mhurhangee/patent-ind-claim-en huggingface dataset:
A method of treating a microbial contaminant, exclusive of in vivo human or animal use, comprising contacting a microbe with one or more reaction products derived from a silver iodate or a silver periodate wherein the reaction product is Ag 5 IO 6 .
A portable vision assistance assembly comprising: an elongate body , the body including a base located at a first end of the body , the base having a generally flat bottom surface on which is provided a first attachment formation configured to releasably attach the body to a stationary, secondary structure in front of a mirror, the body defining a cavity configured to house a vision correcting optical lens , characterised by : the body having a lid on an opposite end of the body relative to the base , the lid being moveable between a closed condition in which the lid covers an entrance to the cavity and an open condition in which the lid extends away from the entrance to provide access to the cavity , and by: the lid having a second attachment formation for the detachable attachment of the vision correcting optical lens to the second attachment formation , such that the vision correcting optical lens can be detached and housed in the cavity of the body for storage and can be removed from the cavity and detachably attached to the second attachment formation on the lid for use with the portable vision assistance assembly . an elongate body , the body including a base located at a first end of the body , the base having a generally flat bottom surface on which is provided a first attachment formation configured to releasably attach the body to a stationary, secondary structure in front of a mirror, the body defining a cavity configured to house a vision correcting optical lens , characterised by : the body having a lid on an opposite end of the body relative to the base , the lid being moveable between a closed condition in which the lid covers an entrance to the cavity and an open condition in which the lid extends away from the entrance to provide access to the cavity , and by: the lid having a second attachment formation for the detachable attachment of the vision correcting optical lens to the second attachment formation , such that the vision correcting optical lens can be detached and housed in the cavity of the body for storage and can be removed from the cavity and detachably attached to the second attachment formation on the lid for use with the portable vision assistance assembly . the lid having a second attachment formation for the detachable attachment of the vision correcting optical lens to the second attachment formation , such that the vision correcting optical lens can be detached and housed in the cavity of the body for storage and can be removed from the cavity and detachably attached to the second attachment formation on the lid for use with the portable vision assistance assembly .
A combination of (S)-(-)-1-(4-fluoro-5-isoquinolinesulfonyl)-2-methyl-1,4-homopiperazine or a salt thereof, or a solvate of (S)-(-)-1-(4-fluoro-5-isoquinolinesulfonyl)-2-methyl-1,4-homopiperazine or the salt thereof and an α 2 agonist for use in preventing or treating glaucoma, wherein the α 2 agonist is brimonidine or a salt thereof, and being a combination drug incorporated in a single dosage form.
A carrying device having a receptacle member which configures a receptacle space for receiving a baby or infant, and having a holding harness system for fastening the receptacle member to a person, wherein the holding harness system has a hip strap , and wherein the receptacle member has a central part which supports the baby or infant and which is connected to the hip strap at a first connection point , - wherein the central part narrows from an upper region in the direction toward the hip strap ; and - wherein, in the upper region , a first and a second widening element are connected to the central part ; - wherein the first widening element extends to a second connection point to the hip strap , the position of said second connection point being able to be adapted by displacing the first widening element along the hip strap ; and - wherein the second widening element extends to a third connection point to the hip strap , the position of said third connection point being able to be adapted by displacing the second widening element along the hip strap . characterized in that, one intermediate piece which does not have any connection to the hip strap is in each case tensioned between the first and the second widening element and the central part , and that the second and the third connection point have in each case one sling which is disposed on the widening elements and is mounted so as to be displaceable on the hip strap . - wherein the central part narrows from an upper region in the direction toward the hip strap ; and - wherein, in the upper region , a first and a second widening element are connected to the central part ; - wherein the first widening element extends to a second connection point to the hip strap , the position of said second connection point being able to be adapted by displacing the first widening element along the hip strap ; and - wherein the second widening element extends to a third connection point to the hip strap , the position of said third connection point being able to be adapted by displacing the second widening element along the hip strap .
A testing or filling adapter for a reservoir or downstream pipe to be filled with fluid, particularly for an initial filling on an automobile production line, said filling adapter being composed of a body , an attachment module for attaching the adapter to the reservoir or downstream pipe to be filled, and a coupling system having a coupled position, in which a sealed connection is established between the body and the attachment module , and an uncoupled position, in which the attachment module can be separated from the body , with the body including a feed module comprising a plurality of conduits that include at least one fluid conduit , said fluid conduit being equipped with a safety valve that can be moved between an open configuration in which the safety valve permits the circulation of fluid in the fluid conduit and a closed configuration in which the safety valve prevents the circulation of fluid in the fluid conduit , with the safety valve being connected to a mirror element , said mirror element having a first configuration in which the safety valve is in the open configuration and a second configuration in which the safety valve is in the closed configuration, characterized in that the filling adapter comprises at least one safety device that cooperates with the coupling system , said safety device being movable between a locked position, in which the safety device locks the coupling system in the coupled position, and an unlocked position, in which the safety device allows the displacement of the coupling system to the uncoupled position, with the safety device also cooperating with the mirror element so as to enable the mirror element to be in its first configuration when the safety device is in the locked position , and forcing the mirror element to be in its second configuration when the safety device is moved from its locked position to its unlocked position.
A method for dynamic adaptation of an in-vehicle feature detector comprising: retrieving, by a vehicle comprising a vehicle feature detector, a feature detection model, precomputed weights for the feature detection model, or a combination thereof embedded in a data layer of map data representing a geographic area from which a training data set was collected to generate the feature detection model, the precomputed weights, or a combination thereof; deploying the feature detection model, the precomputed weights, or a combination thereof to adapt the in-vehicle feature detector based on determining that the in-vehicle feature detector is in the geographic area, plans to travel in the geographic area, or a combination thereof; wherein the in-vehicle feature detector uses the feature detection model, the precomputed weights, or a combination thereof to process sensor data collected while in the geographic area to detect one or more features from imagery-of the sensor data, and matching, by the in-vehicle feature detector, the detected one or more features from the imagery-of the sensor data to one or more mapped features of the map data to determine a current location of the vehicle. retrieving, by a vehicle comprising a vehicle feature detector, a feature detection model, precomputed weights for the feature detection model, or a combination thereof embedded in a data layer of map data representing a geographic area from which a training data set was collected to generate the feature detection model, the precomputed weights, or a combination thereof; deploying the feature detection model, the precomputed weights, or a combination thereof to adapt the in-vehicle feature detector based on determining that the in-vehicle feature detector is in the geographic area, plans to travel in the geographic area, or a combination thereof; wherein the in-vehicle feature detector uses the feature detection model, the precomputed weights, or a combination thereof to process sensor data collected while in the geographic area to detect one or more features from imagery-of the sensor data, and matching, by the in-vehicle feature detector, the detected one or more features from the imagery-of the sensor data to one or more mapped features of the map data to determine a current location of the vehicle.
A wind turbine comprising: a bearing housing ; a rolling element bearing within the bearing housing and a space within the bearing housing for containing grease for lubricating the rolling element bearing; a shaft rotatably supported by the rolling element bearing; wherein the rolling element bearing comprises a plurality of rolling elements spaced by a cage , characterised in that the wind turbine further comprises a pressure sensor , wherein the pressure sensor is in fluid communication with the space and configured to measure the pressure of grease in the space within the bearing housing.
Working implement with an electric drive motor, wherein the drive motor drives a mechanical load with a predetermined drive power and the electric drive motor is fed from a first energy source with a predetermined drive power , wherein a second energy source is provided, the second energy source covering power peaks of the electric drive motor above the drive power and the second energy source being designed as an energy store and the energy store being designed for charging from the first energy source , wherein the energy store of the second energy source is a flywheel store , wherein the second energy source is connected to the drive motor by a switching device depending on the absorbed electric power of the drive motor , wherein the drive motor and an auxiliary motor are connected to each other via a gear mechanism , characterised in that the flywheel store can be fed directly via the first energy source , wherein a smooth start device is connected between the first energy source and the flywheel store in order to avoid an increased starting current when starting the flywheel and when starting the auxiliary motor .
Method for obtaining proteins or a rich-protein extract from algae, comprising the steps of: disrupting a cell wall of algae by physical-mechanical means using a vibratory grinding mill with rings; submitting the disrupted algae to an enzymatic hydrolysis carried out with a mixture of enzymes; wherein the enzyme mixture is a mixture of at least two enzymes selected from the following list: lipase, pectinase, cellulase, hemicellullase, endo exo-arabanase, amylase, or mixtures thereof; provided that at least one of the enzymes is lipase, pectinase, amylase. disrupting a cell wall of algae by physical-mechanical means using a vibratory grinding mill with rings; submitting the disrupted algae to an enzymatic hydrolysis carried out with a mixture of enzymes; wherein the enzyme mixture is a mixture of at least two enzymes selected from the following list: lipase, pectinase, cellulase, hemicellullase, endo exo-arabanase, amylase, or mixtures thereof; provided that at least one of the enzymes is lipase, pectinase, amylase.
A method for delivering content to a destination device, comprising: receiving by the destination device a notification including an indication of a content selected for delivery from a source device to the destination device and at least one delivery condition; obtaining by the destination device information of at least one delivery condition included in the notification to control the delivery of the selected content to the destination device; examining by the destination device whether the destination device fulfills the delivery conditions; transmitting from the destination device a request for transmitting the selected content to the destination device, if the examining indicates that the destination device fulfills the delivery conditions; enabling the destination device to receive the selected content; and receiving the content, if the destination device fulfills the delivery conditions. receiving by the destination device a notification including an indication of a content selected for delivery from a source device to the destination device and at least one delivery condition; obtaining by the destination device information of at least one delivery condition included in the notification to control the delivery of the selected content to the destination device; examining by the destination device whether the destination device fulfills the delivery conditions; transmitting from the destination device a request for transmitting the selected content to the destination device, if the examining indicates that the destination device fulfills the delivery conditions; enabling the destination device to receive the selected content; and receiving the content, if the destination device fulfills the delivery conditions.
A vinyl chloride resin composition comprising: (a) a vinyl chloride resin; (b) a trimellitate; (c) a pyromellitate formed from a compound represented by the following formula where R 1 , R 2 , R 3 , and R 4 are alkyl groups that may be the same or different, and a total straight chain ratio of R 1 , R 2 , R 3 , and R 4 is 90 mol% or more, and (d) a silicone oil, wherein a percentage content of (c) the pyromellitate relative to a total content of (b) the trimellitate and (c) the pyromellitate is 15 mass% or more. (a) a vinyl chloride resin; (b) a trimellitate; (c) a pyromellitate formed from a compound represented by the following formula where R 1 , R 2 , R 3 , and R 4 are alkyl groups that may be the same or different, and a total straight chain ratio of R 1 , R 2 , R 3 , and R 4 is 90 mol% or more, and (d) a silicone oil,
A detent method for a medical imaging system, the method comprising: obtaining a braking function F(S,V) between a distance S moved by a moveable component of the medical imaging system when a brake is applied to the component and a velocity V of the component; obtaining a measured velocity V m of the component before the brake is applied; and determining a braking position P B based on a target position P T , the measured velocity V m and the braking function F(S,V), wherein the brake is configured to be actuated when the component reaches the braking position P B obtaining a measured position P m of the component after the component stops moving; and if a braking function re-calibration rule is triggered, adjusting the braking function F(S,V) based on: a distance S 0 between the braking position P B and the measured position P m ; and the measured velocity V m wherein, the braking function re-calibration rule includes that the measured position P m does not fall within a detent window relative to the target position P T . obtaining a braking function F(S,V) between a distance S moved by a moveable component of the medical imaging system when a brake is applied to the component and a velocity V of the component; obtaining a measured velocity V m of the component before the brake is applied; and determining a braking position P B based on a target position P T , the measured velocity V m and the braking function F(S,V), wherein the brake is configured to be actuated when the component reaches the braking position P B obtaining a measured position P m of the component after the component stops moving; and if a braking function re-calibration rule is triggered, adjusting the braking function F(S,V) based on: a distance S 0 between the braking position P B and the measured position P m ; and the measured velocity V m a distance S 0 between the braking position P B and the measured position P m ; and the measured velocity V m wherein, the braking function re-calibration rule includes that the measured position P m does not fall within a detent window relative to the target position P T .
A method for producing cellulosic ethanol, comprising the following steps: 1) adding a medium containing source materials comprising cellulose and/or hemicelluloses to a fermentation reaction vessel; 2) adding cellulase to the fermentation reaction vessel, and inoculating Candida lusitaniae; 3) conducting simultaneous saccharification and fermentation (SSF) with the combined action of cellulase and Candida lusitaniae, and obtaining cellulosic ethanol by separation, wherein said medium in step 1) contains 15%-30% cellulosic and/or hemicellulosic source materials, said source materials containing 20%-70% cellulose and 10%-40% hemicellulose of percent by dry weight of the source materials; wherein, the origin of the source materials of cellulose and/or hemicelluloses in step 1) is renewable lignocellulosic biomass; wherein, Candida lusitaniae used in step 2) is a yeast that has been adapted to growth in the presence of ethanol and cellobiose. 1) adding a medium containing source materials comprising cellulose and/or hemicelluloses to a fermentation reaction vessel; 2) adding cellulase to the fermentation reaction vessel, and inoculating Candida lusitaniae; 3) conducting simultaneous saccharification and fermentation (SSF) with the combined action of cellulase and Candida lusitaniae, and obtaining cellulosic ethanol by separation, wherein said medium in step 1) contains 15%-30% cellulosic and/or hemicellulosic source materials, said source materials containing 20%-70% cellulose and 10%-40% hemicellulose of percent by dry weight of the source materials; wherein, the origin of the source materials of cellulose and/or hemicelluloses in step 1) is renewable lignocellulosic biomass; wherein, Candida lusitaniae used in step 2) is a yeast that has been adapted to growth in the presence of ethanol and cellobiose.
A corona ionization source assembly , comprising: a fine wire , including a wire core including a first material; a wire coating including a second material, where the wire coating surrounds a portion of the wire core , and the diameter of the wire coating is greater than the diameter of the wire core; characterised in that the portion of the wire core that is coated is arranged to mechanically secure the fine wire . a fine wire , including a wire core including a first material; a wire coating including a second material, where the wire coating surrounds a portion of the wire core , and the diameter of the wire coating is greater than the diameter of the wire core; a wire core including a first material; a wire coating including a second material, where the wire coating surrounds a portion of the wire core , and the diameter of the wire coating is greater than the diameter of the wire core; characterised in that the portion of the wire core that is coated is arranged to mechanically secure the fine wire .
A computer-implemented method comprising: transforming a speech signal into a speech signal representation; training, with a cost function, a regression deep neural network to minimize a mean squared error between actual values of the speech signal representation and estimated values of the speech signal representation, wherein the cost function includes one or more discriminative terms; and extending bandwidth of the speech signal by extending the speech signal representation of the speech signal using the regression deep neural network trained with the cost function that includes the one or more discriminative terms, wherein the one or more discriminative terms include at least one of a fricative-to-vowel power ratio and a function thereof or wherein the one or more discriminative terms preserve relations of statistics between different phoneme classes in the actual values of the speech signal representation and the estimated values of the speech signal representation. transforming a speech signal into a speech signal representation; training, with a cost function, a regression deep neural network to minimize a mean squared error between actual values of the speech signal representation and estimated values of the speech signal representation, wherein the cost function includes one or more discriminative terms; and extending bandwidth of the speech signal by extending the speech signal representation of the speech signal using the regression deep neural network trained with the cost function that includes the one or more discriminative terms, wherein the one or more discriminative terms include at least one of a fricative-to-vowel power ratio and a function thereof or wherein the one or more discriminative terms preserve relations of statistics between different phoneme classes in the actual values of the speech signal representation and the estimated values of the speech signal representation.
Composition comprising: (i) one or more amino silicone, (ii) one or more cationic surfactants different from (i), (iii) one or more associative polymers, and (iv) one or more thickening agents different from the associative polymers (iii), the associative polymers being cationic amphiphilic associative polymers chosen from quaternized hydroxyethylcelluloses modified with at least one alkyl group containing at least 8 carbon atoms, the associative polymers being present in said composition in an amount of from 0.01 wt% to 5 wt%, relative to the total weight of the composition. (i) one or more amino silicone, (ii) one or more cationic surfactants different from (i), (iii) one or more associative polymers, and (iv) one or more thickening agents different from the associative polymers (iii), the associative polymers being cationic amphiphilic associative polymers chosen from quaternized hydroxyethylcelluloses modified with at least one alkyl group containing at least 8 carbon atoms, the associative polymers being present in said composition in an amount of from 0.01 wt% to 5 wt%, relative to the total weight of the composition.