mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for avoiding sharing of cell layout information outside a communication network in Authorised Shared Access procedure, wherein the apparatus is associated with the communication network, comprising: obtaining means adapted to obtain information of a cell layout of the communication network; obtaining means adapted to obtain, from a repository, information of a geographically defined zone in which an incumbent shares authorized shared access spectrum with at least one communication network; determining means adapted to determine a zone mapping table which maps the geographically defined zone to at least one cell of the communication network; mapping means adapted to map, based on the zone mapping table, the geographically defined zone to at least one cell of the communication network; refraining means adapted to refrain, based on the zone mapping table, from sharing cell layout information between the communication network and the incumbent; obtaining means adapted to obtain, from the repository, a share status of the geographically defined zone; identifying means adapted to identify, based on a predefined cell mapping table, at least one cell device related to the at least one cell; and triggering means adapted to trigger issuing a command to the at least one cell device to modify an activity status of a predefined radio resource in the at least one cell depending on the share status. obtaining means adapted to obtain information of a cell layout of the communication network; obtaining means adapted to obtain, from a repository, information of a geographically defined zone in which an incumbent shares authorized shared access spectrum with at least one communication network; determining means adapted to determine a zone mapping table which maps the geographically defined zone to at least one cell of the communication network; mapping means adapted to map, based on the zone mapping table, the geographically defined zone to at least one cell of the communication network; refraining means adapted to refrain, based on the zone mapping table, from sharing cell layout information between the communication network and the incumbent; obtaining means adapted to obtain, from the repository, a share status of the geographically defined zone; identifying means adapted to identify, based on a predefined cell mapping table, at least one cell device related to the at least one cell; and triggering means adapted to trigger issuing a command to the at least one cell device to modify an activity status of a predefined radio resource in the at least one cell depending on the share status.
A thermally expandable fire-resistant resin composition comprising a resin component in an amount of 100 parts by weight, thermally expandable graphite in an amount of 3 to 300 parts by weight, and an inorganic filler in an amount of 2 to 200 parts by weight, wherein the thermally expandable graphite has an average aspect ratio of 20 or more.
A metal-silicon carbide-based composite material comprising: a composite part including a silicon carbide-based porous body constituted by a plurality of silicon carbide particles, and a metal that is infiltrated in the silicon carbide-based porous body; and first and second surface layers (3a, 3b) which contain a metal and coat both main surfaces of the composite part, wherein the metal contains at least one kind selected from the group consisting of aluminum and magnesium, characterized in that the amount of particles having a particle size of 300 μm or more in the plurality of silicon carbide particles is 5% by volume or less. a composite part including a silicon carbide-based porous body constituted by a plurality of silicon carbide particles, and a metal that is infiltrated in the silicon carbide-based porous body; and first and second surface layers (3a, 3b) which contain a metal and coat both main surfaces of the composite part, wherein the metal contains at least one kind selected from the group consisting of aluminum and magnesium,
Magnetic featherboard having: an elongate main body with opposite lateral faces (34, 36), a bottom face and front and rear faces (40, 42); a plurality of resiliently deformable feathers (46, 48) arranged at one or both lateral faces of the main body, the feathers (46, 48) extending parallel to each other and angularly with respect to a longitudinal axis of the main body; and at least two, on-off switchable permanent magnets (50,52) respectively received in one of at least two spaced apart recesses (57, 58) of the main body such that a working face of the respective switchable permanent magnet (50, 52) is present at the bottom face of the main body, the switchable permanent magnets (50, 52) being operative in an on-state to magnetically clamp the featherboard to a support table of a machine for cutting, routing or performing similar material-removing operations on stock material, characterized in that the featherboard comprises at least two adjustable stops (72, 74) at one or both of the front and the rear face (40, 42) of the main body, each said stop (72, 74) comprising an abutment piece displaceable in longitudinal direction relative to the front / rear face (40, 42), wherein a distance of each of the abutment pieces from the front / rear face (40, 42) is settable independently of each other, the stops (72, 74) operational to provide at least two abutments against which stock material to be machined can be placed when the featherboard is magnetically secured to the table. an elongate main body with opposite lateral faces (34, 36), a bottom face and front and rear faces (40, 42); a plurality of resiliently deformable feathers (46, 48) arranged at one or both lateral faces of the main body, the feathers (46, 48) extending parallel to each other and angularly with respect to a longitudinal axis of the main body; and at least two, on-off switchable permanent magnets (50,52) respectively received in one of at least two spaced apart recesses (57, 58) of the main body such that a working face of the respective switchable permanent magnet (50, 52) is present at the bottom face of the main body, the switchable permanent magnets (50, 52) being operative in an on-state to magnetically clamp the featherboard to a support table of a machine for cutting, routing or performing similar material-removing operations on stock material, characterized in that the featherboard comprises at least two adjustable stops (72, 74) at one or both of the front and the rear face (40, 42) of the main body, each said stop (72, 74) comprising an abutment piece displaceable in longitudinal direction relative to the front / rear face (40, 42), wherein a distance of each of the abutment pieces from the front / rear face (40, 42) is settable independently of each other, the stops (72, 74) operational to provide at least two abutments against which stock material to be machined can be placed when the featherboard is magnetically secured to the table.
A security element with an optically variable structure having a multiplicity of first embossed structures, each of the first embossed structures consisting of at least two flanks which converge at at least one certain angle, and in at least one first partial region of the optically variable structure, at least one flank of the first embossed structures respectively has at least one additional embossed structure which is mounted on the flank of the first embossed structures or inserted into the flank of the first embossed structures, characterized in that the geometry of the at least one additional embossed structure is executed so as to be at least near-inverse to the geometry of that flank of the first embossed structure on which the at least one additional embossed structure is mounted or inserted.
A method comprising: with a distributed Session Border Controller, providing a plurality of signaling nodes, each signaling node configured to establish a connection between a first endpoint and a second endpoint; with the SBC, providing a plurality of media nodes, each media node configured to bear media traffic between the first endpoint and the second endpoint; and charatcerized in that the method further comprises the step of: in response to a predetermined event, changing a total number of the plurality of signaling nodes while not changing a total number of the plurality of media nodes. with a distributed Session Border Controller, providing a plurality of signaling nodes, each signaling node configured to establish a connection between a first endpoint and a second endpoint; with the SBC, providing a plurality of media nodes, each media node configured to bear media traffic between the first endpoint and the second endpoint; and charatcerized in that the method further comprises the step of: in response to a predetermined event, changing a total number of the plurality of signaling nodes while not changing a total number of the plurality of media nodes.
A composition for use in reducing intraocular pressure, wherein the composition consists essentially of (i) 0.1% w/v brimonidine tartrate, 0.68% w/v timolol maleate, 0.1% w/v sodium chloride, 2.15% w/v sodium phosphate dibasic heptahydrate, 0.22% w/v sodium phosphate monobasic monohydrate, and water; or (ii) 0.1% w/v brimonidine tartrate, 0.68% w/v timolol maleate, 0.6% w/v boric acid, 0.38% sodium borate decahydrate, 0.5% w/v carboxymethyl cellulose, 0.32% w/v sodium chloride, and water; wherein the composition does not comprise a preservative. (i) 0.1% w/v brimonidine tartrate, 0.68% w/v timolol maleate, 0.1% w/v sodium chloride, 2.15% w/v sodium phosphate dibasic heptahydrate, 0.22% w/v sodium phosphate monobasic monohydrate, and water; or (ii) 0.1% w/v brimonidine tartrate, 0.68% w/v timolol maleate, 0.6% w/v boric acid, 0.38% sodium borate decahydrate, 0.5% w/v carboxymethyl cellulose, 0.32% w/v sodium chloride, and water;
A manufacturing method of a wound core, comprising: a steel sheet preparation step of preparing a coated grain-oriented electrical steel sheet; a bending step of bending the coated grain-oriented electrical steel sheet to form a bent body having a bent region and a flat region adjacent to the bent region under conditions that a portion of the bent body to be the bent region is heated to 45°C or higher and 500°C or lower by induction heating, and when a region extending 40 times a sheet thickness of the coated grain-oriented electrical steel sheet to both sides in a circumferential direction from a center of the bent region on an outer circumferential surface of the bent body is defined as a strain affected region, in the flat region within the strain affected region, an absolute value of a local temperature gradient at any position in a longitudinal direction of the coated grain-oriented electrical steel sheet is 3°C/mm or higher and less than 400°C/mm; and a lamination step of laminating a plurality of bent bodies in a sheet thickness direction. a steel sheet preparation step of preparing a coated grain-oriented electrical steel sheet; a bending step of bending the coated grain-oriented electrical steel sheet to form a bent body having a bent region and a flat region adjacent to the bent region under conditions that a portion of the bent body to be the bent region is heated to 45°C or higher and 500°C or lower by induction heating, and when a region extending 40 times a sheet thickness of the coated grain-oriented electrical steel sheet to both sides in a circumferential direction from a center of the bent region on an outer circumferential surface of the bent body is defined as a strain affected region, in the flat region within the strain affected region, an absolute value of a local temperature gradient at any position in a longitudinal direction of the coated grain-oriented electrical steel sheet is 3°C/mm or higher and less than 400°C/mm; and a lamination step of laminating a plurality of bent bodies in a sheet thickness direction.
A microwave plasma generator comprising: a coaxial cable comprising: a first inner conductor; and a dielectric material encircling the first inner conductor; an outer conductor encircling the coaxial cable; and characterised by including: a connection conductor, comprising at least one gas inlet tube, electrically connecting between the first inner conductor and the outer conductor at one end of the coaxial cable; and a connection member comprising a second inner conductor passing through the outer conductor and then connecting to the first inner conductor at a feeding point, wherein the feeding point is positioned such that a required impedance matching is provided. a first inner conductor; and a dielectric material encircling the first inner conductor; an outer conductor encircling the coaxial cable; and characterised by including: a connection conductor, comprising at least one gas inlet tube, electrically connecting between the first inner conductor and the outer conductor at one end of the coaxial cable; and a connection member comprising a second inner conductor passing through the outer conductor and then connecting to the first inner conductor at a feeding point, wherein the feeding point is positioned such that a required impedance matching is provided. a connection conductor, comprising at least one gas inlet tube, electrically connecting between the first inner conductor and the outer conductor at one end of the coaxial cable; and a connection member comprising a second inner conductor passing through the outer conductor and then connecting to the first inner conductor at a feeding point, wherein the feeding point is positioned such that a required impedance matching is provided.
A system, comprising: - an electro-optical circuit board configured for contacting a photonic integrated circuit, - an optical testing device having a light source and a scanning device, wherein the optical testing device is configured to drive the light source and the scanning device for emitting a light beam (871, 811A) to the electro-optical circuit board, wherein the electro-optical circuit board comprises: - at least one electrical conductor track (381, 385, 386, 387) extending between the front side of the electro-optical circuit board and the rear side of the electro-optical circuit board configured to contact an electrical interface (972, 931) of the photonic integrated circuit positioned adjacent to the rear side, and - at least one optical beam path extending between the front side of the electro-optical circuit board and the rear side of the electro-optical circuit board configured to contact an optical interface (971, 921, 922) of the photonic integrated circuit positioned adjacent to the rear side. - an electro-optical circuit board configured for contacting a photonic integrated circuit, - an optical testing device having a light source and a scanning device, wherein the optical testing device is configured to drive the light source and the scanning device for emitting a light beam (871, 811A) to the electro-optical circuit board, wherein the electro-optical circuit board comprises: - at least one electrical conductor track (381, 385, 386, 387) extending between the front side of the electro-optical circuit board and the rear side of the electro-optical circuit board configured to contact an electrical interface (972, 931) of the photonic integrated circuit positioned adjacent to the rear side, and - at least one optical beam path extending between the front side of the electro-optical circuit board and the rear side of the electro-optical circuit board configured to contact an optical interface (971, 921, 922) of the photonic integrated circuit positioned adjacent to the rear side. - at least one electrical conductor track (381, 385, 386, 387) extending between the front side of the electro-optical circuit board and the rear side of the electro-optical circuit board configured to contact an electrical interface (972, 931) of the photonic integrated circuit positioned adjacent to the rear side, and - at least one optical beam path extending between the front side of the electro-optical circuit board and the rear side of the electro-optical circuit board configured to contact an optical interface (971, 921, 922) of the photonic integrated circuit positioned adjacent to the rear side.
A method of fabricating a thin film liquid cell suitable for transmission electron microscopy at room temperature, the method comprising: preparing a thin film that is floating on a liquid; transferring a droplet of the liquid with the thin film floating thereon to a support by means of a loop, the loop carrying the droplet and the droplet carrying the thin film during the transferring; removing sufficient liquid from the droplet on the support to form the thin film liquid cell. preparing a thin film that is floating on a liquid; transferring a droplet of the liquid with the thin film floating thereon to a support by means of a loop, the loop carrying the droplet and the droplet carrying the thin film during the transferring; removing sufficient liquid from the droplet on the support to form the thin film liquid cell.
Refrigeration and/or freezer device, comprising an evaporator and a first freezing zone and a second freezing zone which is separated from the first freezing zone, wherein a further, separately-arranged distinct evaporator is assigned to the second freezing zone, characterized in that the second freezing zone is assigned a part of the evaporator of the refrigeration and/or freezer device, by means of which the maximum cooling capacity of the evaporator can be output, the first freezing zone and the second freezing zone are arranged in a drawer compartment in the freezing part of the refrigeration and/or freezer device, and the second freezing zone can be operated with a constant temperature in the range from -35 °C to -25 °C.
A method of making a customized replacement device for resurfacing the distal end of a femur, the femur having a trochlear groove surface, said method comprising the steps of: duplicating the surface of the distal anterior femur from an individual patient; using the duplicate to form a bottom surface of the customized replacement device, the bottom surface being custom formed to match and fit the natural contour of the trochlear groove surface of the patient's femur; and forming a top surface of the device to have a contour that replicates the trochlear groove tracking pattern of the patient's femur. duplicating the surface of the distal anterior femur from an individual patient; using the duplicate to form a bottom surface of the customized replacement device, the bottom surface being custom formed to match and fit the natural contour of the trochlear groove surface of the patient's femur; and forming a top surface of the device to have a contour that replicates the trochlear groove tracking pattern of the patient's femur.
A device (101; 352; 442, 452, 462, 472, 482) for optimising software image layers of plural software image layer stacks stored in a common software image repository, each software image layer stack (131; 132; 133) comprising a plurality of software image layers (141-144; 145-146; 147-149), wherein a software image layer can individually be pushed into and pulled from said common software image repository and can be reused across several of said software image layer stacks, and each software image layer (141; 142; 143; 144; 145; 146, 147; 148; 149) comprising one or more software items (151-152; 153; 154-155; 156; 157-158; 159-160; 161-162; 163-164; 165-166), wherein a software item is either an individual software file or a subset of software files, said device comprising: - a content analysing module configured to analyse the content of said software image layers and identify overlap in software items between said software image layers; - a layer optimization module configured to repackage the software items of said software image layers into optimized software image layers wherein said optimized software image layers associated with said software image layer stacks comprise a number of optimized software image layers (171, 177, 181; 172, 182; 173, 183; and 174, 179, 185) that have the exact same constitution of software items; and - a storage management module adapted to store said optimized software image layers (L1-L10) only once in an image layer store of said common software image repository. - a content analysing module configured to analyse the content of said software image layers and identify overlap in software items between said software image layers; - a layer optimization module configured to repackage the software items of said software image layers into optimized software image layers wherein said optimized software image layers associated with said software image layer stacks comprise a number of optimized software image layers (171, 177, 181; 172, 182; 173, 183; and 174, 179, 185) that have the exact same constitution of software items; and - a storage management module adapted to store said optimized software image layers (L1-L10) only once in an image layer store of said common software image repository.
A method of mounting a ventilation hood to an underside of a cabinet including a bottom panel and a lower support frame positioned above a cooking appliance comprising: securing first and second brackets below the cabinet at spaced positions aligned with outermost edge portions of the lower support frame; supporting a rear portion of the ventilation hood by the first and second brackets; tilting a front portion of the ventilation hood upward toward the lower support frame; and fastening the front portion of the ventilation hood through at least one fastener assembly to the underside of the cabinet, drilling holes through feet members and the bottom panel of the cabinet to receive the mechanical fasteners (130, 173, 215, 270, 271), characterized in that fastening the front portion of the ventilation hood includes securing feet members to the ventilation hood and securing mechanical fasteners (130, 173, 215, 270, 271) through the bottom panel of the cabinet and into the feet members, and wherein the feet members are at least one of threadably secured to the ventilation hood, and threadably adjusted from beneath the ventilation hood. securing first and second brackets below the cabinet at spaced positions aligned with outermost edge portions of the lower support frame; supporting a rear portion of the ventilation hood by the first and second brackets; tilting a front portion of the ventilation hood upward toward the lower support frame; and fastening the front portion of the ventilation hood through at least one fastener assembly to the underside of the cabinet, drilling holes through feet members and the bottom panel of the cabinet to receive the mechanical fasteners (130, 173, 215, 270, 271), characterized in that fastening the front portion of the ventilation hood includes securing feet members to the ventilation hood and securing mechanical fasteners (130, 173, 215, 270, 271) through the bottom panel of the cabinet and into the feet members, and wherein the feet members are at least one of threadably secured to the ventilation hood, and threadably adjusted from beneath the ventilation hood.