mhurhangee/patent-ind-claim-en huggingface dataset:
A public transport vehicle, in particular a railway vehicle, including at least two bodies , the bodies of each assembly of at least two adjacent bodies being articulated one in respect to the other by a respective articulation, at least one articulation comprising a gangway arrangement such that: - said gangway arrangement is laid out between the two corresponding bodies of the vehicle, - said gangway arrangement extends along a longitudinal direction (X), - said gangway arrangement is connected through a pivot connection to an end portion of one of the bodies , this body extending along a longitudinal axis (A) and the end portion comprising an access corridor , delimited by two opposite edges , - said gangway arrangement includes at least one seating member for at least one passenger characterized in that : - the seating member has an end intended to extend one of the edges , - an angular spacing (α 0 ) is provided between the end of the seating member and the edge which it extends, when the longitudinal direction (X) is aligned with the longitudinal axis (A) of the corresponding body , this angular spacing (α 0 ) being considered relatively to the pivot connection with the corresponding body , and this angular spacing (α 0 ) substantially corresponds to the angle formed between the longitudinal axis (A) of the body and the longitudinal direction (X) when the tilt between both bodies is maximum. - said gangway arrangement is laid out between the two corresponding bodies of the vehicle, - said gangway arrangement extends along a longitudinal direction (X), - said gangway arrangement is connected through a pivot connection to an end portion of one of the bodies , this body extending along a longitudinal axis (A) and the end portion comprising an access corridor , delimited by two opposite edges , - said gangway arrangement includes at least one seating member for at least one passenger - the seating member has an end intended to extend one of the edges , - an angular spacing (α 0 ) is provided between the end of the seating member and the edge which it extends, when the longitudinal direction (X) is aligned with the longitudinal axis (A) of the corresponding body , this angular spacing (α 0 ) being considered relatively to the pivot connection with the corresponding body , and this angular spacing (α 0 ) substantially corresponds to the angle formed between the longitudinal axis (A) of the body and the longitudinal direction (X) when the tilt between both bodies is maximum.
A method of controlling the color of a trivalent chromium deposit, the method comprising the steps of: (a) measuring the color of a trivalent chromium deposit standard; (b) adding one or more color enhancing additives to a trivalent chromium electrolyte; (c) contacting a substrate with the trivalent chromium electrolyte containing the one or more color enhancing additives to deposit a color-enhanced trivalent chromium deposit on the substrate; (d) measuring the color of the color enhanced trivalent chromium deposit; (e) comparing the color of the color enhanced trivalent chromium deposit to that of the trivalent chromium deposit standard; and (f) adjusting the amount of the one or more color enhancing additives in the trivalent chromium electrolyte if the color of the color-enhanced trivalent chromium deposit is outside of a desired optical variation from that of the standard trivalent chromium deposit; wherein the color enhancing additive comprises colloidal silica. (a) measuring the color of a trivalent chromium deposit standard; (b) adding one or more color enhancing additives to a trivalent chromium electrolyte; (c) contacting a substrate with the trivalent chromium electrolyte containing the one or more color enhancing additives to deposit a color-enhanced trivalent chromium deposit on the substrate; (d) measuring the color of the color enhanced trivalent chromium deposit; (e) comparing the color of the color enhanced trivalent chromium deposit to that of the trivalent chromium deposit standard; and (f) adjusting the amount of the one or more color enhancing additives in the trivalent chromium electrolyte if the color of the color-enhanced trivalent chromium deposit is outside of a desired optical variation from that of the standard trivalent chromium deposit;
A method of performing, by a server, a radio access network, RAN, function, the method comprising: obtaining traffic processing information which indicates a procedure of processing traffic, wherein the traffic processing information includes a first information indicating an amount and a characteristic of the traffic occurred in a plurality of base stations, BS, and a second information about a plurality of service types causing the traffic, the plurality of service types being classified according to at least one capability from among data transmission rate, latency, or maximum connection density and the traffic processing information including information relating to at least one physical resource used for processing the traffic at software components, SCs, included in the server virtualizing the RAN function; identifying an amount of traffic that occurred in the RAN function for a service among a plurality of services, based on the traffic processing information; obtaining information relating to an amount of traffic predicted to occur in the RAN function of the service, based on the identified amount of the traffic occurred in the RAN function; and adjusting the at least one physical resource for the SCs and a number of the SCs allocated to the RAN function, based on the obtained information relating to the amount of the traffic predicted to occur in the RAN function for the service. obtaining traffic processing information which indicates a procedure of processing traffic, wherein the traffic processing information includes a first information indicating an amount and a characteristic of the traffic occurred in a plurality of base stations, BS, and a second information about a plurality of service types causing the traffic, the plurality of service types being classified according to at least one capability from among data transmission rate, latency, or maximum connection density and the traffic processing information including information relating to at least one physical resource used for processing the traffic at software components, SCs, included in the server virtualizing the RAN function; identifying an amount of traffic that occurred in the RAN function for a service among a plurality of services, based on the traffic processing information; obtaining information relating to an amount of traffic predicted to occur in the RAN function of the service, based on the identified amount of the traffic occurred in the RAN function; and adjusting the at least one physical resource for the SCs and a number of the SCs allocated to the RAN function, based on the obtained information relating to the amount of the traffic predicted to occur in the RAN function for the service.
A seat unit arrangeable in a vehicle cabin comprising an aisle , , in particular an aircraft cabin, the seat unit comprising at least a passenger seat having, in use, a direct passenger access from the aisle and a passenger furniture device arranged laterally adjacent to the passenger seat , the passenger furniture device comprising at least: - a base element comprising at least an upper utility surface , - a removable section element , and - a latch mechanism , wherein the section element is detachably mounted to the base element via the latch mechanism , wherein the base element is a console element which is arranged adjacent to the passenger seat , and which is configured to be arranged alongside the aisle , and wherein in a mounted state of the section element said section element extends the utility surface , characterised in that in a dismounted state of the section element the direct passenger access from the aisle to the passenger seat is enlarged. - a base element comprising at least an upper utility surface , - a removable section element , and - a latch mechanism , wherein the section element is detachably mounted to the base element via the latch mechanism , wherein the base element is a console element which is arranged adjacent to the passenger seat , and which is configured to be arranged alongside the aisle , and wherein in a mounted state of the section element said section element extends the utility surface , characterised in that in a dismounted state of the section element the direct passenger access from the aisle to the passenger seat is enlarged.
A network node for implementing a charging function in a service function chain of a mobile telecommunications network, the service function chain comprising a plurality of service functions (414a-414c), each service function (414a-414c) configured to apply one or more services associated with a user packet traversing the service function chain towards a destination, and configured to provide charging data related to the service function (414a-414c), the network node comprising: a receiver configured to receive collective charging data provided by the plurality of service functions (414a-414c), the collective charging data comprising charging data for a plurality of services associated with a user packet; and a charging controller configured to control charging for the plurality of services associated with the user packet based on the collective charging data, wherein the receiver is configured to receive the user packet and a header, wherein the collective charging data forms part of the header, and wherein the network node further comprises: a charging data extractor configured to extract the collective charging data in the header and strip, from the collective charging data in the header, a plurality of individual charging data provided by the plurality of service functions (414a-414c), and a charging data aggregator configured to aggregate the plurality of individual charging data into a charging record for use by the charging controller to control charging. a receiver configured to receive collective charging data provided by the plurality of service functions (414a-414c), the collective charging data comprising charging data for a plurality of services associated with a user packet; and a charging controller configured to control charging for the plurality of services associated with the user packet based on the collective charging data, wherein the receiver is configured to receive the user packet and a header, wherein the collective charging data forms part of the header, and wherein the network node further comprises: a charging data extractor configured to extract the collective charging data in the header and strip, from the collective charging data in the header, a plurality of individual charging data provided by the plurality of service functions (414a-414c), and a charging data aggregator configured to aggregate the plurality of individual charging data into a charging record for use by the charging controller to control charging. a charging data extractor configured to extract the collective charging data in the header and strip, from the collective charging data in the header, a plurality of individual charging data provided by the plurality of service functions (414a-414c), and a charging data aggregator configured to aggregate the plurality of individual charging data into a charging record for use by the charging controller to control charging.
Composition comprising lactoferrin and chondroitin sulfate, and further comprising up to 0.05 wt% of Vitamin D, and up to 0.05 wt% of Vitamin K.
A controller for a blood pump system comprising a blood pump , wherein the controller is adapted to command, direct or regulate the activity of components of the blood pump system ; wherein the controller comprises a plurality of cable connectors for receiving cables adapted to receive power from an external power supply , and to distribute power to the blood pump of the blood pump system via system cables ; wherein the controller further includes an internal backup battery ; wherein the controller is adapted to receive an information signal transmitted from a monitor of the blood pump system ; and characterized in that the controller is adapted to process the information signal to trigger an audible alarm or a visual alarm to indicate a conductor failure. wherein the controller comprises a plurality of cable connectors for receiving cables adapted to receive power from an external power supply , and to distribute power to the blood pump of the blood pump system via system cables ; wherein the controller further includes an internal backup battery ; wherein the controller is adapted to receive an information signal transmitted from a monitor of the blood pump system ; and characterized in that the controller is adapted to process the information signal to trigger an audible alarm or a visual alarm to indicate a conductor failure.
An electronic device comprising: an element in which an electric current flows; a first resin layer that is arranged to face the element and made of a first resin; and a second resin layer that is made of a second resin, characterized in that the first resin layer is a crosslinked polyethylene and the second resin layer is a methacrylic resin, the first resin layer and the second resin layer forming a laminated plate , when a hole is formed circular in the laminated plate in a direction penetrating the laminated plate from the element , a surface area of the first resin layer exposed inside the hole is S1, a surface area of the second resin layer exposed inside the hole is S2, an oxygen index of the first resin layer is A, an oxygen index of the second resin layer is B, and the electronic device has the surface areas S1 and S2 and the oxygen indexes A and B in which a value C' derived from the following Equations to is a preset safety threshold D' or more, C ′ = S 1 × A + S 2 × B / 2 S 1 + S 2 S 1 = π r × thickness d 1 of the first resin layer 11 S 2 = π r × thickness d 2 of the second resin layer 12 the oxygen index A = 34 to 36 the oxygen index B = 17 to 18 the oxygen indexes A and B are an indicator representing a percentage of a minimum oxygen concentration necessary for sustaining burning of a synthetic resin , and the safety threshold D' is 23 in a value of the oxygen indexes A and B . an element in which an electric current flows; a first resin layer that is arranged to face the element and made of a first resin; and a second resin layer that is made of a second resin, characterized in that the first resin layer is a crosslinked polyethylene and the second resin layer is a methacrylic resin, the first resin layer and the second resin layer forming a laminated plate , when a hole is formed circular in the laminated plate in a direction penetrating the laminated plate from the element , a surface area of the first resin layer exposed inside the hole is S1, a surface area of the second resin layer exposed inside the hole is S2, an oxygen index of the first resin layer is A, an oxygen index of the second resin layer is B, and the electronic device has the surface areas S1 and S2 and the oxygen indexes A and B in which a value C' derived from the following Equations to is a preset safety threshold D' or more, C ′ = S 1 × A + S 2 × B / 2 S 1 + S 2 S 1 = π r × thickness d 1 of the first resin layer 11 S 2 = π r × thickness d 2 of the second resin layer 12 the oxygen index A = 34 to 36 the oxygen index B = 17 to 18 the oxygen indexes A and B are an indicator representing a percentage of a minimum oxygen concentration necessary for sustaining burning of a synthetic resin , and the safety threshold D' is 23 in a value of the oxygen indexes A and B .
A film cooled component of a gas turbine in the form of a substrate , comprising: a) an inner surface , including an inlet ; b) an outer surface spaced from said inner surface ; and c) at least one row or other pattern of passage holes , wherein each passage hole includes an inlet bore extending through the substrate from the inlet at the inner surface to a passage hole-exit proximate to the outer surface , with the inlet bore terminating in a chevron outlet adjacent the passage hole-exit , said chevron outlet comprising a pair of wing troughs extending from a trough initiation site to a terminus on the outer surface farthest from the passage hole-exit and having one of a substantially elliptical, circular or partially circular cross-sectional shape defining a depth, and a common surface region between the pair of wing troughs , wherein the common surface region comprises a valley adjacent the hole-exit ; and a plateau adjacent the valley , the plateau including a top surface and a front face and extending in a direction opposite the inlet and terminating at a site generally flush with the outer surface and wherein the valley extends to the front face of the plateau and below a level of the top surface of the plateau and higher than the depths of the wing troughs . a) an inner surface , including an inlet ; b) an outer surface spaced from said inner surface ; and c) at least one row or other pattern of passage holes , wherein each passage hole includes an inlet bore extending through the substrate from the inlet at the inner surface to a passage hole-exit proximate to the outer surface , with the inlet bore terminating in a chevron outlet adjacent the passage hole-exit , said chevron outlet comprising a pair of wing troughs extending from a trough initiation site to a terminus on the outer surface farthest from the passage hole-exit and having one of a substantially elliptical, circular or partially circular cross-sectional shape defining a depth, and a common surface region between the pair of wing troughs , wherein the common surface region comprises a valley adjacent the hole-exit ; and a plateau adjacent the valley , the plateau including a top surface and a front face and extending in a direction opposite the inlet and terminating at a site generally flush with the outer surface and wherein the valley extends to the front face of the plateau and below a level of the top surface of the plateau and higher than the depths of the wing troughs .
A method implemented by one or more processors of a client device that facilitates touch-free interaction between one or more users and an automated assistant , the method comprising: receiving a stream of image frames that are based on output from one or more cameras of the client device; processing the image frames of the stream using at least one trained machine learning model stored locally on the client device to monitor for occurrence of a gaze of a user that is directed toward the one or more cameras of the client device; detecting, based on the monitoring, occurrence of the gaze of the user; and in response to detecting the occurrence of the gaze of the user: halting audible user interface output that is being rendered by the client device. receiving a stream of image frames that are based on output from one or more cameras of the client device; processing the image frames of the stream using at least one trained machine learning model stored locally on the client device to monitor for occurrence of a gaze of a user that is directed toward the one or more cameras of the client device; detecting, based on the monitoring, occurrence of the gaze of the user; and in response to detecting the occurrence of the gaze of the user: halting audible user interface output that is being rendered by the client device.
A method of printing a three-dimensional article with a surface colorization, the method comprising: receiving data representing the surface colorization of the article; transforming the data representing the surface colorization of the article into voxel data of the article, the voxel data comprising (a) location values and at least one of (b) color values and (c) transparency values for a plurality of columns of voxels normal to a surface of the article; and selectively depositing layers of one or more build materials onto a substrate to form the article in accordance with the voxel data, wherein at least one column of the plurality of columns of voxels exhibits a surface color resulting from a combination of colors of a plurality of voxels of the column, and wherein at least one build material used to form the article comprises a composite ink comprising an optically transparent or substantially optically transparent carrier ink comprising a curable material, and a colorant dispersed in the carrier ink in an amount of 0.01 to 5 weight %, based on the total weight of the composite ink, and wherein the carrier ink has an optical transparency of at least 70% transmission between 350 nm and 750 nm at a thickness of 0.01 to 10 mm. receiving data representing the surface colorization of the article; transforming the data representing the surface colorization of the article into voxel data of the article, the voxel data comprising (a) location values and at least one of (b) color values and (c) transparency values for a plurality of columns of voxels normal to a surface of the article; and selectively depositing layers of one or more build materials onto a substrate to form the article in accordance with the voxel data, wherein at least one column of the plurality of columns of voxels exhibits a surface color resulting from a combination of colors of a plurality of voxels of the column, and wherein at least one build material used to form the article comprises a composite ink comprising an optically transparent or substantially optically transparent carrier ink comprising a curable material, and a colorant dispersed in the carrier ink in an amount of 0.01 to 5 weight %, based on the total weight of the composite ink, and wherein the carrier ink has an optical transparency of at least 70% transmission between 350 nm and 750 nm at a thickness of 0.01 to 10 mm.
A platen press with a press toggle mechanism , wherein the press toggle mechanism has a driving member and a press toggle column , the press toggle column comprising: a driven member , a first toggle lever assigned to the driven member , and a second toggle lever assigned to the driven member , characterized in that the first toggle lever has a first contact surface and the second toggle lever has a second contact surface , wherein both toggle levers contact each other via their contact surfaces , and wherein both contact surfaces are convex-shaped. a driven member , a first toggle lever assigned to the driven member , and a second toggle lever assigned to the driven member , characterized in that the first toggle lever has a first contact surface and the second toggle lever has a second contact surface , wherein both toggle levers contact each other via their contact surfaces , and wherein both contact surfaces are convex-shaped.