mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for use in a user equipment, the apparatus comprising: means for receiving, via broadcast signaling, at least one access control criterion from a network node of a network, wherein the at least one access control criterion indicates a received power threshold that is to be met in order to access the network; means for determining a need to access the network; means for determining a barring status for the user equipment based on whether the received at least one access control criterion is met or not; and means for determining whether the user equipment is allowed to access the network based on determined barring status. means for receiving, via broadcast signaling, at least one access control criterion from a network node of a network, wherein the at least one access control criterion indicates a received power threshold that is to be met in order to access the network; means for determining a need to access the network; means for determining a barring status for the user equipment based on whether the received at least one access control criterion is met or not; and means for determining whether the user equipment is allowed to access the network based on determined barring status.
A dielectric film for use in a transducer, characterized in that the dielectric film is produced from a liquid composition containing metallic oxide particles that are synthesized by hydrolytic reaction of an organometallic compound and that have a hydroxy group, and a polymer solution containing a rubber polymer having a functional group that optionally reacts with the hydroxy group of the metallic oxide particles, and the dielectric film includes: an elastomer; and the metallic oxide particles that are chemically bonded to the elastomer and are dispersed in the elastomer in a state of primary particles, and when a sol of the metallic oxide particles in the liquid composition is measured by using a laser diffraction/scattering particle diameter/particle size distribution measuring apparatus, the median diameter of the metallic oxide particles is 10 nm or more and 50 nm or less. an elastomer; and the metallic oxide particles that are chemically bonded to the elastomer and are dispersed in the elastomer in a state of primary particles, and
An optical system (200, 300) comprising: a solid immersion lens formed from germanium or silicon and being configured to receive infrared light, including a first surface and a second surface; and a focal plane array comprising a plurality of pixels, wherein each pixel of the plurality of pixels includes at least one photosensor configured to detect incident infrared light received by the solid immersion lens, light, and each photosensor includes a p-n junction configured to output a current indicative of an amount of light incident on the p-n junction, and wherein the optical system further comprising a computing device, the current output by each photosensor is provided to the computing device configured to interpret the output currents and determine an image indicated by the output currents, the focal plane array being configured to be in optical contact with the first surface of the solid immersion lens, and wherein each pixel of the plurality of pixels is configured to have a size of less than a vacuum wavelength of the infrared light received by the the solid immersion lens; wherein the focal plane array comprises that the array surface which directly contacts the first surface of the solid immersion lens, or the distance between the array surface and the first surface of the solid immersion lens is sufficiently small compared to the wavelength of light such that the spot size does not spread out, as occurs in connection with frustrated total internal reflection. a solid immersion lens formed from germanium or silicon and being configured to receive infrared light, including a first surface and a second surface; and a focal plane array comprising a plurality of pixels, wherein each pixel of the plurality of pixels includes at least one photosensor configured to detect incident infrared light received by the solid immersion lens, light, and each photosensor includes a p-n junction configured to output a current indicative of an amount of light incident on the p-n junction, and wherein the optical system further comprising a computing device, the current output by each photosensor is provided to the computing device configured to interpret the output currents and determine an image indicated by the output currents, the focal plane array being configured to be in optical contact with the first surface of the solid immersion lens, and wherein each pixel of the plurality of pixels is configured to have a size of less than a vacuum wavelength of the infrared light received by the the solid immersion lens; wherein the focal plane array comprises that the array surface which directly contacts the first surface of the solid immersion lens, or the distance between the array surface and the first surface of the solid immersion lens is sufficiently small compared to the wavelength of light such that the spot size does not spread out, as occurs in connection with frustrated total internal reflection.
A method for producing a partially press-hardened sheet metal component, especially a bodywork component, wherein the starting sheet metal material is firstly formed into a sheet metal formed part and this forming procedure is followed by a press hardening procedure, for which the sheet metal formed part is partially heated in a furnace and thereafter the partially heated sheet metal formed part is press hardened, characterised in that for partial heating in the furnace, at least one region of the sheet metal formed part which is not to be hardened or is to be hardened to a lesser extent is covered by two rigid mould shells which are applied on both sides of the sheet metal formed part in the region concerned, the internal contour of the mould shells corresponding to or approximating the spatial contour of the sheet metal formed part in the region to be covered, and in that the partially covered sheet metal formed part is brought in its entirety into the furnace.
A method for distributing information in a nurse call localization system, the method comprising at a first beacon apparatus adapted to receive identification messages originating from an identification tag via a first radio frequency transceiver and connected to a wired backbone network: - detecting a need to relay said information to a server; characterized by: - testing said wired backbone network for the presence of certain critical defects; - if none of said critical defects are found to be present, transmitting said information to said server over said wired backbone network; and - otherwise, using said radio frequency transceiver to transmit said information to said server; wherein the method further comprises: - transmitting at regular intervals a beacon message from said first beacon apparatus via one of said radio frequency transceiver, a magnetic induction transceiver, and an ultrasound transmitter; and, upon detection of one or more of said certain critical defects of said wired backbone network at said first beacon or at a similar beacon with wireless communication range of said first beacon, increasing the duration of said intervals. - detecting a need to relay said information to a server; characterized by: - testing said wired backbone network for the presence of certain critical defects; - if none of said critical defects are found to be present, transmitting said information to said server over said wired backbone network; and - otherwise, using said radio frequency transceiver to transmit said information to said server; - testing said wired backbone network for the presence of certain critical defects; - if none of said critical defects are found to be present, transmitting said information to said server over said wired backbone network; and - otherwise, using said radio frequency transceiver to transmit said information to said server; - transmitting at regular intervals a beacon message from said first beacon apparatus via one of said radio frequency transceiver, a magnetic induction transceiver, and an ultrasound transmitter; and, upon detection of one or more of said certain critical defects of said wired backbone network at said first beacon or at a similar beacon with wireless communication range of said first beacon, increasing the duration of said intervals.
A method of producing an annular magnetic core comprising winding an Fe-based, nano-crystalline, soft-magnetic alloy ribbon in which part of Fe is substituted by Ni and/or Co, and heat-treating the ribbon in a magnetic field of 1000 A/m or more applied in a width direction of the ribbon at a temperature equal to or higher than a crystallization start temperature at a temperature-elevating speed of 5°C/minute or less; wherein said Fe-based, nano-crystalline, soft-magnetic alloy ribbon comprises Ni and/or Co being 4 to 6 atomic %, 0.1 to 2 atomic % of Cu, 0.1 to 4 atomic % of Nb, 10 to 11.5 atomic % of Si, and 9.2 to 10 atomic % of B, and wherein said Fe-based, nano-crystalline, soft-magnetic alloy ribbon comprises more than 75.5 atomic % in total of Fe and Ni and/or Co.
Workshop trolley with a carcass, which has an upper side, a lower side, a front and a rear side (3V, 3R), as well as two opposing side surfaces, wherein at least one section of the upper side forms a work surface, and on the lower side are arranged wheels for the movement of the carcass, and at least one drawer is moveably arranged in the carcass, and/or at least one shelf compartment is formed in the carcass for the storage of tools, and the like, wherein the at least one drawer, and/or the at least one shelf compartment, are accessible from the front side, characterised in each case by, a bracket mounting, on the rear side, and/or on the at least one side surface, to which is attached at least one bracket, wherein the at least one bracket has a mounting end for connection to the bracket mounting, and an opposite holding end for holding items of work equipment, wherein the bracket mounting comprises a bracket rail on the rear side of the carcass, which rail runs parallel to the lower side and at a distance of 1 - 30 cm, in particular 10 - 20 cm, from the upper side, in particular it runs over the entire width of the rear side, that is to say, from one side surface to the other.
A bone fixation assembly comprising: an intramedullary nail having a nail body that is elongate substantially along a longitudinal axis that extends along a longitudinal direction, the nail body defining a first portion positioned to attach to a first bone segment and a second portion that is spaced from the first portion along the longitudinal direction and positioned to attach to a second bone segment that is separated from the first bone segment by a bone gap, the nail body defining opposed first and second internal surfaces (37a, 37b) that cooperate to at least partially define a compression slot extending into the first portion of the nail body, the compression slot defining a plurality of pockets including at least a pair of longitudinally spaced end pockets (52a, 52b) and an intermediate pocket disposed between the end pockets, and an intersection between adjacent ones of the pockets, wherein the compression slot defines a first width substantially perpendicular to the longitudinal direction at one of the intersections, and the compression slot defines a second width at one of the pockets along a direction substantially parallel to the first width, such that the second width is greater than the first width, and wherein at least one or both of the first and second internal surfaces (37a, 37b) is movable away from the other of the internal surfaces in response to movement of a compression member along the compression slot from one of the plurality of pockets, and into the one of the intersections toward another of the plurality of pockets. an intramedullary nail having a nail body that is elongate substantially along a longitudinal axis that extends along a longitudinal direction, the nail body defining a first portion positioned to attach to a first bone segment and a second portion that is spaced from the first portion along the longitudinal direction and positioned to attach to a second bone segment that is separated from the first bone segment by a bone gap, the nail body defining opposed first and second internal surfaces (37a, 37b) that cooperate to at least partially define a compression slot extending into the first portion of the nail body, the compression slot defining a plurality of pockets including at least a pair of longitudinally spaced end pockets (52a, 52b) and an intermediate pocket disposed between the end pockets, and an intersection between adjacent ones of the pockets, wherein the compression slot defines a first width substantially perpendicular to the longitudinal direction at one of the intersections, and the compression slot defines a second width at one of the pockets along a direction substantially parallel to the first width, such that the second width is greater than the first width, and wherein at least one or both of the first and second internal surfaces (37a, 37b) is movable away from the other of the internal surfaces in response to movement of a compression member along the compression slot from one of the plurality of pockets, and into the one of the intersections toward another of the plurality of pockets.
A process for making a confection, comprising: depositing a first portion of a shell through an outer concentric nozzle into a mold; co-depositing a non-gelatinous, supportive filling and at least one other filling through two inner concentric nozzles into the first portion of the shell, wherein the supportive filling and the at least one other filling spread laterally within the shell to take the shape of the shell while one or both of the fillings are still being deposited into the first portion of the shell; depositing a second portion of the shell to form a chamber enclosing the co-deposited supportive filling and at least one other filling, wherein the supportive filling and the shell each consist of chocolate, wherein the supportive filling does not have gelatin or any other thickening material added thereto, and wherein the supportive filling acts to reduce the tendency of, or prevent, the at least one other filling from leaking out when the chamber is broken, wherein the supportive filling and at least one other filling are co-deposited so as to be interspersed within the chamber so that more than two contiguous interfaces are formed between the supportive filling and at least one other filling. depositing a first portion of a shell through an outer concentric nozzle into a mold; co-depositing a non-gelatinous, supportive filling and at least one other filling through two inner concentric nozzles into the first portion of the shell, wherein the supportive filling and the at least one other filling spread laterally within the shell to take the shape of the shell while one or both of the fillings are still being deposited into the first portion of the shell; depositing a second portion of the shell to form a chamber enclosing the co-deposited supportive filling and at least one other filling, wherein the supportive filling and the shell each consist of chocolate, wherein the supportive filling does not have gelatin or any other thickening material added thereto, and wherein the supportive filling acts to reduce the tendency of, or prevent, the at least one other filling from leaking out when the chamber is broken, wherein the supportive filling and at least one other filling are co-deposited so as to be interspersed within the chamber so that more than two contiguous interfaces are formed between the supportive filling and at least one other filling.
A chemical vapor deposition reactor comprising: a double wall vacuum processing chamber with an inner wall and an outer wall; a layer of thermal insulation surrounding the outer wall; a layer of high temperature thermal insulation covering the inner wall; heating elements positioned in an interior of the processing chamber; a gas inlet structure positioned through the inner and outer walls (84, 86) of the processing chamber and oriented to direct a flow of reactant gas against a substrate and a support in the processing chamber to form a CVD coating on the substrate; a gas outlet structure positioned through the inner and outer walls (84, 86) of the processing chamber and connected to a vacuum and effluent gas management system; and fluid inlet and outlet structures positioned to circulate heated thermal transfer fluid at a temperature of up to 400°C through a passage between the inner wall and the outer wall (84, 86) of the double wall vacuum processing chamber to maintain a controlled isothermal inner wall temperature above a condensation temperature to prevent effluent byproducts from condensing on the inner walls and the high temperature insulation in the chamber. a double wall vacuum processing chamber with an inner wall and an outer wall; a layer of thermal insulation surrounding the outer wall; a layer of high temperature thermal insulation covering the inner wall; heating elements positioned in an interior of the processing chamber; a gas inlet structure positioned through the inner and outer walls (84, 86) of the processing chamber and oriented to direct a flow of reactant gas against a substrate and a support in the processing chamber to form a CVD coating on the substrate; a gas outlet structure positioned through the inner and outer walls (84, 86) of the processing chamber and connected to a vacuum and effluent gas management system; and fluid inlet and outlet structures positioned to circulate heated thermal transfer fluid at a temperature of up to 400°C through a passage between the inner wall and the outer wall (84, 86) of the double wall vacuum processing chamber to maintain a controlled isothermal inner wall temperature above a condensation temperature to prevent effluent byproducts from condensing on the inner walls and the high temperature insulation in the chamber.
A method of preparing an immunologically-active adjuvant-bound dried vaccine composition, the method comprising: a. combining at least one aluminum-salt adjuvant, at least one succinate buffer system, at least one glass-forming agent consisting of trehalose, and a recombinant antigen, wherein the antigen is selected or derived from the group consisting of toxins and viruses to create a liquid vaccine formulation; b. lyophilizing the liquid vaccine formulation, wherein lyophilizing comprises the steps of: i. freezing the liquid vaccine formulation to create a frozen vaccine formulation; and ii. drying the frozen vaccine formulation to create a dried vaccine composition; wherein said composition is capable of eliciting an immune response in a subject. a. combining at least one aluminum-salt adjuvant, at least one succinate buffer system, at least one glass-forming agent consisting of trehalose, and a recombinant antigen, wherein the antigen is selected or derived from the group consisting of toxins and viruses to create a liquid vaccine formulation; b. lyophilizing the liquid vaccine formulation, wherein lyophilizing comprises the steps of: i. freezing the liquid vaccine formulation to create a frozen vaccine formulation; and ii. drying the frozen vaccine formulation to create a dried vaccine composition; wherein said composition is capable of eliciting an immune response in a subject. i. freezing the liquid vaccine formulation to create a frozen vaccine formulation; and ii. drying the frozen vaccine formulation to create a dried vaccine composition;
A supporting assembly of a wheel with an epicyclic reduction gear system and integrated parking brake with simplified assembly, which comprises: - an epicyclic reduction gear unit with at least one reduction stage provided with a driving sun gear associated with a fixed ring gear by interposition of at least one planet gear which is supported by a driven planet gear carrier and is substantially cup-shaped, so as to define a bottom wall associated with at least one supporting pivot of said at least one planet gear and a cylindrical side wall which can be coupled to the hub of a wheel, the ring gear being supported in a fixed manner within the planet gear carrier, - and a braking assembly provided with a plurality of brake discs which are integral in rotation with said planet gear carrier and a plurality of fixed complementary brake discs interposed between said discs, characterized in that it comprises a separate external disc holder which supports said discs, is accommodated within said planet gear carrier and is rotationally integral therewith. - an epicyclic reduction gear unit with at least one reduction stage provided with a driving sun gear associated with a fixed ring gear by interposition of at least one planet gear which is supported by a driven planet gear carrier and is substantially cup-shaped, so as to define a bottom wall associated with at least one supporting pivot of said at least one planet gear and a cylindrical side wall which can be coupled to the hub of a wheel, the ring gear being supported in a fixed manner within the planet gear carrier, - and a braking assembly provided with a plurality of brake discs which are integral in rotation with said planet gear carrier and a plurality of fixed complementary brake discs interposed between said discs,
Flange-sealing-system comprising: at least one static sealing for flanges comprising: at least one disc spring, and at least one sealing element, wherein the at least one disc spring is adapted to press the at least one sealing element against at least one sealing surface; and at least one static flanged joint, wherein the at least one sealing is disposed between opposed flange flanks of the at least one static flanged joint, and wherein the flange-sealing-system is characterized in that the flanges of the at least one static flanged joint are made of a material selected from the group consisting of: ceramic, glass, plastic, a ceramic-, glass- or enamel coated material, and a composite material, particularly preferred of glass fiber reinforced plastic, and thereby the disc spring is configured to compensate for a relaxation of the flanged joint and a creep behavior of the sealing element. at least one static sealing for flanges comprising: at least one disc spring, and at least one sealing element, at least one disc spring, and at least one sealing element, wherein the at least one disc spring is adapted to press the at least one sealing element against at least one sealing surface; and at least one static flanged joint, wherein the at least one sealing is disposed between opposed flange flanks of the at least one static flanged joint, and wherein the flange-sealing-system is characterized in that the flanges of the at least one static flanged joint are made of a material selected from the group consisting of: ceramic, glass, plastic, a ceramic-, glass- or enamel coated material, and a composite material, particularly preferred of glass fiber reinforced plastic, and thereby the disc spring is configured to compensate for a relaxation of the flanged joint and a creep behavior of the sealing element.