mhurhangee/patent-ind-claim-en huggingface dataset:
Method for calibrating a measuring probe in a gear cutting machine by using a workpiece received in a workpiece holder of the gear cutting machine, wherein the measuring probe includes a measuring probe tip which is movably arranged on a measuring probe base, wherein the deflection of the measuring probe tip relative the measuring probe base can be determined via at least one sensor of the measuring probe, and wherein the measuring probe is traversable relative to the workpiece holder via at least two axes of movement of the gear cutting machine, wherein the method comprises the following steps: - traversing measuring probe and/or workpiece into a relative position in which the measuring probe tip touches a tooth flank of the workpiece; - rotating the workpiece via an axis of rotation of the workpiece holder and traversing the measuring probe via the at least two axes of movement of the gear cutting machine such that - the touch point of the measuring probe tip on the tooth flank would remain unchanged in the case of a perfect calibration, and - the deflection or the amount of the deflection of the measuring probe tip would adopt and/or maintain at least one specified value in the case of a perfect calibration; - determining a deviation of the deflection of the measuring probe tip from the at least one specified value at at least one measurement point; - determining at least one correction value of the calibration on the basis of the deviation. - traversing measuring probe and/or workpiece into a relative position in which the measuring probe tip touches a tooth flank of the workpiece; - rotating the workpiece via an axis of rotation of the workpiece holder and traversing the measuring probe via the at least two axes of movement of the gear cutting machine such that - the touch point of the measuring probe tip on the tooth flank would remain unchanged in the case of a perfect calibration, and - the deflection or the amount of the deflection of the measuring probe tip would adopt and/or maintain at least one specified value in the case of a perfect calibration; - the touch point of the measuring probe tip on the tooth flank would remain unchanged in the case of a perfect calibration, and - the deflection or the amount of the deflection of the measuring probe tip would adopt and/or maintain at least one specified value in the case of a perfect calibration; - determining a deviation of the deflection of the measuring probe tip from the at least one specified value at at least one measurement point; - determining at least one correction value of the calibration on the basis of the deviation.
A magnetic flux pad for receiving magnetic flux, the pad comprising a magnetically permeable core , and two overlapping, substantially coplanar coils magnetically associated with the core , wherein an overlap between the coils is such that there is no mutual coupling between the coils , the flux pad including apparatus adapted to independently tune each coil and combine the output of each tuned coil to thereby provide power.
A single-molecule guide RNA comprising at least a spacer sequence that is an RNA sequence corresponding to any of SEQ ID NOs: 16178, 16295, 9521, 16177, 9373, 9257, 16201, 16094, 9210, 9232, 16187, 9194, 16084, 16133, 16253, 16278, 9364, 16141, 9359, 16315, 9294, 16271, 16164, 16311, 9203, 9258, 16224, 16163, 16159, 9327, 9264, 16274, 9237, 9282, 16161, 16091, 16260, 16293, 16294, 16450, 16100, 16138, 9387, 9249, 16131, 9214, 37549, 16123, 16126, 9271, 16176, 9260, 16128, 9388, 16096, 16259, 9212, 9516, 9224, 9369, 9206, 9333, 9293, 16252, 9211, 16275, 9234, 16129, 16254, 9174, 9363, 9251, 16144, 9372, 16263, 16290, 16143, 16273, or 16245.
A surface cleaning apparatus comprising: a brushroll that rotates about an axis , the brushroll defining a cylindrical portion and the axis extending centrally through the cylindrical portion , the brushroll further including a rib that extends in a direction away from the axis , wherein the rib includes a face extending along a line that is collinear with a secant through the cylindrical portion , characterised in that a brush member , which includes a plurality of bristles, extends from the face a length such that a portion of the length of the brush member is drawn along the surface to be cleaned as the brushroll rotates about the axis , and wherein the brush member extends from the face a length that is larger than 0.5 times a diameter of the cylindrical portion . a brushroll that rotates about an axis , the brushroll defining a cylindrical portion and the axis extending centrally through the cylindrical portion , the brushroll further including a rib that extends in a direction away from the axis , wherein the rib includes a face extending along a line that is collinear with a secant through the cylindrical portion , characterised in that a brush member , which includes a plurality of bristles, extends from the face a length such that a portion of the length of the brush member is drawn along the surface to be cleaned as the brushroll rotates about the axis , and wherein the brush member extends from the face a length that is larger than 0.5 times a diameter of the cylindrical portion .
A method performed by a terminal (2f-01) in a communication system, the method comprising: receiving (2f-05; 2g-05; 2h-05), from a base station (2f-02), a radio resource control, RRC, release message including configuration information for measurements to be performed in a RRC idle state or a RRC inactive state, the configuration information including a list of at least one carrier frequency associated with new radio, NR, wherein the at least one carrier frequency corresponds to at least one subcarrier spacing, respectively; entering the RRC idle state or the RRC inactive state based on the RRC release message; in case that the terminal is in the RRC idle state or the RRC inactive state, identifying (2f-11; 2g-10) whether the terminal supports a carrier frequency among the at least one carrier frequency and a subcarrier spacing corresponding to the carrier frequency; in case that the terminal supports the carrier frequency and the subcarrier spacing, performing (2f-11; 2g-10) a measurement for the carrier frequency; and in case that the terminal is in a RRC connected state, transmitting (2f-55; 2g-30; 2h-25), to the base station, a measurement result performed in the RRC idle state or the RRC inactive state, wherein the measurement result includes a result of the measurement for the carrier frequency. receiving (2f-05; 2g-05; 2h-05), from a base station (2f-02), a radio resource control, RRC, release message including configuration information for measurements to be performed in a RRC idle state or a RRC inactive state, the configuration information including a list of at least one carrier frequency associated with new radio, NR, wherein the at least one carrier frequency corresponds to at least one subcarrier spacing, respectively; entering the RRC idle state or the RRC inactive state based on the RRC release message; in case that the terminal is in the RRC idle state or the RRC inactive state, identifying (2f-11; 2g-10) whether the terminal supports a carrier frequency among the at least one carrier frequency and a subcarrier spacing corresponding to the carrier frequency; in case that the terminal supports the carrier frequency and the subcarrier spacing, performing (2f-11; 2g-10) a measurement for the carrier frequency; and in case that the terminal is in a RRC connected state, transmitting (2f-55; 2g-30; 2h-25), to the base station, a measurement result performed in the RRC idle state or the RRC inactive state, wherein the measurement result includes a result of the measurement for the carrier frequency.
An apparatus of a Radio Access Network, RAN, comprising at least one processor , at least one memory including computer program code, and the at least one processor, with the at least one memory and the computer program code, being arranged to cause the apparatus to at least perform the following steps: extracting from a first request message a requirement for a first resource of the apparatus for a service, wherein the request is received from a User Equipment, UE, and comprises a requirement indication, and the requirement indication indicates the requirement to be fulfilled for the service; determining a contribution of the first resource to the requirement for a case that a first part of the service is executed on the first resource; transmitting to a Control Plane, CP, of a Core Network, CN, a second request message for asking for a second resource for executing a second part of the service, wherein the second request message includes a contribution indication, the contribution indication indicates an allowable contribution to the requirement, and the allowable contribution comprises the requirement and the contribution of the first resource to the requirement. extracting from a first request message a requirement for a first resource of the apparatus for a service, wherein the request is received from a User Equipment, UE, and comprises a requirement indication, and the requirement indication indicates the requirement to be fulfilled for the service; determining a contribution of the first resource to the requirement for a case that a first part of the service is executed on the first resource; transmitting to a Control Plane, CP, of a Core Network, CN, a second request message for asking for a second resource for executing a second part of the service, wherein the second request message includes a contribution indication, the contribution indication indicates an allowable contribution to the requirement, and the allowable contribution comprises the requirement and the contribution of the first resource to the requirement.
A polarizing plate laminate comprising: a polarizer ; an adhesive agent layer or a bonding agent layer provided on the polarizer ; a viewing angle compensation film provided on the adhesive agent layer or the bonding agent layer ; and a base film provided on the viewing angle compensation film , wherein the viewing angle compensation film comprises a pattern layer and a planarization layer and a difference in refractive index between the pattern layer and the planarization layer is 0.02 to 0.4, the pattern layer comprises: a first surface comprising a flat surface; and a second surface facing the first surface and comprising a plurality of protrusion, each of the protrusions comprises a first inclined surface and a second inclined surface, an angle (θ 1 ) between the first inclined surface or a surface extending from the first inclined surface and the first surface and an angle (θ 2 ) between the second inclined surface or a surface extending from the second inclined surface and the first surface are the same as each other, an aspect ratio of each of the protrusions represented by the following Equation 1 is more than 1.5 and less than 3.0, wherein, Aspect ratio of protrusion = Height of protrusion 150 / Pitch of protrusion 160 characterised in that a highest point and/or a lowest point of each of the protrusions has a radius of curvature (R) of 1 μm or less. a polarizer ; an adhesive agent layer or a bonding agent layer provided on the polarizer ; a viewing angle compensation film provided on the adhesive agent layer or the bonding agent layer ; and a base film provided on the viewing angle compensation film , wherein the viewing angle compensation film comprises a pattern layer and a planarization layer and a difference in refractive index between the pattern layer and the planarization layer is 0.02 to 0.4, the pattern layer comprises: a first surface comprising a flat surface; and a second surface facing the first surface and comprising a plurality of protrusion, each of the protrusions comprises a first inclined surface and a second inclined surface, an angle (θ 1 ) between the first inclined surface or a surface extending from the first inclined surface and the first surface and an angle (θ 2 ) between the second inclined surface or a surface extending from the second inclined surface and the first surface are the same as each other, an aspect ratio of each of the protrusions represented by the following Equation 1 is more than 1.5 and less than 3.0, wherein, Aspect ratio of protrusion = Height of protrusion 150 / Pitch of protrusion 160 characterised in that a highest point and/or a lowest point of each of the protrusions has a radius of curvature (R) of 1 μm or less.
A balcony floor comprising at least two sectional floor elements disposed side by side and connected to each other by a joint structure so as to form a flat subfloor , the balcony floor being adapted to be carried by a floor support , characterized in that the joint structure comprises a hinge means rotatably interconnecting two sectional floor elements at meeting bottom edges of these, and a locking means at meeting top edges (2", 3") of these two sectional floor elements interlocking them in a flat position, and in that the subfloor is coated with a liquid repellant coating covering said joint structure .
A laminate film for packaging, the laminate film comprising: a resin substrate having a heat sealing surface that constitutes one outermost surface of the laminate film ; a coating layer made of a non-metallic material; and an underlayer disposed between the resin substrate and the coating layer , wherein the resin substrate includes a first layer that is made of propylene copolymer and constitutes the heat sealing surface , and a second layer made of polypropylene, and the first and second layers are laminated and biaxially stretched. a resin substrate having a heat sealing surface that constitutes one outermost surface of the laminate film ; a coating layer made of a non-metallic material; and an underlayer disposed between the resin substrate and the coating layer , wherein the resin substrate includes a first layer that is made of propylene copolymer and constitutes the heat sealing surface , and a second layer made of polypropylene, and the first and second layers are laminated and biaxially stretched.
A vacuum insulation glass panel sealing cap closing apparatus, comprising: a clamping unit configured to be clamped to an edge of a glass panel assembly at a position adjacent to an exhaust hole formed in one edge of a lower surface of the glass panel assembly , the clamping unit having a guide hole formed so as to be aligned with the exhaust hole ; a holder mounted in the guide hole so as to move along the guide hole and configured to hold a sealing cap to which a glass solder for closing the exhaust hole is applied; and an elevating means for moving the holder along the guide hole so as to press the sealing cap against a periphery of the exhaust hole so that the exhaust hole is closed by the sealing cap ; the apparatus being characterized in that the clamping unit includes, an upper plate configured to be disposed above the glass panel assembly ; a lower plate configured to be disposed below the glass panel assembly so as to make contact with the lower surface of the glass panel assembly and having the guide hole formed therein; and a clamping screw fastened to the upper plate so as to support and clamp an upper surface of the glass panel assembly and having a foot coupled to a lower end of the clamping screw so as to make contact with the upper surface of the glass panel assembly . a clamping unit configured to be clamped to an edge of a glass panel assembly at a position adjacent to an exhaust hole formed in one edge of a lower surface of the glass panel assembly , the clamping unit having a guide hole formed so as to be aligned with the exhaust hole ; a holder mounted in the guide hole so as to move along the guide hole and configured to hold a sealing cap to which a glass solder for closing the exhaust hole is applied; and an elevating means for moving the holder along the guide hole so as to press the sealing cap against a periphery of the exhaust hole so that the exhaust hole is closed by the sealing cap ; the apparatus being characterized in that the clamping unit includes, an upper plate configured to be disposed above the glass panel assembly ; a lower plate configured to be disposed below the glass panel assembly so as to make contact with the lower surface of the glass panel assembly and having the guide hole formed therein; and a clamping screw fastened to the upper plate so as to support and clamp an upper surface of the glass panel assembly and having a foot coupled to a lower end of the clamping screw so as to make contact with the upper surface of the glass panel assembly .
A process of preparing 3,3,3-trifluoroprop-1-ene, comprising reacting 3-chloro-1,1,1-trifluoropropane with a base in an aqueous solvent component, wherein the reacting is conducted in the absence of a phase transfer catalyst, wherein the aqueous solvent component does not comprise an organic solvent.
A method for managing the propulsion of a parallel hybrid vehicle comprising an electric motor generator and an accelerator pedal and a relative sensor connected thereto to detect an inclination of the accelerator pedal, wherein a torque curve (EMTrq) delivered/absorbed by the electric motor generator is a function of two variables, wherein a first variable coincides with said inclination of said accelerator pedal and a second variable coincides with a current speed (vehSpeed) of the hybrid vehicle, the method being characterised in that said torque curve has partial derivative, with respect to said inclination of the accelerator pedal (AccPed%), linear in a relative entire domain (0% - 100%).
A computed tomography device for examining a body part of a large animal comprising: - a computed tomography (CT) device having an annular gantry and a CT table for receiving a body part of a large animal to be examined, - and a platform on which the CT device is mounted, the gantry being immovable relative to the platform, and wherein the CT table is horizontally movable relative to the platform and to the gantry and / or the platform is connected such that the CT table in an opening of the annular gantry can be retracted, wherein the computed tomography device comprises a displacement device, which with the platform connected and adapted to move the platform with the mounted CT device relative to a footprint of a large animal horizontally, wherein the footprint is located outside the platform, characterized in that displacement device is adapted, in at least one operating state, to displace the platform with the CT device in such a way that the CT table remains stationary relative to the footprint during a movement relative to the gantry, by the CT table entering the opening of the annular gantry relative to the platform in a first direction, and the platform is displaced relative to the footprint in a second direction opposite to the first direction, wherein the retraction of the CT table and the displacement of the platform each are performed at an equal speed in terms of amount so that the CT table remains stationary relative to the standing surface. - a computed tomography (CT) device having an annular gantry and a CT table for receiving a body part of a large animal to be examined, - and a platform on which the CT device is mounted, the gantry being immovable relative to the platform, and
A Corona igniter comprising an electrically conductive glass seal providing a hermetic bond between at least one electrically conductive component and an insulator, the glass seal comprising at least one glass in a total amount of 50.0 to 85.0 weight (wt. %), based on the total weight of said glass seal; electrically conductive metal particles in an amount of 15.0 to 50.0 wt. %, based on the total weight of said glass seal; an expansion agent that at least a portion converts from a solid to a gas during a firing process generating gas-filled bubbles leading to gas-filled pores; said gas-filled pores being in an amount of 25.0 to 75.0 volume percent (vol. %), based on the total volume of the glass seal; wherein said electrically conductive particles surround any of said gas filled pores and wherein the glass seal has an electrically conductivity ranging from 9 ×10 6 S/m to 65 ×10 6 S/m.
An automatic analyzer, comprising: a sample dispensing system that uses a sample probe to dispense a sample located in a sample dispensing position; and an apparatus controller that controls the sample dispensing system , wherein the apparatus controller is configured to execute a first operation sequence to operate the sample dispensing system in a standby state continued until the sample is transported to the sample dispensing position, and wherein the apparatus controller is configured to execute a second operation sequence to operate the sample dispensing system in an analysis state in which the sample located in the sample dispensing position is dispensed, characterized in that a time period (tb) during interior cleaning performed on the sample probe in a single cycle of the first operation sequence is set to be shorter than a time period (ta) during interior cleaning performed on the sample probe in a single cycle of the second operation sequence, wherein a time period (tc+tb+td) of a single cycle of the first operation sequence is equal to a time period (tc+ta) of a single cycle of the second operation sequence. a sample dispensing system that uses a sample probe to dispense a sample located in a sample dispensing position; and an apparatus controller that controls the sample dispensing system , wherein the apparatus controller is configured to execute a first operation sequence to operate the sample dispensing system in a standby state continued until the sample is transported to the sample dispensing position, and wherein the apparatus controller is configured to execute a second operation sequence to operate the sample dispensing system in an analysis state in which the sample located in the sample dispensing position is dispensed, characterized in that a time period (tb) during interior cleaning performed on the sample probe in a single cycle of the first operation sequence is set to be shorter than a time period (ta) during interior cleaning performed on the sample probe in a single cycle of the second operation sequence, wherein a time period (tc+tb+td) of a single cycle of the first operation sequence is equal to a time period (tc+ta) of a single cycle of the second operation sequence.