mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment , comprising: a processor ; and a memory , storing instructions, wherein the processor executes the instructions to: receive a sidelink scheduling information via Downlink Control Information, DCI, format 3_0, wherein a time domain resource assignment in the sidelink scheduling information indicates a number N of sidelink resource(s), determine a value of a time domain resource assignment field for Sidelink Control Information, SCI, corresponding to i th (1≤i≤N) sidelink resource, the value of the time domain resource assignment field in the SCI indicating i th , (i+1) th , ..., N th sidelink resource(s), transmit a Physical Sidelink Control Channel, PSCCH, with the SCI. a processor ; and a memory , storing instructions, wherein the processor executes the instructions to: receive a sidelink scheduling information via Downlink Control Information, DCI, format 3_0, wherein a time domain resource assignment in the sidelink scheduling information indicates a number N of sidelink resource(s), determine a value of a time domain resource assignment field for Sidelink Control Information, SCI, corresponding to i th (1≤i≤N) sidelink resource, the value of the time domain resource assignment field in the SCI indicating i th , (i+1) th , ..., N th sidelink resource(s), transmit a Physical Sidelink Control Channel, PSCCH, with the SCI. receive a sidelink scheduling information via Downlink Control Information, DCI, format 3_0, wherein a time domain resource assignment in the sidelink scheduling information indicates a number N of sidelink resource(s), determine a value of a time domain resource assignment field for Sidelink Control Information, SCI, corresponding to i th (1≤i≤N) sidelink resource, the value of the time domain resource assignment field in the SCI indicating i th , (i+1) th , ..., N th sidelink resource(s), transmit a Physical Sidelink Control Channel, PSCCH, with the SCI.
A computer system comprising a safety supervision module for controlling the sending, to an insulin pen, of a signal requesting delivery to the patient of an amount of insulin; the safety supervisor module configured to: intercept a signal requesting delivery to a patient of an amount of insulin from an insulin pen, prior to said signal being sent to the insulin pen; in response to interception of the signal, based on either patient blood glucose level data or patient insulin level data stored for said patient, predict a blood glucose level of the patient if the requested amount of insulin is delivered to determine whether delivery of the amount of insulin to said patient would result in hypoglycemia; the requested amount of insulin comprising at least one of rapid acting insulin or intermediate acting insulin; if it is determined that delivery of the requested amount of insulin would result in hypoglycemia, output an alert to said patient that the request represents an excessive insulin request and recommend that additional action be taken by the patient; and if it is determined that delivery of the requested amount of insulin would not result in hypoglycemia, allow said request to be sent to said insulin pen without issuing any alert to said patient. intercept a signal requesting delivery to a patient of an amount of insulin from an insulin pen, prior to said signal being sent to the insulin pen; in response to interception of the signal, based on either patient blood glucose level data or patient insulin level data stored for said patient, predict a blood glucose level of the patient if the requested amount of insulin is delivered to determine whether delivery of the amount of insulin to said patient would result in hypoglycemia; the requested amount of insulin comprising at least one of rapid acting insulin or intermediate acting insulin; if it is determined that delivery of the requested amount of insulin would result in hypoglycemia, output an alert to said patient that the request represents an excessive insulin request and recommend that additional action be taken by the patient; and if it is determined that delivery of the requested amount of insulin would not result in hypoglycemia, allow said request to be sent to said insulin pen without issuing any alert to said patient.
A method of making an antibody or other Fc containing protein having reduced fucosylation, comprising culturing a host cell in a culture medium comprising 5-Thio-L-fucose and/or a 5-Thio-L-fucose derivative selected from partially or fully acetylated 5-Thio-L-fucose, non-, partially or fully acetylated forms of 2-F-5-Thio-L-Fucose, 5-alkynyl-5-thio-L-fucose, 6, 6, 6-Trifluoro-5-thio-L-fucose and 5-Thio-L-Fucose phosphonate, wherein the host cell expresses the antibody or other Fc containing protein having a Fc domain having at least one N-glycoside- linked sugar chain bound to the Fc domain through an N-acetylglucosamine of the reducing terminal of the sugar chain, and isolating the antibody or other Fc containing protein from the cells, wherein the antibody or other Fc containing protein has reduced fucosylation at the sugar chain compared to the antibody or other Fc containing protein from the same host cell cultured under the otherwise same culturing conditions but in the absence of 5-Thio-L-fucose and/or a derivative thereof.
A method of generating a three-dimensional reconstruction of a human, the method comprising: obtaining (S201) at least one colour image and corresponding depth image of a scene, the at least one colour image and corresponding depth image comprising a human subject that is at least partially occluded by one or more items; identifying (S202) in the at least one colour image, regions corresponding to the non-occluded parts of the human subject; generating (S203) a point cloud of the scene based on the at least one colour image and corresponding depth image of the scene, the point cloud comprising regions corresponding to the regions identified in the at least one colour image as corresponding to the non-occluded parts of the human subject; identifying (S204) in the at least one colour image regions corresponding to one or more items occluding the human subject; discounting (S204), from the point cloud, points corresponding to the one or more items identified as occluding the human subject; adjusting (S205) one or more parameters of a parametric model based on the regions of the point cloud corresponding to the non-occluded parts of the human subject, the adjusted parametric model providing an estimate of points in the point cloud corresponding to the at least partially occluded parts of the human subject; wherein the parametric model defines a 3D parametrised shape of a human and wherein adjusting the one or more parameters is such that the model is morphed so as to more closely correspond to the human subject; and generating (S205) a 3D reconstruction of the human subject based on the adjusted parametric model. obtaining (S201) at least one colour image and corresponding depth image of a scene, the at least one colour image and corresponding depth image comprising a human subject that is at least partially occluded by one or more items; identifying (S202) in the at least one colour image, regions corresponding to the non-occluded parts of the human subject; generating (S203) a point cloud of the scene based on the at least one colour image and corresponding depth image of the scene, the point cloud comprising regions corresponding to the regions identified in the at least one colour image as corresponding to the non-occluded parts of the human subject; identifying (S204) in the at least one colour image regions corresponding to one or more items occluding the human subject; discounting (S204), from the point cloud, points corresponding to the one or more items identified as occluding the human subject; adjusting (S205) one or more parameters of a parametric model based on the regions of the point cloud corresponding to the non-occluded parts of the human subject, the adjusted parametric model providing an estimate of points in the point cloud corresponding to the at least partially occluded parts of the human subject; wherein the parametric model defines a 3D parametrised shape of a human and wherein adjusting the one or more parameters is such that the model is morphed so as to more closely correspond to the human subject; and generating (S205) a 3D reconstruction of the human subject based on the adjusted parametric model.
A coated steel substrate coated successively with a first coating comprising above 40wt.% of chromium and optionally one or several elements chosen from yttrium, silicon, calcium, titanium, zirconium, vanadium, niobium and nickel in an amount below 10wt.% for each element, the balance being chromium and a second coating comprising from 2 to 30wt.% of Aluminum, from 10 to 40wt.% of chromium and optionally one or several elements chosen from yttrium, silicon, calcium, titanium, zirconium, vanadium, niobium and nickel in an amount below 10wt.% for each element the balance being iron, said steel substrate comprising Cr ≤ 2.0% by weight.
A CRISPR/Cas system that is capable of knocking out a herpes simplex virus (HSV) viral UL48 gene, comprising: a gRNA molecule comprising a targeting domain, wherein said targeting domain is configured to target a target position that is within the coding region that is downstream of the first 500bp of said HSV viral UL48 gene; and an S. aureus Cas9 molecule. a gRNA molecule comprising a targeting domain, wherein said targeting domain is configured to target a target position that is within the coding region that is downstream of the first 500bp of said HSV viral UL48 gene; and an S. aureus Cas9 molecule.
A hold offloading system comprising: a holding space for containing a material; and a localized fluidization-suction-pump-drive system (12, 12', 12") for locally fluidizing the material and transporting the fluidized material out of the holding space , the fluidization-suction-pump-drive system (12, 12', 12") being provided with a fluidization portion and a suction head in proximity to the fluidization portion for suctioning the locally fluidized material; wherein the localized fluidization-suction-pump-drive system further comprises a shield to keep the fluidization near the system and ensure the locally fluidized material is transported out of the holding space through the fluidization-suction-pump-drive system ;wherein nozzles of the fluidization portion are connected to the shield and directed inward from the shield toward the suction head . a holding space for containing a material; and a localized fluidization-suction-pump-drive system (12, 12', 12") for locally fluidizing the material and transporting the fluidized material out of the holding space , the fluidization-suction-pump-drive system (12, 12', 12") being provided with a fluidization portion and a suction head in proximity to the fluidization portion for suctioning the locally fluidized material; wherein the localized fluidization-suction-pump-drive system further comprises a shield to keep the fluidization near the system and ensure the locally fluidized material is transported out of the holding space through the fluidization-suction-pump-drive system ;wherein nozzles of the fluidization portion are connected to the shield and directed inward from the shield toward the suction head .
A computing device comprising: a first portion with a receptacle ; a second portion with a protrusion inserted into the receptacle; and an actuator ; characterized by : an undocking assist mechanism comprising a lever arm connected to the actuator via a locking mechanism on a first end of the lever arm and a shape memory alloy, SMA, wire between the locking mechanism and the actuator , and configured to pivot about a pin in response to the actuator being actuated and the length of the SMA wire decreasing, wherein the locking mechanism is in contact with the protrusion of the second portion and is configured to move away from the second portion in response to the actuator being actuated and the length of the SMA wire decreasing, thereby unlocking the second portion , and wherein a second end of the lever arm is configured to move toward the second portion in response to the actuator being actuated and the length of the SMA wire decreasing, thereby pushing the protrusion at least partially out of the receptacle . a first portion with a receptacle ; a second portion with a protrusion inserted into the receptacle; and an actuator ; characterized by : an undocking assist mechanism comprising a lever arm connected to the actuator via a locking mechanism on a first end of the lever arm and a shape memory alloy, SMA, wire between the locking mechanism and the actuator , and configured to pivot about a pin in response to the actuator being actuated and the length of the SMA wire decreasing, wherein the locking mechanism is in contact with the protrusion of the second portion and is configured to move away from the second portion in response to the actuator being actuated and the length of the SMA wire decreasing, thereby unlocking the second portion , and wherein a second end of the lever arm is configured to move toward the second portion in response to the actuator being actuated and the length of the SMA wire decreasing, thereby pushing the protrusion at least partially out of the receptacle .
A communication control method which is performed in a communication system which includes a terminal , a base station , a processing server that performs a process associated with the terminal , one or more serving gateways , and one or more packet data network gateways and in which a plurality of bearers are set up between the terminal and the one or more packet data network gateways via the base station and the one or more serving gateways, the communication control method comprising: a step of causing the packet data network gateway to measure an idle time which is a duration time of an idle state of a bearer for each bearer; a step of causing the packet data network gateway to determine whether or not the measured idle time has reached an idle timer threshold value which is determined in advance for each of the plurality of bearers as an idle timer threshold value that is used to determine that a bearer is in an idle state for each bearer; a step of causing the packet data network gateway to request the processing server to release one bearer when it is determined that the idle time for the bearer has reached the idle timer threshold value; and a step of causing the processing server to perform a process of releasing the bearer in response to the request from the packet data network gateway , wherein the idle timer threshold values are stored in correlation with the bearers by the packet data network gateway; and wherein the processing server is a slice management function. a step of causing the packet data network gateway to measure an idle time which is a duration time of an idle state of a bearer for each bearer; a step of causing the packet data network gateway to determine whether or not the measured idle time has reached an idle timer threshold value which is determined in advance for each of the plurality of bearers as an idle timer threshold value that is used to determine that a bearer is in an idle state for each bearer; a step of causing the packet data network gateway to request the processing server to release one bearer when it is determined that the idle time for the bearer has reached the idle timer threshold value; and a step of causing the processing server to perform a process of releasing the bearer in response to the request from the packet data network gateway , wherein the idle timer threshold values are stored in correlation with the bearers by the packet data network gateway; and wherein the processing server is a slice management function.
A method for adjusting the height of a height-adjustable motor vehicle , preferably a commercial vehicle, comprising: determining a current mass, preferably a current total mass, of the motor vehicle by means of a mass estimator which estimates the current mass on the basis of at least one detected motor drive force and at least one detected acceleration of the motor vehicle and/or on the basis of at least one detected motor braking force and at least one detected deceleration of the motor vehicle ; and adapting a height of the motor vehicle on the basis of the determined current mass of the motor vehicle .
Liftable carrying device for loading freight onto a railway vehicle using a lifting device, with: - a carrying frame , which has at least two side members , which are connected to each other and have a vertical extent (H) at least in sections, wherein the carrying frame has a traversable support , extending with a length (L A ) along the at least two side members and running between them, for the freight and wherein the at least two side members each have at least two gripping edges for the lifting device - contact areas for positioning the carrying device directly on a terminal floor characterized in that the in each case at least two gripping edges for the lifting device are arranged detachably on the respective side member of the at least two side members , wherein the gripping edges for the lifting device are pivotable in each case between at least one use position, in which the grippers of a lifting device can engage the gripping edges for a lifting process, and at least one storage position, in which the grippers of a lifting device are allowed to reach freight deposited on the carrying device , wherein the gripping edges are formed on brackets , which are pivotable about horizontal swivel axes, wherein the brackets are mounted swivellably on both sides of the side member of the carrying device with detachable locking devices , or the gripping edges are formed on brackets , which are pivotable about vertical swivel axes. - a carrying frame , which has at least two side members , which are connected to each other and have a vertical extent (H) at least in sections, wherein the carrying frame has a traversable support , extending with a length (L A ) along the at least two side members and running between them, for the freight and wherein the at least two side members each have at least two gripping edges for the lifting device - contact areas for positioning the carrying device directly on a terminal floor characterized in that the in each case at least two gripping edges for the lifting device are arranged detachably on the respective side member of the at least two side members , wherein the gripping edges for the lifting device are pivotable in each case between at least one use position, in which the grippers of a lifting device can engage the gripping edges for a lifting process, and at least one storage position, in which the grippers of a lifting device are allowed to reach freight deposited on the carrying device , wherein the gripping edges are formed on brackets , which are pivotable about horizontal swivel axes, wherein the brackets are mounted swivellably on both sides of the side member of the carrying device with detachable locking devices , or the gripping edges are formed on brackets , which are pivotable about vertical swivel axes.
An authentication system (S), comprising: authentication means for executing authentication based on pieces of first information recorded in advance and pieces of second information associated with the pieces of first information by storing them in a same record of a database; selection means for selecting, when a piece of the second information is to be assigned to a user, a plurality of candidates that are some of a plurality of recorded pieces of the second information and less in number; acquisition means for acquiring, for each of the plurality of recorded pieces of the second information, a count indicating how many pieces of the first information are associated with the recorded piece of the second information, wherein the selection means is configured to select the plurality of candidates by selecting a plurality of pieces of the second information out of the plurality of recorded pieces of the second information, in ascending order of the acquired count; and assignment means for assigning, as the user's piece of the second information, one of the plurality of candidates that is unassociated with pieces of the first information that are the same as or similar to a user's piece of the first information. authentication means for executing authentication based on pieces of first information recorded in advance and pieces of second information associated with the pieces of first information by storing them in a same record of a database; selection means for selecting, when a piece of the second information is to be assigned to a user, a plurality of candidates that are some of a plurality of recorded pieces of the second information and less in number; acquisition means for acquiring, for each of the plurality of recorded pieces of the second information, a count indicating how many pieces of the first information are associated with the recorded piece of the second information, wherein the selection means is configured to select the plurality of candidates by selecting a plurality of pieces of the second information out of the plurality of recorded pieces of the second information, in ascending order of the acquired count; and assignment means for assigning, as the user's piece of the second information, one of the plurality of candidates that is unassociated with pieces of the first information that are the same as or similar to a user's piece of the first information.
Impulse wire module , comprising - a module housing which defines a housing chamber , - a wire winding which is formed by a winding wire and which is arranged at least partially within the housing chamber , - an impulse wire which extends at least in part within the wire winding , and - a contacting device for external electrical contacting of the impulse wire module , which is fastened to the module housing and is electrically connected to the wire winding , wherein the winding wire is connected to the contacting device via a material bond , characterized in that the contacting device comprises a main body which is at least partially overmolded by the module housing , and wherein the contacting device comprises a connecting element which is formed integrally with the main body , which projects out of the module housing and on which the material bond is arranged. - a module housing which defines a housing chamber , - a wire winding which is formed by a winding wire and which is arranged at least partially within the housing chamber , - an impulse wire which extends at least in part within the wire winding , and - a contacting device for external electrical contacting of the impulse wire module , which is fastened to the module housing and is electrically connected to the wire winding , wherein the winding wire is connected to the contacting device via a material bond , characterized in that the contacting device comprises a main body which is at least partially overmolded by the module housing , and wherein the contacting device comprises a connecting element which is formed integrally with the main body , which projects out of the module housing and on which the material bond is arranged.