mhurhangee/ep-ind-claims huggingface dataset:
An isothermal terminator for use in an isothermal terminator system, the isothermal terminator system comprising a waveguide formed to define a propagation channel through which electro-magnetic, EM, radiation is directed, the isothermal terminator being disposed in the propagation channel, the isothermal terminator comprising: a body having an exterior surface and an interior surface opposite the exterior surface, wherein the EM radiation is incident on the exterior surface to raise a temperature of the body; characterised in that: the exterior surface, the interior surface, or the body as a whole has a concave cone shape, such that the body is isothermal with the EM radiation being incident on the exterior surface; and wherein the body has a second order increasing opening angle with reference to a center axis of the concave cone shape. the exterior surface, the interior surface, or the body as a whole has a concave cone shape, such that the body is isothermal with the EM radiation being incident on the exterior surface; and wherein the body has a second order increasing opening angle with reference to a center axis of the concave cone shape.
A memory device (100, 200), comprising: a stack structure (130, 230) over a substrate; a channel structure (108, 208) extending in the stack structure (130, 230); a dielectric layer (114, 214) over the channel structure (108, 208), the dielectric layer (114, 214) comprising a first material; a drain-select gate cut structure (106, 206) extending through the dielectric layer (114, 214), characterized in that the DSG cut structure (106, 206) comprises a second material different from the first material; further comprising a contact (112,212) above and in contact with the channel structure (108, 208), wherein the contact (112, 212) is in the dielectric layer (114, 214) and is in contact with the DSG cut structure (106, 206), wherein the contact is formed of a conductive material. a stack structure (130, 230) over a substrate; a channel structure (108, 208) extending in the stack structure (130, 230); a dielectric layer (114, 214) over the channel structure (108, 208), the dielectric layer (114, 214) comprising a first material; a drain-select gate cut structure (106, 206) extending through the dielectric layer (114, 214), characterized in that the DSG cut structure (106, 206) comprises a second material different from the first material; further comprising a contact (112,212) above and in contact with the channel structure (108, 208), wherein the contact (112, 212) is in the dielectric layer (114, 214) and is in contact with the DSG cut structure (106, 206), wherein the contact is formed of a conductive material. a drain-select gate cut structure (106, 206) extending through the dielectric layer (114, 214), characterized in that the DSG cut structure (106, 206) comprises a second material different from the first material; further comprising a contact (112,212) above and in contact with the channel structure (108, 208), wherein the contact (112, 212) is in the dielectric layer (114, 214) and is in contact with the DSG cut structure (106, 206), wherein the contact is formed of a conductive material.
A method of manufacturing a protective padded wrap on a continuous manufacturing line, the method including: a.) providing a first continuous web substrate having a top side and a bottom side, and a length and a width which defines a perimeter and an inner perimeter portion; b.) providing a second continuous web substrate having a top side and a bottom side, and a length and width which defines a perimeter thereabout and an inner perimeter portion; c.) forming a sealable perimeter portion by applying a layer of sealing adhesive about the perimeter of the top side of the first web to form a sealable perimeter portion, the padded wrap having vents to allow for water evaporation, wherein the vents may be formed from one or more of: gaps in the sealing adhesive; punctures in the inner perimeter portion and perforations in the inner perimeter portion; d.) depositing a pattern of a water-based heat-expandable adhesive (WBHEA) comprising a water-based polymer and a plurality of heat-expandable microspheres on the inner portion of one or more of the first web and the second web (11a, b), the WBHEA forming a protective padded area when expanded; e.) joining the first and second webs (11a, b) at their respective perimeters to form a sealed structure enclosing the WBHEA without substantially compressing the WBHEA therebetween; f.) exposing the sealed structure to RF radiation to expand and set the WBHEA to form the protective padded wrap; and g.) optionally further processing the protective padded wrap to provide a desired uniformity in thickness and/or desired shape in at least one section of the protective padded wrap. a.) providing a first continuous web substrate having a top side and a bottom side, and a length and a width which defines a perimeter and an inner perimeter portion; b.) providing a second continuous web substrate having a top side and a bottom side, and a length and width which defines a perimeter thereabout and an inner perimeter portion; c.) forming a sealable perimeter portion by applying a layer of sealing adhesive about the perimeter of the top side of the first web to form a sealable perimeter portion, the padded wrap having vents to allow for water evaporation, wherein the vents may be formed from one or more of: gaps in the sealing adhesive; punctures in the inner perimeter portion and perforations in the inner perimeter portion; d.) depositing a pattern of a water-based heat-expandable adhesive (WBHEA) comprising a water-based polymer and a plurality of heat-expandable microspheres on the inner portion of one or more of the first web and the second web (11a, b), the WBHEA forming a protective padded area when expanded; e.) joining the first and second webs (11a, b) at their respective perimeters to form a sealed structure enclosing the WBHEA without substantially compressing the WBHEA therebetween; f.) exposing the sealed structure to RF radiation to expand and set the WBHEA to form the protective padded wrap; and g.) optionally further processing the protective padded wrap to provide a desired uniformity in thickness and/or desired shape in at least one section of the protective padded wrap.
A method of fabricating a laminate, comprising: - accelerating copper powder containing 0.002-0.020 wt.-% of phosphorus and having been subjected to reduction treatment together with gas heated to a temperature lower than a melting point of the copper powder; - spraying the copper powder onto a surface of a substrate while keeping the copper powder in a solid state; and - depositing the copper powder on the substrate to form a metallic coating. - accelerating copper powder containing 0.002-0.020 wt.-% of phosphorus and having been subjected to reduction treatment together with gas heated to a temperature lower than a melting point of the copper powder; - spraying the copper powder onto a surface of a substrate while keeping the copper powder in a solid state; and - depositing the copper powder on the substrate to form a metallic coating.
Method for producing microstructures in a glass substrate, wherein modifications are initially introduced by means of laser radiation into at least one volume between mutually opposite outer faces (2, 3), wherein a chemical conversion of the substrate material takes place because of the laser action during the modification, and a multiplicity of recesses, which in particular are conical at least in sections, are subsequently generated by an etching method by means of anisotropic material erosion in the at least one outer face (2, 3) of the glass substrate, wherein after the etching, a layer which is resistant to the etching action of the etching method is applied as a cover layer in a region which encloses at least individual recesses, onto only one of the two outer faces as a first outer face, and a further method of etching the glass substrate is then carried out so that material erosion takes place in the second outer face remote from the cover layer, until the recesses of the second outer face, which have been generated and/or enlarged in this way, have reached the cover layer.
A capsule type medical device configured to be introduced inside a living body to gather in-vivo information, comprising: a capsule shaped casing; an in-vivo information acquisition device configured to acquire the in-vivo information; a communication device configured to send the in-vivo information which is acquired by the in-vivo information acquisition device to outside of the living body by wireless; at least one pair of first electrodes which is provided in a vicinity of one end along an axis of the casing and is configured to give electric stimulation to a body tissue in the living body; a first current control device configured to send current to the first electrodes; and a first interelectrode distance variation device configured to change a distance between the first electrodes, characterized in that the first interelectrode distance variation device is formed by flexible wires which support the first electrodes at tip ends, and the flexible wires are supported by the casing at base ends thereof and protrude externally from the casing. a capsule shaped casing; an in-vivo information acquisition device configured to acquire the in-vivo information; a communication device configured to send the in-vivo information which is acquired by the in-vivo information acquisition device to outside of the living body by wireless; at least one pair of first electrodes which is provided in a vicinity of one end along an axis of the casing and is configured to give electric stimulation to a body tissue in the living body; a first current control device configured to send current to the first electrodes; and a first interelectrode distance variation device configured to change a distance between the first electrodes, characterized in that the first interelectrode distance variation device is formed by flexible wires which support the first electrodes at tip ends, and the flexible wires are supported by the casing at base ends thereof and protrude externally from the casing.
An apparatus comprising: an acquisition unit (251, 261, 271) configured to acquire channel configuration information indicating a configuration of a multicast channel disposed in a multimedia broadcast multicast service, MBMS, over single frequency network, MBSFN, subframe for a specific terminal group; and a control unit (253, 263, 273) configured to notify the specific terminal group of the channel configuration information; characterised in that the control unit (253, 263, 273) notifies the specific terminal group of the channel configuration information using identification information for the specific terminal group; wherein the identification information is a radio network temporary identifier, RNTI, for the specific terminal group, wherein the control unit (253, 263, 273) is configured to notify the specific terminal group of the channel configuration information through downlink control information, DCI, to be transmitted over a physical downlink control channel, PDCCH, using an RNTI for the specific terminal group, and wherein the control unit (253, 263, 273) is configured to notify the specific terminal group of the channel configuration information by notifying the specific terminal group of resource allocation information indicating a radio resource with which the channel configuration information is transmitted in the DCI, using the RNTI. an acquisition unit (251, 261, 271) configured to acquire channel configuration information indicating a configuration of a multicast channel disposed in a multimedia broadcast multicast service, MBMS, over single frequency network, MBSFN, subframe for a specific terminal group; and a control unit (253, 263, 273) configured to notify the specific terminal group of the channel configuration information; characterised in that the control unit (253, 263, 273) notifies the specific terminal group of the channel configuration information using identification information for the specific terminal group; wherein the identification information is a radio network temporary identifier, RNTI, for the specific terminal group, wherein the control unit (253, 263, 273) is configured to notify the specific terminal group of the channel configuration information through downlink control information, DCI, to be transmitted over a physical downlink control channel, PDCCH, using an RNTI for the specific terminal group, and wherein the control unit (253, 263, 273) is configured to notify the specific terminal group of the channel configuration information by notifying the specific terminal group of resource allocation information indicating a radio resource with which the channel configuration information is transmitted in the DCI, using the RNTI.
A mixture of salt residue and an additive for binding the residual moisture in the salt residue to reduce the accumulation of waste water in a salt heap, wherein the additive having hydraulically and/or pozzolanically setting properties, characterized in that the proportion of the additive in the amount of salt residue is about 0.2 to 4% by mass.
A wafer-related data management method which manages the wafer-related data used by a die supply device which performs pickup by picking up a die from a dicing sheet with a suction nozzle while partially separating an adhesive section of the die from the dicing sheet by using a pusher pin to raise the adhesive section of the die on the dicing sheet which is being attempted to be picked up, which is done when performing pickup by picking up a die on the dicing sheet by lowering the suction nozzle, after setting a wafer pallet stretched across which is a stretchable dicing sheet on which is affixed a wafer which has been diced so that multiple dies are divided, and performing image recognition of the position of the die by capturing an image of the die on the dicing sheet with a camera, characterized in that wafer data is created using a wafer-related data creation device comprising a setting stand for setting the wafer pallet which is the target for the wafer-related data creation, a test-use suction nozzle for picking up the die on the dicing sheet of the wafer pallet set on the setting stand, a test-use pusher pin for pushing up the adhesive section of the die on the dicing sheet which is being attempted to be picked up by the test-use suction nozzle, and a test-use camera for capturing images of the die on the dicing sheet, wherein the wafer pallet which is the target for the wafer-related data creation is set on the setting stand of the wafer-related data creation device, the image captured by the test-use camera is processed, and push movement of the test-use pusher pin and die pickup movement of the test-use suction nozzle are performed.
A method, in a network node, for conference handling, the method comprising: receiving an invitation, from an initiating user equipment, to create an Internet Protocol Multimedia Subsystem, IMS, conference, the invitation comprising a Uniform Resource Identifier, URI, associated with the initiating user equipment; obtaining a conference focus identifier associated with the IMS conference; compiling a mapping of the URI and the conference focus identifier; receiving, from a participating user equipment (19, 23), a communication request comprising the URI associated with the initiating user equipment; and forwarding the communication request to the IMS conference associated with the conference focus identifier, the step of forwarding being based on the mapping. receiving an invitation, from an initiating user equipment, to create an Internet Protocol Multimedia Subsystem, IMS, conference, the invitation comprising a Uniform Resource Identifier, URI, associated with the initiating user equipment; obtaining a conference focus identifier associated with the IMS conference; compiling a mapping of the URI and the conference focus identifier; receiving, from a participating user equipment (19, 23), a communication request comprising the URI associated with the initiating user equipment; and forwarding the communication request to the IMS conference associated with the conference focus identifier, the step of forwarding being based on the mapping.
A computer system comprising: two execution environments (104, 106); a separation mechanism configured to enforce separation between the two execution environments (104, 106), wherein a first execution environment is configured to be a gatekeeper which interposes on all communications of a second execution environment; an attestation mechanism configured to enable the gatekeeper to attest to properties of the two execution environments (104, 106); wherein the second execution environment is configured to run application specific code which potentially contains security vulnerabilities; wherein the gatekeeper is configured to enforce an input output policy on the second execution environment by interposing on all communications to and from the second execution environment by applying the policy such that individual ones of the communications are forwarded, modified or dropped; such that outgoing communications from the second execution environment are sent out of the computer system according to the policy and incoming communications to the second execution environment are accepted according to the policy; and wherein the gatekeeper is configured to provide evidence of attestation both for the application specific code and the policy, wherein the evidence produced by the attestation mechanism comprises one of a cryptographic signature or a certificate. two execution environments (104, 106); a separation mechanism configured to enforce separation between the two execution environments (104, 106), wherein a first execution environment is configured to be a gatekeeper which interposes on all communications of a second execution environment; an attestation mechanism configured to enable the gatekeeper to attest to properties of the two execution environments (104, 106); wherein the second execution environment is configured to run application specific code which potentially contains security vulnerabilities; wherein the gatekeeper is configured to enforce an input output policy on the second execution environment by interposing on all communications to and from the second execution environment by applying the policy such that individual ones of the communications are forwarded, modified or dropped; such that outgoing communications from the second execution environment are sent out of the computer system according to the policy and incoming communications to the second execution environment are accepted according to the policy; and wherein the gatekeeper is configured to provide evidence of attestation both for the application specific code and the policy, wherein the evidence produced by the attestation mechanism comprises one of a cryptographic signature or a certificate.
Filtration device characterised in that it comprises: - a first block having a cavity forming a first chamber comprising a bottom wall having a set of microstructures comprising microwalls (111.3) and micro-contacts (111.4); with the set of microstructures defining, on the bottom wall of the culture chamber, micro-bumps (111.0) and micro-channels (111.2), - a second block having a cavity forming a second chamber, and - a filtration membrane, with the first block, the membrane and the second block being arranged such that the membrane is located between the first chamber and the second chamber, adjacent to each of the first and second chambers (110, 120), - a first opening and a second opening for enabling a first fluid to pass into the second chamber which is separated from the first chamber by the membrane - a first block having a cavity forming a first chamber comprising a bottom wall having a set of microstructures comprising microwalls (111.3) and micro-contacts (111.4); with the set of microstructures defining, on the bottom wall of the culture chamber, micro-bumps (111.0) and micro-channels (111.2), - a second block having a cavity forming a second chamber, and - a filtration membrane, with the first block, the membrane and the second block being arranged such that the membrane is located between the first chamber and the second chamber, adjacent to each of the first and second chambers (110, 120), - a first opening and a second opening for enabling a first fluid to pass into the second chamber which is separated from the first chamber by the membrane
A composition comprising a retinoid, an NFKB-inhibitor, and a cosmetically-acceptable topical carrier, wherein the amount of retinoid in the composition is from 0.01 % to 0.075% by weight of the composition, and wherein said NFKB-inhibitor is selected from the group consisting of substituted resorcinols, -3-(4-Methylphenylsulfonyl)-2-propenenitrile, and combinations thereof.
Capstan designed for tensioning a fag end, said capstan comprising: - a fixed frame housing an input shaft and a gearbox; - a winch drum around which said fag end may be wound, said winch drum being rotatably mounted about said frame and connected to said input shaft by said gearbox such that rotation of said input shaft is accompanied by rotation of said winch drum around said frame, said gearbox has at least a first and a second gear ratio; - clutch means moveable between at least a first position of engagement wherein at least said first gear ratio is engaged and a second position of engagement wherein at least said second gear ratio is engaged; - means for evaluating (28, 33) the tension in said fag end; characterised in that it comprises means for maintaining (40, 362) said clutch means in either of the positions thereof regardless of the value of said tension evaluated by said means for evaluating (28, 33), said means for maintaining (40, 362) comprising: - first maintaining means enabling said clutch means to be maintained in said first position so long as the tension evaluated by said means for evaluating (28, 33) does not reach a predetermined top threshold value, and - second maintaining means enabling said clutch means to be maintained in said second position so long as the tension evaluated by said means for evaluating (28, 33) does not reach a predetermined bottom threshold value. - a fixed frame housing an input shaft and a gearbox; - a winch drum around which said fag end may be wound, said winch drum being rotatably mounted about said frame and connected to said input shaft by said gearbox such that rotation of said input shaft is accompanied by rotation of said winch drum around said frame, said gearbox has at least a first and a second gear ratio; - clutch means moveable between at least a first position of engagement wherein at least said first gear ratio is engaged and a second position of engagement wherein at least said second gear ratio is engaged; - means for evaluating (28, 33) the tension in said fag end; - first maintaining means enabling said clutch means to be maintained in said first position so long as the tension evaluated by said means for evaluating (28, 33) does not reach a predetermined top threshold value, and - second maintaining means enabling said clutch means to be maintained in said second position so long as the tension evaluated by said means for evaluating (28, 33) does not reach a predetermined bottom threshold value.