mhurhangee/ep-ind-claims huggingface dataset:
A home access point for a user, comprising: a wireless interface for connection with a mobile communications device using a cellular wireless communications protocol; and an interface for: connection to a core network of a cellular wireless communications network; and connection to the Internet, whereby a connection can be made over the Internet between a first mobile communications device camped on the home access point and another mobile communications device camped on another access point, the home access point being arranged for conveying the presence of the user on the home access point to the other access point over the internet, the home access point being further arranged to convey a call between the first mobile communications device and the other mobile communications device over the internet without the involvement of the core network of the cellular wireless communications network in carrying the traffic. a wireless interface for connection with a mobile communications device using a cellular wireless communications protocol; and an interface for: connection to a core network of a cellular wireless communications network; and connection to the Internet, whereby a connection can be made over the Internet between a first mobile communications device camped on the home access point and another mobile communications device camped on another access point, the home access point being arranged for conveying the presence of the user on the home access point to the other access point over the internet, the home access point being further arranged to convey a call between the first mobile communications device and the other mobile communications device over the internet without the involvement of the core network of the cellular wireless communications network in carrying the traffic. connection to a core network of a cellular wireless communications network; and connection to the Internet, whereby a connection can be made over the Internet between a first mobile communications device camped on the home access point and another mobile communications device camped on another access point, the home access point being arranged for conveying the presence of the user on the home access point to the other access point over the internet, the home access point being further arranged to convey a call between the first mobile communications device and the other mobile communications device over the internet without the involvement of the core network of the cellular wireless communications network in carrying the traffic.
A method for estimating a radiation dose and distribution for a target volume, the method comprising: receiving a simulated dose array, said dose array describing a plurality of simulated dose values for a plurality of voxels in said target volume; generating an energy deposition coefficient function for said plurality of voxels; obtaining a raw fluence array based at least on said simulated dose array and said energy deposition coefficient function; generating an adjusted fluence array based on said raw fluence array and at least one adjustment criteria; and generating an adjusted dose array for said target volume based on said adjusted fluence array and said energy deposition coefficient function. receiving a simulated dose array, said dose array describing a plurality of simulated dose values for a plurality of voxels in said target volume; generating an energy deposition coefficient function for said plurality of voxels; obtaining a raw fluence array based at least on said simulated dose array and said energy deposition coefficient function; generating an adjusted fluence array based on said raw fluence array and at least one adjustment criteria; and generating an adjusted dose array for said target volume based on said adjusted fluence array and said energy deposition coefficient function.
A spray nozzle arrangement for spraying a fluid onto a web of material, said spray nozzle arrangement comprising: a chamber through which the web runs in a running direction; and a number of valves (16, 16a, 16b, 16c) arranged within the chamber and configured to spray fluid onto the web, each of said valves comprising a spray nozzle (17, 17a, 17b, 17c) having an elongated opening (17', 17a') extending along an axis (N1, N2); wherein the valves, each comprising a spray nozzle (17, 17a, 17b, 17c), are arranged spaced on a common axis extending through a center point (CP1, CP2) of each valve; wherein each of said axes (N1, N2) of the elongated spray nozzle openings is inclined (α) in relation to said common axis of the valves; and wherein the valves, each comprising a spray nozzle (17, 17a, 17b, 17c), are arranged adjacent each other in such manner that a main spray pattern is created on the web running in said running direction in the chamber, wherein the spray pattern (SP1, SP2, SP3) created by each spray nozzle (17, 17a, 17b, 17c) overlaps at least the adjacent spray pattern (SP1, SP2, SP3) created when the web runs through the chamber. a chamber through which the web runs in a running direction; and a number of valves (16, 16a, 16b, 16c) arranged within the chamber and configured to spray fluid onto the web, each of said valves comprising a spray nozzle (17, 17a, 17b, 17c) having an elongated opening (17', 17a') extending along an axis (N1, N2); wherein the valves, each comprising a spray nozzle (17, 17a, 17b, 17c), are arranged spaced on a common axis extending through a center point (CP1, CP2) of each valve; wherein each of said axes (N1, N2) of the elongated spray nozzle openings is inclined (α) in relation to said common axis of the valves; and wherein the valves, each comprising a spray nozzle (17, 17a, 17b, 17c), are arranged adjacent each other in such manner that a main spray pattern is created on the web running in said running direction in the chamber, wherein the spray pattern (SP1, SP2, SP3) created by each spray nozzle (17, 17a, 17b, 17c) overlaps at least the adjacent spray pattern (SP1, SP2, SP3) created when the web runs through the chamber.
A computer implemented method of managing an intelligent field, the method being characterized by the steps of: receiving at least substantially real-time dynamic field data for an intelligent field system, the at least substantially real-time field data comprising a plurality of well instrument data values for each of a plurality of well instruments for a well; analyzing validity of the plurality of well parameters associated with a plurality of different well conditions responsive to the received dynamic field data, the analysis including comparing each of the plurality of the well parameters to corresponding validation criteria; determining, for each separate one of the plurality of well conditions, if the respective well condition has been satisfied according to certain corresponding predetermined satisfaction criteria responsive to one or more validated well parameters associated therewith; and validating a well state when a plurality of the well conditions associated therewith have been determined to be satisfied within preselected tolerances. receiving at least substantially real-time dynamic field data for an intelligent field system, the at least substantially real-time field data comprising a plurality of well instrument data values for each of a plurality of well instruments for a well; analyzing validity of the plurality of well parameters associated with a plurality of different well conditions responsive to the received dynamic field data, the analysis including comparing each of the plurality of the well parameters to corresponding validation criteria; determining, for each separate one of the plurality of well conditions, if the respective well condition has been satisfied according to certain corresponding predetermined satisfaction criteria responsive to one or more validated well parameters associated therewith; and validating a well state when a plurality of the well conditions associated therewith have been determined to be satisfied within preselected tolerances.
A rubber composition for sealants, having a difference in viscosity at -20°C of 4.0 kPa·s or less between measurements before and after storage at 25°C for any 10-day period within a period of 60 days after production of the rubber composition in accordance with JIS K 6833, wherein the rubber composition comprises, per 100 parts by mass of a rubber component therein, 20 parts by mass or more of a plasticizer.
A vapour-liquid filter mesh, comprising a first area located in a middle and a second area located at a periphery of the first area, a thickness of the second area being greater than a thickness of the first area, characterized in that the first area is protruded from the second area, a connection hole is formed in a middle of the second area, and a periphery of the first area is fixedly connected with a periphery of the connection hole, wherein the first area is provided with an arc protruded filter mesh, the second area is provided with a flat-plate filter mesh, and the outer periphery of the arc protruded filter mesh is fixedly connected at the periphery of the connection hole of the flat-plate filter mesh. characterized in that the first area is protruded from the second area, a connection hole is formed in a middle of the second area, and a periphery of the first area is fixedly connected with a periphery of the connection hole, wherein the first area is provided with an arc protruded filter mesh, the second area is provided with a flat-plate filter mesh, and the outer periphery of the arc protruded filter mesh is fixedly connected at the periphery of the connection hole of the flat-plate filter mesh.
A method for making an object, the method comprising the steps of: forming a section of the object by irradiating a material with a radiation, the material being disposed on a material receiving surface of a flexible element that is tensioned by a tensioner pulling a perimeter of the flexible element outwardly in both a x and a y direction, the shape of the flexible element being affected by contact between a shaping member and the flexible element; and tilting at least one of the shaping member and the flexible element to induce a peeling separation of the shaping member from the flexible element. forming a section of the object by irradiating a material with a radiation, the material being disposed on a material receiving surface of a flexible element that is tensioned by a tensioner pulling a perimeter of the flexible element outwardly in both a x and a y direction, the shape of the flexible element being affected by contact between a shaping member and the flexible element; and tilting at least one of the shaping member and the flexible element to induce a peeling separation of the shaping member from the flexible element.
A method of evaluation to decide small cell activation, suitable for use in a wireless network comprising macro cells, small cells and at least one user equipment device, where, in said wireless network, at least one not active small cell is arranged capable of activation to serve one or more user equipment devices, the method comprising the steps of dedicating (S2, S3, S4, S5) a resources set to reference signals transmitted by the at least one not active small cell only, by a component of the wireless network, namely a first network component, or at least one macro cell or an Operation Administration and Management layer of the wireless network, performing a given measurement by said one or more user equipment devices on said reference signals transmitted by the at least one not active small cell, determining if the given measurement is above a predetermined threshold: and, if so, deciding a virtual handover of the user equipment device to the at least one not active small cell, said virtual handover not resulting in an activation of said small cell, by the at least one macro cell and giving the decision to a network component responsible for the activation of said small cell, namely a second network component, activating and handing over to the small cell, by the second network component by load balancing in the wireless network, of the at least one user equipment device from the macro cell to the activated small cell, and releasing the resources set dedicated to transmit the reference signals transmitted by the small cell, based on the virtual handover. dedicating (S2, S3, S4, S5) a resources set to reference signals transmitted by the at least one not active small cell only, by a component of the wireless network, namely a first network component, or at least one macro cell or an Operation Administration and Management layer of the wireless network, performing a given measurement by said one or more user equipment devices on said reference signals transmitted by the at least one not active small cell, determining if the given measurement is above a predetermined threshold: and, if so, deciding a virtual handover of the user equipment device to the at least one not active small cell, said virtual handover not resulting in an activation of said small cell, by the at least one macro cell and giving the decision to a network component responsible for the activation of said small cell, namely a second network component, activating and handing over to the small cell, by the second network component by load balancing in the wireless network, of the at least one user equipment device from the macro cell to the activated small cell, and releasing the resources set dedicated to transmit the reference signals transmitted by the small cell, based on the virtual handover.
A composition comprising up to 10% w/w lidocaine and up to 3% w/w meloxicam for use in the treatment of pain in a livestock animal, wherein the composition is a gel, cream, lotion, or hydrogel; and wherein the pain is associated with one or more of castration, tail docking; de-horning; de-clawing; de-beaking; and beak-trimming.
A communication network comprising: a first communication node (54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76) configured to communicate using a first wideband frequency range; a second communication node (54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76) configured to communicate using a second wideband frequency range separate from the first wideband frequency range; and a third communication node (54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76) configured to simultaneously and independently receive communication from the first communication node over a power line using the first wideband frequency range and from the second communication node over the power line using the second wideband frequency range. a first communication node (54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76) configured to communicate using a first wideband frequency range; a second communication node (54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76) configured to communicate using a second wideband frequency range separate from the first wideband frequency range; and a third communication node (54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76) configured to simultaneously and independently receive communication from the first communication node over a power line using the first wideband frequency range and from the second communication node over the power line using the second wideband frequency range.
A method for producing a coating on the interior surface of a pipe for a pipeline installation, comprising the following sequence of steps: * applying a layer of a liquid UV-curable coating composition onto said surface, * curing said layer by irradiating said layer with UV light, wherein said composition comprises: * one or more oligomers, being photocurable (meth)acrylate resins, * one or more (meth)acrylate monomers, * one or more adhesion promoters, * one or more photopolymerization initiators, and * iron oxide red pigment, wherein said curing step is performed by subjecting one or more UV-lamps configured to irradiate said interior surface to a continuous or stepwise movement, the movement of said lamp(s) with respect to said pipe taking place in the longitudinal direction of said pipe, while rotating the pipe about its central axis and/or while rotating the lamps about said central axis. * applying a layer of a liquid UV-curable coating composition onto said surface, * curing said layer by irradiating said layer with UV light, * one or more oligomers, being photocurable (meth)acrylate resins, * one or more (meth)acrylate monomers, * one or more adhesion promoters, * one or more photopolymerization initiators, and * iron oxide red pigment,
A method for configuring a H(e)NB characterized by: locking and unlocking parameters, in a locking function, including at least one of a carrier controlled parameter and a user controlled parameter, and modifying at least one of the carrier controlled parameters and the user controlled parameter, wherein the carrier controlled parameter is a locked parameter; detecting a location of the H(e)NB; detecting if the H(e)NB has moved from the location; and ensuring that the H(e)NB can be unlocked when predetermined criteria for operation are met, the predetermined criteria including: authenticating the H(e)NB or the owner of the H(e)NB; verifying a context of the unlocking request; and verifying an attestation by the H(e)NB of its platform trustworthiness. locking and unlocking parameters, in a locking function, including at least one of a carrier controlled parameter and a user controlled parameter, and modifying at least one of the carrier controlled parameters and the user controlled parameter, wherein the carrier controlled parameter is a locked parameter; detecting a location of the H(e)NB; detecting if the H(e)NB has moved from the location; and ensuring that the H(e)NB can be unlocked when predetermined criteria for operation are met, the predetermined criteria including: authenticating the H(e)NB or the owner of the H(e)NB; verifying a context of the unlocking request; and verifying an attestation by the H(e)NB of its platform trustworthiness. authenticating the H(e)NB or the owner of the H(e)NB; verifying a context of the unlocking request; and verifying an attestation by the H(e)NB of its platform trustworthiness.
An apparatus for configuration independent verification of transport and link layers of a channel adapter in an InfiniBand system under commands generated by a test agent component, the channel adapter having a plurality of internal components that use the transport and link layers to transfer data packets to the InfiniBand system, the apparatus comprising: means (303, 306), including a hardware independent interface, that is responsive to test agent component commands for creating and controlling the plurality of channel adapter internal components; means responsive to test agent component commands for creating a plurality of verification components (324, 332, 314) comprising software entities that represent each of the plurality of channel adapter internal components; and means (305, 307) controlled by the plurality of verification software entities for monitoring and verifying communications sent and received by the plurality of channel adapter internal components. means (303, 306), including a hardware independent interface, that is responsive to test agent component commands for creating and controlling the plurality of channel adapter internal components; means responsive to test agent component commands for creating a plurality of verification components (324, 332, 314) comprising software entities that represent each of the plurality of channel adapter internal components; and means (305, 307) controlled by the plurality of verification software entities for monitoring and verifying communications sent and received by the plurality of channel adapter internal components.
Method for generating at least one new roadmap image (16, 20, 23) of a target object visualised by means of an imaging device, comprising the method steps: - generating a first roadmap image by superimposition of a first and a second subtraction image, wherein the first subtraction image is generated from a first mask image and contrast agent image of the target object which are acquired in each case by means of the device, and the second subtraction image is generated from a second mask image and first examination image of the target object which are acquired in each case by means of the device, characterised in that after generation of the first roadmap image - a parameter value of a physical parameter of the device which affects the acquisition of images of the target object by means of the device is changed, - immediately after the changing of the parameter value, a third mask image of the target object is acquired automatically by the device using the changed parameter value, and - from at least one second examination image (14, 17) of the target object acquired after the third mask image using the changed parameter value, at least one third subtraction image (15, 18) of the target object is generated by subtraction of the third mask image, and - after changing of the parameter value, the at least one new roadmap image (16, 20, 23) of the target object is generated using the first subtraction image and the at least one third subtraction image (15, 18). - generating a first roadmap image by superimposition of a first and a second subtraction image, wherein the first subtraction image is generated from a first mask image and contrast agent image of the target object which are acquired in each case by means of the device, and the second subtraction image is generated from a second mask image and first examination image of the target object which are acquired in each case by means of the device, - a parameter value of a physical parameter of the device which affects the acquisition of images of the target object by means of the device is changed, - immediately after the changing of the parameter value, a third mask image of the target object is acquired automatically by the device using the changed parameter value, and - from at least one second examination image (14, 17) of the target object acquired after the third mask image using the changed parameter value, at least one third subtraction image (15, 18) of the target object is generated by subtraction of the third mask image, and - after changing of the parameter value, the at least one new roadmap image (16, 20, 23) of the target object is generated using the first subtraction image and the at least one third subtraction image (15, 18).