mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the redundant determination of the mass flow rate of a fluid medium in a controlled system for feeding oxidizing agent and/or fuel to a burner arrangement which has a feedline which is equipped with a through-flow-measuring device for determining a first value for the mass flow rate and a control valve , in which a first value for the mass flow rate is detected continuously or at predefined time intervals on the through-flow-measuring device and is fed to a control unit , wherein the determination of the first value operates according to a principle other than the measuring orifice principle, wherein the system pressure and the back pressure at the control valve and the stroke of the control valve are detected and the detected values are fed to the control unit , and in the control unit a second value for the mass flow rate of the fluid medium at the control valve is calculated from the detected values of the system pressure, the back pressure, the stroke and input or fed-in values for fluid-flow coefficients of the control valve , wherein the two determined values for the mass flow rate are compared with one another in the control unit , and where a predefined difference between the two values is exceeded a warning signal is output.
A minimally invasive ultrasonic osteotome head , comprising an osteotome rod and a head end , the head end being located at a front end of the osteotome rod, the head end bending laterally at a certain angle at a bending portion thereof, characterized in that the osteotome head is configured to be used together with a transforaminal endoscope having a channel through which the head end cannot pass, wherein the osteotome rod comprises two detachable portions, a front portion connected with the head end and a rear portion connected with an ultrasonic handle so that the osteotome rod is configured to be fitted into the channel of the transforaminal endoscope .
Method of inspecting images on printed products in a machine for processing printing materials by means of a computer wherein the produced printed products are recorded and digitized in the course of the image inspection process by an image recording system using at least one image sensor , the recorded digital printed images created in this way are compared to a digital reference image by the computer , the computer previously subjects the recorded digital printed images to a digital process of eliminating distortions, and wherein in a case in which deviations occur between the distortion-free recorded digital printed images and the digital reference image , the printed products that have been identified as defective are removed, characterized in that for the process of digitally eliminating distortions, the computer subdivides the printed and reference images into image parts and shifts the printed image parts pixel by pixel in terms of their position in the printed image until a minimum difference is achieved between the printed image parts and the respective reference image part .
An aerosol-generating article comprising: 2.5 wt% of agar; 60 wt% to 90 wt% of glycerin; and 7.5 wt% to 37.5 wt% of water, wherein the aerosol-generating article maintains a shape of a bead by itself at room temperature, and wherein aerosol is generated from the aerosol-generating article being heated by an electric heater included in an aerosol-generating device . 2.5 wt% of agar; 60 wt% to 90 wt% of glycerin; and 7.5 wt% to 37.5 wt% of water, wherein the aerosol-generating article maintains a shape of a bead by itself at room temperature, and wherein aerosol is generated from the aerosol-generating article being heated by an electric heater included in an aerosol-generating device .
A light distributing device for a vehicle comprising: a focusing lens that concentrates light input to a rear surface thereof to form an image point on a front side thereof; a shield that is arranged at the image point and has an opening through which a portion of the light, which passes through the image point, passes; a mirror that reflects at least a portion of the light that passed through the opening to the front side of the focusing lens; and a projection lens that is arranged on the front side of the focusing lens , wherein the focusing lens , the shield , the mirror , and the projection lens are arranged in a sequence of the focusing lens , the shield , the mirror , and the projection lens along a direction in which the light input to the rear surface of the focusing lens is output. a focusing lens that concentrates light input to a rear surface thereof to form an image point on a front side thereof; a shield that is arranged at the image point and has an opening through which a portion of the light, which passes through the image point, passes; a mirror that reflects at least a portion of the light that passed through the opening to the front side of the focusing lens; and a projection lens that is arranged on the front side of the focusing lens , wherein the focusing lens , the shield , the mirror , and the projection lens are arranged in a sequence of the focusing lens , the shield , the mirror , and the projection lens along a direction in which the light input to the rear surface of the focusing lens is output.
A combustion engine comprising, - a cylinder head comprising a controllable first engine valve arranged to selectively open/close a combustion chamber included in the combustion engine , and a controllable second engine valve arranged to selectively open/close a combustion chamber included in the combustion engine , - a first valve actuator operatively connected to said first engine valve , which first valve actuator comprises at least one inlet opening for pressure fluid and at least one outlet opening for pressure fluid, and a second valve actuator operatively connected to said second engine valve , which second valve actuator comprises at least one inlet opening for pressure fluid and at least one outlet opening for pressure fluid, and - a closed pressure fluid circuit, wherein said first valve actuator and said second valve actuator are arranged in parallel with each other in said closed pressure fluid circuit, characterized in that the combustion engine further comprising a cylinder head chamber that forms part of said closed pressure fluid circuit and that is delimited by said cylinder head and at least a first cylinder head mantle , wherein both said at least one outlet opening of the first valve actuator and said at least one outlet opening of the second valve actuator are in fluid communication with said cylinder head chamber . - a cylinder head comprising a controllable first engine valve arranged to selectively open/close a combustion chamber included in the combustion engine , and a controllable second engine valve arranged to selectively open/close a combustion chamber included in the combustion engine , - a first valve actuator operatively connected to said first engine valve , which first valve actuator comprises at least one inlet opening for pressure fluid and at least one outlet opening for pressure fluid, and a second valve actuator operatively connected to said second engine valve , which second valve actuator comprises at least one inlet opening for pressure fluid and at least one outlet opening for pressure fluid, and - a closed pressure fluid circuit, wherein said first valve actuator and said second valve actuator are arranged in parallel with each other in said closed pressure fluid circuit,
A respiratory system component comprising: an inspiratory tube ; an expiratory tube ; a patient interface configured for delivery of respiratory gases and aerosolised substances to a patient; an adaptor for joining the inspiratory tube , the expiratory tube , and the patient interface , the adaptor including a sealing portion and a coupling surface ; a removable nozzle ; and a valve included in the sealing portion ; wherein the removable nozzle may be removably insertable into the adaptor through the valve ; and wherein the removable nozzle comprises a ledge , the removable nozzle being configured such that when inserted into the adaptor , at least a portion of the ledge is in contact with a portion of the adaptor . an inspiratory tube ; an expiratory tube ; a patient interface configured for delivery of respiratory gases and aerosolised substances to a patient; an adaptor for joining the inspiratory tube , the expiratory tube , and the patient interface , the adaptor including a sealing portion and a coupling surface ; a removable nozzle ; and a valve included in the sealing portion ; wherein the removable nozzle may be removably insertable into the adaptor through the valve ; and wherein the removable nozzle comprises a ledge , the removable nozzle being configured such that when inserted into the adaptor , at least a portion of the ledge is in contact with a portion of the adaptor .
A method performed by at least one first apparatus , the method comprising: - obtaining an image of at least a part of a surface of a sealed unit ; - deriving a representation of the at least a part of the surface from the image, the representation comprising a set of values respectively representing a corresponding set of height levels of corresponding sections of the at least a part of the surface; - generating a string of characters based on the representation of the at least a part of the surface, the string of characters comprising at least a first portion representative of the set of height levels of the corresponding sections of the at least a part of the surface and a second portion generated based on a function of the representation and/or of the first portion of the string of characters, wherein the function is a most-recurring function and/or an averaging function; and - associating information representing the string of characters with identification information of the sealed unit . - obtaining an image of at least a part of a surface of a sealed unit ; - deriving a representation of the at least a part of the surface from the image, the representation comprising a set of values respectively representing a corresponding set of height levels of corresponding sections of the at least a part of the surface; - generating a string of characters based on the representation of the at least a part of the surface, the string of characters comprising at least a first portion representative of the set of height levels of the corresponding sections of the at least a part of the surface and a second portion generated based on a function of the representation and/or of the first portion of the string of characters, wherein the function is a most-recurring function and/or an averaging function; and - associating information representing the string of characters with identification information of the sealed unit .
A levelling assembly for a framework structure of a storage grid of a storage and retrieval system for storing goods holders , said framework structure being positioned on a floor surface, said levelling assembly comprising: - a threaded elongate member , - a threaded nut for engaging with the threaded elongate member , - a floor rail for supporting upright members of the storage and retrieval system , said floor rail configured for positioning on the floor surface, wherein the floor rail is provided with a first aperture for mounting the threaded elongate member in a location on the floor rail where the member can extend through the floor rail and be coupled to said floor rail , wherein the floor rail is provided with a channel for receiving the threaded nut and extending from the aperture in a longitudinal direction of the floor rail , wherein, in a first state of the levelling assembly , the threaded elongate member is in contact with the floor surface and engages with the threaded nut that is received in the channel and rotationally immobilized relative said channel so that, in response to a rotational force applied on the threaded elongate member , the floor rail is movable in vertical direction, wherein said floor rail is so configured that said threaded elongate member , when in contact with the floor surface and in engagement with the threaded nut received in the channel , protrudes beyond an upper face of the floor rail . - a threaded elongate member , - a threaded nut for engaging with the threaded elongate member , - a floor rail for supporting upright members of the storage and retrieval system , said floor rail configured for positioning on the floor surface, wherein the floor rail is provided with a first aperture for mounting the threaded elongate member in a location on the floor rail where the member can extend through the floor rail and be coupled to said floor rail , wherein the floor rail is provided with a channel for receiving the threaded nut and extending from the aperture in a longitudinal direction of the floor rail , wherein, in a first state of the levelling assembly , the threaded elongate member is in contact with the floor surface and engages with the threaded nut that is received in the channel and rotationally immobilized relative said channel so that, in response to a rotational force applied on the threaded elongate member , the floor rail is movable in vertical direction, wherein said floor rail is so configured that said threaded elongate member , when in contact with the floor surface and in engagement with the threaded nut received in the channel , protrudes beyond an upper face of the floor rail .
A message processing method performed by a transmit end device, comprising: receiving a first touch input performed on first message content , wherein the first touch input is a touch corresponding to a preset modifier; determining a first modification manner corresponding to the first touch input in response to the first touch input, and performing a first modification operation corresponding to the first modification manner on a marking area of the first touch input in the first message content to obtain modified second message content ; and sending the second message content to a receive end device , wherein the sending the second message content to a receive end device comprises: in a case that the first message content is sent message content, determining a reading status of the receive end device on the first message content, the reading status comprises a read state and an unread state; determining indication information corresponding to the reading status based on the reading status; and sending the second message content and the indication information to the receive end device. receiving a first touch input performed on first message content , wherein the first touch input is a touch corresponding to a preset modifier; determining a first modification manner corresponding to the first touch input in response to the first touch input, and performing a first modification operation corresponding to the first modification manner on a marking area of the first touch input in the first message content to obtain modified second message content ; and sending the second message content to a receive end device , wherein the sending the second message content to a receive end device comprises: in a case that the first message content is sent message content, determining a reading status of the receive end device on the first message content, the reading status comprises a read state and an unread state; determining indication information corresponding to the reading status based on the reading status; and sending the second message content and the indication information to the receive end device. in a case that the first message content is sent message content, determining a reading status of the receive end device on the first message content, the reading status comprises a read state and an unread state; determining indication information corresponding to the reading status based on the reading status; and sending the second message content and the indication information to the receive end device.
A method for preparing a dry composition for forming a haemostatic paste comprising the steps of: a) providing a biocompatible polymer consisting of powder particles which are substantially insoluble in an aqueous medium, an aqueous medium and an alkaline compound, b) mixing the biocompatible polymer, the aqueous medium and the alkaline compound to obtain a paste, and c) drying the paste, wherein the alkaline compound is capable of reacting with an acidic compound in an aqueous medium to release a gas. a) providing a biocompatible polymer consisting of powder particles which are substantially insoluble in an aqueous medium, an aqueous medium and an alkaline compound, b) mixing the biocompatible polymer, the aqueous medium and the alkaline compound to obtain a paste, and c) drying the paste,
An actuator comprising: a holding unit (12, , 112, 212) configured to hold a stack , wherein the holding unit (12, , 112, 212) holds the stack in a pre-strained state in which the stack is subjected to a pre-strain of 50% or more at least in one direction; and the stack including: an elastomer layer , an elastic electrode disposed on each surface of the elastomer layer , wherein the electrodes and the elastomer layer are stacked alternately and repeatedly, characterized in that a silane coupling agent is disposed between the elastomer layer and the electrode for improving an adhesion of an interface between the elastomer layer and the electrode . a holding unit (12, , 112, 212) configured to hold a stack , wherein the holding unit (12, , 112, 212) holds the stack in a pre-strained state in which the stack is subjected to a pre-strain of 50% or more at least in one direction; and the stack including: an elastomer layer , an elastic electrode disposed on each surface of the elastomer layer , wherein the electrodes and the elastomer layer are stacked alternately and repeatedly, characterized in that a silane coupling agent is disposed between the elastomer layer and the electrode for improving an adhesion of an interface between the elastomer layer and the electrode . an elastomer layer , an elastic electrode disposed on each surface of the elastomer layer , wherein the electrodes and the elastomer layer are stacked alternately and repeatedly, characterized in that a silane coupling agent is disposed between the elastomer layer and the electrode for improving an adhesion of an interface between the elastomer layer and the electrode .
A wind turbine generator comprising: a tower part ; a plurality of wind turbine parts each including a rotor , blades (12a-12c, 22a-22c, 32a-32c, 42a-42c) provided on the rotor, and a power generator that generates power by a rotational force of the rotor; and a support member that is connected to the tower part and supports the plurality of wind turbine parts, at least one of the plurality of wind turbine parts being different in placement height from the other wind turbine parts, the wind turbine generator characterized in that it comprises an environment determination means that determines whether an operation environment is a cold environment in which icing may occur, and when the environment determination means determines that the operation environment is the cold environment, the plurality of wind turbine parts are moved to positions at which vertical projection images of the plurality of wind turbine parts on a horizontal plane do not overlap. a tower part ; a plurality of wind turbine parts each including a rotor , blades (12a-12c, 22a-22c, 32a-32c, 42a-42c) provided on the rotor, and a power generator that generates power by a rotational force of the rotor; and a support member that is connected to the tower part and supports the plurality of wind turbine parts, at least one of the plurality of wind turbine parts being different in placement height from the other wind turbine parts, the wind turbine generator characterized in that it comprises an environment determination means that determines whether an operation environment is a cold environment in which icing may occur, and when the environment determination means determines that the operation environment is the cold environment, the plurality of wind turbine parts are moved to positions at which vertical projection images of the plurality of wind turbine parts on a horizontal plane do not overlap.
A method of delivering phase focused wireless power pulses to wireless power receivers using a power transmitter assembly having a phased array with multiple antennas, the method comprising: receiving one or more battery charging need requests initiated by the wireless power receivers, wherein each of the one or more battery charging need requests includes at least one battery need metric, wherein the battery need metric is based on a need for power of the at least one battery; normalizing and comparing the one or more battery charging need requests; allocating a plurality of sequential wireless power pulses of a power burst among the wireless power receivers according to their normalized battery charging need requests; and delivering wireless power to the wireless power receivers via the allocated sequential wireless power pulses of the power burst, wherein the power pulses are sequentially directed to each of the different ones of the wireless power receivers by modifying one or more phases of the multiple antennas of the phased array. receiving one or more battery charging need requests initiated by the wireless power receivers, wherein each of the one or more battery charging need requests includes at least one battery need metric, wherein the battery need metric is based on a need for power of the at least one battery; normalizing and comparing the one or more battery charging need requests; allocating a plurality of sequential wireless power pulses of a power burst among the wireless power receivers according to their normalized battery charging need requests; and delivering wireless power to the wireless power receivers via the allocated sequential wireless power pulses of the power burst, wherein the power pulses are sequentially directed to each of the different ones of the wireless power receivers by modifying one or more phases of the multiple antennas of the phased array.
A medical signal processing device configured to receive a RAW signal imaged by a medical observation device and processes the RAW signal, comprising: a signal input unit configured to receive the RAW signal; a first signal converting unit configured to convert the RAW signal received by the signal input unit from an RGB signal into a luminance signal and a color difference signal by performing a matrix calculating process; an identification information appending unit configured to append color gamut identification information related to a color gamut of the picture signal and identifying the matrix calculating process used by the first converting unit , to a picture signal resulting from the conversion; and a signal output unit configured to output the picture signal to which the color gamut identification information has been appended, to either an external medical display device or an external medical recording device. a signal input unit configured to receive the RAW signal; a first signal converting unit configured to convert the RAW signal received by the signal input unit from an RGB signal into a luminance signal and a color difference signal by performing a matrix calculating process; an identification information appending unit configured to append color gamut identification information related to a color gamut of the picture signal and identifying the matrix calculating process used by the first converting unit , to a picture signal resulting from the conversion; and a signal output unit configured to output the picture signal to which the color gamut identification information has been appended, to either an external medical display device or an external medical recording device.