mhurhangee/patent-ind-claim-en huggingface dataset:
A slot antenna (30-2a, 30-2b, 30-3, 30-4, 30-5) comprising: a conductor having a length and an axis along the length; an open principal slot that extends longitudinally at the edge of the conductor along the axis ; a feed point having a first (36-A) coupling point on the conductor and one or more side slots that extend from the principal slot , a ground plane, wherein the ground plane comprises a slot; wherein the conductor is bent so that the ends of the one or more side slots are bent (30-2a, 30-2b, 30-3, 30-4, 30-5) wherein the conductor comprising the principal slot is being placed over the slot of the ground plane. a conductor having a length and an axis along the length; an open principal slot that extends longitudinally at the edge of the conductor along the axis ; a feed point having a first (36-A) coupling point on the conductor and one or more side slots that extend from the principal slot , a ground plane, wherein the ground plane comprises a slot; wherein the conductor is bent so that the ends of the one or more side slots are bent (30-2a, 30-2b, 30-3, 30-4, 30-5) wherein the conductor comprising the principal slot is being placed over the slot of the ground plane.
A beverage can propulsion system for electrically conductive cans comprising: a passageway (30; 36; 50) extending in length from a first end to an opposite second end and having an entrance at the first end for admitting electrically conductive cans (c) into the passageway (30; 36; 50) and an exit at the second end though which the electrically conductive cans (c) leave the passageway ; primary coils (20A-C; 38A-C; 46, 47) adjacent to the passageway (30; 36; 50) along its length; a coil drive providing currents in the primary coils (20A-C; 38A-C; 46, 47) that produce a primary electromagnetic field that induces currents in the electrically conductive cans (c) in the passageway (30; 36; 50) that create secondary electromagnetic fields in the electrically conductive cans that interact with the primary electromagnetic field to produce a drive force directed against the electrically conductive cans to propel them from the entrance and through the exit of the passageway (30; 36; 50). a passageway (30; 36; 50) extending in length from a first end to an opposite second end and having an entrance at the first end for admitting electrically conductive cans (c) into the passageway (30; 36; 50) and an exit at the second end though which the electrically conductive cans (c) leave the passageway ; primary coils (20A-C; 38A-C; 46, 47) adjacent to the passageway (30; 36; 50) along its length; a coil drive providing currents in the primary coils (20A-C; 38A-C; 46, 47) that produce a primary electromagnetic field that induces currents in the electrically conductive cans (c) in the passageway (30; 36; 50) that create secondary electromagnetic fields in the electrically conductive cans that interact with the primary electromagnetic field to produce a drive force directed against the electrically conductive cans to propel them from the entrance and through the exit of the passageway (30; 36; 50).
A ducted heat exchanger system for a gas turbine engine , comprising: a duct comprising a diffusion area ; an additive manufactured heat exchanger core with a contoured external geometry and placed within the duct , wherein a front face and a rear face of said core are at least partially arcuate and characterized in that : said front face of said core extends into the diffusion area of the duct within which said core is located; said front face of said core is contoured such that an airflow communicated through the duct that enters said core is generally perpendicular to said front face over the entirety of said front face ; and said rear face of said core is non-planar and contoured such that an airflow that exits said core is generally perpendicular to said rear face over the entirety of said rear face . a duct comprising a diffusion area ; an additive manufactured heat exchanger core with a contoured external geometry and placed within the duct , wherein a front face and a rear face of said core are at least partially arcuate and characterized in that : said front face of said core extends into the diffusion area of the duct within which said core is located; said front face of said core is contoured such that an airflow communicated through the duct that enters said core is generally perpendicular to said front face over the entirety of said front face ; and said rear face of said core is non-planar and contoured such that an airflow that exits said core is generally perpendicular to said rear face over the entirety of said rear face .
Motion control apparatus (A)comprising, in combination: a mounting plate having an annular shape and having first and second, parallel, axially spaced planar faces; a bearing including rotational elements located between first and second races, with the first race connected to the first face of the mounting plate ; a dial plate , with the second race connected to the dial plate ; an annular gear connected to the second race intermediate the mounting plate and the dial plate ; characterized by a pinion in direct gearing arrangement with the annular gear; and a motor including an output, with the pinion connected to the output without other types of torque transmission devices between the output and the motor and between the output and the pinion , wherein the mounting plate includes a mounting tab extending radially outwardly from the annular shape and including a through passage extending between the first and second planar faces, with the motor connected to the second face, with the output extending through the through passage .
Method for activating a motorized closure element assembly of a motor vehicle , wherein the closure element assembly comprises a closure element , a control assembly , and a sensor assembly , wherein the measured sensor values of the sensor assembly are monitored by means of the control assembly to determine whether a triggering operating situation, which is defined by at least one operating-situation condition, is present, and wherein an activation of the closure element assembly is triggered by means of the control assembly upon detection of the triggering operating situation, characterized in that an operating-situation condition of the triggering operating situation is defined by the orientation of at least one body part (O) of the operator (B) about the vertical axis lying within a predetermined permitted orientation range (A), in that whether the orientation of the at least one body part (O) of the operator (B) about the vertical axis lies within the permitted orientation range (A) is detected by means of the sensor assembly and, depending thereon, the activation of the closure element assembly is triggered, in that an operating-situation condition of the triggering operating situation is defined by the front side of at least one body part (O) of the operator (B) facing the closure element by way of the front side of the body part (O) in question of the operator (B) deviating from its orientation with respect to a predetermined reference point on the closure element only within the permitted orientation range (A), and in that the orientation range (A) is defined by the orientation range (A) permitting a permitted angular deviation from the exact orientation of the body part (O) with respect to the reference point (P) in both pivot directions about the vertical axis .
A molded motor comprising: an annular yoke part ; a stator including a stator core having a plurality of teeth parts (24a, 24b, ..., 241) extending from an inner peripheral surface of the annular yoke part toward a center thereof; an insulator insulatably covering the stator core with teeth surfaces of the teeth parts (24a, 24b, ..., 241); an outer shell having an engagement recess formed on an outer peripheral surface thereof, wherein said outer shell is made of resin by one-piece resin molding around the stator core and the insulator ; a bracket having a crimped part attached to an end face of the stator , said crimped part engaging with the engagement recess when a part of a side end face of the bracket is crimped and secured; and a rotor coaxially disposed at the center of the stator , characterized in that the molded motor comprises: a connecting wire guide provided on the insulator to stand in an axial direction of the stator core at a circumferential position corresponding to the engagement recess ; and a connecting wire guided by the connecting wire guide ; wherein an insulating cover is provided on an end of the stator for insulating a terminal pin extending from the end of the stator , and the outer shell is provided with a meshing section that meshes with a part of the insulating cover , and wherein the engagement recess is provided at a position not to coincide with the meshing section radially nor axially. an annular yoke part ; a stator including a stator core having a plurality of teeth parts (24a, 24b, ..., 241) extending from an inner peripheral surface of the annular yoke part toward a center thereof; an insulator insulatably covering the stator core with teeth surfaces of the teeth parts (24a, 24b, ..., 241); an outer shell having an engagement recess formed on an outer peripheral surface thereof, wherein said outer shell is made of resin by one-piece resin molding around the stator core and the insulator ; a bracket having a crimped part attached to an end face of the stator , said crimped part engaging with the engagement recess when a part of a side end face of the bracket is crimped and secured; and a rotor coaxially disposed at the center of the stator , characterized a connecting wire guide provided on the insulator to stand in an axial direction of the stator core at a circumferential position corresponding to the engagement recess ; and a connecting wire guided by the connecting wire guide ; wherein an insulating cover is provided on an end of the stator for insulating a terminal pin extending from the end of the stator , and the outer shell is provided with a meshing section that meshes with a part of the insulating cover , and wherein the engagement recess is provided at a position not to coincide with the meshing section radially nor axially.
Metal complex in powder form comprising the product of the reaction of (a) at least one polyphenol or of at least one β-diketone and at least one polyphenol with (b) at least one metal alkoxide obtainable by mechanochemical synthesis by grinding or milling together reactant (a) and reactant (b), with less than 10 wt.% of solvents, based on the total weight of the reaction mixture, wherein the mechanochemical synthesis includes the use of a mechanical mortar or pestle, high speed milling, ball milling, attrition milling or planetary milling, wherein the at least one metal alkoxide (b) is a compound of formula M(OR) x or [ M ( OR ) x ] n or heterometallic alkoxide or polymeric metal alkoxide or metal-oxo-alkoxide, wherein, - M is titanium, or one M of the heterometalic alkoxide is titanium, - R is an organic radical such as methoxide, ethoxide, propoxide (n- and iso-), butoxide (n-, iso-, sec-, and tert-), amiloxide (n-, sec-, tert-) and neopentyloxide, aryloxide, - x corresponds to the valency of the metal M, - n corresponds to the degree of molecular association. (a) at least one polyphenol or of at least one β-diketone and at least one polyphenol with (b) at least one metal alkoxide - M is titanium, or one M of the heterometalic alkoxide is titanium, - R is an organic radical such as methoxide, ethoxide, propoxide (n- and iso-), butoxide (n-, iso-, sec-, and tert-), amiloxide (n-, sec-, tert-) and neopentyloxide, aryloxide, - x corresponds to the valency of the metal M, - n corresponds to the degree of molecular association.
Apparatus comprising: a biopsy guidance module , the biopsy guidance module comprising a post member ; a lateral member , wherein the lateral member has a longitudinal axis, the lateral member being slidably mounted on the post member; a slide assembly , wherein the slide assembly is slidably mounted on the lateral member, wherein the slide assembly has a longitudinal axis and wherein the longitudinal axis of the slide assembly is generally parallel to the longitudinal axis of the lateral member; a gun mount configured to support a biopsy gun, the gun mount being connected to the lateral member via the slide assembly, wherein the gun mount is movable by sliding the slide assembly on the lateral member along a first axis with respect to the lateral member, the first axis being along an insertion direction of the biopsy gun into a patient; and a sensor which detects a position of the gun mount along the first axis with respect to the lateral member and generates positional data which is provided to an interface module. a biopsy guidance module , the biopsy guidance module comprising a post member ; a lateral member , wherein the lateral member has a longitudinal axis, the lateral member being slidably mounted on the post member; a slide assembly , wherein the slide assembly is slidably mounted on the lateral member, wherein the slide assembly has a longitudinal axis and wherein the longitudinal axis of the slide assembly is generally parallel to the longitudinal axis of the lateral member; a gun mount configured to support a biopsy gun, the gun mount being connected to the lateral member via the slide assembly, wherein the gun mount is movable by sliding the slide assembly on the lateral member along a first axis with respect to the lateral member, the first axis being along an insertion direction of the biopsy gun into a patient; and a sensor which detects a position of the gun mount along the first axis with respect to the lateral member and generates positional data which is provided to an interface module.
Device for taking a biological liquid sample intended to be able to be inserted into a portable reader for analysing the biological liquid, the sampling device comprising: - a transparent or translucent strip extending along a longitudinal axis (L) and comprising, on its upper face thereof, a plurality of colour-changing reactive elements which are arranged one after the other along the longitudinal axis (L); - an absorbent assembly (28; 128, 228, 328) extending along the longitudinal axis (L) and comprising o a biological liquid deposition portion ; o a biological liquid diffusion band arranged over the plurality of reactive elements ; - a housing extending along the longitudinal axis (L) between two lateral ends, the housing comprising: o a housing bottom , the strip being arranged in the housing bottom , the lower face of the strip being arranged opposite the housing bottom , each reactive element being arranged by transparency through the strip facing an opening of the housing bottom ; o an upper cover arranged over the diffusion band , and comprising at least one protruding pattern forming a first bearing surface configured to press the diffusion band into contact with the plurality of reactive elements ; o an access opening configured to provide access the biological liquid deposition portion . - a transparent or translucent strip extending along a longitudinal axis (L) and comprising, on its upper face thereof, a plurality of colour-changing reactive elements which are arranged one after the other along the longitudinal axis (L); - an absorbent assembly (28; 128, 228, 328) extending along the longitudinal axis (L) and comprising o a biological liquid deposition portion ; o a biological liquid diffusion band arranged over the plurality of reactive elements ; o a biological liquid deposition portion ; o a biological liquid diffusion band arranged over the plurality of reactive elements ; - a housing extending along the longitudinal axis (L) between two lateral ends, the housing comprising: o a housing bottom , the strip being arranged in the housing bottom , the lower face of the strip being arranged opposite the housing bottom , each reactive element being arranged by transparency through the strip facing an opening of the housing bottom ; o an upper cover arranged over the diffusion band , and comprising at least one protruding pattern forming a first bearing surface configured to press the diffusion band into contact with the plurality of reactive elements ; o an access opening configured to provide access the biological liquid deposition portion . o a housing bottom , the strip being arranged in the housing bottom , the lower face of the strip being arranged opposite the housing bottom , each reactive element being arranged by transparency through the strip facing an opening of the housing bottom ; o an upper cover arranged over the diffusion band , and comprising at least one protruding pattern forming a first bearing surface configured to press the diffusion band into contact with the plurality of reactive elements ; o an access opening configured to provide access the biological liquid deposition portion .
A neural network processor for executing a neural network associated with use of a vehicle , the neural network processor comprising: an error detector configured to detect a data error associated with execution of the neural network; and a neural network controller configured to receive a report of the data error indicating a type of error encountered by the neural network processor from the error detector , wherein, in response to receiving the report of the data error from the error detector , the neural network controller is further configured to signal that a pending result of the neural network is tainted without terminating execution of the neural network. an error detector configured to detect a data error associated with execution of the neural network; and a neural network controller configured to receive a report of the data error indicating a type of error encountered by the neural network processor from the error detector , wherein, in response to receiving the report of the data error from the error detector , the neural network controller is further configured to signal that a pending result of the neural network is tainted without terminating execution of the neural network.
Service vehicle having service equipment for performing a predetermined service operation in an operating area, the service vehicle comprising: positioning means adapted to determine position information for navigating the service vehicle and/or the service equipment in the operating area; monitoring means adapted to acquire position-dependent operational data of the performing of the service operation in dependence on the position information; reporting means adapted to communicate the position-dependent operational data to a remote management server ; wherein the service vehicle is configured to operate in a first mode, in which: the positioning means provides the said position information, substantially continuously updated, to the monitoring means ; the monitoring means acquires the position-dependent operational data using the said position coordinates provided by the positioning means ; the reporting means communicates the position-dependent operational data to the remote management server ; and the said navigating is performed substantially independently of the position information. positioning means adapted to determine position information for navigating the service vehicle and/or the service equipment in the operating area; monitoring means adapted to acquire position-dependent operational data of the performing of the service operation in dependence on the position information; reporting means adapted to communicate the position-dependent operational data to a remote management server ; wherein the service vehicle is configured to operate in a first mode, in which: the positioning means provides the said position information, substantially continuously updated, to the monitoring means ; the monitoring means acquires the position-dependent operational data using the said position coordinates provided by the positioning means ; the reporting means communicates the position-dependent operational data to the remote management server ; and the said navigating is performed substantially independently of the position information.
A method for evaluating a specificity or an activity of a CRISPR enzyme, the method comprising: providing at least one cell including a first plasmid and a genome, wherein the first plasmid including, a first nucleic acid, and a first selection element being operably linked to the first nucleic acid, wherein the first selection element is a gene selected from the group consists of a toxin gene, an antibiotic resistance gene, a gene encoding fluorescent protein, a tagging gene, a lacZ gene and a gene encoding luciferase, wherein the genome including a second nucleic acid having a sequence homology less than 100% with the first nucleic acid, contacting a CRISPR complex to the first nucleic acid and the second nucleic acid respectively, wherein the CRISPR complex includes a guide RNA and the CRISPR enzyme, wherein the first nucleic acid is an on-target of the CRISPR complex, wherein the second nucleic acid is an off-target of the CRISPR complex; identifying each cell, whether or not the cell is dead, and whether or not the first selection element is expressed, whereby whether an off-target modification and an on-target modification occurs in the cell can be identified; evaluating the specificity or the activity of the CRISPR enzyme based on the result of the identifying. providing at least one cell including a first plasmid and a genome, wherein the first plasmid including, a first nucleic acid, and a first selection element being operably linked to the first nucleic acid, wherein the first selection element is a gene selected from the group consists of a toxin gene, an antibiotic resistance gene, a gene encoding fluorescent protein, a tagging gene, a lacZ gene and a gene encoding luciferase, wherein the genome including a second nucleic acid having a sequence homology less than 100% with the first nucleic acid, contacting a CRISPR complex to the first nucleic acid and the second nucleic acid respectively, wherein the CRISPR complex includes a guide RNA and the CRISPR enzyme, wherein the first nucleic acid is an on-target of the CRISPR complex, wherein the second nucleic acid is an off-target of the CRISPR complex; identifying each cell, whether or not the cell is dead, and whether or not the first selection element is expressed, whereby whether an off-target modification and an on-target modification occurs in the cell can be identified; evaluating the specificity or the activity of the CRISPR enzyme based on the result of the identifying.
A method of receiving an uplink control channel allocation in a communication system, the method comprising: receiving , from a base station, signaling indicating a rule or rules from a set of rules that are known to the base station and a user equipment device, UE, wherein uplink control channel resources are identified in accordance with the rule or rules from the set of rules; periodically sending , to the base station, uplink data non-associated, DNA, control information on the uplink control channel resources to be used in accordance with the indicated rule or rules from the set of rules, wherein the DNA control information includes one or more of channel quality information and positive and/or negative acknowledgements. receiving , from a base station, signaling indicating a rule or rules from a set of rules that are known to the base station and a user equipment device, UE, wherein uplink control channel resources are identified in accordance with the rule or rules from the set of rules; periodically sending , to the base station, uplink data non-associated, DNA, control information on the uplink control channel resources to be used in accordance with the indicated rule or rules from the set of rules, wherein the DNA control information includes one or more of channel quality information and positive and/or negative acknowledgements.