mhurhangee/ep-ind-claims huggingface dataset:
A method for reporting channel state information, CSI, in a wireless communication system, the method comprising, at a user equipment, UE: transmitting first CSI corresponding to a first CSI process with first transmission period, wherein the first CSI process is a feedback configuration in Coordinated Multi-Point, CoMP, transmission situation for the first CSI; transmitting second CSI corresponding to a second CSI process with second transmission period different from the first transmission period, wherein each of the first CSI process and the second CSI process has a respective CSI process index, wherein the second CSI process is a feedback configuration in CoMP transmission situation for the second CSI; and dropping the transmission of one of the first CSI and second CSI when a transmission timing of the first CSI and a transmission timing of the second CSI collide, the first CSI and the second CSI have same priority, and the first CSI process and the second CSI process are set for a same serving cell, wherein the transmission which is dropped is that of the CSI corresponding to the CSI process having a higher CSI process index. transmitting first CSI corresponding to a first CSI process with first transmission period, wherein the first CSI process is a feedback configuration in Coordinated Multi-Point, CoMP, transmission situation for the first CSI; transmitting second CSI corresponding to a second CSI process with second transmission period different from the first transmission period, wherein each of the first CSI process and the second CSI process has a respective CSI process index, wherein the second CSI process is a feedback configuration in CoMP transmission situation for the second CSI; and dropping the transmission of one of the first CSI and second CSI when a transmission timing of the first CSI and a transmission timing of the second CSI collide, the first CSI and the second CSI have same priority, and the first CSI process and the second CSI process are set for a same serving cell, wherein the transmission which is dropped is that of the CSI corresponding to the CSI process having a higher CSI process index.
An apparatus, comprising: an interface, configured to communicate with a non-volatile memory; and a processor, which is configured to: hold a translation table that maps between logical addresses and respective physical addresses in the non-volatile memory; characterised in that the processor is configured to periodically store (100, 120) to the non-volatile memory successive blocks of a baseline version of the translation table; determine a maximal number of incremental updates that, when recovered together with the baseline version of the translation table from the non-volatile memory and replayed in the processor, satisfies a target recovery time of the translation table; and store up to the maximal number of incremental updates to the non-volatile memory, wherein an incremental update specifies changes relative to the baseline version of translation table caused by storage operations that take place between storing the successive blocks of the baseline version of the translation table. an interface, configured to communicate with a non-volatile memory; and a processor, which is configured to: hold a translation table that maps between logical addresses and respective physical addresses in the non-volatile memory; characterised in that the processor is configured to periodically store (100, 120) to the non-volatile memory successive blocks of a baseline version of the translation table; determine a maximal number of incremental updates that, when recovered together with the baseline version of the translation table from the non-volatile memory and replayed in the processor, satisfies a target recovery time of the translation table; and store up to the maximal number of incremental updates to the non-volatile memory, wherein an incremental update specifies changes relative to the baseline version of translation table caused by storage operations that take place between storing the successive blocks of the baseline version of the translation table. hold a translation table that maps between logical addresses and respective physical addresses in the non-volatile memory; characterised in that the processor is configured to periodically store (100, 120) to the non-volatile memory successive blocks of a baseline version of the translation table; determine a maximal number of incremental updates that, when recovered together with the baseline version of the translation table from the non-volatile memory and replayed in the processor, satisfies a target recovery time of the translation table; and store up to the maximal number of incremental updates to the non-volatile memory, wherein an incremental update specifies changes relative to the baseline version of translation table caused by storage operations that take place between storing the successive blocks of the baseline version of the translation table.
A cassette awning comprising wound on a fabric shaft which is rotatably mounted in a housing and from which a fabric can be unwound, the front end thereof being fastened to an extension profile, wherein the awning has fastening brackets for fastening to a building, characterised in that the housing is angled at the end on both sides by 90° and the fastening brackets are covered by the angled ends (5a, 5b) of the housing, wherein at least one cable duct or electrical connection is integrated in at least one of the angled housing ends (5a, 5b) and/or an electrical connection is integrated, and an electrical connection for a drive motor of the awning concealed by one of the angled housing ends is guided into the awning housing.
An elevator installation comprising: at least one elevator unit (1, 2) which is suspended by a rope a safety gear moving with the elevator unit (1, 2) and which is arranged to be activated to brake the elevator unit (1, 2) under predetermined conditions, one or more rotatable pulleys over which the rope runs, a drive unit engaging said rope via one of said pulleys for vertically moving the one or more elevator units (1, 2) via the rope, a support member (10, 10') supporting at least one of said one or more rotatable pulleys, and a lifting device (12, 12') for vertically lifting the support member (10, 10') with the at least one of said one or more rotatable pulleys and for releasing the activated safety gear by moving the at least one elevator unit (1, 2) upwards, characterized in that the lifting device comprises an electric motor and at least two screw jacks rotationally connected to each other for driving the at least two screw jacks to lift the support member with a synchronized movement. at least one elevator unit (1, 2) which is suspended by a rope a safety gear moving with the elevator unit (1, 2) and which is arranged to be activated to brake the elevator unit (1, 2) under predetermined conditions, one or more rotatable pulleys over which the rope runs, a drive unit engaging said rope via one of said pulleys for vertically moving the one or more elevator units (1, 2) via the rope, a support member (10, 10') supporting at least one of said one or more rotatable pulleys, and a lifting device (12, 12') for vertically lifting the support member (10, 10') with the at least one of said one or more rotatable pulleys and for releasing the activated safety gear by moving the at least one elevator unit (1, 2) upwards, characterized in that the lifting device comprises an electric motor and at least two screw jacks rotationally connected to each other for driving the at least two screw jacks to lift the support member with a synchronized movement.
Fibre laying apparatus for producing a laid fibre fabric of a fibre composite component, having - a tool for laying down fibre webs (4a, 4b), - a laying head which is configured for laying fibre webs (4a, 4b) on the tool with a pressing force, - a pressing-force detecting apparatus which is configured to detect the direction of an actual pressing force which acts on the fibre web during laying of the fibre web by way of the laying head, and - a regulating apparatus being provided which is configured to regulate the direction of the pressing force which acts on the fibre web during laying of the fibre web depending on the detected direction of the actual pressing force and the direction of a predefined setpoint pressing force, characterized in that - the pressing-force detecting apparatus is set up to detect a tilting moment of the laying head and to determine the direction of the actual pressing force from the detected tilting moment. - a tool for laying down fibre webs (4a, 4b), - a laying head which is configured for laying fibre webs (4a, 4b) on the tool with a pressing force, - a pressing-force detecting apparatus which is configured to detect the direction of an actual pressing force which acts on the fibre web during laying of the fibre web by way of the laying head, and - a regulating apparatus being provided which is configured to regulate the direction of the pressing force which acts on the fibre web during laying of the fibre web depending on the detected direction of the actual pressing force and the direction of a predefined setpoint pressing force, characterized in that - the pressing-force detecting apparatus is set up to detect a tilting moment of the laying head and to determine the direction of the actual pressing force from the detected tilting moment.
A method of establishing a communication channel between a network client and a computer server over a network, the network client being configured to communicate with the computer server over the network and to communicate with a token manager, the token manager being configured with a parent digital certificate associated with the token manager, the method comprising: one of the token manager and the network client receiving a session token from the computer server; the one of the token manager and the network client generating a credential from the parent digital certificate, the credential being associated with the computer server, wherein the parent digital certificate includes a public encryption key, and the credential generating comprises the one of the token manager and the network client generating a child digital certificate from the parent digital certificate and signing the child digital certificate with a private encryption key uniquely associated with the public encryption key, the private encryption key and the public encryption key comprising an asymmetric encryption key pair, and wherein the credential generating comprises the one of the token manager and the network client incorporating the session token into the child digital certificate; the one of the token manager and the network client transmitting the credential to the computer server; and the network client establishing the communications channel with the computer server in accordance with an outcome of a determination of validity of the credential by the computer server. one of the token manager and the network client receiving a session token from the computer server; the one of the token manager and the network client generating a credential from the parent digital certificate, the credential being associated with the computer server, wherein the parent digital certificate includes a public encryption key, and the credential generating comprises the one of the token manager and the network client generating a child digital certificate from the parent digital certificate and signing the child digital certificate with a private encryption key uniquely associated with the public encryption key, the private encryption key and the public encryption key comprising an asymmetric encryption key pair, and wherein the credential generating comprises the one of the token manager and the network client incorporating the session token into the child digital certificate; the one of the token manager and the network client transmitting the credential to the computer server; and the network client establishing the communications channel with the computer server in accordance with an outcome of a determination of validity of the credential by the computer server.
A method for synthesizing a piezoelectric material comprising a β-phase of a fluoropolymer, the method comprising: dissolving a starting fluoropolymer in a solvent with a weak base, the weak base being selected from primary and secondary amines; and reacting the weak base and the starting fluoropolymer for a time sufficient to dehydrofluorinate the starting fluoropolymer and form a reaction mixture comprising a dehydrofluorinated fluoropolymer; recovering the dehydrofluorinated fluoropolymer as a solid from the reaction mixture to form the piezoelectric material; wherein the dehydrofluorinated fluoropolymer recovered from the reaction mixture has a higher content of β-phase than the starting fluoropolymer; and wherein the starting fluoropolymer comprises poly (vinylidene fluoride) or a copolymer of vinylidene fluoride. dissolving a starting fluoropolymer in a solvent with a weak base, the weak base being selected from primary and secondary amines; and reacting the weak base and the starting fluoropolymer for a time sufficient to dehydrofluorinate the starting fluoropolymer and form a reaction mixture comprising a dehydrofluorinated fluoropolymer; recovering the dehydrofluorinated fluoropolymer as a solid from the reaction mixture to form the piezoelectric material; wherein the dehydrofluorinated fluoropolymer recovered from the reaction mixture has a higher content of β-phase than the starting fluoropolymer; and wherein the starting fluoropolymer comprises poly (vinylidene fluoride) or a copolymer of vinylidene fluoride.
A telecommunications tray assembly comprising: a) a first telecommunications tray including a first connection arrangement including an upper part and a lower part and including a first indexing arrangement including a first part and a second part; and b) a second telecommunications tray, identical to the first telecommunications tray, including a second connection arrangement including an upper part and a lower part and a second indexing arrangement including a first part and a second part; c) wherein the upper part of the second telecommunications tray is rotatably connected to the lower part of the first telecommunications tray and wherein the first part of the first indexing arrangement engages with the second part of the second indexing arrangement to provide a holding force when the first tray is moved into an open position and when the first tray is moved into a closed position. a) a first telecommunications tray including a first connection arrangement including an upper part and a lower part and including a first indexing arrangement including a first part and a second part; and b) a second telecommunications tray, identical to the first telecommunications tray, including a second connection arrangement including an upper part and a lower part and a second indexing arrangement including a first part and a second part; c) wherein the upper part of the second telecommunications tray is rotatably connected to the lower part of the first telecommunications tray and wherein the first part of the first indexing arrangement engages with the second part of the second indexing arrangement to provide a holding force when the first tray is moved into an open position and when the first tray is moved into a closed position.
Method for producing cosmetic products, preferably lipsticks, lip salves or lip glosses, said method comprising the steps of: - providing a containment capsule or pod containing an amount of preparation for cosmetic product lower than 20 g; said pod extending along a central axis to a height H; - introducing said pod or capsule into a pouring chamber or seat to at least 2/3 of H; - heating said pod or capsule up to a predetermined temperature adapted to cause an at least partial phase change of the preparation for cosmetic product; - pouring the preparation for cosmetic product into a sleeve provided with an inner cavity reproducing the negative shape of the poured cosmetic product to be obtained; - cooling said cosmetic product poured in said sleeve; - extracting the poured cosmetic product from said sleeve. - providing a containment capsule or pod containing an amount of preparation for cosmetic product lower than 20 g; said pod extending along a central axis to a height H; - introducing said pod or capsule into a pouring chamber or seat to at least 2/3 of H; - heating said pod or capsule up to a predetermined temperature adapted to cause an at least partial phase change of the preparation for cosmetic product; - pouring the preparation for cosmetic product into a sleeve provided with an inner cavity reproducing the negative shape of the poured cosmetic product to be obtained; - cooling said cosmetic product poured in said sleeve; - extracting the poured cosmetic product from said sleeve.
Wet clutch (K0, E1, E2) for a powertrain system comprising, about an axis X, at least: - a multi-disc assembly (K0, E1, E2), received in part by a disc support fixedly assembled to a supply hub for supplying lubricant, - an actuating piston of said multi-disc clutch (K0, E1, E2), which is received in the supply hub and which is axially movable relative to the supply hub between an engaged position and a disengaged position of the wet clutch, the supply hub delimiting in part with the actuating piston a control chamber, with which a balancing chamber is associated, wherein the balancing chamber is supplied with lubricant via supply conduits of an outlet portion of the supply hub opening together into at least one angular outlet groove of said outlet portion of the supply hub, the actuating piston comprising a one-piece or attached stop plate, comprising an abutment zone configured to axially stop the actuating piston against the outlet portion of the supply hub, at least one angular cut-out being made from the abutment zone of the stop plate to drain off the lubricant emerging in said at least one outlet groove, characterized in that the stop plate comprises a plurality of angular cut-outs, which are in fluidic communication with the at least one outlet groove, said angular cut-outs being spaced apart and distributed around the axis with a uniform distribution. - a multi-disc assembly (K0, E1, E2), received in part by a disc support fixedly assembled to a supply hub for supplying lubricant, - an actuating piston of said multi-disc clutch (K0, E1, E2), which is received in the supply hub and which is axially movable relative to the supply hub between an engaged position and a disengaged position of the wet clutch, the supply hub delimiting in part with the actuating piston a control chamber, with which a balancing chamber is associated, wherein the balancing chamber is supplied with lubricant via supply conduits of an outlet portion of the supply hub opening together into at least one angular outlet groove of said outlet portion of the supply hub, the actuating piston comprising a one-piece or attached stop plate, comprising an abutment zone configured to axially stop the actuating piston against the outlet portion of the supply hub, at least one angular cut-out being made from the abutment zone of the stop plate to drain off the lubricant emerging in said at least one outlet groove, characterized in that the stop plate comprises a plurality of angular cut-outs, which are in fluidic communication with the at least one outlet groove, said angular cut-outs being spaced apart and distributed around the axis with a uniform distribution.
A method for resource allocation via a base station, ENB, to allocate resources to user equipments, UEs, the method comprising: determining a first peak throughput for each of one or more UEs based on channel quality information of the each of the one or more UEs and UE level of the each of the one or more UEs, wherein the UE level of the each of the one or more UEs is configured based on at least one of supported modulation scheme or peak bit rate of the each of the one or more UEs; performing a first-stage sorting operation on a list of the one or more UEs based on the first peak throughput and an average throughput of the each of the one or more UEs; performing, when there are two or more UEs that have same UE level and are adjacent in the list, a second-stage sorting operation on the UEs that have the same UE level and are adjacent in the list based on the channel quality information; and allocating resources to at least one UE in the list based on a result of the second-stage sorting operation. determining a first peak throughput for each of one or more UEs based on channel quality information of the each of the one or more UEs and UE level of the each of the one or more UEs, wherein the UE level of the each of the one or more UEs is configured based on at least one of supported modulation scheme or peak bit rate of the each of the one or more UEs; performing a first-stage sorting operation on a list of the one or more UEs based on the first peak throughput and an average throughput of the each of the one or more UEs; performing, when there are two or more UEs that have same UE level and are adjacent in the list, a second-stage sorting operation on the UEs that have the same UE level and are adjacent in the list based on the channel quality information; and allocating resources to at least one UE in the list based on a result of the second-stage sorting operation.