mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: at a router device in a network, sending to one or more physical devices a message configured to solicit a response indicating a network assignment for each of the physical devices; receiving from each of the physical devices a response message comprising network assignment information for each of the physical devices; translating the network assignment information for each of the physical devices into a segment identifier, wherein the segment identifier defines a distribution group for one or more router devices in the network; and distributing the segment identifier to other router devices in the network. at a router device in a network, sending to one or more physical devices a message configured to solicit a response indicating a network assignment for each of the physical devices; receiving from each of the physical devices a response message comprising network assignment information for each of the physical devices; translating the network assignment information for each of the physical devices into a segment identifier, wherein the segment identifier defines a distribution group for one or more router devices in the network; and distributing the segment identifier to other router devices in the network.
An immunogenic composition comprising West Nile Virus antigens in combination with one or more immunologically effective amounts of antigenic components selected from the group consisting of Eastern Equine Encephalomyelitis Virus, Western Equine Encephalomyelitis Virus and Venezuelan Equine Encephalomyelitis Virus, Tetanus Toxoid, and combinations thereof, wherein said West Nile Virus is a North American Dominant West Nile Isolate, wherein the North American Dominant West Nile Strain or Isolate have at least one nucleotide change resulting in an amino acid change from the reference strain NY99, wherein the nucleotide change results in an amino acid change from valine to alanine at position 159 in the critical envelope protein.
A system for granting or denying access to nodes on a network, comprising: a backup storage device for storing backup data for at least one backup server (12a-n); a first backup server coupled to the backup storage device by a network; and a second backup server connected to the first backup server across the network, wherein the second backup server is operable to seek access to the first backup server to perform a backup of data at the backup storage device, the first backup server and the second backup server comprising an agent operable to control data backup, the agent for the first backup server including a first list of backup servers (12b-n) that are permitted to backup data on the first backup server, and the agent for the second backup server including a second list of backup servers (12a, 12c-n) that are able to backup data; and wherein the agent of the second backup server is operable to: identify the first backup server on the second list of backup servers (12a, 12c-n) able to backup data; and package data to be transported for storage on the backup storage device, and wherein the agent of the first backup server is operable to: identify the second backup server on the first list of backup servers (12b-n) as being permitted for data backup; and receive the data from the second backup server for storage on the backup storage device. a backup storage device for storing backup data for at least one backup server (12a-n); a first backup server coupled to the backup storage device by a network; and a second backup server connected to the first backup server across the network, wherein the second backup server is operable to seek access to the first backup server to perform a backup of data at the backup storage device, the first backup server and the second backup server comprising an agent operable to control data backup, the agent for the first backup server including a first list of backup servers (12b-n) that are permitted to backup data on the first backup server, and the agent for the second backup server including a second list of backup servers (12a, 12c-n) that are able to backup data; and wherein the agent of the second backup server is operable to: identify the first backup server on the second list of backup servers (12a, 12c-n) able to backup data; and package data to be transported for storage on the backup storage device, and identify the first backup server on the second list of backup servers (12a, 12c-n) able to backup data; and package data to be transported for storage on the backup storage device, and wherein the agent of the first backup server is operable to: identify the second backup server on the first list of backup servers (12b-n) as being permitted for data backup; and receive the data from the second backup server for storage on the backup storage device. identify the second backup server on the first list of backup servers (12b-n) as being permitted for data backup; and receive the data from the second backup server for storage on the backup storage device.
Electronic equipment for a motor vehicle, comprising: - a first housing part capable of receiving one or more first electronic components, - a second housing part capable of receiving one or more second electronic components (50, 51, 52, 53, 54, 55), the second housing part being assembled with the first housing part, and - a cooling fluid inlet and a cooling fluid outlet, a cooling channel being provided in the first housing part; characterized in that the cooling channel is also provided in the second housing part for the cooling fluid circulating from the inlet to the outlet so as to cool all or part of the first electronic components and/or all or part of the second electronic components, this channel having, over most of its course in the equipment between the cooling fluid inlet and the cooling fluid outlet, in particular over the whole of its course in the equipment, a section perpendicular to the flow direction of the fluid that is: exclusively provided in the first housing part, or exclusively provided in the second housing part. - a first housing part capable of receiving one or more first electronic components, - a second housing part capable of receiving one or more second electronic components (50, 51, 52, 53, 54, 55), the second housing part being assembled with the first housing part, and - a cooling fluid inlet and a cooling fluid outlet, a cooling channel being provided in the first housing part; characterized in that the cooling channel is also provided in the second housing part for the cooling fluid circulating from the inlet to the outlet so as to cool all or part of the first electronic components and/or all or part of the second electronic components, this channel having, over most of its course in the equipment between the cooling fluid inlet and the cooling fluid outlet, in particular over the whole of its course in the equipment, a section perpendicular to the flow direction of the fluid that is: exclusively provided in the first housing part, or exclusively provided in the second housing part.
A portable device for notifying a user of an event, the device being capable of providing a user-operable function to the user and having a screen for displaying function information in accordance with the user-operable function being operated by the user, wherein the device is arranged to: determine that an event independent of the user-operable function has occurred; generate event information about the event; the device being characterised in that it is arranged to: display at least some of the event information on the screen in a location of the screen that is dependent on the function information being displayed at the time the event information is triggered. determine that an event independent of the user-operable function has occurred; generate event information about the event; the device being characterised in that it is arranged to: display at least some of the event information on the screen in a location of the screen that is dependent on the function information being displayed at the time the event information is triggered. display at least some of the event information on the screen in a location of the screen that is dependent on the function information being displayed at the time the event information is triggered.
A multilane transmission device comprising: a data signal allocating unit that allocates data signals based on a transmission destination or a priority; a number of virtual lanes deciding unit that decides number of virtual lanes necessary for transmission of the data signals allocated based on each transmission destination or each priority by the data signal allocating unit; a framer unit that allocates the data signals allocated based on each transmission destination or each priority by the data signal allocating unit to the virtual lanes whose number has been decided by the number of virtual lanes deciding unit, and frames the data signals allocated to the virtual lanes as data frames; and a data frame transmitting unit that multiplexes the virtual lanes into a physical lane, and transmits the data frames framed by the framer unit by using the physical lane. a data signal allocating unit that allocates data signals based on a transmission destination or a priority; a number of virtual lanes deciding unit that decides number of virtual lanes necessary for transmission of the data signals allocated based on each transmission destination or each priority by the data signal allocating unit; a framer unit that allocates the data signals allocated based on each transmission destination or each priority by the data signal allocating unit to the virtual lanes whose number has been decided by the number of virtual lanes deciding unit, and frames the data signals allocated to the virtual lanes as data frames; and a data frame transmitting unit that multiplexes the virtual lanes into a physical lane, and transmits the data frames framed by the framer unit by using the physical lane.
A method of opening a door of a refrigerator, comprising the ordered steps of: detecting the presence of a person in the front of the refrigerator through a second detection device; projecting an optical pattern through a sensor assembly on a bottom surface at which the refrigerator is placed, the projection of the optical pattern on the bottom surface generating a virtual switch; determining whether or not a first detection device detects a door opening signal before a reference time passes from a time when the second detection device detects the person, the door opening signal indicating one of that the person places a foot at an upward portion of the virtual switch and the person moves the foot at the upward portion of the virtual switch in a predetermined manner; and opening the door of the refrigerator through a door opening device if it is determined that the first detection device detects the door opening signal within the reference time. detecting the presence of a person in the front of the refrigerator through a second detection device; projecting an optical pattern through a sensor assembly on a bottom surface at which the refrigerator is placed, the projection of the optical pattern on the bottom surface generating a virtual switch; determining whether or not a first detection device detects a door opening signal before a reference time passes from a time when the second detection device detects the person, the door opening signal indicating one of that the person places a foot at an upward portion of the virtual switch and the person moves the foot at the upward portion of the virtual switch in a predetermined manner; and opening the door of the refrigerator through a door opening device if it is determined that the first detection device detects the door opening signal within the reference time.
A method for manufacturing a coated plywood panel, the method comprising - arranging available a first veneer layer comprising wood, - arranging available adhesive, - arranging a second veneer layer comprising wood, such that at least some of the adhesive is left in between the first veneer layer and the second veneer layer, - arranging available a waterproofing layer having a first side and a second side, - attaching the first side of the waterproofing layer to the first veneer layer such that • the first veneer layer is left in between the second veneer layer and the waterproofing layer and • a first adhesion strength (σ1) forms between the waterproofing layer and the first veneer layer, - attaching a protective layer on the second side of the waterproofing layer such that a second adhesion strength (σ2) forms between the protective layer and the waterproofing layer, wherein - the protective layer comprises a vapour permeable or semi-permeable layer (210, 210a) arranged in direct connection with the waterproofing layer and - the first adhesion strength (σ1) is greater than the second adhesion strength (σ2), whereby the protective layer is removable from the waterproofing layer, wherein - the material of the waterproofing layer comprises resin suitable for polymerization. - arranging available a first veneer layer comprising wood, - arranging available adhesive, - arranging a second veneer layer comprising wood, such that at least some of the adhesive is left in between the first veneer layer and the second veneer layer, - arranging available a waterproofing layer having a first side and a second side, - attaching the first side of the waterproofing layer to the first veneer layer such that • the first veneer layer is left in between the second veneer layer and the waterproofing layer and • a first adhesion strength (σ1) forms between the waterproofing layer and the first veneer layer, • the first veneer layer is left in between the second veneer layer and the waterproofing layer and • a first adhesion strength (σ1) forms between the waterproofing layer and the first veneer layer, - attaching a protective layer on the second side of the waterproofing layer such that a second adhesion strength (σ2) forms between the protective layer and the waterproofing layer, wherein - the protective layer comprises a vapour permeable or semi-permeable layer (210, 210a) arranged in direct connection with the waterproofing layer and - the first adhesion strength (σ1) is greater than the second adhesion strength (σ2), whereby the protective layer is removable from the waterproofing layer, wherein - the material of the waterproofing layer comprises resin suitable for polymerization.
Measuring device for determining the fill quantity of an SF 6 gas in an insulating chamber, comprising a pressure transducer, a temperature measuring element and a processing apparatus for determining the fill quantity of SF 6 gas from the pressure measurement value and the associated temperature measurement value, wherein the measuring device is arranged so as to close an opening in the insulating chamber and has a measuring chamber in which both the pressure transducer and the temperature measuring element are arranged and are acted on directly by the SF 6 gas which is to be measured, characterized in that the temperature measuring element is a temperature sensor which is vitreously sealed into the measuring device in a gas-tight manner, and the temperature measuring element is arranged in the measuring device upstream of the diaphragm of the pressure transducer in the direction of the insulating chamber.
Device for dosing a liquid, comprising - a liquid container; - a draining device; - a pressure measuring device with a cavity and a pressure sensor for detecting pressure in the cavity; - a first pipe device for guiding liquid from the liquid container through the interior of the first pipe device to the cavity; and - a second pipe device for guiding liquid from the cavity through the interior of the second pipe device to the draining device; - wherein the device is configured to drain liquid from the liquid container through the draining device; characterized by - a liquid storage; and - a switch, which can be switched in such a way that either the liquid container is connected to the liquid storage or that the connection between liquid container and liquid storage is separated; - wherein the device is configured in such a way that by actuating the switch, the liquid container is connected to the liquid storage in such a way that the liquid container and the pipe connections (24, 241) are filled with liquid; and - wherein the device is configured in such a way that all liquid flowing from the liquid container to the draining device flows through the cavity with a predetermined direction. - a liquid container; - a draining device; - a pressure measuring device with a cavity and a pressure sensor for detecting pressure in the cavity; - a first pipe device for guiding liquid from the liquid container through the interior of the first pipe device to the cavity; and - a second pipe device for guiding liquid from the cavity through the interior of the second pipe device to the draining device; - wherein the device is configured to drain liquid from the liquid container through the draining device; characterized by - a liquid storage; and - a switch, which can be switched in such a way that either the liquid container is connected to the liquid storage or that the connection between liquid container and liquid storage is separated; - wherein the device is configured in such a way that by actuating the switch, the liquid container is connected to the liquid storage in such a way that the liquid container and the pipe connections (24, 241) are filled with liquid; and - wherein the device is configured in such a way that all liquid flowing from the liquid container to the draining device flows through the cavity with a predetermined direction.
A surgery assistance apparatus comprising: an image generation means that generates, from a three-dimensional image of an organ in which an excision region has been identified, an image representing the organ in such a manner that a blood vessel region in the organ is visually recognizable; a depth input receiving means receives an input specifying a depth of cutting; and a cutting surface setting means determines, as a cutting surface, a portion of a boundary surface within the specified depth of cutting along the boundary surface from an outer edge of the boundary surface toward an inside, the boundary surface being between the excision region and a non-excision region, which is a region other than the excision region, in the organ, characterized in that the image generation means generates, from the three-dimensional image, the image representing the organ in such a manner that only a partial blood vessel region, which is present in a neighborhood region of the cutting surface in the blood vessel region of the organ, is visually recognizable. an image generation means that generates, from a three-dimensional image of an organ in which an excision region has been identified, an image representing the organ in such a manner that a blood vessel region in the organ is visually recognizable; a depth input receiving means receives an input specifying a depth of cutting; and a cutting surface setting means determines, as a cutting surface, a portion of a boundary surface within the specified depth of cutting along the boundary surface from an outer edge of the boundary surface toward an inside, the boundary surface being between the excision region and a non-excision region, which is a region other than the excision region, in the organ, characterized in that the image generation means generates, from the three-dimensional image, the image representing the organ in such a manner that only a partial blood vessel region, which is present in a neighborhood region of the cutting surface in the blood vessel region of the organ, is visually recognizable.
Electromagnetic actuator comprising an electric coil mounted in a magnetic yoke, a first pole part and a second pole part which are secured to the yoke and which each extend in the vicinity of a side of a free space in which there moves a magnetic core, mobile in translation under the effect of the electrical power supply of the electric coil and of the appearance of a different magnetic polarity at the pole parts and, said electromagnetic actuator further comprising a tubular part made wholly of magnetic material, delimiting at least partially the free space and surrounding the magnetic core, so as to guide the displacement of said magnetic core, said tubular part exhibiting a magnetic continuity with the pole part or parts (3, 4) so as to reduce the radial gap between the magnetic core and the magnetic pole part or parts (3, 4), said tubular part being shaped and/or positioned to achieve leaktightness between the free space and the electrical part comprising in particular the electric coil, and exhibiting at least locally a wall of small thickness, chosen to minimize the leakages of magnetic flux between the pole parts, characterized in that said electromagnetic actuator comprises a pusher passing through the axial gap located in the free space between an axial end of the magnetic core, and an axial end opposite the second pole part or a part added on in magnetic continuity with the second pole part and in that the magnetic core comprises peripheral grooves in which are housed guidance annuli or blocks promoting the displacement and the alignment of said magnetic core in the tubular part.
A method of measuring an optical surface of an object, the method comprising: forming a pattern on a detector by focusing a light energy propagating from the object onto the detector; generating, by the detector, data corresponding to said pattern; mapping the data to a transform space by transforming the data with a transform function; determining a location of a characteristic of the pattern in transform space; estimating a location of a characteristic of the pattern in physical space based on the location of a characteristic in transform space; locating the characteristic of the pattern in physical space from the estimated location of the characteristic of the pattern in physical space; calculating a gradient field for the wavefront from the location of the characteristic of the pattern in physical space; and determining a wavefront elevation profile of the optical surface based on said gradient field; the characteristic corresponding to the wavefront elevation profile of the optical surface of the object, the characteristic being a signal or signal frequency that relates to a peak, spot or skew co-efficient. forming a pattern on a detector by focusing a light energy propagating from the object onto the detector; generating, by the detector, data corresponding to said pattern; mapping the data to a transform space by transforming the data with a transform function; determining a location of a characteristic of the pattern in transform space; estimating a location of a characteristic of the pattern in physical space based on the location of a characteristic in transform space; locating the characteristic of the pattern in physical space from the estimated location of the characteristic of the pattern in physical space; calculating a gradient field for the wavefront from the location of the characteristic of the pattern in physical space; and determining a wavefront elevation profile of the optical surface based on said gradient field; the characteristic corresponding to the wavefront elevation profile of the optical surface of the object, the characteristic being a signal or signal frequency that relates to a peak, spot or skew co-efficient.