mhurhangee/ep-ind-claims huggingface dataset:
A multilayered inductance device comprising: conductor patterns forming a ring-shaped coil, said coil having an n winding section in which the number of windings is n and an n + 1 winding section in which the number of windings is n + 1; a first magnetic gap made of a nonmagnetic material and being configured to block the formation of a magnetic flux (Φ) surrounding the n winding section or the n + 1 winding section and being mounted above and below said winding section at which the formation of magnetic flux (Φ) is blocked, wherein the first magnetic gap is thicker than the separation between adjacent windings formed by the conductor patterns; and a magnetic material being mounted inside and outside the ring of aforementioned coil through which magnetic flux (Φ) is passed to form a magnetic circuit, wherein the magnetic material is mounted in regions excluding the region of nonmagnetic material and; wherein the first magnetic gap is being configured to block either the formation of the magnetic flux (Φ) surrounding aforementioned n winding section or the formation of the magnetic flux (Φ) surrounding aforementioned n + 1 winding section. conductor patterns forming a ring-shaped coil, said coil having an n winding section in which the number of windings is n and an n + 1 winding section in which the number of windings is n + 1; a first magnetic gap made of a nonmagnetic material and being configured to block the formation of a magnetic flux (Φ) surrounding the n winding section or the n + 1 winding section and being mounted above and below said winding section at which the formation of magnetic flux (Φ) is blocked, wherein the first magnetic gap is thicker than the separation between adjacent windings formed by the conductor patterns; and a magnetic material being mounted inside and outside the ring of aforementioned coil through which magnetic flux (Φ) is passed to form a magnetic circuit, wherein the magnetic material is mounted in regions excluding the region of nonmagnetic material and; wherein the first magnetic gap is being configured to block either the formation of the magnetic flux (Φ) surrounding aforementioned n winding section or the formation of the magnetic flux (Φ) surrounding aforementioned n + 1 winding section.
A light shielding system configured to shield at least one eye of a patient from incident light for an electroretinogram comprising a substantially lighttight shielding box enclosing an inner space arranged to receive a hand held Ganzfeld stimulator, which box is mountable over the at least one eye of the patient; wherein the system comprises an adjustable head connection assembly, which is adjustable on a patient's head, the connection assembly including at least one opening allowing the Ganzfeld stimulator to illuminate the at least one eye of the patient, characterised in that the box includes at least one sleeve extending into the box to allow manipulation of the Ganzfeld stimulator.
A composition for detecting the presence of 2009 swine H1N1 influenza A virus comprising oligonucleotides specific for sequences that represent a 2009 swine H1N1 influenza A virus genome or transcripts made from the 2009 swine H1N1 influenza A virus genome, wherein said oligonucleotides are a combination of: SEQ ID NO: 42; SEQ ID NO: 43; and SEQ ID NO: 44. SEQ ID NO: 42; SEQ ID NO: 43; and SEQ ID NO: 44.
An inter prediction method, performed by a decoding apparatus, the method comprising: obtaining picture order count, POC, information in a slice header; deriving POC values for reference pictures based on the POC information; constructing a reference picture list based on the POC values of the reference pictures; and performing an inter prediction on a current block based on the reference picture list, to derive a predicted sample of the current block, wherein the POC information in the slice header includes POC difference value information, wherein a POC value of an i-th reference picture is derived based on a POC difference derived from the POC difference value information, wherein the reference pictures subsequent to a current picture in POC order are ordered in ascending order, wherein for the reference pictures subsequent to the current picture in the POC order, the POC difference represents a difference between a POC value of the current picture and a POC value of the i-th reference picture when i is equal to 0, and the POC difference represents a difference between the POC value of the i-th reference picture and a POC value of an (i-1)-th reference picture when i is greater than 0, and wherein the reference pictures with the POC values greater than the POC value of the current picture are ordered in ascending order of the POC values for the reference pictures. obtaining picture order count, POC, information in a slice header; deriving POC values for reference pictures based on the POC information; constructing a reference picture list based on the POC values of the reference pictures; and performing an inter prediction on a current block based on the reference picture list, to derive a predicted sample of the current block, wherein the POC information in the slice header includes POC difference value information, wherein a POC value of an i-th reference picture is derived based on a POC difference derived from the POC difference value information, wherein the reference pictures subsequent to a current picture in POC order are ordered in ascending order, wherein for the reference pictures subsequent to the current picture in the POC order, wherein the POC information in the slice header includes POC difference value information, wherein a POC value of an i-th reference picture is derived based on a POC difference derived from the POC difference value information, wherein the reference pictures subsequent to a current picture in POC order are ordered in ascending order, wherein for the reference pictures subsequent to the current picture in the POC order, the POC difference represents a difference between a POC value of the current picture and a POC value of the i-th reference picture when i is equal to 0, and the POC difference represents a difference between the POC value of the i-th reference picture and a POC value of an (i-1)-th reference picture when i is greater than 0, and wherein the reference pictures with the POC values greater than the POC value of the current picture are ordered in ascending order of the POC values for the reference pictures.
Machine tool, comprising at least one workpiece clamping apparatus and at least one tool spindle (18a, 18b) characterized in that the at least one workpiece clamping apparatus is fixedly or releasably arranged on at least one workpiece carrier, the workpiece clamping apparatus comprising: at least one receptacle for a workpiece, wherein the at least one receptacle comprises a wall and an opening via which the workpiece is insertable into the receptacle in a linear direction and removable therefrom in a counter-direction, a clamping device for fixing the workpiece in the at least one receptacle, a first access area via which a first tool engages the workpiece for a first machining operation, a counter-bearing for the first tool, and a second access area (116, 116') via which a second tool engages the workpiece for a second machining operation, wherein the first machining operation and the second machining operation are performed at different locations on the workpiece using different tools (100, 118), and wherein the workpiece clamping apparatus is free of a counter-bearing for the second tool, and that the at least one workpiece carrier is pivotable about at least one axis (A, B). at least one receptacle for a workpiece, wherein the at least one receptacle comprises a wall and an opening via which the workpiece is insertable into the receptacle in a linear direction and removable therefrom in a counter-direction, a clamping device for fixing the workpiece in the at least one receptacle, a first access area via which a first tool engages the workpiece for a first machining operation, a counter-bearing for the first tool, and a second access area (116, 116') via which a second tool engages the workpiece for a second machining operation, wherein the first machining operation and the second machining operation are performed at different locations on the workpiece using different tools (100, 118), and wherein the workpiece clamping apparatus is free of a counter-bearing for the second tool, and
An apparatus (102, 600) in a local network communicating with a cloud network, the apparatus comprising: one or more processors (126, 606); and, memory (132, 610) in communication with the one or more processors, the memory comprising code (616, 618, 620) that, when executed, causes the one or more processors to control the apparatus to: receive first data from at least one sensor (206, 214); process a first portion of the first data to generate second data; queue the second data as having a non-time sensitive priority for sending to the cloud network when bandwidth is available; and, provide web services in the local network by processing the second data and a second portion of the first data that is different from the first portion of the first data in the local network. one or more processors (126, 606); and, memory (132, 610) in communication with the one or more processors, the memory comprising code (616, 618, 620) that, when executed, causes the one or more processors to control the apparatus to: receive first data from at least one sensor (206, 214); process a first portion of the first data to generate second data; queue the second data as having a non-time sensitive priority for sending to the cloud network when bandwidth is available; and, provide web services in the local network by processing the second data and a second portion of the first data that is different from the first portion of the first data in the local network. receive first data from at least one sensor (206, 214); process a first portion of the first data to generate second data; queue the second data as having a non-time sensitive priority for sending to the cloud network when bandwidth is available; and, provide web services in the local network by processing the second data and a second portion of the first data that is different from the first portion of the first data in the local network.