mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic flow meter comprising: electrode sensors generating a sensor signal indicative of flow of a conductive liquid through a conduit ; a noise identification module identifying a noise level in the sensor signal; a contaminant identification module using the noise level to determine whether a contaminant is in the conductive liquid in the conduit , wherein: the noise identification module identifies the noise level in a frequency-domain representation of the sensor signal; and the frequency-domain representation of the sensor signal is a filtered representation, in which harmonics of a frequency of a drive signal used to generate a magnetic field in the conduit have been filtered. electrode sensors generating a sensor signal indicative of flow of a conductive liquid through a conduit ; a noise identification module identifying a noise level in the sensor signal; a contaminant identification module using the noise level to determine whether a contaminant is in the conductive liquid in the conduit , wherein: the noise identification module identifies the noise level in a frequency-domain representation of the sensor signal; and the frequency-domain representation of the sensor signal is a filtered representation, in which harmonics of a frequency of a drive signal used to generate a magnetic field in the conduit have been filtered. the noise identification module identifies the noise level in a frequency-domain representation of the sensor signal; and the frequency-domain representation of the sensor signal is a filtered representation, in which harmonics of a frequency of a drive signal used to generate a magnetic field in the conduit have been filtered.
A method performed by a user equipment, UE, operating in a wireless communication system, the method comprising: generating, by a session management, SM, non-access stratum, NAS, layer of the UE, a SM message; forwarding, by the SM NAS layer of the UE, the SM message to a mobility management, MM, NAS layer of the UE which is a lower layer of the SM NAS layer; and sending (S2310), by the MM NAS layer of the UE to an access and mobility management function, AMF, an uplink, UL, NAS message including the SM message; the method being characterized by receiving (S2320), by the MM NAS layer of the UE from the AMF, a NAS message for an MM rejection including a cause of a problem related to routing of the SM message at the AMF; and delivering, by the MM NAS layer of the UE to the SM NAS layer of the UE, information on the problem related to routing of the SM message based on the cause. generating, by a session management, SM, non-access stratum, NAS, layer of the UE, a SM message; forwarding, by the SM NAS layer of the UE, the SM message to a mobility management, MM, NAS layer of the UE which is a lower layer of the SM NAS layer; and sending (S2310), by the MM NAS layer of the UE to an access and mobility management function, AMF, an uplink, UL, NAS message including the SM message; the method being characterized by receiving (S2320), by the MM NAS layer of the UE from the AMF, a NAS message for an MM rejection including a cause of a problem related to routing of the SM message at the AMF; and delivering, by the MM NAS layer of the UE to the SM NAS layer of the UE, information on the problem related to routing of the SM message based on the cause.
Pneumatic vehicle tyre having a belt composed of two or more belt plies which have reinforcement members crossing one another at an angle, wherein the reinforcement members within each belt ply are arranged substantially parallel to and spaced apart from one another and are embedded in rubber material, wherein the belt has at least one first belt ply, the reinforcement members of which are formed by steel cords composed of two twisted-together steel monofilaments, wherein the steel falls within the reinforcement member class Ultra-Tensile (UT) with in each case a tensile strength of 3185 N/mm 2 to 3920 N/mm 2 , measured in accordance with ASTM D 2969, ASTM D 4975 and BISTA E6, characterized in that the first belt ply, at a predefined elongation of 1% in the direction of the reinforcement member longitudinal extent, has a stress of 26000 N per dm width to 43000 N per dm width, wherein the force-elongation curve for the determination of the stress is measured in accordance with ASTM D 2969, ASTM D 4975 and BISTA E6. wherein the belt has at least one first belt ply, the reinforcement members of which are formed by steel cords composed of two twisted-together steel monofilaments, wherein the steel falls within the reinforcement member class Ultra-Tensile (UT) with in each case a tensile strength of 3185 N/mm 2 to 3920 N/mm 2 , measured in accordance with ASTM D 2969, ASTM D 4975 and BISTA E6, characterized in that the first belt ply, at a predefined elongation of 1% in the direction of the reinforcement member longitudinal extent, has a stress of 26000 N per dm width to 43000 N per dm width, wherein the force-elongation curve for the determination of the stress is measured in accordance with ASTM D 2969, ASTM D 4975 and BISTA E6.
A computer-implemented method for enabling and disabling execution of at least one module by processing means configured for executing the module, the module comprising one or more computer instructions configured to use one or more files and the processing means being configured to access the one or more files when executing the module, wherein the method comprises the steps of: - associating usage rights with at least a first entity and a second entity, the first entity and second entity being selected from different ones of (a) the module, (b) the processing means and (c) the one or more files; - enabling execution of the module when the associated usage rights allow both use of the first entity by the second entity and use of the second entity by the first entity; - disabling execution of the module when the associated usage rights prevent at least one of use of the first entity by the second entity and use of the second entity by the first entity; wherein a first party having ownership of the first entity has defined said usage rights with respect to the use of the first entity by the second entity; wherein a second party having ownership of the second entity has defined said usage rights with respect to the use of the second entity by the first entity; and wherein at least one entity of the first entity and the second entity comprises a plurality of levels and the usage right associated with the at least one entity applies to one or more of the levels . - associating usage rights with at least a first entity and a second entity, the first entity and second entity being selected from different ones of (a) the module, (b) the processing means and (c) the one or more files; - enabling execution of the module when the associated usage rights allow both use of the first entity by the second entity and use of the second entity by the first entity; - disabling execution of the module when the associated usage rights prevent at least one of use of the first entity by the second entity and use of the second entity by the first entity;
In a computer system that implements a speech decoder, a method comprising: receiving encoded data as part of a bitstream; decoding the encoded data to reconstruct speech, including: decoding residual values, including: decoding a set of phase values, including reconstructing at least some of the set of phase values using a linear component and a weighted sum of basis functions; and reconstructing the residual values based at least in part on the set of phase values; and filtering the residual values according to linear prediction coefficients; and storing the reconstructed speech for output. receiving encoded data as part of a bitstream; decoding the encoded data to reconstruct speech, including: decoding residual values, including: decoding a set of phase values, including reconstructing at least some of the set of phase values using a linear component and a weighted sum of basis functions; and reconstructing the residual values based at least in part on the set of phase values; and filtering the residual values according to linear prediction coefficients; and storing the reconstructed speech for output. decoding residual values, including: decoding a set of phase values, including reconstructing at least some of the set of phase values using a linear component and a weighted sum of basis functions; and reconstructing the residual values based at least in part on the set of phase values; and decoding a set of phase values, including reconstructing at least some of the set of phase values using a linear component and a weighted sum of basis functions; and reconstructing the residual values based at least in part on the set of phase values; and filtering the residual values according to linear prediction coefficients; and storing the reconstructed speech for output.
A method for manufacturing semiconductor packages, comprising the steps of: sealing at least two semiconductor elements between a photosensitive resin layer and a polymer resin layer , wherein the polymer resin layer is formed on a substrate and contains an alkali-soluble resin and a heat-curable binder; selectively exposing to light and alkali-developing the photosensitive resin layer to form photosensitive resin blocks , and simultaneously alkali-developing exposed portions of the polymer resin layer to form polymer resin blocks ; curing the polymer resin blocks to form insulating layers; removing the photosensitive resin blocks ; wherein in the alkali developing step, the semiconductor elements are sealed between photosensitive resin blocks and polymer resin blocks which are in contact with each other; forming insulating pattern layers on the insulating layers; and forming a metal pattern layer on the insulating pattern layer connected to the semiconductor elements. sealing at least two semiconductor elements between a photosensitive resin layer and a polymer resin layer , wherein the polymer resin layer is formed on a substrate and contains an alkali-soluble resin and a heat-curable binder; selectively exposing to light and alkali-developing the photosensitive resin layer to form photosensitive resin blocks , and simultaneously alkali-developing exposed portions of the polymer resin layer to form polymer resin blocks ; curing the polymer resin blocks to form insulating layers; removing the photosensitive resin blocks ; wherein in the alkali developing step, the semiconductor elements are sealed between photosensitive resin blocks and polymer resin blocks which are in contact with each other; forming insulating pattern layers on the insulating layers; and forming a metal pattern layer on the insulating pattern layer connected to the semiconductor elements.
Drill comprising a drill spindle capable of driving a cutting tool such that it moves, said drill comprising at least one channel for distributing a lubricant to said cutting tool , a pump for supplying said channel with lubricant and control means for controlling the flow rate of said pump , characterised in that it comprises mechanical means for determining at least one piece of information representing the torque exerted on said spindle along the axis thereof during drilling, said control means of said pump acting on the flow rate of said pump as a function of the torque exerted on said spindle along the axis thereof during drilling.
An ophthalmic apparatus for examining an examinee's eye comprising: a face support member configured to support an examinee's face; a human detection member configured to detect whether the face is supported by the face support member ; a notification member configured to give an announcement to any one of an examinee and an examiner; and a controller configured to control the notification member based on a detection result of the human detection member ; wherein the face support member comprises a jaw rest configured to support an examinee's jaw and a jaw rest driving member configured to drive the jaw rest ; characterised in that the controller is configured to give an announcement of asking the examinee to leave the jaw from the jaw rest in advance of driving the jaw rest by the jaw rest driving member when the examinee's face is determined to be supported by the face support member from the detection result. a face support member configured to support an examinee's face; a human detection member configured to detect whether the face is supported by the face support member ; a notification member configured to give an announcement to any one of an examinee and an examiner; and a controller configured to control the notification member based on a detection result of the human detection member ; wherein the face support member comprises a jaw rest configured to support an examinee's jaw and a jaw rest driving member configured to drive the jaw rest ; characterised in that the controller is configured to give an announcement of asking the examinee to leave the jaw from the jaw rest in advance of driving the jaw rest by the jaw rest driving member when the examinee's face is determined to be supported by the face support member from the detection result.
A parquet comprising: - at least one first strip and one second strip , each having a body extending along a prevailing longitudinal direction (L-L) and identifying a pair of bases for the laying thereof, - wherein said body is provided, at at least one lateral edge , with a seat or perimeter recess , recessed with respect to said lateral edge , the lateral edges of the adjacent strips identifying a joint , - at least one connection element housed in the seats of said first and second adjacent strips , - wherein the connection element is deformable from a non-deformed or rest configuration, in which it is housed at least partially continuously in the seats of said first and second strips so as to create an undercut to a relative vertical movement between said strips , along a vertical direction (Z-Z) perpendicular to the prevailing longitudinal direction (L-L) and to said bases , to a deformed configuration in which the connection element is housed in only one of said seats or has a discontinuity or separation at said joint so as to allow the separation of said strips in the vertical direction (Z-Z), characterized in that the connection element is a plastically deformable connection element so as to irreversibly switch from the non-deformed configuration to the deformed configuration in which it is housed inside a single seat of one of said adjacent strips or is interrupted at said joint , to allow the separation of said strips in the vertical direction (Z-Z), wherein the connection element has at least one notch at said joint so as to facilitate the breaking thereof at the joint itself. - at least one first strip and one second strip , each having a body extending along a prevailing longitudinal direction (L-L) and identifying a pair of bases for the laying thereof, - wherein said body is provided, at at least one lateral edge , with a seat or perimeter recess , recessed with respect to said lateral edge , the lateral edges of the adjacent strips identifying a joint , - at least one connection element housed in the seats of said first and second adjacent strips , - wherein the connection element is deformable from a non-deformed or rest configuration, in which it is housed at least partially continuously in the seats of said first and second strips so as to create an undercut to a relative vertical movement between said strips , along a vertical direction (Z-Z) perpendicular to the prevailing longitudinal direction (L-L) and to said bases , to a deformed configuration in which the connection element is housed in only one of said seats or has a discontinuity or separation at said joint so as to allow the separation of said strips in the vertical direction (Z-Z),
An optical measuring apparatus adapted to measure at least one sample (BS), the optical measuring apparatus comprising: a plurality of light emitting units , configured to emit a plurality of light beams (L); a stage (P), disposed on the transmission paths of the light beams (L), and comprising a plurality of accommodating spaces (MF), wherein the accommodating spaces (MF) accommodate the sample (BS) respectively; a respective lens , disposed on the transmission path of each of the light beams (L) and located between the light emitting unit and the stage (P), the lenses being arranged such that the orthogonal projection (PJ) of each lens on the stage (P) appears substantially to be a polygon, wherein the stage (P) is configured to rotate around a rotation center (GC1), and wherein the optical measuring apparatus is configured such that when one of the accommodating spaces (MF) moves to the transmission path of a light beam (L), a perpendicular bisector half line (SL) of each side of the polygon is not overlapped with another adjacent accommodating space (MF) of the accommodating spaces (MF), wherein the perpendicular bisector half line (SL) is taken a midpoint of the side of the polygon as a starting point, and is the line extending along the perpendicular bisector half line (SL) of the side away from the polygon; and a light detector , disposed on the transmission path of each of the light beams (L) from the stage (P), so as to detect the light beam (L). a plurality of light emitting units , configured to emit a plurality of light beams (L); a stage (P), disposed on the transmission paths of the light beams (L), and comprising a plurality of accommodating spaces (MF), wherein the accommodating spaces (MF) accommodate the sample (BS) respectively; a respective lens , disposed on the transmission path of each of the light beams (L) and located between the light emitting unit and the stage (P), the lenses being arranged such that the orthogonal projection (PJ) of each lens on the stage (P) appears substantially to be a polygon, wherein the stage (P) is configured to rotate around a rotation center (GC1), and wherein the optical measuring apparatus is configured such that when one of the accommodating spaces (MF) moves to the transmission path of a light beam (L), a perpendicular bisector half line (SL) of each side of the polygon is not overlapped with another adjacent accommodating space (MF) of the accommodating spaces (MF), wherein the perpendicular bisector half line (SL) is taken a midpoint of the side of the polygon as a starting point, and is the line extending along the perpendicular bisector half line (SL) of the side away from the polygon; and a light detector , disposed on the transmission path of each of the light beams (L) from the stage (P), so as to detect the light beam (L).
A method for authenticating a user on a vehicle which can be coupled to an external device and to at least two tokens (T1 to Tn), wherein an authentication secret code (Ca) is stored in the external device , a first token secret code (C1) is stored in the first token (T1), and a second token secret code (C2) is stored in the second token (T2), in which method the first token secret code (C1) of the first token (T1) is received by the vehicle if an operating action executed with the first token (T1) has been detected, the second token secret code (C2) of the second token (T2) is received by the vehicle if an operating action executed with the second token (T2) has been detected, a new secret code (Ck) is generated from the received token secret codes (C1, C2) by a combination of the first and the second token secret code (C1, C2), the new secret code (Ck) is transmitted to the external device for comparison, if the new secret code (Ck) matches the authentication secret code (Ca), a signal (S) is received by the vehicle from the external device , which signal (S) indicates that the user can be authenticated, and the user is authenticated on the vehicle if the new secret code (Ck) matches the authentication secret code (Ca). the first token secret code (C1) of the first token (T1) is received by the vehicle if an operating action executed with the first token (T1) has been detected, the second token secret code (C2) of the second token (T2) is received by the vehicle if an operating action executed with the second token (T2) has been detected, a new secret code (Ck) is generated from the received token secret codes (C1, C2) by a combination of the first and the second token secret code (C1, C2), the new secret code (Ck) is transmitted to the external device for comparison, if the new secret code (Ck) matches the authentication secret code (Ca), a signal (S) is received by the vehicle from the external device , which signal (S) indicates that the user can be authenticated, and the user is authenticated on the vehicle if the new secret code (Ck) matches the authentication secret code (Ca).
A method for operating a phase-leg (106; 200) of a three-level active neutral point clamped converter , the phase-leg (106; 200) comprising an output terminal , a plurality of input terminals , and a plurality of switches (210, 212, ..., 220) disposed therebetween, the method comprising: operating the phase-leg (106; 200) in a neutral state to generate an output voltage having a neutral level by operating a second switch , a third switch , a fifth switch , and a sixth switch of the plurality of switches in a conducting state and operating a first switch and a fourth switch of the plurality of switches in a non-conducting state; and characterized by : transitioning the phase-leg (106; 200) to a first intermediate neutral state from the neutral state by operating the second switch and the fifth switch in the conducting state and operating the first switch , the third switch , the fourth switch , and the sixth switch in the non-conducting state; and transitioning the phase-leg (106; 200) from the first intermediate neutral state to a first state to generate the output voltage having a first level by operating the first switch , the third switch , and the fifth switch in the conducting state and operating the second switch , the fourth switch , and the sixth switch in the non-conducting state. operating the phase-leg (106; 200) in a neutral state to generate an output voltage having a neutral level by operating a second switch , a third switch , a fifth switch , and a sixth switch of the plurality of switches in a conducting state and operating a first switch and a fourth switch of the plurality of switches in a non-conducting state; and characterized by : transitioning the phase-leg (106; 200) to a first intermediate neutral state from the neutral state by operating the second switch and the fifth switch in the conducting state and operating the first switch , the third switch , the fourth switch , and the sixth switch in the non-conducting state; and transitioning the phase-leg (106; 200) from the first intermediate neutral state to a first state to generate the output voltage having a first level by operating the first switch , the third switch , and the fifth switch in the conducting state and operating the second switch , the fourth switch , and the sixth switch in the non-conducting state. transitioning the phase-leg (106; 200) to a first intermediate neutral state from the neutral state by operating the second switch and the fifth switch in the conducting state and operating the first switch , the third switch , the fourth switch , and the sixth switch in the non-conducting state; and transitioning the phase-leg (106; 200) from the first intermediate neutral state to a first state to generate the output voltage having a first level by operating the first switch , the third switch , and the fifth switch in the conducting state and operating the second switch , the fourth switch , and the sixth switch in the non-conducting state.
A compound of formula (Ia) or (Ib) a stereoisomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof; said compound is selected from the group wherein: R 1 is CF 3 or OCF 3 , R 2 is H or OCH 3 or F, R 3 is H; and when R 2 is H than R 3 can also be CH 3 . R 1 is CF 3 or OCF 3 , R 2 is H or OCH 3 or F, R 3 is H; and when R 2 is H than R 3 can also be CH 3 .