mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for secure determination of a solution, S, to a computational task by a pooled resource or group having a plurality of participants, P, said group operating in a trust-less, or dealer-free, system or manner, the method comprising the following steps to be executed by each participant: establishing or joining a group, P, with n participants, P 1...n, wherein n ≥ 2; generating an initial private key share, s 0 n, and initial public key share, pk 1, and establishing an initial shared public key, pk O, with the group; performing the task and searching for the solution, S, that determines an answer, A c, to the task using an intermediate private key, r n 0, and the shared public key, pk O, of the group; finding and sharing the solution, S, with the group, or receiving the solution, S, from another participant, thus enabling the group to verify the solution to the task; calculating with the group a verified shared public key, pk v, using the initial shared public key, pk 0, and the intermediate private key, r n 0, that provided the solution, S; constructing a verified secret key share, s v 0, by summing the initial private key, s o n, and the intermediate private key, r n 0, that provided the solution, S; collaborating with all of the other participants, or a threshold number of participants, to construct a verified shared secret key, sk v, for the verified shared public key, pk v, using verified secret key shares, s v 0, wherein the verified shared secret key, sk v, is used as a code to enable the group to operate collectively to unlock or access a resource or stage of a process. establishing or joining a group, P, with n participants, P 1...n, wherein n ≥ 2; generating an initial private key share, s 0 n, and initial public key share, pk 1, and establishing an initial shared public key, pk O, with the group; performing the task and searching for the solution, S, that determines an answer, A c, to the task using an intermediate private key, r n 0, and the shared public key, pk O, of the group; finding and sharing the solution, S, with the group, or receiving the solution, S, from another participant, thus enabling the group to verify the solution to the task; calculating with the group a verified shared public key, pk v, using the initial shared public key, pk 0, and the intermediate private key, r n 0, that provided the solution, S; constructing a verified secret key share, s v 0, by summing the initial private key, s o n, and the intermediate private key, r n 0, that provided the solution, S; collaborating with all of the other participants, or a threshold number of participants, to construct a verified shared secret key, sk v, for the verified shared public key, pk v, using verified secret key shares, s v 0, wherein the verified shared secret key, sk v, is used as a code to enable the group to operate collectively to unlock or access a resource or stage of a process.
A device for supplying washer fluid, comprising: - at least one washer fluid container, and - a support configured to be fixed to a vehicle and comprising a housing able to receive at least one of said containers, the support comprising connecting means for connection to one of said containers allowing said container to be placed in communication with a circuit of said fluid, the connecting means are configured to allow the opening of one of said containers, characterized in that the support and/or the container comprise poka yoke means (19, 39) for the positioning of the container, the poke yoke means of the support comprising a cutout made in one of the faces of said support so that the poke yoke means of the container may be seen. - at least one washer fluid container, and - a support configured to be fixed to a vehicle and comprising a housing able to receive at least one of said containers,
A synergistic herbal composition for use in the treatment of rheumatic and musculo-skeletal disorders (RMSDs) comprising a base formulation (50-60%) and plant parts and/or extracts of the plant (40-50%) selected from the group consisting of Withania somnifera, Tribulus terrestris, Phyllanthus emblica and Boswellia serrata and any combination thereof optionally along with pharmaceutically acceptable excipients, wherein the base formulation essentially consists of Zingiber officinale and Tinospora cordifolia in a ratio in the range of 10:90 - 20:80.
A method for navigating between a departure node and a destination node, the method comprising: determining or retrieving data indicative of a first boundary enclosing a first area around the destination node that is representative of the locations from which a person or vehicle may travel to the destination node given a first value of a parameter, wherein the value of the parameter constrains the distance travelable by the person or vehicle; estimating a value of said parameter when the person or vehicle is at a first location within the first boundary, other than the departure and destination nodes (1,2), based on an initial value of the parameter at the departure node and the estimated change in value of said parameter associated with travelling from the departure node to the first location; and comparing the estimated value of the parameter at the first location with said first value to determine whether said first location can be reached by the person or vehicle from the departure node while still reaching the destination node, given the initial value of the parameter. determining or retrieving data indicative of a first boundary enclosing a first area around the destination node that is representative of the locations from which a person or vehicle may travel to the destination node given a first value of a parameter, wherein the value of the parameter constrains the distance travelable by the person or vehicle; estimating a value of said parameter when the person or vehicle is at a first location within the first boundary, other than the departure and destination nodes (1,2), based on an initial value of the parameter at the departure node and the estimated change in value of said parameter associated with travelling from the departure node to the first location; and comparing the estimated value of the parameter at the first location with said first value to determine whether said first location can be reached by the person or vehicle from the departure node while still reaching the destination node, given the initial value of the parameter.
An optical line terminal OLT device virtualization method, comprising: creating a plurality of virtual OLT systems on an optical line terminal OLT device; and determining system resources of each of the plurality of virtual OLT systems according to a preset rule, wherein the system resources comprise a physical resource and a logical resource, and physical resources and logical resources of the plurality of virtual OLT systems are different from each other, wherein the preset rule comprises: service boards that are on the OLT device and that are allocated to the plurality of virtual OLT systems are different, thereby providing different system resources to be allocated; optical network units ONUs that are on the OLT device and that are allocated to the plurality of virtual OLT systems provide different user management functions; and service flows corresponding to the plurality of virtual OLT systems provide different service types. creating a plurality of virtual OLT systems on an optical line terminal OLT device; and determining system resources of each of the plurality of virtual OLT systems according to a preset rule, wherein the system resources comprise a physical resource and a logical resource, and physical resources and logical resources of the plurality of virtual OLT systems are different from each other, wherein the preset rule comprises: service boards that are on the OLT device and that are allocated to the plurality of virtual OLT systems are different, thereby providing different system resources to be allocated; optical network units ONUs that are on the OLT device and that are allocated to the plurality of virtual OLT systems provide different user management functions; and service flows corresponding to the plurality of virtual OLT systems provide different service types. service boards that are on the OLT device and that are allocated to the plurality of virtual OLT systems are different, thereby providing different system resources to be allocated; optical network units ONUs that are on the OLT device and that are allocated to the plurality of virtual OLT systems provide different user management functions; and service flows corresponding to the plurality of virtual OLT systems provide different service types.
A process for the concurrent isomerization of olefins and alcohol dehydration, the process comprising: providing a reaction zone with a feed comprising at least one olefin and one or more oxygenates including at least one alcohol oxygenate and with a catalyst having activity for the double-bond isomerization of olefins and activity for dehydration of alcohol oxygenates, forming an isomerized olefin product by contacting the catalyst with the at least one olefin, and concurrently forming one or more additional olefins by contacting the catalyst with the at least one alcohol oxygenate, wherein the catalyst comprises a γ-alumina-titania catalyst having a surface area of greater than 200 m 2 /g. providing a reaction zone with a feed comprising at least one olefin and one or more oxygenates including at least one alcohol oxygenate and with a catalyst having activity for the double-bond isomerization of olefins and activity for dehydration of alcohol oxygenates, forming an isomerized olefin product by contacting the catalyst with the at least one olefin, and concurrently forming one or more additional olefins by contacting the catalyst with the at least one alcohol oxygenate, wherein the catalyst comprises a γ-alumina-titania catalyst having a surface area of greater than 200 m 2 /g.
Method for machining a workpiece comprising the following steps: - Positioning and/or moving the workpiece relative to a first laser head, - Operating a switchable laser arrangement in a first operating mode with the first laser head in which the workpiece machining is carried out by thermal action, - Positioning and/or moving the workpiece relative to a second laser head, - Operating a switchable laser arrangement in a second operating mode with the second laser head in which the workpiece machining is carried out by laser ablation, characterized by at least partly removing a heat affected zone that has been created during machining of the workpiece in the first operating mode by means of machining the workpiece in the second operating mode of the laser arrangement. - Positioning and/or moving the workpiece relative to a first laser head, - Operating a switchable laser arrangement in a first operating mode with the first laser head in which the workpiece machining is carried out by thermal action, - Positioning and/or moving the workpiece relative to a second laser head, - Operating a switchable laser arrangement in a second operating mode with the second laser head in which the workpiece machining is carried out by laser ablation,
A variable focal length lens assembly comprising: a liquid having two immiscible phases (340 and 350); a first member in contact with the liquids, wherein the first member comprises a coating, wherein the coating comprises at least two layers, a first layer in contact with the liquid which is an organosiloxane hydrophobic layer having a dielectric constant of greater than 2.5 and a thickness of 50 nm to 150 nm; and a second layer which is an insulating layer having a dielectric constant of greater than 2.5, wherein the ratio of the surface capacitance of the hydrophobic layer and the surface capacitance of the overall coating is greater than 2.0, a conducting or semiconducting material in contact with the coating; and a second member comprising one or more conducting or semiconducting materials in contact with the liquid. a liquid having two immiscible phases (340 and 350); a first member in contact with the liquids, wherein the first member comprises a coating, wherein the coating comprises at least two layers, a first layer in contact with the liquid which is an organosiloxane hydrophobic layer having a dielectric constant of greater than 2.5 and a thickness of 50 nm to 150 nm; and a second layer which is an insulating layer having a dielectric constant of greater than 2.5, wherein the ratio of the surface capacitance of the hydrophobic layer and the surface capacitance of the overall coating is greater than 2.0, a conducting or semiconducting material in contact with the coating; and a coating, wherein the coating comprises at least two layers, a first layer in contact with the liquid which is an organosiloxane hydrophobic layer having a dielectric constant of greater than 2.5 and a thickness of 50 nm to 150 nm; and a second layer which is an insulating layer having a dielectric constant of greater than 2.5, wherein the ratio of the surface capacitance of the hydrophobic layer and the surface capacitance of the overall coating is greater than 2.0, the ratio of the surface capacitance of the hydrophobic layer and the surface capacitance of the overall coating is greater than 2.0, a conducting or semiconducting material in contact with the coating; and a second member comprising one or more conducting or semiconducting materials in contact with the liquid.
A calibration device (1, 32) for calibrating an optical device, the optical device being provided with a two-dimensional image conversion element having a plurality of pixels, and an optical system (14, 15, 16) that forms an image-formation relationship between the image conversion element and the three-dimensional world coordinate space, wherein the image conversion element is an image-acquisition element or an image forming element, the calibration device (1, 32) comprising: a calibration-data acquisition unit that acquires calibration data representing the correspondence between two-dimensional pixel coordinates in the image conversion element and three-dimensional world coordinates in the world coordinate space; characterised in that the calibration device comprises: a parameter calculating unit that calculates parameters of a camera model by fitting, to the calibration data acquired by the calibration-data acquisition unit, a camera model that expresses two coordinate values of the three-dimensional world coordinates as functions of the other one coordinate value of the world coordinates and the two coordinate values of the two-dimensional pixel coordinates, wherein the camera model expresses a straight line in the world coordinate space by a linear sum of multiple two-dimensional vector functions whose elements are functions of the other one coordinate value of the world coordinates and the two coordinate values of the two-dimensional pixel coordinates; and the camera model is expressed by an expression in which the respective coefficients in a linear image-forming model representing the image-formation relationship between the two pixel coordinate values of a point on a two-dimensional pixel coordinate plane and two world coordinate values of a point on a plane that is made to be optically conjugate with the pixel coordinate plane by the optical system (14, 15, 16) are replaced with a linear equation of the other one world coordinate. a parameter calculating unit that calculates parameters of a camera model by fitting, to the calibration data acquired by the calibration-data acquisition unit, a camera model that expresses two coordinate values of the three-dimensional world coordinates as functions of the other one coordinate value of the world coordinates and the two coordinate values of the two-dimensional pixel coordinates, wherein the camera model expresses a straight line in the world coordinate space by a linear sum of multiple two-dimensional vector functions whose elements are functions of the other one coordinate value of the world coordinates and the two coordinate values of the two-dimensional pixel coordinates; and the camera model is expressed by an expression in which the respective coefficients in a linear image-forming model representing the image-formation relationship between the two pixel coordinate values of a point on a two-dimensional pixel coordinate plane and two world coordinate values of a point on a plane that is made to be optically conjugate with the pixel coordinate plane by the optical system (14, 15, 16) are replaced with a linear equation of the other one world coordinate.
A method to increase the growth of a plant which comprises at least a step to coat a seed of said plant with a composition comprising at least a cationic compound chosen in the group consisting of: cationic tara gum, cationic cassia gum, cationic konjac gum, cationic fenugreek gum.
An aerosol generating device comprising: a heater configured to heat an aerosol generating material; a battery configured to supply power to the heater; and a controller; characterized in that the controller is configured to divide a preheating period for preheating the heater into a plurality of sections, and control power supplied to the heater from the battery so that more power is supplied to the heater in a first section than in a second section among the plurality of sections. a heater configured to heat an aerosol generating material; a battery configured to supply power to the heater; and a controller; characterized in that the controller is configured to divide a preheating period for preheating the heater into a plurality of sections, and control power supplied to the heater from the battery so that more power is supplied to the heater in a first section than in a second section among the plurality of sections.
An interactive system for an amusement park, comprising one or more processors configured to: receive a first signal indicative that a user has been detected proximate to an exit of a ride of the amusement park; receive a subsequent second signal indicative of the user approaching an animated character head for wearing by a performer; and provide information indicating that the user has been detected proximate to the exit of the ride of the amusement park to a base station control system associated with the animated character head in response to receipt of the second signal, wherein an interaction of the animated character head with the user is influenced by the provided information and input at the base station control system. receive a first signal indicative that a user has been detected proximate to an exit of a ride of the amusement park; receive a subsequent second signal indicative of the user approaching an animated character head for wearing by a performer; and provide information indicating that the user has been detected proximate to the exit of the ride of the amusement park to a base station control system associated with the animated character head in response to receipt of the second signal, wherein an interaction of the animated character head with the user is influenced by the provided information and input at the base station control system.
A communication method of a Relay Station in a multihop relay wireless communication system, the method comprising: composing in the Relay Station a first message for transmission to one or more Mobile Stations to which the Relay Station provides a relay service; transmitting to a Base Station a scheduling request message to request bandwidth on a Relay Station access link for transmission of the first message composed by the Relay Station, wherein the scheduling request message contains information about the amount of bandwidth required to transmit the first message; and receiving from the Base Station an allocation message which includes information for transmission of the first message composed by the Relay Station, in response to the scheduling request message, wherein the first message composed is one of a Downlink Channel Descriptor, DCD, message, an Uplink Channel Descriptor, UCD, message, and a Neighbor Advertisement, NBR-ADV, message. composing in the Relay Station a first message for transmission to one or more Mobile Stations to which the Relay Station provides a relay service; transmitting to a Base Station a scheduling request message to request bandwidth on a Relay Station access link for transmission of the first message composed by the Relay Station, wherein the scheduling request message contains information about the amount of bandwidth required to transmit the first message; and receiving from the Base Station an allocation message which includes information for transmission of the first message composed by the Relay Station, in response to the scheduling request message, wherein the first message composed is one of a Downlink Channel Descriptor, DCD, message, an Uplink Channel Descriptor, UCD, message, and a Neighbor Advertisement, NBR-ADV, message.
A refrigerator including a heat-insulating main body which is made of a heat-insulating material and has a storage compartment (102, 103, 104, 105, 106) formed inside, a door (108, 109, 110, 111) which is provided at an opening of the heat-insulating main body in a manner which allows opening and closing, a cooling unit which cools air in the heat-insulating main body to generate cool air, and a cool-air circulation path along which the cool air circulates between the storage compartment (102, 103, 104, 105, 106) and the cooling unit, said refrigerator comprising, in the cool-air circulation path: a support which supports a photocatalyst; and an irradiation unit configured to irradiate said support with excitation light which excites the photocatalyst, wherein, in the cool-air circulation path, a fan circulates the cool air between the storage compartment (102, 103, 104, 105, 106) and the cooling unit, and said irradiation unit is configured to irradiate said support with the excitation light during a period when the cool air is flowing around said support, characterized in that said irradiation unit is further configured to irradiate the support with the excitation light while the door (108, 109, 110, 111) is open even when said fan is not rotating. a support which supports a photocatalyst; and an irradiation unit configured to irradiate said support with excitation light which excites the photocatalyst, wherein, in the cool-air circulation path, a fan circulates the cool air between the storage compartment (102, 103, 104, 105, 106) and the cooling unit, and said irradiation unit is configured to irradiate said support with the excitation light during a period when the cool air is flowing around said support, characterized in that said irradiation unit is further configured to irradiate the support with the excitation light while the door (108, 109, 110, 111) is open even when said fan is not rotating.
A diene polymer produced by polymerizing a monomer containing at least a diene monomer by using an initiator prepared from an organolithium compound, an alkyl aluminum, and a metal alcoholate, and then terminating the polymerization by using an electrophile selected from the group consisting of titanium halides, tin halides, cyclic silazanes, alkoxysilanes, epoxides, amines, ketones, and compounds represented by Formula: wherein, R 1 represents a hydrogen atom or an alkyl group, and R 2 represents an alkylene group; wherein a phenol compound is added to a polymerization system when the monomer is polymerized. wherein, R 1 represents a hydrogen atom or an alkyl group, and R 2 represents an alkylene group; wherein a phenol compound is added to a polymerization system when the monomer is polymerized.