mhurhangee/patent-ind-claim-en huggingface dataset:
A precursor structure of a perpendicularly magnetized film comprising a substrate , the substrate being a single-crystalline substrate having a cubic system structure having a plane or a substrate having a layer having a cubic system structure or tetragonal system structure having a plane, an underlayer disposed on the substrate, wherein the underlayer is composed of a conductive material having a good electric conductivity, an iron-based alloy layer disposed on the underlayer, wherein the iron-based alloy layer is a layer composed of an iron-based alloy comprising aluminum, a first metal film disposed on the iron-based alloy layer, wherein the first metal film is composed of a predetermined metal element, and wherein the first metal film does not contain aluminum, and a second alloy film disposed on the first metal film, wherein the second alloy film is composed of a predetermined alloy element, and wherein the second alloy film contains aluminum, wherein the predetermined metal element is a metal element which is capable of being oxidized to an oxide having a spinel structure, and wherein the predetermined alloy element is capable of being converted to an oxide having a spinel structure or an oxide having a structure in which a cation site of a spinel structure is disordered, when the alloy element is oxidized. a substrate , the substrate being a single-crystalline substrate having a cubic system structure having a plane or a substrate having a layer having a cubic system structure or tetragonal system structure having a plane, an underlayer disposed on the substrate, wherein the underlayer is composed of a conductive material having a good electric conductivity, an iron-based alloy layer disposed on the underlayer, wherein the iron-based alloy layer is a layer composed of an iron-based alloy comprising aluminum, a first metal film disposed on the iron-based alloy layer, wherein the first metal film is composed of a predetermined metal element, and wherein the first metal film does not contain aluminum, and wherein the first metal film is composed of a predetermined metal element, and wherein the first metal film does not contain aluminum, and a second alloy film disposed on the first metal film, wherein the second alloy film is composed of a predetermined alloy element, and wherein the second alloy film contains aluminum, wherein the second alloy film is composed of a predetermined alloy element, and wherein the second alloy film contains aluminum, wherein the predetermined metal element is a metal element which is capable of being oxidized to an oxide having a spinel structure, and wherein the predetermined alloy element is capable of being converted to an oxide having a spinel structure or an oxide having a structure in which a cation site of a spinel structure is disordered, when the alloy element is oxidized.
Laser light striping apparatus suitable for distance navigation during fire rescue, the laser light striping apparatus comprises at least a laser light emitting element , and a optical element for creating at least one laser light plane extending on two sides of an optical axis of said optical element, characterized in that the laser light plane extends over a fan angle (A) between 85 to 120 degrees, wherein over a line pattern in said laser light plane extending perpendicular to the optical axis, the emitted laser light line strip has a Gaussian distribution of power f(x), and the Gaussian distribution of power f(x) over the line pattern is f x = 1 σ 2 π e − x 2 / 2 σ 2 wherein x ranges from -1,4 to 1,4 and sigma σ is between 0,5 and 2.
A video providing device for providing video content comprising a plurality of viewpoints, the device comprising: a video storage unit operable to store a plurality of versions of a video for each of a plurality of the viewpoints in the video content, the videos being encoded such that each video comprises a region of high resolution corresponding to that viewpoint, wherein: a plurality of the videos each comprise the same region of high resolution corresponding to a respective viewpoint, and each video comprising the same region of high resolution is encoded with a temporal offset of the group of pictures relative to those other videos with the same region of high resolution, the group of pictures offsets defining video switching times for each video; a viewpoint determining unit operable to determine a requested viewpoint in the video content; a timing identification unit operable to identify a shortest potential switching time that is equal to or larger than a switching time threshold from amongst the plurality of video switching times; a video selection unit operable to select a video with a high resolution region corresponding to the requested viewpoint and the identified video switching time; and a video transmitting unit operable to transmit the selected video to a video receiving device. a video storage unit operable to store a plurality of versions of a video for each of a plurality of the viewpoints in the video content, the videos being encoded such that each video comprises a region of high resolution corresponding to that viewpoint, wherein: a plurality of the videos each comprise the same region of high resolution corresponding to a respective viewpoint, and each video comprising the same region of high resolution is encoded with a temporal offset of the group of pictures relative to those other videos with the same region of high resolution, the group of pictures offsets defining video switching times for each video; a plurality of the videos each comprise the same region of high resolution corresponding to a respective viewpoint, and each video comprising the same region of high resolution is encoded with a temporal offset of the group of pictures relative to those other videos with the same region of high resolution, the group of pictures offsets defining video switching times for each video; a viewpoint determining unit operable to determine a requested viewpoint in the video content; a timing identification unit operable to identify a shortest potential switching time that is equal to or larger than a switching time threshold from amongst the plurality of video switching times; a video selection unit operable to select a video with a high resolution region corresponding to the requested viewpoint and the identified video switching time; and a video transmitting unit operable to transmit the selected video to a video receiving device.
A method for managing the storage of an operating system in an integrated circuit card including using a primary boot loader to load a selected operating system, comprising the operations of: subdividing an operating system in a plurality of operating system components, associating one or more of said components in said plurality of operating system components to a descriptor indicating a version of the operating system component, then downloading a data image comprising a given mobile network operator profile, that a user equipment can utilize to register and interact with a mobile network operator, and said one or more operating system components to a non-volatile memory of the integrated circuit card in which at least a previous profile and other operating system components are stored, said downloading operation including verifying if there is stored in said non-volatile memory of the card an operating system component among said other operating system components associated to a same version of the component being downloaded, storing the component in the card if the version is different, after said verifying, discarding the component from the download operation if the version is the same, when after downloading, a profile switch between the previous profile and said given profile is performed using as operating system said other operating system components associated to the same version and performing a dynamic linking to execute the components stored having a different version. subdividing an operating system in a plurality of operating system components, associating one or more of said components in said plurality of operating system components to a descriptor indicating a version of the operating system component, then downloading a data image comprising a given mobile network operator profile, that a user equipment can utilize to register and interact with a mobile network operator, and said one or more operating system components to a non-volatile memory of the integrated circuit card in which at least a previous profile and other operating system components are stored, said downloading operation including verifying if there is stored in said non-volatile memory of the card an operating system component among said other operating system components associated to a same version of the component being downloaded, storing the component in the card if the version is different, after said verifying, discarding the component from the download operation if the version is the same, when after downloading, a profile switch between the previous profile and said given profile is performed using as operating system said other operating system components associated to the same version and performing a dynamic linking to execute the components stored having a different version.
A method for fixing a regulating blade to a developing frame member , the regulating blade being located opposite to a developer bearing member and configured to regulate an amount of a developer borne by the developer bearing member , the developer bearing member being supported by the developing frame member and configured to bear the developer to develop an electrostatic latent image formed on an image bearing member , the method being characterised by comprising: determining a target value for a shortest distance between the developer bearing member supported by the developing frame member and the regulating blade that is fixed to the developing frame member , based on an input local maximum peak value of magnetic flux density of a predetermined magnetic pole (S1) which is located closest to the regulating blade when the regulating blade is fixed to the developing frame member among a plurality of magnetic poles included in a magnet fixedly located inside the developer bearing member and configured to generate a magnetic field for causing the developer to be borne by the developer bearing member ; and fixing the regulating blade to the developing frame member so that the shortest distance is set at the determined target value for the shortest distance over a longitudinal direction of the developer bearing member . determining a target value for a shortest distance between the developer bearing member supported by the developing frame member and the regulating blade that is fixed to the developing frame member , based on an input local maximum peak value of magnetic flux density of a predetermined magnetic pole (S1) which is located closest to the regulating blade when the regulating blade is fixed to the developing frame member among a plurality of magnetic poles included in a magnet fixedly located inside the developer bearing member and configured to generate a magnetic field for causing the developer to be borne by the developer bearing member ; and fixing the regulating blade to the developing frame member so that the shortest distance is set at the determined target value for the shortest distance over a longitudinal direction of the developer bearing member .
A device that acts as an Application Programming Interface, API, invoker comprising: a processor configured to perform authentication with a node that operates as a common API framework, CAPIF, core function ; a transmitter configured to send an Onboard API invoker request message to the node after the authentication; and a receiver configured to receive an Onboard API invoker response message from the node, the Onboard API invoker response message including a CAPIF core function assigned API invoker Identifier, ID. a processor configured to perform authentication with a node that operates as a common API framework, CAPIF, core function ; a transmitter configured to send an Onboard API invoker request message to the node after the authentication; and a receiver configured to receive an Onboard API invoker response message from the node, the Onboard API invoker response message including a CAPIF core function assigned API invoker Identifier, ID.
Crystal forms of a compound represented by formula , (4 S ,4a S ,5a R ,12a S )-9-(3-azabicyclo[3.1.0]hexan-3-ylmethyl)-4,7-bis(dimethylamino)-3,10 ,12,12a-tetrahydroxy-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydrotetracene-2-carboxamide, which are characterized by having X-ray powder diffraction patterns comprising the following characteristic peaks expressed by 2θ degree, when measured using Cu-Ka radiation: Crystal form I: 10.6°±0.2°, 13.3°±0.2°, 15.9°±0.2°, 24.0°±0.2°; Crystal form II: 10.2°±0.2°, 15.9°±0.2°, 17.9°±0.2°, 24.1°±0.2°; Crystal form VII: 11.7°±0.2°, 15.1°±0.2°, 15.9°±0.2°, 17.9°±0.2°. Crystal form I: 10.6°±0.2°, 13.3°±0.2°, 15.9°±0.2°, 24.0°±0.2°; Crystal form II: 10.2°±0.2°, 15.9°±0.2°, 17.9°±0.2°, 24.1°±0.2°; Crystal form VII: 11.7°±0.2°, 15.1°±0.2°, 15.9°±0.2°, 17.9°±0.2°.
A four-junction space-qualified solar cell designed for operation at AM0 and at a 1 MeV electron equivalent fluence of at least 1 x 10 14 e/cm2, the solar cell comprising a plurality of subcells, wherein a combination of compositions and band gaps of the subcells is designed to maximize efficiency of the solar cell at a predetermined time after initial deployment when the solar cell is deployed in space at AM0 and at an operational temperature in the range of 40 to 70 degrees Centigrade, the predetermined time being at least five years and referred to as the end-of-life (EOL), the solar cell comprising: upper first solar subcell (A) composed of indium gallium aluminum phosphide and having a first band gap, the first band gap being equal to 2.03 eV, attached to a glass supporting member with a transparent adhesive; a second solar subcell (B) adjacent to said first solar subcell (A) and including an emitter layer composed of indium gallium phosphide or aluminum indium gallium arsenide, and a base layer composed of aluminum indium gallium arsenide, and having a second band gap being equal to 1.55 and being lattice matched with the upper first solar subcell (A), wherein the emitter and base layers of the second solar subcell (B) form a photoelectric junction; a third solar subcell (C) adjacent to said second solar subcell (B) and composed of indium gallium arsenide having a third band gap smaller than the second band gap and being lattice matched with the second solar subcell, the third band gap being equal to 1.2 eV; a fourth solar subcell (D) adjacent to said third solar subcell (C) and lattice mismatched therefrom and composed of germanium having a fourth band gap of approximately 0.67 eV, and a distributed Bragg reflector (DBR) layer adjacent to and between the third (C) and the fourth (D) solar subcells and arranged so that light can enter and pass through the third solar subcell (C) and at least a portion of which can be reflected back into the third solar subcell by the DBR layer. upper first solar subcell (A) composed of indium gallium aluminum phosphide and having a first band gap, the first band gap being equal to 2.03 eV, attached to a glass supporting member with a transparent adhesive; a second solar subcell (B) adjacent to said first solar subcell (A) and including an emitter layer composed of indium gallium phosphide or aluminum indium gallium arsenide, and a base layer composed of aluminum indium gallium arsenide, and having a second band gap being equal to 1.55 and being lattice matched with the upper first solar subcell (A), wherein the emitter and base layers of the second solar subcell (B) form a photoelectric junction; a third solar subcell (C) adjacent to said second solar subcell (B) and composed of indium gallium arsenide having a third band gap smaller than the second band gap and being lattice matched with the second solar subcell, the third band gap being equal to 1.2 eV; a fourth solar subcell (D) adjacent to said third solar subcell (C) and lattice mismatched therefrom and composed of germanium having a fourth band gap of approximately 0.67 eV, and
An apparatus comprising a processor, a memory, and communication circuitry, the apparatus being connected to a network via its communication circuitry, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to perform operations comprising: receiving, from a second apparatus , a first signal indicating a publishing intent associated with a topic indicator; receiving, from a third apparatus , a subscription request associated with the topic indicator; generating, based on the publishing intent and the subscription request, a topic instance; and sending, to the third apparatus, based on the received subscription request, at least one second signal comprising notifications and publish instances associated with the generated topic instance. receiving, from a second apparatus , a first signal indicating a publishing intent associated with a topic indicator; receiving, from a third apparatus , a subscription request associated with the topic indicator; generating, based on the publishing intent and the subscription request, a topic instance; and sending, to the third apparatus, based on the received subscription request, at least one second signal comprising notifications and publish instances associated with the generated topic instance.
A composition, comprising at least one cellulosic fiber: phenyl phosphorodiamidate (PPDA) as urease inhibitor; and 0.1 to 20 wt %, based upon the total amount of the cellulosic fiber, of a stabilizer for the PPDA selected from the group consisting of polyethylene glycol, dipropylene glycol and a mixture thereof. phenyl phosphorodiamidate (PPDA) as urease inhibitor; and 0.1 to 20 wt %, based upon the total amount of the cellulosic fiber, of a stabilizer for the PPDA selected from the group consisting of polyethylene glycol, dipropylene glycol and a mixture thereof.
A combined camera, comprising a first camera housing inside which a first camera is provided, wherein one side of the first camera housing is provided with a rotating disk that is rotatable relative to the first camera housing around a first axis; a rotating bracket, which is fixed on the rotating disc ; and a second camera housing , which is provided on said rotating bracket, and is rotatable relative to the rotating bracket around a second axis, wherein a second camera is provided within the second camera housing ; characterized in that the first camera housing has a concave hole , wherein the rotating disc is completely inserted; and the second camera housing is received at said concave hole and is rotatably connected to the first camera housing . a first camera housing inside which a first camera is provided, wherein one side of the first camera housing is provided with a rotating disk that is rotatable relative to the first camera housing around a first axis; a rotating bracket, which is fixed on the rotating disc ; and a second camera housing , which is provided on said rotating bracket, and is rotatable relative to the rotating bracket around a second axis, wherein a second camera is provided within the second camera housing ; characterized in that the first camera housing has a concave hole , wherein the rotating disc is completely inserted; and the second camera housing is received at said concave hole and is rotatably connected to the first camera housing .
An electronic device comprising: a display panel ; a metal layer disposed under a surface of the display panel; a display driver integrated circuit, DDI ; a bending part connecting the display panel to the DDI, wherein the DDI is disposed on one surface of the bending part; and a cover member covering the DDI and connected to the metal layer ; characterised in that : the cover member comprises at least one conductive layer, wherein the metal layer and the cover member form a space in which the DDI is disposed, wherein the bending part is connected to the DDI via a connection part in the space, and wherein the cover member is electrically connected to the metal layer so that an electrostatic path, EEP, is formed from the conductive layer of the cover member to the metal layer for discharging static electricity from the cover member to the metal layer . a display panel ; a metal layer disposed under a surface of the display panel; a display driver integrated circuit, DDI ; a bending part connecting the display panel to the DDI, wherein the DDI is disposed on one surface of the bending part; and a cover member covering the DDI and connected to the metal layer ; characterised in that : the cover member comprises at least one conductive layer, wherein the metal layer and the cover member form a space in which the DDI is disposed, wherein the bending part is connected to the DDI via a connection part in the space, and wherein the cover member is electrically connected to the metal layer so that an electrostatic path, EEP, is formed from the conductive layer of the cover member to the metal layer for discharging static electricity from the cover member to the metal layer . the cover member comprises at least one conductive layer, wherein the metal layer and the cover member form a space in which the DDI is disposed, wherein the bending part is connected to the DDI via a connection part in the space, and wherein the cover member is electrically connected to the metal layer so that an electrostatic path, EEP, is formed from the conductive layer of the cover member to the metal layer for discharging static electricity from the cover member to the metal layer .
Method for repairing a component containing fibre-reinforced plastic, wherein the method comprises: introducing and/or applying at least one at least partially deformable material into or onto a repair location of the component ; heating the deformable material by irradiating the deformable material with light from a light-emitting device , wherein the light-emitting device is sheet-like and comprises a plurality of light sources , of which some of the light sources are arranged on the repair location ; the method is characterized by regulating the light-emitting device using at least one external and/or internal regulator, wherein the light sources can be subjected to open-loop and/or closed-loop control independently of one another, and wherein a powder output of the light sources arranged on the repair location is subjected to open-loop and/or closed-loop control depending on a local formation of the repair location . introducing and/or applying at least one at least partially deformable material into or onto a repair location of the component ; heating the deformable material by irradiating the deformable material with light from a light-emitting device , wherein the light-emitting device is sheet-like and comprises a plurality of light sources , of which some of the light sources are arranged on the repair location ; the method is characterized by regulating the light-emitting device using at least one external and/or internal regulator, wherein the light sources can be subjected to open-loop and/or closed-loop control independently of one another, and wherein a powder output of the light sources arranged on the repair location is subjected to open-loop and/or closed-loop control depending on a local formation of the repair location .