mhurhangee/patent-ind-claim-en huggingface dataset:
A tank valve for mounting on a compressed gas container , with a base body , with a common gas connection for refueling/extraction, which is divided within the base body into a refueling line and an extraction line as part of an extraction path, and with an extraction valve in the extraction line , a check valve being arranged in the extraction path in series with the extraction valve , which check valve blocks the flow against the flow direction (A) when gas is extracted, and wherein a pipe rupture protection is arranged in the extraction path and a valve body of the check valve and/or the pipe rupture protection is lifted off its valve seat in normal operation with a spring element , characterized in that the valve bodies of the check valve and the pipe rupture protection are made in one piece with a common body . and wherein a pipe rupture protection is arranged in the extraction path and a valve body of the check valve and/or the pipe rupture protection is lifted off its valve seat in normal operation with a spring element , characterized in that the valve bodies of the check valve and the pipe rupture protection are made in one piece with a common body .
A display method for displaying an image on a screen of a headset of a system for aiding navigation, the system for aiding navigation comprising of: - the headset , - a calculator , and - a plurality of cameras suitable for acquiring at least an image of a part of an environment, the display method being characterised in that the method comprises the successive steps of: - receiving by the calculator of images of a part of the environment acquired by the plurality of cameras ; - merging of the images derived from the plurality of cameras so as to obtain a merged image (IF) of the part of the environment; - determining of the orientation of the headset of the operator; - extraction of a part of the merged image (IF) so as to obtain a first image , the extraction of the part of the merged image (IF) being a function of the orientation of the headset determined in the step of determination; - processing of the first image having a first number of pixels (N1) so as to obtain a first processed image (IT1), the treatment aiming at improving the quality of the first image ; - measurement of the orientation of the headset of the operator provided with the helmet ; - extraction of a part of the first processed image (IT1) as a function of the measured orientation of the headset so as to obtain a second image , the second image having a second number of pixels (N2) strictly lower than the first number of pixels (N1); - dispatching by the calculator to the headset the second image for display on the screen . - the headset , - a calculator , and - a plurality of cameras suitable for acquiring at least an image of a part of an environment, - receiving by the calculator of images of a part of the environment acquired by the plurality of cameras ; - merging of the images derived from the plurality of cameras so as to obtain a merged image (IF) of the part of the environment; - determining of the orientation of the headset of the operator; - extraction of a part of the merged image (IF) so as to obtain a first image , the extraction of the part of the merged image (IF) being a function of the orientation of the headset determined in the step of determination; - processing of the first image having a first number of pixels (N1) so as to obtain a first processed image (IT1), the treatment aiming at improving the quality of the first image ; - measurement of the orientation of the headset of the operator provided with the helmet ; - extraction of a part of the first processed image (IT1) as a function of the measured orientation of the headset so as to obtain a second image , the second image having a second number of pixels (N2) strictly lower than the first number of pixels (N1); - dispatching by the calculator to the headset the second image for display on the screen .
An organic light emitting diode, OLED, display, comprising: a substrate ; a first electrode disposed over the substrate; an organic emission layer disposed over the first electrode; a second electrode disposed over the organic emission layer; a capping layer disposed over the second electrode; and a first color pixel, a second color pixel, and a third color pixel, wherein the optical thickness of the capping layer is in the range of 110 nm to 140 nm, wherein each of the first color pixel, the second color pixel, and the third color pixel comprises the first electrode, the organic emission layer, the second electrode, and the capping layer; the organic emission layer comprises: a hole injection layer and a hole transporting layer disposed in this order over the first electrode; an emission layer disposed over the hole transporting layer, the emission layer comprising a host and a dopant; and an electron transporting layer and an electron injection layer disposed in this order over the emission layer, characterized in that the emission layer of the first color pixel comprises: a first emission layer comprising the host; and a second emission layer comprising the host and the dopant, wherein the first emission layer does not comprise the dopant. a substrate ; a first electrode disposed over the substrate; an organic emission layer disposed over the first electrode; a second electrode disposed over the organic emission layer; a capping layer disposed over the second electrode; and a first color pixel, a second color pixel, and a third color pixel, wherein the optical thickness of the capping layer is in the range of 110 nm to 140 nm, wherein each of the first color pixel, the second color pixel, and the third color pixel comprises the first electrode, the organic emission layer, the second electrode, and the capping layer; the organic emission layer comprises: a hole injection layer and a hole transporting layer disposed in this order over the first electrode; an emission layer disposed over the hole transporting layer, the emission layer comprising a host and a dopant; and an electron transporting layer and an electron injection layer disposed in this order over the emission layer, a hole injection layer and a hole transporting layer disposed in this order over the first electrode; an emission layer disposed over the hole transporting layer, the emission layer comprising a host and a dopant; and an electron transporting layer and an electron injection layer disposed in this order over the emission layer, characterized in that the emission layer of the first color pixel comprises: a first emission layer comprising the host; and a second emission layer comprising the host and the dopant, a first emission layer comprising the host; and a second emission layer comprising the host and the dopant, wherein the first emission layer does not comprise the dopant.
Method for composing an intermediate representation of a video sequence from at least one first and one second representation of said video sequence, said at least one first and one second representation being spatially partitioned into a plurality of tiles, each tile being associated with compressed data in the corresponding representation, the method being characterized in that the tiles can be decoded independently of one another and in that , at a given instant, the at least one first and one second representation are partitioned identically, the method comprising the following steps: - selection , according to at least one quality criterion, of a set of tiles forming a partition of the sequence, the set comprising at least one tile originating from the first representation and at least one tile originating from the second representation, - storage of the arrangement of the selected tiles and of the representation from which each of them originates in a description file, so as to form a representation composed of the video sequence, called intermediate representation, the bit rate of which is between the bit rate of the first representation and the bit rate of the second representation, and - generation of a manifest file comprising a URL to said intermediate representation, - transmission of the manifest file to a terminal, and upon receipt of a download request corresponding to the URL contained in the manifest file, transmission of the corresponding data to the terminal. - selection , according to at least one quality criterion, of a set of tiles forming a partition of the sequence, the set comprising at least one tile originating from the first representation and at least one tile originating from the second representation, - storage of the arrangement of the selected tiles and of the representation from which each of them originates in a description file, so as to form a representation composed of the video sequence, called intermediate representation, the bit rate of which is between the bit rate of the first representation and the bit rate of the second representation, and - generation of a manifest file comprising a URL to said intermediate representation, - transmission of the manifest file to a terminal, and upon receipt of a download request corresponding to the URL contained in the manifest file, transmission of the corresponding data to the terminal.
A method for driving a vehicle in connection with start of a combustion engine in a propulsion system of the vehicle, the propulsion system comprising a combustion engine with an output shaft , an electric machine comprising a stator and a rotor , a gearbox with an input shaft , and a planetary gear comprising three components in the form of a sun gear , a ring gear and a planet wheel carrier , the output shaft of the combustion engine being connected to the sun gear of the planetary gear so that a rotation of the output shaft of the combustion engine results in a rotation of said sun gear , the input shaft of the gearbox being connected to the planet wheel carrier of the planetary gear so that a rotation of the input shaft of the gearbox results in a rotation of said planet wheel carrier and the rotor of the electric machine being connected to the ring gear of the planetary gear, so that a rotation of the rotor results in a rotation of said ring gear , the propulsion system further comprising locking means transferable between a locking position in which two of said components are interlocked such that the three components rotate as a unit with the same rotational speed and a releasing position in which the components are allowed to rotate with different rotational speeds, wherein the propulsion system further comprises a component brake which is transferable between a braking position in which the rotation of said sun gear of the planetary gear is braked by the component brake , and an open position in which said sun gear of the planetary gear is not affected by the component brake , characterized in that the method starts when the vehicle is being driven forward by the electric machine by having a reverse gear engaged in the gearbox while the electric machine drives said ring gear of the planetary gear to rotate with a negative rotational speed (n 3 ) with the locking means in the releasing position and with the component brake in the braking position, the method comprising the step: (a) transferring of the component brake to the open position, so that the output shaft of the combustion engine via said sun gear of the planetary gear is brought to rotate with a positive rotational speed (ni), whereby the combustion engine may be started. (a) transferring of the component brake to the open position, so that the output shaft of the combustion engine via said sun gear of the planetary gear is brought to rotate with a positive rotational speed (ni), whereby the combustion engine may be started.
An ultrasonic welding installation comprising an ultrasonic vibration unit having a sonotrode and a converter , wherein the sonotrode and the converter are arranged in mutually adjacent relationship along a longitudinal axis and the ultrasonic vibration unit can be caused to resonate with an ultrasonic vibration in the direction of the longitudinal axis with a wavelength λ/2, wherein there is provided a holder for holding the ultrasonic vibration unit, wherein the holder has an angle positioning device, characterised in that the angle positioning device and the ultrasonic vibration unit are of such a configuration that they can be connected together in positively locking relationship so that a rotation of the ultrasonic vibration unit about the longitudinal axis is prevented by the positively locking connection and a relative movement between the ultrasonic vibration unit and the holder in the direction of the longitudinal axis is not prevented, wherein the ultrasonic vibration unit has an outer bead with at least one recess , wherein the angle positioning device has at least one projection which corresponds to the recess and which can engage into the recess and thus provides the positively locking connection.
Preparation for use as a plant protection agent, which has at least one copper-containing component, at least one basic component and at least one wetting agent; characterised in that the wetting agent is selected from docusate sodium or a combination of docusate sodium and sodium dodecyl sulphate and that the basic component is potassium hydrogen carbonate and/or sodium hydrogen carbonate.
A method comprising: receiving, by a first network device in a system of network devices, a join message from a second network device in the system, the join message including a link aggregation group, LAG, configuration for one or more LAGs programmed on the second network device, the LAG configuration identifying the one or more LAGs and, for each LAG in the one or more LAGs, one or more member ports (17/2, 17/3) of the second network device included in the LAG; determining , by the first network device , whether a provisional LAG configuration for the one or more LAGs of the second network device exists on the first network device; if the provisional LAG configuration does not exist on the first network device: configuring using the received LAG configuration, by the first network device, the system of devices for communication with the second network device via the one or more LAGs; and if the provisional LAG configuration does exist on the first network device: determining whether a discrepancy exists between the provisional LAG configuration and the LAG configuration included in the join message. receiving, by a first network device in a system of network devices, a join message from a second network device in the system, the join message including a link aggregation group, LAG, configuration for one or more LAGs programmed on the second network device, the LAG configuration identifying the one or more LAGs and, for each LAG in the one or more LAGs, one or more member ports (17/2, 17/3) of the second network device included in the LAG; determining , by the first network device , whether a provisional LAG configuration for the one or more LAGs of the second network device exists on the first network device; if the provisional LAG configuration does not exist on the first network device: configuring using the received LAG configuration, by the first network device, the system of devices for communication with the second network device via the one or more LAGs; and if the provisional LAG configuration does exist on the first network device: determining whether a discrepancy exists between the provisional LAG configuration and the LAG configuration included in the join message.
Composition for use in the prevention and/or treatment of a liver disease in a mammal, the composition comprising an active agent, said active agent containing the amino acids leucine, isoleucine, valine, threonine, lysine and the carboxylic acids citric acid, succinic acid, malic acid.
Power-split gearbox having a drive shaft , which is connectable to a drive motor , and having an output shaft , which is connectable to vehicle wheels, having a first hydraulic unit which is of adjustable swept volume and which is operable as a motor or as a pump, having a second hydraulic unit which is of adjustable swept volume and which is operable as a motor or as a pump, and having a summing gearbox with a first shaft , a second shaft and a third shaft , wherein the first shaft is operatively connected via a clutch to the drive shaft , the second shaft is operatively connected to the first hydraulic unit , and the third shaft is operatively connected to the second hydraulic unit and to the output shaft , and having an adjusting device which is operatively connectable to electrical current and which serves for the adjustment of the swept volume of the first hydraulic unit and of the swept volume of the second hydraulic unit , characterized in that the adjusting device , in the electrically deenergized state, adjusts the second hydraulic unit to a swept volume of zero.
A method for manufacturing a polarized light splitting element, comprising forming two or more metal convex portions having a stripe shape and disposed in parallel using a solution including H 3 AlO(C 4 H 9 ) 2 which is a metal precursor.
An apparatus comprising: a flash tank configured to store a refrigerant; a first load configured to use the refrigerant from the flash tank to cool a space proximate the first load ; a second load configured to use the refrigerant from the flash tank to cool a space proximate the second load ; a first compressor configured to compress the refrigerant from the second load ; a second compressor configured to compress a mixture of the refrigerant from the first load and the refrigerant from the first compressor ; an expansion valve configured to control a flow of the refrigerant from the flash tank to the first load ; a sensor configured to detect a temperature of the mixture received at the second compressor ; and a controller that: determines that the detected temperature exceeds a threshold; and in response to determining that the detected temperature exceeds the threshold, opens the expansion valve further such that the flow of refrigerant from the flash tank to the first load increases. a flash tank configured to store a refrigerant; a first load configured to use the refrigerant from the flash tank to cool a space proximate the first load ; a second load configured to use the refrigerant from the flash tank to cool a space proximate the second load ; a first compressor configured to compress the refrigerant from the second load ; a second compressor configured to compress a mixture of the refrigerant from the first load and the refrigerant from the first compressor ; an expansion valve configured to control a flow of the refrigerant from the flash tank to the first load ; a sensor configured to detect a temperature of the mixture received at the second compressor ; and a controller that: determines that the detected temperature exceeds a threshold; and in response to determining that the detected temperature exceeds the threshold, opens the expansion valve further such that the flow of refrigerant from the flash tank to the first load increases. determines that the detected temperature exceeds a threshold; and in response to determining that the detected temperature exceeds the threshold, opens the expansion valve further such that the flow of refrigerant from the flash tank to the first load increases.
A method for controlling a laundry drying machine comprising a treating chamber adapted to contain laundry to be treated and a control unit which receives a signal (S m ) indicative of laundry moisture from a moisture sensor , said method comprising the step of receiving a user input which includes a laundry treating program comprising a machine initialization phase, a program main phase and a program final phase; - wherein in said machine initialization phase, comparing the laundry moisture indicated by the signal (S m ) to a first threshold (THR 1 ), which is stored in the control unit and is indicative of dried laundry or empty threating chamber ; - if the signal (S m ) is determined to be equal or less than the first threshold (THR 1 ), one or more of the following actions is performed: • carrying out only a portion of the selected laundry treating program; • skipping the program main phase; • starting the program final phase; • stopping the laundry treating program; • providing a notification of dried laundry and/or empty treating chamber ; the method being characterized in that the laundry moisture indicated by the signal (S m ) is compared to a second threshold (THR 2 ), which is stored in the control unit and is indicative of empty treating chamber , and if the signal (S m ) is determined to be equal or less than the second threshold (THR 2 ), the treating chamber is determined to be empty. - wherein in said machine initialization phase, comparing the laundry moisture indicated by the signal (S m ) to a first threshold (THR 1 ), which is stored in the control unit and is indicative of dried laundry or empty threating chamber ; - if the signal (S m ) is determined to be equal or less than the first threshold (THR 1 ), one or more of the following actions is performed: • carrying out only a portion of the selected laundry treating program; • skipping the program main phase; • starting the program final phase; • stopping the laundry treating program; • providing a notification of dried laundry and/or empty treating chamber ; • carrying out only a portion of the selected laundry treating program; • skipping the program main phase; • starting the program final phase; • stopping the laundry treating program; • providing a notification of dried laundry and/or empty treating chamber ;
Method for the generation of stable cocoa butter crystals in a fat-based edible product comprising: a) incorporating CO 2 under pressure from 25 to 60 bar into an at least partially liquid fat-based mass comprising cocoa butter; a') where the temperature of the fat-based mass obtained from step a) is decreased below minus (-) 25°C before step b) takes place; and b) heating the fat-based mass at a temperature from minus (-) 25 to plus (+) 10°C. a) incorporating CO 2 under pressure from 25 to 60 bar into an at least partially liquid fat-based mass comprising cocoa butter; a') where the temperature of the fat-based mass obtained from step a) is decreased below minus (-) 25°C before step b) takes place; and b) heating the fat-based mass at a temperature from minus (-) 25 to plus (+) 10°C.