mhurhangee/patent-ind-claim-en huggingface dataset:
A method of content reception for a user equipment, UE, in a mobile communication system including a base station, a core network node and a local server that is connected to the base station and stores copied versions of some content stored in an external server, the method comprising: receiving , by the UE, user input for selecting content stored in the external server; determining , by the UE, when the user input is received, whether a copied version of the selected content is stored in a local server based on a domain name of the content and a domain information stored in the UE; if a copied version of the selected content is stored in the local server, transmitting , by the UE, a layer-2 type content request message for the selected content stored in the local server to the base station; receiving , by the UE, the content through the base station from a local cache of the base station; if a copied version of the content is not stored in the local server, transmitting , by the UE, a transmission control protocol, TCP/internet protocol, IP, type content request message for the selected content to the external server through the base station; and receiving , by the UE, the content through the base station from the external server, wherein the domain information includes a list of domain names associated with content stored in the local server. receiving , by the UE, user input for selecting content stored in the external server; determining , by the UE, when the user input is received, whether a copied version of the selected content is stored in a local server based on a domain name of the content and a domain information stored in the UE; if a copied version of the selected content is stored in the local server, transmitting , by the UE, a layer-2 type content request message for the selected content stored in the local server to the base station; receiving , by the UE, the content through the base station from a local cache of the base station; transmitting , by the UE, a layer-2 type content request message for the selected content stored in the local server to the base station; receiving , by the UE, the content through the base station from a local cache of the base station; if a copied version of the content is not stored in the local server, transmitting , by the UE, a transmission control protocol, TCP/internet protocol, IP, type content request message for the selected content to the external server through the base station; and receiving , by the UE, the content through the base station from the external server, transmitting , by the UE, a transmission control protocol, TCP/internet protocol, IP, type content request message for the selected content to the external server through the base station; and receiving , by the UE, the content through the base station from the external server, wherein the domain information includes a list of domain names associated with content stored in the local server.
Watch case comprising a middle to which are attached a crystal and a back delimiting an internal volume in which is arranged a horological movement intended to drive indicating members, said case further comprising a mechanism for actuating an indicator capable of moving in rotation and housed inside the internal volume of the case , said actuation mechanism including a bezel capable of moving in rotation and intended to be handled by a user, and a transmission pinion arranged such that it meshes with the bezel and the indicator , the respective axes of rotation of the bezel , transmission pinion and indicator being parallel to one another, the case being characterised in that the transmission pinion comprises an upper toothing and a lower toothing , extending coaxially to one another such that the upper toothing meshes with a toothing of the bezel and such that the lower toothing meshes with a toothing of the indicator .
Aircraft engine with a fuel supply device and with at least one hydraulic fluid circuit which comprises a hydraulic fluid accumulator , and with a heat exchanger , in the region of which thermal energy can be exchanged between the hydraulic fluid which is conducted in the hydraulic fluid circuit and fuel of the fuel supply device , the pressure in the hydraulic fluid circuit in the region of the heat exchanger during operation being greater than the pressure in the fuel supply device , characterized in that the heat exchanger is connected to the hydraulic fluid accumulator , wherein outer walls of the heat exchanger and outer walls of the hydraulic fluid accumulator shield at least partially an overlapping region between the heat exchanger and the hydraulic fluid accumulator with respect to a surrounding area of the heat exchanger and the hydraulic fluid accumulator .
A method of maintaining network service levels, the method comprising: identifying a first plurality of network incidents, designated as first network incidents, occurring over a first portion of a measurement period; identifying a second plurality of network incidents, designated as second network incidents, occurring over a second portion of the measurement period occurring after the first portion of the measurement period; limiting the second network incidents to network incidents along a selected network corridor, where a network corridor is a group of network paths between two end node collections or geographic regions; (claim 4; ; + ) determining a plurality of remaining incidence tolerance limits based on an impact of the first and second network incidents on corresponding sets of incidence tolerance limits for the measurement period, wherein an incidence tolerance limit is a level of tolerance for network incidences over a period of time, and wherein a remaining incidence tolerance limit is obtained by reducing the incidence tolerance limit with each incidence occurrence; generating severity metric values for each of the second network incidents, wherein each of the second network incidents is assigned a score representing a severity of the incident according to one or more metrics, and wherein the severity metric values are weighted based on the remaining incidence tolerance limits associated with each of the second network incidents; and selecting at least one of the incidents of the second network incidents for remediation based on a comparison of the severity metric values. identifying a first plurality of network incidents, designated as first network incidents, occurring over a first portion of a measurement period; identifying a second plurality of network incidents, designated as second network incidents, occurring over a second portion of the measurement period occurring after the first portion of the measurement period; limiting the second network incidents to network incidents along a selected network corridor, where a network corridor is a group of network paths between two end node collections or geographic regions; (claim 4; ; + ) determining a plurality of remaining incidence tolerance limits based on an impact of the first and second network incidents on corresponding sets of incidence tolerance limits for the measurement period, wherein an incidence tolerance limit is a level of tolerance for network incidences over a period of time, and wherein a remaining incidence tolerance limit is obtained by reducing the incidence tolerance limit with each incidence occurrence; generating severity metric values for each of the second network incidents, wherein each of the second network incidents is assigned a score representing a severity of the incident according to one or more metrics, and wherein the severity metric values are weighted based on the remaining incidence tolerance limits associated with each of the second network incidents; and selecting at least one of the incidents of the second network incidents for remediation based on a comparison of the severity metric values.
Method for assisting a driver of a vehicle, in particular a commercial vehicle, wherein the vehicle has at least one vehicle tyre , in particular in the form of a pneumatic tyre, wherein there is provision for at least one temperature sensor , by means of which a temperature of the vehicle tyre is measurable, wherein the vehicle has an, in particular visual and/or acoustic, display device , by means of which information about the state of the vehicle tyre is displayable to the driver of the vehicle , and wherein the vehicle has a closed-loop and/or open-loop control device , connected to the temperature sensor for signal transmission purposes, by means of which the display on the display device is controllable in an open-loop and/or closed-loop manner, characterized in that the closed-loop and/or open-loop control device is switchable to multiple warning levels, in such a way that, if at least one temperature value measured by means of the temperature sensor exceeds a first defined limit value (T G1 ), the closed-loop and/or open-loop control device automatically switches to a first warning level, at which the display device is used to display to the driver that he should stop the vehicle within a defined period and/or within a defined route section and/or that he should not exceed a defined speed value with the vehicle , and that, if the measured temperature value exceeds a second defined limit value (T G2 ), which is greater than the first limit value (T G1 ), the closed-loop and/or open-loop control device automatically switches to a second warning level, at which the display device is used to display to the driver that he should stop the vehicle immediately. that, if at least one temperature value measured by means of the temperature sensor exceeds a first defined limit value (T G1 ), the closed-loop and/or open-loop control device automatically switches to a first warning level, at which the display device is used to display to the driver that he should stop the vehicle within a defined period and/or within a defined route section and/or that he should not exceed a defined speed value with the vehicle , and that, if the measured temperature value exceeds a second defined limit value (T G2 ), which is greater than the first limit value (T G1 ), the closed-loop and/or open-loop control device automatically switches to a second warning level, at which the display device is used to display to the driver that he should stop the vehicle immediately.
Dual-clutch actuator with a hydraulic pump , a first clutch hydraulic circuit , a second clutch hydraulic circuit , wherein the first clutch hydraulic circuit has a control valve , wherein the second clutch hydraulic circuit is connected to the hydraulic pump and in turn has a control valve , characterized in that the dual-clutch actuator further comprises a first shift hydraulic circuit , wherein the first shift hydraulic circuit is connected to the hydraulic pump and has a control valve which has a return connection , wherein the first clutch hydraulic circuit is connected to the return connection of the control valve of the first shift hydraulic circuit .
A method for manufacturing a part made of composite material comprising the following steps: - pre-compacting to a predetermined shape of a mixture of a first thermosetting resin with discontinuous long fibers so as to form a first preform , - pre-curing the first preform until an intermediate conversion stage of the first thermosetting resin corresponding to a solidification of said first resin, - contacting the first preform with a second preform comprising a fiber structure of continuous fibers impregnated with a second thermosetting resin, - polymerization of the first and second preforms so as to form a part made of composite material (100; 100'; 100") comprising a body (110; 110') made of composite material comprising reinforcement made of continuous fibers consolidated by an organic matrix provided with a portion (120; 120') made of composite material comprising reinforcement made of discontinuous long fibers consolidated by an organic matrix. - pre-compacting to a predetermined shape of a mixture of a first thermosetting resin with discontinuous long fibers so as to form a first preform , - pre-curing the first preform until an intermediate conversion stage of the first thermosetting resin corresponding to a solidification of said first resin, - contacting the first preform with a second preform comprising a fiber structure of continuous fibers impregnated with a second thermosetting resin, - polymerization of the first and second preforms so as to form a part made of composite material (100; 100'; 100") comprising a body (110; 110') made of composite material comprising reinforcement made of continuous fibers consolidated by an organic matrix provided with a portion (120; 120') made of composite material comprising reinforcement made of discontinuous long fibers consolidated by an organic matrix.
A transgenic pig comprising a human mutated Islet Amyloid Polypeptide (IAPP) gene or part thereof and displaying at least one phenotype associated with type 2 diabetes mellitus.
Acoustic type microelectronic device comprising a support , a set of at least one membrane suspended on a face of the support above a cavity by an anchoring zone , and at least one acoustic insulation trench (62a,b,c,d; 63a,b) arranged adjacently to the membrane, characterised by the fact that it includes at least one bridge connecting portions of two edges opposite the trench (62a,b,c,d; 63a,b) in order to connect the support to the anchoring zone of the membrane (62a,b,c,d; 63a,b), this bridge being situated over at least one zone of the trench (62a,b,c,d; 63a,b) so as to form in said zone of the trench (62a,b,c,d; 63a,b), an acoustic insulation box below the bridge .
A system for thermal cycling, comprising - at least one separate single vessel holder for taking up a single reaction vessel providing a contact surface for the reaction vessel, wherein the at least one separate single vessel holder comprises an internal individual meandering path for supplying a cooling liquid or in exchange pressurized air, and comprises at least one individual electrical heater attached to the separate single vessel holder for individually adjusting the temperature of the single reaction vessel, wherein the internal fluidic path conveys the liquid for cooling or in exchange the pressurized air on one side of said at least one separate single vessel holder from its upper to its lower side and on its opposite side from its lower to its upper side; and - a multilayer liquid port , with at least one sealing contact surface for the at least one separate vessel holder and inlet and outlet openings for the attachment of the at least one separate single vessel holder for providing the cooling liquid or in exchange the pressurized air to the at least one separate single vessel holder; and - at least one control unit for connecting with the at least one electrical heater. - at least one separate single vessel holder for taking up a single reaction vessel providing a contact surface for the reaction vessel, wherein the at least one separate single vessel holder comprises an internal individual meandering path for supplying a cooling liquid or in exchange pressurized air, and comprises at least one individual electrical heater attached to the separate single vessel holder for individually adjusting the temperature of the single reaction vessel, wherein the internal fluidic path conveys the liquid for cooling or in exchange the pressurized air on one side of said at least one separate single vessel holder from its upper to its lower side and on its opposite side from its lower to its upper side; and - a multilayer liquid port , with at least one sealing contact surface for the at least one separate vessel holder and inlet and outlet openings for the attachment of the at least one separate single vessel holder for providing the cooling liquid or in exchange the pressurized air to the at least one separate single vessel holder; and - at least one control unit for connecting with the at least one electrical heater.
A glove dispensing assembly comprising: a stack of interfolded gloves; a collapsible dispenser surrounding the stack of interfolded gloves, wherein the dispenser comprises a dispenser body having a top surface , a bottom surface , a first side surface , a second side surface , wherein each of the top surface , bottom surface , first side surface , and second side surface comprises an elastomeric material, the dispenser defining a resealable opening in the top surface of the dispenser through which the gloves are dispensed, wherein the opening is sealable by a movable lid and comprises a locking surface and a rigid outer perimeter having a corresponding slot configured to receive the locking surface , wherein a portion of the top surface of the dispenser surrounding the opening is exposed within the rigid outer perimeter of the opening , wherein the collapsible dispenser is configured to collapse as gloves of the stack of interfolded gloves are removed from the collapsible dispenser ; and wherein each glove in the stack includes a finger end and a cuff end , the stack including an initial glove and a plurality of subsequent gloves , wherein each of the gloves includes a plurality of folds defining at least a cuff portion , an intermediate portion , and a finger portion , the cuff portion being folded towards the intermediate portion and the finger portion being folded towards the intermediate portion . a stack of interfolded gloves; a collapsible dispenser surrounding the stack of interfolded gloves, wherein the dispenser comprises a dispenser body having a top surface , a bottom surface , a first side surface , a second side surface , wherein each of the top surface , bottom surface , first side surface , and second side surface comprises an elastomeric material, the dispenser defining a resealable opening in the top surface of the dispenser through which the gloves are dispensed, wherein the opening is sealable by a movable lid and comprises a locking surface and a rigid outer perimeter having a corresponding slot configured to receive the locking surface , wherein a portion of the top surface of the dispenser surrounding the opening is exposed within the rigid outer perimeter of the opening , wherein the collapsible dispenser is configured to collapse as gloves of the stack of interfolded gloves are removed from the collapsible dispenser ; and wherein each glove in the stack includes a finger end and a cuff end , the stack including an initial glove and a plurality of subsequent gloves , wherein each of the gloves includes a plurality of folds defining at least a cuff portion , an intermediate portion , and a finger portion , the cuff portion being folded towards the intermediate portion and the finger portion being folded towards the intermediate portion .
An ambidextrous working glove made of polymer material, said glove having an external moulded fishscale-textured pattern which provides grip on both sides of the glove in at least part of the area of each of the palm, finger and thumb regions, characterised in that the reverse of said external pattern in each said area is present on the inside surface of the glove for contact with a wearer's hand.
A system comprising: a casing ; a light emitter stationary relative to the casing ; a beam-steering device configured to adjustably reflect light from the light emitter into a field of illumination (FOI); a photodetector pivotally supported by the casing and having a field of view (FOV) overlapping the field of illumination (FOI); an actuator between the casing and the photodetector and configured to pivot the photodetector relative to the casing ; a controller programmed to: receive an indication that the field of view (FOV) needs adjustment when the field of view (FOV) is vertically offset from a horizontal position, adjust the position of the photodetector to vertically position the field of (FOV) to a desired position, adjust the field of illumination (FOI) to align the field of illumination (FOI) with the field of view (FOV). a casing ; a light emitter stationary relative to the casing ; a beam-steering device configured to adjustably reflect light from the light emitter into a field of illumination (FOI); a photodetector pivotally supported by the casing and having a field of view (FOV) overlapping the field of illumination (FOI); an actuator between the casing and the photodetector and configured to pivot the photodetector relative to the casing ; a controller programmed to: receive an indication that the field of view (FOV) needs adjustment when the field of view (FOV) is vertically offset from a horizontal position, adjust the position of the photodetector to vertically position the field of (FOV) to a desired position, adjust the field of illumination (FOI) to align the field of illumination (FOI) with the field of view (FOV). receive an indication that the field of view (FOV) needs adjustment when the field of view (FOV) is vertically offset from a horizontal position, adjust the position of the photodetector to vertically position the field of (FOV) to a desired position, adjust the field of illumination (FOI) to align the field of illumination (FOI) with the field of view (FOV).
A microchannel plate for a microchannel plate electron multiplier, comprising: a substrate forming a plate having first and second opposing faces and having a plurality of parallel channels therethrough from first to second faces; a first electrode on the first face, the first electrode having a first side adjacent to the substrate and a second side opposite to the first side; a second electrode on the second face, the second electrode having a first side adjacent to the substrate and a second side opposite to the first side; and a layer of resistive and secondary emissive material on the second side of the first electrode and the second electrode in which each layer of resistive and secondary emissive material has been deposited on the first and second electrode by means of atomic layer deposition. a substrate forming a plate having first and second opposing faces and having a plurality of parallel channels therethrough from first to second faces; a first electrode on the first face, the first electrode having a first side adjacent to the substrate and a second side opposite to the first side; a second electrode on the second face, the second electrode having a first side adjacent to the substrate and a second side opposite to the first side; and a layer of resistive and secondary emissive material on the second side of the first electrode and the second electrode in which each layer of resistive and secondary emissive material has been deposited on the first and second electrode by means of atomic layer deposition.
An electrolyte solution for an electrochemical device such as a lithium ion secondary battery comprising tris(trimethylsilyl) phosphite and at least one compound which is a fluorinated saturated cyclic carbonate of formula (1-a) or (1-b)