mhurhangee/patent-ind-claim-en huggingface dataset:
An airflow disruptor for a gas turbine engine bleed air exhaust port of an anti-icing system, the airflow disruptor comprising: an exhaust duct and a disruptor plate rotatably mounted upstream from an exhaust port of the exhaust duct ; an actuator coupled to the disruptor plate , the actuator adapted to rotate the disruptor plate into an external airflow responsive to temperature of exhaust flow in the exhaust port whereby the external airflow is turbulated upstream of the exhaust port ; a temperature sensor , wherein the temperature sensor is placed to sense temperature in the exhaust duct , wherein the actuator is operable responsive to a temperature signal from the temperature sensor ; and a control system receiving the temperature signal and issuing an actuation signal to the actuator responsive to the temperature signal exceeding a threshold value, wherein the actuation signal is proportional to temperature over the threshold value as indicated by the temperature signal . an exhaust duct and a disruptor plate rotatably mounted upstream from an exhaust port of the exhaust duct ; an actuator coupled to the disruptor plate , the actuator adapted to rotate the disruptor plate into an external airflow responsive to temperature of exhaust flow in the exhaust port whereby the external airflow is turbulated upstream of the exhaust port ; a temperature sensor , wherein the temperature sensor is placed to sense temperature in the exhaust duct , wherein the actuator is operable responsive to a temperature signal from the temperature sensor ; and a control system receiving the temperature signal and issuing an actuation signal to the actuator responsive to the temperature signal exceeding a threshold value, wherein the actuation signal is proportional to temperature over the threshold value as indicated by the temperature signal .
A method for detecting bearing faults within a drive train coupled to a generator generating output power, wherein the generator is coupled to a rotor assembly via the drive train, the method comprising: obtaining a measured electrical signal from the generator ; generating a signal signature representative of a bearing fault in the drive train based on the measured electrical signal; determining a diagnostic parameter based on the frequency spectrum of the signal signature; and determining the fault in the drive train based on the diagnostic parameter; wherein determining the diagnostic parameter comprises: determining a frequency range corresponding to a type of the fault; and determining a magnitude of the signal signature corresponding to the determined frequency range; wherein determining the fault of the drive train comprises determining the type of the fault and the severity of the fault by identifying a frequency range of the signal signature, corresponding to the type of the fault in the drive train; determining a peak magnitude of the signal signature, corresponding to the frequency range; and determining the severity of the fault based on the determined peak magnitude, by comparing the determined peak magnitude with two thresholds for classifying the severity. obtaining a measured electrical signal from the generator ; generating a signal signature representative of a bearing fault in the drive train based on the measured electrical signal; determining a diagnostic parameter based on the frequency spectrum of the signal signature; and determining the fault in the drive train based on the diagnostic parameter; wherein determining the diagnostic parameter comprises: determining a frequency range corresponding to a type of the fault; and determining a magnitude of the signal signature corresponding to the determined frequency range; determining a frequency range corresponding to a type of the fault; and determining a magnitude of the signal signature corresponding to the determined frequency range; wherein determining the fault of the drive train comprises determining the type of the fault and the severity of the fault by identifying a frequency range of the signal signature, corresponding to the type of the fault in the drive train; determining a peak magnitude of the signal signature, corresponding to the frequency range; and determining the severity of the fault based on the determined peak magnitude, by comparing the determined peak magnitude with two thresholds for classifying the severity.
An inkjet recording method comprising the step of forming an image by applying an ink (In) containing at least a coloring material and a processing liquid (Pr) containing at least a flocculant to a surface of a recording medium (M) by a droplet discharge device , respectively, to coalescence the ink (In) and the processing liquid (Pr), wherein an application amount of the processing liquid (Pr) is changed in accordance with an application amount of the ink (In) for each unit area (U) in which the image is formed, and characterised in that the application amount of the processing liquid (Pr) is controlled to be equal to or less than 5 g/m 2 in all of the unit areas (U); and when the image is formed in a plurality of printing passes, in the unit area (U) in which the application amount of the processing liquid (Pr) is equal to or more than 0.8 g/m 2 , an average value of the application amounts of the processing liquid (Pr) in the unit area (U) in each printing pass is controlled so that a deviation when compared between the printing passes is within ± 30%.
A conduit for conducting a flow of breathing gas from a pressure generating device to a cushion of a patient interface device , the conduit comprising: a housing defining a passage therethrough; characterized by a first magnetic element disposed on a first side of the passage; and a second magnetic element disposed on a second side of the passage opposite the first side, wherein the first and second magnetic elements are positioned such that the magnetic fields produced by each magnetic element interact in a manner such that the first magnetic element and the second magnetic element are repelled away from each other in a manner that resists collapse of the passage. a housing defining a passage therethrough; characterized by a first magnetic element disposed on a first side of the passage; and a second magnetic element disposed on a second side of the passage opposite the first side, wherein the first and second magnetic elements are positioned such that the magnetic fields produced by each magnetic element interact in a manner such that the first magnetic element and the second magnetic element are repelled away from each other in a manner that resists collapse of the passage.
Micro Z organic optoelectronic device emitting a light impulse, in response to an electrical impulse, comprising a dielectric substrate and superposed on the dielectric substrate : - a first planar electrode with a first extremity ; - an organic layer stack comprising at least one layer of electroluminescent material, at least partially covering the first extremity; - a second planar electrode , with another extremity covering partially said first extremity and said organic layer stack with a part, defining an active area of the device; characterised in that the position and the geometry of the first extremity is configured so that the first extremity delimits a hollow zone without conductive material, with an arch surrounding the hollow zone ; the arch having two arms and a branch connecting the two arms ; the active area being limited by the transversal dimension (Wb) of the said branch and the transversal dimension (W) of the part of the other extremity . - a first planar electrode with a first extremity ; - an organic layer stack comprising at least one layer of electroluminescent material, at least partially covering the first extremity; - a second planar electrode , with another extremity covering partially said first extremity and said organic layer stack with a part, defining an active area of the device; the position and the geometry of the first extremity is configured so that the first extremity delimits a hollow zone without conductive material, with an arch surrounding the hollow zone ; the arch having two arms and a branch connecting the two arms ; the active area being limited by the transversal dimension (Wb) of the said branch and the transversal dimension (W) of the part of the other extremity .
An extinguishant composition comprising 20 to 50 % by mass of a fuel and 80 to 50 % by mass of a chlorate, and further 6 to 1000 parts by mass of a potassium salt in relation to a total of 100 parts by mass of the fuel and the chlorate, wherein the chlorate is an oxidant compound which burns together with the fuel to generate thermal energy, and the extinguishant composition has a thermal decomposition starting temperature in the range of over 90°C to 260°C, the potassium salt generates potassium radicals by thermal energy, and is at least one of potassium acetate and tripotassium citrate, and the fuel is sodium carboxymethylcellulose.
A timepiece containing a case , a pusher mounted in a case middle of the case and a locking device adapted to lock the pusher, this pusher being arranged in such a way as to be capable of undergoing a translation in an axis of actuation of the pusher by a user, the locking device containing a blocking means and a control means arranged to control the displacement of the blocking means between a locking position and an unlocking position, in which positions the pusher is respectively blocked and free in translation, the control means extending in a general plane parallel to said actuation axis and being arranged movably in this general plane between a first position and a second position which correspond respectively to the locking and unlocking positions for the blocking means driven by the control means; characterized in that said blocking means is arranged movably in a translational manner along the actuation axis and with the ability to be displaced by the control means along this actuation axis between said locking position, where it forms an axial abutment for the pusher, and said unlocking position set back from the locking position, the control means containing for this purpose means for driving the blocking means in the actuation axis.
A cooker hood, comprising a lighting apparatus , wherein: the cooker hood further comprises a light reflection member; the light reflection member is disposed to be suitable for reflecting light emitted by the lighting apparatus ; and the cooker hood is an inclined cooker hood, comprising an air inlet and a smoke deflector , wherein the smoke deflector is disposed to be suitable for switching between a first state and a second state; when the smoke deflector is in the first state, the smoke deflector seals the air inlet; when the smoke deflector is in the second state, a light transmissive surface of the lighting apparatus faces an inner wall of the smoke deflector ; characterized in that : the light reflection member is disposed on an inner wall of the smoke deflector ; and when the smoke deflector is in the second state, a bottom end of the smoke deflector rotates outward to form an eaves, and the light reflection member is disposed to be suitable for reflecting the light emitted by the lighting apparatus through the light transmissive surface. the cooker hood further comprises a light reflection member; the light reflection member is disposed to be suitable for reflecting light emitted by the lighting apparatus ; and the cooker hood is an inclined cooker hood, comprising an air inlet and a smoke deflector , wherein the smoke deflector is disposed to be suitable for switching between a first state and a second state; when the smoke deflector is in the first state, the smoke deflector seals the air inlet; when the smoke deflector is in the second state, a light transmissive surface of the lighting apparatus faces an inner wall of the smoke deflector ; characterized in that : the light reflection member is disposed on an inner wall of the smoke deflector ; and when the smoke deflector is in the second state, a bottom end of the smoke deflector rotates outward to form an eaves, and the light reflection member is disposed to be suitable for reflecting the light emitted by the lighting apparatus through the light transmissive surface.
An OLED display module, wherein the display module comprises: a first region located in a substrate, wherein the first region comprises a control element (AA); a plurality of other regions located on both sides of the first region in the substrate, where the plurality of other regions are sequentially disposed in ascending order of distances from the first region, and the plurality of other regions sequentially comprise: a second region, comprising a first circuit element (GOA device); a third region, comprising a first circuit clock signal line (GOA Clk); a fourth region, comprising a second circuit clock signal line (EM Clk); a fifth region, comprising a second circuit element (EM device); and a sixth region, comprising a first low-potential port; a seventh region located on an upper surface of the substrate, wherein the seventh region covers the sixth region and the seventh region covers a part of the fifth region or completely covers the fifth region, and comprises a second low-potential port, and the first low-potential port is electrically connected to the second low-potential port; and an eighth region located on the upper surface of the substrate, wherein the eighth region covers the seventh region and the upper surface of the substrate, and comprises a third low-potential port. a first region located in a substrate, wherein the first region comprises a control element (AA); a plurality of other regions located on both sides of the first region in the substrate, where the plurality of other regions are sequentially disposed in ascending order of distances from the first region, and the plurality of other regions sequentially comprise: a second region, comprising a first circuit element (GOA device); a third region, comprising a first circuit clock signal line (GOA Clk); a fourth region, comprising a second circuit clock signal line (EM Clk); a fifth region, comprising a second circuit element (EM device); and a sixth region, comprising a first low-potential port; a seventh region located on an upper surface of the substrate, wherein the seventh region covers the sixth region and the seventh region covers a part of the fifth region or completely covers the fifth region, and comprises a second low-potential port, and the first low-potential port is electrically connected to the second low-potential port; and an eighth region located on the upper surface of the substrate, wherein the eighth region covers the seventh region and the upper surface of the substrate, and comprises a third low-potential port.
A battery pack comprising: a battery cell ; a temperature detection element ; and a thermally conductive member transferring heat of the battery cell to the temperature detection element; wherein the thermally conductive member is a thermally conductive laminate sheet that has a first portion touching the battery cell , and a second portion protruding from the first portion and touching the temperature detection element and wherein the first portion wraps the entire battery cell. a battery cell ; a temperature detection element ; and a thermally conductive member transferring heat of the battery cell to the temperature detection element; wherein the thermally conductive member is a thermally conductive laminate sheet that has a first portion touching the battery cell , and a second portion protruding from the first portion and touching the temperature detection element and wherein the first portion wraps the entire battery cell.
A lightweight machine-to-machine, LWM2M, client device , comprising: a processor circuit ; a transceiver coupled to the processor circuit; and a memory coupled to the processor circuit, wherein the memory comprises machine readable program instructions that, when executed by the processor circuit, cause the LWM2M client device to perform operations comprising: reconnecting an LWM2M client hosted by the LWM2M client device to an LWM2M server ; determining a state of the LWM2M client prior to reconnection of the LWM2M client ; transmitting , to the LWM2M server , an indication of the state of the LWM2M client prior to reconnection of the LWM2M client ; and receiving a response from the LWM2M server indicating whether the indicated state of the LWM2M client is an expected state of the LWM2M client or an unexpected state. a processor circuit ; a transceiver coupled to the processor circuit; and a memory coupled to the processor circuit, wherein the memory comprises machine readable program instructions that, when executed by the processor circuit, cause the LWM2M client device to perform operations comprising: reconnecting an LWM2M client hosted by the LWM2M client device to an LWM2M server ; determining a state of the LWM2M client prior to reconnection of the LWM2M client ; transmitting , to the LWM2M server , an indication of the state of the LWM2M client prior to reconnection of the LWM2M client ; and receiving a response from the LWM2M server indicating whether the indicated state of the LWM2M client is an expected state of the LWM2M client or an unexpected state. reconnecting an LWM2M client hosted by the LWM2M client device to an LWM2M server ; determining a state of the LWM2M client prior to reconnection of the LWM2M client ; transmitting , to the LWM2M server , an indication of the state of the LWM2M client prior to reconnection of the LWM2M client ; and receiving a response from the LWM2M server indicating whether the indicated state of the LWM2M client is an expected state of the LWM2M client or an unexpected state.
A bacterial host cell which (i) comprises under the control of an inducible promoter a nucleotide sequence encoding a protein from a phage which inhibits growth of said bacterial host cell; and (ii) comprises a nucleotide sequence encoding a RNA polymerase which is heterologous for said bacterial host cell; and (iii) comprises under the control of a promoter recognized by said RNA polymerase a nucleotide sequence which encodes a protein of interest. (i) comprises under the control of an inducible promoter a nucleotide sequence encoding a protein from a phage which inhibits growth of said bacterial host cell; and (ii) comprises a nucleotide sequence encoding a RNA polymerase which is heterologous for said bacterial host cell; and (iii) comprises under the control of a promoter recognized by said RNA polymerase a nucleotide sequence which encodes a protein of interest.
A wind turbine blade , comprising: a tip blade segment and a root blade segment extending in opposite directions from a chord-wise joint , wherein each of the tip blade segment and the root blade segment comprises a pressure side shell member and a suction side shell member; a beam structure comprises: a first section , wherein the first section is configured to be received at a receiving section of the root blade segment ; and a second section disposed in the tip blade segment and extending at an angle with respect to the first section , such that at least a portion of the tip blade segment is disposed outwardly with respect to a blade axis, wherein the beam structure connects the tip blade segment and the root blade segment , such that the tip blade segment and the root blade segment are disposed in a fixed relative angle to each other, disregarding the deflection of the blade during operation. a tip blade segment and a root blade segment extending in opposite directions from a chord-wise joint , wherein each of the tip blade segment and the root blade segment comprises a pressure side shell member and a suction side shell member; a beam structure comprises: a first section , wherein the first section is configured to be received at a receiving section of the root blade segment ; and a second section disposed in the tip blade segment and extending at an angle with respect to the first section , such that at least a portion of the tip blade segment is disposed outwardly with respect to a blade axis, wherein the beam structure connects the tip blade segment and the root blade segment , such that the tip blade segment and the root blade segment are disposed in a fixed relative angle to each other, disregarding the deflection of the blade during operation. a first section , wherein the first section is configured to be received at a receiving section of the root blade segment ; and a second section disposed in the tip blade segment and extending at an angle with respect to the first section , such that at least a portion of the tip blade segment is disposed outwardly with respect to a blade axis, wherein the beam structure connects the tip blade segment and the root blade segment , such that the tip blade segment and the root blade segment are disposed in a fixed relative angle to each other, disregarding the deflection of the blade during operation.
A cosmetic use of a cosmetic composition comprising a combination of at least one of serine and carnitine and at least one of allantoin and creatine for promoting skin exfoliation.
Tyre comprising: - a tread made of an elastomer material, - a belt reinforcement formed of: ∘ a part of a carcass layer located radially opposite the tread , formed of textile cords arranged parallel to each other, ∘ a single working layer formed of metal cords arranged parallel to each other, ∘ a hooping layer consisting of hoop reinforcers and formed of organic fibres, said hoop reinforcers forming, with the circumferential direction, an angle γ close to 0°, characterized in that • the textile cords of said part of the carcass layer located radially opposite the tread form, with the circumferential direction, an angle α whose absolute value is between 40° and 45°, and • the metal cords of the single working layer form, with the circumferential direction, an angle β whose absolute value is between 21° and 26°. - a tread made of an elastomer material, - a belt reinforcement formed of: ∘ a part of a carcass layer located radially opposite the tread , formed of textile cords arranged parallel to each other, ∘ a single working layer formed of metal cords arranged parallel to each other, ∘ a hooping layer consisting of hoop reinforcers and formed of organic fibres, said hoop reinforcers forming, with the circumferential direction, an angle γ close to 0°, ∘ a part of a carcass layer located radially opposite the tread , formed of textile cords arranged parallel to each other, ∘ a single working layer formed of metal cords arranged parallel to each other, ∘ a hooping layer consisting of hoop reinforcers and formed of organic fibres, said hoop reinforcers forming, with the circumferential direction, an angle γ close to 0°, • the textile cords of said part of the carcass layer located radially opposite the tread form, with the circumferential direction, an angle α whose absolute value is between 40° and 45°, and • the metal cords of the single working layer form, with the circumferential direction, an angle β whose absolute value is between 21° and 26°.
Method for beam shaping in a laser processing process or in a laser projection, in which, in a laser installation , a laser beam is focused onto a processing/imaging plane and the laser beam can be adapted in terms of its intensity distribution by means of at least one beam shaper , characterized in that the laser beam is divided into at least one further second partial beam by means of a beam splitter , and deviations of the beam profile from a targeted beam profile are determined in a first partial beam and a compensation beam profile is calculated for the at least second partial beam from a difference to the target beam profile and the second partial beam is modulated by means of at least one second beam shaper , and subsequently the first partial beam and the at least second partial beam are superposed by means of a beam combination and are focused onto the processing/imaging plane .