mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor package (100; 200; 300; 400) comprising: an integrated circuit (IC) die ; a package substrate physically and communicatively coupled with the IC die, wherein the package substrate includes a plurality of layers; an antenna located in an inner layer of the plurality of layers; characterised by a dummification element adjacent to the antenna in the layer of the plurality of layers. an integrated circuit (IC) die ; a package substrate physically and communicatively coupled with the IC die, wherein the package substrate includes a plurality of layers; an antenna located in an inner layer of the plurality of layers; characterised by a dummification element adjacent to the antenna in the layer of the plurality of layers.
An intravascular catheter device comprising: a handle assembly ; a catheter tube extending from the handle assembly and including a selectively expandable portion having a plurality of struts each defining an outer surface, the expandable portion being operable between a closed position, wherein the expandable portion has a first diameter, and an opened position, wherein the expandable portion has a second diameter that is larger than the first diameter; an incising element provided on the outer surface of at least one of the struts , the incising element having a sharpened edge that extends outwardly in a radial direction from the outer surface of the strut and extends parallel with a longitudinal axis of the expandable portion for creating an incision in atherosclerotic material located within a blood vessel when the expandable portion is in the opened position and moved axially through the blood vessel ; a drug delivery device comprising a drug delivery tube which extends along the catheter tube and through the at least one of the struts , is in communication with the handle assembly , and is configured to permit the delivery of a drug to the base of the incising element . a handle assembly ; a catheter tube extending from the handle assembly and including a selectively expandable portion having a plurality of struts each defining an outer surface, the expandable portion being operable between a closed position, wherein the expandable portion has a first diameter, and an opened position, wherein the expandable portion has a second diameter that is larger than the first diameter; an incising element provided on the outer surface of at least one of the struts , the incising element having a sharpened edge that extends outwardly in a radial direction from the outer surface of the strut and extends parallel with a longitudinal axis of the expandable portion for creating an incision in atherosclerotic material located within a blood vessel when the expandable portion is in the opened position and moved axially through the blood vessel ; a drug delivery device comprising a drug delivery tube which extends along the catheter tube and through the at least one of the struts , is in communication with the handle assembly , and is configured to permit the delivery of a drug to the base of the incising element .
An agricultural working machine with a driver assistance system to which data from an external data source can be transferred by means of a data transfer system , wherein, based on data transferred between the data source and the driver assistance system of the agricultural working machine , at least one setting procedure can be initiated on the agricultural working machine , wherein a conflict may arise between the setting procedure which can be carried out on the agricultural working machine based on the transferred data and a currently used setting and/or a currently set processing strategy for this agricultural working machine , wherein a conflict arises in the case in which the setting procedure which can be carried out based on the transferred data is in disagreement with a currently used setting and/or a currently set processing strategy and carrying out this setting procedure would lead to an adverse effect on the processing procedure for the agricultural working machine and/or is in disagreement with the set processing strategy, characterized in that conflict processing strategies are stored in at least the driver assistance system which receives the data, wherein the conflict can be prevented or eliminated by executing at least one of the stored conflict processing strategies, wherein, in a conflict test, the driver assistance system tests the setting procedure to be carried out on the basis of the transferred data for a conflict with a currently used setting and/or a currently set processing strategy.
Regorafenib for use in the treatment of glioblastoma in patients who are positive to the marker represented by the phosphorylated form of serine in position 79 of the enzyme acetyl-CoA carboxylase (pACCSer79).
A hybrid thermal imaging device comprising: a substrate (208; 502); a hybrid thermal sensor having a first sensing region and a second sensing region , the first sensing region having a suitable spectral sensitivity to a first target spectrum (L1), the first target spectrum corresponding to a thermal imaging region of an infrared spectrum, the second sensing region having a suitable spectral sensitivity to a second target spectrum (L2), the second target spectrum (L2) being different from the first target spectrum (L1); a plurality of first nanostructures (114; 304) spaced apart from each other on the substrate (208; 502), and configured to collimate the first target spectrum (L1) of external light on the first sensing region of the hybrid thermal sensor ,; and a plurality of second nanostructures (214; 404) spaced apart from each other on the substrate (208; 502), and configured to collimate the second target spectrum (L2) of external light on the second sensing region of the hybrid thermal sensor ; wherein the first nanostructures (114; 304) and the second nanostructures (204; 404) have different geometric sizes from each other, and wherein the first nanostructures (114; 304) and the second nanostructures (214; 404) are arranged as multiple layers that are stacked on one another. a substrate (208; 502); a hybrid thermal sensor having a first sensing region and a second sensing region , the first sensing region having a suitable spectral sensitivity to a first target spectrum (L1), the first target spectrum corresponding to a thermal imaging region of an infrared spectrum, the second sensing region having a suitable spectral sensitivity to a second target spectrum (L2), the second target spectrum (L2) being different from the first target spectrum (L1); a plurality of first nanostructures (114; 304) spaced apart from each other on the substrate (208; 502), and configured to collimate the first target spectrum (L1) of external light on the first sensing region of the hybrid thermal sensor ,; and a plurality of second nanostructures (214; 404) spaced apart from each other on the substrate (208; 502), and configured to collimate the second target spectrum (L2) of external light on the second sensing region of the hybrid thermal sensor ; wherein the first nanostructures (114; 304) and the second nanostructures (204; 404) have different geometric sizes from each other, and wherein the first nanostructures (114; 304) and the second nanostructures (214; 404) are arranged as multiple layers that are stacked on one another.
A method of producing a tissue repair material comprising: (a) obtaining a gelatin-containing intermediate that contains a gelatin and has a mesh structure, using a gelatin solution in which the gelatin is dissolved in an aqueous medium by stirring the gelatin solution to generate air bubbles in the gelatin solution, and then allowing the gelatin solution to gel by cooling at a temperature of from 1 °C to 20 °C without a chemical cross-linking agent; (b) drying the gelatin-containing intermediate; and (c) cross-linking the gelatin before or after the drying of the gelatin-containing intermediate by thermal cross-linking. (a) obtaining a gelatin-containing intermediate that contains a gelatin and has a mesh structure, using a gelatin solution in which the gelatin is dissolved in an aqueous medium by stirring the gelatin solution to generate air bubbles in the gelatin solution, and then allowing the gelatin solution to gel by cooling at a temperature of from 1 °C to 20 °C without a chemical cross-linking agent; (b) drying the gelatin-containing intermediate; and (c) cross-linking the gelatin before or after the drying of the gelatin-containing intermediate by thermal cross-linking.
A method of determining core orientation of a core sample cut from the ground by a drill rig having a drill string and a drill bit coupled to a downhole end of the drill string , the method comprising: continuously acquiring drilling data (Cn, Rn), while the drill rig is operating to acquire the core sample wherein the drilling data (Cn, Rn) is a combination of core orientation data (Cn) and rig operational data (Rn), wherein the rig operational data (Rn) is constituted by either one or both of: (a) near bit rig data (Nn); and (b) at surface rig data (Sn); and analysing the drilling data (Cn, Rn) for a specific pattern of rig operational data (Rn) indicative of the core sample being broken from ground by operation of the drill rig and on detection of the specific pattern determining orientation of the core sample prior to being broken from the ground using the acquired core orientation data (Cn), wherein acquiring the drilling data (Cn, Rn) comprises acquiring the drilling data (Cn, Rn) at least for a period which includes a continuous period from commencement of operation of the drill rig to cut the core sample to any event occurring after commencement of operating the drill rig to break the core sample from in situ strata wherein the event is extraction of the core sample from the drill string . continuously acquiring drilling data (Cn, Rn), while the drill rig is operating to acquire the core sample wherein the drilling data (Cn, Rn) is a combination of core orientation data (Cn) and rig operational data (Rn), wherein the rig operational data (Rn) is constituted by either one or both of: (a) near bit rig data (Nn); and (b) at surface rig data (Sn); and analysing the drilling data (Cn, Rn) for a specific pattern of rig operational data (Rn) indicative of the core sample being broken from ground by operation of the drill rig and on detection of the specific pattern determining orientation of the core sample prior to being broken from the ground using the acquired core orientation data (Cn), wherein acquiring the drilling data (Cn, Rn) comprises acquiring the drilling data (Cn, Rn) at least for a period which includes a continuous period from commencement of operation of the drill rig to cut the core sample to any event occurring after commencement of operating the drill rig to break the core sample from in situ strata wherein the event is extraction of the core sample from the drill string .
A method for fabricating a complementary metal oxide semiconductor (CMOS) compatible contact layer on a p-type gallium nitride (GaN) layer of a GaN based structure, comprising: - annealing the GaN based structure at about 750°C in a nitrogen atmosphere, prior to depositing a Nickel layer; - depositing the nickel (Ni) layer on the p-type GaN layer; - thermally treating the GaN based structure at a temperature range of 350°C to 500°C, upon depositing the Ni layer; - removing the Ni layer using an etchant, upon thermally treating the GaN based structure; and - depositing the CMOS compatible contact layer on the p-type GaN layer, upon removing the Ni layer. - annealing the GaN based structure at about 750°C in a nitrogen atmosphere, prior to depositing a Nickel layer; - depositing the nickel (Ni) layer on the p-type GaN layer; - thermally treating the GaN based structure at a temperature range of 350°C to 500°C, upon depositing the Ni layer; - removing the Ni layer using an etchant, upon thermally treating the GaN based structure; and - depositing the CMOS compatible contact layer on the p-type GaN layer, upon removing the Ni layer.
Estriol for use in a method of slowing, halting, or reversing cognitive decline or stabilizing or improving cognitive function in a peri- or post-menopausal human female subject, wherein the subject does not have a neurodegenerative disease; the estriol is for administration on a continuous basis throughout two or more consecutive treatment periods, and a progestogen is administered for only a portion of each treatment period. the subject does not have a neurodegenerative disease; the estriol is for administration on a continuous basis throughout two or more consecutive treatment periods, and a progestogen is administered for only a portion of each treatment period.
A method by a terminal configured with a dual connectivity, comprising: acquiring data ; determining a cell group to preprocess the data based on a comparison of an amount of the data with a threshold value ; in case that the amount of the data is equal to or less than the threshold value , preprocessing the data for a prioritized cell group before receiving an uplink grant for transmitting the data ; in case that the amount of the data is greater than the threshold value , preprocessing the data for each of a master cell group, MCG, and a secondary cell group, SCG, before receiving the uplink grant for transmitting the data ; identifying whether the uplink grant for transmitting the data is received; and determining a radio link control, RLC, sequence number of the preprocessed data based on the uplink grant in case that the uplink grant for transmitting the data is received, the method being characterized in that it further comprises wherein an RLC header is generated as a part of the preprocessing the data, and wherein a segment information, SI, field of the RLC header is updated in case that it is required to perform segmentation due to lack of grant after the uplink grant is received. acquiring data ; determining a cell group to preprocess the data based on a comparison of an amount of the data with a threshold value ; in case that the amount of the data is equal to or less than the threshold value , preprocessing the data for a prioritized cell group before receiving an uplink grant for transmitting the data ; in case that the amount of the data is greater than the threshold value , preprocessing the data for each of a master cell group, MCG, and a secondary cell group, SCG, before receiving the uplink grant for transmitting the data ; identifying whether the uplink grant for transmitting the data is received; and determining a radio link control, RLC, sequence number of the preprocessed data based on the uplink grant in case that the uplink grant for transmitting the data is received, the method being characterized in that it further comprises wherein an RLC header is generated as a part of the preprocessing the data, and wherein a segment information, SI, field of the RLC header is updated in case that it is required to perform segmentation due to lack of grant after the uplink grant is received.
A monitoring system for a harvester , the monitoring system configured to determine one or more parameters associated with harvested items , the system comprising: a camera module having a field of view and configured to generate image data associated with the harvested items ; a mounting bracket configured to secure the camera module to the harvester such that a conveyor of the harvester is within the field of view of the camera module ; a location sub-system configured to determine and output location data representative of a geographical location of the harvester monitoring system; and a processing unit configured to receive the image data and the location data, to determine the one or more parameters associated with the harvested items and to record the one or more parameters in association with the location data on a computer readable medium , wherein the camera module is configured to determine depth data for the harvested items , wherein: the one or more parameters include size information including a dimension of a first harvested item of the harvested items , and characterised in that : the processing unit is further configured to categorise the first harvested item by determining whether the first harvested item would pass through a sizing aperture of a virtual sieve based on the size information, and wherein the processing unit is configured to identify and track the first harvested item across the field of view. a camera module having a field of view and configured to generate image data associated with the harvested items ; a mounting bracket configured to secure the camera module to the harvester such that a conveyor of the harvester is within the field of view of the camera module ; a location sub-system configured to determine and output location data representative of a geographical location of the harvester monitoring system; and a processing unit configured to receive the image data and the location data, to determine the one or more parameters associated with the harvested items and to record the one or more parameters in association with the location data on a computer readable medium , the processing unit is further configured to categorise the first harvested item by determining whether the first harvested item would pass through a sizing aperture of a virtual sieve based on the size information, and wherein the processing unit is configured to identify and track the first harvested item across the field of view.
A method of configuring a memory for use in a mobile appliance equipped to communicate through a wireless network , the method comprising upon a trigger for starting the configuration : retrieving, by the mobile appliance, an identifier associated with the memory ; providing, by the mobile appliance , the identifier to a server via the wireless network ; accessing, by the server , a storage storing information associating the identifier with a group of customers and a service provider to retrieve, using the identifier, configuration data in association with the group of customers and the service provider for configuring the mobile appliance to operate in the wireless network in a network-specific, customer -group specific and service provider-specific manner; providing the configuration data from the server to the mobile appliance via the wireless network ; and the mobile appliance storing the configuration data in the memory . retrieving, by the mobile appliance, an identifier associated with the memory ; providing, by the mobile appliance , the identifier to a server via the wireless network ; accessing, by the server , a storage storing information associating the identifier with a group of customers and a service provider to retrieve, using the identifier, configuration data in association with the group of customers and the service provider for configuring the mobile appliance to operate in the wireless network in a network-specific, customer -group specific and service provider-specific manner; providing the configuration data from the server to the mobile appliance via the wireless network ; and the mobile appliance storing the configuration data in the memory .
A guest-host inclusion complex comprising: a mass ratio of ( S )-3-amino-4-(5-(bis-chloroethyl)amino)-2-methylphenyl) butanoic acid or a pharmaceutically acceptable zwitterion, internal salt, or salt thereof, to a sulfobutyl ether-β-cyclodextrin having an average degree of substitution (ADS) of from 6 to 8 (SBE 6-8 -β-CD) or a pharmaceutically acceptable zwitterion, internal salt, or salt thereof, of from 1:50 to 1:60.
A device (121; 805; 1005; 1205) for introducing small volumes of fluid for delivery to a patient into a primary fluid line , comprising: a y-site comprising a first arm (325; 1225) adapted to receive a syringe and a second arm fluidly connected to an upstream reservoir , the reservoir defining an internal volume adapted to receive a volume of fluid; and a fluid obstruction mechanism (340; 810; 1010; 1215) configured to selectably block flow of fluid from the reservoir toward the patient , wherein the fluid obstruction mechanism (340; 810; 1010; 1215) transitions between a first state that permits fluid flow from the reservoir toward the patient and a second state that directs fluid flow from the syringe into the reservoir while blocking fluid flow from the reservoir toward the patient , characterized in that the reservoir is an expandable bellows that is contained within a housing . a y-site comprising a first arm (325; 1225) adapted to receive a syringe and a second arm fluidly connected to an upstream reservoir , the reservoir defining an internal volume adapted to receive a volume of fluid; and a fluid obstruction mechanism (340; 810; 1010; 1215) configured to selectably block flow of fluid from the reservoir toward the patient , wherein the fluid obstruction mechanism (340; 810; 1010; 1215) transitions between a first state that permits fluid flow from the reservoir toward the patient and a second state that directs fluid flow from the syringe into the reservoir while blocking fluid flow from the reservoir toward the patient , characterized in that the reservoir is an expandable bellows that is contained within a housing .
An array substrate, comprising: a substrate ; a plurality of groups of bonding terminals located on the substrate ; a first electrostatic protection wire located on a marginal region of the substrate ; and a second electrostatic protection wire located on the substrate , each group of bonding terminals is electrically connected to the first electrostatic protection wire via the second electrostatic protection wire , characterized in that : each group of the bonding terminals is arranged into a fan shape; the second electrostatic protection wire comprises a plurality of second electrostatic protection branches arranged along a radial direction of the fan shape and a second electrostatic protection branch arranged along a horizontal direction; and each of the plurality of second electrostatic protection branches comprises one end connected to a corresponding bonding terminal and the other end connected to the second electrostatic protection branch disposed along the horizontal direction. a substrate ; a plurality of groups of bonding terminals located on the substrate ; a first electrostatic protection wire located on a marginal region of the substrate ; and a second electrostatic protection wire located on the substrate , each group of bonding terminals is electrically connected to the first electrostatic protection wire via the second electrostatic protection wire , characterized in that : each group of the bonding terminals is arranged into a fan shape; the second electrostatic protection wire comprises a plurality of second electrostatic protection branches arranged along a radial direction of the fan shape and a second electrostatic protection branch arranged along a horizontal direction; and each of the plurality of second electrostatic protection branches comprises one end connected to a corresponding bonding terminal and the other end connected to the second electrostatic protection branch disposed along the horizontal direction. each group of the bonding terminals is arranged into a fan shape; the second electrostatic protection wire comprises a plurality of second electrostatic protection branches arranged along a radial direction of the fan shape and a second electrostatic protection branch arranged along a horizontal direction; and each of the plurality of second electrostatic protection branches comprises one end connected to a corresponding bonding terminal and the other end connected to the second electrostatic protection branch disposed along the horizontal direction.