mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a handbrake setting determination unit configured to determine a handbrake setting suggestion indicating the number of handbrakes of a vehicle system (100 or 300) including at least two vehicles to be set in order to park the vehicle system (100 or 300) at a particular location without the vehicle system (100 or 300) moving, each of the vehicles including at least on handbrake ; and an energy management system in communication with the handbrake setting determination unit , wherein the energy management system is configured to provide one or more data parameters of the vehicle system (100 or 300) to the handbrake setting determination unit , and wherein the handbrake setting determination unit is configured to determine the handbrake setting suggestion based on the one or more data parameters. a handbrake setting determination unit configured to determine a handbrake setting suggestion indicating the number of handbrakes of a vehicle system (100 or 300) including at least two vehicles to be set in order to park the vehicle system (100 or 300) at a particular location without the vehicle system (100 or 300) moving, each of the vehicles including at least on handbrake ; and an energy management system in communication with the handbrake setting determination unit , wherein the energy management system is configured to provide one or more data parameters of the vehicle system (100 or 300) to the handbrake setting determination unit , and wherein the handbrake setting determination unit is configured to determine the handbrake setting suggestion based on the one or more data parameters.
A method of operating a telecommunications network , said telecommunications network being accessible to a User Equipment , UE, and comprising a cellular telecommunications network (104-2) and a fixed-access telecommunications network (104-1), the method comprising the steps of: providing a set of user plane functions for processing user traffic for the UE, said set comprising at least two user plane functions ; providing a combined user plane function for processing user traffic for the UE according to the set of user plane functions; following establishing a network connection between the UE and the cellular telecommunications network via the fixed-access telecommunications network, identifying inefficient routing of user traffic associated with the UE , said inefficient routing comprising routing user traffic to at least the set of user plane functions; and in response to identifying inefficient routing, re-routing user traffic associated with the UE to the combined user plane function so as to process the user traffic at the combined user plane function instead of at the set of user plane functions . providing a set of user plane functions for processing user traffic for the UE, said set comprising at least two user plane functions ; providing a combined user plane function for processing user traffic for the UE according to the set of user plane functions; following establishing a network connection between the UE and the cellular telecommunications network via the fixed-access telecommunications network, identifying inefficient routing of user traffic associated with the UE , said inefficient routing comprising routing user traffic to at least the set of user plane functions; and in response to identifying inefficient routing, re-routing user traffic associated with the UE to the combined user plane function so as to process the user traffic at the combined user plane function instead of at the set of user plane functions .
A transporter for the transport of a large payload across an uneven ground surface comprising: a body ; ground contacting transport means below the body , provided with drive means to move the body across a ground surface in use; a payload support module to support a payload above the body in use; an array of four elongate extendable elevators each having a first articulated joint with the body at a first end and a second articulated joint with the payload support module at a second end; wherein each of the four elongate extendable elevators is independently operable so as to enable the elongate extendable elevators together to vary both the height and the attitude of the payload relative to the body; characterised in that : each elevator is provided with a load sensor; and in that one of each of the first or second articulated joints comprises a rotationally restricted joint that allows the elongate extendable elevator to pivot relative to an axis orthogonal to its elongate direction but acts to prevent its rotation about an axis parallel to its elongate direction, and each other of the first or second articulated joints is configured to allow three full degrees of freedom of rotation. a body ; ground contacting transport means below the body , provided with drive means to move the body across a ground surface in use; a payload support module to support a payload above the body in use; an array of four elongate extendable elevators each having a first articulated joint with the body at a first end and a second articulated joint with the payload support module at a second end; wherein each of the four elongate extendable elevators is independently operable so as to enable the elongate extendable elevators together to vary both the height and the attitude of the payload relative to the body; characterised in that : each elevator is provided with a load sensor; and in that one of each of the first or second articulated joints comprises a rotationally restricted joint that allows the elongate extendable elevator to pivot relative to an axis orthogonal to its elongate direction but acts to prevent its rotation about an axis parallel to its elongate direction, and each other of the first or second articulated joints is configured to allow three full degrees of freedom of rotation. each elevator is provided with a load sensor; and in that one of each of the first or second articulated joints comprises a rotationally restricted joint that allows the elongate extendable elevator to pivot relative to an axis orthogonal to its elongate direction but acts to prevent its rotation about an axis parallel to its elongate direction, and each other of the first or second articulated joints is configured to allow three full degrees of freedom of rotation.
An optical lens for vision correction comprising: a first image fusion area centered on a visual axis (L) of the eye (E) of a user and including a plurality of first dioptric portions randomly arranged around said first image fusion area and fused such that said first image fusion area has a first diopter (N); and a second image fusion area connected to and surrounding said first image fusion area , said second image fusion area including a plurality of second dioptric portions randomly arranged around said second image fusion area and fused such that said second image fusion area has a second diopter (M); wherein the absolute value of said first diopter |N| is smaller than the absolute value of said second diopter |M|, and the longest width of each of said first and second dioptric portions relative to the visual axis (L) is smaller than 200 nanometers; and characterized in that each of said first dioptric portions has a diopter of N±δ 1 , where δ 1 is a variable value ranging from 0.25D to 9.0D, and each of said second dioptric portions has a diopter of M±δ 2 , where δ 2 is a variable value ranging from 0.25D to 12.0D. a first image fusion area centered on a visual axis (L) of the eye (E) of a user and including a plurality of first dioptric portions randomly arranged around said first image fusion area and fused such that said first image fusion area has a first diopter (N); and a second image fusion area connected to and surrounding said first image fusion area , said second image fusion area including a plurality of second dioptric portions randomly arranged around said second image fusion area and fused such that said second image fusion area has a second diopter (M); wherein the absolute value of said first diopter |N| is smaller than the absolute value of said second diopter |M|, and the longest width of each of said first and second dioptric portions relative to the visual axis (L) is smaller than 200 nanometers; and characterized in that each of said first dioptric portions has a diopter of N±δ 1 , where δ 1 is a variable value ranging from 0.25D to 9.0D, and each of said second dioptric portions has a diopter of M±δ 2 , where δ 2 is a variable value ranging from 0.25D to 12.0D.
A computer-implemented method for transmitting data to a blockchain, the method comprising: Transmitting , to the blockchain, a first transaction ( T c ) for committing a first quantity ( x ) of tokens to transfer to a second node associated with an entity, the first transaction ( T c ) having a first output; generating first content for transmission to the blockchain; and transmitting , to the blockchain, a second transaction ( T f 1 ) that returns a second quantity ( d ) of the committed first quantity ( x ) of tokens to an address associated with a first node, the second transaction ( T f 1 ) having the first output of the first transaction ( T c ) as an input, wherein the first content is used to unlock the first output of the first transaction ( T c ) . Transmitting , to the blockchain, a first transaction ( T c ) for committing a first quantity ( x ) of tokens to transfer to a second node associated with an entity, the first transaction ( T c ) having a first output; generating first content for transmission to the blockchain; and transmitting , to the blockchain, a second transaction ( T f 1 ) that returns a second quantity ( d ) of the committed first quantity ( x ) of tokens to an address associated with a first node, the second transaction ( T f 1 ) having the first output of the first transaction ( T c ) as an input, wherein the first content is used to unlock the first output of the first transaction ( T c ) .
A conformable piezoelectric transducer array , comprising: a silicone elastomer substrate and a silicone elastomer superstrate ; a plurality of piezoelectric transducer elements disposed between the substrate and superstrate; a conductive vibration damping element disposed between each of the transducer elements and the superstrate; a first electrical interconnect layer disposed adjacent to the substrate, electrically interconnecting a first surface of the transducer elements facing the substrate; and a second electrical interconnect layer disposed adjacent to the superstrate, electrically interconnecting a second surface of the transducer elements facing the superstrate, wherein the first and second electrical interconnect layers have a patterned island and bridge structure that includes a plurality of islands electrically interconnected by bridges, each of the transducer elements being supported by one of the islands, a conductive solder paste bonding the first surface of the piezoelectric transducer elements to the first electrical interconnect layer and bonding the surface of each of the conductive vibration damping elements that faces the superstrate to the second electrical interconnect layer. a silicone elastomer substrate and a silicone elastomer superstrate ; a plurality of piezoelectric transducer elements disposed between the substrate and superstrate; a conductive vibration damping element disposed between each of the transducer elements and the superstrate; a first electrical interconnect layer disposed adjacent to the substrate, electrically interconnecting a first surface of the transducer elements facing the substrate; and a second electrical interconnect layer disposed adjacent to the superstrate, electrically interconnecting a second surface of the transducer elements facing the superstrate, wherein the first and second electrical interconnect layers have a patterned island and bridge structure that includes a plurality of islands electrically interconnected by bridges, each of the transducer elements being supported by one of the islands, a conductive solder paste bonding the first surface of the piezoelectric transducer elements to the first electrical interconnect layer and bonding the surface of each of the conductive vibration damping elements that faces the superstrate to the second electrical interconnect layer.
Method for operating an SDN-based mobile communication system, wherein said system comprises a mobile network including a control plane and a data plane with a network controller being implemented therebetween, the method comprising: providing a control plane function in said control plane of said mobile network, the control plane function holding information from an access network about user- or machine-type devices' location and/or proximity as well as information about rules and/or policies required to set up sessions for said devices, said devices being connected via the access network to data plane nodes and control plane entities; and by said network controller , by means of collaborative operations with said control plane function including an information exchange over a communication interface between the control plane function and the network controller , selecting one or multiple data plane nodes that are, based on a particular device's request for session establishment, configured to act as policy enforcement points for enforcing rules in said data plane that are required to enable connectivity for said particular device . providing a control plane function in said control plane of said mobile network, the control plane function holding information from an access network about user- or machine-type devices' location and/or proximity as well as information about rules and/or policies required to set up sessions for said devices, said devices being connected via the access network to data plane nodes and control plane entities; and by said network controller , by means of collaborative operations with said control plane function including an information exchange over a communication interface between the control plane function and the network controller , selecting one or multiple data plane nodes that are, based on a particular device's request for session establishment, configured to act as policy enforcement points for enforcing rules in said data plane that are required to enable connectivity for said particular device .
Method for packaging bottles, by means of a film of plastic material wrapped about a plurality of bottles arranged in bundles, said film being made of extensible material and presenting an ordered plurality of holes , providing for inserting in said holes a respective end portion of said bottles arranged in bundles, so that the same end portion is protruding towards the outside of the packaging wherein it provides for extending said film along a longitudinal direction and along a transverse direction with respect to a feed path (B) of said film , said step of extending said film along said transverse direction comprising the step of engaging the longitudinal sides of the film by transverse extension means comprising two couples of counter rotating endless belts having a diverging configuration and in that no heat treatments are used to treat said extensible material.
Device for cultivating, controlling and protecting an in vitro embryo development, comprising: - at least one incubation unit comprising at least one storing unit of the in vitro embryo; - at least one inlet/outlet unit of biological material; said at least one inlet/outlet unit of biological material being in fluid communication with said incubation unit ; - at least one movement system for collecting a sample of biological material from said inlet/outlet unit and bringing it in least one storing unit of the in vitro embryo or vice-versa; - said at least one movement system comprising: at least a base sleeve , at least one upright element integral with said base sleeve , and at least one head element comprising an extractable arm ; said base sleeve being functionally connected to a first motor for rotating said upright element ; said base sleeve and said first motor being placed outside said at least one incubation unit and said upright element extending so that to enter said incubation unit ; said incubation unit comprising a first sealing device at the inlet of the upright element into the incubation unit itself. - at least one incubation unit comprising at least one storing unit of the in vitro embryo; - at least one inlet/outlet unit of biological material; said at least one inlet/outlet unit of biological material being in fluid communication with said incubation unit ; - at least one movement system for collecting a sample of biological material from said inlet/outlet unit and bringing it in least one storing unit of the in vitro embryo or vice-versa; - said at least one movement system comprising: at least a base sleeve , at least one upright element integral with said base sleeve , and at least one head element comprising an extractable arm ; said base sleeve being functionally connected to a first motor for rotating said upright element ; said base sleeve and said first motor being placed outside said at least one incubation unit and said upright element extending so that to enter said incubation unit ; said incubation unit comprising a first sealing device at the inlet of the upright element into the incubation unit itself.
An apparatus for scanning a respective three-dimensional object; comprising first supporting means for supporting corresponding means for scanning the three-dimensional object and second means for supporting the three-dimensional object, said second means comprising a corresponding surface for fixing the three-dimensional object; said first supporting means being in the form of a respective body configured to support both the means for scanning the three-dimensional object and the means for supporting the three-dimensional object; said body of the supporting means comprising an element , as a base or for resting on the ground, which is configured to support the second means for supporting the three-dimensional object; the apparatus further comprising an elevation element configured to carry the means for scanning the three-dimensional object, whereby the elevation element extends from said element ; and said first supporting means or body allowing the surface for fixing the three-dimensional object a degree of freedom (G1) of rotation relative to an axis (R) perpendicular to the supporting surface and/or to the base element of the supporting means or body ; said means for scanning the three-dimensional object comprise means, or video camera, for capturing images of the three-dimensional object and means, or projector, for projecting a corresponding electromagnetic radiation designed to reflect, at least partly, on the three- dimensional object; the first supporting means being configured to allow the means for scanning the three-dimensional object at least one degree of freedom of perpendicular, or vertical, translation (G2), preferably along the elevation element , according to both the lifting and lowering directions, relative to the base member , that is, relative to the surface for fixing the three-dimensional object; the first supporting means being configured to further define at least one degree of freedom of longitudinal translation (G4), according to both the forward and backward longitudinal directions, of the second means for supporting the three-dimensional object, in particular of the respective surface for fixing the latter, relative to the scanning means , that is, relative to the elevation element for supporting the latter; characterised in that the supporting means is further configured to allow at least one degree of freedom (G7) between the means, or video camera, for capturing images of the three-dimensional object and the projection means, or the projector , and in particular of the capturing means, or video camera, relative to the projection means, or projector .
A method of forwarding a packet, said method being characterized by comprising the steps of : obtaining , by a VXLAN Tunnel End Point, VTEP, in a multihoming group, a route for transmitting a packet to a specified role, wherein the multihoming group includes VTEPs, wherein the specified role is a client or an external network homed to each of the VTEPs in the multihoming group; advertising , by the VTEP, the route to a remote VTEP such that the remote VTEP is able to distribute packets to be transmitted to the specified role to the VTEPs in the multihoming group based on the route, wherein a next hop of the route is a group address of the multihoming group; receiving , by the VTEP, a packet to be transmitted to the specified role from the remote VTEP; and transmitting , by the VTEP, the packet to another VTEP in the multihoming group when a link between the VTEP and the specified role fails such that the packet is transmitted by the other VTEP to the specified role. obtaining , by a VXLAN Tunnel End Point, VTEP, in a multihoming group, a route for transmitting a packet to a specified role, wherein the multihoming group includes VTEPs, wherein the specified role is a client or an external network homed to each of the VTEPs in the multihoming group; advertising , by the VTEP, the route to a remote VTEP such that the remote VTEP is able to distribute packets to be transmitted to the specified role to the VTEPs in the multihoming group based on the route, wherein a next hop of the route is a group address of the multihoming group; receiving , by the VTEP, a packet to be transmitted to the specified role from the remote VTEP; and transmitting , by the VTEP, the packet to another VTEP in the multihoming group when a link between the VTEP and the specified role fails such that the packet is transmitted by the other VTEP to the specified role.
A scanning device comprising: a base frame that comprises a supply tray on which a document is loadable; a pickup module that is provided on the base frame, the pickup module to pick up the document loaded on the supply tray, and feed the picked-up document; a friction module that is provided on the base frame, the friction module disposed to face the pickup module to form a nip (N) with the pickup module, and to apply a frictional force to a rear surface of the document that is passing through the nip; a readout member to read out an image from the document that has passed through the nip; a cover that is pivotably provided on the base frame, the cover to open or close at least a part of a document feed path ; and a position-changing module that is provided on the base frame, the position-changing module to change a position of at least one selected from the pickup module and the friction module to release the nip, according to a user manipulation of the position changing module after the cover has opened at least a part of a document feed path . a base frame that comprises a supply tray on which a document is loadable; a pickup module that is provided on the base frame, the pickup module to pick up the document loaded on the supply tray, and feed the picked-up document; a friction module that is provided on the base frame, the friction module disposed to face the pickup module to form a nip (N) with the pickup module, and to apply a frictional force to a rear surface of the document that is passing through the nip; a readout member to read out an image from the document that has passed through the nip; a cover that is pivotably provided on the base frame, the cover to open or close at least a part of a document feed path ; and a position-changing module that is provided on the base frame, the position-changing module to change a position of at least one selected from the pickup module and the friction module to release the nip, according to a user manipulation of the position changing module after the cover has opened at least a part of a document feed path .