mhurhangee/ep-ind-claims huggingface dataset:
An electronic device testing system for testing an electronic device having a substrate on which is printed a metamaterial structure (118, 118a, 118b) using an ink, the metamaterial structure (118, 118a, 118b) comprising a pattern of elements providing a terahertz resonance frequency to the metamaterial structure (118, 118a, 118b) using the ink, the electronic device testing system comprising: a terahertz radiation emitter configured to emit an incident terahertz radiation beam (126, 1126) to be incident on the metamaterial structure (118, 118a, 118b) of the substrate, the incident terahertz radiation beam (126, 1126) having power at least the terahertz resonance frequency of the metamaterial structure (118, 118a, 118b); a terahertz radiation receiver configured to receive an outgoing terahertz radiation beam (130, 1130) outgoing from the metamaterial structure (118, 118a, 118b); and a controller (132, 732) communicatively coupled to at least the terahertz radiation receiver; characterized in that: the terahertz radiation receiver is configured to measure an amplitude of an electric field of the outgoing terahertz radiation beam (130, 1130) at least at the terahertz resonance frequency; and the controller is configured to determine a conductivity value indicative of a conductivity of the ink based on said amplitude and to generate a signal indicative of an action to be performed when the determined conductivity of the ink is below a given conductivity threshold. a terahertz radiation emitter configured to emit an incident terahertz radiation beam (126, 1126) to be incident on the metamaterial structure (118, 118a, 118b) of the substrate, the incident terahertz radiation beam (126, 1126) having power at least the terahertz resonance frequency of the metamaterial structure (118, 118a, 118b); a terahertz radiation receiver configured to receive an outgoing terahertz radiation beam (130, 1130) outgoing from the metamaterial structure (118, 118a, 118b); and a controller (132, 732) communicatively coupled to at least the terahertz radiation receiver; characterized in that: the terahertz radiation receiver is configured to measure an amplitude of an electric field of the outgoing terahertz radiation beam (130, 1130) at least at the terahertz resonance frequency; and the controller is configured to determine a conductivity value indicative of a conductivity of the ink based on said amplitude and to generate a signal indicative of an action to be performed when the determined conductivity of the ink is below a given conductivity threshold. the terahertz radiation receiver is configured to measure an amplitude of an electric field of the outgoing terahertz radiation beam (130, 1130) at least at the terahertz resonance frequency; and the controller is configured to determine a conductivity value indicative of a conductivity of the ink based on said amplitude and to generate a signal indicative of an action to be performed when the determined conductivity of the ink is below a given conductivity threshold.
A process for manufacturing biomedical components, in particular components for dental use, comprising the steps of: - providing a semi-wafer or partialized wafer comprising at least one respective housing configured to accommodate an insert made to size, - inserting the biomedical component in said insert by way of a computerized system - realizing by way of a 3D printer the insert, said step comprising at least the steps of - realizing a perimeter of the insert, - realizing the biomedical component inside said perimeter, - realizing a plurality of links configured to hook the biomedical component to said perimeter, - inserting the insert made to size into the respective housing so as to realize a composite entire wafer or product of standardized type, - precision milling the biomedical component comprised in the insert. - providing a semi-wafer or partialized wafer comprising at least one respective housing configured to accommodate an insert made to size, - inserting the biomedical component in said insert by way of a computerized system - realizing by way of a 3D printer the insert, said step comprising at least the steps of - realizing a perimeter of the insert, - realizing the biomedical component inside said perimeter, - realizing a plurality of links configured to hook the biomedical component to said perimeter, - realizing a perimeter of the insert, - realizing the biomedical component inside said perimeter, - realizing a plurality of links configured to hook the biomedical component to said perimeter, - inserting the insert made to size into the respective housing so as to realize a composite entire wafer or product of standardized type, - precision milling the biomedical component comprised in the insert.
A method of controlling wireless transmissions in a wireless communication system, the method comprising: an access point (10; 900; 1000) of the wireless communication system configuring a carrier for communication with one or more wireless devices associated with the access point (10; 900; 1000); based on a backoff counter maintained by the access point (10; 900; 1000), the access point (10; 900; 1000) contending for access to the carrier to transmit data; in response to another access point (10; 900; 1000) winning contention for access to the carrier, the access point (10; 900; 1000) cooperating at least with the access point (10; 900; 1000) winning the contention by sharing a transmission opportunity reserved on the carrier by the access point (10; 900; 1000) winning the contention and transmitting at least a part of the data in the shared transmission opportunity; and the access point (10; 900; 1000) pausing the backoff counter during the shared transmission opportunity. an access point (10; 900; 1000) of the wireless communication system configuring a carrier for communication with one or more wireless devices associated with the access point (10; 900; 1000); based on a backoff counter maintained by the access point (10; 900; 1000), the access point (10; 900; 1000) contending for access to the carrier to transmit data; in response to another access point (10; 900; 1000) winning contention for access to the carrier, the access point (10; 900; 1000) cooperating at least with the access point (10; 900; 1000) winning the contention by sharing a transmission opportunity reserved on the carrier by the access point (10; 900; 1000) winning the contention and transmitting at least a part of the data in the shared transmission opportunity; and the access point (10; 900; 1000) pausing the backoff counter during the shared transmission opportunity.
A method for authentication of a mobile device in a communications network comprising: once an incorrect event at a network element is detected on the network, the incorrect event being related to a mobile device, the network element: shortening a registration validity time for the mobile device; and notifying the mobile device to re-authenticate by sending a notification. once an incorrect event at a network element is detected on the network, the incorrect event being related to a mobile device, the network element: shortening a registration validity time for the mobile device; and notifying the mobile device to re-authenticate by sending a notification. shortening a registration validity time for the mobile device; and notifying the mobile device to re-authenticate by sending a notification.
A method of washing a dishwashing load comprising plastic items in an automatic dishwasher in the presence of orthophosphate, the method comprising the steps of: 1) subjecting the load to wash water comprising from 0.5 to 10 ppm of orthophosphate expressed as elementary phosphorous; and 2) providing from 10 g to 20 g of an automatic dishwashing composition comprising: a) from 1 to 15% by weight of the composition of a first polymer comprising: i) carboxylic acid monomers; ii) monomers comprising a sulfonic acid group; wherein the monomers comprising a sulfonic acid group represent 10% or less of the polymer on a molar basis; b) from 0.5 to 5% by weight of the composition of a phosphonate; c) a bleach system comprising bleach and a bleach catalyst; and d) less than 1% of polyphosphate. 1) subjecting the load to wash water comprising from 0.5 to 10 ppm of orthophosphate expressed as elementary phosphorous; and 2) providing from 10 g to 20 g of an automatic dishwashing composition comprising: a) from 1 to 15% by weight of the composition of a first polymer comprising: i) carboxylic acid monomers; ii) monomers comprising a sulfonic acid group; wherein the monomers comprising a sulfonic acid group represent 10% or less of the polymer on a molar basis; b) from 0.5 to 5% by weight of the composition of a phosphonate; c) a bleach system comprising bleach and a bleach catalyst; and d) less than 1% of polyphosphate. a) from 1 to 15% by weight of the composition of a first polymer comprising: i) carboxylic acid monomers; ii) monomers comprising a sulfonic acid group; wherein the monomers comprising a sulfonic acid group represent 10% or less of the polymer on a molar basis; i) carboxylic acid monomers; ii) monomers comprising a sulfonic acid group; wherein the monomers comprising a sulfonic acid group represent 10% or less of the polymer on a molar basis; b) from 0.5 to 5% by weight of the composition of a phosphonate; c) a bleach system comprising bleach and a bleach catalyst; and d) less than 1% of polyphosphate.
An anti-human OX40 agonist antibody, wherein the antibody comprises a heavy chain variable domain comprising the amino acid sequence of SEQ ID NO:56 and a light chain variable domain comprising the amino acid sequence of SEQ ID NO:57.
A surgical bur comprising: a body comprising a plurality of flutes, wherein each of the plurality of flutes comprises a cutting edge, a rake face and a clearance surface, and a plurality of lands, each of the plurality of lands is convex-shaped and disposed between a pair of the plurality of flutes; and a drill point comprising a plurality of axial relief surfaces, characterized in that each of the plurality of axial relief surfaces has a planar area, is distinct from the plurality of lands and borders (i) a distal portion of one of the cutting edges, (ii) one of the plurality of lands, and (iii) one of the clearance surfaces; and wherein the planar areas are circular in shape. a body comprising a plurality of flutes, wherein each of the plurality of flutes comprises a cutting edge, a rake face and a clearance surface, and a plurality of lands, each of the plurality of lands is convex-shaped and disposed between a pair of the plurality of flutes; and a drill point comprising a plurality of axial relief surfaces, characterized in that each of the plurality of axial relief surfaces has a planar area, is distinct from the plurality of lands and borders (i) a distal portion of one of the cutting edges, (ii) one of the plurality of lands, and (iii) one of the clearance surfaces; and wherein the planar areas are circular in shape.
A processor comprising: one or more execution circuits (114 0, 114 1,..., 114 n) to execute instructions; a stream prediction circuit coupled to the one or more execution circuits (114 0, 114 1,..., 114 n), the stream prediction circuit to receive demand requests for information and, based at least in part on the demand requests, generate a page prefetch hint for a first page; a prefetcher circuit to generate first prefetch requests each for a cache line, the stream prediction circuit decoupled from the prefetcher circuit; characterized by: a plurality of page detectors (244 0, 244 1,..., 244 n) each to receive the page prefetch hint and to generate a plurality of second prefetch requests based on the page prefetch hint; and a shared cache memory coupled to the stream prediction circuit and the prefetcher circuit, wherein the shared cache memory is to receive second prefetch requests associated with the page prefetch hint and at least some of the first prefetch requests, wherein the second prefetch requests are for a different page than the first prefetch requests. one or more execution circuits (114 0, 114 1,..., 114 n) to execute instructions; a stream prediction circuit coupled to the one or more execution circuits (114 0, 114 1,..., 114 n), the stream prediction circuit to receive demand requests for information and, based at least in part on the demand requests, generate a page prefetch hint for a first page; a prefetcher circuit to generate first prefetch requests each for a cache line, the stream prediction circuit decoupled from the prefetcher circuit; characterized by: a plurality of page detectors (244 0, 244 1,..., 244 n) each to receive the page prefetch hint and to generate a plurality of second prefetch requests based on the page prefetch hint; and a shared cache memory coupled to the stream prediction circuit and the prefetcher circuit, wherein the shared cache memory is to receive second prefetch requests associated with the page prefetch hint and at least some of the first prefetch requests, wherein the second prefetch requests are for a different page than the first prefetch requests. a plurality of page detectors (244 0, 244 1,..., 244 n) each to receive the page prefetch hint and to generate a plurality of second prefetch requests based on the page prefetch hint; and a shared cache memory coupled to the stream prediction circuit and the prefetcher circuit, wherein the shared cache memory is to receive second prefetch requests associated with the page prefetch hint and at least some of the first prefetch requests, wherein the second prefetch requests are for a different page than the first prefetch requests.
An inner package for placing into an outer package to form an overpack for a 500 l drum for the storage of radioactive waste, the inner package comprising: a barrel for receiving a 500 l drum for the storage of radioactive waste; a cage surrounding the barrel and comprising a base portion, a top portion and side portions extending between the base portion and the top portion; wherein the barrel is substantially cylindrical and is oriented such that its main cylindrical axis lies substantially parallel with the base portion and the top portion of the cage; the barrel is structurally connected to the cage to hold the barrel within the cage; and one of the side portions lying substantially perpendicular to the main cylindrical axis of the barrel within the cage is removably attached to the other portions of the cage, characterized in that the top portion has at least one lifting point for lifting the inner package and in that one or more of the base portion, top portion and side portion comprises a plurality of struts forming a lattice. a barrel for receiving a 500 l drum for the storage of radioactive waste; a cage surrounding the barrel and comprising a base portion, a top portion and side portions extending between the base portion and the top portion; wherein the barrel is substantially cylindrical and is oriented such that its main cylindrical axis lies substantially parallel with the base portion and the top portion of the cage; the barrel is structurally connected to the cage to hold the barrel within the cage; and one of the side portions lying substantially perpendicular to the main cylindrical axis of the barrel within the cage is removably attached to the other portions of the cage, characterized in that the top portion has at least one lifting point for lifting the inner package and in that one or more of the base portion, top portion and side portion comprises a plurality of struts forming a lattice.
Optical filter system for a video endoscope, wherein the optical filter system is arranged in a distal end section of an elongate shaft and at least one electronic image sensor for receiving image light is arranged in an image plane in the distal end section, wherein the optical filter system comprises an objective lens system with a first lens, a second lens, a third lens and optionally further lenses in order from an object side to receive the image light and to pass the image light towards the image sensor, characterized in that an optical filter (333, 343, 353) comprising a varying transmission characteristics relative to a distance from a central region of the optical filter (333, 343, 353) and/or from an optical axis of the incident image light to the optical filter (333, 343, 353) is optically located between the first lens and the second lens of the objective lens system, so that in case of fluorescence imaging an emission radiation is collectable by the image sensor substantially free of an excitation radiation and fluorescence image data and visible light image data are overlayable and displayable.
A storage device (10, 10a) comprising: a power supply circuit (300, 300a) adapted to receive a power disable signal from a host device and to provide a first internal voltage to a processor (110, 110a) and a second internal voltage to a host interface; a non-volatile memory including a memory device (200_1); and a storage controller (100, 100a) that is adapted to control the non-volatile memory and that includes the processor (110, 110a), that is adapted to perform a data recovery operation on data stored in the memory device (200_1) after a reference time has elapsed following a power off time, and the host interface, that is adapted to communicate with the host device, wherein when the power disable signal is activated at the power off time, the storage controller (100, 100a) configured to be powered off, the power supply circuit (300, 300a) is configured to interrupt the first internal voltage and the second internal voltage during the reference time following the power off time, and to provide the first internal voltage to the processor (110, 110a) and to not provide the second internal voltage to the host interface after the reference time has elapsed following the power off time. a power supply circuit (300, 300a) adapted to receive a power disable signal from a host device and to provide a first internal voltage to a processor (110, 110a) and a second internal voltage to a host interface; a non-volatile memory including a memory device (200_1); and a storage controller (100, 100a) that is adapted to control the non-volatile memory and that includes the processor (110, 110a), that is adapted to perform a data recovery operation on data stored in the memory device (200_1) after a reference time has elapsed following a power off time, and the host interface, that is adapted to communicate with the host device, wherein when the power disable signal is activated at the power off time, the storage controller (100, 100a) configured to be powered off, the power supply circuit (300, 300a) is configured to interrupt the first internal voltage and the second internal voltage during the reference time following the power off time, and to provide the first internal voltage to the processor (110, 110a) and to not provide the second internal voltage to the host interface after the reference time has elapsed following the power off time.
A pressing tool for producing a spherical green body by further processing a precompacted spherical pressing body, wherein - the pressing tool has at least a first metal pressing tool block and a second metal pressing tool block and each of the pressing tool blocks (31; 32) has a shaping recess, wherein the recesses together form a spherical cavity for receiving the precompacted spherical pressing body, - wherein each pressing tool block (31; 32) has a first tool region (311; 321) around the region of its recess and has a second tool region (312; 322) around the first tool region (311; 321), externally thereto, characterised in that the first tool region (311; 321) has a higher elasticity than the second tool region (312; 322), such that hollow spaces, which are arranged in the first tool region (311; 321) and can be pressurised by means of a fluid, permit an expansion of the metal material with an enlargement of a cross-section of the hollow spaces in the first tool region (311; 321), such that the spherical cavity of the pressing tool can be made smaller such that a pressure can be exerted on all sides of the precompacted spherical pressing body. - the pressing tool has at least a first metal pressing tool block and a second metal pressing tool block and each of the pressing tool blocks (31; 32) has a shaping recess, wherein the recesses together form a spherical cavity for receiving the precompacted spherical pressing body, - wherein each pressing tool block (31; 32) has a first tool region (311; 321) around the region of its recess and has a second tool region (312; 322) around the first tool region (311; 321), externally thereto, characterised in that the first tool region (311; 321) has a higher elasticity than the second tool region (312; 322), such that hollow spaces, which are arranged in the first tool region (311; 321) and can be pressurised by means of a fluid, permit an expansion of the metal material with an enlargement of a cross-section of the hollow spaces in the first tool region (311; 321), such that the spherical cavity of the pressing tool can be made smaller such that a pressure can be exerted on all sides of the precompacted spherical pressing body.
Self-steering vehicle which is designed to perform autonomous locomotion on a surface and has drive means for locomotion as well as navigation means, wherein the navigation means are designed to determine positions along a closed path enclosing a working area of the surface, wherein the navigation means are designed to generate successive path section data items, and the path section data items for route sections of the path each have an assigned angle information item (φ), wherein the navigation means are assigned auto-correlation means which are configured in such a way that by acquiring auto-correlation data items they determine, from a sequence of path section data items corresponding to locomotion along the path, whether and/or that the vehicle has completely traveled along the enclosing path and/or a sequence of route sections which has already been traveled along is being traveled along again, characterized in that the auto-correlation data γ (τ) is determined by γ τ = 1 n - τ ∑ i = τ n φ i - φ i - τ 2, wherein ΦLi corresponds to the angle information of a respective route section of the route sections and n to the number of path section data items.