mhurhangee/patent-ind-claim-en huggingface dataset:
A method for washing laundry in a washing machine, wherein the washing machine includes a tub , a drum disposed inside the tub , a first nozzle and a second nozzle , the method comprising: performing a first eco-rinsing process where a drum rotates in a state where at least a portion of laundry is pressed against an inner wall of the drum and wash water without detergent is sprayed into the drum through the second nozzle ; performing an intermediating process for rotating a drum at an RPM higher than an RPM at which at least a portion of the laundry is pressed against the inner wall of the drum, and circulated wash water sprayed into the drum through the first nozzle ; and performing a second eco-rinsing process where the drum is accelerated and wash water without detergent is sprayed into the drum through the second nozzle , characterized in that : the second nozzle is connected to a water supply valve unit , wherein the water supply valve unit is for controlling an influx of wash water from an external water source, the first nozzle is connected to a pump , wherein the pump is for circulating wash water in the tub , the first nozzle sprays wash water mixed with a rinsing detergent in the intermediating process. performing a first eco-rinsing process where a drum rotates in a state where at least a portion of laundry is pressed against an inner wall of the drum and wash water without detergent is sprayed into the drum through the second nozzle ; performing an intermediating process for rotating a drum at an RPM higher than an RPM at which at least a portion of the laundry is pressed against the inner wall of the drum, and circulated wash water sprayed into the drum through the first nozzle ; and performing a second eco-rinsing process where the drum is accelerated and wash water without detergent is sprayed into the drum through the second nozzle , characterized in that : the second nozzle is connected to a water supply valve unit , wherein the water supply valve unit is for controlling an influx of wash water from an external water source, the first nozzle is connected to a pump , wherein the pump is for circulating wash water in the tub , the first nozzle sprays wash water mixed with a rinsing detergent in the intermediating process. the second nozzle is connected to a water supply valve unit , wherein the water supply valve unit is for controlling an influx of wash water from an external water source, the first nozzle is connected to a pump , wherein the pump is for circulating wash water in the tub , the first nozzle sprays wash water mixed with a rinsing detergent in the intermediating process.
Food preparation apparatus with a liquid-tight food preparation vessel , with a rotatable mixing tool for mixing and/or chopping a food in a bottom region of the food preparation vessel , wherein the mixing tool comprises at least one blade protruding from a shaft , with a rotatable chopping tool for chopping food, wherein the chopping tool is arranged or arrangeable relative to the food preparation vessel or relative to a collecting device inserted into the food preparation vessel or positioned on the food preparation vessel in such a manner that a food after being chopped by means of the chopping tool falls down due to gravity in order to be collected by the food preparation vessel or by the collecting device , wherein the collecting device can be locked on the food preparation vessel , wherein the food preparation apparatus is configured such that the chopping tool can be rotated in its cutting direction and at the same time the mixing tool can be rotated opposite to its cutting direction in the direction of its blunt edge of the protruding blade.
A device , comprising: a power transistor (10; 35; Q_MAIN), an overcurrent detection logic (11; 34A, 34B) having a first stable state providing a first signal level on a status output terminal (15; OC) and a second stable state providing a second signal level on the status output terminal (15; OC), wherein the overcurrent detection logic (11; 34A, 34B) is configured to change from the first stable state to the second stable state in response to detecting that a current through the transistor (10; 35; Q_MAIN) exceeds a current limit, and to remain in the second state when the current through the power transistor (10; 35; Q_MAIN) drops below the current limit after exceeding the current limit, wherein the overcurrent detection logic (11; 34A, 34B) is configured to be reset from the second state to the first state via an external terminal of the device , characterized in that the external terminal is the status output terminal (15; OC), the overcurrent detection logic (11; 34A, 34B) is configured to be reset from the second state to the first state by ceasing to supply power to the overcurrent detection logic (11; 34A, 34B); and the overcurrent detection logic (11; 34A, 34B) is configured to be supplied with power via the status output terminal (15; OC). a power transistor (10; 35; Q_MAIN), an overcurrent detection logic (11; 34A, 34B) having a first stable state providing a first signal level on a status output terminal (15; OC) and a second stable state providing a second signal level on the status output terminal (15; OC), wherein the overcurrent detection logic (11; 34A, 34B) is configured to change from the first stable state to the second stable state in response to detecting that a current through the transistor (10; 35; Q_MAIN) exceeds a current limit, and to remain in the second state when the current through the power transistor (10; 35; Q_MAIN) drops below the current limit after exceeding the current limit, change from the first stable state to the second stable state in response to detecting that a current through the transistor (10; 35; Q_MAIN) exceeds a current limit, and to remain in the second state when the current through the power transistor (10; 35; Q_MAIN) drops below the current limit after exceeding the current limit, wherein the overcurrent detection logic (11; 34A, 34B) is configured to be reset from the second state to the first state via an external terminal of the device , characterized in that the external terminal is the status output terminal (15; OC), the overcurrent detection logic (11; 34A, 34B) is configured to be reset from the second state to the first state by ceasing to supply power to the overcurrent detection logic (11; 34A, 34B); and the overcurrent detection logic (11; 34A, 34B) is configured to be supplied with power via the status output terminal (15; OC).
Panel comprising a structured lacquer surface, including a base panel, a melamine resin layer, an adhesion promoter layer and a lacquer-containing top coat, wherein the melamine resin layer is disposed on a surface of the base panel, the adhesion promoter layer is disposed on the melamine resin layer and the lacquer-containing top coat is disposed on the adhesion promoter layer, wherein the lacquer-containing top coat comprises is structured, wherein the adhesion promoter layer comprises a cured aminoplast as adhesion promoter composition, preferably a urea resin, a melamine resin and/or a melamine urea resin, as well as that the adhesion promoter layer comprises a cured acrylate-based adhesion promoter composition, in particular a polyurethane-modified acrylate-based adhesion promoter composition.
A positioning system for navigation comprising: a reference unit comprising a first gyroscope , being positioned on a vehicle and fixedly aligned to said vehicle, and a portable optical device , in communication with the reference unit , comprising a second gyroscope to measure bearings to observed target points relative to the vehicle heading to thereby determine a position of the vehicle, characterised in that the first and second gyroscopes are synchronised to each other to avoid drift issues when the optical device is connected to the reference unit a reference unit comprising a first gyroscope , being positioned on a vehicle and fixedly aligned to said vehicle, and a portable optical device , in communication with the reference unit , comprising a second gyroscope to measure bearings to observed target points relative to the vehicle heading to thereby determine a position of the vehicle, characterised in that the first and second gyroscopes are synchronised to each other to avoid drift issues when the optical device is connected to the reference unit
A method for providing a Cooperative Intelligent Transport Systems, C-ITS, service through a distribution server for geographically targeted message distribution to a client , the method comprising: an interworking device connecting to the distribution server ; the interworking device connecting via an ad-hoc network connection to the client ; on behalf of the client , the interworking device performing registration for the C-ITS service at the distribution server ; and on the basis of the registration, the interworking device forwarding at least one C-ITS message of the C-ITS service between the distribution server and the client . an interworking device connecting to the distribution server ; the interworking device connecting via an ad-hoc network connection to the client ; on behalf of the client , the interworking device performing registration for the C-ITS service at the distribution server ; and on the basis of the registration, the interworking device forwarding at least one C-ITS message of the C-ITS service between the distribution server and the client .
A frame construction for a piece of luggage comprising: - a shell with an end portion ; and - a frame , wherein the frame comprises a profile extending in an extension direction (E) and having a profile base and a first profile wall and a second profile wall , a seat for receiving the end portion of the shell being delimited by opposing first and second inner surfaces (46; 47) of said first and second profile walls (44; 45); characterized in that the frame construction further comprises at least one fastening element (42; 62; 106), wherein said fastening element (42; 62; 106) is configured to be removably inserted in the seat of the profile so as to removably fasten the end portion of the shell being received in the seat to the frame . - a shell with an end portion ; and - a frame , wherein the frame comprises a profile extending in an extension direction (E) and having a profile base and a first profile wall and a second profile wall , a seat for receiving the end portion of the shell being delimited by opposing first and second inner surfaces (46; 47) of said first and second profile walls (44; 45);
A method for configuring an IT system comprising at least one computing core for executing instruction threads, in which each computing core is capable of executing at least two instruction threads at a time in an interlaced manner, a BIOS system intended to be executed at the beginning of the start-up of the IT system and an operating system , intended to be executed by the BIOS system on the IT system , capable of providing instruction threads to each computing core , wherein the method comprises: - an execution of the BIOS system including the creation of a first list of logic processors to be read by the operating system during its execution, said list comprising at least two logic processors for each computing core thereby placing it in a mode where it is configured to execute in an interlaced manner at least two instruction threads at a time by presenting to the operating system during execution as many logic processors as instruction threads that it can execute in an interlaced manner at a time; - an execution of the operating system including a read of the first list to organize an instruction thread scheduling; and - a configuration of the operating system being executed in a mode in which it provides, to each computing core , a maximum of one instruction thread at a time; wherein the method is characterized in that : - the execution of the operating system includes creating, from the first list, a second list of logic processors available for scheduling; and - the configuration of the operating system includes a removal, in the second list of logic processors available for scheduling, of all logic processors except one for each compute core . - an execution of the BIOS system including the creation of a first list of logic processors to be read by the operating system during its execution, said list comprising at least two logic processors for each computing core thereby placing it in a mode where it is configured to execute in an interlaced manner at least two instruction threads at a time by presenting to the operating system during execution as many logic processors as instruction threads that it can execute in an interlaced manner at a time; - an execution of the operating system including a read of the first list to organize an instruction thread scheduling; and - a configuration of the operating system being executed in a mode in which it provides, to each computing core , a maximum of one instruction thread at a time; - the execution of the operating system includes creating, from the first list, a second list of logic processors available for scheduling; and - the configuration of the operating system includes a removal, in the second list of logic processors available for scheduling, of all logic processors except one for each compute core .
A method for producing spherical porous cellulose particles comprising: a first step of obtaining a dispersion by dispersing a flowable homogeneous composition comprising cellulose acetate, an organic solvent, and water in a dispersion medium not miscible with the homogeneous composition; a second step of forming gelled particles composed of the composition by gelling the composition by reducing a temperature of the resulting dispersion; and a third step of hydrolyzing the cellulose acetate contained in the resulting gelled particles, wherein the organic solvent contained in the homogeneous composition has a boiling point of 120°C or higher, and is miscible with water, but is not miscible with a saturated hydrocarbon. a first step of obtaining a dispersion by dispersing a flowable homogeneous composition comprising cellulose acetate, an organic solvent, and water in a dispersion medium not miscible with the homogeneous composition; a second step of forming gelled particles composed of the composition by gelling the composition by reducing a temperature of the resulting dispersion; and a third step of hydrolyzing the cellulose acetate contained in the resulting gelled particles, wherein the organic solvent contained in the homogeneous composition has a boiling point of 120°C or higher, and is miscible with water, but is not miscible with a saturated hydrocarbon.
A random access method, wherein the method comprises: sending (S101), by a terminal device , random access information to a network device , wherein a random access response window length is configurable; and detecting (S 102), by the terminal device , a random access response in a random access response window; characterized in that the random access information is used to indicate a quantity of sending times of the random access information sent by the terminal device to the network device ; or the random access information is used to indicate the random access response window length corresponding to the random access information; and wherein the random access response window length differs, by a preset threshold, from a random access response window length corresponding to previously sent random access information; or the random access response window length is m times the random access response window length corresponding to the previously sent random access information, wherein m is a number greater than 1. sending (S101), by a terminal device , random access information to a network device , wherein a random access response window length is configurable; and detecting (S 102), by the terminal device , a random access response in a random access response window; characterized in that the random access information is used to indicate a quantity of sending times of the random access information sent by the terminal device to the network device ; or the random access information is used to indicate the random access response window length corresponding to the random access information; and wherein the random access response window length differs, by a preset threshold, from a random access response window length corresponding to previously sent random access information; or the random access response window length is m times the random access response window length corresponding to the previously sent random access information, wherein m is a number greater than 1.
An electronic device comprising: a display panel including a polarizing layer and a phase delay layer disposed below the polarizing layer; an impact absorbing member disposed below the display panel and having an opening at least partially formed therein; an image sensor disposed corresponding to the opening ; characterized by a polarizing member disposed, corresponding to the opening , below the display panel so as to enable at least a part of light passing through the polarizing layer and the phase delay layer of the display panel , to be transmitted therethrough; and a phase delay member disposed below the polarizing member to enable at least a part of the light having been transmitted through the polarizing member , to be transmitted therethrough, wherein the phase delay member has an optical property such that at least a part of the light collides with the image sensor to be reflected toward the phase delay member , and the reflected light is blocked by the polarizing member . a display panel including a polarizing layer and a phase delay layer disposed below the polarizing layer; an impact absorbing member disposed below the display panel and having an opening at least partially formed therein; an image sensor disposed corresponding to the opening ; characterized by a polarizing member disposed, corresponding to the opening , below the display panel so as to enable at least a part of light passing through the polarizing layer and the phase delay layer of the display panel , to be transmitted therethrough; and a phase delay member disposed below the polarizing member to enable at least a part of the light having been transmitted through the polarizing member , to be transmitted therethrough, wherein the phase delay member has an optical property such that at least a part of the light collides with the image sensor to be reflected toward the phase delay member , and the reflected light is blocked by the polarizing member .
An apparatus comprising: a rocket engine ; a rocket propellant tank associated with the rocket engine ; a chill line of the rocket engine ; an inlet valve configured to supply the rocket propellant tank with rocket propellant ; a flow director configured to direct at least a portion of a flow of the rocket propellant to the chill line to thermally condition the rocket engine as the rocket propellant tank is being filled with the rocket propellant ; and a bypass valve disposed between the chill line and the rocket propellant tank to drive flow toward the chill line . a rocket engine ; a rocket propellant tank associated with the rocket engine ; a chill line of the rocket engine ; an inlet valve configured to supply the rocket propellant tank with rocket propellant ; a flow director configured to direct at least a portion of a flow of the rocket propellant to the chill line to thermally condition the rocket engine as the rocket propellant tank is being filled with the rocket propellant ; and a bypass valve disposed between the chill line and the rocket propellant tank to drive flow toward the chill line .
A deodorizing device comprising: a base , in which a suction port and a discharge port are disposed; a suction fan secured to the base and suctioning air through the suction port ; a filter (FT1) disposed between the suction port and the discharge port ; a light emitting module disposed between the suction port and the filter (FT1), the light emitting module comprising a substrate and a light emitting diode placed on one surface of the substrate; a first securing member supporting the filter (FT1); and a second securing member supporting the light emitting module ; wherein the one surface of the substrate faces the filter (FT1) and an opposing surface of the substrate faces air suctioned through the suction port , characterized in that the second securing member comprises: first and second poles comprising grooves for securing the light emitting module ; and a third pole disposed between the first and second poles and having a protrusion for further securing one side of the light emitting module , wherein the second securing member is disposed between the suction port and the first securing member . a base , in which a suction port and a discharge port are disposed; a suction fan secured to the base and suctioning air through the suction port ; a filter (FT1) disposed between the suction port and the discharge port ; a light emitting module disposed between the suction port and the filter (FT1), the light emitting module comprising a substrate and a light emitting diode placed on one surface of the substrate; a first securing member supporting the filter (FT1); and a second securing member supporting the light emitting module ; wherein the one surface of the substrate faces the filter (FT1) and an opposing surface of the substrate faces air suctioned through the suction port , characterized in that the second securing member comprises: first and second poles comprising grooves for securing the light emitting module ; and a third pole disposed between the first and second poles and having a protrusion for further securing one side of the light emitting module , wherein the second securing member is disposed between the suction port and the first securing member . first and second poles comprising grooves for securing the light emitting module ; and a third pole disposed between the first and second poles and having a protrusion for further securing one side of the light emitting module , wherein the second securing member is disposed between the suction port and the first securing member .
A profile for fastening a lower panel to a longitudinal side panel of a body structure of a passenger public transport land vehicle, in particular of the bus or tyred tram type, having a closed cross-section, said profile comprising: - a first face for fastening the lower panel , and - a second face for fastening the side panel ; one of said faces being offset with respect to the other of said faces in a direction perpendicular to said one face , so that said other face stops before and at a distance from said one face in said perpendicular direction; characterized in that it is carried out by folding and welding a single sheet of metal, the welding being carried out at the level of said first face , or of said second face , or of a face , called inner face, located between said first face and said second face , and in use, on the side of a passenger compartment of the vehicle. - a first face for fastening the lower panel , and - a second face for fastening the side panel ;