mhurhangee/ep-ind-claims huggingface dataset:
A differential phase shifter assembly with the following features: - having n striplines arranged concentrically with one another, on the oppositely located stripline ends of which connection points are provided for connecting lines leading to radiators (1a-1f), where n is a natural integer greater than or equal to 2, - having a feeding and/or tapping device which can be pivoted about a central and/or pivot axis and which is therefore pivotable over the plurality of striplines while establishing a primary capacitive coupling, - having a central feed by means of which the feeding and/or tapping device is fed, - additionally at least one secondary capacitive coupling and a maximum of n-1 additional secondary capacitive couplings are also provided, - the at least one or the plurality of secondary capacitive couplings is/are provided on the side of the feeding and/or tapping device opposite the primary capacitive coupling, and - for the at least one additional secondary capacitive coupling at least one additional branched feeding and/or tapping device (113; 113a, 113b, and so forth) is provided, which together with the feeding and/or tapping device is pivotable about the central and/or pivot axis. - having n striplines arranged concentrically with one another, on the oppositely located stripline ends of which connection points are provided for connecting lines leading to radiators (1a-1f), where n is a natural integer greater than or equal to 2, - having a feeding and/or tapping device which can be pivoted about a central and/or pivot axis and which is therefore pivotable over the plurality of striplines while establishing a primary capacitive coupling, - having a central feed by means of which the feeding and/or tapping device is fed, - additionally at least one secondary capacitive coupling and a maximum of n-1 additional secondary capacitive couplings are also provided, - the at least one or the plurality of secondary capacitive couplings is/are provided on the side of the feeding and/or tapping device opposite the primary capacitive coupling, and - for the at least one additional secondary capacitive coupling at least one additional branched feeding and/or tapping device (113; 113a, 113b, and so forth) is provided, which together with the feeding and/or tapping device is pivotable about the central and/or pivot axis.
A method for registering a mobile device with an Internet Protocol, IP, Multimedia Subsystem, IMS, core network and determining the location determination capabilities of the mobile device, the method performed by the IMS core network and comprising: receiving a Session Initiation Protocol, SIP, registration message with extended header information from a requesting mobile device, the extended header information including an indication of an International Mobile Equipment Identity, IMEI, of the requesting mobile device and an indication of an International Mobile Subscriber Identity, IMSI, associated with the requesting mobile device; parsing the extended header information to determine the IMEI and the IMSI of the requesting mobile device; retrieving a registration status of the requesting mobile device using the IMEI of the requesting mobile device; determining whether the combination of the IMEI and IMSI is a valid combination; determining whether to deny registration of the requesting mobile device with the IMS core based at least in part on the retrieved registration status of the requesting mobile device and the validity of the combination; and retrieving location determination capabilities of the requesting mobile device using the IMEI of the requesting mobile device in order to enable the location of the mobile device to be determined. receiving a Session Initiation Protocol, SIP, registration message with extended header information from a requesting mobile device, the extended header information including an indication of an International Mobile Equipment Identity, IMEI, of the requesting mobile device and an indication of an International Mobile Subscriber Identity, IMSI, associated with the requesting mobile device; parsing the extended header information to determine the IMEI and the IMSI of the requesting mobile device; retrieving a registration status of the requesting mobile device using the IMEI of the requesting mobile device; determining whether the combination of the IMEI and IMSI is a valid combination; determining whether to deny registration of the requesting mobile device with the IMS core based at least in part on the retrieved registration status of the requesting mobile device and the validity of the combination; and retrieving location determination capabilities of the requesting mobile device using the IMEI of the requesting mobile device in order to enable the location of the mobile device to be determined.
MRAM cell comprising a magnetic tunnel junction including a reference layer, a storage layer having a storage magnetization, a tunnel barrier layer comprised between the reference and the storage layers (21, 23); and an antiferromagnetic layer exchange-coupling the storage layer such as to pin the storage magnetization at a low temperature threshold and free it at a high temperature threshold; wherein the storage layer comprises a first ferromagnetic layer in contact with the tunnel barrier layer, a second ferromagnetic layer in contact with the antiferromagnetic layer, and a low-magnetization storage layer between the first ferromagnetic layer and the second ferromagnetic layer, the low-magnetization storage layer comprising a Co, Fe or Ni based alloy, wherein the Co, Fe or Ni based alloy comprises between 1 at.% and 40 at.% of a non-magnetic element selected from Ta, Ti, Cr, V, Nb, Hf, Mo, Zn and Zr or comprises an alloy of at least one of these non-magnetic elements, the MRAM cell being characterised in that the low-magnetization storage layer has a saturation magnetization which is lower than the saturation magnetization of the first ferromagnetic layer and lower than the saturation magnetization of the second ferromagnetic layer; and in that the first ferromagnetic layer comprises CoFe, Fe or CoFeB - based alloy and has a thickness comprised between 0.5 nm and 2 nm such that the tunnel magnetoresistance of the magnetic tunnel junction 2 has a value being above 80% and the second ferromagnetic layer comprises a CoFe or NiFe based alloy and has a thickness comprised between 0.2 nm and 2 nm such that an exchange field between the antiferromagnetic layer and the storage layer has a value being above 150 Oe.
A hard metal material in the form of a casting comprising greater than 15 and up to 50 volume % particles of a refractory material dispersed in a host metal, wherein the particles of the refractory material are selected from: (a) particles of niobium carbide containing refractory particles; and (b) particles of a chemical mixture of niobium carbide and titanium carbide, and wherein the particles are insoluble in the host metal at its casting temperature and the host metal comprises a ferrous alloy (such as a steel, a cast iron, a stainless steel, an austenitic-manganese steel).
A glassware-forming neck ring system (10, 110, 210) that includes: a neck ring assembly (12, 112) including: a neck ring guide having a first forming aperture therethrough around a vertical axis, and a neck ring (20, 220) divided along a longitudinal axis into neck ring sections (20a,b, 220a,b) carried by the neck ring guide and movable toward and away from one another along the neck ring guide along a lateral axis; and a carrier assembly (14, 114, 214) carrying the neck ring assembly and including: a carrier (46, 246) having a body (48, 148, 248) with a second forming aperture therethrough, longitudinally opposite ends (52, 53, 152, 153, 252, 253), laterally opposite sides (54, 55, 254, 255) between the ends, and a channel extending between the sides, restricting movement of the neck ring assembly along the vertical and longitudinal axes, and permitting movement of the neck ring assembly along the lateral axis. a neck ring assembly (12, 112) including: a neck ring guide having a first forming aperture therethrough around a vertical axis, and a neck ring (20, 220) divided along a longitudinal axis into neck ring sections (20a,b, 220a,b) carried by the neck ring guide and movable toward and away from one another along the neck ring guide along a lateral axis; and a neck ring guide having a first forming aperture therethrough around a vertical axis, and a neck ring (20, 220) divided along a longitudinal axis into neck ring sections (20a,b, 220a,b) carried by the neck ring guide and movable toward and away from one another along the neck ring guide along a lateral axis; and a carrier assembly (14, 114, 214) carrying the neck ring assembly and including: a carrier (46, 246) having a body (48, 148, 248) with a second forming aperture therethrough, longitudinally opposite ends (52, 53, 152, 153, 252, 253), laterally opposite sides (54, 55, 254, 255) between the ends, and a channel extending between the sides, restricting movement of the neck ring assembly along the vertical and longitudinal axes, and permitting movement of the neck ring assembly along the lateral axis. a carrier (46, 246) having a body (48, 148, 248) with a second forming aperture therethrough, longitudinally opposite ends (52, 53, 152, 153, 252, 253), laterally opposite sides (54, 55, 254, 255) between the ends, and a channel extending between the sides, restricting movement of the neck ring assembly along the vertical and longitudinal axes, and permitting movement of the neck ring assembly along the lateral axis.
A user interface display method for a terminal, wherein a first operating environment and a second operating environment are deployed on the terminal, and the method comprises: generating, by the terminal, a first user interface in the first operating environment, wherein the first user interface comprises a first input component, and the first user interface is a user interface related to a first application that runs in the first operating environment; obtaining, by the terminal, a first user interface picture according to the first user interface, and determining attribute information of the first input component according to the first application, wherein the attribute information of the first input component comprises a location and/or a size of the first input component in the first user interface; and switching, by the terminal, from the first operating environment to the second operating environment, and displaying a second user interface in the second operating environment according to the first user interface picture and the attribute information of the first input component, wherein the second user interface comprises the first user interface picture and a second input component located on the first user interface picture, and the second input component is generated by the terminal according to the attribute information of the first input component and is used to receive an input of a user in the second operating environment; wherein the first operating environment is a rich execution environment, REE, and the second operating environment is a trusted execution environment, TEE. generating, by the terminal, a first user interface in the first operating environment, wherein the first user interface comprises a first input component, and the first user interface is a user interface related to a first application that runs in the first operating environment; obtaining, by the terminal, a first user interface picture according to the first user interface, and determining attribute information of the first input component according to the first application, wherein the attribute information of the first input component comprises a location and/or a size of the first input component in the first user interface; and switching, by the terminal, from the first operating environment to the second operating environment, and displaying a second user interface in the second operating environment according to the first user interface picture and the attribute information of the first input component, wherein the second user interface comprises the first user interface picture and a second input component located on the first user interface picture, and the second input component is generated by the terminal according to the attribute information of the first input component and is used to receive an input of a user in the second operating environment; wherein the first operating environment is a rich execution environment, REE, and the second operating environment is a trusted execution environment, TEE.
A microelectronic device, comprising: a substrate; and an electrical conductor disposed over the substrate, the electrical conductor comprising a graphene heterolayer, the graphene heterolayer comprising of a plurality of alternating layers of graphene and layers of a barrier material, wherein each layer of graphene has one to two atomic layers of graphene, and each layer of the barrier material has one to three monolayers selected from the group consisting of hexagonal boron nitride, cubic boron nitride, and aluminum nitride; characterized in that the graphene heterolayer comprising the layers of graphene and the layers of the barrier material is disposed in nanoparticles. a substrate; and an electrical conductor disposed over the substrate, the electrical conductor comprising a graphene heterolayer, the graphene heterolayer comprising of a plurality of alternating layers of graphene and layers of a barrier material, wherein each layer of graphene has one to two atomic layers of graphene, and each layer of the barrier material has one to three monolayers selected from the group consisting of hexagonal boron nitride, cubic boron nitride, and aluminum nitride; characterized in that the graphene heterolayer comprising the layers of graphene and the layers of the barrier material is disposed in nanoparticles.
A fluidized bed ash cooler for cooling bottom ash solids from a fluidized bed furnace, comprising: at least two fluidized bed sections positioned in series along a solids flow path, each section containing fluidizing means; the first section along the solids flow path comprising one opening for receiving fluidized bed furnace ash from outside the ash cooler, the first section being separated from a following section of the ash cooler by a threshold; characterized in that the first section contains thermocouple means for measuring a bed temperature T1 in the vicinity of the fluidizing means, and also thermocouple means for measuring temperature T2 at a higher elevation, which is above thermocouple means for measuring the bed temperature T1, within the fluidized bed, and means for removing oversized bed material from the first section when a temperature difference, T2 - T1, between the temperature of stagnant bed material, T1, and the temperature of fluidized bed material above, T2, the temperature difference being indicative of an accumulation of bed material in a lower part of the first section, is detected by the thermocouple means. at least two fluidized bed sections positioned in series along a solids flow path, each section containing fluidizing means; the first section along the solids flow path comprising one opening for receiving fluidized bed furnace ash from outside the ash cooler, the first section being separated from a following section of the ash cooler by a threshold; characterized in that the first section contains thermocouple means for measuring a bed temperature T1 in the vicinity of the fluidizing means, and also thermocouple means for measuring temperature T2 at a higher elevation, which is above thermocouple means for measuring the bed temperature T1, within the fluidized bed, and means for removing oversized bed material from the first section when a temperature difference, T2 - T1, between the temperature of stagnant bed material, T1, and the temperature of fluidized bed material above, T2, the temperature difference being indicative of an accumulation of bed material in a lower part of the first section, is detected by the thermocouple means.
System for spectroscopy and imaging of an object which includes: - a polygonal casing including a lower face, an upper face and at least four vertical sides joining the two faces including a side with a slit, in which are placed: ∘ at least one imaging sensor, each imaging sensor being arranged in front of an aperture made in one side, ∘ a diffraction device associated with the slit, ∘ a spectroscopy sensor intended to capture the diffraction spectrum of the object originating from the diffraction device associated with the slit, - a base on which the polygonal casing is set and around which the casing is capable of pivoting, - a mechanism (21, 210, 200) for rotating the casing capable of orientating each imaging sensor towards the object, and capable of orientating the slit towards said object, thus making it possible to switch between an optical imaging mode and a spectroscopic imaging mode. - a polygonal casing including a lower face, an upper face and at least four vertical sides joining the two faces including a side with a slit, in which are placed: ∘ at least one imaging sensor, each imaging sensor being arranged in front of an aperture made in one side, ∘ a diffraction device associated with the slit, ∘ a spectroscopy sensor intended to capture the diffraction spectrum of the object originating from the diffraction device associated with the slit, ∘ at least one imaging sensor, each imaging sensor being arranged in front of an aperture made in one side, ∘ a diffraction device associated with the slit, ∘ a spectroscopy sensor intended to capture the diffraction spectrum of the object originating from the diffraction device associated with the slit, - a base on which the polygonal casing is set and around which the casing is capable of pivoting, - a mechanism (21, 210, 200) for rotating the casing capable of orientating each imaging sensor towards the object, and capable of orientating the slit towards said object, thus making it possible to switch between an optical imaging mode and a spectroscopic imaging mode.
A conveying apparatus for conveying an object, said object having at least a non-opaque portion, comprising a light source, for illuminating said object and an optical detector, for acquiring information at least relating to at least one chromatic characteristic of said non-opaque portion, said conveying apparatus also comprising a backing measurement apparatus, said backing measurement apparatus comprising: a backing material exhibiting determined chromatic characteristics and determined optical characteristics; a backing support, for supporting said backing material, said backing support comprising a curved upper surface (372, 456), said curved upper surface (372, 456) comprising a central portion (457, 516, 546), wherein said central portion (457, 516, 546) is flat and wherein light emitted by said light source optically interacts with said backing material through said non-opaque portion; said conveying apparatus being characterised in that said backing material is positioned over said central portion (457, 516, 546); said conveying apparatus being further characterised by at least one air knife (502A, 502B, 534A, 534B) for generating a thin film of air (514, 544) between said object and said backing material, such that said object is not in contact with said backing material; and by a plurality of rollers (364A, 364B), for rolling said backing material over said backing support. a backing material exhibiting determined chromatic characteristics and determined optical characteristics; a backing support, for supporting said backing material, said backing support comprising a curved upper surface (372, 456), said curved upper surface (372, 456) comprising a central portion (457, 516, 546), wherein said central portion (457, 516, 546) is flat and wherein light emitted by said light source optically interacts with said backing material through said non-opaque portion; said conveying apparatus being characterised in that said backing material is positioned over said central portion (457, 516, 546); said conveying apparatus being further characterised by at least one air knife (502A, 502B, 534A, 534B) for generating a thin film of air (514, 544) between said object and said backing material, such that said object is not in contact with said backing material; and by a plurality of rollers (364A, 364B), for rolling said backing material over said backing support.
A method of operating a mobile terminal, the method comprising: executing (S200, S250) a plurality of applications on the mobile terminal; detecting (S205, S255) an event that requires termination of at least one of the applications; characterized in that the method further comprises: when detecting said event, saving (S220, S275) a task list that includes a list of the at least one of the applications and a current state information associated with the at least one of the applications, wherein the current state information includes a current operational state at the time of the event, and wherein if the list of the applications or the current state information is edited before saving the task list, the task list is saved according to the edited list of the applications or the edited current state information, and displaying (S310, S315) the saved task list, wherein the at least one of the applications is restored based on the saved task list. executing (S200, S250) a plurality of applications on the mobile terminal; detecting (S205, S255) an event that requires termination of at least one of the applications; when detecting said event, saving (S220, S275) a task list that includes a list of the at least one of the applications and a current state information associated with the at least one of the applications, wherein the current state information includes a current operational state at the time of the event, and wherein if the list of the applications or the current state information is edited before saving the task list, the task list is saved according to the edited list of the applications or the edited current state information, and displaying (S310, S315) the saved task list, wherein the at least one of the applications is restored based on the saved task list.
An airplane including an electrical power distribution assembly characterized in that said electrical power distribution assembly comprises an electric switch device present in a Karman fairing of the airplane.