mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the operation of a self-driving motor vehicle , having the steps of: (S100) reading travel direction information (FRI) representing a planned driving manoeuvre of the motor vehicle , (S200) capturing at least one road user in the path region of the planned driving manoeuvre with the evaluation of at least the travel direction information (FRI), (S300) determining a lamp control data set (LAD) for controlling at least one lamp of the motor vehicle , which is embodied in the form of a front headlight with a daytime running light, with the evaluation of at least the travel direction information (FRI) if a road user has been captured in the path region , and (S400) controlling the lamp in accordance with the lamp control data set (LAD), characterized in that the lamp control data set (LAD) effects a switch to operation of the daytime running light of the lamp with an increased luminous intensity if a road user has been captured in the path region . (S100) reading travel direction information (FRI) representing a planned driving manoeuvre of the motor vehicle , (S200) capturing at least one road user in the path region of the planned driving manoeuvre with the evaluation of at least the travel direction information (FRI), (S300) determining a lamp control data set (LAD) for controlling at least one lamp of the motor vehicle , which is embodied in the form of a front headlight with a daytime running light, with the evaluation of at least the travel direction information (FRI) if a road user has been captured in the path region , and (S400) controlling the lamp in accordance with the lamp control data set (LAD), characterized in that the lamp control data set (LAD) effects a switch to operation of the daytime running light of the lamp with an increased luminous intensity if a road user has been captured in the path region .
A method comprising: receiving, from a server (104 - 104(N)) of a plurality of servers , identifiers for each of a set of applications (108(A)-108(X)) running on the server; determining, for each application in the set of applications (108(A)-108(X)), a likelihood that the application is a special-purpose application; identifying a subset of the set of applications (108(A)-108(X)) for which the likelihood that each application in the subset is a special-purpose application is above a predetermined threshold; determining, based on the subset of the set of applications (108(A)-108(X)), that the server is a candidate for decommissioning, wherein a deactivation score or weight is associated to said server candidate for decommissioning, wherein, if an application running on said server candidate for decommissioning is determined to be a special-purpose application, the deactivation score associated to said server candidate for decommissioning is adjusted; and providing a notification including an indication that the server should be decommissioned, wherein determining the likelihood that the application is a special-purpose application comprises: generating a sample set of servers from the plurality of servers (104 - 104(N)); determining a number of servers from the generated sample set that the application is running on; and determining the likelihood that the application is a special-purpose application by comparing the number of servers to a threshold number of servers, wherein the application is determined to be a special-purpose application if the number of servers is below the threshold number of servers. receiving, from a server (104 - 104(N)) of a plurality of servers , identifiers for each of a set of applications (108(A)-108(X)) running on the server; determining, for each application in the set of applications (108(A)-108(X)), a likelihood that the application is a special-purpose application; identifying a subset of the set of applications (108(A)-108(X)) for which the likelihood that each application in the subset is a special-purpose application is above a predetermined threshold; determining, based on the subset of the set of applications (108(A)-108(X)), that the server is a candidate for decommissioning, wherein a deactivation score or weight is associated to said server candidate for decommissioning, wherein, if an application running on said server candidate for decommissioning is determined to be a special-purpose application, the deactivation score associated to said server candidate for decommissioning is adjusted; and providing a notification including an indication that the server should be decommissioned, generating a sample set of servers from the plurality of servers (104 - 104(N)); determining a number of servers from the generated sample set that the application is running on; and determining the likelihood that the application is a special-purpose application by comparing the number of servers to a threshold number of servers, wherein the application is determined to be a special-purpose application if the number of servers is below the threshold number of servers.
A system for softening materials at a tissue site, comprising: a contact layer formed from a compressible material and configured to be positioned adjacent the tissue site , the contact layer comprising a plurality of through-holes , wherein the contact layer has a thickness ; a cover adapted to form a sealed space over the contact layer and the tissue site for receiving a negative pressure from a negative-pressure source ; and wherein the through-holes are configured to receive tissue in the through-holes in response to negative pressure in the sealed space to form nodules in the tissue site , characterized by a retainer layer adapted to be positioned over the contact layer in the sealed space, wherein the retainer layer has a firmness factor that is less than a firmness factor of the contact layer , and the retainer layer limits the height of the nodules to the thickness of the contact layer under the negative pressure. a contact layer formed from a compressible material and configured to be positioned adjacent the tissue site , the contact layer comprising a plurality of through-holes , wherein the contact layer has a thickness ; a cover adapted to form a sealed space over the contact layer and the tissue site for receiving a negative pressure from a negative-pressure source ; and wherein the through-holes are configured to receive tissue in the through-holes in response to negative pressure in the sealed space to form nodules in the tissue site , characterized by a retainer layer adapted to be positioned over the contact layer in the sealed space, wherein the retainer layer has a firmness factor that is less than a firmness factor of the contact layer , and the retainer layer limits the height of the nodules to the thickness of the contact layer under the negative pressure.
A refiner comprising a set of plate segments for refining comminuted cellulosic material, the set of plate segments comprising a first plate segment and a second plate segment , wherein the first plate segment and the second plate segment each have a refining side configured to oppose the refining side on the other segment, and each of said refining sides includes a refining zone having bars and grooves between adjacent ones of the bars ; wherein the grooves in the first plate segment and the grooves in the second plate segment extend substantially in a radial direction defined by a radial line connecting an inner edge of each refiner plate segment and an outer edge of each refiner plate segment , a distance between the grooves in the first plate segment and the grooves in the second plate segment is substantially constant, allowing for a deviation of up to 20 percent, along an arc through the refining zones while the set is mounted in the refiner, and the grooves in the segments each have a depth which varies in an S-shaped pattern, characterized in that the bars of each segment have upper surfaces aligned in a common plane and the common planes for the segments are parallel to each other. the set of plate segments comprising a first plate segment and a second plate segment , wherein the first plate segment and the second plate segment each have a refining side configured to oppose the refining side on the other segment, and each of said refining sides includes a refining zone having bars and grooves between adjacent ones of the bars ; wherein the grooves in the first plate segment and the grooves in the second plate segment extend substantially in a radial direction defined by a radial line connecting an inner edge of each refiner plate segment and an outer edge of each refiner plate segment , a distance between the grooves in the first plate segment and the grooves in the second plate segment is substantially constant, allowing for a deviation of up to 20 percent, along an arc through the refining zones while the set is mounted in the refiner, and the grooves in the segments each have a depth which varies in an S-shaped pattern, characterized in that the bars of each segment have upper surfaces aligned in a common plane and the common planes for the segments are parallel to each other.
Two wheeled throwable robot and backpack accessory comprising: a pair of motorized wheels mounted on each end of an elongate body; a backpack accessory providing active sensing or environmental effects and having a forward facing surface of the rearward portion attached to the rearward side (30.2) of the elongate body, a stabilizing tail extending from a rearward surface of the rearward portion of the backpack accessory, the backpack accessory electrically connected to the elongate body; characterized in that the backpack accessory is attached to an interface at the rearward side of the throwable robot, and in that the interface also receives a tail when the backpack accessory is not in place. a pair of motorized wheels mounted on each end of an elongate body; a backpack accessory providing active sensing or environmental effects and having a forward facing surface of the rearward portion attached to the rearward side (30.2) of the elongate body, a stabilizing tail extending from a rearward surface of the rearward portion of the backpack accessory, the backpack accessory electrically connected to the elongate body; characterized in that the backpack accessory is attached to an interface at the rearward side of the throwable robot, and in that the interface also receives a tail when the backpack accessory is not in place.
Mesenchymal stem cells for use in treating thyroid-associated ophthalmopathy.
Vehicle seat comprising a seat pan and a backrest that can be folded between a functional position in which it serves to support the back of an occupant seated in said seat and a folded-down position in which extends in a direction parallel to the seat pan , said backrest having, when it is in the folded-down position, an upper face to which are secured two movable support tablets , the tablets being able to pass from a retracted position, in which they rest on the upper face of the backrest , to a deployed position, in which they are positioned side-by-side and project towards the front from said face , characterized in that each tablet has at least one groove and said grooves are aligned with one another when the tablets are in the deployed position so as to form a large support.
A method for controlling the movement of one or more transporting devices arranged to transport a plurality of containers, said devices arranged to operate in a facility, the facility comprising the plurality of containers arranged in a plurality of stacks located at respective stack locations, the facility further having a plurality of pathways arranged in a grid-like structure above the stacks, the one or more transporting devices arranged to operate on the grid-like structure, the method comprising: determining and reserving routes for moving the one or more transporting devices through the plurality of pathways; determining and reserving routes for moving the one or more transporting devices when transporting one or more of the plurality of containers; and determining and reserving routes to control one or more of the plurality of transporting devices to retrieve one or more of the plurality of containers from within one or more of the plurality of stacks, wherein retrieving the one or more containers from within the one or more stacks comprises moving one or more other containers in the one or more stacks prior to accessing the one or more containers for retrieval, and the method being characterized in that moving the one or more other containers comprises, for each of the one or more other containers, determining an optimised position within a stack of the facility, excluding the original stack from which the container was removed, and placing the container in the determined optimised position within the facility. determining and reserving routes for moving the one or more transporting devices through the plurality of pathways; determining and reserving routes for moving the one or more transporting devices when transporting one or more of the plurality of containers; and determining and reserving routes to control one or more of the plurality of transporting devices to retrieve one or more of the plurality of containers from within one or more of the plurality of stacks, wherein retrieving the one or more containers from within the one or more stacks comprises moving one or more other containers in the one or more stacks prior to accessing the one or more containers for retrieval, and the method being characterized in that moving the one or more other containers comprises, for each of the one or more other containers, determining an optimised position within a stack of the facility, excluding the original stack from which the container was removed, and placing the container in the determined optimised position within the facility.
A method of diagnosing, predicting or monitoring transplant status or outcome comprising: determining, in a sample from a subject who has received a solid organ transplant from a donor, the presence or absence of one or more circulating cell-free nucleic acids from the donor solid organ transplant, wherein the one or more circulating cell-free nucleic acids are genomic DNA regions containing single nucleotide polymorphisms (SNPs), wherein the one or more circulating cell-free nucleic acids from the donor solid organ transplant are identified based on a predetermined marker profile, wherein said marker profile is a polymorphic marker profile and said polymorphic marker profile comprises one or more single nucleotide polymorphisms (SNPs), and wherein the presence or absence of said one or more circulating cell-free nucleic acids is determined by high-throughput sequencing of multiple different cell-free nucleic acids from the sample; and diagnosing, predicting, or monitoring transplant status or outcome based on the presence or absence of the one or more circulating cell-free nucleic acids from the donor solid organ transplant, wherein the solid organ transplant is a heart transplant. determining, in a sample from a subject who has received a solid organ transplant from a donor, the presence or absence of one or more circulating cell-free nucleic acids from the donor solid organ transplant, wherein the one or more circulating cell-free nucleic acids are genomic DNA regions containing single nucleotide polymorphisms (SNPs), wherein the one or more circulating cell-free nucleic acids from the donor solid organ transplant are identified based on a predetermined marker profile, wherein said marker profile is a polymorphic marker profile and said polymorphic marker profile comprises one or more single nucleotide polymorphisms (SNPs), and wherein the presence or absence of said one or more circulating cell-free nucleic acids is determined by high-throughput sequencing of multiple different cell-free nucleic acids from the sample; and diagnosing, predicting, or monitoring transplant status or outcome based on the presence or absence of the one or more circulating cell-free nucleic acids from the donor solid organ transplant, wherein the solid organ transplant is a heart transplant.
A nozzle comprising: a nozzle body defining a longitudinal axis (A) and including: an inner air passage fed by a first radial swirler ; and a first fuel circuit , characterised in that the inner air passage is fed by a second radial swirler axially downstream of the first radial swirler , the first fuel circuit is axially between the first and second radial swirlers with respect to the longitudinal axis (A), characterized in the nozzle further comprising a second fuel circuit axially downstream of the second radial swirler with respect to the longitudinal axis (A), wherein each of the first fuel circuit and the second fuel circuit extends from a respective fuel circuit inlet to a respective annular fuel circuit outlet ; and an outer air passage defined between a fuel circuit outer wall of the second fuel circuit and an outer air passage wall , wherein the outer air passage is a converging non-swirling air passage. a nozzle body defining a longitudinal axis (A) and including: an inner air passage fed by a first radial swirler ; and a first fuel circuit , an inner air passage fed by a first radial swirler ; and a first fuel circuit , characterised in that the inner air passage is fed by a second radial swirler axially downstream of the first radial swirler , the first fuel circuit is axially between the first and second radial swirlers with respect to the longitudinal axis (A), characterized in the nozzle further comprising a second fuel circuit axially downstream of the second radial swirler with respect to the longitudinal axis (A), wherein each of the first fuel circuit and the second fuel circuit extends from a respective fuel circuit inlet to a respective annular fuel circuit outlet ; and an outer air passage defined between a fuel circuit outer wall of the second fuel circuit and an outer air passage wall , wherein the outer air passage is a converging non-swirling air passage.
A method for producing [ 18 F]flutemetamol comprising the steps of: (a) reacting a compound represented by the following general formula with a radioactive fluoride to obtain a compound represented by the following general formula ; (b) allowing a strong base to act on the reaction mixture of the step (a) containing the compound represented by the general formula and the compound represented by the general formula ; (c) after the step (b), purifying the compound represented by the general formula using a reverse phase solid phase extraction cartridge; and (d) removing both protective groups (hydroxy and amine) by acid hydrolysis in the presence of water, an organic solvent or a mixture thereof, to obtain [ 18 F]flutemetamol. wherein R 1 is a protective group of hydroxy, and C(O)R 2 represents a protective group of amino. wherein R 1 and R 2 have the same meaning as in the compound represented by the general formula . (a) reacting a compound represented by the following general formula with a radioactive fluoride to obtain a compound represented by the following general formula ; (b) allowing a strong base to act on the reaction mixture of the step (a) containing the compound represented by the general formula and the compound represented by the general formula ; (c) after the step (b), purifying the compound represented by the general formula using a reverse phase solid phase extraction cartridge; and (d) removing both protective groups (hydroxy and amine) by acid hydrolysis in the presence of water, an organic solvent or a mixture thereof, to obtain [ 18 F]flutemetamol.
A mobile robot system comprising: a plurality of transmitters installed in a boundary region of a driving region and configured to transmit transmission signals; a communication target element configured to store map information of a region including the driving region to provide the map information to a communication target device; and a mobile robot configured to generate first map data for positions of the plurality of transmitters based on a reception result of the transmission signals, and configured to receive second map data for a region corresponding to the driving region from the communication target element to match the first map data and the second map data so as to generate boundary information of the driving region , wherein the map information is a commercial map provided on a web, wherein the communication target element is a web server in which control information related to the control of the mobile robot system is stored; and wherein the communication target element is configured to determine a current position of the mobile robot, and then to transmit area information corresponding to the current location from the map information to the mobile robot , and configured to receive designation information for a portion corresponding to the driving region on the area information to generate the second map data according to the designation information. a plurality of transmitters installed in a boundary region of a driving region and configured to transmit transmission signals; a communication target element configured to store map information of a region including the driving region to provide the map information to a communication target device; and a mobile robot configured to generate first map data for positions of the plurality of transmitters based on a reception result of the transmission signals, and configured to receive second map data for a region corresponding to the driving region from the communication target element to match the first map data and the second map data so as to generate boundary information of the driving region , wherein the map information is a commercial map provided on a web, wherein the communication target element is a web server in which control information related to the control of the mobile robot system is stored; and wherein the communication target element is configured to determine a current position of the mobile robot, and then to transmit area information corresponding to the current location from the map information to the mobile robot , and configured to receive designation information for a portion corresponding to the driving region on the area information to generate the second map data according to the designation information.
Device for connecting at least one tap and a pipe, - having at least one inlet , - having at least one outlet , - having at least one connection and - having an inner channel which connects the inlet and the outlet so as to be able to be flowed through, - wherein there is provided a drain which connects the inner channel to the connection so as to be able to be flowed through, characterised in that - the drain has at least one portion for thermal decoupling from the inner channel and connection . - having at least one inlet , - having at least one outlet , - having at least one connection and - having an inner channel which connects the inlet and the outlet so as to be able to be flowed through, - wherein there is provided a drain which connects the inner channel to the connection so as to be able to be flowed through, characterised in that - the drain has at least one portion for thermal decoupling from the inner channel and connection .