mhurhangee/ep-ind-claims huggingface dataset:
A method for performing a random access process in an unlicensed band, the method comprising: receiving, by a wireless device, a random access preamble, RAP, order instructing a transmission of an RAP; performing, by the wireless device, first clear channel assessment, CCA, in an unlicensed cell; if the first CCA is successful, transmitting, by the wireless device, the RAP; receiving, by the wireless device, a random access response, RAR, as a response to the RAP, the RAR comprising a timing advance command, TAC, an uplink resource allocation and a listen before talk, LBT, parameter, the uplink resource allocation scheduling a transmission of an uplink shared channel, the LBT parameter being applied to a CCA operation for the transmission of the uplink shared channel; adjusting, by the wireless device, an uplink time alignment in the unlicensed cell based on the TAC; performing, by the wireless device, second CCA based on the LBT parameter; and transmitting, by the wireless device, the uplink shared channel based on a result of the second CCA. receiving, by a wireless device, a random access preamble, RAP, order instructing a transmission of an RAP; performing, by the wireless device, first clear channel assessment, CCA, in an unlicensed cell; if the first CCA is successful, transmitting, by the wireless device, the RAP; receiving, by the wireless device, a random access response, RAR, as a response to the RAP, the RAR comprising a timing advance command, TAC, an uplink resource allocation and a listen before talk, LBT, parameter, the uplink resource allocation scheduling a transmission of an uplink shared channel, the LBT parameter being applied to a CCA operation for the transmission of the uplink shared channel; adjusting, by the wireless device, an uplink time alignment in the unlicensed cell based on the TAC; performing, by the wireless device, second CCA based on the LBT parameter; and transmitting, by the wireless device, the uplink shared channel based on a result of the second CCA.
A computer-implemented method for controlling access of a terminal to an attribute stored in an ID token, wherein the ID token is associated with a user, wherein the method, at the start of a new communication session between the terminal and the ID token, comprises receipt of an identification of the terminal by the ID token and checking by the ID token if a session identification validly associated with the identification of the terminal is stored in the ID token, wherein, if a session identification validly associated with the identification of the terminal is stored in the ID token, the ID token transmits the session identification to the terminal to check if a session-specific session key validly associated with the session identification for encrypting a subsequent communication is stored in the terminal and grants the terminal access to the attribute, wherein the terminal is granted access to the attribute for the current session between ID token and terminal without a further authentication process between ID token and terminal and the further subsequent communication with access to the attribute is carried out in an encrypted manner using the session-specific session key, wherein the session-specific session key is stored in the ID token in a manner associated with the session identification or the identification of the terminal, wherein, if no session identification validly associated with the identification of the terminal is stored in the ID token, the method comprises the following steps: - authenticating the terminal by the ID token and authenticating the ID token to the terminal, wherein, following successful authentications, the terminal is granted access to the attribute, - deriving a session-specific session key, wherein a subsequent communication with access to the attribute is carried out in an encrypted manner using a session-specific session key, - deriving a session identification, - storing, in the ID token, the identification of the terminal associated with the session identification, - storing, in the ID token, the session-specific session key associated with the identification of the terminal. - authenticating the terminal by the ID token and authenticating the ID token to the terminal, wherein, following successful authentications, the terminal is granted access to the attribute, - deriving a session-specific session key, wherein a subsequent communication with access to the attribute is carried out in an encrypted manner using a session-specific session key, - deriving a session identification, - storing, in the ID token, the identification of the terminal associated with the session identification, - storing, in the ID token, the session-specific session key associated with the identification of the terminal.
Apparatus for terminating an end of flexible pipe body, comprising: an elongate end fitting body, associated with a central longitudinal axis, comprising a connector flange region securable in a back-to-back relationship to a further end fitting body and disposed at a first end of the elongate end fitting body, an open mouth at a remaining end of the end fitting body, a central flange region disposed between the first end and the remaining end and a neck region between the central flange region and the connector flange region; characterised in that the neck region comprises a radially inner end fitting neck region portion and a radially outer end fitting neck region portion that is spaced apart from and is radially outside the radially inner end fitting neck region portion to provide an enclosed chamber region therebetween. an elongate end fitting body, associated with a central longitudinal axis, comprising a connector flange region securable in a back-to-back relationship to a further end fitting body and disposed at a first end of the elongate end fitting body, an open mouth at a remaining end of the end fitting body, a central flange region disposed between the first end and the remaining end and a neck region between the central flange region and the connector flange region; characterised in that the neck region comprises a radially inner end fitting neck region portion and a radially outer end fitting neck region portion that is spaced apart from and is radially outside the radially inner end fitting neck region portion to provide an enclosed chamber region therebetween.
A heat-resistant hose for a vehicle, comprising: an inner layer; and an outer layer directly formed on an outer peripheral surface of the inner layer, wherein the inner layer comprises a fluorine-based rubber composition containing the following components (a) to (e) and being free of a benzenediol: (a) a fluorine-based rubber; (b) a polyol-based vulcanizing agent; (c) an organic onium compound as polyol-based vulcanization accelerator; (d) magnesium oxide; and (e) calcium hydroxide, and wherein the outer layer comprises an acrylic rubber composition containing the following components to: an acrylic rubber; a benzenediol; and at least one of an imidazole compound and a diamine-based vulcanizing agent. an inner layer; and an outer layer directly formed on an outer peripheral surface of the inner layer, wherein the inner layer comprises a fluorine-based rubber composition containing the following components (a) to (e) and being free of a benzenediol: (a) a fluorine-based rubber; (b) a polyol-based vulcanizing agent; (c) an organic onium compound as polyol-based vulcanization accelerator; (d) magnesium oxide; and (e) calcium hydroxide, and (a) a fluorine-based rubber; (b) a polyol-based vulcanizing agent; (c) an organic onium compound as polyol-based vulcanization accelerator; (d) magnesium oxide; and (e) calcium hydroxide, and wherein the outer layer comprises an acrylic rubber composition containing the following components to: an acrylic rubber; a benzenediol; and at least one of an imidazole compound and a diamine-based vulcanizing agent. an acrylic rubber; a benzenediol; and at least one of an imidazole compound and a diamine-based vulcanizing agent.
A filtration material wherein at least one surface thereof is modified, wherein the atoms defining the surface modification comprise silicon, carbon and hydrogen, the filtration material having a pore diameter from 0.1 μm to 100 μm, wherein the filtration material is metallic or ceramic.
A completion system for connecting several screens into a well tubular structure mounted from base pipe sections, comprising: - a first screen assembly (4, 4a) and a second screen assembly (4, 4b), each screen assembly comprising: - a base pipe section mounted as part of the well tubular structure having a longitudinal extension, the base pipe section having an outer face, and - a tubular screen element surrounding and being connected to the outer face of the base pipe section, the tubular screen element having an outer diameter (OD E), and - an assembly connection part for connecting an end of the first screen assembly (4,4a) with an end of the second screen assembly (4, 4b), wherein the completion system is characterised by a first tubular member having an inner diameter (ID M) which is equal to or larger than the outer diameter of the tubular screen element, the first tubular member being arranged opposite the assembly connection part so that fluid flowing in through the tubular screen element of one of the screen assemblies flows on the outside of the assembly connection part. - a first screen assembly (4, 4a) and a second screen assembly (4, 4b), each screen assembly comprising: - a base pipe section mounted as part of the well tubular structure having a longitudinal extension, the base pipe section having an outer face, and - a tubular screen element surrounding and being connected to the outer face of the base pipe section, the tubular screen element having an outer diameter (OD E), and - a base pipe section mounted as part of the well tubular structure having a longitudinal extension, the base pipe section having an outer face, and - a tubular screen element surrounding and being connected to the outer face of the base pipe section, the tubular screen element having an outer diameter (OD E), and - an assembly connection part for connecting an end of the first screen assembly (4,4a) with an end of the second screen assembly (4, 4b), wherein the completion system is characterised by a first tubular member having an inner diameter (ID M) which is equal to or larger than the outer diameter of the tubular screen element, the first tubular member being arranged opposite the assembly connection part so that fluid flowing in through the tubular screen element of one of the screen assemblies flows on the outside of the assembly connection part.
A method of storing an amount of data D in association with a device, the method comprising: obtaining a characteristic C of the device; generating error correction data R for the characteristic C, the error correction data R enabling correction of up to a predetermined number of errors in a version of the characteristic C; combining the characteristic C with the amount of data D and an authentication key K to generate storage data P, wherein said combining is arranged so that the amount of data D and the authentication key K are obtainable using the characteristic C and the storage data P; generating a signature using a signature key, the signature being a digital signature of a quantity of data comprising the storage data P, the amount of data D and the authentication key K, wherein the signature key corresponds to a verification key accessible by the device; generating an authentication code for the error correction data R using the authentication key K, wherein the authenticity of the error correction data R is verifiable using the authentication code and the authentication key K; and storing the error correction data R, the storage data P, the signature and the authentication code to thereby store the amount of data D. obtaining a characteristic C of the device; generating error correction data R for the characteristic C, the error correction data R enabling correction of up to a predetermined number of errors in a version of the characteristic C; combining the characteristic C with the amount of data D and an authentication key K to generate storage data P, wherein said combining is arranged so that the amount of data D and the authentication key K are obtainable using the characteristic C and the storage data P; generating a signature using a signature key, the signature being a digital signature of a quantity of data comprising the storage data P, the amount of data D and the authentication key K, wherein the signature key corresponds to a verification key accessible by the device; generating an authentication code for the error correction data R using the authentication key K, wherein the authenticity of the error correction data R is verifiable using the authentication code and the authentication key K; and storing the error correction data R, the storage data P, the signature and the authentication code to thereby store the amount of data D.
A crosslinkable elastomer composition including at least a hydrogen-free fluorine oligomer (a) and a crosslinkable elastomer, wherein the crosslinkable elastomer includes at least: one elastomer selected from vinylidene fluoride/hexafluoropropene-based copolymers, vinylidene fluoride/hexafluoropropene/tetrafluoroethylene-based copolymers, tetrafluoroethylene/propylene-based copolymers; copolymers obtained by copolymerizing ethylene or perfluoroalkylvinyl ether to any of the aforementioned copolymers; block copolymers of fluorine rubber comprising vinylidene fluoride/hexafluoropropene/tetrafluoroethylene-based copolymers and fluorine resin comprising tetrafluoroethylene/ethylene alternating copolymers or polyvinylidene fluoride; and silicone rubber, and a perfluoroelastomer containing as copolymer units a perfluoroolefin, a perfluorovinyl ether selected from the group consisting of perfluoro(alkylvinyl) ethers, perfluoro(alkoxyvinyl) ethers, and mixtures thereof, and a curing site monomer. including at least a hydrogen-free fluorine oligomer (a) and a crosslinkable elastomer, wherein the crosslinkable elastomer includes at least: one elastomer selected from vinylidene fluoride/hexafluoropropene-based copolymers, vinylidene fluoride/hexafluoropropene/tetrafluoroethylene-based copolymers, tetrafluoroethylene/propylene-based copolymers; copolymers obtained by copolymerizing ethylene or perfluoroalkylvinyl ether to any of the aforementioned copolymers; block copolymers of fluorine rubber comprising vinylidene fluoride/hexafluoropropene/tetrafluoroethylene-based copolymers and fluorine resin comprising tetrafluoroethylene/ethylene alternating copolymers or polyvinylidene fluoride; and silicone rubber, and a perfluoroelastomer containing as copolymer units a perfluoroolefin, a perfluorovinyl ether selected from the group consisting of perfluoro(alkylvinyl) ethers, perfluoro(alkoxyvinyl) ethers, and mixtures thereof, and a curing site monomer.
A method of wireless communication performed by a user equipment, comprising: receiving a grant for a transmission having a first number of repetitions, wherein the user equipment is configured to selectively provide an acknowledgment for the transmission after a second number of repetitions that is less than the first number of repetitions; attempting to decode the transmission after the second number of repetitions; and selectively providing the acknowledgment after the second number of repetitions based at least in part on a result of attempting to decode the transmission, wherein providing the acknowledgement is to cause one or more remaining repetitions of the transmission not to be performed,. receiving a grant for a transmission having a first number of repetitions, wherein the user equipment is configured to selectively provide an acknowledgment for the transmission after a second number of repetitions that is less than the first number of repetitions; attempting to decode the transmission after the second number of repetitions; and selectively providing the acknowledgment after the second number of repetitions based at least in part on a result of attempting to decode the transmission, wherein providing the acknowledgement is to cause one or more remaining repetitions of the transmission not to be performed,.
An agricultural machine for treating previously-cut agricultural products, such as grass, wheat, maize, hay, forage and the like, which are distributed randomly over an area such as a field, a piece of agricultural land and the like, comprising: - an apparatus for transferring the previously-cut agricultural products for their tidy accumulation, during the advancement of said transfer apparatus, in a predefined region that is substantially located along an advancement direction; - a unit for baling the agricultural products, which is arranged substantially downstream of said transfer apparatus and is provided with at least one agricultural product gathering unit, which faces and is proximate to said predefined region, for the consequent forming of a bale with the previously-cut agricultural products accumulated in said region; - a device, for wrapping the bale with a film, which faces and is proximate to said baling unit, for the substantially hermetic wrapping of the bale, with consequent insulation from the outside, wherein said transfer apparatus comprises means for lifting and delivering the previously-cut agricultural products to two conveyor belts, which are arranged on opposite sides with respect to said advancement direction and, in at least one operating configuration, substantially horizontally and at right angles to the advancement direction, each of said belts leading to said predefined region located along the advancement direction, for the transfer and accumulation of the previously-cut agricultural products in said region, the agricultural machine being characterized in that said transfer apparatus comprises a pair of mutually independent motors for said belts, which are selected preferably to be of the type of hydraulic motors associated with respective hydraulic circuits, each one of said motors being controlled by a control and management unit provided with sensors for detecting, step by step the shape assumed by the bale being formed, for the independent adjustment of the transfer rate of each one of said belts as a consequence of any discrepancies with respect to the predefined shape of the bale and of the consequent need to compensate for uneven distributions of the previously-cut agricultural products over the ground. - an apparatus for transferring the previously-cut agricultural products for their tidy accumulation, during the advancement of said transfer apparatus, in a predefined region that is substantially located along an advancement direction; - a unit for baling the agricultural products, which is arranged substantially downstream of said transfer apparatus and is provided with at least one agricultural product gathering unit, which faces and is proximate to said predefined region, for the consequent forming of a bale with the previously-cut agricultural products accumulated in said region; - a device, for wrapping the bale with a film, which faces and is proximate to said baling unit, for the substantially hermetic wrapping of the bale, with consequent insulation from the outside,
Measuring and/or injection device for an apparatus for treating water in swimming pools, paddling pools, aquariums, or irrigation systems, said device comprising at least one measuring and/or injection tool which can be inserted into a carrier structure, and also comprising an instrument holder (1; 1a) that has a longitudinal flange in the form of a cylinder element that comprises two semi-tubular flanges and a securing mechanism, which securing mechanism is associated with said flange and intended for securing the instrument holder (1; 1a) on a pipe, said instrument holder (1; 1a) comprising said at least one carrier structure, which carrier structure leads to an opening, is provided on the longitudinal flange, and is configured to introduce said tool (3, 4), which is in the form of a sensor part or liquid injector part, into the pipe and to keep said tool in said pipe, characterized in that said carrier structure forms a projection obliquely with respect to a normal to the longitudinal axis of the flange.
A radiation image capturing system comprising: a bucky device; a portable Flat Panel Detector cassette which can capture a radiation image by receiving irradiation of radiation in a state loaded on the bucky device or by itself; the bucky device is configured in such a manner that a Computed Radiography cassette can store a radiation image of an object, when the CR cassette is loaded on the bucky device; and a console which displays an icon corresponding to the FPD cassette, characterized in that, when the FPD cassette exists by itself without being loaded on the bucky device, the console displays the icon of the FPD cassette, and when the FPD cassette is loaded on the bucky device, the console does not display the icon, wherein the console displays the icon corresponding to the bucky device in a different manner according to whether the type of cassette loaded on the bucky device is the FPD cassette or the CR cassette. a bucky device; a portable Flat Panel Detector cassette which can capture a radiation image by receiving irradiation of radiation in a state loaded on the bucky device or by itself; the bucky device is configured in such a manner that a Computed Radiography cassette can store a radiation image of an object, when the CR cassette is loaded on the bucky device; and a console which displays an icon corresponding to the FPD cassette, characterized in that, when the FPD cassette exists by itself without being loaded on the bucky device, the console displays the icon of the FPD cassette, and when the FPD cassette is loaded on the bucky device, the console does not display the icon, wherein the console displays the icon corresponding to the bucky device in a different manner according to whether the type of cassette loaded on the bucky device is the FPD cassette or the CR cassette.
A self-service retail item checkout station comprising: a feeder unit and a checkstand unit; a peripheral device for interacting with a customer while the customer is conducting a self-service retail item checkout transaction at the station; and a non-swiveling mounting mechanism including (i) a slidable mounting portion on which the peripheral device is mounted, and (ii) a fixed mounting portion on which the slidable mounting portion is supported for sliding movement between a retracted position in which a customer in a standing position at the station can more easily interact with the peripheral device and an extended position in which a customer in a seated position at the station can more easily interact with the peripheral device. a feeder unit and a checkstand unit; a peripheral device for interacting with a customer while the customer is conducting a self-service retail item checkout transaction at the station; and a non-swiveling mounting mechanism including (i) a slidable mounting portion on which the peripheral device is mounted, and (ii) a fixed mounting portion on which the slidable mounting portion is supported for sliding movement between a retracted position in which a customer in a standing position at the station can more easily interact with the peripheral device and an extended position in which a customer in a seated position at the station can more easily interact with the peripheral device.