mhurhangee/patent-ind-claim-en huggingface dataset:
Oil reservoir device for an engine , comprising: - a first reservoir , a second reservoir and a third reservoir , the first reservoir being provided with a first outlet towards the third reservoir and the second reservoir being provided with a second outlet towards the third reservoir , - and a shut-off element capable of shutting off the first outlet and capable of shutting off the second outlet , the shut-off element being movable between at least three positions (P1, P2, P3) such that: - in a first position (P1) of the shut-off element , the first outlet is open and the second outlet is closed; - in a second position (P2) of the shut-off element , the first outlet is closed and the second outlet is open; - in a third position (P3) of the shut-off element , the first outlet is open and the second outlet is open, the first reservoir comprising a first inlet , the second reservoir comprising a second inlet , and characterized in that the shut-off element is capable of shutting off the first inlet and capable of shutting off the second inlet . - a first reservoir , a second reservoir and a third reservoir , the first reservoir being provided with a first outlet towards the third reservoir and the second reservoir being provided with a second outlet towards the third reservoir , - and a shut-off element capable of shutting off the first outlet and capable of shutting off the second outlet , the shut-off element being movable between at least three positions (P1, P2, P3) such that: - in a first position (P1) of the shut-off element , the first outlet is open and the second outlet is closed; - in a second position (P2) of the shut-off element , the first outlet is closed and the second outlet is open; - in a third position (P3) of the shut-off element , the first outlet is open and the second outlet is open, - in a first position (P1) of the shut-off element , the first outlet is open and the second outlet is closed; - in a second position (P2) of the shut-off element , the first outlet is closed and the second outlet is open; - in a third position (P3) of the shut-off element , the first outlet is open and the second outlet is open,
An inverter for controlling an electric machine , the inverter comprising: a switching circuit comprising a low-side switch and a high-side switch , the low-side switch and the high-side switch each having a control terminal and two switched terminals ; a driver circuit for providing control signals to the control terminals of the switching circuit , the driver circuit operating at an operational fundamental switching frequency of the control signals; an electronic data processor ; a data storage device in communication with the electronic data processor ; a control module stored in the data storage device , the control module comprising software instructions for execution by the electronic data processor to dynamically change the fundamental switching frequency of the control signals to reduce electromagnetic noise within a target frequency band if the fundamental switching frequency is equal to or greater than a threshold fundamental switching frequency, characterized in that the control module comprises software instructions for execution by the electronic data processor to dynamically change the fundamental switching frequency of the control signals according to a spread-spectrum control process, wherein, in accordance with the spread-spectrum control-process, the control module is configured to change or step the fundamental switching frequency by a fixed frequency step between a previous fundamental frequency and a next fundamental frequency based on the previous fundamental frequency, a maximum dither percentage, and a total number of steps. a switching circuit comprising a low-side switch and a high-side switch , the low-side switch and the high-side switch each having a control terminal and two switched terminals ; a driver circuit for providing control signals to the control terminals of the switching circuit , the driver circuit operating at an operational fundamental switching frequency of the control signals; an electronic data processor ; a data storage device in communication with the electronic data processor ; a control module stored in the data storage device , the control module comprising software instructions for execution by the electronic data processor to dynamically change the fundamental switching frequency of the control signals to reduce electromagnetic noise within a target frequency band if the fundamental switching frequency is equal to or greater than a threshold fundamental switching frequency, characterized in that the control module comprises software instructions for execution by the electronic data processor to dynamically change the fundamental switching frequency of the control signals according to a spread-spectrum control process, wherein, in accordance with the spread-spectrum control-process, the control module is configured to change or step the fundamental switching frequency by a fixed frequency step between a previous fundamental frequency and a next fundamental frequency based on the previous fundamental frequency, a maximum dither percentage, and a total number of steps.
A method of increasing accumulation of thebaine in an opium poppy plant, the method comprising transforming the genome of the plant to include a nucleic acid molecule encoding a hairpin RNA for simultaneously reducing the activity of thebaine 6-O-demethylase (T6ODM) and codeine 3-O-demethylase (CODM) in the poppy plant, wherein the nucleic acid molecule comprises SEQ ID NO:7.
A spectrum access system, SAS, comprising: a transceiver configured to receive a registration request from a first base station in response to the first base station being installed in a dynamic protection area, DPA ; and a processor configured to allocate a channel in a shared spectrum and a transmission power to the first base station , wherein the SAS is configured to estimate an updated aggregate interference level within the DPA by combining an aggregate interference level that was computed for at least one second base station during a previous Coordinated Periodic Activities Among SASs, CPAS, with an interference level estimated for the first base station based on the transmission power and a path loss associated with the first base station , wherein the transceiver is configured to, in response to the updated aggregate interference level being less than a threshold value, transmit a test grant authorizing the first base station to transmit on the channel at the transmission power for a predetermined time interval, and wherein the test grant is converted to a suspended grant following the predetermined time interval, wherein the suspended grant is an unauthorized grant. a transceiver configured to receive a registration request from a first base station in response to the first base station being installed in a dynamic protection area, DPA ; and a processor configured to allocate a channel in a shared spectrum and a transmission power to the first base station , wherein the SAS is configured to estimate an updated aggregate interference level within the DPA by combining an aggregate interference level that was computed for at least one second base station during a previous Coordinated Periodic Activities Among SASs, CPAS, with an interference level estimated for the first base station based on the transmission power and a path loss associated with the first base station , wherein the transceiver is configured to, in response to the updated aggregate interference level being less than a threshold value, transmit a test grant authorizing the first base station to transmit on the channel at the transmission power for a predetermined time interval, and wherein the test grant is converted to a suspended grant following the predetermined time interval, wherein the suspended grant is an unauthorized grant. level within the DPA by combining an aggregate interference level that was computed for at least one second base station during a previous Coordinated Periodic Activities Among SASs, CPAS, with an interference level estimated for the first base station based on the transmission power and a path loss associated with the first base station , wherein the transceiver is configured to, in response to the updated aggregate interference level being less than a threshold value, transmit a test grant authorizing the first base station to transmit on the channel at the transmission power for a predetermined time interval, and wherein the test grant is converted to a suspended grant following the predetermined time interval, wherein the suspended grant is an unauthorized grant.
Method for locking a control device to be woken up by means of a wake-up signal, which method is carried out taking into account a temperature of the control device , wherein the wake-up signal is blocked by an overtemperature circuit by blocking a signal path via which the wake-up signal is to be transmitted to the control device , characterized in that blocking of the wake-up signal triggered by the overtemperature circuit is reset, in the event of the control device being started by a starting apparatus via another signal path, if the temperature is below a critical temperature, with the result that the wake-up signal can reach the control device again.
A method for preparing a hop acid mixture, the method comprising: contacting a racemate of tetrahydro-α-acids with a chiral amine to form a hop acid complex as a precipitate or in solution, the hop acid complex having an enantiomeric excess of (+)-tetrahydro-α-acids, wherein the amine is -(-)-cis-1-amino-indanol.
An apparatus for measuring a soil condition, the apparatus comprising: a shank configured to engage with a drawbar ; an array of movable pads carried by the shank , each of the movable pads spaced at different distances from a point at which the shank is configured to engage the drawbar ; and a plurality of sensors , each sensor coupled to at least one movable pad of the array of movable pads and configured to measure deflection of the at least one movable pad relative to the shank as the shank is dragged through soil by the drawbar ; characterized in that the movable pads of the array are disposed on or over a lateral surface of the shank . a shank configured to engage with a drawbar ; an array of movable pads carried by the shank , each of the movable pads spaced at different distances from a point at which the shank is configured to engage the drawbar ; and a plurality of sensors , each sensor coupled to at least one movable pad of the array of movable pads and configured to measure deflection of the at least one movable pad relative to the shank as the shank is dragged through soil by the drawbar ; characterized in that the movable pads of the array are disposed on or over a lateral surface of the shank .
A method of wireless communication, comprising: determining that a second transmission is decoded incorrectly in response to a first received indication on a communication channel; and transmitting , on the communication channel, a third transmission and a fourth transmission based on a determination that the second transmission is decoded incorrectly, wherein the third transmission is a coded bit set including a combination of a coded bit set of a first transmission and a coded bit set of the second transmission and the fourth transmission is a coded bit set including a combination of the coded bit sets of the first transmission, the second transmission, and the third transmission, and wherein the first transmission is a polar encoded bit set X 1 , the second transmission is a polar encoded bit set X 2 and the second transmission is a hybrid automatic repeat request-incremental redundancy, HARQ-IR, transmission of the first transmission, wherein the first transmission is encoded with a first code block length and a first number of information bits allocated to a first channel set and the second transmission is encoded with a second code block length and a second number of information bits allocated to a second channel set; and wherein the third transmission is a coded bit set X 3 including a combination of a first half of X 1 and a first half of X 2 . determining that a second transmission is decoded incorrectly in response to a first received indication on a communication channel; and transmitting , on the communication channel, a third transmission and a fourth transmission based on a determination that the second transmission is decoded incorrectly, wherein the third transmission is a coded bit set including a combination of a coded bit set of a first transmission and a coded bit set of the second transmission and the fourth transmission is a coded bit set including a combination of the coded bit sets of the first transmission, the second transmission, and the third transmission, and wherein the first transmission is a polar encoded bit set X 1 , the second transmission is a polar encoded bit set X 2 and the second transmission is a hybrid automatic repeat request-incremental redundancy, HARQ-IR, transmission of the first transmission, wherein the first transmission is encoded with a first code block length and a first number of information bits allocated to a first channel set and the second transmission is encoded with a second code block length and a second number of information bits allocated to a second channel set; and wherein the third transmission is a coded bit set X 3 including a combination of a first half of X 1 and a first half of X 2 .
Device for measuring the velocity or flow of a gas at a temperature (Tg) different from an ambient temperature, comprising: a first platform suspended by first arms above a support suitable for being maintained at the ambient temperature, the first arms comprising thermoelectric tracks configured for supplying a first voltage based on the difference between the temperatures of the first platform and the support; and a processing unit suitable for supplying the measurement (F) of velocity or flow based on the first voltage, the temperature of the gas and the ambient temperature. a first platform suspended by first arms above a support suitable for being maintained at the ambient temperature, the first arms comprising thermoelectric tracks configured for supplying a first voltage based on the difference between the temperatures of the first platform and the support; and a processing unit suitable for supplying the measurement (F) of velocity or flow based on the first voltage, the temperature of the gas and the ambient temperature.
Method for detecting an aerosol - by means of at least one image recorded by a camera (K) for a vehicle, characterized in that , -- in a first step, a first value of a parameter (P) is ascertained from the at least one image after a first colour filtering (F1) and, - in a second step, a second value for the same parameter (P) is ascertained from the one image or a further image that was recorded by the camera without the first colour filtering (F1) or with a second colour filtering (F2) which differs from the first colour filtering (F1), and - the ascertained values are compared (V), and - the detection or density determination or classification of the aerosol is carried out in dependence on the result of the comparison (D) and - the parameter is the average brightness value (M) or gradient of the pixels, characterized in that - the aerosol is illuminated by means of headlights, and - the spectral characteristic of the headlights (Figure 3a) is taken into account. - by means of at least one image recorded by a camera (K) for a vehicle, characterized in that , -- in a first step, a first value of a parameter (P) is ascertained from the at least one image after a first colour filtering (F1) and, -- in a first step, a first value of a parameter (P) is ascertained from the at least one image after a first colour filtering (F1) and, - in a second step, a second value for the same parameter (P) is ascertained from the one image or a further image that was recorded by the camera without the first colour filtering (F1) or with a second colour filtering (F2) which differs from the first colour filtering (F1), and - the ascertained values are compared (V), and - the detection or density determination or classification of the aerosol is carried out in dependence on the result of the comparison (D) and - the parameter is the average brightness value (M) or gradient of the pixels, characterized in that - the aerosol is illuminated by means of headlights, and - the spectral characteristic of the headlights (Figure 3a) is taken into account.
A solder paste comprising a solder powder; and a flux, comprising a rosin; an activator; a solvent; and a thixotropic agent containing a polyethylene glycol, wherein a content of the polyethylene glycol is 12 mass% to 20 mass% with respect to a total mass of the flux, a content of the thixotropic agent excluding the polyethylene glycol is 5 mass% or less with respect to the total mass of the flux, and a content of the rosin is more than 15 mass% and 50 mass% or less with respect to the total mass of the flux. a solder powder; and a flux, comprising a rosin; an activator; a solvent; and a thixotropic agent containing a polyethylene glycol, wherein a content of the polyethylene glycol is 12 mass% to 20 mass% with respect to a total mass of the flux, a content of the thixotropic agent excluding the polyethylene glycol is 5 mass% or less with respect to the total mass of the flux, and a content of the rosin is more than 15 mass% and 50 mass% or less with respect to the total mass of the flux.
An optical article having antistatic and antireflection or reflective properties, comprising a substrate having at least one main surface coated with an antireflection or reflective coating, said coating comprising at least one electrically conductive layer, wherein: - said electrically conductive layer comprises at least 30% by weight of tin oxide, SnO 2 , relative to the total weight of the electrically conductive layer, - the deposition of said electrically conductive layer has been performed under ionic assistance: o either in a vacuum chamber under a residual pressure varying from 6.10 -5 mbar to 2.10 -4 mbar, o or under an acceleration voltage ranging from 50 to 200 V, and - said substrate has a water uptake rate equal to or greater than 0.6% by weight relative to the total weight of said substrate, the water uptake rate being measured after predrying said substrate and then storing it for 800 hours in a chamber at 50°C under 100% relative humidity and at atmospheric pressure. - said electrically conductive layer comprises at least 30% by weight of tin oxide, SnO 2 , relative to the total weight of the electrically conductive layer, - the deposition of said electrically conductive layer has been performed under ionic assistance: o either in a vacuum chamber under a residual pressure varying from 6.10 -5 mbar to 2.10 -4 mbar, o or under an acceleration voltage ranging from 50 to 200 V, and o either in a vacuum chamber under a residual pressure varying from 6.10 -5 mbar to 2.10 -4 mbar, o or under an acceleration voltage ranging from 50 to 200 V, and - said substrate has a water uptake rate equal to or greater than 0.6% by weight relative to the total weight of said substrate, the water uptake rate being measured after predrying said substrate and then storing it for 800 hours in a chamber at 50°C under 100% relative humidity and at atmospheric pressure.
An exhaust treatment apparatus comprising: a casing having an inlet port configured to allow an exhaust gas to flow into the casing and an outlet port configured to allow a purified exhaust gas to be discharged from the casing ; an exhaust fan provided in the casing , the exhaust fan being configured to send the exhaust gas from the inlet port to the outlet port ; a chemical filter provided in at least one stage between the exhaust fan in the casing and the outlet port ; at least one first pre-filter provided in a preceding stage of the chemical filter ; and a second pre-filter provided between the chemical filter and the first pre-filter , characterized in that the second pre-filter is provided on a surface of the chemical filter , the at least one first pre-filter has a pressure loss higher than that of the chemical filter , and the second pre-filter has a pressure loss higher than that of the chemical filter and lower than that of the first pre-filter . a casing having an inlet port configured to allow an exhaust gas to flow into the casing and an outlet port configured to allow a purified exhaust gas to be discharged from the casing ; an exhaust fan provided in the casing , the exhaust fan being configured to send the exhaust gas from the inlet port to the outlet port ; a chemical filter provided in at least one stage between the exhaust fan in the casing and the outlet port ; at least one first pre-filter provided in a preceding stage of the chemical filter ; and a second pre-filter provided between the chemical filter and the first pre-filter , characterized in that the second pre-filter is provided on a surface of the chemical filter , the at least one first pre-filter has a pressure loss higher than that of the chemical filter , and the second pre-filter has a pressure loss higher than that of the chemical filter and lower than that of the first pre-filter .