mhurhangee/patent-ind-claim-en huggingface dataset:
An impact tool comprising: a motor ; a trigger ; a controller configured to control driving power supplied to the motor using a semiconductor switching element (Q1-Q6) according to an operation of the trigger ; and a striking mechanism configured to drive a tip tool continuously or intermittently by rotation force of the motor , the striking mechanism including a hammer and an anvil , wherein the controller is configured to drive the semiconductor switching element (Q1-Q6) at a high duty ratio when the trigger is manipulated, and characterised in that : the controller is further adapted to drive the motor so that the high duty ratio is lowered before a first striking of the hammer on the anvil is performed, the first striking is performed at a low duty ratio lower than the high duty ratio, and the low duty ratio is maintained to be lower than the high duty ratio while a plurality of strikes are implemented. a motor ; a trigger ; a controller configured to control driving power supplied to the motor using a semiconductor switching element (Q1-Q6) according to an operation of the trigger ; and a striking mechanism configured to drive a tip tool continuously or intermittently by rotation force of the motor , the striking mechanism including a hammer and an anvil , wherein the controller is configured to drive the semiconductor switching element (Q1-Q6) at a high duty ratio when the trigger is manipulated, and characterised in that : the controller is further adapted to drive the motor so that the high duty ratio is lowered before a first striking of the hammer on the anvil is performed, the first striking is performed at a low duty ratio lower than the high duty ratio, and the low duty ratio is maintained to be lower than the high duty ratio while a plurality of strikes are implemented.
Electromechanical transducer unit for a field device used in automation engineering, comprising - a membrane which can be excited to perform mechanical vibrations, - two rods secured to the membrane by friction locking, such that they are perpendicular to a base area of the membrane , - a housing , wherein the membrane forms at least a part of a wall of the housing , and wherein the two rods project into the interior of the housing, wherein the two rods are secured to the membrane in such a way that vibrations of the membrane result from the vibrations of the two rods , characterized in that the transducer unit further comprises: - two magnets , wherein one magnet is fixed, in each case, in the end area of one of the two rods , said end area facing away from the membrane , and - a coil with a core , wherein said coil is secured inside the housing above the magnets and wherein said coil can be exposed to an electrical alternating current signal, wherein the coil is designed to generate a magnetic field, wherein said magnetic field makes the two rods produce mechanical vibrations perpendicular to the longitudinal axis of the two rods by means of the two magnets . - a membrane which can be excited to perform mechanical vibrations, - two rods secured to the membrane by friction locking, such that they are perpendicular to a base area of the membrane , - a housing , wherein the membrane forms at least a part of a wall of the housing , and wherein the two rods project into the interior of the housing, - two magnets , wherein one magnet is fixed, in each case, in the end area of one of the two rods , said end area facing away from the membrane , and - a coil with a core , wherein said coil is secured inside the housing above the magnets and wherein said coil can be exposed to an electrical alternating current signal,
A light emitting device comprising: a body including a cavity having a bottom surface being a horizontal surface; an insulating layer over at least a portion of the horizontal surface; first and second electrodes formed over at least a portion of the insulating layer , the first and second electrodes being electrically insulated from the body by the insulating layer ; a heat radiation mounting part formed in a polyhedral shape over the insulating layer on the horizontal surface and protruding from the horizontal surface, the heat radiation mounting part comprising two or more surfaces that are inclined with respect to the horizontal surface; two or more light emitting diodes , wherein each of the two or more light emitting diodes is mounted in the cavity on a respective one of the two or more inclined surfaces, and wherein each of the two or more light emitting diodes is electrically connected to the first and second electrodes ; and a reflective layer formed inside the cavity on at least some region of the insulating layer , wherein the heat radiation mounting part is thermally connected to each of the two or more light emitting diodes . a body including a cavity having a bottom surface being a horizontal surface; an insulating layer over at least a portion of the horizontal surface; first and second electrodes formed over at least a portion of the insulating layer , the first and second electrodes being electrically insulated from the body by the insulating layer ; a heat radiation mounting part formed in a polyhedral shape over the insulating layer on the horizontal surface and protruding from the horizontal surface, the heat radiation mounting part comprising two or more surfaces that are inclined with respect to the horizontal surface; two or more light emitting diodes , wherein each of the two or more light emitting diodes is mounted in the cavity on a respective one of the two or more inclined surfaces, and wherein each of the two or more light emitting diodes is electrically connected to the first and second electrodes ; and a reflective layer formed inside the cavity on at least some region of the insulating layer , wherein the heat radiation mounting part is thermally connected to each of the two or more light emitting diodes .
An information processing device comprising: data extraction means configured to extract, based on a first data extraction policy, first processing data from communication data received by the information processing device for a period from months to years, the first data extraction policy indicating, as the first processing data, an address of a transmission source included in an external network, an address of a destination included in an internal network, and a communication time being a transmission time at the transmission source or a reception time at the destination in each packet included in the communication data; counting means configured to count, based on a first counting policy being a policy for a first frequency for a counting period from a day to a year, for each combination of a transmission source and a destination, a number of packets associated with the combination in the extracted first processing data for the counting period; and transmission-source extraction means configured to extract, based on a first transmission-source extraction policy being a policy for extracting a transmission source having the first frequency higher than a predetermined threshold, the transmission source in the communication data and output the extracted transmission source as the transmission source of a suspicious communication, wherein the transmission-source extraction means is configured to extract, as an extraction target, the transmission source that has the first frequency exceeding the threshold value and that executes a plurality of transmissions to the destination that responds. data extraction means configured to extract, based on a first data extraction policy, first processing data from communication data received by the information processing device for a period from months to years, the first data extraction policy indicating, as the first processing data, an address of a transmission source included in an external network, an address of a destination included in an internal network, and a communication time being a transmission time at the transmission source or a reception time at the destination in each packet included in the communication data; counting means configured to count, based on a first counting policy being a policy for a first frequency for a counting period from a day to a year, for each combination of a transmission source and a destination, a number of packets associated with the combination in the extracted first processing data for the counting period; and transmission-source extraction means configured to extract, based on a first transmission-source extraction policy being a policy for extracting a transmission source having the first frequency higher than a predetermined threshold, the transmission source in the communication data and output the extracted transmission source as the transmission source of a suspicious communication, wherein the transmission-source extraction means is configured to extract, as an extraction target, the transmission source that has the first frequency exceeding the threshold value and that executes a plurality of transmissions to the destination that responds.
An energy curable ink comprising: (a) 3 to 50% by weight of aminoacrylate and (b) 5 to 60% by weight of hydroxyl functional acrylate monomer; wherein the non-volatile content of the ink is at least 45% by weight; and wherein the amino acrylate is produced by an amine selected from ethanolamine, ethylamine, diethylamine, triethylamine, monoisopropylamine, dipropylamine, dibutylamine, n-methylethanolamine, diethanolamine, diethylaminopropylamine (DEAPA), dimethylaminopropylaminopropylamine (DMAPAPA), 3-isopropoxypropylamine (IPOPA), 3-Methoxypropylamine (MOPA), Ethylmethylamine (EMA), Tetramethylpropylenediamine (TMPDA), Sec-Butylamine, Aminopropyldiethanolamine (APDEA) (a) 3 to 50% by weight of aminoacrylate and (b) 5 to 60% by weight of hydroxyl functional acrylate monomer;
An escape route terminal , in particular surface-mounted escape route terminal, with an emergency push-button , and with a housing , wherein the housing comprises a cover element and a bottom , wherein the cover element is transferable into a closing position (I), wherein in the closing position (I) the cover element closes the bottom , wherein the cover element is transferable into the closing position (I) by a sliding movement, characterized in that , in the closing position (I), the cover element is blocked by a blocking surface disposed in the housing , wherein the escape route terminal comprises an application point accessible from outside for moving the blocking surface , wherein the escape route terminal comprises a closing element, wherein the closing element comprises the blocking surface, wherein the closing element is formed as a cam so that the cover element is blockable in the closing position (I) by means of a rotation of the closing element .
Fluid meter having a measuring tube housing , a measuring tube arranged in the measuring tube housing , a measurement distance which is located in the measuring tube , an ultrasonic transducer arrangement composed of at least one ultrasonic transducer for generating an ultrasonic signal and/or for converting an ultrasonic signal which passes through the measurement distance into an electrical signal, and a deflector device for deflecting the ultrasonic signal in the longitudinal direction of the measuring tube , wherein an electronics housing is provided for accommodating electronic parts, characterized in that the electronics housing is embodied as a standalone housing, the measuring tube housing is accommodated in a securing device , the securing device can be mounted onto the electronics housing , the securing device has a first securing part and a second securing part which form a recess for accommodating the measuring tube housing and which engage around the measuring tube housing in the manner of a clip, the ultrasonic transducer is located in a cutout on the second securing part which is aligned with a drilled hole in the measuring tube housing , and the second securing part is connected as a standalone part to the electronics housing .
A method for wireless communications, comprising: partitioning, at a first wireless device in an integrated access and backhaul communications network, resources allocated to the first wireless device into a first set of time-frequency resources reserved for communications of control traffic, and a second set of time-frequency resources reserved for communications of data traffic; repurposing a subset of the second set of time-frequency resources for communications of the control traffic based at least in part on receiving an unscheduled control traffic transmission at the first wireless device; communicating with a second wireless device in the integrated access and backhaul communications network via a first channel associated with the control traffic using the first set of time-frequency resources and the repurposed subset of the second set of time-frequency resources; and communicating with a network node in the integrated access and backhaul communications network via a second channel associated with the data traffic using the second set of time-frequency resources. partitioning, at a first wireless device in an integrated access and backhaul communications network, resources allocated to the first wireless device into a first set of time-frequency resources reserved for communications of control traffic, and a second set of time-frequency resources reserved for communications of data traffic; repurposing a subset of the second set of time-frequency resources for communications of the control traffic based at least in part on receiving an unscheduled control traffic transmission at the first wireless device; communicating with a second wireless device in the integrated access and backhaul communications network via a first channel associated with the control traffic using the first set of time-frequency resources and the repurposed subset of the second set of time-frequency resources; and communicating with a network node in the integrated access and backhaul communications network via a second channel associated with the data traffic using the second set of time-frequency resources.
Guide carriage for use with an elongate guide rail , wherein the guide carriage comprises at least one row of endlessly circulating rolling bodies , which roll in a load-transmitting manner on an associated carriage track , wherein the carriage track extends parallel to a longitudinal axis , wherein the carriage track is arranged on a track element , which is connected to a main body of the guide carriage , wherein the track element has at least one self-supporting portion , which is arranged at one end of the track element , as seen in the direction of the longitudinal axis , wherein the self-supporting portion is not supported on the main body , characterized in that at least one deformation sensor (60; 60'; 60") is provided, and is arranged on the guide carriage in the region of a respectively associated self-supporting portion , wherein the at least one deformation sensor (60; 60'; 60") can measure a deformation of the associated self-supporting portion of the track element , wherein the at least one deformation sensor is connected to an evaluation device .
Automatic beverage machine with a liquid tank and an outlet connection , which is connected via a conduit to a flow rate meter , wherein a first filter is arranged upstream of the outlet connection and a second filter is arranged between the outlet connection and the flow rate meter , so that liquid taken from the liquid tank is prefiltered by way of the first filter and after leaving the outlet connection is then cleaned again by way of the second filter , characterised in that a return pipe leads into the outlet connection downstream of the first filter and upstream of the second filter so that liquid that returns from a brewing unit by way of the return pipe is fed into the outlet connection and passes through the second filter again. characterised in that a return pipe leads into the outlet connection downstream of the first filter and upstream of the second filter so that liquid that returns from a brewing unit by way of the return pipe is fed into the outlet connection and passes through the second filter again.
A breath indicator receivable by a part of a breathing assistance apparatus that supplies gas to a patient, the indicator comprising: an elongate body having a gas sampling end 51) and an attachment end 56), the attachment end 56) adapted to attach to a part of a breathing assistance apparatus and for locating the gas sampling end 51), and the gas sampling end 51) to be located in a region where gas from the patient is to be exhaled and in fluid communication with a sensor via a passageway , the gas sampling end 51) being in communication with the sensor comprising a detector material changeable between a first visual indicator state relating to an inhalation phase of the patient, and a second visual indicator state relating to an exhalation phase of the patient, the detector material is capable of changing between the visual indicator states at a sufficient rate to substantially correspond with the inhalation and exhalation phases of the patient, the attachment end comprises a housing for holding or retaining the sensor in position, a top surface and one or more gas outlets provided on a surface opposite the top surface, such that the sensor is in contact with the gas flow path of gas flowing through the passageway prior to being expelled to the external environment out of the one or more gas outlets , a stopping flange 58) located partway along said elongate body and extending substantially perpendicularly from said elongate body, and wherein a pressure difference exists between the gas sampling end 51) and the attachment end 56), when in use. an elongate body having a gas sampling end 51) and an attachment end 56), the attachment end 56) adapted to attach to a part of a breathing assistance apparatus and for locating the gas sampling end 51), and the gas sampling end 51) to be located in a region where gas from the patient is to be exhaled and in fluid communication with a sensor via a passageway , the gas sampling end 51) being in communication with the sensor comprising a detector material changeable between a first visual indicator state relating to an inhalation phase of the patient, and a second visual indicator state relating to an exhalation phase of the patient, the detector material is capable of changing between the visual indicator states at a sufficient rate to substantially correspond with the inhalation and exhalation phases of the patient, the attachment end comprises a housing for holding or retaining the sensor in position, a top surface and one or more gas outlets provided on a surface opposite the top surface, such that the sensor is in contact with the gas flow path of gas flowing through the passageway prior to being expelled to the external environment out of the one or more gas outlets , a stopping flange 58) located partway along said elongate body and extending substantially perpendicularly from said elongate body, and wherein a pressure difference exists between the gas sampling end 51) and the attachment end 56), when in use.
Flow power plant comprising - a rotor mounted for rotation about a rotation axis , - a plurality of pivoting blades which are each mounted to the rotor for pivoting about a pivoting axis which is parallel to the rotation axis between a position pivoted-in towards the rotation axis and a position pivoted-out away from the rotation axis , and which are each pivotable about the pivoting axis by means of an electric machine operative between the at least one pivoting blade and the rotor , and - a controller for a pivot angle of the respective pivoting blade around the pivoting axis with respect to the rotor , the controller controlling the electric machine , - wherein a separate electric machine , which is configured and arranged for applying torques around the pivoting axis between the rotor and the respective pivoting blade , is assigned to each of the pivoting blades , - that the separate electric machines are controllable by the controller independently of one another, and - that the controller is configured and connected for controlling each separate electric machine during each revolution of the respective pivoting blade together with the rotor around the rotation axis in such a way that a course of the pivot angle of the respective pivoting blade between the pivoted-in position and the pivoted-out position, that is intended for the respective revolution, is resulting, characterized in that the separate electric machines are each operable as a motor and as a generator. - a rotor mounted for rotation about a rotation axis , - a plurality of pivoting blades which are each mounted to the rotor for pivoting about a pivoting axis which is parallel to the rotation axis between a position pivoted-in towards the rotation axis and a position pivoted-out away from the rotation axis , and which are each pivotable about the pivoting axis by means of an electric machine operative between the at least one pivoting blade and the rotor , and - a controller for a pivot angle of the respective pivoting blade around the pivoting axis with respect to the rotor , the controller controlling the electric machine , - wherein a separate electric machine , which is configured and arranged for applying torques around the pivoting axis between the rotor and the respective pivoting blade , is assigned to each of the pivoting blades , - that the separate electric machines are controllable by the controller independently of one another, and - that the controller is configured and connected for controlling each separate electric machine during each revolution of the respective pivoting blade together with the rotor around the rotation axis in such a way that a course of the pivot angle of the respective pivoting blade between the pivoted-in position and the pivoted-out position, that is intended for the respective revolution, is resulting,
Metal chalcogenide nanoparticles used for forming light absorption layers of solar cells comprising two phases selected from a first phase comprising a zinc (Zn)-containing chalcogenide, a second phase comprising a tin (Sn)-containing chalcogenide and a third phase comprising a copper (Cu)-containing chalcogenide, wherein the two phases comprise the first phase and the second phase, or the two phases comprise the second phase and the third phase; and the two phases are uniformly distributed in one metal chalcogenide nanoparticle.