mhurhangee/patent-ind-claim-en huggingface dataset:
A nerve stimulation appliance, having: a first stimulator which is designed to sequentially trigger several first stimuli at a first position (P1) in a nerve fibre (F) of a nerve of a human being or a mammal which only propagate in a first direction (R1) in the nerve fibre; a second stimulator which is designed to sequentially trigger several second stimuli at a second position (P2) in the nerve fibre (F) which only propagate in a second direction (R2), which is opposite to the first direction (R1), in the nerve fibre (F), wherein the second position (P2) is spaced from the first position (P1) in the first direction (R1), and wherein the first stimulator and the second stimulator are synchronised such that a first stimulus and a second stimulus, respectively, are generated within a predetermined time window so that the first and the second stimuli block each other in the nerve fibre, wherein the first stimulator has first stimulus generating means and the second stimulator has second stimulus generating means which are each designed to couple a stimulus into the nerve fibre, wherein the first and the second stimulus generating means each have a first stimulus electrode (21 1 , 22 1 ) and a second stimulus electrode (21 2 , 22 2 ), wherein the first stimulus electrode (21 1 , 22 1 ) and the second stimulus electrode (21 2 , 22 2 ) are each spatially spaced from one another, and wherein the second stimulus electrode (22 1 ) of the first stimulus generating means and the second stimulus electrode (22 2 ) of the second stimulus generating means are formed by a common electrode . a first stimulator which is designed to sequentially trigger several first stimuli at a first position (P1) in a nerve fibre (F) of a nerve of a human being or a mammal which only propagate in a first direction (R1) in the nerve fibre; a second stimulator which is designed to sequentially trigger several second stimuli at a second position (P2) in the nerve fibre (F) which only propagate in a second direction (R2), which is opposite to the first direction (R1), in the nerve fibre (F), wherein the second position (P2) is spaced from the first position (P1) in the first direction (R1), and wherein the first stimulator and the second stimulator are synchronised such that a first stimulus and a second stimulus, respectively, are generated within a predetermined time window so that the first and the second stimuli block each other in the nerve fibre, wherein the first stimulator has first stimulus generating means and the second stimulator has second stimulus generating means which are each designed to couple a stimulus into the nerve fibre, wherein the first and the second stimulus generating means each have a first stimulus electrode (21 1 , 22 1 ) and a second stimulus electrode (21 2 , 22 2 ), wherein the first stimulus electrode (21 1 , 22 1 ) and the second stimulus electrode (21 2 , 22 2 ) are each spatially spaced from one another, and wherein the second stimulus electrode (22 1 ) of the first stimulus generating means and the second stimulus electrode (22 2 ) of the second stimulus generating means are formed by a common electrode .
A method , comprising: receiving a first image, or identifying a first image from a plurality of images, wherein the first image is captured by a camera; identifying a number of edges in the first image ; determining a distribution based at least partially upon an intensity of each pixel in the first image when the number of edges is greater than a predetermined threshold; determining that the distribution is bimodal; dividing the first image to produce a second image in response to determining that the distribution approximates a bimodal mixture of Gaussian distributions , wherein the second image comprises a plurality of first pixels corresponding to a ground region and a plurality of second pixels corresponding to a sky region; and determining that a horizon is defined between the plurality of first pixels and the plurality of second pixels . receiving a first image, or identifying a first image from a plurality of images, wherein the first image is captured by a camera; identifying a number of edges in the first image ; determining a distribution based at least partially upon an intensity of each pixel in the first image when the number of edges is greater than a predetermined threshold; determining that the distribution is bimodal; dividing the first image to produce a second image in response to determining that the distribution approximates a bimodal mixture of Gaussian distributions , wherein the second image comprises a plurality of first pixels corresponding to a ground region and a plurality of second pixels corresponding to a sky region; and determining that a horizon is defined between the plurality of first pixels and the plurality of second pixels .
A method of wireless communication by a base station, comprising: transmitting wideband information to a first set of user equipments, UEs; and transmitting narrowband information to a second set of UEs, in which the second set of UEs operate in a narrower bandwidth than the first set of UEs; and characterized by further comprising either: receiving an acknowledgement/negative acknowledgement, ACK/NACK, in response to the transmitted wideband information without receiving an ACK/NACK for transmitted narrowband information when the wideband information and the narrowband information comprise data; or disabling downlink ACK/NACK that is in response to receiving narrowband information from one of the second set of UEs. transmitting wideband information to a first set of user equipments, UEs; and transmitting narrowband information to a second set of UEs, in which the second set of UEs operate in a narrower bandwidth than the first set of UEs; and characterized by further comprising either: receiving an acknowledgement/negative acknowledgement, ACK/NACK, in response to the transmitted wideband information without receiving an ACK/NACK for transmitted narrowband information when the wideband information and the narrowband information comprise data; or disabling downlink ACK/NACK receiving an acknowledgement/negative acknowledgement, ACK/NACK, in response to the transmitted wideband information without receiving an ACK/NACK for transmitted narrowband information when the wideband information and the narrowband information comprise data; or disabling downlink ACK/NACK that is in response to receiving narrowband information from one of the second set of UEs.
A computer-based method of estimating dosing information of a chimeric FVIII protein, wherein the dosing information is individualized for a patient, the method comprising: (a) receiving at least one of patient information and desired treatment outcome information; and, (b) calculating a dosage regimen of the chimeric FVIII protein for the patient using a computer-based application, wherein the application is programmed to implement (i) a two-compartment clotting factor population pharmacokinetic (popPK) model comprising the parameters clearance (CL), exponent on von Willebrand Factor (VWF), V1, V2, and intercompartmental clearance (Q); and (ii) a Bayesian estimation program to calculate the dosage regimen, wherein the chimeric FVIII protein comprises FVIII and an FcRn binding partner. (a) receiving at least one of patient information and desired treatment outcome information; and, (b) calculating a dosage regimen of the chimeric FVIII protein for the patient using a computer-based application, wherein the application is programmed to implement (i) a two-compartment clotting factor population pharmacokinetic (popPK) model comprising the parameters clearance (CL), exponent on von Willebrand Factor (VWF), V1, V2, and intercompartmental clearance (Q); and (ii) a Bayesian estimation program to calculate the dosage regimen, wherein the chimeric FVIII protein comprises FVIII and an FcRn binding partner. (i) a two-compartment clotting factor population pharmacokinetic (popPK) model comprising the parameters clearance (CL), exponent on von Willebrand Factor (VWF), V1, V2, and intercompartmental clearance (Q); and (ii) a Bayesian estimation program to calculate the dosage regimen,
Device for opening or closing a leaf relative to a frame of a door or window, comprising: - a first assembly comprising a hollow cam , said first assembly being arranged to be integral with the frame , as well as a - a second assembly arranged to be integral with the leaf , the said second assembly comprising: - a rotary motor , - a screw connected to said motor , - a nut engaged on the screw ; - a first roller integral with said nut and engaged in said hollow cam , - said rotary motor being arranged to rotate said screw on itself, and thus to move said nut in a translational movement, so that said first roller slides in said hollow cam , in order to angularly move the leaf with respect to the frame , characterized in that said first roller comprises two distinct parts and fixing means for connecting said two distinct parts together, so that if accidentally a torque greater than a threshold is exerted on said leaf , the two distinct parts separate so that one part leaves with the leaf during its accidental displacement, and the other part ends its travel in said hollow cam . - a first assembly comprising a hollow cam , said first assembly being arranged to be integral with the frame , as well as a - a second assembly arranged to be integral with the leaf , the said second assembly comprising: - a rotary motor , - a screw connected to said motor , - a nut engaged on the screw ; - a first roller integral with said nut and engaged in said hollow cam , - said rotary motor being arranged to rotate said screw on itself, and thus to move said nut in a translational movement, so that said first roller slides in said hollow cam , in order to angularly move the leaf with respect to the frame , characterized in that said first roller comprises two distinct parts and fixing means for connecting said two distinct parts together, so that if accidentally a torque greater than a threshold is exerted on said leaf , the two distinct parts separate so that one part leaves with the leaf during its accidental displacement, and the other part ends its travel in said hollow cam . - a rotary motor , - a screw connected to said motor , - a nut engaged on the screw ; - a first roller integral with said nut and engaged in said hollow cam , - said rotary motor being arranged to rotate said screw on itself, and thus to move said nut in a translational movement, so that said first roller slides in said hollow cam , in order to angularly move the leaf with respect to the frame ,
A range hood comprising: an exhaust fan configured to discharge indoor air to outdoors through an exhaust pipe ; an inputter ; a display ;a communicator configured to communicate with a cook top ; and a processor configured to: based on receipt of a signal from the cook top , control an operating state of the exhaust fan to correspond to an operating state of a heating element included in the cook top , and control the communicator to transmit state information of the range hood to the cook top , characterized in that the processor is further configured to: perform pairing with the cook top in response to receiving a pairing command input through the inputter , and control the display to display an indicator to indicate, through the display , that the range hood is in a paired state with the cook top after the pairing with the cook top is completed. an exhaust fan configured to discharge indoor air to outdoors through an exhaust pipe ; an inputter ; a display ;a communicator configured to communicate with a cook top ; and a processor configured to: based on receipt of a signal from the cook top , control an operating state of the exhaust fan to correspond to an operating state of a heating element included in the cook top , and control the communicator to transmit state information of the range hood to the cook top , based on receipt of a signal from the cook top , control an operating state of the exhaust fan to correspond to an operating state of a heating element included in the cook top , and control the communicator to transmit state information of the range hood to the cook top , characterized in that the processor is further configured to: perform pairing with the cook top in response to receiving a pairing command input through the inputter , and control the display to display an indicator to indicate, through the display , that the range hood is in a paired state with the cook top after the pairing with the cook top is completed. perform pairing with the cook top in response to receiving a pairing command input through the inputter , and control the display to display an indicator to indicate, through the display , that the range hood is in a paired state with the cook top after the pairing with the cook top is completed.
A sensor device comprising: a partial assembly constituted by selectively mounting to a holder a part that is at least a driven wheel and that is optionally additionally a magnetism collection member , the optional magnetism collection member being configured to induce magnetic flux that matches torsion of a shaft as a detection target, and the driven wheel being configured to rotate in conjunction with rotation of the shaft ; a circuit board provided with a detector configured to detect a rotational angle of the driven wheel and optionally configured to detect the magnetic flux induced by the magnetism collection member in accordance with the part mounted to the holder ; and a sensor housing that is penetrated by the shaft and that houses the partial assembly and the circuit board , wherein the partial assembly includes a holding member that holds the driven wheel on the holder , the sensor housing suppresses entry of dust or a liquid into the housing, and the sensor housing includes a cover that closes an opening portion that opens toward a direction that intersects with an axis of the shaft , and the sensor housing includes a housing chamber that houses the partial assembly and the circuit board via the opening portion. a partial assembly constituted by selectively mounting to a holder a part that is at least a driven wheel and that is optionally additionally a magnetism collection member , the optional magnetism collection member being configured to induce magnetic flux that matches torsion of a shaft as a detection target, and the driven wheel being configured to rotate in conjunction with rotation of the shaft ; a circuit board provided with a detector configured to detect a rotational angle of the driven wheel and optionally configured to detect the magnetic flux induced by the magnetism collection member in accordance with the part mounted to the holder ; and a sensor housing that is penetrated by the shaft and that houses the partial assembly and the circuit board , wherein the partial assembly includes a holding member that holds the driven wheel on the holder , the sensor housing suppresses entry of dust or a liquid into the housing, and the sensor housing includes a cover that closes an opening portion that opens toward a direction that intersects with an axis of the shaft , and the sensor housing includes a housing chamber that houses the partial assembly and the circuit board via the opening portion.
Method for producing a value and/or security document having an antenna structure , comprising the following method steps: - providing a support element , - placing an antenna structure onto the support element , - generating a fluoroscopic image (DB) at least of a portion of the antenna structure , characterised by the following further method steps: - determining at least one image region, in which the at least one portion of the antenna structure or part of the portion of the antenna structure is imaged, - detecting fissure structures (R) in the image region, - determining at least one fissure parameter if at least one fissure structure (R) is detected, - evaluating a quality criterion depending on the fissure parameter. - providing a support element , - placing an antenna structure onto the support element , - generating a fluoroscopic image (DB) at least of a portion of the antenna structure , characterised by the following further method steps: - determining at least one image region, in which the at least one portion of the antenna structure or part of the portion of the antenna structure is imaged, - detecting fissure structures (R) in the image region, - determining at least one fissure parameter if at least one fissure structure (R) is detected, - evaluating a quality criterion depending on the fissure parameter.
A method comprising: generating (S401), by an integrated access and backhaul, IAB, user equipment, UE, part of an IAB node , an access stratum, AS, security key for a AS security establishment with an IAB donor device of the wireless network , wherein the IAB-UE part connects to the wireless network as a normal UE; generating (S402), by the IAB node , a pre-shared key, PSK, based on the AS security key; generating an internet key exchange version 2, IKEv2, AUTH value using the PSK, and establishing (S404), by the IAB node , an F1 interface security with the IAB donor device based on the IKEv2 AUTH value. generating (S401), by an integrated access and backhaul, IAB, user equipment, UE, part of an IAB node , an access stratum, AS, security key for a AS security establishment with an IAB donor device of the wireless network , wherein the IAB-UE part connects to the wireless network as a normal UE; generating (S402), by the IAB node , a pre-shared key, PSK, based on the AS security key; generating an internet key exchange version 2, IKEv2, AUTH value using the PSK, and establishing (S404), by the IAB node , an F1 interface security with the IAB donor device based on the IKEv2 AUTH value.
An albumin-sugar chain complex characterized in that : it comprises five or more molecules of an asparagine-linked sugar chain bound per molecule of albumin, and the asparagine-linked sugar chain has a structure represented by the general formula (I) below: wherein A 1 is a group in which an N-linked sugar chain is bound to an amide nitrogen atom of a side chain of an Asn residue; L 1 is a linking group represented by the general formula (II) below and is bound to the Asn residue at the nitrogen atom not bound to the sugar chain; Z 1 is 1,2-phenylene group, 1,3-phenylene group, or 1,4-phenylene group; R 1 is an alkyl group having 1 to 6 carbon atoms; and ** is a site that binds to a carbon atom bound to an amino group on a side chain of a lysine residue of albumin: wherein R2 is an alkylene group having 1 to 20 carbon atoms; * of formula (II) represents the site that binds to A 1 in general formula (I); ** of formula (II) represents the site that binds to Z 1 in general formula (I); and L2 is a divalent group selected from the group consisting of: -O-CO-NH-(CH2)n-CO-NH-, -O-CO-NH-(CH2)n-NH-CO-, -(CH2)n-, -(CH2)n-O-(CH2)m-, -(CH2)n-CO-NH-, and -(CH2)n-NH-CO-, in which n and m respectively and independently represent an integer of 1 to 20. it comprises five or more molecules of an asparagine-linked sugar chain bound per molecule of albumin, and the asparagine-linked sugar chain has a structure represented by the general formula (I) below: wherein A 1 is a group in which an N-linked sugar chain is bound to an amide nitrogen atom of a side chain of an Asn residue; L 1 is a linking group represented by the general formula (II) below and is bound to the Asn residue at the nitrogen atom not bound to the sugar chain; Z 1 is 1,2-phenylene group, 1,3-phenylene group, or 1,4-phenylene group; R 1 is an alkyl group having 1 to 6 carbon atoms; and ** is a site that binds to a carbon atom bound to an amino group on a side chain of a lysine residue of albumin: wherein R2 is an alkylene group having 1 to 20 carbon atoms; * of formula (II) represents the site that binds to A 1 in general formula (I); ** of formula (II) represents the site that binds to Z 1 in general formula (I); and L2 is a divalent group selected from the group consisting of: -O-CO-NH-(CH2)n-CO-NH-, -O-CO-NH-(CH2)n-NH-CO-, -(CH2)n-, -(CH2)n-O-(CH2)m-, -(CH2)n-CO-NH-, and -(CH2)n-NH-CO-, in which n and m respectively and independently represent an integer of 1 to 20.
A method of making a soother using a moulding process, said moulding process comprising co-moulding a teat portion formed of a first relatively flexible material and a mount portion formed of a second relatively rigid material, wherein the mount portion comprises a substantially central cavity defined by an inner wall extending between inner and outer faces of the mount portion ; wherein the teat portion includes a fortified ring structure below the base of the teat portion corresponding to said inner wall , wherein said co-moulding step forms a bond between a surface of the fortified ring structure and the inner wall , and wherein the teat portion is secured to the mount portion solely by said moulding process, characterised in that the soother comprises a handle , wherein the handle is formed as an extension of the teat portion . wherein the teat portion includes a fortified ring structure below the base of the teat portion corresponding to said inner wall , wherein said co-moulding step forms a bond between a surface of the fortified ring structure and the inner wall , and wherein the teat portion is secured to the mount portion solely by said moulding process, characterised in that the soother comprises a handle , wherein the handle is formed as an extension of the teat portion .
A switch device comprising: a switch ; a housing ; a movable shaft that moves with respect to the housing to press the switch ; an elastic member that biases the movable shaft to one end side of the movable shaft in an axial direction; an arm for pressing the switch at a position eccentric from an axis (O) of the movable shaft ; and a guide part that extends in the axial direction and is formed in a convex shape or a concave shape in a radial direction of the movable shaft , wherein the arm has a guided part that is configured to be capable of being engaged with the guide part , characterised in that the arm comprises a first arm part that is connected to the other end side of the movable shaft in the axial direction and extends in the radial direction of the movable shaft , a second arm part that is connected to an extension tip side of the first arm part and extends to one side in the axial direction, and a third arm part that is connected to an extension tip side of the second arm part and extends in the radial direction or a circumferential direction of the movable shaft that is a direction in which the third arm part does not overlap the first arm part in a view in the axial direction. a switch ; a housing ; a movable shaft that moves with respect to the housing to press the switch ; an elastic member that biases the movable shaft to one end side of the movable shaft in an axial direction; an arm for pressing the switch at a position eccentric from an axis (O) of the movable shaft ; and a guide part that extends in the axial direction and is formed in a convex shape or a concave shape in a radial direction of the movable shaft , wherein the arm has a guided part that is configured to be capable of being engaged with the guide part , characterised in that the arm comprises a first arm part that is connected to the other end side of the movable shaft in the axial direction and extends in the radial direction of the movable shaft , a second arm part that is connected to an extension tip side of the first arm part and extends to one side in the axial direction, and a third arm part that is connected to an extension tip side of the second arm part and extends in the radial direction or a circumferential direction of the movable shaft that is a direction in which the third arm part does not overlap the first arm part in a view in the axial direction.