mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus adapted to extract power from an alternating current carrying conductor's magnetic field, the apparatus comprising a) a base winding adapted to contribute to power harvesting; b) at least one shunt secondary winding adapted to contribute to the power harvesting; c) an own rectification circuit for each one of the base winding and the at least one shunt secondary winding ; d) a common DC voltage level detector for regulated and rectified DC voltage and a zero crossing detector ; and e) an AC voltage zero crossing controlled circuit status latch ; wherein each one of the rectification circuits comprises a MOSFET-based rectifying bridge with smoothing and filtering capacitors for the base winding and for each of the at least one shunt secondary winding , wherein each shunt secondary winding further comprises an optically isolated MOSFET driver and a blocking MOSFET , wherein the base winding comprises a variable resistive load; wherein the base winding is adapted to provide power for analog and control logic and the zero crossing detector , wherein the rectification circuits are connected in parallel, wherein the base winding and each of the at least one shunt secondary winding are a part of a larger regulation and power summing circuit and the common DC voltage level detector is configured to measure the DC voltage across the power summing circuit, wherein the zero crossing detector is configured to enable the DC voltage level status latch to turn the blocking MOSFETs on and off to shunt the current in the at least one shunt secondary winding in the zero crossing state of the current transformers corresponding to the at least one shunt secondary winding , and to turn on or off the variable resistive load for regulating the base winding , and wherein each of the at least one shunt secondary winding is adapted to be shunted using the blocking MOSFETs which is a part of a voltage regulation circuit when the voltage across the apparatus exceeds a certain pre-set value. a) a base winding adapted to contribute to power harvesting; b) at least one shunt secondary winding adapted to contribute to the power harvesting; c) an own rectification circuit for each one of the base winding and the at least one shunt secondary winding ; d) a common DC voltage level detector for regulated and rectified DC voltage and a zero crossing detector ; and e) an AC voltage zero crossing controlled circuit status latch ;
A semiconductor device comprising: a first non-flat non-polar nitride semiconductor layer ; a first structure layer on portions of a surface of the first non-flat non-polar nitride semiconductor layer, the first structure layer including a first plurality of solid particles ; and a first non-polar nitride semiconductor layer grown on the first non-flat non-polar nitride semiconductor layer and on the first structure layer; wherein the first non-flat non-polar nitride semiconductor layer has a three dimensional surface structure, and is formed of a non-polar semiconductor, wherein the surface of the first non-flat non-polar nitride semiconductor layer includes a first plurality of concave portions, and the first plurality of solid particles are disposed only within the first plurality of concave portions, characterized in that a plurality of solid particles of said first plurality of solid particles is disposed in each concave portion of the first plurality of concave portions. a first non-flat non-polar nitride semiconductor layer ; a first structure layer on portions of a surface of the first non-flat non-polar nitride semiconductor layer, the first structure layer including a first plurality of solid particles ; and a first non-polar nitride semiconductor layer grown on the first non-flat non-polar nitride semiconductor layer and on the first structure layer; wherein the first non-flat non-polar nitride semiconductor layer has a three dimensional surface structure, and is formed of a non-polar semiconductor, wherein the surface of the first non-flat non-polar nitride semiconductor layer includes a first plurality of concave portions, and the first plurality of solid particles are disposed only within the first plurality of concave portions, characterized in that a plurality of solid particles of said first plurality of solid particles is disposed in each concave portion of the first plurality of concave portions.
A computer-implemented method, comprising: receiving a character-limited message sent to a user device ; detecting that the character-limited message sent to the user device comprises suspicious content; generating a modified character-limited message by inserting one or more special characters into the character-limited message, wherein inserting the one or more special characters into the character-limited message comprises inserting one or more unprintable characters; causing (306A-B, 620) transmission of the modified character-limited message to the user device ; receiving from the user device , a spam report that includes the modified character-limited message; identifying a presence of the one or more special characters included in the modified character-limited message; and adjusting one or more filters based on identifying the presence of the one or more special characters included in the modified character-limited message. receiving a character-limited message sent to a user device ; detecting that the character-limited message sent to the user device comprises suspicious content; generating a modified character-limited message by inserting one or more special characters into the character-limited message, wherein inserting the one or more special characters into the character-limited message comprises inserting one or more unprintable characters; causing (306A-B, 620) transmission of the modified character-limited message to the user device ; receiving from the user device , a spam report that includes the modified character-limited message; identifying a presence of the one or more special characters included in the modified character-limited message; and adjusting one or more filters based on identifying the presence of the one or more special characters included in the modified character-limited message.
A method of manufacturing a pre-coated honeycomb segment for turbomachines comprising: forming a honeycomb segment having a first surface and a second, opposing surface ; providing a coating material on the honeycomb segment , the coating material not extending to the first surface and the second, opposing surface ; positioning the first surface at a first fixture ; and forming a coating to the honeycomb segment , characterized in that the method further comprising: providing a first intermediate member between the first surface and the first fixture ; and providing a second intermediate member on the second, opposing surface and a second fixture and positioning the second fixture on the second intermediate member ; or positioning at least one second fixture on the second, opposing surface ; wherein the first and the second intermediate members are selected to enhance the separation of the honeycomb segment from the first fixture and the second fixture following the forming of the coating . forming a honeycomb segment having a first surface and a second, opposing surface ; providing a coating material on the honeycomb segment , the coating material not extending to the first surface and the second, opposing surface ; positioning the first surface at a first fixture ; and forming a coating to the honeycomb segment , characterized in that the method further comprising: providing a first intermediate member between the first surface and the first fixture ; and providing a second intermediate member on the second, opposing surface and a second fixture and positioning the second fixture on the second intermediate member ; or positioning at least one second fixture on the second, opposing surface ; wherein the first and the second intermediate members are selected to enhance the separation of the honeycomb segment from the first fixture and the second fixture following the forming of the coating . providing a first intermediate member between the first surface and the first fixture ; and providing a second intermediate member on the second, opposing surface and a second fixture and positioning the second fixture on the second intermediate member ; or positioning at least one second fixture on the second, opposing surface ; wherein the first and the second intermediate members are selected to enhance the separation of the honeycomb segment from the first fixture and the second fixture following the forming of the coating .
A recombinant nucleic acid molecule comprising a heterologous promoter operably linked to a polynucleotide segment encoding a pesticidal protein or pesticidal fragment thereof having insect inhibitory activity, wherein: a. said pesticidal protein comprises the amino acid sequence of SEQ ID NO:2; or b. said pesticidal protein comprises an amino acid sequence having at least 85%, or 90%, or 95%, or 98%, or 99%, or about 100% amino acid sequence identity to SEQ IDNO:2. a. said pesticidal protein comprises the amino acid sequence of SEQ ID NO:2; or b. said pesticidal protein comprises an amino acid sequence having at least 85%, or 90%, or 95%, or 98%, or 99%, or about 100% amino acid sequence identity to SEQ IDNO:2.
A method for analysing the control of a vehicle comprising an autonomous driving unit , comprising the steps: - detecting a change in the driving mode from autonomous driving to manual driving; - before detecting the change, monitoring at least one driving parameter; - storing driving values obtained by the monitoring for a predetermined storage time interval (t1) spanning at least from a point in time before a control takeover request (R) is outputted by the autonomous driving unit to the point in time the autonomous driving unit outputs a control takeover request (R); and - based on driving values obtained by the monitoring during the predetermined storage time interval (t1), determining at least one driving quantity quantifying the quality of interplay between the autonomous driving unit and a human driver . - detecting a change in the driving mode from autonomous driving to manual driving; - before detecting the change, monitoring at least one driving parameter; - storing driving values obtained by the monitoring for a predetermined storage time interval (t1) spanning at least from a point in time before a control takeover request (R) is outputted by the autonomous driving unit to the point in time the autonomous driving unit outputs a control takeover request (R); and - based on driving values obtained by the monitoring during the predetermined storage time interval (t1), determining at least one driving quantity quantifying the quality of interplay between the autonomous driving unit and a human driver .
A method for producing a M-carbonate precursor of a Li-M oxide cathode material in a continuous reactor, wherein M=Ni x Mn y Co z A n , A being a dopant, with x>0, y>0, 0≤z≤0.35, 0≤n≤0.02 and x+y+z+n=1, the method comprising the steps of: - providing a feed solution comprising Ni-, Mn-, Co- and A-ions, and having a molar metal content M" feed , - providing an ionic solution comprising either one or both of a carbonate and a bicarbonate solution, the ionic solution further comprising either one or both of Na- and K-ions, - providing a slurry comprising seeds comprising M'-ions and having a molar metal content M'seeds, wherein M'=Ni x' Mn y' Co z' A' n' , A' being a dopant, with 0≤x'≤1, 0≤y'≤1, 0≤z'≤1, 0≤n'≤1 and x'+y'+z'+n'=1, and wherein the molar ratio M' seeds /M" feed is between 0.001 and 0.1, - mixing the feed solution, the ionic solution and the slurry in the reactor, thereby obtaining a reactive liquid mixture, - precipitating a carbonate onto the seeds in the reactive liquid mixture, thereby obtaining a reacted liquid mixture and the M-carbonate precursor, and - separating the M-carbonate precursor from the reacted liquid mixture. - providing a feed solution comprising Ni-, Mn-, Co- and A-ions, and having a molar metal content M" feed , - providing an ionic solution comprising either one or both of a carbonate and a bicarbonate solution, the ionic solution further comprising either one or both of Na- and K-ions, - providing a slurry comprising seeds comprising M'-ions and having a molar metal content M'seeds, wherein M'=Ni x' Mn y' Co z' A' n' , A' being a dopant, with 0≤x'≤1, 0≤y'≤1, 0≤z'≤1, 0≤n'≤1 and x'+y'+z'+n'=1, and wherein the molar ratio M' seeds /M" feed is between 0.001 and 0.1, - mixing the feed solution, the ionic solution and the slurry in the reactor, thereby obtaining a reactive liquid mixture, - precipitating a carbonate onto the seeds in the reactive liquid mixture, thereby obtaining a reacted liquid mixture and the M-carbonate precursor, and - separating the M-carbonate precursor from the reacted liquid mixture.
A fastening device for holding a sensor having a cylindrical shaped bounded by a proximal end and a distal end , the fastening device comprising: - a body comprising a longitudinal through-passage extending along a first longitudinal axis (I-I) between a first end and a second end , said longitudinal through-passage being intended to accept said sensor , - axial-immobilization means for immobilizing the sensor in the longitudinal through-passage , characterized in that the axial-immobilization means comprise: - a flange , solid with the body , flaring out radially from and away from the body and the first longitudinal axis (I-I), - a cam mounted with the ability to rotate on the flange about a second longitudinal axis (II-II) parallel to the first longitudinal axis (I-I) and offset radially away from the first longitudinal axis (I-I), - drive means rotationally driving the cam about the second longitudinal axis (II-II), - a clamping piece that is fixed along the first longitudinal axis (I-I) with respect to the body and comprising a clamping surface intended to come into contact with the exterior surface of the sensor , and urged by the cam so as to be radially movable between at least: o a clamping position in which the clamping surface is distant from the first longitudinal axis (I-I) by a first distance (d1), o a release position in which the clamping surface is distant from the first longitudinal axis (I-I) by a second distance (d2), the second distance (d2) being greater than the first distance (d1). - a body comprising a longitudinal through-passage extending along a first longitudinal axis (I-I) between a first end and a second end , said longitudinal through-passage being intended to accept said sensor , - axial-immobilization means for immobilizing the sensor in the longitudinal through-passage , - a flange , solid with the body , flaring out radially from and away from the body and the first longitudinal axis (I-I), - a cam mounted with the ability to rotate on the flange about a second longitudinal axis (II-II) parallel to the first longitudinal axis (I-I) and offset radially away from the first longitudinal axis (I-I), - drive means rotationally driving the cam about the second longitudinal axis (II-II), - a clamping piece that is fixed along the first longitudinal axis (I-I) with respect to the body and comprising a clamping surface intended to come into contact with the exterior surface of the sensor , and urged by the cam so as to be radially movable between at least: o a clamping position in which the clamping surface is distant from the first longitudinal axis (I-I) by a first distance (d1), o a release position in which the clamping surface is distant from the first longitudinal axis (I-I) by a second distance (d2), the second distance (d2) being greater than the first distance (d1). o a clamping position in which the clamping surface is distant from the first longitudinal axis (I-I) by a first distance (d1), o a release position in which the clamping surface is distant from the first longitudinal axis (I-I) by a second distance (d2), the second distance (d2) being greater than the first distance (d1).
A composite material comprising a dispersion of thermoplastic polymer and/or elastomer particles in an epoxy matrix cross-linked by at least one ionic liquid which consists of a dialkylphosphate or dialkylphosphinate salt of an organic cation, wherein the alkyl group is linear or branched and independently contains from 1 to 12 carbon atoms.
A sealing member for a vehicle opening comprising: a first co-extrusion layer defining a mounting channel , a window channel , and a front face spaced from said mounting channel and said window channel , said first co-extrusion layer formed from a first elastomeric composition; a second co-extrusion layer formed from a second elastomeric composition which is different than said first elastomeric composition; and a third co-extrusion layer having a portion disposed on said front face of said first co-extrusion layer for covering segments of first co-extrusion layer that are visible from an exterior of the vehicle, with said third co-extrusion layer having a first sealing lip disposed on said first co-extrusion layer abutting said portion and extending away from said first co-extrusion layer towards a distal end, said third co-extrusion layer formed from a thermoplastic vulcanizate composition which is different than said first and second elastomeric compositions; and said second co-extrusion layer including a second sealing lip extending away from said first co-extrusion layer towards a distal end wherein said first sealing lip and said second sealing lip are spaced from one another for creating a seal against the vehicle. a first co-extrusion layer defining a mounting channel , a window channel , and a front face spaced from said mounting channel and said window channel , said first co-extrusion layer formed from a first elastomeric composition; a second co-extrusion layer formed from a second elastomeric composition which is different than said first elastomeric composition; and a third co-extrusion layer having a portion disposed on said front face of said first co-extrusion layer for covering segments of first co-extrusion layer that are visible from an exterior of the vehicle, with said third co-extrusion layer having a first sealing lip disposed on said first co-extrusion layer abutting said portion and extending away from said first co-extrusion layer towards a distal end, said third co-extrusion layer formed from a thermoplastic vulcanizate composition which is different than said first and second elastomeric compositions; and said second co-extrusion layer including a second sealing lip extending away from said first co-extrusion layer towards a distal end wherein said first sealing lip and said second sealing lip are spaced from one another for creating a seal against the vehicle.
On-board device for an electronic fee collection system for a vehicle , comprising: a positioning unit and an application processor ; wherein the application processor and the positioning unit are integrated in one single chip as a system on chip ; a communication unit for transmitting data from the on-board device to a backend office of the electronic fee collection system; wherein the communication unit is connected to the system on chip ; a cryptographic unit ; wherein the cryptographic unit is configured to encrypt and/or digitally sign data generated by the system on chip ; and wherein the cryptographic unit is connected to the system on chip . a positioning unit and an application processor ; wherein the application processor and the positioning unit are integrated in one single chip as a system on chip ; a communication unit for transmitting data from the on-board device to a backend office of the electronic fee collection system; wherein the communication unit is connected to the system on chip ; a cryptographic unit ; wherein the cryptographic unit is configured to encrypt and/or digitally sign data generated by the system on chip ; and wherein the cryptographic unit is connected to the system on chip .
An apparatus adapted to facilitate a fusion between at least two boney segments, the apparatus comprising: a plate longitudinally extending between a first plate end and a second plate end comprising a first plate surface having a border forming a cavity that is spaced apart from an opposing second plate surface , the plate comprising at least one through hole in the first plate end and at least one through hole in the second plate end; a plurality of plate securing mechanisms adapted to extend through the through holes and couple the plate to the at least two boney segments; a cover plate releasably attachable to the plate to prevent the plate securing mechanisms from dissociating from the plate, the cover plate fitting in the cavity formed by the border portion and having a top surface that is spaced apart from an opposing bottom surface that is configured to reside proximate the first plate surface; a cover securing mechanism to releasably attach the cover plate to the first plate surface; and a spacer segment removably coupled to the second plate end, the spacer segment having a first spacer end and an opposed second spacer end wherein the second spacer end is closer to the second plate end than the first spacer end, the spacer segment having a first spacer surface adapted to reside proximate the second plate surface and a second spacer surface opposite the first spacer surface, wherein the second spacer surface has a shape that is adapted to conform to the boney segment. a plate longitudinally extending between a first plate end and a second plate end comprising a first plate surface having a border forming a cavity that is spaced apart from an opposing second plate surface , the plate comprising at least one through hole in the first plate end and at least one through hole in the second plate end; a plurality of plate securing mechanisms adapted to extend through the through holes and couple the plate to the at least two boney segments; a cover plate releasably attachable to the plate to prevent the plate securing mechanisms from dissociating from the plate, the cover plate fitting in the cavity formed by the border portion and having a top surface that is spaced apart from an opposing bottom surface that is configured to reside proximate the first plate surface; a cover securing mechanism to releasably attach the cover plate to the first plate surface; and a spacer segment removably coupled to the second plate end, the spacer segment having a first spacer end and an opposed second spacer end wherein the second spacer end is closer to the second plate end than the first spacer end, the spacer segment having a first spacer surface adapted to reside proximate the second plate surface and a second spacer surface opposite the first spacer surface, wherein the second spacer surface has a shape that is adapted to conform to the boney segment.