mhurhangee/ep-ind-claims huggingface dataset:
A packet transfer apparatus comprising: a first table including addresses; a second table including correlation information between addresses and output port information, each of the addresses being a MAC address or an IP address and associated with an output port, the output port information indicating an output port; a first determination means for, by referring to the first table, determining an address matching to an address which is a destination IP address included in an input packet; and a second determination means (121, 122) for determining an output port corresponding to the determined address by referring to the second table; characterized in that: the first table includes network addresses, the first determination means determining a network address matching to a network address of the destination IP address included in the input packet; and the second table further includes, as said correlation information, correlation information between a network address type indicating a type of a MAC address or an IP address, a virtual LAN identification identifying a virtual LAN, the determined network address, and the output port information, the second determination means (121, 122) determining the output port corresponding to the determined network address by referring to the second table using the address indicating an IP address. a first table including addresses; a second table including correlation information between addresses and output port information, each of the addresses being a MAC address or an IP address and associated with an output port, the output port information indicating an output port; a first determination means for, by referring to the first table, determining an address matching to an address which is a destination IP address included in an input packet; and a second determination means (121, 122) for determining an output port corresponding to the determined address by referring to the second table; characterized in that: the first table includes network addresses, the first determination means determining a network address matching to a network address of the destination IP address included in the input packet; and the second table further includes, as said correlation information, correlation information between a network address type indicating a type of a MAC address or an IP address, a virtual LAN identification identifying a virtual LAN, the determined network address, and the output port information, the second determination means (121, 122) determining the output port corresponding to the determined network address by referring to the second table using the address indicating an IP address.
A valve for control of a fluid flow, said valve comprising a valve housing, fluid control means for controlling said flow of fluid through said valve housing wherein said fluid control means is arranged inside said valve housing, shaft means comprising a set of shaft friction surfaces, said set of shaft friction surfaces (5, 6) including a first shaft friction surface and a second shaft friction surface arranged in a mutual shaft friction surface angle, wherein said shaft friction surface angle is an inside angle between said first shaft friction surface and said second shaft friction surface, wherein said fluid control means is arranged to be displaced along the rotational axis of said shaft means in accordance with a rotation of said shaft means, and collar means comprising a set of collar friction surfaces (9, 10), said set of collar friction surfaces (9, 10) including a first collar friction surface and a second collar friction surface arranged in a mutual collar friction surface angle, said collar friction surface angle is an inside angle between said first collar friction surface and said second collar friction surface, wherein said set of collar friction surfaces (9, 10) are arranged to mesh with said set of shaft friction surfaces (5, 6), and wherein said collar means are fixed inside said valve housing, characterized in that said shaft friction surface angle and said collar friction surface angle are between 120° and 170°.
Printer device with a mobile pressure module having a pressure device for pressing flat items against an actively driven circulating transport belt, the transport belt being arranged in an upper part of the printer device and the mobile pressure module being arranged in its lower part, wherein the flat item is transported between the transport belt and the mobile pressure module, characterized in that an elastic, bellows-shaped, resiliently mounted air bag is part of the pressure device and, with its low-friction, abrasion-resistant top surface, can be non-positively connected with the transport belt and the mobile pressure module has a housing having, in its upper part, an opening for the air bag, that the air bag protrudes with its upper part through the opening, and that the air bag together with the related holding and air supply devices (2017, 204, 205, 2051, 2052, 206, 2061, 207 and 209) is fixed to the upper part.
A method of an access point, AP (102, 104), for communication between the AP and a wireless device while the wireless device is in a pre-associated state prior to associating with the AP, the method comprising: generating by the AP a public-private key pair; transmitting, by the AP to the wireless device, a beacon that includes an indicator indicating support for communication of protected data during the pre-association state; after the transmitting of the beacon, receiving, from the wireless device during the pre-associated state, a message including a request transmitted in clear and a flag indicating the wireless device support for communication of protected data during the pre-association state; based on the flag indicating the wireless device support for communication of protected data during the pre-association state, generating by the AP a symmetric encryption key; and sending, to the wireless device during the pre-associated state a message comprising: an encrypted version of the symmetric encryption key, and an encrypted response to the request, the encrypted response being encrypted using the symmetric encryption key; wherein the encrypted version of the symmetric encryption key is obtained by encryption of the symmetric encryption key using a private key of the public-private key pair generated by the AP. generating by the AP a public-private key pair; transmitting, by the AP to the wireless device, a beacon that includes an indicator indicating support for communication of protected data during the pre-association state; after the transmitting of the beacon, receiving, from the wireless device during the pre-associated state, a message including a request transmitted in clear and a flag indicating the wireless device support for communication of protected data during the pre-association state; based on the flag indicating the wireless device support for communication of protected data during the pre-association state, generating by the AP a symmetric encryption key; and sending, to the wireless device during the pre-associated state a message comprising: an encrypted version of the symmetric encryption key, and an encrypted response to the request, the encrypted response being encrypted using the symmetric encryption key; an encrypted version of the symmetric encryption key, and an encrypted response to the request, the encrypted response being encrypted using the symmetric encryption key; wherein the encrypted version of the symmetric encryption key is obtained by encryption of the symmetric encryption key using a private key of the public-private key pair generated by the AP.
A pharmaceutical formulation solution comprising piceatannol-3'-o-β-d-glucopyranoside and gastrodin for use in improving microcirculation block, wherein the piceatannol-3'-o-β-d-glucopyranoside is -1-(3,5-dihydroxyphenyl)-2-(3-hydroxy-4-O-β-D-glucopyranose phenyl)ethylene of the following structure: wherein the microcirculation block is selected from block induced by brain microvascular injury and/or block induced by ischemical reperfusion injury.
Vehicle drive with a vacuum system for a vehicle, with an internal combustion engine which is connected to an intake air line and an outlet air line, - the vacuum system having an ejector, - a propellant line opening into a nozzle channel of a drive nozzle of the ejector, - the nozzle channel opening through a nozzle opening into a mixing chamber of the ejector, - a suction line opening into the mixing chamber, and the mixing chamber opening on the outlet side directly or indirectly into a mixed gas line, and - the mixed gas line opening into the intake air line, - the suction line being connected to a vacuum consumer, characterized in that - the nozzle opening of the drive nozzle is configured by way of a nozzle edge with serrations and/or undulations. - the vacuum system having an ejector, - a propellant line opening into a nozzle channel of a drive nozzle of the ejector, - the nozzle channel opening through a nozzle opening into a mixing chamber of the ejector, - a suction line opening into the mixing chamber, and the mixing chamber opening on the outlet side directly or indirectly into a mixed gas line, and - the mixed gas line opening into the intake air line, - the suction line being connected to a vacuum consumer, - the nozzle opening of the drive nozzle is configured by way of a nozzle edge with serrations and/or undulations.
A clutch, comprising:a first inner race configured for rotation about a first rotational axis and defining a first plurality of teeth;a first outer race disposed radially outwardly of the first inner race and defining a second plurality of teeth and a first plurality of cam surfaces;a first pawl supported on the first inner race, the first pawl configured for rotation about a second rotational axis parallel to the first rotational axis;a shift ring disposed radially outwardly of the first pawl and defining a plurality of pawl engagement surfaces on a radially inner perimeter,a plurality of pins, characterized by a second inner race coupled to the first inner race for rotation therewith and configured for rotation about the first rotational axis, the second inner race defining a third plurality of teeth;a second outer race disposed radially outwardly of the second inner race and defining a fourth plurality of teeth and a second plurality of cam surfaces;the first pawl is disposed between the first and second inner races (20, 22) and the shift ring configured for rotation relative to the first and second outer races (24, 26), and defining a third plurality of cam surfaces; and each of the plurality of pins configured for engagement with corresponding ones of the first, second and third pluralities of cam surfaces (92, 92, 104) wherein rotation of the first and second inner races (20, 22) in a first direction about the first rotational axis at a rotational speed greater than a rotational speed of the first and second outer races (24, 26) causes the first pawl to engage one of the plurality of pawl engagement surfaces in the shift ring thereby causing relative movement between the shift ring and the first and second outer races (24, 26) and moving the plurality of pins in a radially inward direction along the first, second, and third pluralities of cam surfaces (92, 92, 104) to locate the pins between corresponding teeth from the first and second pluralities of teeth (86, 88) and between corresponding teeth from the third and fourth pluralities of teeth (86, 88) to couple the first and second inner races (20, 22) and the first and second outer races (24, 26) for rotation and rotation of the first and second outer races (24, 26) in the first direction at a rotational speed greater than the rotational speed of the first and second inner races (20, 22) causes relative movement between the shift ring and the first and second outer races (24, 26) thereby moving the plurality of pins in a radially outward direction along the first, second, and third pluralities of cam surfaces (92, 92, 104) and away from the corresponding teeth (86, 88) to uncouple the first and second inner races (20, 22) and the first and second outer races (24, 26) and disengage the shift ring from the first pawl and allow the first and second outer races (24, 26) to overrun the first and second inner races (20, 22).
An apparatus for monitoring a target object external to a vehicle, the apparatus being operable to determine whether the target object is a valid target object in dependence on whether a value of a maximum range R max from the vehicle at which the target object has been detected exceeds a first prescribed value, and in further dependence on the length of time t for which the target object has remained a target object.
A method of recovering space in a longitudinally extending conduit having at least one live or active cable surrounded by a longitudinally extending duct in the conduit comprising the steps of moving the duct out of the conduit, and as the duct is being moved, cutting the duct so that the duct may be removed from around the cable.
Drilling apparatus for producing a bore in the ground, with - a carrier implement which has an undercarriage and an upper carriage that is rotatably supported on the undercarriage, - a mast which is fixed on the upper carriage of the carrier implement and - a drilling tool which, for the purpose of producing the bore, can be driven in a rotating manner and displaced along the mast, wherein on the undercarriage of the carrier implement a drill guide is fixed which has a guide sleeve with an internal diameter that is designed for the guided slide-through of the drilling tool, characterized in that - the drill guide has a carrier means that is designed as a rigid element, - in that the guide sleeve is arranged laterally offset to a longitudinal axis of the undercarriage and laterally spaced apart from the undercarriage and - in that the carrier means is fixed directly on a fastening means of a crawler unit on a crawler-track running gear. - a carrier implement which has an undercarriage and an upper carriage that is rotatably supported on the undercarriage, - a mast which is fixed on the upper carriage of the carrier implement and - a drilling tool which, for the purpose of producing the bore, can be driven in a rotating manner and displaced along the mast, wherein on the undercarriage of the carrier implement a drill guide is fixed which has a guide sleeve with an internal diameter that is designed for the guided slide-through of the drilling tool, - the drill guide has a carrier means that is designed as a rigid element, - in that the guide sleeve is arranged laterally offset to a longitudinal axis of the undercarriage and laterally spaced apart from the undercarriage and - in that the carrier means is fixed directly on a fastening means of a crawler unit on a crawler-track running gear.
A method performed by an electronic device (110; 210a-210z), the method comprising: accessing, by the electronic device (110; 210a-210z), data (211a-211z; 215a-215z) stored by the electronic device (110; 210a-210z) that identifies authentication keys the electronic device (110; 210a-210z) accepts as valid; sending, by the electronic device (110; 210a-210z) to a second electronic device (120; 220a-220n), an authentication request that identifies a set of authentication keys including at least some of the authentication keys the electronic device accepts as valid; receiving, by the electronic device (110; 210a-210z), response data that the second electronic device (120; 220a-220n) provides in response to the authentication request, wherein the response data i) identifies a particular authentication key from the set of authentication keys identified by the authentication request, and ii) includes a signature generated using the particular authentication key; and authenticating, by the electronic device (110; 210a-210z), the second electronic device (120; 220a-220n) by determining that the received signature was generated using the particular authentication key. accessing, by the electronic device (110; 210a-210z), data (211a-211z; 215a-215z) stored by the electronic device (110; 210a-210z) that identifies authentication keys the electronic device (110; 210a-210z) accepts as valid; sending, by the electronic device (110; 210a-210z) to a second electronic device (120; 220a-220n), an authentication request that identifies a set of authentication keys including at least some of the authentication keys the electronic device accepts as valid; receiving, by the electronic device (110; 210a-210z), response data that the second electronic device (120; 220a-220n) provides in response to the authentication request, wherein the response data i) identifies a particular authentication key from the set of authentication keys identified by the authentication request, and ii) includes a signature generated using the particular authentication key; and authenticating, by the electronic device (110; 210a-210z), the second electronic device (120; 220a-220n) by determining that the received signature was generated using the particular authentication key.
A virtual reality attraction system comprising: a plurality of user-assisted vehicles in an attraction, wherein each respective user-assisted vehicle comprises a vehicle controller; an attraction controller configured to provide AR and/or VR images for the attraction and to communicate the AR and/or VR images to the plurality of user-assisted vehicles, wherein the attraction controller comprises a processor storing instructions that, when executed, operate to: receive a first set of position information from each of the plurality of user-assisted vehicles over time; determine that a first user-assisted vehicle of the plurality of user- assisted vehicles is within a predetermined distance of a second user-assisted vehicle of the plurality of user assisted vehicles; and output an updated AR and/or VR image to the vehicle controller of one or both of the first or second user-assisted vehicles based on the determination that the first user-assisted vehicle is within the predetermined distance of the second user-assisted vehicle. a plurality of user-assisted vehicles in an attraction, wherein each respective user-assisted vehicle comprises a vehicle controller; an attraction controller configured to provide AR and/or VR images for the attraction and to communicate the AR and/or VR images to the plurality of user-assisted vehicles, wherein the attraction controller comprises a processor storing instructions that, when executed, operate to: receive a first set of position information from each of the plurality of user-assisted vehicles over time; determine that a first user-assisted vehicle of the plurality of user- assisted vehicles is within a predetermined distance of a second user-assisted vehicle of the plurality of user assisted vehicles; and output an updated AR and/or VR image to the vehicle controller of one or both of the first or second user-assisted vehicles based on the determination that the first user-assisted vehicle is within the predetermined distance of the second user-assisted vehicle. receive a first set of position information from each of the plurality of user-assisted vehicles over time; determine that a first user-assisted vehicle of the plurality of user- assisted vehicles is within a predetermined distance of a second user-assisted vehicle of the plurality of user assisted vehicles; and output an updated AR and/or VR image to the vehicle controller of one or both of the first or second user-assisted vehicles based on the determination that the first user-assisted vehicle is within the predetermined distance of the second user-assisted vehicle.
A cord fixture (10, 100) for attachment to a cord, the cord fixture (10, 100) including: a. a body having at least one side wall, and b. a slot in the at least one side wall for retaining the cord therein when the cord is in a fixed condition, the slot having: i. a narrowed neck portion, and ii. an enlarged end portion for engaging the cord, the narrowed neck portion being configurable to guide a cord into the enlarged end portion such that said cord can be releasably retained within the enlarged end portion, and said cord released from the enlarged end portion by movement of the cord back through the narrowed neck portion, wherein the enlarged end portion converges from an inner side thereof to an outer side thereof, and wherein a portion of the periphery of the cord fixture (10,100) that forms the enlarged end portion defines an engagement edge to engage a cord allowing passage in one direction under a longitudinally applied force but resisting passage in the opposite direction. a. a body having at least one side wall, and b. a slot in the at least one side wall for retaining the cord therein when the cord is in a fixed condition, the slot having: i. a narrowed neck portion, and ii. an enlarged end portion for engaging the cord, i. a narrowed neck portion, and ii. an enlarged end portion for engaging the cord,
Fence including at least two uprights and a plurality of panels extending one above the other substantially horizontally between the uprights, the uprights containing a longitudinal recess receiving panel holding elements, characterized in that each holding element is adapted to hold and fix one or more panels in any of several angular positions.
An apparatus for sputtering a non-conductive material including: a non-electrically conductive target; and an ion beam source, wherein the ion beam source includes an accelerator grid for extracting ions comprising four individual grids, a first grid at a positive voltage with respect to a ground for extracting ions and pulling the ions through the grid, second and third grids (GRD2,GRD3) biased negative with respect to the ground to further pull the ions through the grid, and a fourth grid which is grounded, the source further including a DC power supply circuit for supplying pulsed power to the first, second and third grids to extract the ions, the DC power supply circuit comprising a power switch for switching the first, second and third grids between a DC supply voltage and ground, and a pulse generator for switching the power switch, the DC power supply circuit being configured to supply pulses of a duration to allow the target to be substantially discharged when the pulse is off and the first, second and third grid is connected to ground. a non-electrically conductive target; and an ion beam source, wherein the ion beam source includes an accelerator grid for extracting ions comprising four individual grids, a first grid at a positive voltage with respect to a ground for extracting ions and pulling the ions through the grid, second and third grids (GRD2,GRD3) biased negative with respect to the ground to further pull the ions through the grid, and a fourth grid which is grounded, the source further including a DC power supply circuit for supplying pulsed power to the first, second and third grids to extract the ions, the DC power supply circuit comprising a power switch for switching the first, second and third grids between a DC supply voltage and ground, and a pulse generator for switching the power switch, the DC power supply circuit being configured to supply pulses of a duration to allow the target to be substantially discharged when the pulse is off and the first, second and third grid is connected to ground.