mhurhangee/patent-ind-claim-en huggingface dataset:
A latch for capturing a striker , the latch comprising: a pawl mounted to rotate between a closed position and an open position, the pawl being biased to rotate toward the open position and configured to capture the striker when in the closed position; a trigger mounted to rotate between a locked position and an unlocked position, the trigger being biased to rotate toward the locked position and selectively positionable to contact the pawl when the pawl is in the closed position, thereby retaining the pawl in the closed position; characterised in that the latch further comprises a link coupling the pawl to the trigger , wherein the link is configured to prevent the trigger from moving to the locked position while the pawl is maintained in the open position. a pawl mounted to rotate between a closed position and an open position, the pawl being biased to rotate toward the open position and configured to capture the striker when in the closed position; a trigger mounted to rotate between a locked position and an unlocked position, the trigger being biased to rotate toward the locked position and selectively positionable to contact the pawl when the pawl is in the closed position, thereby retaining the pawl in the closed position; characterised in that the latch further comprises a link coupling the pawl to the trigger , wherein the link is configured to prevent the trigger from moving to the locked position while the pawl is maintained in the open position.
Liquid ejection device for a vehicle washing facility; having a storage volume ; a first supply line coupled upstream to the storage volume for supplying a first liquid; a supply unit coupled upstream to the storage volume for supplying a second liquid; and a removal line coupled downstream to the storage volume for discharging a liquid to be ejected, with a shut-off device for shutting off a liquid flow through the removal line; wherein the storage volume is sealed gas-tightly, so that an increase in an internal gas pressure occurs in the storage volume when the first and/or second liquid is introduced; the liquid ejection device comprises a detection unit for detecting the supplied volume of the second liquid into the storage volume and the internal gas pressure in the storage volume ; a control unit coupled to the detection unit and the supply unit controls the supply of the second liquid on the basis of the detected supplied volume of the second liquid and the internal gas pressure in such a way that a predetermined mixing ratio of the first and second liquid is achieved in the storage volume ; and the supply unit comprises a pressure detection element for detecting the internal gas pressure, characterised in that the pressure detection element is designed to detect a power consumption of the supply unit and to detect the internal gas pressure on the basis of the power consumption. a storage volume ; a first supply line coupled upstream to the storage volume for supplying a first liquid; a supply unit coupled upstream to the storage volume for supplying a second liquid; and a removal line coupled downstream to the storage volume for discharging a liquid to be ejected, with a shut-off device for shutting off a liquid flow through the removal line; wherein the storage volume is sealed gas-tightly, so that an increase in an internal gas pressure occurs in the storage volume when the first and/or second liquid is introduced; the liquid ejection device comprises a detection unit for detecting the supplied volume of the second liquid into the storage volume and the internal gas pressure in the storage volume ; a control unit coupled to the detection unit and the supply unit controls the supply of the second liquid on the basis of the detected supplied volume of the second liquid and the internal gas pressure in such a way that a predetermined mixing ratio of the first and second liquid is achieved in the storage volume ; and the supply unit comprises a pressure detection element for detecting the internal gas pressure, characterised in that the pressure detection element is designed to detect a power consumption of the supply unit and to detect the internal gas pressure on the basis of the power consumption.
E-gaming seat , including a seat portion and a backrest portion forming together a seat-backrest combination , wherein the seat-backrest combination is formed as a bucket seat, wherein the seat portion is formed as a first shell of the bucket seat and the backrest portion is formed as a second shell of the bucket seat and both of the shells are pivotally connected to each other, wherein the backrest portion is pivotable relative to the seat portion about a pivotal axis extending transversal to the longitudinal direction of the seat, for which purpose the backrest portion and the seat portion are connected to each other via a pivoting device allowing to adjust the inclination of the backrest portion relative to the seat portion , and a pivoting mechanism , wherein the seat-backrest combination is connected, with the seat portion thereof, to the pivoting mechanism , wherein the pivoting mechanism allows taking up a plurality of pivoting positions, and wherein the pivoting mechanism is fixable in each of these pivoting positions, wherein the adjustability of the inclination of the backrest portion relative to the seat portion is independent from the pivoting position of the pivoting mechanism , and thus independent from the pivoting position of the seat-backrest combination . a seat portion and a backrest portion forming together a seat-backrest combination , wherein the seat-backrest combination is formed as a bucket seat, wherein the seat portion is formed as a first shell of the bucket seat and the backrest portion is formed as a second shell of the bucket seat and both of the shells are pivotally connected to each other, wherein the backrest portion is pivotable relative to the seat portion about a pivotal axis extending transversal to the longitudinal direction of the seat, for which purpose the backrest portion and the seat portion are connected to each other via a pivoting device allowing to adjust the inclination of the backrest portion relative to the seat portion , and a pivoting mechanism , wherein the seat-backrest combination is connected, with the seat portion thereof, to the pivoting mechanism , wherein the pivoting mechanism allows taking up a plurality of pivoting positions, and wherein the pivoting mechanism is fixable in each of these pivoting positions, wherein the adjustability of the inclination of the backrest portion relative to the seat portion is independent from the pivoting position of the pivoting mechanism , and thus independent from the pivoting position of the seat-backrest combination .
A computer-implemented method comprising: extracting a feature (F11-F14) from an image captured by a capturing device ; determining a direction of a gravitational force with respect to the feature (F11-F14) by projecting the gravitational force into the image based on a measured orientation of the capturing device and intrinsic parameters of the capturing device ; and assigning a descriptor (d) to the feature (F11-F14) based on the direction of the gravitational force. extracting a feature (F11-F14) from an image captured by a capturing device ; determining a direction of a gravitational force with respect to the feature (F11-F14) by projecting the gravitational force into the image based on a measured orientation of the capturing device and intrinsic parameters of the capturing device ; and assigning a descriptor (d) to the feature (F11-F14) based on the direction of the gravitational force.
A method for controlling viral diseases in plants, which comprises applying to the plants at least one compound of formula (I) : wherein R is selected from the group consisting of hydrogen, phenylthio and substituted phenyl, wherein said phenyl is substituted with one or more substituents independently selected from the group consisting of halogen, carboxy and nitro.
Hair curling device comprising a body configured to be manipulated, a mandrel which extends, along a longitudinal axis (X), the body to which it is connected, means for heating the mandrel by thermal conduction, means for driving the mandrel in rotation along the longitudinal axis (X), a sleeve configured to form a brush and to be inserted on the mandrel, detachable fastening means being arranged between the mandrel and the sleeve to block the rotation about the longitudinal axis (X) and the translation along said longitudinal axis (X), the sleeve in relation to the mandrel , a clamp element configured to form a clamp with the mandrel and to conform to the shape of said mandrel , securing means being arranged between the clamp element and the mandrel so that the rotation of the mandrel causes that of the clamp element, the securing means being permanent, the sleeve being configured to be inserted on the mandrel and on the clamp element , in closed position of said clamp, characterised in that the device comprises an actuating system of the clamp element arranged on the body and in that the sleeve comprises a tubular inner side provided with a longitudinal groove whose shape corresponds to that of the clamp element forming a rib along the mandrel in the closed position of the clamp.
Cutting machine comprising a cutting support for material to be cut, a vertically movable blade bar which bears a blade for cutting the cut material located thereon, a cutting drive for vertically moving the blade bar and a blade depth adjustment for vertically adjusting the blade bar relative to a vertically movable drive element of the cutting drive , characterized in that the blade depth adjustment comprises a deflection lever which is pivotably mounted about a horizontal axis on the blade bar , the drive element being articulated thereon at a first radial distance (R1) to the horizontal axis , as well as an adjusting mechanism acting on the deflection lever at a second radial distance (R2) to the horizontal axis , for rotating and fixing the deflection lever .
An electronic device , comprising: an energy storage device ; and a control system configured to determine and monitor a level of charge stored within the energy storage device, the control system configured to detect, upon the charge level of the energy storage device dropping below a threshold amount, one or more wireless chargers within a detectable region for charging the energy storage device ; the control system further configured to perform a charging analysis based on a charging speed of the one or more detected wireless chargers and the level of charge of the electronic device ; and automatically implement, based on the charging analysis, a charging scheme for the energy storage device wherein automatically implementing the charging scheme comprises determining whether to receive wireless power and determining from which wireless charger of the one or more wireless chargers to receive the wireless power. an energy storage device ; and a control system configured to determine and monitor a level of charge stored within the energy storage device, the control system configured to detect, upon the charge level of the energy storage device dropping below a threshold amount, one or more wireless chargers within a detectable region for charging the energy storage device ; the control system further configured to perform a charging analysis based on a charging speed of the one or more detected wireless chargers and the level of charge of the electronic device ; and automatically implement, based on the charging analysis, a charging scheme for the energy storage device wherein automatically implementing the charging scheme comprises determining whether to receive wireless power and determining from which wireless charger of the one or more wireless chargers to receive the wireless power.
A method of using an assembly to sense an analyte level of a subject, the assembly comprising a base , an insertion needle , and a sensor , the method comprising: inserting a tip portion of the insertion needle and a tip portion of the sensor, together, into a layer of a skin site of a subject such that the sensor is not inserted beyond the subcutaneous layer, wherein a longitudinal central axis (L N1 ) along the tip portion of the insertion needle is in a converging angled relationship with a longitudinal central axis (Lsi) along the tip portion of the sensor such that the insertion needle contacts or comes close to the distal portion of the sensor and the tip portion of the insertion needle creates an insertion path for the sensor as the insertion needle is inserted into the skin site; and sensing an analyte level in the skin site with the sensor. inserting a tip portion of the insertion needle and a tip portion of the sensor, together, into a layer of a skin site of a subject such that the sensor is not inserted beyond the subcutaneous layer, wherein a longitudinal central axis (L N1 ) along the tip portion of the insertion needle is in a converging angled relationship with a longitudinal central axis (Lsi) along the tip portion of the sensor such that the insertion needle contacts or comes close to the distal portion of the sensor and the tip portion of the insertion needle creates an insertion path for the sensor as the insertion needle is inserted into the skin site; and sensing an analyte level in the skin site with the sensor.
A method for producing a steel structure for hydrogen gas, the steel structure being a hydrogen line pipe having a fatigue crack propagation rate of 1.0 × 10 -6 m/cycle or less in 90-MPa high-pressure hydrogen gas at a stress intensity factor range ΔK of 25 MPa·m 1/2 and comprising a steel microstructure, wherein: 30% to 70% of bainite on an area-ratio basis with the balance being ferrite in such a manner that the total area ratio of bainite and ferrite is 98% or more, with a steel composition consisting of, by mass, C: 0.05% to 0.20%, Si: 0.05% to 0.50%, Mn: 0.5% to 2.0%, Al: 0.01% to 0.10%, N: 0.0005% to 0.008%, P: 0.05% or less, S: 0.01% or less, and O: 0.01% or less, optionally one or more elements selected from Cu: 0.05% to 1.0%, Ni: 0.05% to 2.0%, Cr: 0.1% to 2.5%, Mo: 0.05% to 2.0%, Nb: 0.005% to 0.1%, V: 0.005% to 0.2%, Ti: 0.005% to 0.1%, W: 0.05% to 2.0%, and B: 0.0005% to 0.005%, and optionally one or more elements selected from Nd: 0.005% to 1.0%, Ca: 0.0005% to 0.005%, Mg: 0.0005% to 0.005%, and REM: 0.0005% to 0.005%, with the balance being Fe and inevitable impurities, the method comprising heating a steel material having the said steel composition to an Acs transformation temperature or more, followed by hot rolling; performing quenching from an Ar 3 transformation temperature or more to 250°C or less at a cooling rate of 5°C/sec. or more and less than 20°C/sec; and subsequently performing tempering at an Ac 1 transformation temperature or less, wherein the temperatures are measured at the center of a steel material, that is the center of the steel material in the thickness direction and the cooling rate is an average cooling rate measured at the center of the steel plate or the steel pipe in the thickness direction, and wherein the fatigue crack propagation rate and microstructure are determined utilizing the methods described in the description.
A battery pack, comprising: a plurality of battery cells ; a pack case configured to have accommodation spaces capable of partitioning and accommodating the plurality of battery cells at least partially; a cooling mat disposed to contact upper surfaces of the plurality of battery cells inside the pack case ; and an air cushion filled with a predetermined air therein disposed perpendicular to the cooling mat and mounted to an inner wall of the front plate and an inner wall of the rear plate , wherein the cooling mat includes: a mat body configured to contact the upper surfaces of the plurality of battery cells ; and a cooling channel formed in the mat body so that a cooling water for cooling the plurality of battery cells flows therein, wherein the mat body is filled with a predetermined air therein. a plurality of battery cells ; a pack case configured to have accommodation spaces capable of partitioning and accommodating the plurality of battery cells at least partially; a cooling mat disposed to contact upper surfaces of the plurality of battery cells inside the pack case ; and an air cushion filled with a predetermined air therein disposed perpendicular to the cooling mat and mounted to an inner wall of the front plate and an inner wall of the rear plate , a mat body configured to contact the upper surfaces of the plurality of battery cells ; and a cooling channel formed in the mat body so that a cooling water for cooling the plurality of battery cells flows therein, wherein the mat body is filled with a predetermined air therein.
Electrical traction system comprising: - a propeller group formed from an inner hollow cylinder inside which at least one propeller or an Archimedean screw is fixedly connected coaxial to said cylinder, so that both the propeller or the Archimedean screw itself and the cylinder can rotate together around an axis, - a cylindrical rotor of an electric motor inside which such a propeller group is coaxially arranged, - and a cylindrical stator fitted onto said rotor, in such a way of making an electric motor in which the rotor is hollow and cylindrical and the propeller or Archimedean screw is arranged inside it and rotates with said rotor, characterised in that: - said rotor is a cylindrical rotor of a transverse flux and permanent magnet electric motor provided with a plurality of magnets positioned through the help of locking sectors and having the poles fixed onto the inner central part of the cylinder; wherein - said electric motor is provided with permanent magnets made of rare earths; - said cylindrical stator comprises a plurality of sintered ferromagnetic modules. - a propeller group formed from an inner hollow cylinder inside which at least one propeller or an Archimedean screw is fixedly connected coaxial to said cylinder, so that both the propeller or the Archimedean screw itself and the cylinder can rotate together around an axis, - a cylindrical rotor of an electric motor inside which such a propeller group is coaxially arranged, - and a cylindrical stator fitted onto said rotor, in such a way of making an electric motor in which the rotor is hollow and cylindrical and the propeller or Archimedean screw is arranged inside it and rotates with said rotor, characterised in that: - said rotor is a cylindrical rotor of a transverse flux and permanent magnet electric motor provided with a plurality of magnets positioned through the help of locking sectors and having the poles fixed onto the inner central part of the cylinder; wherein - said electric motor is provided with permanent magnets made of rare earths; - said cylindrical stator comprises a plurality of sintered ferromagnetic modules. - said rotor is a cylindrical rotor of a transverse flux and permanent magnet electric motor provided with a plurality of magnets positioned through the help of locking sectors and having the poles fixed onto the inner central part of the cylinder; wherein - said electric motor is provided with permanent magnets made of rare earths; - said cylindrical stator comprises a plurality of sintered ferromagnetic modules.
A method of relatively positioning an integrated circuit and the propagation axis of a laser or other directed-energy beam during SEE sensitivity mapping of a microchip memory, the method comprising effecting relative displacements of the integrated circuit and the propagation axis along orthogonal axes so that an intersection of the propagation axis with the integrated circuit is moved at substantially constant speed along a spiral path, whereby the propagation axis is the propagation axis of a pulsed laser or other directed-energy beam; the change in radius per revolution between successive turns of the spiral path is constant; and the method is carried out with respect to the integrated circuit during at least two traverses of the spiral path.
Electronic cigarette product comprising a housing having a mouth end , at least one air inlet opening , and an air channel extending in the housing between the at least one air inlet opening and the mouth end , a liquid tank an electrical energy storage device , and an adding device connected to the liquid tank for generating vapor and/or aerosol from liquid taken from the liquid tank and adding the vapor and/or aerosol to an air stream flowing in the air channel , wherein the adding device consists at least in part of a microsystem unit, wherein the adding device comprises a vaporizer with an electric heating element , wherein the adding device comprises an atomizer for atomizing the liquid into droplets, wherein the atomizer is a free-jet atomizer with a thermo- or piezo actuator arranged in a liquid channel and a downstream nozzle , wherein the atomizer and the vaporizer are electrically controllable independently of each other, characterized in that , - the atomizer component is implemented on a substrate of silicon, wherein the liquid channel and the electric actuator are incorporated in the substrate in a uniform processing operation of the microsystem technology, and - the vaporizer component is implemented on a substrate of silicon, wherein the heating element is incorporated into the substrate in a uniform microsystem technology processing operation. - the atomizer component is implemented on a substrate of silicon, wherein the liquid channel and the electric actuator are incorporated in the substrate in a uniform processing operation of the microsystem technology, and - the vaporizer component is implemented on a substrate of silicon, wherein the heating element is incorporated into the substrate in a uniform microsystem technology processing operation.
Method for data communication between a control unit and a drive system , wherein the control unit and the drive system are connected to one another, preferably via a bus , in such a way that data is transmitted by means of a telegram , wherein the telegram comprises at least one instruction, preferably a plurality of instructions, wherein the telegram comprises at least one instruction for recording , wherein through the instruction for recording a recording of at least one actual value, preferably of a plurality of actual values, and/or of an actual value sequence, preferably of a plurality of actual value sequences, of the drive system is caused, characterised in that the instruction for recording comprises an identifier (ID), wherein through the identifier (ID) a recording of at least one defined actual value from a plurality of actual values and/or a recording of at least one defined actual value sequence from a plurality of actual value sequences is caused. the instruction for recording comprises an identifier (ID), wherein through the identifier (ID) a recording of at least one defined actual value from a plurality of actual values and/or a recording of at least one defined actual value sequence from a plurality of actual value sequences is caused.