mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a sandwich panel with a honeycomb core , said method comprising: - laying-up an ensemble formed by a honeycomb core having honeycomb cells and, at least on one side on said honeycomb core , from the inside to the outside: a curable adhesive layer (2.1) and an amorphous thermoplastic film (3.1); - laying-up dry fibre (4.1) over the ensemble; - arranging said dry fibre (4.1) and ensemble on a one-sided mould and confining it in a gas-tight space by arranging a vacuum sheet over said one-sided mould ; - producing a vacuum in said gas-tight space before complete or partial curing of said adhesive layer (2.1), so that said honeycomb cells are at least partly evacuated before they are sealed by the curable adhesive layer (2.1) and an amorphous thermoplastic film (3.1); - infusing said fibre layer (4.1) under vacuum with resin; and - curing said resin under vacuum and temperature cycle; the method being characterized in that : the amorphous thermoplastic film (3.1) is made of Polyvinyl Fluoride (PVF), Polyetherketoneketone (PEKK), Polyaryletherketone (PAEK), Polyether ether ketone (PEEK), Polyethylenimine (PEI) or Polyphenylene sulfide (PPS). - laying-up an ensemble formed by a honeycomb core having honeycomb cells and, at least on one side on said honeycomb core , from the inside to the outside: a curable adhesive layer (2.1) and an amorphous thermoplastic film (3.1); - laying-up dry fibre (4.1) over the ensemble; - arranging said dry fibre (4.1) and ensemble on a one-sided mould and confining it in a gas-tight space by arranging a vacuum sheet over said one-sided mould ; - producing a vacuum in said gas-tight space before complete or partial curing of said adhesive layer (2.1), so that said honeycomb cells are at least partly evacuated before they are sealed by the curable adhesive layer (2.1) and an amorphous thermoplastic film (3.1); - infusing said fibre layer (4.1) under vacuum with resin; and - curing said resin under vacuum and temperature cycle;
Volumetric extrusion assembly intended for extruding a mixture of elastomers, comprising a feed extruder with an endless screw that rotates inside a barrel equipped with a feed hopper feeding mixture that is transferred to an outlet end connected to an inlet orifice opening into the chamber of the body of a twin-screw pump , the twin-screw pump comprising two contrarotating screws which are made to rotate inside said chamber when set in rotation at a drive end in order to transfer the mixture to an outlet end , the screws having flights in the form of a helix which are produced in such a way that they intermesh, having conjugated profiles, so that the contrarotating screws form a twin-screw volumetric pump and so that they, with the periphery of the body , form C-shaped cavities , within which extrusion assembly the helix of said screws has a pitch p, in the feed zone , which zone is the part situated between the starts of the flights upstream, towards the drive ends , and the outlet of the inlet orifice , within which extrusion assembly said inlet orifice is positioned so that its edge closest to said drive end is at a distance d equal to or greater than the pitch p, the distance d being measured from the start of the flights of the screws of the twin-screw pump at the drive end, so as to ensure that a C-shaped cavity is closed upstream at the moment at which said C-shaped cavity begins to open in the feed zone , and so that the rotation of the contrarotating screws thus prevents the passage of the mixture in the upstream direction.
A service function chain, SFC,-based communication method, wherein the SFC comprises a control node, a service function forwarder, SFF, node, and a service function, SF, node, the SFF node is connected to the SF node, and the method comprises: receiving , by the control node, a first message from the SFF node, wherein the first message comprises identification information and attribute information of the SFF node, and identification information and attribute information of the SF node, the attribute information of the SF node is for indicating a specific service function that can be implemented by the SF node; obtaining , by the control node, the identification information of the SFF node, the identification information and the attribute information of the SF node, and information indicating a connection relationship between the SFF node and the SF node; determining , by the control node, SFC forwarding entry based on the identification information of the SFF node, the identification information and the attribute information of the SF node, and the information indicating a connection relationship between the SFF node and the SF node; and sending , by the control node to the SFF node, a second message, wherein the second message comprises the SFC forwarding entry. receiving , by the control node, a first message from the SFF node, wherein the first message comprises identification information and attribute information of the SFF node, and identification information and attribute information of the SF node, the attribute information of the SF node is for indicating a specific service function that can be implemented by the SF node; obtaining , by the control node, the identification information of the SFF node, the identification information and the attribute information of the SF node, and information indicating a connection relationship between the SFF node and the SF node; determining , by the control node, SFC forwarding entry based on the identification information of the SFF node, the identification information and the attribute information of the SF node, and the information indicating a connection relationship between the SFF node and the SF node; and sending , by the control node to the SFF node, a second message, wherein the second message comprises the SFC forwarding entry.
A vaginal dilation device adapted to expand from a collapsed configuration to an expanded configuration, comprising: a handle portion ; a distal tip ; a shaft portion extending distally from the handle portion to the distal tip, the shaft portion comprising: a spine region extending distally from the handle portion, the spine region comprising a plurality of spines arranged parallel to each other, the spine region being generally tubular in shape and being configured to expand in diameter as the shaft portion expands from the collapsed configuration to the expanded configuration; and a distal arm region extending distally from the spine region to the distal tip of the vaginal dilation device, the distal arm region comprising a plurality of distal arms that connect the distal tip of the vaginal dilation device to a distal end of each of the plurality of spines, the distal arm region being generally conical in shape; wherein the distal tip of the vaginal dilation device is configured to maintain a constant diameter profile in both the collapsed configuration and the expanded configuration; characterised in that the distal arm region is configured to provide a gradual increase in diameter along the shaft portion from the distal tip to the spine region. a handle portion ; a distal tip ; a shaft portion extending distally from the handle portion to the distal tip, the shaft portion comprising: a spine region extending distally from the handle portion, the spine region comprising a plurality of spines arranged parallel to each other, the spine region being generally tubular in shape and being configured to expand in diameter as the shaft portion expands from the collapsed configuration to the expanded configuration; and a distal arm region extending distally from the spine region to the distal tip of the vaginal dilation device, the distal arm region comprising a plurality of distal arms that connect the distal tip of the vaginal dilation device to a distal end of each of the plurality of spines, the distal arm region being generally conical in shape; a spine region extending distally from the handle portion, the spine region comprising a plurality of spines arranged parallel to each other, the spine region being generally tubular in shape and being configured to expand in diameter as the shaft portion expands from the collapsed configuration to the expanded configuration; and a distal arm region extending distally from the spine region to the distal tip of the vaginal dilation device, the distal arm region comprising a plurality of distal arms that connect the distal tip of the vaginal dilation device to a distal end of each of the plurality of spines, the distal arm region being generally conical in shape; wherein the distal tip of the vaginal dilation device is configured to maintain a constant diameter profile in both the collapsed configuration and the expanded configuration; characterised in that the distal arm region is configured to provide a gradual increase in diameter along the shaft portion from the distal tip to the spine region.
Drive pinion for an air/oil separator of an accessory gearbox of a turbomachine, the air/oil separator being configured to be supplied at the input by an air flow to de-oil (A) and to supply at the output, on the one hand, a de-oiled air flow (B) and, on the other hand, an oil flow (H) by centrifugation, the pinion being configured to drive the separator rotationally along an axis of rotation (X), the pinion being suited to being mounted facing a passage opening of the separator configured to enable the passage of an air flow to de-oil (A) or a de-oiled air flow (B), the pinion comprising a central axis extending along the axis of rotation (X), a toothed peripheral part and a web plate extending between the central axis and the peripheral part , the pinion comprising at least one guiding opening traversing the web plate , the pinion being characterised in that at least one guiding opening defining at least two guiding surfaces inclined with respect to the axis of rotation (X) and opposite each other in such a way as to guide, parallel to the axis of rotation (X), an air flow to de-oil (A) into the separator or a de-oiled air flow (B) out of the separator via the guiding opening of the pinion .
A road-side gateway node (NN5; NN6), the road-side gateway node (NN5; NN6) comprising a processor, a memory, a first radio module for operating in a cell-supported radio communications network, a second radio module for operating in an adhoc radio communications network, and at least one antenna, the road-side gateway node (NN5; NN6) being configured to: - discover at least one further road-side network node in the vicinity of the road-side gateway node as a gateway node, wherein the at least one further road-side node has the capability to exchange data across the cell-supported radio communications network and the adhoc radio communications network; and - exchange data across the cell-supported radio communications network and the adhoc radio communications network in dependence on the discovered at least one further road-side network node, wherein the road-side gateway node (NN5; NN6) is configured to receive a data entity from the further road-side network node comprising an indication that the further road-side network node has transmitted contents of the data entity on the sidelink radio channel and the adhoc radio channel, the roadside gateway node (NN5; NN6) being configured to refrain from transmitting data via a sidelink channel of the cell-supported radio communications network and via an adhoc channel of the adhoc radio communications network based on said indication. - discover at least one further road-side network node in the vicinity of the road-side gateway node as a gateway node, wherein the at least one further road-side node has the capability to exchange data across the cell-supported radio communications network and the adhoc radio communications network; and - exchange data across the cell-supported radio communications network and the adhoc radio communications network in dependence on the discovered at least one further road-side network node, wherein the road-side gateway node (NN5; NN6) is configured to receive a data entity from the further road-side network node comprising an indication that the further road-side network node has transmitted contents of the data entity on the sidelink radio channel and the adhoc radio channel, the roadside gateway node (NN5; NN6) being configured to refrain from transmitting data via a sidelink channel of the cell-supported radio communications network and via an adhoc channel of the adhoc radio communications network based on said indication.
A method comprising: causing , by a network element of a wireless network, an allocation of a first resource set to an entity comprising at least a first virtual network function , a second virtual network function and a virtual control function for controlling virtual network functions of said entity, wherein at least a subset of the first resource set provides the first virtual network function ; causing an allocation of a second resource set to said entity, wherein the first virtual network function is active and the second virtual network function is inactive; and causing an activation of said inactive virtual network function; characterized in that the second resource set is reserved for said entity and provides resources for said second virtual network function , wherein the causing the activation of said inactive virtual network function comprises causing an activation of the second virtual network function on the second resource set . causing , by a network element of a wireless network, an allocation of a first resource set to an entity comprising at least a first virtual network function , a second virtual network function and a virtual control function for controlling virtual network functions of said entity, wherein at least a subset of the first resource set provides the first virtual network function ; causing an allocation of a second resource set to said entity, wherein the first virtual network function is active and the second virtual network function is inactive; and causing an activation of said inactive virtual network function; characterized in that the second resource set is reserved for said entity and provides resources for said second virtual network function , wherein the causing the activation of said inactive virtual network function comprises causing an activation of the second virtual network function on the second resource set .
Method for controlling a braking power of an electric or hybrid vehicle with an electric machine operable in the recuperation mode, wherein - a recuperation power, as drag torque, - or a recuperation power by which a braking torque that prevents reverse rolling is generated, - or a recuperation power by which a reverse rolling speed is limited on a slope can be set or is predefined by at least one first means , wherein, by means of an evaluation and control unit , a recuperation power is determined which can currently be generated taking into account at least one parameter, wherein a difference between the currently generatable recuperation power and the set or predefined recuperation power is determined, wherein the evaluation and control unit controls the electric machine for generating the currently possible recuperation power and an electrically-controllable service brake for generating a braking power in such a way that the determined difference in the recuperation powers is completely or partially compensated for by the service brake from a first time point (t 0 ) up to a second time point (ti), and the braking torque generated by the service brake to compensate for the difference is reduced linearly or exponentially to zero from the second time point (t 1 ) up to a third time point (t 2 ). - a recuperation power, as drag torque, - or a recuperation power by which a braking torque that prevents reverse rolling is generated, - or a recuperation power by which a reverse rolling speed is limited on a slope
A method for controlling an electronic cigarette, comprising: acquiring a work start signal of the electronic cigarette; acquiring a time interval between starting work this time and stopping work last time; and comparing the time interval with a preset time interval, when the time interval is greater than a first preset time interval, controlling the electronic cigarette to work at a first power, and when a duration of the first power is greater than a first preset duration, turning off the electronic cigarette; when the time interval is greater than a second preset time interval but less than or equal to the first preset time interval, controlling the electronic cigarette to work at a second power, and when a duration of the second power is greater than a second preset duration, turning off the electronic cigarette; wherein, the first power is greater than the second power, characterized in that : the first preset duration is less than the second preset duration. acquiring a work start signal of the electronic cigarette; acquiring a time interval between starting work this time and stopping work last time; and comparing the time interval with a preset time interval, when the time interval is greater than a first preset time interval, controlling the electronic cigarette to work at a first power, and when a duration of the first power is greater than a first preset duration, turning off the electronic cigarette; when the time interval is greater than a second preset time interval but less than or equal to the first preset time interval, controlling the electronic cigarette to work at a second power, and when a duration of the second power is greater than a second preset duration, turning off the electronic cigarette; wherein, the first power is greater than the second power, characterized in that : the first preset duration is less than the second preset duration.
A recombinant monomeric polypeptide, comprising a) a leader peptide, and b) a fusion protein, comprising i) at least one epitope of the HIV gp120 protein, and ii) at least one epitope of the HIV gp41 protein; wherein the fusion protein comprises a region that is not encoded by HIV, said region consisting of a Fc domain of an antibody that lacks a hinge region, wherein the recombinant polypeptide lacks a transmembrane domain, and wherein the polypeptide include at least 4 epitopes of the HIV envelope protein. a) a leader peptide, and b) a fusion protein, comprising i) at least one epitope of the HIV gp120 protein, and ii) at least one epitope of the HIV gp41 protein; i) at least one epitope of the HIV gp120 protein, and ii) at least one epitope of the HIV gp41 protein; wherein the fusion protein comprises a region that is not encoded by HIV, said region consisting of a Fc domain of an antibody that lacks a hinge region, wherein the recombinant polypeptide lacks a transmembrane domain, and wherein the polypeptide include at least 4 epitopes of the HIV envelope protein.
A locking device, comprising: a lock base configured to provide a locking position, and comprising a lock body having a surface provided with a lock groove recessed towards the inside of the lock body , the lock body being provided with a lock tongue groove and a lock tongue movably mounted in the lock tongue groove , and the lock tongue groove being communicated with the lock groove ; and a lock connecting rod movably connected with the lock base through the lock tongue , and comprising a rod member configured to drive the lock tongue to move under the action of an external force, characterized in that the rod member is provided with an unlocking block on a side facing the lock base , and the unlocking block is configured as an arc protrusion formed outwardly by the rod member . a lock base configured to provide a locking position, and comprising a lock body having a surface provided with a lock groove recessed towards the inside of the lock body , the lock body being provided with a lock tongue groove and a lock tongue movably mounted in the lock tongue groove , and the lock tongue groove being communicated with the lock groove ; and a lock connecting rod movably connected with the lock base through the lock tongue , and comprising a rod member configured to drive the lock tongue to move under the action of an external force, characterized in that the rod member is provided with an unlocking block on a side facing the lock base , and the unlocking block is configured as an arc protrusion formed outwardly by the rod member .
A computer-implemented method of automated post-geosteering, comprising: a. receiving, at a computer processor, a pilot well log and a lateral well log with an initial lateral well path ; b. performing, via the computer processor, automated post-geosteering using the pilot well log, lateral well log, and initial lateral well path as input to generate a corrected lateral well path image; and c. displaying, on a graphical display, the corrected lateral well path image, characterized in that the automated post-geosteering comprises: computing a cost matrix between log values of each sample n on the pilot well log versus each sample ns on the lateral well log using a standard deviation of the pilot well log σ ρ and a standard deviation of lateral well log σ lat ; and adjusting the initial well path based on the cost matrix and parameters controlling smoothness and adherence to the initial lateral well path to generate the corrected lateral well path image. a. receiving, at a computer processor, a pilot well log and a lateral well log with an initial lateral well path ; b. performing, via the computer processor, automated post-geosteering using the pilot well log, lateral well log, and initial lateral well path as input to generate a corrected lateral well path image; and c. displaying, on a graphical display, the corrected lateral well path image, computing a cost matrix between log values of each sample n on the pilot well log versus each sample ns on the lateral well log using a standard deviation of the pilot well log σ ρ and a standard deviation of lateral well log σ lat ; and adjusting the initial well path based on the cost matrix and parameters controlling smoothness and adherence to the initial lateral well path to generate the corrected lateral well path image.
A method performed at a first electronic device (405-1) including one or more processors and a non-transitory memory , comprising: obtaining a gesture input directed to a first display device (420-1) from a first user (410-1), wherein the first display device (420-1) includes a first display, and the first display device (420-1) is in communication with the first electronic device (405-1); transmitting a 3D representation of the first display device (420-1) to a second electronic device (405-2) responsive to obtaining the gesture input; receiving an input message directed to the first display device (420-1) from the second electronic device (405-2), wherein the input message includes an input directive obtained by the second electronic device (405-2) from a second user (410-2), as manipulations of the 3D representation of the first display device (420-1); and transmitting the input message to the first display device (420-1) for execution by the first display device (420-1). obtaining a gesture input directed to a first display device (420-1) from a first user (410-1), wherein the first display device (420-1) includes a first display, and the first display device (420-1) is in communication with the first electronic device (405-1); transmitting a 3D representation of the first display device (420-1) to a second electronic device (405-2) responsive to obtaining the gesture input; receiving an input message directed to the first display device (420-1) from the second electronic device (405-2), wherein the input message includes an input directive obtained by the second electronic device (405-2) from a second user (410-2), as manipulations of the 3D representation of the first display device (420-1); and transmitting the input message to the first display device (420-1) for execution by the first display device (420-1).