mhurhangee/patent-ind-claim-en huggingface dataset:
An airflow measurement device for use in measurement of dynamic pressure of an airflow, comprising: a device axis ; a channel having an inlet region for receiving the airflow at a yaw angle (α) relative to the device axis , the inlet region being shaped to direct the received airflow in a longitudinal direction with respect to the channel, aligned with the device axis ; one or more first pressure measurement orifices (T, S) positioned for measurement of pressure of at least part of the airflow after the airflow has been directed, by the inlet region of the channel, in a longitudinal direction with respect to the channel; and a plurality of further pressure measurement orifices (Y1, Y2) configured for measurement of static pressure at their respective locations, wherein the plurality of further pressure measurement orifices (Y1, Y2) are located on an internal surface of the inlet region of the channel , wherein the plurality of further pressure measurement orifices (Y1, Y2) are positioned for measurement of the yaw angle (α) of the received airflow. a device axis ; a channel having an inlet region for receiving the airflow at a yaw angle (α) relative to the device axis , the inlet region being shaped to direct the received airflow in a longitudinal direction with respect to the channel, aligned with the device axis ; one or more first pressure measurement orifices (T, S) positioned for measurement of pressure of at least part of the airflow after the airflow has been directed, by the inlet region of the channel, in a longitudinal direction with respect to the channel; and a plurality of further pressure measurement orifices (Y1, Y2) configured for measurement of static pressure at their respective locations, wherein the plurality of further pressure measurement orifices (Y1, Y2) are located on an internal surface of the inlet region of the channel ,
A computer-implemented method for nudging incoming objects by an autonomous driving vehicle, ADV , comprising: detecting , by the ADV , an incoming object in a self-reverse lane, wherein the ADV is following a first reference line in the self-reverse lane; creating a temporary lane with a second reference line in the center of the temporary lane, wherein the temporary lane is created by modifying a high definition map that the ADV uses in generating trajectories, wherein the temporary lane is created in the high definition map by generating a temporary lane boundary at a predetermined angle from a lane boundary of the self-reverse lane, following the second reference line to nudge the incoming object ; determining that the incoming object has passed and the self-reverse lane is clear; and driving back to the center of the self-reverse lane to continue to follow the first reference line in response to determining that the first lane is clear. detecting , by the ADV , an incoming object in a self-reverse lane, wherein the ADV is following a first reference line in the self-reverse lane; creating a temporary lane with a second reference line in the center of the temporary lane, wherein the temporary lane is created by modifying a high definition map that the ADV uses in generating trajectories, wherein the temporary lane is created in the high definition map by generating a temporary lane boundary at a predetermined angle from a lane boundary of the self-reverse lane, following the second reference line to nudge the incoming object ; determining that the incoming object has passed and the self-reverse lane is clear; and driving back to the center of the self-reverse lane to continue to follow the first reference line in response to determining that the first lane is clear.
A method for compiling a data flow graph, said method comprising: - a step of creation of at least two groups of instructions of a computer code corresponding to at least two first actors for independently executing the computation of one and the same data set comprising at least one datum, and producing a quality descriptor of the data set, the execution of the computation by each of said at least two groups of instructions of a computer code being triggered by a synchronisation system; - a step of verification that at least one out of the at least two groups of instructions of a computer code is capable of executing its computation deterministically within a predefined duration ; - a step of creation of a third group of instructions of a computer code corresponding to a third actor , for triggering the execution of the computation by each of said at least two groups of instructions of a computer code, and initialising a clock configured to emit an interrupt signal when said predefined duration is terminated; - a step of creation of a fourth group of instructions of a computer code corresponding to a fourth actor , for executing, at the latest at the interrupt signal of said clock: - the selection, from the set of said at least two groups of instructions of a computer code having produced a quality descriptor, of the one whose descriptor exhibits the most favourable value; - the transfer of the data set computed by the selected group of instructions of the computer code. - a step of creation of at least two groups of instructions of a computer code corresponding to at least two first actors for independently executing the computation of one and the same data set comprising at least one datum, and producing a quality descriptor of the data set, the execution of the computation by each of said at least two groups of instructions of a computer code being triggered by a synchronisation system; - a step of verification that at least one out of the at least two groups of instructions of a computer code is capable of executing its computation deterministically within a predefined duration ; - a step of creation of a third group of instructions of a computer code corresponding to a third actor , for triggering the execution of the computation by each of said at least two groups of instructions of a computer code, and initialising a clock configured to emit an interrupt signal when said predefined duration is terminated; - a step of creation of a fourth group of instructions of a computer code corresponding to a fourth actor , for executing, at the latest at the interrupt signal of said clock: - the selection, from the set of said at least two groups of instructions of a computer code having produced a quality descriptor, of the one whose descriptor exhibits the most favourable value; - the transfer of the data set computed by the selected group of instructions of the computer code.
Continuous casting plant comprising a mould for delivering a strip (S) and a strip guide , which connects with the mould , with a plurality of rollers , which are arranged in pairs, for transporting the strip (S) in a conveying direction (F), wherein one or more of the rollers is or are so adjustable that a thickness reduction of the strip (S) in the strip guide takes place, characterised in that the strip guide comprises one or more exchangeable segments with a respective plurality of adjustable rollers arranged in pairs.
A composition comprising (i) amphotericin B (AmB), or a pharmaceutically acceptable salt or hydrate thereof, and (ii) cholesterol for use in treating cystic fibrosis. (i) amphotericin B (AmB), or a pharmaceutically acceptable salt or hydrate thereof, and (ii) cholesterol
A mobile communication network component comprising: a memory configured to store information indicating whether network slice-specific re-authentication and re-authorization is to be performed for a mobile terminal; a determiner configured to determine, based on the stored information, whether for a mobile terminal a network slice-specific re-authentication and re-authorization is to be performed; and a controller configured to initiate a network slice-specific re-authentication and re-authorization if the determiner determines that a network slice-specific re-authentication and re-authorization is to be performed; characterised in that the determiner is configured determine whether network slice-specific re-authentication and re-authorization is to be performed for the mobile terminal based on a location of the mobile terminal. a memory configured to store information indicating whether network slice-specific re-authentication and re-authorization is to be performed for a mobile terminal; a determiner configured to determine, based on the stored information, whether for a mobile terminal a network slice-specific re-authentication and re-authorization is to be performed; and a controller configured to initiate a network slice-specific re-authentication and re-authorization if the determiner determines that a network slice-specific re-authentication and re-authorization is to be performed; characterised in that the determiner is configured determine whether network slice-specific re-authentication and re-authorization is to be performed for the mobile terminal based on a location of the mobile terminal.
Process for preparing acrylic acid and/or the ester of acrylic acid and lactic acid from a lactic acid oligomer or polymer, comprising the steps of a. bringing a reaction mixture comprising the lactic acid oligomer or polymer to reaction conditions to form acrylic acid and/or the ester of acrylic acid and lactic acid, the reacting mixture comprising a halide source selected from a bromide source and/or a chloride source and optionally an acid selected from the group of acids with a pKa of at most 2.0 and compounds which under reaction conditions decompose under the formation of an acid with a pKa of at most 2.0, with the reaction mixture comprising less than 1 wt.% of water, and b. keeping the reaction mixture under reaction conditions for a time sufficient to produce acrylic acid and/or the ester of acrylic acid and lactic acid. a. bringing a reaction mixture comprising the lactic acid oligomer or polymer to reaction conditions to form acrylic acid and/or the ester of acrylic acid and lactic acid, the reacting mixture comprising a halide source selected from a bromide source and/or a chloride source and optionally an acid selected from the group of acids with a pKa of at most 2.0 and compounds which under reaction conditions decompose under the formation of an acid with a pKa of at most 2.0, with the reaction mixture comprising less than 1 wt.% of water, and b. keeping the reaction mixture under reaction conditions for a time sufficient to produce acrylic acid and/or the ester of acrylic acid and lactic acid.
A solar cell stack structure, comprising: a solar cell ; and an electrode formed on a first surface of the solar cell , wherein the solar cell is stacked on a center portion of a substrate with the electrode interposed therebetween, and wherein the electrode is in contact with an electrode line coated on an edge portion of the substrate , characterised in that the electrode is formed on the first surface of the solar cell in an attachment film and protrudes from both sides of the solar cell ; a first protruding end of the electrode is in contact with a first end of the electrode line ; a second end of the electrode line is connected with a wire member; and the solar cell structure has no gap between the solar cell and the substrate . a solar cell ; and an electrode formed on a first surface of the solar cell , wherein the solar cell is stacked on a center portion of a substrate with the electrode interposed therebetween, and wherein the electrode is in contact with an electrode line coated on an edge portion of the substrate , characterised in that the electrode is formed on the first surface of the solar cell in an attachment film and protrudes from both sides of the solar cell ; a first protruding end of the electrode is in contact with a first end of the electrode line ; a second end of the electrode line is connected with a wire member; and the solar cell structure has no gap between the solar cell and the substrate .
A system for cleaning an object comprising a surface, said system comprising: a steam source comprising a water tank and a heating mechanism to generate steam; a cleaning head including a vacuum chamber having an open end ; a cleaning medium dispenser comprising a nozzle configured to deliver said steam to said surface , wherein said steam dislodges and captures debris from said surface ; a plurality of ultrasonic devices configured to deliver ultrasonic waves to said object, wherein said ultrasonic waves atomize said steam and captured debris from said surface ; wherein at least one of the plurality of ultrasonic devices is located within the vacuum chamber, and at least one of the plurality of ultrasonic devices is located outside of the vacuum chamber; and a vacuum configured to provide a vacuum airflow within the vacuum chamber , wherein said vacuum airflow collects atomized steam and captured debris. a steam source comprising a water tank and a heating mechanism to generate steam; a cleaning head including a vacuum chamber having an open end ; a cleaning medium dispenser comprising a nozzle configured to deliver said steam to said surface , wherein said steam dislodges and captures debris from said surface ; a plurality of ultrasonic devices configured to deliver ultrasonic waves to said object, wherein said ultrasonic waves atomize said steam and captured debris from said surface ; wherein at least one of the plurality of ultrasonic devices is located within the vacuum chamber, and at least one of the plurality of ultrasonic devices is located outside of the vacuum chamber; and a vacuum configured to provide a vacuum airflow within the vacuum chamber , wherein said vacuum airflow collects atomized steam and captured debris.
A dental measuring assembly kit comprising an elongated stem defining a longitudinal axis between a proximal end and a distal end of said stem; a plurality of measuring abutments , each measuring abutment configured to be received over said proximal end of said stem and to axially slide over said stem; wherein a distal segment of said stem comprises scale markings denoting a height of a distal end of said measuring abutment relative to said stem; and wherein each measuring abutment comprises an inclined surface disposed at a different angle relative to said longitudinal axis of the stem; characterized in that each said measuring abutment is configured to snugly fit said stem, with a wobbling of the abutment relative to the stem of less than 2 degrees. an elongated stem defining a longitudinal axis between a proximal end and a distal end of said stem; a plurality of measuring abutments , each measuring abutment configured to be received over said proximal end of said stem and to axially slide over said stem; wherein a distal segment of said stem comprises scale markings denoting a height of a distal end of said measuring abutment relative to said stem; and wherein each measuring abutment comprises an inclined surface disposed at a different angle relative to said longitudinal axis of the stem; characterized in that each said measuring abutment is configured to snugly fit said stem, with a wobbling of the abutment relative to the stem of less than 2 degrees.
A particulate product, comprising a nonionic synthetic associative thickener (NSAT), wherein the NSAT has an average particle size in a range from about 0.5 to about 5.0 mm and at least about 10% by weight of the NSAT is retained on a 1.18 mm sieve (No. 16) measured according to ASTM C136 - 06 Standard Test Method for Sieve Analysis of Fine and Coarse Aggregates.
Method for performing a CT imaging process depending on an individual respiration behaviour of a patient (P), comprising the steps of: - recording a respiratory movement of a patient (P) by monitoring an intrinsic respiratory surrogate (IRS), wherein - CT raw data (RD) are acquired from an examination volume (V) of the patient (P), - 3D-CT images of subsequent stacks (ST i ) of the examination volume (V) are reconstructed at different z-positions, - an automatic segmentation is performed based on the reconstructed 3D-CT images of the subsequent stacks (ST i ), wherein at least one portion of the examination volume (V) is segmented, - a respiratory movement (RM) of the at least one segmented portion is detected and determined as the intrinsic respiratory surrogate (IRS), - adapting the CT imaging process based on the intrinsic respiratory surrogate (IRS) of the patient (P), - characterised in that during the acquisition of raw data, it is detected if the patient holds his breath properly based on the detected intrinsic respiratory surrogate, and in case the patient does not hold his breath properly, - a command is played to remind and motivate the patient to further hold the breath, and/or - the scan process is dynamically reparametrized. - recording a respiratory movement of a patient (P) by monitoring an intrinsic respiratory surrogate (IRS), wherein - CT raw data (RD) are acquired from an examination volume (V) of the patient (P), - 3D-CT images of subsequent stacks (ST i ) of the examination volume (V) are reconstructed at different z-positions, - an automatic segmentation is performed based on the reconstructed 3D-CT images of the subsequent stacks (ST i ), wherein at least one portion of the examination volume (V) is segmented, - a respiratory movement (RM) of the at least one segmented portion is detected and determined as the intrinsic respiratory surrogate (IRS), - CT raw data (RD) are acquired from an examination volume (V) of the patient (P), - 3D-CT images of subsequent stacks (ST i ) of the examination volume (V) are reconstructed at different z-positions, - an automatic segmentation is performed based on the reconstructed 3D-CT images of the subsequent stacks (ST i ), wherein at least one portion of the examination volume (V) is segmented, - a respiratory movement (RM) of the at least one segmented portion is detected and determined as the intrinsic respiratory surrogate (IRS), - adapting the CT imaging process based on the intrinsic respiratory surrogate (IRS) of the patient (P), - characterised in that during the acquisition of raw data, it is detected if the patient holds his breath properly based on the detected intrinsic respiratory surrogate, and in case the patient does not hold his breath properly, - a command is played to remind and motivate the patient to further hold the breath, and/or - the scan process is dynamically reparametrized.
A Multi-Link Relay Station (MLRS) for a communication system, adapted to provide a communication service through multiple communication paths including at least one of at least two backhaul links and at least two wireless direct links, wherein the MLRS comprises at least one backhaul interface unit and at least one Mobile Station (MS) interface unit, and the MLRS is configured to form multiple backhaul links by allowing at least two communication stations to share at least one backhaul interface unit, allowing at least two communication stations to use independent backhaul interface units, or allowing each of at least one communication station to use at least two backhaul interface units, wherein the MLRS is configured to perform resource management independently of at least one communication station connected through at least one backhaul link, wherein the MLRS is configured to form multiple backhaul links to the at least two communication stations by allocating resources to one set of communication stations such that the communication stations share at least one resource, by allocating resources to each of at least one other set of communication stations such that the communication stations share at least one other resource.
An electronic access control system for a device , wherein the electronic access control system comprises an OIDC Electronic access control system, OACS, client and an OACS gateway to an OIDC provider , wherein the OACS gateway implements an OIDC client , and wherein the OACS gateway is configured to: obtain, via the OACS client , a request for the OACS gateway to issue a service ticket for a user agent , the request comprising an indication that the user agent requests to access a service on the device , wherein the service is associated with a permission; retrieve, via the OIDC client , a profile for the user agent and an access control list for the profile and the device from the OIDC provider ; responsive to having confirmed, by checking the access control list for the profile and the device , and by checking the profile itself, that the profile fulfils the permission to access the service on the device : generate a service ticket that validates the user agent for a one-time access to the service, wherein the service ticket is a token that is signed by the OACS gateway ; and provide, via the OACS client , the service ticket towards the user agent . obtain, via the OACS client , a request for the OACS gateway to issue a service ticket for a user agent , the request comprising an indication that the user agent requests to access a service on the device , wherein the service is associated with a permission; retrieve, via the OIDC client , a profile for the user agent and an access control list for the profile and the device from the OIDC provider ; responsive to having confirmed, by checking the access control list for the profile and the device , and by checking the profile itself, that the profile fulfils the permission to access the service on the device : generate a service ticket that validates the user agent for a one-time access to the service, wherein the service ticket is a token that is signed by the OACS gateway ; and provide, via the OACS client , the service ticket towards the user agent . generate a service ticket that validates the user agent for a one-time access to the service, wherein the service ticket is a token that is signed by the OACS gateway ; and provide, via the OACS client , the service ticket towards the user agent .