked elastomeric body ; wherein the continuous tooth section is comprised of a plurality of tooth structures; wherein each tooth of the plurality of tooth structures comprises a tooth flank , a land , and an easement area between the tooth flank and the land ; wherein the easement area has a progressively decreasing radial thickness from the tooth flank to the land ; characterised in that the belt is a spliced belt having a splice positioned in one tooth structure between a pair of corresponding lands ; and, in that the splice comprises a pair of looped cords extending from ends of the tensile reinforcement section, a pair of glad hand connectors disposed between the pair of looped cords , a clamp disposed over the pair of glad hand connectors and the pair of looped cords on a side of the belt comprising the cover layer , and a bottom clamp disposed on an end of the one tooth, wherein a clamp connector extends through the clamp and between the pair of glad hand connectors , and wherein the clamp connector securely engages the bottom clamp .
A natural type miRNA, which is a single-stranded nucleic acid comprising X region and Y region, wherein the 3'-terminus of said X region and the 5'-terminus of said Y region are linked via a linker region of a non-nucleotide structure, said X region comprises (a) a guide strand sequence or (b) a passenger strand sequence of a mature miRNA, when the X region comprises (a), said Y region comprises a passenger strand sequence of said mature miRNA, when the X region comprises (b), said Y region comprises a guide strand sequence of said mature miRNA, said X region further comprises an additional sequence, wherein the length of said additional sequence is 3 - 5 bases, and said guide strand sequence and said passenger strand sequence form a double-stranded structure.
A method of producing a solid urea-nitrogen stabilizer composition comprising: a) forming molten urea; b) adding a nitrogen stabilizer composition to said molten urea, wherein said nitrogen stabilizer composition comprises NBPT at a purity of at least 95% by weight; and c) cooling the molten urea-nitrogen stabilizer composition to form the solid urea-nitrogen stabilizer composition. a) forming molten urea; b) adding a nitrogen stabilizer composition to said molten urea, wherein said nitrogen stabilizer composition comprises NBPT at a purity of at least 95% by weight; and c) cooling the molten urea-nitrogen stabilizer composition to form the solid urea-nitrogen stabilizer composition.
A domestic appliance , such as a dishwasher or a washing machine, comprising a program controller for controlling program sequences for at least one operating parameter, such as temperature or pH, and/or the operating sequence of at least one appliance component, such as rinsing arms or pumps, characterized in that the program controller has a program mode, for the use of a metering device that is not permanently installed in the domestic appliance , of which the program sequence for at least one operating parameter and/or at least one operating sequence of at least one appliance component depends on the ability of the sensor system (8; 9) of a non-permanently installed metering device to control the metering on the basis of sensor-detected operating parameters and/or operating sequences, a transmission system (47; 48) being provided for transmitting information between a control unit of the domestic appliance and a metering device that is not permanently installed in the domestic appliance .
A sintered friction material for a brake comprising: a metal matrix of Ni or Ni and less than 10 vol% Fe; a solid lubricant (a); and a friction adjusting material (b), wherein the solid lubricant (a) includes one or more selected from graphite, molybdenum disulfide, boron nitride, CaF 2 , BaF 2 and graphite fluoride, the friction adjusting material (b) includes: metal or alloy particles (b1) consisting of metal particles selected from W, Mo, Cr, or alloy particles selected from FeW; and inorganic particles (b2) consisting of at least one selected from metal oxides, metal nitrides, metal carbides, and intermetallic compounds, and the metal or alloy particles (b1) have an average particle size d b1 of 50 μm or more and the inorganic particles (b2) have an average particle size d b2 , satisfying d b1 < d b2 . the solid lubricant (a) includes one or more selected from graphite, molybdenum disulfide, boron nitride, CaF 2 , BaF 2 and graphite fluoride, the friction adjusting material (b) includes: metal or alloy particles (b1) consisting of metal particles selected from W, Mo, Cr, or alloy particles selected from FeW; and inorganic particles (b2) consisting of at least one selected from metal oxides, metal nitrides, metal carbides, and intermetallic compounds, and the metal or alloy particles (b1) have an average particle size d b1 of 50 μm or more and the inorganic particles (b2) have an average particle size d b2 , satisfying d b1 < d b2 .
A degradable polyethylene glycol derivative represented by formula : wherein, in the formula , R 1 , R 2 , R 3 and R 4 represent each independently a hydrogen atom or a hydrocarbon group having from 1 to 6 carbon atoms, and at least one of R 1 , R 2 , R 3 and R 4 is the hydrocarbon group; P 1 is a straight-chain or branched polyethylene glycol chain having a number of ethylene glycol units of 3 or more; P 2 is a straight-chain polyethylene glycol chain having a number of ethylene glycol units of 3 or more; w is an integer of 1 to 8; u is an integer of 1 to 10; X 1 is a chemically reactive functional group; and Z 1 , Z 2 and Z 3 are each independently a selected divalent spacer.
A hammer work tool , comprising: a housing having a housing opening , a housing rim defining the housing opening , and a locking tab protruding from the housing rim ; a power cell enclosed inside the housing , the power cell including a valve body and an accumulator; a tool member operatively associated with the power cell ; and a dust cover , characterised in that the dust cover further comprises: a plate having an interior surface , an exterior surface , and a perimeter ; a plurality of interior ribs extending from the interior surface ; a handle extending from the exterior surface ; a groove circumscribing a majority of the perimeter ; and a locking tab receiver ; wherein the groove is configured to receive the housing rim and the locking tab receiver is configured to receive the locking tab . a housing having a housing opening , a housing rim defining the housing opening , and a locking tab protruding from the housing rim ; a power cell enclosed inside the housing , the power cell including a valve body and an accumulator; a tool member operatively associated with the power cell ; and a dust cover , a plate having an interior surface , an exterior surface , and a perimeter ; a plurality of interior ribs extending from the interior surface ; a handle extending from the exterior surface ; a groove circumscribing a majority of the perimeter ; and a locking tab receiver ; wherein the groove is configured to receive the housing rim and the locking tab receiver is configured to receive the locking tab .