mhurhangee/ep-ind-claims huggingface dataset:
A terminal apparatus comprising: a receiver configured to receive preamble index information on a physical downlink control channel; and a transmitter configured to in a case where the preamble index information indicates a prescribed value, select a synchronization signal block from multiple synchronization signal blocks based on results of monitoring the multiple synchronization signal blocks and transmit a random access preamble based on the synchronization signal block selected, and in a case where the preamble index information indicates a value other than the prescribed value, transmit the random access preamble corresponding to a preamble index indicated by the preamble index information, wherein the synchronization signal block includes four Orthogonal Frequency Division Multiplexing, OFDM, symbols to which at least a synchronization signal and a physical broadcast channel are mapped. a receiver configured to receive preamble index information on a physical downlink control channel; and a transmitter configured to in a case where the preamble index information indicates a prescribed value, select a synchronization signal block from multiple synchronization signal blocks based on results of monitoring the multiple synchronization signal blocks and transmit a random access preamble based on the synchronization signal block selected, and in a case where the preamble index information indicates a value other than the prescribed value, transmit the random access preamble corresponding to a preamble index indicated by the preamble index information, wherein in a case where the preamble index information indicates a prescribed value, select a synchronization signal block from multiple synchronization signal blocks based on results of monitoring the multiple synchronization signal blocks and transmit a random access preamble based on the synchronization signal block selected, and in a case where the preamble index information indicates a value other than the prescribed value, transmit the random access preamble corresponding to a preamble index indicated by the preamble index information, wherein the synchronization signal block includes four Orthogonal Frequency Division Multiplexing, OFDM, symbols to which at least a synchronization signal and a physical broadcast channel are mapped.
An insulator based field effect topological transistor structure (TCSHTS) comprising: a topological insulator layer forming a substrate with a drain area and a source area, a gate dielectric layer, a gate contact separated from the substrate by the gate dielectric layer, a drain contact arranged next to the drain area and a source contact arranged next to the source area, wherein the topological insulator layer is a quantum spin Hall insulator layer, the drain contact is connected to the quantum spin Hall insulator layer, characterised in that the insulator based field effect topological transistor structure has a ferromagnetic insulator island placed in proximity of the edge of the quantum spin Hall insulator layer, and the insulator based field effect topological transistor structure has a grounded superconducting contact placed in proximity of the edge of the quantum spin Hall insulator layer and adjacent to the said ferromagnetic insulator layer. the topological insulator layer is a quantum spin Hall insulator layer, the drain contact is connected to the quantum spin Hall insulator layer, characterised in that the insulator based field effect topological transistor structure has a ferromagnetic insulator island placed in proximity of the edge of the quantum spin Hall insulator layer, and the insulator based field effect topological transistor structure has a grounded superconducting contact placed in proximity of the edge of the quantum spin Hall insulator layer and adjacent to the said ferromagnetic insulator layer.
Multicolour signal arrangement, including a multicolour LED, a microcontroller device and an input interface, wherein the multicolour signal arrangement is configured in such a way that the input interface receives pulse width modulated control signals, wherein the multicolour LED is operated in a first operating mode when the input interface receives a first control signal, wherein the multicolour LED is operated in a second operating mode when the input interface receives a second control signal, characterised in that the multicolour signal arrangement includes a RFID device, wherein the multicolour signal arrangement is configured in such a way that the RFID device receives operating mode definition information, the operating mode definition information is transmitted to the microcontroller device, and the microcontroller device defines the operating modes as a function of the operating mode definition information.
A valve trim assembly for use with fluid valves, comprising: a cage; and a seal assembly adapted to be positioned in a plug, wherein the seal assembly comprises: a first seal and a first scraper, wherein the first seal is to provide a load to the first scraper to prevent the ingress of contaminate to a dynamic sealing surface to be engaged by the first seal; a second seal and a second scraper, wherein the second seal is to provide a load to the second scraper; and a spacer between the first and second seals. a cage; and a seal assembly adapted to be positioned in a plug, wherein the seal assembly comprises: a first seal and a first scraper, wherein the first seal is to provide a load to the first scraper to prevent the ingress of contaminate to a dynamic sealing surface to be engaged by the first seal; a second seal and a second scraper, wherein the second seal is to provide a load to the second scraper; and a spacer between the first and second seals. a first seal and a first scraper, wherein the first seal is to provide a load to the first scraper to prevent the ingress of contaminate to a dynamic sealing surface to be engaged by the first seal; a second seal and a second scraper, wherein the second seal is to provide a load to the second scraper; and a spacer between the first and second seals.
Hydraulic system for supplying pressurized fluid to a hydraulic clutch actuator, having a line assembly which is connected to a hydraulic pump, wherein the line assembly is configured for conducting the pressurized fluid, which can be pressurized by the hydraulic pump, to the clutch actuator, characterized in that the line assembly has a first line branch with a check valve and has a second line branch which is parallel with respect to the first line branch, wherein, in the second line branch, there is arranged a valve which is switchable back and forth, at least between a position in which it opens the second line branch and a position in which it closes the second line branch, in a manner dependent on the pressure in the first line branch.
A transcription unit or expression vector comprising at least one signal peptide gene sequence operatively linked to a gene of interest, whereby said signal peptide gene sequence comprises at least one heterologous intron located within a signal peptide exon, whereby the 5' and 3' ends of said exon are defined as occuring in a corresponding native signal peptide gene sequence, wherein the at least one heterologous intron is positioned within the nucleotide sequence successions CAG:C, CAG:T, AAG:C, AAG:T, TAG:T or TAG:C, whereby the colons denote the site of intron insertion, whereby a heterologous intron is an intron placed at a sequence position within an exon, coding for at least part of a signal peptide, different from the intron position in the native eukaryotic gene, or into a eukaryotic, prokaryotic or synthetic gene which naturally does not contain an intron within the signal peptide sequence.
Method for transmitting a source signal comprising a plurality of binary sequences, to N R reception antennas, with N R greater than or equal to 2, characterized in that it implements, for at least one first binary sequence of said source signal, a focusing pre-filtering towards at least one of said reception antennas, the so-called target antenna, of a signal to be sent, said target antenna, and said associated focusing pre-filtering, being chosen as a function of a value of said first binary sequence intended to be considered to have been received, and a step of sending said pre-filtered signal.
A method of sterile heating of food, in which the food is heated to 90 to 150 °C and cooled to 50 to 100 °C, wherein the food is heated in a container and cooled in the same container by sterilizing it batchwise in several containers in parallel and bottling it continuously.
A method of generating a secure record of a conversation recorded at a local client device, comprising the steps of: a) recording the conversation using the local client device; b) creating a section, chunk or other form of fragment of the conversation at the local client device, such as a user's desktop, laptop or mobile device; c) uniquely encrypting that fragment, and also uniquely encrypting subsequent fragments, at the local client device, so that decryption of any single fragment does not result in the entire record of the conversation being decrypted, in which each encrypted fragment is sent to a remote server whilst the conversation is continuing at the local client device and is also locally stored on the local client device whilst the conversation is continuing. a) recording the conversation using the local client device; b) creating a section, chunk or other form of fragment of the conversation at the local client device, such as a user's desktop, laptop or mobile device; c) uniquely encrypting that fragment, and also uniquely encrypting subsequent fragments, at the local client device, so that decryption of any single fragment does not result in the entire record of the conversation being decrypted,
A method of a user equipment, UE, for requesting to allocate a discovery resource, the method comprising: transmitting a message for requesting at least one discovery resource to a base station; and receiving a message including information on at least one discovery resource allocated to the UE from the base station, characterized in that the message for requesting the at least one discovery resource includes information indicating a number of at least one discovery message for which the UE requests to allocate the at least one discovery resource, and wherein the at least one discovery resource allocated to the UE is indicated by a time index and a frequency index within a dedicated discovery resource pool. transmitting a message for requesting at least one discovery resource to a base station; and receiving a message including information on at least one discovery resource allocated to the UE from the base station, characterized in that the message for requesting the at least one discovery resource includes information indicating a number of at least one discovery message for which the UE requests to allocate the at least one discovery resource, and wherein the at least one discovery resource allocated to the UE is indicated by a time index and a frequency index within a dedicated discovery resource pool.
A method comprising: executing, by a first set of computing devices of a first data center, a software defined networking, SDN, controller cluster to facilitate operation of one or more virtual networks within the first data center and facilitate operation of one or more virtual networks within at least a second data center (132B, 132C), different than the first data center; executing, by a second set of computing devices of the first data center, a first set of one or more control nodes to exchange route information, between a first gateway router of the first data center and a second gateway router of the second data center, for a virtual network between computing devices (170B, 172B) within the second data center, and to communicate control information comprising instructions to use one or more particular paths of the route information for the second data center to a third set of computing devices within the second data center (132B, 123C), wherein the SDN controller cluster is configured to create a subcluster object for the second data center (132B, 132C) with a list of computing devices that are local in that second center (132B, 132C) and wherein the one or more control nodes form a first subcluster of the SDN controller cluster associated with the second data center and wherein the one or more control nodes form an internal Border Control Protocol, iBGP, mesh among themselves and BGP peer with the second gateway router for the route exchange. executing, by a first set of computing devices of a first data center, a software defined networking, SDN, controller cluster to facilitate operation of one or more virtual networks within the first data center and facilitate operation of one or more virtual networks within at least a second data center (132B, 132C), different than the first data center; executing, by a second set of computing devices of the first data center, a first set of one or more control nodes to exchange route information, between a first gateway router of the first data center and a second gateway router of the second data center, for a virtual network between computing devices (170B, 172B) within the second data center, and to communicate control information comprising instructions to use one or more particular paths of the route information for the second data center to a third set of computing devices within the second data center (132B, 123C), wherein the SDN controller cluster is configured to create a subcluster object for the second data center (132B, 132C) with a list of computing devices that are local in that second center (132B, 132C) and wherein the one or more control nodes form a first subcluster of the SDN controller cluster associated with the second data center and wherein the one or more control nodes form an internal Border Control Protocol, iBGP, mesh among themselves and BGP peer with the second gateway router for the route exchange.
A method of operating an optical system, the method comprising: receiving, at the optical system, light associated with a world object; detecting world light information for the light associated with the world object, the world light information including a plurality of spatially-resolved light values; determining a first portion of a system field of view of the optical system to be at least partially dimmed based on the plurality of spatially-resolved world light values; generating, at a projector of the optical system, virtual image light to be projected onto an eyepiece of the optical system, the virtual image light representing one or more virtual objects (202-1, 202-2) to be displayed; projecting the virtual image light onto the eyepiece; detecting virtual image information for the virtual image light, the virtual image information including a plurality of spatially-resolved virtual image brightness values; determining a second portion of the system field of view of the optical system to be at least partially dimmed based on the plurality of spatially-resolved virtual image brightness values, wherein the second portion of the system field of view is different from the first portion of the system field of view; combining the first portion of the system field of view and the second portion of the system field of view into a combined portion of the system field of view; and adjusting a dimmer to reduce an intensity of the light associated with the world object in the combined portion of the system field of view. receiving, at the optical system, light associated with a world object; detecting world light information for the light associated with the world object, the world light information including a plurality of spatially-resolved light values; determining a first portion of a system field of view of the optical system to be at least partially dimmed based on the plurality of spatially-resolved world light values; generating, at a projector of the optical system, virtual image light to be projected onto an eyepiece of the optical system, the virtual image light representing one or more virtual objects (202-1, 202-2) to be displayed; projecting the virtual image light onto the eyepiece; detecting virtual image information for the virtual image light, the virtual image information including a plurality of spatially-resolved virtual image brightness values; determining a second portion of the system field of view of the optical system to be at least partially dimmed based on the plurality of spatially-resolved virtual image brightness values, wherein the second portion of the system field of view is different from the first portion of the system field of view; combining the first portion of the system field of view and the second portion of the system field of view into a combined portion of the system field of view; and adjusting a dimmer to reduce an intensity of the light associated with the world object in the combined portion of the system field of view.
A method for transmitting, by a user equipment, UE, an uplink, UL, data in a wireless communication system, the method being performed by the user equipment and comprising: receiving a first UL grant from a base station, BS; transmitting, to the base station, a first UL data based on the first UL grant; receiving a hybrid automatic repeat request, HARQ, response of the first UL data from the BS; and transmitting, to the base station, a second UL data and control information for whether the second UL data is a retransmission data of the first UL data or a new data, wherein the second UL data and the control information are multiplexed on a physical uplink shared channel, PUSCH, resource, wherein the control information comprises a new data indicator, NDI, wherein the control information indicates a type of a cyclic redundancy check, CRC, wherein, when the second UL data is the retransmission data of the first UL data, the control information uses a first CRC type, and wherein, when the second UL data is the new data, the control information uses a second CRC type. receiving a first UL grant from a base station, BS; transmitting, to the base station, a first UL data based on the first UL grant; receiving a hybrid automatic repeat request, HARQ, response of the first UL data from the BS; and transmitting, to the base station, a second UL data and control information for whether the second UL data is a retransmission data of the first UL data or a new data, wherein the second UL data and the control information are multiplexed on a physical uplink shared channel, PUSCH, resource, wherein the control information comprises a new data indicator, NDI, wherein the control information indicates a type of a cyclic redundancy check, CRC, wherein, when the second UL data is the retransmission data of the first UL data, the control information uses a first CRC type, and wherein, when the second UL data is the new data, the control information uses a second CRC type. wherein, when the second UL data is the retransmission data of the first UL data, the control information uses a first CRC type, and wherein, when the second UL data is the new data, the control information uses a second CRC type.
Hydraulic motor, comprising a cylindrical motor housing with a central cylindrical rotor carrying longitudinal vanes, wherein the vanes are provided at the outer surface of the rotor in such a manner that they can protrude into an annular space between the housing and the rotor in order to create a circumferential driving force on the rotor, wherein a. the housing comprises inwards pointing salient cams on its inner surface, which separate the annular space between the housing and the rotor into several hydraulic chambers with at least one inlet and at least one outlet for a hydraulic medium, and b. the vanes can swing around a longitudinal axis that is mostly parallel to the rotation axis of the rotor into the hydraulic chambers, c. elastic elements such as springs are provided between the outer surface of the rotor and each vane to move the vanes around their axis in radial direction outwards towards the housing, characterized in that the elastic elements are provided in pressure compensation chambers which are connected to the outer surface of the rotor by compensation vents in such a way that the radial movement of the vanes is compensated with respect to the pressure difference between the inlet port and the outlet port, so that the radial force on the vanes is mainly provided by the elastic elements. a. the housing comprises inwards pointing salient cams on its inner surface, which separate the annular space between the housing and the rotor into several hydraulic chambers with at least one inlet and at least one outlet for a hydraulic medium, and b. the vanes can swing around a longitudinal axis that is mostly parallel to the rotation axis of the rotor into the hydraulic chambers, c. elastic elements such as springs are provided between the outer surface of the rotor and each vane to move the vanes around their axis in radial direction outwards towards the housing,
A stator comprising: a main body with a slot defined therein; a winding positioned within the slot; and a wire not electrically coupled to a power supply and positioned within the slot, the wire positioned between the winding and the main body to physically separate the winding from the main body, and the wire conducting heat away from the winding while simultaneously electrically insulating the winding from the main body. a main body with a slot defined therein; a winding positioned within the slot; and a wire not electrically coupled to a power supply and positioned within the slot, the wire positioned between the winding and the main body to physically separate the winding from the main body, and the wire conducting heat away from the winding while simultaneously electrically insulating the winding from the main body.
Lighting and/or signalling device, notably of a motor vehicle, having an optical axis (Z-Z') and arranged to produce: - a beam of which the central part exhibits, on a screen at right angles to the optical axis (Z-Z'), a cut-off, - a second elementary beam exhibiting, on a screen at right angles to the optical axis (Z-Z'), a flat cut-off comprising a fuzzy first branch and a sharp second branch, characterized in that: - the fuzzy branch of the cut-off of the second elementary beam is at least partially included in the beam; - the beam exhibits a cut-off comprising at least one horizontal sharp branch, said sharp branch merging substantially, over at least a part of its length, with the sharp branch of the cut-off of the second elementary beam. - a beam of which the central part exhibits, on a screen at right angles to the optical axis (Z-Z'), a cut-off, - a second elementary beam exhibiting, on a screen at right angles to the optical axis (Z-Z'), a flat cut-off comprising a fuzzy first branch and a sharp second branch, - the fuzzy branch of the cut-off of the second elementary beam is at least partially included in the beam; - the beam exhibits a cut-off comprising at least one horizontal sharp branch, said sharp branch merging substantially, over at least a part of its length, with the sharp branch of the cut-off of the second elementary beam.