mhurhangee/patent-ind-claim-en huggingface dataset:
A recombinant bacterial cell for production of a fatty amine, comprising: (i) one or more expressed genes that encode an exogenous biosynthetic enzyme having thioesterase activity; (ii) one or more expressed genes that encode an exogenous biosynthetic enzyme having carboxylic acid reductase activity; and (iii) one or more expressed genes that encode an exogenous biosynthetic enzyme having aminotransferase or amine dehydrogenase activity, wherein said recombinant bacterial cell produces the fatty amine in vivo wherein said exogenous biosynthetic enzyme having aminotransferase activity is a putrescine or GABA aminotransferase. (i) one or more expressed genes that encode an exogenous biosynthetic enzyme having thioesterase activity; (ii) one or more expressed genes that encode an exogenous biosynthetic enzyme having carboxylic acid reductase activity; and (iii) one or more expressed genes that encode an exogenous biosynthetic enzyme having aminotransferase or amine dehydrogenase activity, wherein said recombinant bacterial cell produces the fatty amine in vivo
A method, comprising: at an electronic device with a display: receiving a plurality of alerts; in response to receiving the plurality of alerts: determining whether the plurality of alerts meet a grouping criteria; in accordance with a determination that the plurality of alerts meet the grouping criteria, displaying a grouped notification representing the plurality of alerts; in response to a determination that the plurality of alerts do not meet the grouping criteria: displaying a plurality of notifications representing the plurality of alerts, wherein the grouping criteria includes a criterion that is met when the plurality of alerts are received within a predetermined time period; wherein time-sensitive alerts are excluded from being included in the grouped notification and a single notification is displayed for each time-sensitive alert in the plurality of alerts. receiving a plurality of alerts; in response to receiving the plurality of alerts: determining whether the plurality of alerts meet a grouping criteria; in accordance with a determination that the plurality of alerts meet the grouping criteria, displaying a grouped notification representing the plurality of alerts; in response to a determination that the plurality of alerts do not meet the grouping criteria: displaying a plurality of notifications representing the plurality of alerts, wherein the grouping criteria includes a criterion that is met when the plurality of alerts are received within a predetermined time period; wherein time-sensitive alerts are excluded from being included in the grouped notification and a single notification is displayed for each time-sensitive alert in the plurality of alerts.
A regulated switched-capacitor converter, SCC, comprising: a first input/output (I/O) terminal ; a second I/O terminal ; a rectifier coupled to the second I/O terminal ; a first capacitor (C1) coupled between a first voltage node (V1) and a reference node; a switch ladder (Q1-Q3) coupled between the first I/O terminal and the first voltage node, and comprising: a first switch (Q1) coupled to the first voltage node, a second switch (Q2) coupled to the first switch (Q1) at a second voltage node (V2), and coupled between the first I/O terminal and the second voltage node, and a second capacitor (C2) coupled between the second voltage node and a first node of the rectifier ; characterised in that said regulated switched-capacitor converter, SCC, further comprises: a variable-voltage switching converter coupled between the first voltage node and the second I/O terminal and configured to provide a variable voltage drop (V ADJ ) between the first voltage node and the second I/O terminal , the variable-voltage switching converter comprising a power stage (QH, QL) and an inductor (L1). a first input/output (I/O) terminal ; a second I/O terminal ; a rectifier coupled to the second I/O terminal ; a first capacitor (C1) coupled between a first voltage node (V1) and a reference node; a switch ladder (Q1-Q3) coupled between the first I/O terminal and the first voltage node, and comprising: a first switch (Q1) coupled to the first voltage node, a second switch (Q2) coupled to the first switch (Q1) at a second voltage node (V2), and coupled between the first I/O terminal and the second voltage node, and a second capacitor (C2) coupled between the second voltage node and a first node of the rectifier ; characterised in that a first switch (Q1) coupled to the first voltage node, a second switch (Q2) coupled to the first switch (Q1) at a second voltage node (V2), and coupled between the first I/O terminal and the second voltage node, and a second capacitor (C2) coupled between the second voltage node and a first node of the rectifier ; characterised in that
A variable pitch fan blade assembly comprising a blade holder that includes a shank and a blade restraint , the shank extends along a pitch change axis about which the blade holder is configured to rotate, the blade restraint includes a base coupled to the shank for rotation therewith, a first post that extends away from the base , and a second post that extends away from the base , the first post being spaced apart from the second post to define a blade receiver slot between the first post and the second post , wherein the first post is hook shaped to define a first relief slot that extends axially relative to the pitch change axis through the first post and opens into the blade receiver slot and the second post is hook shaped to define a second relief slot that extends axially relative to the pitch change axis through the second post and opens into the blade receiver slot , the variable pitch fan blade assembly being characterised in that the first post includes an outer wall , a join wall , and an inner wall , the outer wall extends axially away from the base relative to the pitch change axis , the join wall extends between and interconnects the outer wall and the inner wall , and the inner wall extends away from the join wall and toward the base such that the outer wall , the join wall , and the inner wall define the first relief slot .
A heat-sensitive recording material, comprising a carrier substrate and a heat-sensitive colour-forming layer, which contains at least one colour former which colour former is a dye of the triphenylmethane type, of the fluoran type, of the azaphthalide type and/or of the fluorene type and at least one phenol-free colour developer, characterised in that the at least one colour developer is a compound of formula (I) wherein Ar is an aryl group or a benzyl group and Y is an aryl group, a benzyl group, an aryloxy group, a benzyloxy group, an arylamino group or a benzylamino group.
A rope hoist which enables movement along a rail direction by driving a wheel with respect to a rail (R), and hoists and lowers a cargo suspended therefrom via a wire rope (W) by changing a winding length of the wire rope by rotation of a rope drum , the rope hoist comprising: a frame structure which rotatably supports the wheel ; a rope drum mechanism which is provided on one side of the frame structure in a width direction orthogonal to the rail direction, and comprises the rope drum and a drum motor which rotates the rope drum; characterized by further comprising: a counterweight which is provided on another side of the frame structure in the width direction and is arranged in a state of having a space (SP) with respect to the frame structure; a control unit which is attached to a side of the counterweight opposite to the rope drum mechanism in the width direction and inverter-controls the drum motor , and to the rope drum mechanism side of the counterweight , a braking resistor part which processes regenerative electric power in the inverter control is attached in a state of being located in the space a frame structure which rotatably supports the wheel ; a rope drum mechanism which is provided on one side of the frame structure in a width direction orthogonal to the rail direction, and comprises the rope drum and a drum motor which rotates the rope drum; a counterweight which is provided on another side of the frame structure in the width direction and is arranged in a state of having a space (SP) with respect to the frame structure; a control unit which is attached to a side of the counterweight opposite to the rope drum mechanism in the width direction and inverter-controls the drum motor , and to the rope drum mechanism side of the counterweight , a braking resistor part which processes regenerative electric power in the inverter control is attached in a state of being located in the space
A method for determining a characteristic of a defect in an electrical line of an electronic system, the method being carried out by an apparatus comprising a clock selection circuit , a reference voltage generator , a transmitter , an analog-to-digital converter , a comparator , and a time-domain reflectometry circuit , the method comprising: (i) selecting a first clock signal (Φ 1 ) among a plurality of selectable clock signals (Φ 0 ... Φ N ), wherein each selectable clock signal exhibits a different delay (0, δt, 2δt...Nδt) relative to a master clock signal; (ii) selecting a first reference voltage (V 1 ) among a plurality of selectable reference voltages (V 0 ...V M ); (iii) obtaining a signal by: producing a first signal transition onto the electrical line; and receiving a second signal transition arising in response to a reflection of the first signal transition from the defect; (iv) producing a plurality of numerical values by digitizing the signal, wherein each numerical value represents a voltage of the signal, wherein the digitizing is timed using the selected clock signal; (v) producing a plurality of output values by comparing the plurality of numerical values with the selected reference voltage; and (vi) determining the characteristic of the defect based on the plurality of output values. (i) selecting a first clock signal (Φ 1 ) among a plurality of selectable clock signals (Φ 0 ... Φ N ), wherein each selectable clock signal exhibits a different delay (0, δt, 2δt...Nδt) relative to a master clock signal; (ii) selecting a first reference voltage (V 1 ) among a plurality of selectable reference voltages (V 0 ...V M ); (iii) obtaining a signal by: producing a first signal transition onto the electrical line; and receiving a second signal transition arising in response to a reflection of the first signal transition from the defect; producing a first signal transition onto the electrical line; and receiving a second signal transition arising in response to a reflection of the first signal transition from the defect; (iv) producing a plurality of numerical values by digitizing the signal, wherein each numerical value represents a voltage of the signal, wherein the digitizing is timed using the selected clock signal; (v) producing a plurality of output values by comparing the plurality of numerical values with the selected reference voltage; and (vi) determining the characteristic of the defect based on the plurality of output values.
A forming tool and guide , wherein the forming tool comprises: an outer wall having a distal end and a proximal end , the distal end having a connection member structured to couple the forming tool to a bone preparation device to facilitate displacement of bone material; and a guide slot extending through the outer wall, the guide slot sized to axially receive insertion of a guide that is structured for placement in an intramedullary canal , the guide slot having a guide slot axis, the guide slot shaped for linear displacement of the forming tool about the received guide in one or more directions perpendicular to a longitudinal axis of the forming tool; and wherein the guide is structured for placement in an intramedullary canal and structured to extend along the guide slot axis of the forming tool allowing for linear displacement of the forming tool about the received guide in one or more directions perpendicular to the longitudinal axis of the forming tool, characterised in that the guide slot has an asymmetrical cross-sectional shape along the guide slot axis. an outer wall having a distal end and a proximal end , the distal end having a connection member structured to couple the forming tool to a bone preparation device to facilitate displacement of bone material; and a guide slot extending through the outer wall, the guide slot sized to axially receive insertion of a guide that is structured for placement in an intramedullary canal , the guide slot having a guide slot axis, the guide slot shaped for linear displacement of the forming tool about the received guide in one or more directions perpendicular to a longitudinal axis of the forming tool; and wherein the guide is structured for placement in an intramedullary canal and structured to extend along the guide slot axis of the forming tool allowing for linear displacement of the forming tool about the received guide in one or more directions perpendicular to the longitudinal axis of the forming tool, characterised in that the guide slot has an asymmetrical cross-sectional shape along the guide slot axis.
A separator suitable for separating solid material from a fluid, the separator comprising: a chamber with an inlet and an outlet , a sieve structure forming a permeable barrier between the inlet and the outlet to filter the fluid, the sieve structure thus having an inlet side for unfiltered fluid and an outlet side for filtered fluid, wherein the sieve structure is coaxial within the chamber; the separator further comprising a filter pressure regeneration apparatus for dislodging filtered material from the sieve structure, wherein the filter pressure regeneration apparatus comprises a conduit and a nozzle assembly having at least one cleaning nozzle for directing cleaning fluid towards the outlet side of the sieve structure to dislodge filtered material from the inlet side of the sieve structure, wherein the chamber includes a channel formed of the chamber wall and the sieve structure and wherein the inlet is located at an end of the channel such that in use the fluid flows through the channel and the material dislodged by cleaning fluid from the cleaning nozzle is swept towards the other end of the channel away from the inlet by the movement of the fluid, characterised in that the inlet is arranged to direct fluid tangentially into the chamber onto the sieve structure and a wall is provided to one side of the inlet such that the fluid is guided circumferentially around the sieve structure through the channel such that filtered material dislodged by the cleaning fluid from the cleaning nozzle is swept around the chamber by the flow of the fluid and accumulates on the side of the wall away from the inlet. a chamber with an inlet and an outlet , a sieve structure forming a permeable barrier between the inlet and the outlet to filter the fluid, the sieve structure thus having an inlet side for unfiltered fluid and an outlet side for filtered fluid, wherein the sieve structure is coaxial within the chamber; the separator further comprising a filter pressure regeneration apparatus for dislodging filtered material from the sieve structure, wherein the filter pressure regeneration apparatus comprises a conduit and a nozzle assembly having at least one cleaning nozzle for directing cleaning fluid towards the outlet side of the sieve structure to dislodge filtered material from the inlet side of the sieve structure, wherein the chamber includes a channel formed of the chamber wall and the sieve structure and wherein the inlet is located at an end of the channel such that in use the fluid flows through the channel and the material dislodged by cleaning fluid from the cleaning nozzle is swept towards the other end of the channel away from the inlet by the movement of the fluid, characterised in that the inlet is arranged to direct fluid tangentially into the chamber onto the sieve structure and a wall is provided to one side of the inlet such that the fluid is guided circumferentially around the sieve structure through the channel such that filtered material dislodged by the cleaning fluid from the cleaning nozzle is swept around the chamber by the flow of the fluid and accumulates on the side of the wall away from the inlet.
A system for automatically processing an additively manufactured part, comprising: a de-powdering module for removing un-processed support powder surrounding an additively manufactured part; an optical inspection module for optically determining at least one part parameter associated with a surface finish of the additively manufactured part, wherein the at least one part parameter is a surface texture of the additively manufactured part; a processing module for processing a surface of the additively manufactured part responsive to the at least one part parameter determined by the optical inspection module; characterised by a controller configured to modify a processing parameter of a surface finishing process, performed by the processing module , based on the at least one part parameter determined by the optical inspection module . a de-powdering module for removing un-processed support powder surrounding an additively manufactured part; an optical inspection module for optically determining at least one part parameter associated with a surface finish of the additively manufactured part, wherein the at least one part parameter is a surface texture of the additively manufactured part; a processing module for processing a surface of the additively manufactured part responsive to the at least one part parameter determined by the optical inspection module; characterised by a controller configured to modify a processing parameter of a surface finishing process, performed by the processing module , based on the at least one part parameter determined by the optical inspection module .
A blade outer air seal (130; 132; 414; 412) for a gas turbine engine comprising: a platform partially defining an outer diameter of a core flowpath (C) while the blade outer air seal (130; 132; 414; 412)) is in an installed configuration; an internal cooling cavity (140; 430) defined within the platform; at least one mateface of the platform including a cooling trench ; and a first set of cooling holes connecting the internal cavity to the cooling trench, the at least one mateface of the platform including a mateface trench radially outward of the cooling trench ; and characterised by a second set of cooling holes connecting the internal cooling cavity to the mateface trench . a platform partially defining an outer diameter of a core flowpath (C) while the blade outer air seal (130; 132; 414; 412)) is in an installed configuration; an internal cooling cavity (140; 430) defined within the platform; at least one mateface of the platform including a cooling trench ; and a first set of cooling holes connecting the internal cavity to the cooling trench, the at least one mateface of the platform including a mateface trench radially outward of the cooling trench ; and characterised by a second set of cooling holes connecting the internal cooling cavity to the mateface trench .
A method performed by a vehicle system for handling configuration of a vehicle , the method comprising: obtaining a request for a service to be provided on-board the vehicle ; comparing a current configuration of the vehicle's network capabilities with a required configuration of network capabilities that the vehicle is required to have to be capable of hosting the requested service, wherein the network capabilities comprise one or more containers and/or one or more logical networks connecting containers to one another and/or to one or more offboard resources, wherein the container is a logical structure representing a segmented part of the vehicle's operating system resources assigned to the service and that are separated from other operating system resources of the vehicle ; and when a result of the comparing indicates that the current configuration of the network capabilities is different than the required configuration of the network capabilities, triggering the vehicle to reconfigure its current configuration of network capabilities such that the vehicle comprises the required configuration of the network capabilities and is thereby capable of hosting the service. obtaining a request for a service to be provided on-board the vehicle ; comparing a current configuration of the vehicle's network capabilities with a required configuration of network capabilities that the vehicle is required to have to be capable of hosting the requested service, wherein the network capabilities comprise one or more containers and/or one or more logical networks connecting containers to one another and/or to one or more offboard resources, wherein the container is a logical structure representing a segmented part of the vehicle's operating system resources assigned to the service and that are separated from other operating system resources of the vehicle ; and when a result of the comparing indicates that the current configuration of the network capabilities is different than the required configuration of the network capabilities, triggering the vehicle to reconfigure its current configuration of network capabilities such that the vehicle comprises the required configuration of the network capabilities and is thereby capable of hosting the service.
A load sensing assembly for a spinal implant, the load sensing assembly comprising: a set screw comprising an upper surface, an outside thread pattern disposed on a circumferential side surface, a bottom surface, and an internal cavity disposed between the bottom surface, the circumferential side surface, and the upper surface; an antenna ; and at least one sensor comprising an integrated circuit in communication with the antenna , the sensor configured to detect an external force applied to the bottom surface, wherein the sensor and the integrated circuit are positioned within the internal cavity , and wherein the antenna is configured to transmit information received from the at least one sensor to an external device, characterized in that : the antenna comprises a ferrite core and a plurality of windings ; the ferrite core comprises a strut disposed between opposite side portions ; and the plurality of windings are wound around the strut , and an uppermost surface of the plurality of windings is substantially flush with an uppermost elevation of the ferrite core . a set screw comprising an upper surface, an outside thread pattern disposed on a circumferential side surface, a bottom surface, and an internal cavity disposed between the bottom surface, the circumferential side surface, and the upper surface; an antenna ; and at least one sensor comprising an integrated circuit in communication with the antenna , the sensor configured to detect an external force applied to the bottom surface, wherein the sensor and the integrated circuit are positioned within the internal cavity , and wherein the antenna is configured to transmit information received from the at least one sensor to an external device, characterized in that : the antenna comprises a ferrite core and a plurality of windings ; the ferrite core comprises a strut disposed between opposite side portions ; and the plurality of windings are wound around the strut , and the antenna comprises a ferrite core and a plurality of windings ; the ferrite core comprises a strut disposed between opposite side portions ; and the plurality of windings are wound around the strut , and an uppermost surface of the plurality of windings is substantially flush with an uppermost elevation of the ferrite core .